TWI875384B - Structured Medical Form Design System - Google Patents

Abstract

The invention is a structured medical form design system, which includes a form status management module, a design element management module and a structured linkage module for editing and generating a plurality of structured medical forms. The design element management module is provided with a plurality of material components, which include a plurality of system linkage materials and pictures for form editing by dragging and dropping. The system linkage material is provided with an interface code for connecting to a health system server and can use the corresponding health data. The material component in the picture has an area labeling attribute for labeling multiple requirement areas and entering a corresponding area field value, and the requirement areas allow a link relationship to be set with another material component. When filling out the structured medical form and clicking each requirement area, the corresponding area field value is displayed at the corresponding position in another material component and allows editing, and each requirement area allows clicking to add at least one annotation, and the report displays at least one of the area field value and the annotation.

Description

Structured Medical Form Design System

The present invention relates to a medical form creation system, and in particular to a structured medical form design system.

Generally, medical personnel such as doctors, nurses or counselors will ask patients some questions through questionnaires or verbally before conducting condition assessment or medical treatment. During the assessment or treatment process, they will also use paper and pen or computer systems to record or supplement information to understand the patient's family, daily routine, diet, sleep, menstruation or physical discomfort, etc., to assist in clarifying the condition and providing treatment plans. Similarly, when medical personnel examine the patient's injuries and assess the condition, they will generally use paper and pen or computer systems to record information and generate corresponding reports. However, paper questionnaires and paper medical records are understandably difficult to update in terms of content and format, and subsequent content information requires manual integration and analysis, which is time-consuming and requires a high level of professional difficulty. Although electronic questionnaires and electronic medical records assist medical personnel in information integration and analysis, and even generate corresponding reports, the current medical record system is limited in functionality and standardized, so electronic questionnaires, medical records, and reports often have content formats that do not meet actual medical needs. Therefore, the establishment of medical questionnaires, assessment forms and test reports still relies on doctors or nurses and other medical practitioners with relevant expertise to draw them manually, or use Word, Excel or other professional software to process and produce them. This will undoubtedly consume a lot of time and energy of medical practitioners and is not cost-effective.

In view of this, how to provide a form building system with modular functional elements, so as to realize the technical means of logical attribute setting function by setting a data code in the modular functional elements, so that non-medical practitioners can easily build various forms on the basis of preparing data, thereby reducing the workload of medical practitioners and improving their labor efficiency and improving the above-mentioned knowledge and technology deficiencies, is the subject that the present invention intends to explore.

The main purpose of the present invention is to provide a medical form design system with structured form elements, which provides form elements with logical attribute setting formats and clear arrangement order functions for organization and editing to produce structured form data with high creation efficiency, high comprehension and high manageability.

To achieve the above-mentioned purpose, the present invention discloses a structured medical form design system, which is used for editing and generating a plurality of structured medical forms and includes a form state management module, a design element management module and a structured linkage module, wherein the form state management module is connected to the design element management module and the structured linkage module by telecommunication, the design element management module is connected to the structured linkage module by telecommunication, and the structured linkage module is connected to at least an external health system server by telecommunication, wherein the health system server stores a plurality of health data each having an access code, and the system is characterized in that: the form state management module is provided with a code management unit, The design element management module is provided with a plurality of material elements and a single design element, and the material elements include a plurality of system linkage materials and pictures, each of the system linkage materials is respectively provided with the interface code for connecting to the health system server, so as to intercept and present the corresponding health data through the interface code; when the form status management module receives a form creation instruction, the code management unit generates a form unique code and drives the design element management module, so that the single design element displays an editing form, so as to drag at least one of the material elements to the editing form for placement and editing; wherein, the material element for the picture is provided with a Area marking attributes for marking in pictures Multiple requirement areas and inputting an area field value corresponding to each requirement area, and the requirement areas are allowed to set a link relationship with another material component; when the form state management module receives a save command and verifies that the form name of the edit form is not a default name, the design component management module packages the edit form to form a form data package, and the form state management module uses the form unique code to convert the form data package to generate the structured medical form with a unique linkage code and transmit it to the structured linkage module, so that the structured linkage module can read the corresponding The structured medical form is used to conduct a questionnaire survey; the structured linkage module reads the structured medical form fed back to obtain multiple response information, so as to aggregate, calculate and analyze the information to generate a questionnaire report, and then feed it back to the health system server; wherein, when a material element in the structured medical form is provided with the area marking attribute and is linked to another material element, when filling out the form and clicking each required area, the corresponding area field value is displayed at the corresponding position in the other material element and editing is allowed, and each required area is provided for clicking to add at least one annotation, so that the questionnaire report displays at least one of the area field value and the annotation.

