WO2021143842A1 - Graded diagnosis and treatment platform, system and method - Google Patents

Abstract

A graded diagnosis and treatment platform, comprising a user-side system and a graded diagnosis and treatment system. The user-side system provides user data information, and causes a user to obtain graded diagnosis and treatment information and perform periodic graded diagnosis and treatment. The graded diagnosis and treatment system receives the user data information, and plans at least one item of hospital graded doctor visit information and/or at least one item of period allocation of diagnosis and treatment information for the user-side system.

Description

Hierarchical diagnosis and treatment platform, system and method Technical field

The present invention relates to a medical field, in particular to a hierarchical diagnosis and treatment platform, system and method, in which diagnosis and treatment cycles are reasonably allocated according to hospital qualifications, so as to provide a patient-friendly medical environment and reduce the waste of medical resources.

Background technique

With the process of social and economic transformation such as population aging and urbanization, as well as with the development of society and the improvement of the economic level, the people’s basic health needs are growing rapidly and showing diversified characteristics, which has brought tremendous impact to the basic medical and health service system. challenge. In other words, people’s demand for medical services continues to increase, making the basic medical and health service system face severe challenges. The main problem lies in the incomplete layout of the current medical service system, insufficient high-quality medical resources and unreasonable allocation, which cannot effectively meet the surge in demand for services such as prevention, treatment and rehabilitation, and nursing. These problems have caused the current situation of "difficult and expensive medical treatment" among the general public. Furthermore, the large hospitals affiliated with the top three universities are overcrowded, with low admission rates, poor satisfaction rates, and low return rates; no one cares about in primary hospitals, private hospitals are not available, the core technology of patient treatment is lacking, and the “Putian Department” hat is on their heads. High patient costs, low return visit rates, and low relative returns are also conditions that urgently need to be changed in the current medical system. Furthermore, the current medical system is unbalanced, medical information is asymmetry, and medical resources are polarized. It breaks the fact that large urban hospitals and grassroots private small hospitals only have graded diagnosis and treatment. The new ten-year plan of the Health and Family Planning Commission has listed graded diagnosis and treatment as The top priority of future medical reforms. However, the current problems of hierarchical clinics include the inability to effectively allocate resources, the imperfect establishment of the connection and resource sharing structure between the medical units at all levels, the decoupling of the source of the disease and the way of treatment, resulting in information asymmetry, in the lower-level hospitals or private hospitals. Irregular medical treatment has caused a large number of patients to be deceived, and screening patients in higher-level hospitals has resulted in waste of medical technology and economics.

In particular, the development of the current society has caused more infertility patients. However, for these patients, the use of IVF medical treatment is a common choice, but the medical standards and technologies for reproductive IVF have also appeared in the medical service system. Incomplete layout, insufficient high-quality medical resources and unreasonable allocation, as well as poor services and opaque fees of some medical institutions. Therefore, the promotion of graded diagnosis and treatment for reproductive IVF is urgent.

Summary of the invention

An advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method, so as to achieve the effects of medical resource sharing and medical grading. In other words, the present invention will enable the rational allocation of medical resources and the openness and transparency of medical information.

An advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method, in which diagnosis and treatment cycles are reasonably allocated according to hospital qualifications, so as to provide a patient-friendly medical environment and reduce the waste of medical resources.

One advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method, wherein the present invention reasonably allocates medical treatment cycles according to hospital qualifications, but can be flexibly used in special circumstances, so that patients can be referred to the most suitable hospital for medical treatment. .

An advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method, in which at least one recommended cycle diagnosis and treatment table or/and at least one feasibility treatment table is formed in advance, so that patients or users can choose according to their needs that best meet their own requirements The recommended periodic diagnosis and treatment table or at least one feasibility diagnosis and treatment table is used to confirm the formation of a hospital graded diagnosis and treatment information or a periodic distribution of diagnosis and treatment information, which increases the convenience and trust of the patient and the user.

An advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method, in which patients can search for relevant information in advance through the present invention before seeing a doctor, and can register in advance through the present invention and know the expected waiting time for the consultation Waiting for information, so as to improve the convenience of patients and users.

One advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method, wherein the present invention integrates the diagnosis and treatment items of hospitals at all levels and considers the diagnosis and treatment status of the hospitals at all levels, and rationally plans to reduce the number of empty windows in some hospitals. During the period, it also avoids the situation that some hospitals are full, while reducing the loss of patients, and reducing the waiting time for patients to see a doctor.

One advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method, in which a higher-level hospital proposes various academic guidance and technical support, so that the lower-level hospital can improve medical technology at the same time and increase the trust of patients.

Other advantages and features of the present invention are fully embodied by the following detailed description and can be realized by the combination of means and devices specifically pointed out in the appended claims.

According to the present invention, a hierarchical diagnosis and treatment platform of the present invention that can achieve the foregoing objectives and other objectives and advantages includes:

A user-side system that provides user profile information and enables users to obtain hierarchical diagnosis and treatment information and perform periodic hierarchical diagnosis and treatment; and

A hierarchical diagnosis and treatment system, which receives the user profile information, and plans at least one hospital hierarchical diagnosis and treatment information and/or at least one period of allocation of diagnosis and treatment information to the user end system.

According to an embodiment of the present invention, the hierarchical diagnosis and treatment platform includes a cloud database connected to the client system and the hierarchical diagnosis and treatment system respectively to receive the user profile information, the hospital hierarchical diagnosis and treatment information, and the Periodic allocation of diagnosis and treatment information.

According to an embodiment of the present invention, the user-end system includes an upper-level hospital-end system, a lower-level hospital-end system, and a patient-end system, wherein the upper-level hospital-end system, the lower-level hospital-end system, and the patient-end system Connect to each other separately.

According to an embodiment of the present invention, the user-end system includes an upper-level hospital-end system, a lower-level hospital-end system, and a patient-end system, wherein the upper-level hospital-end system, the lower-level hospital-end system, and the patient-end system Connect to the cloud database respectively.

According to an embodiment of the present invention, the patient-side system obtains all levels of hospital information from the upper-level hospital-side system and the lower-level hospital-side system, and obtains the hospital grading visit information and the periodic allocation diagnosis and treatment information from the graded diagnosis and treatment system .

According to an embodiment of the present invention, the upper-level hospital end system includes a higher-level hospital patient information module, a delineated lower-level hospital module, a higher-level hospital referral module, a higher-level hospital diagnosis and treatment module, a higher-level hospital receiving module, and a higher-level hospital data Database, wherein the upper-level hospital patient information module, the delineated lower-level hospital module, the upper-level hospital referral module, the upper-level hospital diagnosis and treatment module, and the upper-level hospital receiving module are respectively connected to the upper-level hospital database.

According to an embodiment of the present invention, the upper-level hospital end system includes a higher-level hospital patient information module, a delineated lower-level hospital module, a higher-level hospital referral module, a higher-level hospital diagnosis and treatment module, a higher-level hospital receiving module, and a higher-level hospital data Database, wherein the upper-level hospital patient information module, the delineated lower-level hospital module, the upper-level hospital referral module, the upper-level hospital diagnosis and treatment module, and the upper-level hospital receiving module are respectively connected to the upper-level hospital database, the The upper-level hospital database is connected to the cloud database.

According to an embodiment of the present invention, the upper-level hospital patient information module is suitable for establishing a patient's information or obtaining the hospital graded visit information or the periodic allocation diagnosis and treatment information corresponding to a patient, and the upper-level hospital's diagnosis and treatment module depends on it. The hospital hierarchical treatment information or the periodic allocation of diagnosis and treatment information for diagnosis and treatment.

According to an embodiment of the present invention, the delineating lower-level hospital module is suitable for selecting at least one of the lower-level hospital systems, and connecting the selected lower-level hospital system to share resources.

According to an embodiment of the present invention, the upper-level referral hospital module is connected to the upper-level hospital-side system and the lower-level hospital-side system for transmitting a piece of referral information to the upper-level hospital-side system and the lower-level hospital-side system Hospital end system.

According to an embodiment of the present invention, the upper-level hospital receiving module connects the upper-level hospital-end system and the lower-level hospital-end system for receiving referral information from the upper-level hospital-end system and the lower-level hospital-end system .

According to an embodiment of the present invention, the lower-level hospital end system includes a lower-level hospital patient information module, a lower-level hospital referral module, a lower-level hospital receiving module, a lower-level hospital diagnosis and treatment module, and a lower-level hospital database. The lower-level hospital patient information module, the lower-level hospital referral module, the lower-level hospital receiving module, and the lower-level hospital diagnosis and treatment module are respectively connected to the lower-level hospital database.

According to an embodiment of the present invention, the lower-level hospital end system includes a lower-level hospital patient information module, a lower-level hospital referral module, a lower-level hospital receiving module, a lower-level hospital diagnosis and treatment module, and a lower-level hospital database. The lower-level hospital patient information module, the lower-level hospital referral module, the lower-level hospital receiving module, and the lower-level hospital diagnosis and treatment module are respectively connected to the lower-level hospital database, wherein the lower-level hospital database is connected to the cloud database .

According to an embodiment of the present invention, the lower-level hospital patient information module is suitable for establishing a patient's information or obtaining the hospital grading visit information or the periodic allocation diagnosis and treatment information corresponding to a patient, and the lower-level hospital's diagnosis and treatment module depends on it. The hospital hierarchical treatment information or the periodic allocation of diagnosis and treatment information for diagnosis and treatment.

According to an embodiment of the present invention, the lower-level hospital referral module is connected to the upper-level hospital-side system and the lower-level hospital-side system for transmitting a piece of referral information to the upper-level hospital-side system and the lower-level hospital-side system Hospital end system.

According to an embodiment of the present invention, the lower-level hospital receiving module is connected to the upper-level hospital-end system and the lower-level hospital-end system for receiving referral information from the upper-level hospital-end system and the lower-level hospital-end system .

According to an embodiment of the present invention, the patient-side system includes a hospital information module, a diagnosis and treatment planning notification module, an appointment registration module, and a patient-side database, wherein the hospital information module, the diagnosis and treatment planning notification module, and the clinic The appointment registration modules are respectively connected to the patient database.

According to an embodiment of the present invention, the patient-side system includes a hospital information module, a diagnosis and treatment planning notification module, an appointment registration module, and a patient-side database, wherein the hospital information module, the diagnosis and treatment planning notification module, and the clinic The appointment registration modules are respectively connected to the patient-side database, wherein the patient-side database is connected to the cloud database.

According to an embodiment of the present invention, the hierarchical diagnosis and treatment system includes a diagnosis and treatment path planning system, a multi-directional diagnosis and treatment system, a periodic distribution diagnosis and treatment system, and a hierarchical diagnosis and treatment database. The diagnosis and treatment system and the periodic allocation diagnosis and treatment system are respectively connected to the hierarchical diagnosis and treatment database.

According to an embodiment of the present invention, the hierarchical diagnosis and treatment system includes a diagnosis and treatment path planning system, a multi-directional diagnosis and treatment system, a periodic distribution diagnosis and treatment system, and a hierarchical diagnosis and treatment database. The medical treatment system and the periodic allocation diagnosis and treatment system are respectively connected to the hierarchical diagnosis and treatment database, wherein the hierarchical diagnosis and treatment database is connected to the cloud database to transmit the hospital hierarchical diagnosis and treatment information or the periodic allocation diagnosis and treatment information to The cloud database.

According to an embodiment of the present invention, the diagnosis and treatment path planning system includes a planning integrated hospital information module, a planning patient information module, a diagnosis and treatment path planning module, and a planning database, wherein the planning integrates the hospital information module and the plan The patient information module is respectively connected to the diagnosis and treatment path planning module to plan at least one recommended cycle diagnosis and treatment table in advance, and is selected and defined as the hospital graded medical treatment information.

According to an embodiment of the present invention, the diagnosis and treatment path planning system includes a planning integrated hospital information module, a planning patient information module, a diagnosis and treatment path planning module, and a planning database, wherein the planning integrates the hospital information module, the planning The patient information module, the diagnosis and treatment path planning module is respectively connected to the planning database to plan at least one recommended cycle diagnosis and treatment table in advance, and is selected and defined as the hospital graded treatment information.

According to an embodiment of the present invention, the planning and integration hospital information module integrates at least one higher-level hospital into corresponding periodic screening, determining the periodic plan, pre-period minor surgery-endometrial cleansing, pre-period hysteroscopy, ovulation induction cycle, retrieval Eggs, embryos, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound diagnosis and treatment items and at least the corresponding pre-period physical examination in lower-level hospitals, pre-period screening, pre-period minor surgery-fallopian tube repair /Cystectomy, pre-cycle angiography, full set of intra-cycle inspections, intra-cycle hyperovulation monitoring, intra-cycle down-regulation, post-transplant pregnancy test, post-transplant ultrasound, post-transplant fetus, prenatal screening, prenatal screening and Diagnosis and treatment items for genetic counseling, childbirth and perinatal care, perinatal care and women's health care.

