WO2019090991A1 - Self-service health monitoring all-in-one machine provided with fundus camera - Google Patents

Abstract

A self-service health monitoring all-in-one machine provided with a fundus camera (04) comprises a first functional machine (01), a second functional machine (02), and a third functional machine (03). The first functional machine (01) is connected to the second functional machine (02), and the third functional machine (03) is connected to the second functional machine (02). The first functional machine (01) comprises a machine desk front cover (7), a machine desk rear cover (16), a machine desk support (8), a display front cover (14), a display rear cover (15), a display fixing plate (25), a display (1), a sphygmomanometer (9), a glucometer (12), an oximeter (13), an electrocardiograph (27), a master controller (32), and a fundus camera (04). The second functional machine (02) comprises a base (42), an iron plate (43), a cover plate (44), a pedal (45), a machine base front cover (46), a fixing portion (47), a fat measurement handle (48), a machine base rear cover (49), a machine base support (50), a weight measurement sensor (51), and a microprocessor (52). The third functional machine (03) comprises a machine body rear cover (62), a machine body front cover (63), a display (64), a display fixing frame (65), a machine body support (66), an ultrasonic probe box (68), and an ultrasonic probe (71). The self-service health monitoring all-in-one machine can very conveniently obtain fundus images of users, and has the advantages of integrating multiple functions in one machine and having a high automation degree.

Description

Self-service health monitoring machine with fundus camera Technical field

The utility model relates to the field of medical instruments, in particular to a self-service health monitoring integrated machine with a fundus camera.

Background technique

With the improvement of living standards, people are paying more and more attention to their own health. Because many people are busy with work, it is difficult to conduct medical examinations at medical institutions on a regular basis. Therefore, products related to self-testing of health are favored by people. At present, chronic diseases such as diabetes, hypertension, and cardiovascular and cerebrovascular diseases are diseases that are extremely harmful to humans, and blood pressure, electrocardiogram, urine analysis, and blood analysis are the main means and basis for diagnosing and monitoring such diseases. However, because traditional ECG monitors, urine analyzers, and blood analyzers are expensive, they are mainly concentrated in large hospitals. In homes and community hospitals, it is impossible to comprehensively monitor people's health at any time to give people health management. It brings a lot of inconvenience.

In addition, the examination of retinal diseases of the eye is an important examination in the screening of diabetic retinopathy. The doctor can examine the lesions of the fundus to examine the lesions of the whole retina and the superficial choroidal capillaries to understand many physiological and pathological conditions, such as The development of diabetic fundus lesions, the severity of the lesions, and the understanding of diabetes diagnosis, treatment and prognosis and disease control are very helpful. However, the existing health inspection equipment has a single detection function, low integration, and low degree of automation. In recent years, with the rapid development of embedded medical chip technology, a multi-functional, integrated, fully automatic small-scale design has been designed. It is possible to make a health check-up machine.

technical problem

The purpose of the utility model is to provide a self-service health monitoring integrated machine with a fundus camera, which aims to solve the problem that the health detecting function of the existing health detecting device is single and cannot take the user's fundus photograph.

Technical solution

In order to achieve the above object, the utility model provides a self-service health monitoring integrated machine with a fundus camera, which comprises a first function machine, a second function machine and a third function machine, and the first function machine is connected to the second function machine. The third function machine is connected to the second function machine, and the first function machine comprises a machine table front case, a machine table back shell, a machine table bracket, a display front case, a display back case, a display fixing plate, a display, a blood pressure meter, a blood glucose meter, Oximeter, electrocardiograph, main controller and fundus camera, the second function machine includes base, iron plate, cover plate, pedal, base front case, fixing part, fat measuring handle, base back case, stand support , the load cell and the microprocessor, the third function machine comprises a rear casing of the fuselage, a front shell of the fuselage, a display screen, a display fixing frame, a fuselage bracket, an ultrasonic probe box and an ultrasonic probe, wherein:

The front and back of the machine table are connected to the machine table bracket by screws embedded in the front of the machine table and nuts embedded in the back of the machine table;

The display fixing plate is mounted on the machine table bracket, the display front case and the display rear case are fixed on the display fixing plate, and the display is installed in a cavity between the display front case and the display rear case and fixed on the display a display board electrically connected to the main controller;