Among them, when the form status management module receives the form creation instruction and drives the design component management module, the design component management module displays a property menu for editing the form properties of the editing form and the component properties of each of the material components to design the required structured medical form, and the form properties include a device type and a form score setting procedure, and the component properties include a data code and a link relationship with other material components; when the material component is dragged and placed in the editing form, the design component management module generates the corresponding data code and displays it in the property menu for editing, accordingly, the component result value is read through the data code to realize the component call and link. These material elements include a plurality of basic editing materials, which are at least single dynamic text boxes, various options, lines, time, pictures, videos, rulers, signatures and hand-drawn canvas materials for editing form content and format.

Furthermore, the form status management module is provided with a type setting component for setting a form type of the edit form, so that the design component management module displays the corresponding material components according to the form type; the structured linkage module aggregates the structured medical forms according to the form type and displays the same type of forms in groups. When the edit form executes the form score setting procedure through the property menu, the property menu displays the data code of each material component placed in the form to set at least one of a score and a score percentage for each corresponding material component; when the structured linkage module receives the structured medical form feedback, it calculates the corresponding response information according to the score to obtain a response score, and further calculates the corresponding response scores according to the score percentage to obtain a total report score. When the structured linkage module aggregates the structured medical form feedback and obtains the signature, it checks the signature content to confirm that the signature meets the certification process requirements.

The edit form displays a first print prompt line and a second print prompt line to frame a design range that matches the paper size and facilitate the arrangement of components. When the placed material component completely falls within the range of the first print prompt line, the form status management module converts it at the original ratio to generate the structured medical form; when the placed material component falls within the range between the first print prompt line and the second print prompt line, the form status management module converts it at a reduced ratio to generate the structured medical form. The form status management module is provided with a sub-form conversion component, which is used to convert the form data package formed by the design component management module into a sub-form component when driven, and feed it back to the design component management module to form a system linkage material, so as to allow the edit form to access or set a link to the material component to directly apply the component result value of the sub-form component. The health system server aggregates the questionnaire reports and links the corresponding health data to analyze and form a case management report, which helps to grasp the medical policy, medical tracking needs and disease development trend through structured data integration. The edit form uses the property menu to set a report validity period so that the health system server can filter the questionnaire reports within the validity period to ensure the reliability of the information in the case management report.

In summary, the present invention is based on the consideration of the practical needs of medical forms such as outpatient questionnaires, preoperative investigations, injury assessments and post-conference evaluations, and provides each material element with a structured attribute function so that the image has the functions of marking each required area, inputting each area field value and adding each annotation, and through the attribute function table, the image is linked to another material element, such as a table, which allows the table to use the data code of the image to read the result value of each required area - each area field value, thereby helping to quickly list the test data and achieve the effect of improving the efficiency of filling out the form. Furthermore, by setting the data codes, the attribute menu is allowed to structure and aggregate all the material elements in the form, which facilitates the setting of the score and the score percentage, so that the structured linkage module can quickly calculate the score of each response and the total score of the report when the structured medical form is fed back, and generate an evaluation report, thereby improving the efficiency of medical services.

Furthermore, by setting the data codes, other forms or system function capture component results can be provided to add value to the subsequent application of the overall medical database. Furthermore, by setting the system linkage materials with the interface code, it is allowed to integrate and use the health data to add value to the application of the data in the overall medical database. The sub-form conversion component of the present invention allows the pre-creation of sub-form components such as basic data tables and problem feedback tables, and through the transposition of the design component management module, the sub-form components are formed into the system linkage materials, which can be directly dragged to the editing form for use, thereby effectively reducing the design time of new forms.