According to an embodiment of the present invention, the upper-level hospital is implemented as a tertiary hospital reproductive center, and the lower-level hospital is implemented as a public hospital gynecology, infertility private hospital, grass-roots infertility clinic, grass-roots maternity hospital, and public hospital obstetrics , The antenatal center of the top three hospitals, the foreign reproductive center, the sperm donor and the egg lending institution, the prenatal genetic disease carrier screening center, and the fertility preservation institution of the tumor hospital.

According to an embodiment of the present invention, the diagnosis and treatment path planning module plans the gynecology department of public hospitals, private infertility hospitals, primary infertility clinics, primary maternity hospitals, obstetrics in public hospitals, prenatal centers of tertiary hospitals, and foreign reproductive centers. Center, sperm donor and egg borrowing institution, prenatal genetic disease carrier screening center, tumor hospital fertility preservation institution conduct the first cycle pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst removal, Pre-cycle angiography, full set of inspections during the cycle, monitoring of intra-cycle hyperovulation, down-regulation of the diagnosis and treatment items during the cycle and the third cycle of post-transplant pregnancy test, post-transplant ultrasound, post-transplant fetal preservation, small calorie of birth check, prenatal Screening and genetic counseling, delivery and perinatal care, perinatal care and women’s health care projects, as well as the second-week advance screening by the reproductive center of a tertiary hospital to determine the cycle plan, and minor operations before the cycle- Endometrial cleaning, hysteroscopy before cycle, ovulation cycle, egg retrieval, embryo matching, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound diagnosis and treatment items.

At least one combination of at least one of the recommended cycle diagnosis and treatment table is formed, and the formation of the hospital graded medical treatment information is confirmed.

According to an embodiment of the present invention, the multi-directional hospital information module includes a multi-directional hospital information module, a multi-directional referral module, and a multi-directional medical treatment database, wherein the multi-directional hospital information module, the multi-directional referral module The diagnosis modules are respectively connected to the multi-directional diagnosis database to plan a referral path.

According to an embodiment of the present invention, the multi-directional hospital information module includes a multi-directional hospital information module, a multi-directional referral module, and a multi-directional medical treatment database, wherein the multi-directional hospital information module, the multi-directional referral module The diagnosis modules are respectively connected to the multi-directional medical treatment database, and the multi-directional medical treatment database is connected to the cloud database to plan a referral path.

According to an embodiment of the present invention, the periodic project diagnosis and treatment system includes a periodic project diagnosis and treatment module, a hospital information module at all levels, a distribution hospital information module, and a periodic diagnosis and treatment database, wherein the periodic project diagnosis and treatment module and the The hospital information modules at all levels are respectively connected to the assigned hospital information modules to first plan at least one feasibility visit table, and select and define it as the periodic assigned diagnosis and treatment information.

According to an embodiment of the present invention, the periodical distribution diagnosis and treatment system includes a periodical project diagnosis and treatment module, a level of hospital information module, a distribution hospital information module, and a periodical diagnosis and treatment database, the periodical project diagnosis and treatment module, each First-level hospital information module, the allocating hospital information module is respectively connected to the periodic diagnosis and treatment database to plan at least one feasibility visit table first, and select and define it as the periodic allocation diagnosis and treatment information.

According to an embodiment of the present invention, the cycle project diagnosis and treatment module has advanced cycle screening, determination of cycle plan, pre-cycle minor surgery-endometrial cleanup, pre-cycle hysteroscopy, ovulation induction cycle, egg retrieval, embryo matching, transplantation, Post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound, pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst removal, pre-cycle angiography, full set of intra-cycle inspections, over-cycle Ovulation induction monitoring, down-regulation during the cycle, pregnancy test after transplantation, ultrasound after transplantation, post-transplant fetus preservation, small card and large card for maternity examination, prenatal screening and genetic counseling, childbirth and perinatal care, perinatal care and women Health care projects.

According to an embodiment of the present invention, the information modules of the hospitals at all levels include reproductive centers in tertiary hospitals, gynecology in public hospitals, private infertility hospitals, primary infertility clinics, primary obstetrics, obstetrics in public hospitals, and tertiary hospitals. Corresponding diagnosis and treatment items of the former center, foreign reproductive centers, sperm donors and eggs institutions, prenatal genetic disease carrier screening centers, and tumor hospital fertility preservation institutions.

According to an embodiment of the present invention, the distribution hospital information module plans that the periodical distribution of diagnosis and treatment information has three periods, wherein the diagnosis and treatment items of the first period are pre-period physical examination, pre-period screening, pre-period minor surgery-fallopian tube repair /Cystectomy, pre-period angiography, full set of intra-period inspections, intra-period ovarian hyperstimulation monitoring, intra-period down-regulation, the second-period diagnosis and treatment items are in-period screening, determination of the period plan, pre-period minor surgery-endometrial cleansing, Hysteroscopy before cycle, ovulation induction cycle, egg retrieval, embryo matching, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound, the third cycle of diagnosis and treatment items are post-transplant pregnancy test, post-transplant ultrasound , Post-transplant fetus preservation, small card for obstetrics, prenatal screening and genetic counseling, childbirth and perinatal care, perinatal care and women’s health care.

According to an embodiment of the present invention, the distribution of the hospital information module and the definition of the first and third cycles consist of public hospital gynecology, infertility private hospitals, grass-roots infertility clinics, grass-roots maternity hospitals, obstetrics in public hospitals, and tertiary hospitals. Diagnosis and treatment are carried out at prenatal centers, foreign reproductive centers, sperm donor institutions, prenatal genetic disease carrier screening centers, or tumor hospital fertility preservation institutions, etc. The second cycle is diagnosed and treated by tertiary hospital reproductive centers.

According to the present invention, a superior hospital-side system of the present invention that can achieve the foregoing objectives and other objectives and advantages includes:

A patient information module of a superior hospital, a referral module of a superior hospital, a diagnosis and treatment module of a superior hospital, a reception module of a superior hospital, and a database of a superior hospital. The patient information module of the superior hospital, the referral module of the superior hospital, The upper-level hospital diagnosis and treatment module and the upper-level hospital receiving module are respectively connected to the upper-level hospital database, wherein the upper-level hospital patient information module obtains one-level hospital-level diagnosis information or one-cycle allocation diagnosis and treatment information, and the upper-level hospital diagnoses and treats The module provides diagnosis and treatment according to the hospital's hierarchical visit information or the period of the periodic allocation of diagnosis and treatment information.

According to an embodiment of the present invention, the upper-level hospital end system includes a delineating lower-level hospital module, which is connected to the upper-level hospital database for selecting at least lower-level hospitals to share resources.

According to the present invention, a diagnosis and treatment path planning system of the present invention that can achieve the foregoing objectives and other objectives and advantages includes:

A planning integrated hospital information module, a planning patient information module, a diagnosis and treatment path planning module, and a planning database, wherein the planning integrates the hospital information module, the planning patient information module, and the diagnosis and treatment path planning module are respectively connected to the The planning database is used to plan at least one recommended cycle diagnosis and treatment table in advance by the diagnosis and treatment path planning module, and select and define it as at least one hospital graded medical treatment information, and store it in the planning database.

According to an embodiment of the present invention, the hospital hierarchical medical visit information includes medical visit period, medical visit time, medical hospital, and referral information.

According to the present invention, a hierarchical diagnosis and treatment method of the present invention, which can achieve the foregoing objectives and other objectives and advantages, includes the following steps:

(A) Patient information and information provided by hospitals at all levels;

(B) Establishment of hospital graded medical information or periodic allocation of medical information; and

(C) Hospitals at all levels perform diagnosis and treatment according to the hospital's graded visit information or the periodic diagnosis and treatment items of the periodic allocation of diagnosis and treatment information.

According to an implementation method of the present invention, a client system provides the patient information and all levels of hospital information.

According to an implementation method of the present invention, step (B) further includes the following steps:

(B1) An integrated hospital information module to integrate all levels of hospital information and corresponding diagnosis and treatment project information;

(B2) A diagnosis and treatment path planning module establishes at least one recommended cycle diagnosis and treatment table; and

(B3) Choose to confirm the recommended cycle diagnosis and treatment table to define the hospital graded medical visit information.

According to an implementation method of the present invention, the hospital graded visit information includes visit period, visit time, visit path, and referral information

According to an implementation method of the present invention, step (B) further includes the following steps:

(B1’) The one-cycle project diagnosis and treatment module provides various diagnosis and treatment project information;

(B2’) Diagnosis and treatment project information of the hospitals at all levels provided by the information module of the hospitals at all levels;

(B3') A distributing hospital information module cooperates with the various diagnosis and treatment item information in the hospitals at all levels to establish at least one feasibility checklist; and

(B4') Choose to confirm the feasibility of the visit table to define the periodical allocation of diagnosis and treatment information.

According to an implementation method of the present invention, step (C) further includes the following steps:

(C1) The user terminal allocates the diagnosis and treatment information to the corresponding higher-level hospital or lower-level hospital for medical treatment according to the hospital graded medical visit information or the cycle;

(C2) Higher-level hospitals or lower-level hospitals respectively perform diagnosis and treatment according to the hospital's hierarchical visit information or the periodic diagnosis and treatment items of the periodic allocation of diagnosis and treatment information; and

(C3) Change the patient to the hospital according to the referral information.

According to the present invention, a method for recommending a diagnosis and treatment plan of the present invention, which can achieve the foregoing objectives and other objectives and advantages, includes the following steps:

(a) Receive a patient's information;

(b) Grab information about hospitals at all levels;

(c) Establish at least one recommended cycle diagnosis and treatment form or/and at least one feasibility visit form;

(d) Choose to confirm the recommended cycle diagnosis and treatment form or at least one feasible consultation form; and

(e) Establishing a hospital's hierarchical treatment information or a cycle of distributing diagnosis and treatment information.

According to the present invention, a business method for integrating hospital resources, which can achieve the foregoing objectives and other objectives and advantages, includes the following steps:

(a’) Display information about hospitals at all levels;

(b’) Establish at least one recommended cycle diagnosis and treatment form or/and at least one feasibility visit form;

(c') Choose to confirm the recommended cycle diagnosis and treatment table or at least one feasible diagnosis and treatment table, and generate a hospital graded diagnosis and treatment information L1 or a period distribution diagnosis and treatment information;

(d') Hospitals at all levels receive the information about the hospital's graded visits or the information about the periodic allocation of diagnosis and treatment, and the corresponding hospitals receive and perform periodic diagnosis and treatment; and

(e’) After completing the corresponding period of diagnosis and treatment, refer to the corresponding hospital for the next period of diagnosis and treatment until the end of the treatment period.

Through the understanding of the following description and the drawings, the further objectives and advantages of the present invention will be fully embodied.

These and other objectives, features and advantages of the present invention are fully embodied by the following detailed description, drawings and claims.

Description of the drawings

Figures 1A and 1B are logical schematic diagrams of a hierarchical diagnosis and treatment platform according to a preferred embodiment of the present invention. Figure 1A illustrates that the client system is directly connected to the hierarchical diagnosis and treatment system. Figure 1B illustrates that the client system and the hierarchical diagnosis and treatment system can further connect to the cloud database.

2A and 2B are logical schematic diagrams of the system at the upper level hospital according to a preferred embodiment of the present invention. Figure 2A illustrates that the upper-level hospital system can wirelessly connect to various databases. Figure 2B illustrates that the relevant information is directly transmitted to the upper-level hospital-side system, where the upper-level hospital-side system can operate independently.

3A and 3B are logical schematic diagrams of a lower-level hospital system according to a preferred embodiment of the present invention. Figure 3A illustrates that the lower-level hospital system can wirelessly connect to each database. Figure 3B illustrates that all relevant information is directly transmitted to the lower-level hospital-side system, where the lower-level hospital-side system can operate independently.

4A and 4B are logical schematic diagrams of a patient-end system according to a preferred embodiment of the present invention. Figure 4A illustrates that the patient-end system can wirelessly connect to various databases. Figure 4B illustrates that all relevant information is directly transmitted to the patient-end system, where the patient-end system can work independently.

5A and 5D are logical schematic diagrams of a diagnosis and treatment path planning system according to a preferred embodiment of the present invention. Figure 5A illustrates that each database can be connected wirelessly. Figure 5B illustrates the direct transmission of various related information to the diagnosis and treatment path planning system, where the diagnosis and treatment path planning system can work independently. Figure 5C illustrates the integration and wireless connection of various databases through the planning database. Figure 5B illustrates the direct transmission of various related information to the planning database of the diagnosis and treatment path planning system, where the diagnosis and treatment path planning system can operate independently.