The fundus camera is installed at a top central position of the display front case and is electrically connected to the main controller for taking a photo of the user's fundus and transmitting it to the microcontroller; the front side edge of the display fixing plate is provided with a camera button. The camera button is electrically connected to the fundus camera and the main controller;

a sphygmomanometer bottom plate is mounted on the working surface of the rear case of the machine table, and the sphygmomanometer is mounted on the bottom plate of the sphygmomanometer and electrically connected to the main controller for measuring the blood pressure value of the user and sending it to the main controller;

A blood oxygen supporting plate is further disposed on the working surface of the rear case of the machine table, and the blood oxygen supporting plate is provided with two concave cavities for respectively placing a blood glucose meter and an oximeter, the blood glucose meter and blood oxygen The meter is electrically connected to the main controller, wherein the blood glucose meter is used to measure the blood sugar level of the user and is sent to the main controller, and the oximeter is used to measure the blood oxygen value of the user and send it to the main controller;

The electrocardiograph is installed in a cavity formed by the back cover of the machine table and the front case of the machine table and is electrically connected to the main controller for measuring the ECG signal of the user and transmitting to the main controller;

The main controller is installed in a cavity formed by the back cover of the machine table and the front case of the machine table for displaying the user's electrocardiogram, blood pressure value, blood sugar level, blood oxygen value and fundus photograph on the display.

Further, the front shell of the base and the rear shell of the base are sleeved on the base bracket, and the microprocessor is disposed in a cavity enclosed by the front shell of the base and the rear shell of the base and installed in the machine The load cell is mounted between the base and the iron plate, the cover is disposed on the upper surface of the iron plate, the pedal is attached to the cover plate, and the weight sensor Connected to the microprocessor for measuring user's weight data and sent to the microprocessor; the fixing portion is mounted on the front housing of the base, the fixing portion is for placing a thermometer, and the thermometer is connected To the microprocessor, for measuring the user's body temperature data and transmitting to the microprocessor; the fat measuring handle is mounted at a central position of the front housing of the base and connected to the microprocessor through a wire, the measurement The fat handle includes a stainless steel coil and a barrier coil for measuring the user's fat content when the user holds the fat handle with both hands.

Further, the front shell of the base and the rear shell of the base are sleeved on the base bracket, and the microprocessor is disposed in a cavity enclosed by the front shell of the base and the rear shell of the base and installed in the machine a front bracket and a rear shell of the fuselage are sleeved on the fuselage bracket, the display fixing frame is fixed on the fuselage bracket and exposed to the front shell of the fuselage, and the display screen is embedded in the Displaying a fixed frame; the ultrasonic probe case is fixed on an upper portion of the front casing of the fuselage, the ultrasonic probe is mounted in the ultrasonic probe box, and the ultrasonic probe is electrically connected to the microprocessor, Detecting the user's height data by transmitting ultrasonic waves and transmitting the data to the microprocessor; the microprocessor is electrically connected to the display screen for displaying the user's body temperature data, fat content, height data, and body weight data in the On the display.

Further, the first function machine further includes a card reader, and the card reader is installed in a cavity formed by the back cover of the machine table and the front case of the machine table, and the work surface of the rear case of the machine table is further provided with a read. The card panel is electrically connected to the card reading panel for reading user identity information of the ID card placed on the card reading panel.

Further, the first function machine further includes a printer side panel, a printer front door, a printer bottom plate and a printer, the printer side plate is fixed at a middle position of the machine front case, and the printer side plate and the printer front door are disposed on the printer bottom plate. In the above, the printer is installed in a cavity surrounded by a printer side panel, a printer front door and a printer bottom plate, and the printer is electrically connected to the main controller for printing a user's health inspection report.

Further, an upper back of the back of the machine table is provided with an organic table back door, and a plurality of ventilation holes are opened on the back door of the machine table, and a heat dissipation fan is disposed on an inner wall of the back door of the machine table, and the heat dissipation fan is electrically connected to the internal power supply on.

Further, the inner wall of the back of the rear case of the table is provided with a speaker electrically connected to the main controller, and the outer wall of the rear of the rear case of the table is mounted with a tuning knob, and the tuning knob is electrically connected to the On the speaker, used to adjust the volume of the sound played by the speaker.