1: Structured medical form design system

10: Form status management module

100: Code management unit

1000:Unit toolbar

1001: Form name field

1002: Code display column

1003: Form unique code

101: Type setting component

102: Subform conversion component

103:Structured medical form

1030: unique linkage code

1031: Reply information

11: Design component management module

110: Material components

1100: Basic editing materials

1101: System linkage material

111: Single design element

1110: Edit form

1111: Property menu

112: Form data package

12:Structured linkage module

120: Questionnaire report

2: Health system server

20: Health information

200: Access code

21:Case Management Report

6A: Regional marking attributes

6B: Demand Area

6C: Area field value

6D: Notes

7A: Form score setting procedure

7B: First print prompt line

7C: Second print prompt line

S10~S12: Steps

S20~S26: Steps

Figure 1 is a structural diagram of a preferred embodiment of the present invention.

Figure 2 is a flow chart of a preferred embodiment of the present invention.

Figure 3 is a schematic diagram of the structure of the second preferred embodiment of the present invention.

Figures 4A and 4B are schematic diagrams of the use process of the second preferred embodiment of the present invention.

Figure 5 is a schematic diagram of the form creation of the second preferred embodiment of the present invention.

Figure 6 is a schematic diagram of the burn grading report of the second preferred embodiment of the present invention.

Figure 7 is a diagram showing the student scoring of the second preferred embodiment of the present invention.

In order to enable people with general knowledge in this field to clearly understand the content of this new model, please refer to the following description with diagrams.

Please refer to Figures 1 and 2, which are respectively the architecture diagram and the flow chart of a preferred embodiment of the present invention. As shown in the figure, the structured medical form design system 1 is used to edit and generate a plurality of structured medical forms 103 and includes a form state management module 10, a design component management module 11 and a structured linkage module 12, and the form state management module 10 is connected to the design component management module 11 and the structured linkage module 12 by telecommunication, the design component management module 11 is connected to the structured linkage module 12 by telecommunication, and the structured linkage module 12 is connected to at least an external health system server 2 by telecommunication, and the health system server 2 stores a plurality of health data 20 each having an interface code 200. The form status management module 10 is provided with a code management unit 100, and the design element management module 11 is provided with a plurality of material elements 110 and a single design element 111, and the material elements 110 include a plurality of system linkage materials 1101 and pictures, and each of the system linkage materials 1101 is provided with the interface code 200 for connecting to the health system server 2, so as to intercept and present the corresponding health data 20 through the interface code 200. The use process of the structured medical form design system 1 may include the following steps.

In step S10, when the form status management module 10 receives a form creation instruction, the code management unit 100 generates a form unique code 1003 and drives the design component management module 11, so that the single design component 111 displays an editing form 1110 for dragging at least one of the material components 110 to be placed and edited in the editing form 1110; wherein, the material component 110 of the picture is provided with an area marking attribute for marking a plurality of required areas in the picture and inputting an area field value corresponding to each of the required areas, and the required areas are allowed to be linked to another material component 110. In step S11, when the form state management module 10 receives a save instruction and verifies that the form name of the edit form 1110 is not the default name, the design component management module 11 packages the edit form 1110 to form a form data package 112, and the form state management module 10 uses the form unique code 1003 to convert the form data package 112 to generate the structured medical form 103 with a unique linkage code 1030 and transmits it to the structured linkage module 12, so that the structured medical form 103 corresponding to the unique linkage code 1030 can be read from the structured linkage module 12 to conduct a questionnaire survey. In step S12, the structured linkage module 12 reads the structured medical form 103 fed back to obtain a plurality of response information 1031, thereby aggregating, calculating and analyzing the response information to generate a questionnaire report 120, and feeding the response information back to the health system server 2; wherein, when one of the material components 110 in the structured medical form 103 is provided with the region label attribute and linked to another material component 110, when filling out the form and clicking each required region, the corresponding region field value is displayed at the corresponding position in the other material component 110 and editing is allowed, and each required region is provided for clicking to add at least one annotation, so that the questionnaire report 120 displays at least one of the region field value and the annotation.