Fig. 6A and Fig. 6B are logical schematic diagrams of a multi-directional diagnosis system according to a preferred embodiment of the present invention. Figure 6A illustrates that the multi-directional medical system can wirelessly connect to various databases. Figure 6B illustrates the direct transmission of various related information to the multi-directional medical system, where the multi-directional medical system can operate independently.

Fig. 7A and Fig. 7B are logical schematic diagrams of the periodic allocation diagnosis and treatment system according to a preferred embodiment of the present invention. Figure 7A illustrates that the periodic distribution diagnosis and treatment system can wirelessly connect to various databases. Fig. 7B illustrates that the relevant information is directly transferred to the periodic distribution diagnosis and treatment system, where the periodic distribution diagnosis and treatment system can operate independently.

Fig. 8 is a schematic diagram of the flow logic of a hierarchical diagnosis and treatment platform according to a preferred embodiment of the present invention.

Figures 9A to 14 are forms according to a preferred embodiment of the present invention. Figures 9A to 9F are the Day1 form, Figure 10 is the Day5 form, Figure 11 is the Day8 form, Figure 12 is the Day12 form, and Figure 13 is the Day21 form. Form, Figure 14 is the follicle monitoring form.

Detailed ways

The following description is used to disclose the present invention so that those skilled in the art can implement the present invention. The preferred embodiments in the following description are only examples, and those skilled in the art can think of other obvious variations. The basic principles of the present invention defined in the following description can be applied to other embodiments, modifications, improvements, equivalents, and other technical solutions that do not depart from the spirit and scope of the present invention.

Those skilled in the art should understand that, in the disclosure of the present invention, the terms "longitudinal", "lateral", "upper", "lower", "front", "rear", "left", "right", " The orientation or positional relationship indicated by "vertical", "horizontal", "top", "bottom", "inner", "outer", etc. are based on the orientation or positional relationship shown in the drawings, which is only for the convenience of describing the present invention and The description is simplified, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore the above-mentioned terms should not be construed as limiting the present invention.

It can be understood that the term "a" should be understood as "at least one" or "one or more", that is, in one embodiment, the number of an element may be one, and in another embodiment, the number of the element The number can be multiple, and the term "one" cannot be understood as a restriction on the number.

As shown in Figures 1A to 8, there are a hierarchical diagnosis and treatment platform 1 and a hierarchical diagnosis and treatment method according to a preferred embodiment of the present invention, which are respectively suitable for solving the current decoupling of the source of the disease and the approach to diagnosis and the huge waste caused by information asymmetry. , Irregular visits to private hospitals in lower-level hospitals have deceived a large number of patients, and screening of patients in higher-level hospitals has caused waste of medical technology and economics. The hierarchical diagnosis and treatment platform 1 of the present invention includes a client system 100, a hierarchical diagnosis and treatment system 200, and a cloud database 300. The client system 100 is configured for each level of users, so that each user or user can quickly use the client system 100 to obtain information required for hierarchical diagnosis and treatment and perform related operations. The user terminal system is further used to provide user profile information U1 to the hierarchical diagnosis and treatment system 200, wherein the user information includes patient information and hospital information at all levels. The hierarchical diagnosis and treatment system 200 is suitable for further providing solutions and promotion support, as well as providing service terminals and technical support. The cloud database 300 is suitable for storing and backing up various related data and information, and achieves the effect of further resource sharing.

Furthermore, the current medical system is imperfect, and people may think that the higher-level hospitals have better medical results. Therefore, even for simple minor conditions, they have to go to the higher-level hospitals for treatment, resulting in too many patients in the higher-level hospitals. In fact, the higher-level hospitals really need to be diagnosed and treated by the higher-level hospitals. Patients need more waiting time, which causes medical delays, and also makes people spend more money and time to diagnose and treat minor physical conditions. The reason for this may be that the people do not believe that the lower-level hospitals or the lower-level hospitals themselves are not technically capable of handling various diagnosis and treatment projects. Therefore, the present invention provides the hierarchical diagnosis and treatment platform 1 and the hierarchical diagnosis and treatment method, which will specify a hospital's hierarchical diagnosis and treatment information L1 and/or a periodic distribution of diagnosis and treatment information L2, so that the upper-level hospital and the lower-level hospital can more effectively divide the labor, And achieve the effect of medical technology and information sharing. It is worth mentioning that the terms used in the distribution of hospitals at all levels are not the same depending on the actual usage. The present invention simply divides them into upper-level hospitals and lower-level hospitals. This is not the only term. In the present invention, it is only for the convenience of explanation. This is not a limitation of the present invention.

In this embodiment of the present invention, the client system 100 is connected to the hierarchical diagnosis and treatment system 200 to achieve the effect and purpose of information sharing and hierarchical diagnosis and treatment. In other words, the user-end system 100 can directly obtain the data information of the hierarchical diagnosis and treatment system 200, that is, at least one hospital hierarchical diagnosis and treatment information L1 and/or at least one period of allocation of diagnosis and treatment information L2, and the hierarchical diagnosis and treatment system 200 can directly Or indirectly obtain the data information of the client system 100, that is, the user data information U1. In other words, the user profile information U1 can be directly input to the hierarchical diagnosis and treatment system 200 or first input into the user terminal system 100 and then transferred to the hierarchical diagnosis and treatment system 200, which is not a limitation of the present invention. In particular, the client system 100 and the hierarchical diagnosis and treatment system 200 can operate independently, or can be connected to each other. In other words, in addition to providing various relevant data and information, the client system 100 can independently perform tasks such as hierarchical diagnosis and treatment process treatment and hierarchical diagnosis and treatment information notification based on the hospital's hierarchical diagnosis information L1 or periodic allocation of diagnosis and treatment information L2. The hierarchical diagnosis and treatment system 200 can independently perform hierarchical diagnosis and treatment planning, that is, establish the hospital hierarchical diagnosis and treatment information L1 or the periodic distribution diagnosis and treatment information L2. In addition, the client system 100 can be used to establish user profile information U1, and transmit the user profile information U1 to the hierarchical diagnosis and treatment system 200, so that the hierarchical diagnosis and treatment system 200 performs hierarchical diagnosis and treatment planning, and forms the hospital After the hierarchical visit information L1 or the periodic allocation diagnosis and treatment information L2, the hospital hierarchical visit information L1 or the periodic allocation diagnosis and treatment information L2 is transmitted to the user-end system 100, so that the user-end system 100 further Carry out the work of graded diagnosis and treatment process treatment. The user profile information U1 includes patient information, hospital information at all levels, and diagnosis and treatment item information at hospitals at all levels.

In this embodiment of the present invention, the client system 100 and the hierarchical diagnosis and treatment system 200 may also be connected to the cloud database 300 respectively to transmit each information to the cloud database 300, so that the The client system 100 and the hierarchical diagnosis and treatment system 200 can obtain each other's data information through the cloud database 300 respectively, or upload their respective data information to the cloud database 300 for storage or backup. In addition, when the client system 100 and the hierarchical diagnosis and treatment system 200 are connected to each other, mutual information of each other can be obtained according to the settings, and the information can be further uploaded to the cloud database 300. When the client system 100 and the hierarchical diagnosis and treatment system 200 are not connected to each other, the cloud database 300 may also directly obtain the required data information of the other party. In other words, the client system 100, the hierarchical diagnosis and treatment system 200, and the cloud database 300 may be set up to communicate with each other or not, which is not a limitation of the present invention. It is worth mentioning that the connection or connection between the client system 100, the hierarchical diagnosis and treatment system 200, and the cloud database 300 can be wired or unlimited, which is not a limitation of the present invention. In addition, when each user uses each system, they will obtain different information according to the authorization setting.

In this embodiment of the present invention, the user end system 100 includes an upper level hospital end system 101, a lower level hospital end system 102, and a patient end system 103. Users at all levels choose the appropriate systems. For example, the upper-level hospital applies the upper-level hospital system 101, the lower-level hospital applies the lower-level hospital system 102, and the patient applies the patient-side system 103. The upper-level hospital-end system 101, the lower-level hospital-end system 102, and the patient-end system 103 are respectively connected to each other to achieve the purpose of information sharing and hierarchical diagnosis and treatment. In addition, the upper-level hospital-end system 101, the lower-level hospital-end system 102, and the patient-end system 103 can be further connected to the cloud database 300 to upload data to the cloud database 300. Relevant data is obtained from the cloud database 300. It is worth mentioning that the upper-level hospital-side system 101, the lower-level hospital-side system 102, and the patient-side system 103 can operate independently or in conjunction with each other. That is to say, the upper-level hospital-side system 101, the lower-level hospital-side system 102, and the patient-side system 103 can be independent systems, and can also be connected to each other or share information through the cloud database 300. The effect or purpose.

In this embodiment of the present invention, the upper-level hospital-side system 101 and the lower-level hospital-side system 102 respectively provide corresponding information based on user profile information U1 and/or hospital graded consultation information L1 and/or periodic allocation of diagnosis and treatment information L2. Periodic diagnosis and treatment, that is, the hierarchical diagnosis and treatment process, and the establishment or feedback of the diagnosis and treatment information after the visit to the respective database and/or the cloud database 300 to achieve the purpose of backup and information sharing. The patient or user can use the patient-end system 103 to obtain various related information, such as hospital information at all levels and hospital-level medical treatment information L1. The hospital information at all levels includes doctor experience information, medical service information, and the like. The medical service information includes diagnosis and treatment items, registration services, diagnosis progress, charging instructions, etc. The hospital information can be used as a reference before medical treatment. The hospital hierarchical medical visit information L1 is established by the hierarchical diagnosis and treatment system 200. It is worth mentioning that the patient-end system 103 has the hospital information, the hospital graded consultation information L1 and the periodic allocation diagnosis and treatment information L2 for reference by patients or users. For example, the patient can use the patient-end system 103 to search for the hospital information before going to the doctor, and then go to the hospital for the first visit. At this time, the visiting hospital will pass the upper-level hospital-end system 101 and the lower-level hospital information. The hospital system 102 or the hierarchical diagnosis and treatment system 200 establishes the hospital hierarchical diagnosis and treatment information L1 and the periodic allocation diagnosis and treatment information L2. In other words, after the establishment of the hospital hierarchical treatment information L1 and the periodic allocation diagnosis and treatment information L2, they will be transmitted to each corresponding system according to the setting or demand. At this time, the patient can use the patient-end system 103 to search for information such as the corresponding hospital, time, and diagnosis and treatment items for subsequent post-period diagnosis and treatment.

It is worth mentioning that the hospital-level diagnosis and treatment information L1 and the periodic allocation diagnosis and treatment information L2 can be provided to the patient-end system by the upper-level hospital end system 101, the lower-level hospital end system 102, or the hierarchical diagnosis and treatment system 200 103. Further, the hierarchical diagnosis and treatment system 200 plans out the hospital hierarchical diagnosis and treatment information L1 and the periodic allocation diagnosis and treatment information L2 based on patient information and hospital information at all levels, and provides the information to the cloud database 300 or to the superior hospital The end system 101, the lower-level hospital end system 102, and the patient end system 103. In other words, the hospital hierarchical visit information L1 and the periodic allocation diagnosis and treatment information L2 can be directly provided to the patient end system 103; or can be provided to the cloud database 300 first, and then provided to the patient end system 103 ; It can also be provided to the upper-level hospital-end system 101, the lower-level hospital-end system 10, and then provided to the patient-end system 103; or it can be provided to the cloud database 300 first, and then provided to the upper level The hospital system 101 and the lower-level hospital system 10 are then provided to the patient system 103. These programs are adjusted according to actual needs and are not a limitation of the present invention.

In this embodiment of the present invention, the upper-level hospital system 101 includes a higher-level hospital patient information module 1011, a lower-level hospital module 1012, a higher-level hospital referral module 1013, a higher-level hospital diagnosis and treatment module 1014, and a higher-level hospital Receive module 1015 and a superior hospital database 1016. The upper-level hospital patient information module 1011, the delineated lower-level hospital module 1012, the upper-level hospital referral module 1013, the upper-level hospital diagnosis and treatment module 1014 and the upper-level hospital receiving module 1015 are respectively connected to the upper-level hospital database 1016 . The upper-level hospital database 1016 is connected to the cloud database 300 so that various information can be shared among the various databases. The upper-level hospital patient information module 1011 is connected to the upper-level hospital diagnosis and treatment module 1014. After obtaining patient information from the upper-level hospital patient information module 1011, the upper-level hospital database 1015 or the cloud database 300 obtains the hospital The hierarchical treatment information L1 or the periodic allocation diagnosis and treatment information L2 is arranged and provided by the upper-level hospital diagnosis and treatment module 1014 for periodic diagnosis and treatment, and at the same time, each periodic diagnosis and treatment information is recorded in the upper-level hospital database 1016. When the upper-level hospital database 1016 receives each information, it is shared to other related databases, such as the cloud database 300, to achieve the efficiency of information sharing.