Further, a VGA card is disposed in the cavity formed by the machine table back shell and the machine front case, and the VGA card is electrically connected to the main controller, and the VGA card is connected to the display through a signal line.

Further, a power supply fixing seat is further disposed in the cavity formed by the back cover of the machine table and the front cover of the machine table, and the power supply fixing seat is mounted with an internal power source and a voltage-stabilizing fuse, and the voltage-stabilizing fuse is electrically connected to On the internal power supply.

Further, a lower portion of the rear surface of the rear case of the machine table is provided with a cable holder, and the cable holder is provided with a network cable interface, a power switch and a power socket.

Beneficial effect

Compared with the prior art, the self-service health monitoring integrated machine with the fundus camera of the present invention adopts the above technical solution, and achieves the following technical effects: capable of measuring the user's blood pressure value, blood sugar level, blood oxygen value, and electrocardiogram The physical information such as the situation has the advantages of multi-functional integration, high integration and high degree of automation. The detachable structure is easy to disassemble and transport, and is convenient for maintenance. In addition, the user can not only self-print the user's health check report, but also send the user's vital information to the health management platform through the external network, so that the doctor can manage the user's health.

DRAWINGS

1 is a schematic perspective view of a preferred embodiment of a self-service health monitoring integrated machine with a fundus camera according to the present invention;

2 is a front view of a preferred embodiment of a first functional machine of the self-service health monitoring integrated machine with a fundus camera of the present invention;

3 is a top plan view showing a preferred embodiment of a first functional machine of a self-service health monitoring integrated machine with a fundus camera according to the present invention;

4 is a side view showing a preferred embodiment of a first functional machine of a self-service health monitoring integrated machine with a fundus camera according to the present invention;

5 is a schematic rear view of a preferred embodiment of a first functional machine of a self-service health monitoring integrated machine with a fundus camera of the present invention;

6 is a schematic view showing the internal structure of a first functional machine of a self-service health monitoring integrated machine with a fundus camera according to the present invention;

7 is a front view showing a preferred embodiment of a second functional machine of the self-service health monitoring integrated machine with a fundus camera of the present invention;

8 is a schematic diagram showing the internal structure of a second functional machine of a self-service health monitoring integrated machine with a fundus camera according to the present invention;

9 is a schematic rear view showing a preferred embodiment of a second functional machine of the self-service health monitoring integrated machine with a fundus camera of the present invention;

10 is a front view of a preferred embodiment of a third functional machine of the self-service health monitoring integrated machine with a fundus camera of the present invention;

11 is a schematic view showing the back structure of a third functional machine of the self-service health monitoring integrated machine with a fundus camera according to the present invention.

The object, function, and advantages of the present invention will be further described with reference to the accompanying drawings.

BEST MODE FOR CARRYING OUT THE INVENTION

The specific embodiments, structures, features and functions of the present invention will be described in detail below with reference to the accompanying drawings and preferred embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to FIG. 1 , FIG. 1 is a schematic perspective view of a preferred embodiment of a self-service health monitoring integrated machine with a fundus camera according to the present invention. In this embodiment, the self-service health monitoring integrated machine with a fundus camera includes a first function machine 01, a second function machine 02, and a third function machine 03. The first function machine 01 is connected to the second function machine 02 by a first detachable mechanical structure (for example, the screw 38 shown in FIG. 2 and the screw hole 55 shown in FIG. 7), the third function machine 03 The second functional machine 02 is connected by a second detachable mechanical structure such as the screw pin 67 shown in FIG. 10 and the jack 56 shown in FIG. Since the first detachable mechanical structure and the second detachable mechanical structure are adopted, the first functional machine 01, the second functional machine 02, and the third functional machine 03 can be detached and separated for transportation and transportation.

2 to FIG. 6 , FIG. 2 is a front view of a preferred embodiment of a first functional machine of a self-service health monitoring integrated machine with a fundus camera according to the present invention; FIG. 3 is a view of the present invention with a fundus camera The top view of the preferred embodiment of the first functional machine of the self-service health monitoring integrated machine; FIG. 4 is a side view of the preferred embodiment of the first functional machine of the self-service health monitoring integrated machine with the fundus camera of the present invention; FIG. 5 is a schematic view showing the back structure of a first functional machine of a self-service health monitoring integrated machine with a fundus camera; FIG. 6 is a self-service health monitoring integrated machine with a fundus camera of the present invention; A schematic diagram of the internal structure of the preferred embodiment of the first functional machine.