Please refer to Figures 3, 4A, and 4B, which are schematic diagrams of the structure and the use process of two preferred embodiments of the present invention, respectively. As shown in the figure, the structured medical form design system 1 includes a form status management module 10, a design component management module 11 and a structured linkage module 12, which are used for editing and generating a plurality of structured medical forms to assist medical personnel in easily conducting relevant investigations, and the form status management module 10 is telecommunication-connected to the design component management module 11 and the structured linkage module 12, the design component management module 11 is telecommunication-connected to the structured linkage module 12, and the structured linkage module 12 is at least telecommunication-connected to an external health system server 2 to integrate the overall medical database, and the health system server 2 stores a plurality of health data 20 each having an interface code 200. The form status management module 10 is provided with a code management unit 100, a type setting component 101 and a sub-form conversion component 102, and the code management unit 100 may at least include a unit toolbar 1000, a form name bar 1001 and a code display bar 1002, the type setting component 101 is used to set a form type of the structured medical form 103, and the sub-form conversion component 102 is used to generate a sub-form component. The design element management module 11 is provided with a plurality of material elements 110 and a single design element 111, and the material elements 110 include a plurality of basic editing materials 1100, such as at least single dynamic text boxes, various options, lines, time, pictures, videos, rulers, signatures and hand-painted canvas pictures, etc., for arranging the content and format of the form; and a plurality of system linkage materials 1101, each of which is provided with an interface code 200 for connecting to the health system server 2, so as to intercept and present the corresponding health data 20 through the interface code 200 to reduce the rework of establishing duplicate information, and at the same time, the health system server 2 can also connect all data with the same health data 20 in the background analysis action. Furthermore, the use process of using the structured medical form design system 1 to design a form may include the following steps.

In step S20, when the form status management module 10 receives a form creation instruction, the code management unit 100 generates a form unique code 1003 and drives the design component management module 11, so that the single design component 111 displays an editing form 1110, and the editing form 1110 can use the type setting file 101 to set a form type; at the same time, the design component management module 11 displays a property menu 1111 for editing the form properties of the editing form 1110 and the component properties of each of the material components 110, and the form properties can include a device type, a form score setting procedure, editing permissions, background and a report validity period, etc., and the component properties can include a data code, size, position and a link relationship with other material components 110, etc. In step S21, the design component management module 11 determines whether the type setting component 101 is triggered to set the form type of the edit form 1110. If so, in step S210, the corresponding material components 110 are displayed according to the form type. Otherwise, in step S211, the default material components 110 are displayed. Step S22, drag at least one of the material components 110 to the editing form 1110 and place it. At this time, the design component management module 11 generates a corresponding data code and displays it in the property menu 1111 for editing, so that the component result value can be read through the data code to realize component calling and linking, so as to use the property menu 1111 to edit the component properties and form properties to design the required structured medical form 103. Among them, the material component 110 of the picture is provided with an area marking property, so as to mark multiple required areas in the picture and input a region field value corresponding to each of the required areas, and the required areas are allowed to set a link relationship with another material component 110. When driven, the sub-form conversion component 102 converts the form data package 112 packaged by the design component management module 11 to generate a sub-form component, and feeds it back to the design component management module 11 to form a system linkage material 1101, so as to allow the edit form 1110 to access or a material component 110 to set a link and directly apply the component result value of the sub-form component.

In this embodiment, taking the creation of the occupational therapy progress report shown in FIG. 5 as an example, when medical personnel such as doctors, nurses, occupational therapists or related practitioners in the medical industry open the system screen, they can see a form status bar displayed on the top of the screen to display the unit toolbar 1000, the form name bar 1001, the code display bar 1002 and the type setting element 101, etc., and a material bar is displayed on the left side of the screen, a form design area is displayed in the center, and a property bar is displayed on the right side to display the material elements 110, the edit form 110 and the property menu 1111, respectively. When the form creation command is generated by clicking Create a New Form in the unit toolbar 1000, the code management unit 100 displays a default name in the form name column 1001, generates the form unique code 1003 and displays it in the code display column 1002, drives the single design component 111 to display the edit form 1110 and displays the property menu 1111. The property menu 1111 is used to set the form applicable device type, such as a computer, a mobile device, or a desktop-mobile hybrid device, and the form type is set through the type setting component 101 to obtain the corresponding material components 110 in the material column. Drag the system linkage materials 1101, such as medical record number, name, birthday, age and attending physician linkage component frames to assemble the basic data question section in the form, so that when filling out the form online, the corresponding health data 20 can be directly brought in through the interface code 200 to increase the speed of filling out the form. Then, drag the basic editing materials 1100 such as static text and drop-down options to arrange the form content, and use the property menu 1111 to set the properties of each material component 110, and then make a demand form. By the way, each material component 110 has a moving gray block displayed at the upper left of the component, so that the user can easily move the component by clicking the moving gray block with the mouse, and the placement of each component can be clearly understood, which can improve the ease and comfort of editing. Moreover, when assembling the problem segment of the basic data in the form, in addition to directly dragging the linkage component frame to the editing form 1110 to create it, the sub-form component of the basic data can be generated in advance through the sub-form conversion component 102 and fed back to the design component management module 11 to form a system linkage material 1101 for direct dragging to the editing form 1110 for use.