Furthermore, the upper-level hospital patient information module 1011 is suitable for establishing patient information or obtaining the hospital graded visit information L1 and the periodic allocation diagnosis and treatment information L2 corresponding to the patient, and the upper-level hospital diagnosis and treatment module 1014 is used according to the location. Diagnosis and treatment are performed in the period of the hospital hierarchical treatment information L1 or the period of the period allocation diagnosis and treatment information L2. It is worth mentioning that when a patient first visits a superior hospital, the patient information module 1011 of the superior hospital establishes patient information, and the hierarchical diagnosis and treatment system 200 establishes the hospital hierarchical diagnosis information L1 and the cycle allocation Medical information L2. Then, the patient can allocate the diagnosis and treatment information L2 to the assigned corresponding hospital for treatment according to the hospital graded medical visit information L1 or the cycle, wherein the hospital graded medical visit information L1 and the periodic assigned medical care information L2 have medical visits Period, matching hospital, and referral information L4, etc. When the visit cycle and the matching hospital are assigned to the higher-level hospital, the patient goes to the higher-level hospital for medical treatment. At this time, the higher-level hospital patient information module 1011 obtains the patient's corresponding hospital-level medical information L1 or the cycle-assigned medical information L2, and the superior hospital diagnosis and treatment module 1014 performs diagnosis and treatment according to the hospital's graded medical information L1. In other words, the upper-level hospital diagnosis and treatment module 1014 receives the hospital hierarchical diagnosis and treatment information L1 or the periodic allocation diagnosis and treatment information L2, and arranges and performs related periodic diagnosis and treatment according to the required diagnosis and treatment items.

In addition, the delineating lower-level hospital module 1012 is suitable for selecting at least lower-level hospitals and connecting the lower-level hospital end systems 102 of the selected lower-level hospitals to share resources and enhance the influence of the upper-level hospitals. That is to say, the upper-level hospital can also transmit the medical technology or report to the delineated lower-level hospital through the delineated lower-level hospital module 1012, so that the personnel of the lower-level hospital can be improved in medical technology. In addition, the upper-level referral hospital module 1013 is connected to the upper-level hospital-end system 101 and the lower-level hospital-end system 102 for transmitting a piece of referral information L4 to the upper-level hospital-end system 101 and the hospital. Speaking of the lower-level hospital end system 102, the patient will be transferred to other higher-level hospitals or lower-level hospitals. The upper-level hospital receiving module 1015 connects the upper-level hospital-end system 101 and the lower-level hospital-end system 102 to receive the referral information L4 of the upper-level hospital-end system 101 and the lower-level hospital-end system 102 . It is understandable that the higher-level referral hospital module 1013 generates the referral information L4 as required.

In this embodiment of the present invention, the lower-level hospital system 102 includes a lower-level hospital patient information module 1021, a lower-level hospital referral module 1022, a lower-level hospital receiving module 1023, a lower-level hospital diagnosis and treatment module 1024, and a lower-level hospital Hospital database 1025. The lower-level hospital patient information module 1021, the lower-level hospital referral module 1022, the lower-level hospital receiving module 1023, and the lower-level hospital diagnosis and treatment module 1024 are respectively connected to the lower-level hospital database 1025. The lower-level hospital database 1025 is connected to the cloud database 300 so that various information can be shared among the various databases. The lower-level hospital database 1025 can also be connected to the upper-level hospital database 1016 to directly exchange information between the upper-level hospital-end system 101 and the lower-level hospital-end system 102. In other words, the lower-level hospital database 1025 can be respectively connected to the upper-level hospital database 1016 and the cloud database 300 to achieve the purpose of information sharing according to actual conditions.

The lower-level hospital patient information module 1021 is connected to the lower-level hospital diagnosis and treatment module 1024. After obtaining patient information from the lower-level hospital patient information module 1021, the lower-level hospital database 1025 or the cloud database 300 obtains the The hospital hierarchical diagnosis and treatment information L1 and/or the periodic allocation diagnosis and treatment information L2 are arranged and provided by the lower-level hospital diagnosis and treatment module 1024, and the periodic diagnosis and treatment information is recorded in the lower-level hospital database 1025 at the same time. When the lower-level hospital database 1025 receives each information, it is shared to other related databases, such as the cloud database 300, to achieve the efficiency of information sharing.

Furthermore, the lower-level hospital patient information module 1021 is suitable for establishing patient information or obtaining the hospital graded visit information L1 or the periodic allocation diagnosis and treatment information L2 corresponding to the patient, and the lower-level hospital diagnosis and treatment module 1024 performs diagnosis and treatment. . It is worth mentioning that when a patient first goes to a higher-level hospital, the lower-level hospital patient information module 1021 establishes patient information, and the hierarchical diagnosis and treatment system 200 establishes the hospital hierarchical visit information L1 or the periodic allocation diagnosis and treatment Information L2. Then, the patient assigns the medical information L2 to the assigned hospital for medical treatment according to the hospital graded medical visit information L1 or the cycle, wherein the hospital graded medical visit information L1 or the periodic assigned medical care information L2 has a medical visit period, a matching hospital, and Referral information L4 etc. When the consultation cycle and the matching hospital are assigned to a lower-level hospital, the patient then goes to the lower-level hospital for treatment. At this time, the lower-level hospital patient information module 1021 obtains the hospital-level consultation information L1 or the cycle allocation corresponding to the patient Diagnosis and treatment information L2, and the lower-level hospital diagnosis and treatment module 1024 allocates diagnosis and treatment information L2 for diagnosis and treatment according to the hospital graded diagnosis information L1 or the cycle. In other words, the lower-level hospital diagnosis and treatment module 1024 receives the hospital hierarchical visit information L1 or the periodic allocation diagnosis and treatment information L2, arranges and performs related periodic diagnosis and treatment according to the required diagnosis and treatment items.

In addition, the lower-level hospital referral module 1022 is connected to the upper-level hospital-end system 101 and the lower-level hospital-end system 102 for transmitting the referral information L4 to the upper-level hospital-end system 101 and the The lower-level hospital end system 102 transfers patients to other higher-level hospitals or lower-level hospitals. The lower-level hospital diagnosis and treatment module 1024 is connected to the upper-level hospital-end system 101 and the lower-level hospital-end system 102 for receiving the referral information L4 of the upper-level hospital-end system 101 and the lower-level hospital-end system 102 . The lower-level hospital receiving module 1023 connects the upper-level hospital-end system 101 and the lower-level hospital-end system 102 to receive the referral information L4 of the upper-level hospital-end system 101 and the lower-level hospital-end system 102. It is understandable that the higher-level referral hospital module 1013 generates the referral information L4 as required.

In this embodiment of the present invention, the patient system 103 includes a hospital information module 1031, a diagnosis and treatment plan notification module 1032, an appointment registration module 1033, and a patient database 1034. The hospital information module 1031, the diagnosis and treatment planning notification module 1032 and the appointment registration module 1033 are respectively connected to the patient database 1033. The patient-side database 1034 can be connected to the lower-level hospital database 1025, the upper-level hospital database 1016, and the cloud database 300, respectively, to obtain various related information. The hospital information module 1031 includes a hospital information module 10311, a physician introduction module 10312, and a medical service module 10313, which are respectively connected to the patient database 1034, so that the patient can obtain relevant hospital information before seeing a doctor. The hospital information module 10311 is used to provide information about each hospital, including addresses, telephone numbers, service items, and so on. The physician introduction module 10312 provides the academic experience data of each physician. In particular, through the medical service module 10313, it is possible to know the time of medical visits and the queuing status of each hospital, and further prompts for medical visits can be obtained. It is worth mentioning that the hospital information module 1031 can be used to obtain all required relevant information before the patient seeks medical attention. In addition, the reservation registration module 1033 is used to make reservations. After the medical treatment, the hierarchical diagnosis and treatment system 200 will provide the hospital hierarchical diagnosis and treatment information L1 or the periodic allocation diagnosis and treatment information L2 to the upper-level hospital database 1016, the lower-level hospital database 1025, and the cloud database 300 In this way, the patient can use the diagnosis and treatment planning notification module 1032 to obtain the hospital hierarchical diagnosis and treatment information L1 or the periodic allocation diagnosis and treatment information L2, and then follow the medical treatment according to its content, for example, according to the hospital graded diagnosis information L1 in different Visit a higher-level hospital or a lower-level hospital periodically. It is worth mentioning that the appointment registration module 1033 can be used to make an appointment for each visit. It is understandable that the appointment registration module 1033 makes appointments for different treatment cycles and hospitals.

In this embodiment of the present invention, the hierarchical diagnosis and treatment system 200 includes a diagnosis and treatment path planning system 201, a multi-directional diagnosis and treatment system 202, a periodic distribution diagnosis and treatment system 203, and a hierarchical diagnosis and treatment database 204. The diagnosis and treatment path planning system 201, the multi-directional diagnosis and treatment system 202, and the periodic allocation diagnosis and treatment system 203 are respectively connected to the hierarchical diagnosis and treatment database 204. The hierarchical diagnosis and treatment database 204 is respectively connected to the lower-level hospital database 1025, the upper-level hospital database 1016, the patient-side database 1034, and the cloud database 300, so that at least one hospital has hierarchical medical information L1 or At least one period of allocation of diagnosis and treatment information L2 is transmitted to the upper-level hospital database 1016, the lower-level hospital database 1025, and the cloud database 300. The above-mentioned connection or connection mode can be wired connection or unlimited connection, which is not a limitation of the present invention.

In this embodiment of the present invention, the diagnosis and treatment path planning system 201 includes a planning integrated hospital information module 2011, a planning patient information module 2012, a diagnosis and treatment path planning module 2013, and a planning database 2014. The planning integrated hospital information module 2011 and the planning patient information module 2012 are respectively connected to the diagnosis and treatment path planning module 2013 to plan at least one recommended cycle diagnosis and treatment table F1 in advance, and select and define it as at least one hospital-level medical information L1. That is to say, the diagnosis and treatment items of all levels of hospitals are integrated to establish at least one of the hospitals' hierarchical treatment information L1. In addition, another embodiment may be to integrate the planning into the hospital information module 2011, the planning patient information module 2012, and the diagnosis and treatment path planning module 2013 respectively to connect to the planning database 2014, so that the diagnosis and treatment path planning module 2013 The planning database 2014 can be used to obtain patient information and diagnosis and treatment item information of hospitals at all levels, to plan at least one recommended cycle diagnosis and treatment table F1 in advance, and choose to define it as the hospital graded medical information L1, and grade the hospital The medical information L1 is stored and backed up in the planning database 2014. It is worth mentioning that the planning database 2014 can be further connected to the hierarchical diagnosis and treatment database 204, the upper-level hospital database 1016, the lower-level hospital database 1025, the patient-side database 1034, and the The cloud database 300 transmits the hospital graded medical visit information L1, the patient information, and the diagnosis and treatment item information of the hospitals at all levels to each database to achieve the purpose and effect of information sharing. In addition, the hospital-level medical visit information L1 includes visit period, visit time, visit hospital, referral information L4, and so on. It is worth mentioning that the diagnosis and treatment path planning module 2013 will first plan out at least one recommended cycle diagnosis and treatment table F1 in advance for the patient, user or doctor to determine, before defining the hospital graded diagnosis information L1.

The integrated hospital information module 2011 has information about hospitals at all levels and diagnosis and treatment item information of hospitals at all levels. The integrated hospital information module 2011 transmits the information of the hospitals at all levels and the diagnosis and treatment item information of the hospitals at all levels to the diagnosis and treatment path planning module 2013. Furthermore, the integrated hospital information module 2011 is used to integrate the hospital information at all levels and the corresponding diagnosis and treatment item information, and transfer the hospital information at all levels and the diagnosis and treatment item information to the diagnosis and treatment path planning module 2013. The planning patient information module 2012 is used to receive or establish the patient information, and transmit the patient information to the diagnosis and treatment path planning module 2013. The diagnosis and treatment path planning module 2013 plans the hospital graded medical visit information L1 according to the patient information and the information of the hospitals at all levels. It is worth mentioning that the hospital hierarchical medical treatment information L1 is transmitted to various databases as required, such as the hierarchical diagnosis and treatment database 204, the upper-level hospital database 1016, the lower-level hospital database 1025, and the cloud database 300. Furthermore, the hospital graded medical visit information L1 includes information such as medical visit period, medical visit time, medical visit route and the like. The complete medical treatment process is planned out in stages, and the medical visit cycle of each stage is matched with the medical visit time and the medical route. The medical treatment path is the corresponding medical treatment item.