Next, in step S23, when the form state management module 10 receives a save command, it checks whether the form name of the edit form 1110 is the default name. If so, in step S230, a prompt signal is output to inform the setting of the form name. On the contrary, in step S231, if the form name is not the default name after checking, the design component management module 11 packages the edit form 1110 including the form property setting and the component property setting into a form data package 112. In step S24, the form status management module 10 uses the form unique code 1003 to convert the form data package 112 to generate the structured medical form 103103 with a unique linkage code 1030 and transmits it to the structured linkage module 12. The unique linkage code 1030 can be presented in the form of a barcode, QR Code, SMS, or interface code, so that the corresponding structured medical form 103 can be read from the structured linkage module 12 through the unique linkage code 1030 to conduct a questionnaire survey.

When the structured linkage module 12 receives the structured medical form 103 of the feedback, in step S25, a plurality of response information 1031 is read from the structured medical form 103 of the feedback, so as to aggregate, calculate and analyze the response information to generate a questionnaire report 120, and then the report is fed back to the health data of the health system server in linkage. When one of the material components 110 in the structured medical form 103 is provided with the region label attribute and is linked to another material component 110, by filling in and clicking each of the required regions, the corresponding region field value is displayed at the corresponding position in the other material component 110 and editing is allowed, and each of the required regions is clicked to add at least one annotation, so that the questionnaire report 120 displays at least one of the region field value and the annotation. Furthermore, when the editing form 1110 executes the form score setting procedure through the property menu 1111, the property menu 1111 displays the data code of each material element 110 placed in the display form for setting at least one of a scoring score and a scoring percentage for each corresponding material element 110. Accordingly, when the structured linkage module 12 receives the structured medical form 103 for feedback, it calculates the corresponding reply information 1031 according to the scoring score to obtain a reply score, and further calculates the corresponding reply scores according to the scoring percentage to obtain a total report score. When the structured linkage module 12 aggregates the structured medical form 103 fed back and obtains the signature, it checks the signature content to confirm that the signature meets the certification level requirements and ensures the validity of the questionnaire report 120.

In this embodiment, taking the burn grading report shown in FIG. 6 as an example, in order to clearly express the description of the burn location, burn area and burn condition, a picture can be added as an indicator target when designing the form, so as to use the area marking attribute 6A of the picture material component 110 to mark the required areas 6B, such as the head, upper chest and arm areas, and at the same time, input the corresponding area field value 6C of each required area 6B, such as Face 4.5, Ant Chest 5 and Ant LUE 4.5. In addition, after setting a table next to the picture for displaying the burn inspection data, the link relationship between the picture and the table is set to link the required areas 6B with the table material component 110. Thus, when filling in the questionnaire report 120, by clicking on each of the required areas 6B, the corresponding area field value 6C can be directly displayed in the corresponding storage cell in the table, and the area field value 6C displayed in the storage cell can be edited, so as to reduce the amount of filling and the time of filling in while ensuring the authenticity of the description; at the same time, when filling in the questionnaire report 120, by clicking on each of the required areas Field 6B can also directly add the corresponding annotation 6D in the picture, so that it is easy to add diagnostic data at will to enhance the information richness and breadth of the report content, so as to facilitate medical personnel to grasp more comprehensive information through the presentation of the edited field value 6C and the annotation 6D in the questionnaire report 120, so as to control the accuracy of the diagnostic policy.