For example, suppose that the first upper-level hospital A1 has 1A-6A diagnosis and treatment items, the second upper-level hospital A2 has 1A-10A diagnosis and treatment items, the first lower-level hospital B1 has 1B-7B diagnosis and treatment items, and the second lower-level hospital B2 has 5B-9B diagnosis and treatment projects, the integrated hospital information module 2011 has the above-mentioned information, and integrates all levels of hospital information and the diagnosis and treatment project information of all levels of hospitals, and the planning module 2013 plans at least one hospital's hierarchical treatment information L1 , Where it is assumed that the medical treatment procedure is divided into three cycles, which are the first cycle, the second cycle, and the third cycle. It can also be divided into the front cycle, the middle cycle, and the back cycle. The diagnosis and treatment items in the first cycle are 1B-5B, the diagnosis and treatment items in the second cycle are 3A-8A, and the diagnosis and treatment items in the third cycle are 6B-9B. The diagnosis and treatment path planning module 2013 further plans at least one recommended cycle diagnosis and treatment table F1, and after confirmation, forms the hospital graded diagnosis and treatment information L1. One of the contents of the recommended cycle diagnosis and treatment table F1 may be that the first lower-level hospital B1 performs the first-cycle diagnosis and treatment items 1B-5B, and the first upper-level hospital A1 performs the second-cycle diagnosis and treatment items 3A-6A, then transfer Diagnose to the second upper level hospital A2 for the second cycle of diagnosis and treatment items 7A-8A, and finally the second lower level hospital B2 for the third cycle of diagnosis and treatment items 6B-9B. In addition, the second content of the recommended cycle diagnosis and treatment table F1 may be that the first lower-level hospital B1 performs the first-cycle diagnosis and treatment items 1B-5B, and the second upper-level hospital directly performs the second-cycle diagnosis and treatment items 3A-8A, and finally The third cycle of diagnosis and treatment items 6B-9B will be performed by the second lower-level hospital B2. In other words, the second content of the recommended cycle diagnosis and treatment table F1 is not planned for the first superior hospital compared with the first. In other words, the diagnosis and treatment path planning module 2013 of the present invention plans at least one of the recommended cycle diagnosis and treatment table F1 for reference, and defines the hospital graded diagnosis information L1 after review and confirmation.

In this embodiment of the present invention, the multi-directional consultation system 202 includes a multi-directional hospital information module 2021, a multi-directional referral module 2022, and a multi-directional consultation database 2023. The multi-directional hospital information module 2021 and the multi-directional referral module 2022 are respectively connected to the multi-directional medical treatment database 2023. The multi-directional consultation database 2023 may be further connected to the hierarchical diagnosis and treatment database 204, the upper-level hospital database 1016, the lower-level hospital database 1025, the patient-side database 1034, and the cloud database 300 to achieve the purpose and effect of information sharing. The multi-directional hospital information module 2021 includes all levels of hospital information and its diagnosis and treatment item information, where the all levels of hospital information includes information about upper-level hospitals and all lower-level hospitals, and the diagnosis and treatment item information includes diagnosis and treatment items, outpatient time, and the like. The multi-directional referral module 2022 is configured to receive patient information and cooperate with the multi-directional hospital information module 2021 to plan a referral path L3. The referral path L3 is suitably transmitted to the multi-directional consultation database 2023 to further transmit the referral path L3 to the hierarchical diagnosis and treatment database 204, the upper-level hospital database 1016, and the lower level The hospital database 1025 and the cloud database 300. In addition, the multi-directional diagnosis system 202 can also directly receive a piece of referral information L4, and cooperate with the multi-directional hospital information module 2021 to arrange the referral path L3 by the multi-directional referral module 2022, which includes the referral of the superior hospital. Hospitals, higher-level hospitals refer to lower-level hospitals, lower-level hospitals to higher-level hospitals, and lower-level hospitals to higher-level hospitals. In addition, the multi-directional consultation system 202 can also allocate the diagnosis and treatment information L2 according to the hospital graded consultation information L1 or the cycle to cooperate with the multi-directional hospital information module 2021. The multi-directional referral module 2022 arranges and plans the referral path. L3, which includes referrals from higher-level hospitals to higher-level hospitals, higher-level hospitals to lower-level hospitals, lower-level hospitals to higher-level hospitals, and lower-level hospitals to higher-level hospitals. It is worth mentioning that the referral information L4 can be established by a higher-level hospital or a lower-level hospital, or the hospital's hierarchical medical treatment information L1 or the periodic allocation diagnosis and treatment information L2.

In this embodiment of the present invention, the periodical distribution diagnosis and treatment system 203 includes a periodical project diagnosis and treatment module 2031, a level of hospital information module 2032, a distribution hospital information module 2033, and a periodical diagnosis and treatment database 2034. The periodic project diagnosis and treatment module 2031 and the hospital information module 2032 at all levels are respectively connected to the allotted hospital information module 2033 to first plan at least one feasibility visit table F2, and establish at least one periodic allocation diagnosis and treatment information L2. The hospital information modules 2032 at all levels are connected to the periodic diagnosis and treatment database 2034 to store the periodic allocation diagnosis and treatment information L2 in the periodic diagnosis and treatment database 2034. Another implementation may be to connect the periodic project diagnosis and treatment module 2031, the hospital information module 2032 at all levels, and the allocating hospital information module 2033 to the periodic diagnosis and treatment database 2034 respectively, so that the allocating hospital information module 2033 can Use the periodical diagnosis and treatment database 2034 to obtain patient information and diagnosis and treatment item information of hospitals at all levels, to first plan at least one feasibility visit table F2, and plan the periodical allocation diagnosis and treatment information L2, and allocate the period for diagnosis and treatment The information L2 is stored and backed up in the periodic diagnosis and treatment database 2034. In addition, the periodic diagnosis and treatment database 2034 can be further connected to the upper-level hospital database 1016, the lower-level hospital database 1025, and the cloud database 300 to achieve the purpose and effect of information sharing. In addition, the cycle allocation diagnosis and treatment information L2 includes the consultation cycle, the consultation time, the consultation hospital, the referral information L4, and the like. It is worth mentioning that the allocating hospital information module 2033 will first plan out at least one feasibility visit table F2 for the patient, user or doctor to determine before defining the periodic allocation diagnosis and treatment information L2.

It is worth mentioning that the periodic diagnosis and treatment system 203 establishes periodic diagnosis and treatment classification for each diagnosis and treatment item, and then cooperates with hospitals at all levels to establish the periodic allocation diagnosis and treatment information L2. That is to say, after the allocating hospital information module 2033 obtains various diagnosis and treatment item information from the periodic project diagnosis and treatment module 2031, and plans it as periodic diagnosis and treatment classification information according to needs, then according to the hospital information modules 2032 at all levels For the provided diagnosis and treatment project information of the hospitals at all levels, at least one feasibility treatment table F2 is planned, and the periodic allocation diagnosis and treatment information L2 is formed after confirmation. It is understandable that the periodic allocation of diagnosis and treatment information L2 means that after the diagnosis and treatment items are cycled, the diagnosis and treatment items of each diagnosis and treatment cycle correspond to the diagnosis and treatment items of the hospitals at all levels provided by the hospital information module 2032. Information, so as to establish a medical system for periodic diagnosis and treatment projects.

For example, suppose there are 12 diagnosis and treatment items, and the periodic item diagnosis and treatment module 2031 according to its content divides them into three cycles, which are the first cycle, the second cycle, and the third cycle. They can also be divided into the first cycle, the second cycle, and the third cycle. Period, mid-period and post-period. Furthermore, the cycle project diagnosis and treatment module 2031 has 12 medical treatment items, which are divided into three cycles according to the content. The first cycle includes 4 items, the second cycle includes 5 items, and the second cycle includes 3 items. In the first cycle, you can go to the first lower-level hospital B1 or the second lower-level hospital B2 for diagnosis and treatment, the second cycle can go to the first upper-level hospital A1 or the second upper-level hospital A2 for diagnosis and treatment, and the third cycle can go to the first lower-level hospital. Diagnosis and treatment in first-level hospital B1, second-level hospital B2 or third-level hospital B3.

The hospital information module 2032 at all levels generates the at least one feasibility table F2, one of which is that the 4 medical treatment items in the first cycle are allocated to the first lower-level hospital B1 for treatment, and the second The 5 medical treatment items in the cycle are allocated to the first upper-level hospital A1 for treatment, and the 3 medical treatment items in the third cycle are allocated to the second lower-level hospital B2 for treatment. The second content is that after the second lower-level hospital B2 performs the 4 diagnosis and treatment items in the first cycle of diagnosis and treatment, then the second upper-level hospital A2 performs the 5 diagnosis and treatment items in the second cycle of diagnosis and treatment, and finally the second lower-level hospital A2 performs the 5 diagnosis and treatment items in the second cycle. Hospital B2 conducts 3 diagnosis and treatment items in the third cycle of diagnosis and treatment. Finally, after selecting and confirming the contents of the feasibility table F2, the periodic allocation diagnosis and treatment information L2 is formed. In addition, the periodic distribution diagnosis and treatment information L2 also has a diagnosis path between hospitals at all levels. That is to say, after the first-cycle diagnosis and treatment items are completed in the lower-level hospital, the lower-level medical information can be automatically or semi-automatically transmitted to the upper-level hospital, and then the second-level diagnosis and treatment items will be completed by the upper-level hospital. The upper-level medical information is automatically or semi-automatically transmitted to the lower-level hospital, and then the lower-level hospital completes the third cycle of diagnosis and treatment items.

In addition, the present invention provides a hierarchical diagnosis and treatment method, which includes the following steps:

(A) Patient information and information provided by hospitals at all levels;

(B) Establishment of hospital graded medical information L1 or periodic distribution medical information L2; and

(C) Hospitals at all levels perform diagnosis and treatment according to the hospital's hierarchical visit information L1 or the periodic diagnosis and treatment items of the periodic allocation of diagnosis and treatment information L2.

In step (A), a client system 100 provides the patient information and all levels of hospital information.

It is worth mentioning that the following steps are included in step (B):

(B1) An integrated hospital information module 2011 integrates hospital information at all levels and corresponding diagnosis and treatment project information;

(B2) A diagnosis and treatment path planning module 2013 establishes at least one recommended cycle diagnosis and treatment table F1; and

(B3) Choose to confirm the recommended cycle diagnosis and treatment table F1 to define the hospital graded medical visit information L1.

In addition, the hospital graded medical visit information L1 includes medical visit cycle, medical visit time, medical route, and referral information.

Furthermore, the hospital hierarchical treatment information L1 integrates the diagnosis and treatment items of the hospitals at all levels, and then establishes a treatment cycle.

It is worth mentioning that the following steps are included in step (B):

(B1’) The one-cycle project diagnosis and treatment module 2031 provides various diagnosis and treatment project information;

(B2') Diagnosis and treatment item information of the hospitals at all levels provided by the information module 2032 of the hospitals at all levels;

(B3') an allocating hospital information module 2033 cooperates with the various diagnosis and treatment item information in the hospitals at all levels to establish at least one feasibility treatment table F2; and

(B4') Choose to confirm the feasibility checklist F2 to define the cycle allocation diagnosis and treatment information L2.

Furthermore, the periodical allocation of diagnosis and treatment information L2 is to cooperate with the hospitals at all levels to establish a diagnosis period after grading the diagnosis and treatment items.

It is worth mentioning that the following steps are included in step (C):

(C1) The user terminal allocates the diagnosis and treatment information L2 to the corresponding upper-level hospital or lower-level hospital for treatment according to the hospital-level medical treatment information L1 or the cycle;

(C2) Higher-level hospitals or lower-level hospitals respectively perform diagnosis and treatment according to the hospital's hierarchical visit information L1 or the periodic diagnosis and treatment items of the periodic allocation of diagnosis and treatment information L2; and

(C3) Change the patient to the hospital according to the referral information L4.

In addition, the present invention also provides a method for recommending a diagnosis and treatment plan, which includes the following steps:

(a) Receive a patient's information;

(b) Grab information about hospitals at all levels;

(c) Establish at least one recommended cycle diagnosis and treatment table F1 or/and at least one feasibility treatment table F2;

(d) Choose to confirm the recommended cycle diagnosis and treatment table F1 or at least one feasibility treatment table F2; and

(e) Establishing a hospital's hierarchical treatment information L1 or a cycle of distributing diagnosis and treatment information L2.