Furthermore, taking the student rating form shown in FIG. 7 as an example, a form is designed to set up an item table and an evaluation ruler, and then a plurality of multiple-choice options are used to create each rating item and evaluation content, and a ruler is used to create an analog rating ruler. Then, the property menu 1111 can be used to execute a form score setting program 7A to aggregate the data codes of each material component 110 set in the form and display a component table, so that each of the multiple-choice options and the ruler can be respectively set to a scoring score, and a scoring percentage can be respectively set for the item table and the evaluation ruler. Accordingly, the structured medical form 103 has a score setting. After filling out the form, the structured linkage module 12 calculates the corresponding response information 1031 according to the scoring score to obtain a response score, and further calculates the corresponding response scores according to the scoring percentage to obtain a total report score. In this way, the service efficiency of producing and providing the questionnaire report 120 is achieved almost as soon as the form is completed. It is worth noting that the edit form 1110 can display a first print prompt line 7B and a second print prompt line 7C to frame a design range that matches the paper size and facilitate the arrangement of the placed components. When the placed material component 110 completely falls within the range of the first print prompt line 7B, the form state management module 10 converts it in the original proportion to generate the structured medical form 103; when the placed material component 110 falls within the range between the first print prompt line 7B and the second print prompt line 7C, the form state management module 10 converts it in a reduced proportion to generate the structured medical form 103.

Furthermore, in step S26, the health system server 2 aggregates the questionnaire reports 120 and links the corresponding health data 20 to analyze and form a case management report 21, which helps medical personnel quickly grasp medical policies, medical tracking needs and disease development trends through structured data integration, thereby helping to improve the health maintenance level of all human beings. In addition, the editing form 1110 can use the attribute menu 1111 to set a report validity period to form the questionnaire report 120 with a report period, so that the health system server 2 can screen and adopt the questionnaire reports 120 within the validity period when aggregating the questionnaire reports 120, so as to ensure the reliability of the information in the case management report 21.

The modules described in the present invention are implemented by hardware or software assisted by hardware. For example, the definitions of the form status management module 10, the design element management module 11, and the structured linkage module 12 essentially refer to the technical features of the integration of various hardware devices such as CPU, microprocessor, memory or signal transmitter, and are implemented by software programs. Furthermore, the form state management module 10 is a structured module that provides management functions related to form state, such as generating a new form, displaying the form unique code 1003 and the form name, and converting the design to store the structured medical form 103; the design component management module 11 is a structured module that provides functions related to component design and component management, such as providing the material components 110 for design editing, the form design editing area - the editing form 1110, and setting the properties of the editing form 1110 and each of the material components 110. The structured linkage module 12 is a structured module that interfaces with the overall medical database, so as to allow the design component management module 11 to use the interface code 200 to link the interface transmission channel corresponding to the health data 20, receive the external linkage request to read the structured medical form 103 using the unique linkage code 1030, analyze the feedback structured medical form 103 and generate the questionnaire report 120 for output and linkage with the health data 20, and allow the overall medical database to use the data code to link each material component 110.

The above is only a preferred embodiment of the present invention and is not intended to limit the scope of implementation of the present invention; therefore, all equivalent changes and modifications made without departing from the spirit and scope of the present invention should be included in the patent scope of the present invention.

1: Structured medical form design system

10: Form status management module

100: Code management unit

1003: Form unique code

103:Structured medical form

1030: unique linkage code

1031: Reply information

11: Design component management module

110: Material components

1101: System linkage material

111: Single design element

1110: Edit form

112: Form data package

12:Structured linkage module

120: Questionnaire report

2: Health system server

20: Health information

Claims (10)