In other words, through the patient information and the hospital information at all levels, at least one recommended cycle diagnosis and treatment table F1 will be established, which has a diagnosis and treatment cycle, diagnosis and treatment items, and corresponding hospitals at all levels. After the patient or the user confirms the recommended cycle diagnosis and treatment table F1, the hospital graded consultation information L1 or the periodic allocation diagnosis and treatment information L2 will be generated. It is worth mentioning that the periodic allocation diagnosis and treatment information L2 and the hospital graded diagnosis and treatment information L1 will be stored in each database for data sharing.

Furthermore, the diagnosis and treatment item information of the hospitals at all levels is directly integrated, and then the hospital's hierarchical treatment information L1 is established. In addition, after first grading the diagnosis and treatment items, and then cooperate with the diagnosis and treatment item information of the hospitals at all levels to establish the periodic allocation diagnosis and treatment information L2. In particular, whether it is the periodic allocation diagnosis and treatment information L2 or the hospital graded diagnosis and treatment information L1, the recommended periodic diagnosis and treatment table F1 will be established before the establishment, and the final periodic allocation diagnosis and treatment information L2 will be completed after confirmation. Or the hospital graded medical visit information L1. Each hospital can allocate the diagnosis and treatment information L2 or the hospital graded treatment information L1 according to the cycle for periodic diagnosis and treatment. The recommended cycle diagnosis and treatment table F1 is based on the patient information and the recommended scheme established by the hospitals at all levels.

In addition, the present invention also provides a business method for integrating hospital resources, which includes the following steps:

(a’) Display information about hospitals at all levels;

(b') Establish at least one recommended cycle diagnosis and treatment table F1 or/and at least one feasibility treatment table F2;

(c') Choose to confirm the recommended cycle diagnosis and treatment table F1 or at least one feasibility treatment table F2, and generate a hospital graded treatment information L1 or a cycle distribution diagnosis and treatment information L2;

(d') Hospitals at all levels receive the hospital graded medical visit information L1 or the periodic allocation diagnosis and treatment information L2, and the corresponding hospital receives and performs periodic diagnosis and treatment; and

(e’) After completing the corresponding period of diagnosis and treatment, refer to the corresponding hospital for the next period of diagnosis and treatment until the end of the treatment period.

It is worth mentioning that the diagnosis and treatment item information of the hospitals at all levels is directly integrated, and then the hospital graded medical treatment information L1 is established. In addition, after first grading the diagnosis and treatment items, and then cooperate with the diagnosis and treatment item information of the hospitals at all levels to establish the periodic allocation diagnosis and treatment information L2.

In addition, the hierarchical diagnosis and treatment platform 1 of the present invention is suitable for diagnosis and treatment of an IVF. In other words, it is further explained that the hierarchical diagnosis and treatment platform 1 of the present invention is suitable for an IVF diagnosis and treatment. The client system 100 is suitable for patients, upper-level hospitals, and lower-level hospitals. The superior hospital can be implemented as a tertiary hospital reproductive center. The lower-level hospitals can be implemented as public hospitals for gynecology, infertility private hospitals, grass-roots infertility clinics, grass-roots maternity hospitals, public hospital obstetrics, antenatal centers of tertiary hospitals, foreign reproductive centers, sperm donors and eggs institutions, pregnancy Prenatal genetic disease carrier screening center, tumor hospital fertility preservation institution. The implementation of the above-mentioned hospitals at all levels is for illustration only, and is not a limitation of the present invention. It is understandable that the hierarchical diagnosis and treatment system 200 is used to generate a hospital hierarchical diagnosis and treatment information L1 or a periodic distribution of diagnosis and treatment information L2.

The diagnosis and treatment items of the test tube baby diagnosis and treatment include: pre-period physical examination, pre-period screening, pre-period minor surgery-fallopian tube repair/cyst removal, pre-period angiography, full set of intra-period inspections, intra-period hyperovulation monitoring, intra-period reduction Adjust and advance cycle screening, determine cycle plan, pre-cycle minor surgery-endometrial cleanup, pre-cycle hysteroscopy, ovulation induction cycle, egg retrieval, embryo matching, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test , Post-transplantation ultrasound, post-transplantation fetus preservation, prenatal screening and genetic counseling, childbirth and perinatal care, perinatal care and women’s health care. Furthermore, the pre-cycle physical examination is carried out during the menstrual period 1-4 days, and the diagnosis and treatment time is 1 day; the pre-period screening is carried out on the day of the consultation, and the diagnosis and treatment time is 1 day; the pre-cycle minor surgery-tubal repair/cyst removal Schedule the operation time, the diagnosis and treatment time is 1 day; the angiography before the cycle is performed on clean menstruation 3-7 days, and the diagnosis and treatment time is 8 days; the full set of inspections in the cycle is performed on the 1-4 days of the menstruation period, and the diagnosis and treatment time is 1 day; the cycle is super fast Ovulation monitoring is carried out on 1-15 days of menstruation, and the duration of diagnosis and treatment is 1-12 days; the down-regulation is carried out during the menstrual or luteal phase, and the diagnosis and treatment time is 21 days; the in-period screening is carried out on 1-4 days of menstruation, diagnosis and treatment Duration: 1 day; the cycle plan is determined on the day of the consultation, and the duration of diagnosis and treatment is 1 day; minor surgery before the cycle-endometrium cleansing is also arranged for surgery time, the duration of diagnosis and treatment is 1 day; before the cycle, the hysteroscopy is cleaned in menstruation for 3-7 days The diagnosis and treatment time is 8 days; the ovulation induction cycle is carried out 1-25 days after menstruation, and the diagnosis and treatment time is 1-12 days; the pregnancy test after transplantation is carried out 12 days after transplantation; the ultrasound after transplantation is 28 days and 2 months after transplantation Carry out; post-transplant fetus preservation is carried out 72 days after transplantation; maternity checkups are carried out at 9 weeks and 3 months after transplantation; prenatal screening and genetic counseling are carried out at 12-24 weeks; delivery and perinatal care It is carried out from 24 weeks to 2 weeks postpartum; perinatal care and women's health care are carried out 1 year postpartum.

In addition, the diagnosis and treatment items of the higher-level hospital include periodic screening, determination of the cycle plan, minor surgery before the cycle-endometrial cleanup, hysteroscopy before the cycle, ovulation induction cycle, egg retrieval, embryo matching, transplantation, pregnancy test after transplantation, vagina Ultrasound, pregnancy test after transplantation, ultrasound after transplantation. The diagnosis and treatment items of lower-level hospitals include pre-period physical examination, pre-period screening, pre-period minor surgery-fallopian tube repair/cyst removal, pre-period angiography, full set of intra-period inspections, intra-period hyperovulation monitoring, intra-period down-regulation, and post-transplantation Pregnancy test, post-transplant ultrasound, post-transplant fetus preservation, prenatal screening and genetic counseling, delivery and perinatal care, perinatal care and women’s health care. The content of the diagnosis and treatment items of the upper-level hospital and the diagnosis and treatment items of the lower-level hospitals described in this article is not absolute, and may be changed according to actual conditions, which is not a limitation of the present invention. The invention is used to reasonably allocate diagnosis and treatment cycles according to hospital qualifications and patient information, so that patients can achieve the most suitable medical treatment, and reduce the waste of medical resources.

It is worth mentioning that when patients go to hospitals at all levels, in addition to diagnosis and treatment according to the diagnosis and treatment items, they need to record various related forms, and the information of various forms will be shared with other related databases, so that patients When visiting hospitals of different levels, hospitals at all levels can directly obtain various required information without having to recheck records. The form types include Day1 form, Day5 form, Day8 form, Day10 form, Day12 form, Day21 form and follicle monitoring form. It is worth mentioning that the forms mentioned above and their form content are designed according to the needs of diagnosis and treatment. , And record various related information. The content of the form can be adjusted according to the content of diagnosis and treatment and the method of diagnosis and treatment, which is not a limitation of the present invention. Please refer to Figure 9A to Figure 14 for the format of the form.

In addition, in IVF diagnosis and treatment, the hierarchical diagnosis and treatment system 200 includes a diagnosis and treatment path planning system 201, a multi-directional diagnosis system 202, a periodic allocation diagnosis and treatment system 203, and a hierarchical diagnosis and treatment database 204. The diagnosis and treatment path planning system 201, the multi-directional diagnosis and treatment system 202, and the periodic allocation diagnosis and treatment system 203 are respectively connected to the hierarchical diagnosis and treatment database 204. The hierarchical diagnosis and treatment database 204 is respectively connected to the lower-level hospital database 1025, the upper-level hospital database 1016, and the cloud database 300 to transmit at least one hospital-level diagnosis and treatment information L1 or at least one cycle allocation diagnosis and treatment information L2 To the upper-level hospital database 1016, the lower-level hospital database 1025, and the cloud database 300.

It is worth mentioning that the diagnosis and treatment path planning system 201 includes a planning integrated hospital information module 2011, a planning patient information module 2012, a planning module 2013, and a planning database 2014. The planning integrated hospital information module 2011 and the planning patient information module 2012 are respectively connected to the planning module 2013 to plan at least one recommended cycle diagnosis and treatment table in advance, and then select and define at least one hospital-level medical information L1. That is to say, the diagnosis and treatment items of hospitals at all levels are integrated to establish at least one of the hospital's graded medical treatment information L1. In other words, the diagnosis and treatment projects of the upper-level hospitals and the lower-level hospitals will be integrated, that is, the cycle screening of the higher-level hospitals will be integrated, the cycle plan will be determined, the minor surgery before the cycle-endometrial cleansing, the hysteroscopy before the cycle, the ovulation induction cycle, and the egg retrieval , Embryo, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound and other diagnosis and treatment items, as well as pre-cycle physical examination in lower-level hospitals, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst removal , Pre-cycle angiography, full set of intra-cycle inspections, intra-cycle hyperovulation monitoring, intra-cycle down-regulation, post-transplant pregnancy test, post-transplant ultrasound, post-transplant fetus, prenatal screening and genetic counseling, Diagnosis and treatment items such as childbirth and perinatal care, perinatal care and women's health care. Then, at least one recommended cycle diagnosis and treatment table F1 is established, and the hospital graded diagnosis information L1 is confirmed to be formed. The hospital-level medical information L1 has the corresponding sub-hospitals to implement the first cycle of diagnosis and treatment items, which are pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst removal, pre-cycle angiography, cycle A full set of internal inspections, monitoring of hyperovulation during the cycle, and down-regulation during the cycle, and then the corresponding higher-level hospital will carry out the second cycle of diagnosis and treatment items, which are cycle-in screening, determine the cycle plan, and minor surgery before the cycle-endometrium Cleanup, hysteroscopy before the cycle, ovulation cycle, egg retrieval, embryo matching, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound, and then perform the third cycle in the corresponding lower-level hospital The diagnosis and treatment items are pregnancy test after transplantation, ultrasound after transplantation, fetus after transplantation, prenatal screening and genetic consultation, childbirth and perinatal care, perinatal care and women's health care. Please refer to the above instructions for each diagnosis and treatment schedule. The patient can use the patient-end system 103 to check the hospital's graded consultation information L1 for each diagnosis and treatment cycle, the corresponding hospital, and the diagnosis and treatment schedule. The patient-end system 103 can also provide pre-diagnosis and treatment appointment registration, waiting time for consultation, etc. message. In particular, the patient system 103 can also remind the patient to see a doctor at a corresponding time. In particular, when a patient sees a doctor in a certain diagnosis and treatment cycle, if the hospital needs to be changed, a referral path L3 can be planned through a multi-directional diagnosis system 202, or a referral information L4 can be proposed by hospitals at all levels to make Patients can be referred for treatment conveniently. In particular, the establishment of the referral path L3 and the referral information L4 is planned in consideration of the qualification levels of hospitals at all levels and the needs of patients. In other words, in the periodic diagnosis and treatment of a higher-level hospital, the referral is in principle to another higher-level hospital, and in the periodic diagnosis and treatment of a lower-level hospital, in principle, the referral is to another lower-level hospital, and the referral needs to be confirmed. Whether hospitals at all levels have implemented corresponding diagnosis and treatment items. In addition, in special circumstances, the periodic diagnosis and treatment in the lower-level hospital can also be transferred to the periodic diagnosis and treatment in the upper-level hospital, and vice versa, but the same referral should be made to confirm whether the hospitals at all levels have implemented the corresponding diagnosis and treatment items. In other words, the present invention reasonably allocates medical treatment systems according to hospital qualifications, but can be flexibly used in special circumstances, so that patients can be referred to the most suitable hospital for medical treatment.