A structured medical form design system is provided for editing and generating a plurality of structured medical forms and comprises a form state management module, a design element management module and a structured linkage module, wherein the form state management module is connected to the design element management module and the structured linkage module by telecommunication, the design element management module is connected to the structured linkage module by telecommunication, and the structured linkage module is connected to at least an external health system server by telecommunication, wherein the health system server stores a plurality of health data each having an access code. The system is characterized in that: the form state management module is provided with a code management unit, the design element management module is provided with a There are a plurality of material components and a single design component, and the material components include a plurality of system linkage materials and pictures, each of the system linkage materials is respectively provided with the interface code for connecting to the health system server, so as to intercept and present the corresponding health data through the interface code; when the form state management module receives a form creation instruction, the code management unit generates a form unique code and drives the design component management module, so that the single design component displays an editing form, so as to drag at least one of the material components to the editing form for placement and editing; wherein, the material component for the picture is provided with an area marking attribute, In order to mark a plurality of requirement areas in the picture and input a region field value corresponding to each of the requirement areas, and the requirement areas are allowed to set a link relationship with another material component; when the form state management module receives a save instruction and verifies that the form name of the edit form is not a default name, the design component management module packages the edit form to form a form data package, and the form state management module uses the form unique code to convert the form data package to generate the structured medical form with a unique linkage code and transmit it to the structured linkage module, so that the corresponding structure can be read from the structured linkage module through the unique linkage code. The structured medical form is used to conduct a questionnaire survey; The structured linkage module reads the structured medical form fed back by the structured medical form to obtain multiple response information, so as to aggregate, calculate and analyze the information to generate a questionnaire report, and then feed it back to the health system server; wherein, when a material component in the structured medical form is provided with the area marking attribute and is linked to another material component, when filling out the form and clicking each required area, the corresponding area field value is displayed at the corresponding position in the other material component and editing is allowed, and each required area is provided for clicking to add at least one annotation, so that the questionnaire report displays at least one of the area field value and the annotation. The structured medical form design system as described in claim 1, wherein when the form state management module receives the form creation instruction and drives the design component management module, the design component management module displays a property menu for editing the form properties of the edit form and the component properties of each material component to design the required structured medical form, and the form properties include a device type and a form score setting procedure, and the component properties include a data code and a link relationship with other material components; when the material component is dragged and placed in the edit form, the design component management module generates the corresponding data code and displays it in the property menu for editing, thereby realizing component calling and linking by reading the component result value through the data code. The structured medical form design system as described in claim 2, wherein the material elements include a plurality of basic editing materials, which are at least single dynamic text boxes, various options, lines, time, pictures, videos, rulers, signatures and hand-drawn canvas materials for editing form content and format. The structured medical form design system as described in claim 3, wherein the form state management module is provided with a type setting component for setting a form type of the edit form, so that the design component management module displays the corresponding material components according to the form type; the structured linkage module aggregates the structured medical forms according to the form type and displays the same type of forms in groups. The structured medical form design system as described in claim 3, wherein when the edit form executes the form score setting procedure through the property menu, the property menu displays the data code of each material element placed in the form, so as to set at least one of a score and a score percentage for each corresponding material element; when the structured linkage module receives the structured medical form of feedback, it calculates the corresponding response information according to the score to obtain a response score, and further calculates the corresponding response scores according to the score percentage to obtain a total report score. The structured medical form design system as described in claim 3, wherein when the structured linkage module aggregates the structured medical form fed back and obtains the signature, the signature content is checked to confirm that the signature meets the certification process requirements. The structured medical form design system as described in claim 1, wherein the edit form displays a first printing prompt line and a second printing prompt line to frame a design range that matches the paper size and facilitate the arrangement of the placement components, and when the placed material component completely falls within the range of the first printing prompt line, the form state management module converts the structured medical form in the original ratio; when the placed material component falls within the range between the first printing prompt line and the second printing prompt line, the form state management module converts the structured medical form in a reduced ratio. The structured medical form design system as described in claim 1, wherein the form state management module is provided with a sub-form conversion component, which is used to convert the form data package formed by the design component management module into a sub-form component when driven, and feed it back to the design component management module to form a system linkage material, so as to allow the edit form to access or set a link with the material component and directly apply the component result value of the sub-form component. The structured medical form design system as described in claim 2, wherein the health system server aggregates the questionnaire reports and links the corresponding health data to analyze and form a case management report to assist in grasping medical policies, medical tracking needs and disease progression trends through structured data integration. The structured medical form design system as described in claim 9, wherein the edit form uses the attribute menu to set a report validity period so that the health system server can filter the questionnaire reports within the validity period to ensure the information reliability of the case management report.