It is worth mentioning that the periodic distribution diagnosis and treatment system 203 includes a periodic project diagnosis and treatment module 2031, a hospital information module at all levels 2032, a distribution hospital information module 2033, and a periodic diagnosis database 2034. The periodic project diagnosis and treatment module 2031 and the hospital information module 2032 at all levels are respectively connected to the distribution hospital information module 2033 to establish at least one period distribution diagnosis and treatment information L2. The hospital information modules 2032 at all levels are connected to the periodic diagnosis database 2034 to store the periodic diagnosis and treatment information L2 in the periodic diagnosis database 2034. The periodic diagnosis database 2034 can be further connected to the upper-level hospital database 1016, the lower-level hospital database 1025, and the cloud database 300 to achieve the purpose and effect of information sharing. Furthermore, the cycle project diagnosis and treatment module 2031 has pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst removal, pre-cycle angiography, full set of intra-cycle inspections, intra-cycle hyperovulation monitoring, cycle Internal downregulation, advance cycle screening, determination of cycle plan, minor surgery before cycle-endometrial cleanup, hysteroscopy before cycle, ovulation induction cycle, egg retrieval, embryos, transplantation, pregnancy test after transplantation, vaginal ultrasound, after transplantation Pregnancy test, post-transplant ultrasound, post-transplant fetus preservation, prenatal screening and genetic counseling, delivery and perinatal care, perinatal care and women’s health care, etc. The allocating hospital information module 2033 divides the diagnosis and treatment items of the periodic item diagnosis and treatment module 2031 into three cycles, of which the three cycles are examples and can be divided into the required number of cycles according to needs. The information module 2032 of hospitals at all levels includes reproductive centers in tertiary hospitals, gynecology in public hospitals, private infertility hospitals, primary infertility clinics, primary obstetric hospitals, obstetrics in public hospitals, prenatal centers in tertiary hospitals, and foreign reproductive centers. , The corresponding diagnosis and treatment items of the diagnosis and treatment centers such as the sperm and egg lending institutions, the prenatal genetic disease carrier screening center, the tumor hospital fertility preservation institution, etc., the allocation hospital information module 2033 allocates three cycles to the corresponding diagnosis and treatment centers , And plan out the periodic allocation diagnosis and treatment information L2 according to the diagnosis and treatment schedule, wherein the periodic allocation diagnosis and treatment information L2 is stored in the periodic diagnosis database 2034. Furthermore, the three-cycle diagnosis and treatment items are: the first-cycle diagnosis and treatment items are pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-tubal repair/cyst removal, pre-cycle angiography, full set of inspections during the cycle, cycle Internal ovulation induction monitoring, down-regulation during the cycle; the second cycle of diagnosis and treatment items are cycle screening, determination of cycle plan, minor surgery before cycle-endometrial cleansing, hysteroscopy before cycle, ovulation induction cycle, egg retrieval, matching Embryo, transfer, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplantation ultrasound; the third cycle of diagnosis and treatment items are post-transplant pregnancy test, post-transplant ultrasound, post-transplant fetus preservation, prenatal check-up, prenatal Screening and genetic counseling, childbirth and perinatal care, perinatal care and women's health care. The diagnosis and treatment centers corresponding to the first and third cycles are public hospitals, gynecology, infertility private hospitals, basic infertility clinics, basic obstetrics, public hospitals, obstetrics, antenatal centers of tertiary hospitals, foreign reproductive centers, and donors. Diagnosis and treatment centers such as the sperm-borrowing institution, the prenatal genetic disease carrier screening center, and the fertility preservation institution of the tumor hospital. The corresponding diagnosis and treatment center for the second cycle is the reproductive center of a tertiary hospital. The allocating hospital information module 2033 will plan out at least one recommended cycle diagnosis and treatment table F1 or at least one feasible hierarchical diagnosis and treatment plan, and form the cycle allocation diagnosis and treatment information L2 after confirmation by the user (physician or patient), so that the patient can follow The periodical allocation of diagnosis and treatment information L2 graded visits. Similarly, the patient can use the patient-end system 103 to find out the hospital-level diagnosis and treatment information L1, each diagnosis and treatment cycle, the corresponding hospital, and the diagnosis and treatment schedule, etc. The patient-end system 103 can also provide pre-diagnosis and treatment appointment registration and treatment. Waiting time and other messages. In particular, the patient system 103 can also remind the patient to see a doctor at a corresponding time. In particular, when a patient sees a doctor in a certain diagnosis and treatment cycle, if the hospital needs to be changed, a referral path L3 can be planned through a multi-directional diagnosis system 202, or a referral information L4 can be proposed by hospitals at all levels to make Patients can be referred for treatment conveniently. In particular, the establishment of the referral path L3 and the referral information L4 is planned in consideration of the qualification levels of hospitals at all levels and the needs of patients. In other words, in the periodic diagnosis and treatment of a higher-level hospital, the referral is in principle to another higher-level hospital, and in the periodic diagnosis and treatment of a lower-level hospital, in principle, the referral is to another lower-level hospital, and the referral needs to be confirmed. Whether hospitals at all levels have implemented corresponding diagnosis and treatment items. In addition, in special circumstances, the periodic diagnosis and treatment in the lower-level hospital can also be transferred to the periodic diagnosis and treatment in the upper-level hospital, and vice versa, but the same referral should be made to confirm whether the hospitals at all levels have implemented the corresponding diagnosis and treatment items. In other words, the present invention reasonably allocates medical treatment systems according to hospital qualifications, but can be flexibly used in special circumstances, so that patients can be referred to the most suitable hospital for medical treatment.

Those skilled in the art should understand that the above description and the embodiments of the present invention shown in the accompanying drawings are only examples and do not limit the present invention.

The purpose of the present invention has been completely and effectively achieved. The functions and structural principles of the present invention have been shown and explained in the embodiments. Without departing from the principles, the implementation of the present invention may have any deformation or modification.

Claims (45)

A hierarchical diagnosis and treatment platform, which is characterized in that it includes: A user-side system that provides user profile information and enables users to obtain hierarchical diagnosis and treatment information and perform periodic hierarchical diagnosis and treatment; and A hierarchical diagnosis and treatment system, which receives the user profile information, and plans at least one hospital hierarchical diagnosis and treatment information and/or at least one period of allocation of diagnosis and treatment information to the user end system. The hierarchical diagnosis and treatment platform according to claim 1, comprising a cloud database respectively connected to the user end system and the hierarchical diagnosis and treatment system to receive the user profile information, the hospital hierarchical diagnosis and treatment information, and the Periodic allocation of diagnosis and treatment information. The hierarchical diagnosis and treatment platform according to claim 1, wherein the user-side system includes an upper-level hospital-side system, a lower-level hospital-side system, and a patient-side system, wherein the upper-level hospital-side system, the lower-level hospital-side system, and The patient end systems are respectively connected to each other. The hierarchical diagnosis and treatment platform according to claim 2, wherein the user-side system includes an upper-level hospital-side system, a lower-level hospital-side system, and a patient-side system, wherein the upper-level hospital-side system, the lower-level hospital-side system, and The patient system is respectively connected to the cloud database. The hierarchical diagnosis and treatment platform according to claim 3 or 4, wherein the patient-side system obtains all levels of hospital information from the upper-level hospital-side system and the lower-level hospital-side system, and obtains the hospital-level medical treatment information from the hierarchical diagnosis and treatment system And the period to allocate the diagnosis and treatment information. The hierarchical diagnosis and treatment platform according to claim 3, wherein the upper-level hospital end system includes a higher-level hospital patient information module, a delineated lower-level hospital module, a higher-level hospital referral module, a higher-level hospital diagnosis and treatment module, and a higher-level hospital receiving module And an upper-level hospital database, wherein the upper-level hospital patient information module, the delineated lower-level hospital module, the upper-level hospital referral module, the upper-level hospital diagnosis and treatment module, and the upper-level hospital receiving module are respectively connected to the upper-level hospital database. The hierarchical diagnosis and treatment platform according to claim 4, wherein the upper-level hospital end system includes a higher-level hospital patient information module, a delineated lower-level hospital module, a higher-level hospital referral module, a higher-level hospital diagnosis and treatment module, and a higher-level hospital receiving module And an upper-level hospital database, wherein the upper-level hospital patient information module, the delineated lower-level hospital module, the upper-level hospital referral module, the upper-level hospital diagnosis and treatment module, and the upper-level hospital receiving module are respectively connected to the upper-level hospital Database, the upper-level hospital database is connected to the cloud database. The hierarchical diagnosis and treatment platform according to claim 6 or 7, wherein the upper-level hospital patient information module is suitable for establishing a patient's information or obtaining the hospital's hierarchical visit information or the periodic allocation diagnosis and treatment information corresponding to a patient, and The diagnosis and treatment module of the upper-level hospital allocates diagnosis and treatment information to perform diagnosis and treatment according to the graded visit information of the hospital or the cycle. The hierarchical diagnosis and treatment platform according to claim 6 or 7, wherein the delineating lower-level hospital module is suitable for selecting at least one of the lower-level hospital systems and connecting the selected lower-level hospital system to share resources. The hierarchical diagnosis and treatment platform according to claim 6 or 7, wherein the upper-level referral hospital module is connected to the upper-level hospital-side system and the lower-level hospital-side system for transmitting a piece of referral information to the upper-level The hospital end system and the lower-level hospital end system. The hierarchical diagnosis and treatment platform according to claim 6 or 7, wherein the upper hospital receiving module connects the upper hospital end system and the lower hospital end system for receiving the upper hospital end system and the lower hospital end system A referral information from the end system. The hierarchical diagnosis and treatment platform according to claim 3, wherein the lower-level hospital end system includes a lower-level hospital patient information module, a lower-level hospital referral module, a lower-level hospital receiving module, a lower-level hospital diagnosis and treatment module, and a lower-level hospital data Database, wherein the lower-level hospital patient information module, the lower-level hospital referral module, the lower-level hospital receiving module, and the lower-level hospital diagnosis and treatment module are respectively connected to the lower-level hospital database. The hierarchical diagnosis and treatment platform according to claim 4, wherein the lower-level hospital end system includes a lower-level hospital patient information module, a lower-level hospital referral module, a lower-level hospital receiving module, a lower-level hospital diagnosis and treatment module, and a lower-level hospital data Database, wherein the lower-level hospital patient information module, the lower-level hospital referral module, the lower-level hospital receiving module, and the lower-level hospital diagnosis and treatment module are respectively connected to the lower-level hospital database, wherein the lower-level hospital database is connected The cloud database. The hierarchical diagnosis and treatment platform according to claim 12 or 13, wherein the lower-level hospital patient information module is suitable for establishing a patient's information or obtaining the hospital's hierarchical visit information or the periodic allocation diagnosis and treatment information corresponding to a patient. The diagnosis and treatment module of the lower-level hospital allocates diagnosis and treatment information to perform diagnosis and treatment according to the graded visit information of the hospital or the cycle. The hierarchical diagnosis and treatment platform according to claim 12 or 13, wherein the lower-level hospital referral module is connected to the upper-level hospital-side system and the lower-level hospital-side system for transmitting a referral information to the upper-level hospital The hospital end system and the lower-level hospital end system. The hierarchical diagnosis and treatment platform according to claim 12 or 13, wherein the lower-level hospital receiving module connects the upper-level hospital-side system and the lower-level hospital-side system for receiving the upper-level hospital-side system and the lower-level hospital A referral information from the end system. The hierarchical diagnosis and treatment platform according to claim 3, wherein the patient end system includes a hospital information module, a diagnosis and treatment planning notification module, an appointment registration module, and a patient end database, wherein the hospital information module, the diagnosis and treatment The planning notification module and the appointment registration module are respectively connected to the patient database. The hierarchical diagnosis and treatment platform according to claim 4, wherein the patient end system includes a hospital information module, a diagnosis and treatment planning notification module, an appointment registration module, and a patient end database, wherein the hospital information module, the diagnosis and treatment The planning notification module and the appointment registration module are respectively connected to the patient-side database, wherein the patient-side database is connected to the cloud database. The hierarchical diagnosis and treatment platform according to claim 3, wherein the hierarchical diagnosis and treatment system includes a diagnosis and treatment path planning system, a multi-directional diagnosis system, a cycle distribution diagnosis and treatment system, and a hierarchical diagnosis and treatment database, wherein the diagnosis and treatment path planning system , The multi-directional diagnosis and treatment system and the periodic allocation diagnosis and treatment system are respectively connected to the hierarchical diagnosis and treatment database. The hierarchical diagnosis and treatment platform according to claim 4, wherein the hierarchical diagnosis and treatment system comprises a diagnosis and treatment path planning system, a multi-directional diagnosis system, a cycle distribution diagnosis and treatment system, and a hierarchical diagnosis and treatment database, wherein the diagnosis and treatment path planning system , The multi-directional diagnosis and treatment system and the periodic allocation diagnosis and treatment system are respectively connected to the hierarchical diagnosis and treatment database, wherein the hierarchical diagnosis and treatment database is connected to the cloud database to classify the hospital's classified visit information or the period Allocate the diagnosis and treatment information and send it to the cloud database. The hierarchical diagnosis and treatment platform according to claim 19 or 20, wherein the diagnosis and treatment path planning system includes a planning integrated hospital information module, a planning patient information module, a diagnosis and treatment path planning module and a planning database, wherein the planning integration The hospital information module and the planned patient information module are respectively connected to the diagnosis and treatment path planning module to plan at least one recommended cycle diagnosis and treatment table in advance, and select and define it as the hospital graded medical treatment information. The hierarchical diagnosis and treatment platform according to claim 19 or 20, wherein the diagnosis and treatment path planning system includes a planning integrated hospital information module, a planning patient information module, a diagnosis and treatment path planning module and a planning database, wherein the planning integration The hospital information module, the planning patient information module, and the diagnosis and treatment path planning module are respectively connected to the planning database to plan at least one recommended cycle diagnosis and treatment table in advance, and select and define it as the hospital graded medical treatment information. The hierarchical diagnosis and treatment platform according to claim 22, wherein the planning and integration hospital information module integrates at least one higher-level hospital into corresponding periodic screening, determining the periodic plan, minor surgery before the cycle-endometrial cleansing, and hysteroscopy before the cycle, Ovulation induction cycle, egg retrieval, embryo matching, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound diagnosis and treatment items and at least the corresponding pre-period physical examination in lower-level hospitals, pre-period screening, and pre-period Minor surgery-Fallopian tube repair/cyst removal, pre-cycle angiography, full set of intra-cycle inspections, intra-cycle hyperovulation monitoring, intra-cycle down-regulation, post-transplant pregnancy test, post-transplant ultrasound, post-transplant fetal preservation, small calorie of birth check, Prenatal screening and genetic counseling, delivery and perinatal care, perinatal care and women’s health care. The hierarchical diagnosis and treatment platform according to claim 23, wherein the upper-level hospital is implemented as a tertiary hospital reproductive center, and the lower-level hospital is implemented as a public hospital gynecology, infertility private hospital, grass-roots infertility clinic, and grass-roots obstetrics. Hospitals, obstetrics in public hospitals, antenatal centers of tertiary hospitals, foreign reproductive centers, sperm donors and eggs institutions, prenatal genetic disease carrier screening centers, tumor hospitals fertility preservation institutions. The hierarchical diagnosis and treatment platform according to claim 24, wherein the diagnosis and treatment path planning module plans the obstetrics and gynecology department of public hospitals, private infertility hospitals, primary infertility clinics, primary obstetric hospitals, obstetrics in public hospitals, and tertiary hospitals. Ex-centers, foreign reproductive centers, sperm-donor and egg-borrowing institutions, pre-pregnancy genetic disease carrier screening centers, and tumor hospital fertility preservation institutions perform the first cycle pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube Repair/cystectomy, pre-cycle angiography, full set of intra-cycle inspections, intra-cycle hyperovulation monitoring, down-regulation of the diagnosis and treatment items during the cycle and post-transplant pregnancy test in the third cycle, post-transplant ultrasound, post-transplant fetal preservation, delivery check-up card Calorie, prenatal screening and genetic counseling, delivery and perinatal care, perinatal care and women’s health care diagnosis and treatment items, and the second-week advance cycle screening by the reproductive center of a tertiary hospital to determine the cycle plan, At least one combination of pre-cycle minor surgery-endometrial cleanup, hysteroscopy before cycle, ovulation cycle, egg retrieval, embryo matching, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, and post-transplant ultrasound diagnosis and treatment items Form at least one recommended cycle diagnosis and treatment table, and confirm the formation of the hospital graded medical treatment information. The hierarchical diagnosis and treatment platform according to claim 19, wherein the multi-directional hospital information module includes a multi-directional hospital information module, a multi-directional referral module, and a multi-directional medical database, wherein the multi-directional hospital information module, The multi-direction referral module is respectively connected to the multi-direction medical treatment database to plan a referral path. The hierarchical diagnosis and treatment platform according to claim 20, wherein the multi-directional hospital information module includes a multi-directional hospital information module, a multi-directional referral module, and a multi-directional medical database, wherein the multi-directional hospital information module, The multi-direction referral module is respectively connected to the multi-direction medical consultation database, and the multi-direction medical consultation database is connected to the cloud database to plan a referral path. The hierarchical diagnosis and treatment platform according to claim 19 or 20, wherein the periodical distribution diagnosis and treatment system includes a periodical project diagnosis and treatment module, a level of hospital information module, a distribution hospital information module, and a periodical diagnosis and treatment database, wherein the The periodic project diagnosis and treatment module and the hospital information modules at all levels are respectively connected to the assigned hospital information module to first plan at least one feasibility visit table, and select and define it as the periodic assigned diagnosis and treatment information. The hierarchical diagnosis and treatment platform according to claim 19 or 20, wherein the periodical distribution diagnosis and treatment system includes a periodical project diagnosis and treatment module, a level of hospital information module, a distribution hospital information module, and a periodical diagnosis and treatment database. The project diagnosis and treatment module, the hospital information modules at all levels, and the allocating hospital information modules are respectively connected to the periodic diagnosis and treatment database to plan at least one feasibility visit table and select and define it as the periodic allocation diagnosis and treatment information. The hierarchical diagnosis and treatment platform according to claim 29, wherein the periodic item diagnosis and treatment module has advanced periodic screening, determination of the periodic plan, pre-period minor surgery-endometrial cleansing, pre-period hysteroscopy, ovulation induction cycle, egg retrieval, Equipped with embryos, transplantation, pregnancy test after transplantation, vaginal ultrasound, pregnancy test after transplantation, ultrasound after transplantation, pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst removal, pre-cycle angiography, full set within the cycle Examination, intra-cycle hyperovulation monitoring, intra-cycle down-regulation, post-transplant pregnancy test, post-transplant ultrasound, post-transplant miscarriage, maternity checkup, prenatal screening and genetic counseling, delivery and perinatal care, perinatal care Diagnosis and treatment items for maternity health care and women's health care. The hierarchical diagnosis and treatment platform according to claim 30, wherein the information modules of hospitals at all levels include reproductive centers of tertiary hospitals, gynecology departments of public hospitals, infertility private hospitals, grass-roots infertility clinics, grass-roots maternity hospitals, and public hospitals. Corresponding diagnosis and treatment items in obstetrics, prenatal centers of tertiary hospitals, foreign reproductive centers, sperm donor institutions, prenatal genetic disease carrier screening centers, tumor hospital fertility preservation institutions, and other diagnosis and treatment centers. The hierarchical diagnosis and treatment platform according to claim 31, wherein the allocation hospital information module plans the periodic allocation of diagnosis and treatment information to have three periods, wherein the diagnosis and treatment items in the first period are pre-period physical examination, pre-period screening, and pre-period Minor surgery-Fallopian tube repair/cyst removal, pre-cycle angiography, full set of intra-cycle inspections, intra-cycle hyperovulation monitoring, intra-cycle down-regulation, the second cycle of diagnosis and treatment items are advance-cycle screening, determine the cycle plan, pre-cycle minor surgery -Endometrial cleanup, hysteroscopy before the cycle, ovulation cycle, egg retrieval, embryo matching, transplantation, post-transplant pregnancy test, vaginal ultrasound, post-transplant pregnancy test, post-transplant ultrasound, the third cycle of diagnosis and treatment items is post-transplant test Pregnancy, post-transplantation ultrasound, post-transplantation fetus, prenatal screening and genetic counseling, delivery and perinatal care, perinatal care and women’s health care. The hierarchical diagnosis and treatment platform according to claim 32, wherein the distribution of the hospital information module and the definition of the first and third cycles are composed of public hospitals, gynecology, infertility private hospitals, grass-roots infertility clinics, grass-roots maternity hospitals, and public hospitals. Hospital obstetrics, antenatal centers of tertiary hospitals, foreign reproductive centers, sperm donor institutions, prenatal genetic disease carrier screening centers, or tumor hospital fertility preservation institutions, etc. diagnosis and treatment centers. The second cycle is performed by the reproductive centers of tertiary hospitals. Get medical treatment. A superior hospital end system, which is characterized in that it includes: A patient information module of a superior hospital, a referral module of a superior hospital, a diagnosis and treatment module of a superior hospital, a reception module of a superior hospital, and a database of a superior hospital. The patient information module of the superior hospital, the referral module of the superior hospital, The upper-level hospital diagnosis and treatment module and the upper-level hospital receiving module are respectively connected to the upper-level hospital database, wherein the upper-level hospital patient information module obtains one-level hospital-level diagnosis information or one-cycle allocation diagnosis and treatment information, and the upper-level hospital diagnoses and treats The module provides diagnosis and treatment according to the hospital's hierarchical visit information or the period of the periodic allocation of diagnosis and treatment information. The upper-level hospital system according to claim 34, comprising a delineating lower-level hospital module, which is connected to the upper-level hospital database for selecting at least lower-level hospitals to share resources. A diagnosis and treatment path planning system, which is characterized in that it includes: A planning integrated hospital information module, a planning patient information module, a diagnosis and treatment path planning module, and a planning database, wherein the planning integrates the hospital information module, the planning patient information module, and the diagnosis and treatment path planning module are respectively connected to the The planning database is used to plan at least one recommended cycle diagnosis and treatment table in advance by the diagnosis and treatment path planning module, and select and define it as at least one hospital graded medical treatment information, and store it in the planning database. The diagnosis and treatment path planning system according to claim 36, wherein the hospital hierarchical visit information includes visit period, visit time, visit hospital, and referral information. A hierarchical diagnosis and treatment method, which is characterized in that it includes the following steps: (A) Patient information and information provided by hospitals at all levels; (B) Establishment of hospital graded medical information or periodic allocation of medical information; and (C) Hospitals at all levels perform diagnosis and treatment according to the hospital's graded visit information or the periodic diagnosis and treatment items of the periodic allocation of diagnosis and treatment information. The hierarchical diagnosis and treatment method according to claim 38, wherein the patient information and all levels of hospital information are provided by a user-end system. The hierarchical diagnosis and treatment method according to claim 38, wherein step (B) further comprises the following steps: (B1) An integrated hospital information module to integrate all levels of hospital information and corresponding diagnosis and treatment project information; (B2) A diagnosis and treatment path planning module establishes at least one recommended cycle diagnosis and treatment table; and (B3) Choose to confirm the recommended cycle diagnosis and treatment table to define the hospital graded medical visit information. The hierarchical diagnosis and treatment method according to claim 38, wherein the hospital hierarchical visit information includes visit period, visit time, visit route, and referral information. The hierarchical diagnosis and treatment method according to claim 38, wherein step (B) further comprises the following steps: (B1’) The one-cycle project diagnosis and treatment module provides various diagnosis and treatment project information; (B2’) Diagnosis and treatment project information of the hospitals at all levels provided by the information module of the hospitals at all levels; (B3') A distributing hospital information module cooperates with the various diagnosis and treatment item information in the hospitals at all levels to establish at least one feasibility checklist; and (B4') Choose to confirm the feasibility of the visit table to define the periodical allocation of diagnosis and treatment information. The hierarchical diagnosis and treatment method according to claim 38, wherein step (C) further comprises the following steps: (C1) The user terminal allocates the diagnosis and treatment information to the corresponding higher-level hospital or lower-level hospital for medical treatment according to the hospital graded medical visit information or the cycle; (C2) Higher-level hospitals or lower-level hospitals respectively perform diagnosis and treatment according to the hospital's hierarchical visit information or the periodic diagnosis and treatment items of the periodic allocation of diagnosis and treatment information; and (C3) Change the patient to the hospital according to the referral information. A method for recommending a diagnosis and treatment plan, which is characterized in that it includes the following steps: (a) Receive a patient's information; (b) Grab information about hospitals at all levels; (c) Establish at least one recommended cycle diagnosis and treatment form or/and at least one feasibility visit form; (d) Choose to confirm the recommended cycle diagnosis and treatment form or at least one feasible consultation form; and (e) Establishing a hospital's hierarchical treatment information or a cycle of distributing diagnosis and treatment information. A business method for integrating hospital resources, which is characterized by including the following steps: (a’) Display information about hospitals at all levels; (b’) Establish at least one recommended cycle diagnosis and treatment form or/and at least one feasibility visit form; (c') Choose to confirm the recommended cycle diagnosis and treatment table or at least one feasible diagnosis and treatment table, and generate a hospital graded diagnosis and treatment information L1 or a period distribution diagnosis and treatment information; (d') Hospitals at all levels receive the information about the hospital's graded visits or the information about the periodic allocation of diagnosis and treatment, and the corresponding hospitals receive and perform periodic diagnosis and treatment; and (e’) After completing the corresponding period of diagnosis and treatment, refer to the corresponding hospital for the next period of diagnosis and treatment until the end of the treatment period.

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