In this embodiment, the first function machine 01 includes, but is not limited to, a display 1, a medical consumable box 2, a printer side panel 3, a printer front door 4, a printer bottom plate 5, a table caster 6, and a front table shell 7. , table bracket 8, sphygmomanometer 9, sphygmomanometer bottom plate 10, blood oxygen plate 11, blood glucose meter 12, oximeter 13, display front case 14, display rear case 15, machine table back shell 16, side door gap 17, Body side door 18, tuning knob 19, machine table back door 20, inlet line 21, network cable interface 22, power switch 23, power socket 24, display fixing plate 25, hinge 26, electrocardiograph 27, internal power supply 28, speaker 29. A VGA card 30, a cooling fan 31, a main controller 32, a USB interface 33, a card reader 34, a power supply holder 35, a printer 36, a surge tube 37, a screw 3, a card reading panel 39, and a fundus camera 04.

In the present embodiment, the fundus camera 04 is mounted at the top center position of the display front case 14 and is electrically connected to the main controller 32. In the embodiment, the fundus camera 04 is a fundus camera common to the medical community. A fundus photograph of the user (including a fundus color image with a clear retinal distribution) is taken and the fundus photograph is sent to the main controller 32. The front side edge of the display fixing plate 25 is provided with an imaging button 05 electrically connected to the fundus camera 04 and the main controller 32, and the imaging button 05 may be disposed on the front side edge of the display fixing plate 25. At any position, it is convenient for the user to manually operate the position of the camera button 05. When the user needs to take a fundus photo, when a single eye (left eye or right eye) faces the fundus camera 04 and presses the camera button 05, the fundus camera 04 takes a fundus photo of the user's single eye and transmits the fundus photo to the main controller. 32. The utility model adopts the fundus camera 04 to take a photo of the fundus of the user, and stores the fundus photo or sends it to the external terminal device through the network for the ophthalmologist to check the eye health condition of the user, or for other medical department doctors to diagnose the user by observing the fundus photo. Pathological conditions, such as internal medicine, surgery, cardio-cerebral vascular, neurology, cranial surgery, nephrology, hematology, endocrinology, diabetes, infectious diseases, obstetrics and gynecology, genetic diseases, and many other physiology and pathology The condition provides direct medical evidence for the physician's auxiliary diagnosis, differential diagnosis, and observation of treatment effects.

In the present embodiment, the display 1 is mounted in a cavity between the display front case 14 and the display rear case 15 and is fixed to the display fixing plate 25. The display fixing plate 25 is mounted on the table stand 8, and the display front case 14 and the display rear case 15 are fixed to the display fixing plate 25.

The display 1 is electrically connected to the main controller 32 for displaying the health check operation interface and the user's health check information, including the user's blood pressure value, blood sugar level, blood oxygen value, electrocardiogram, and fundus photograph. The machine front case 7 and the table back case 16 are coupled to the machine table bracket 8 by screws embedded in the front door shell 7 of the machine table and the built-in nut of the machine table back shell 16, and the machine table back shell 16 Forming the back side, the side surface and the work surface of the first function machine 01, the machine front case 7 constitutes the front side of the first function machine 01, so that the machine front case 7 and the table back case 16 can surround the machine table stand 8 Conjoined structure.

The medical consumable box 2 is disposed at a lower portion of the sphygmomanometer bottom plate 10, and medical consumables (such as medical cotton swabs, medical gauze, etc.) required by the user can be placed in the medical consumable box 2, and the used medical consumables are avoided. The table top of the machine table rear case 16 is provided with a sphygmomanometer base plate 10, which is mounted on the sphygmomanometer base plate 10 and electrically connected to the main controller 32, which is a prior art blood pressure measurement. The device is configured to measure a blood pressure value of the user, including diastolic blood pressure and systolic blood pressure, and send the blood pressure value of the user to the main controller 32.

The printer side panel 3 is fixed in the middle of the table front case 7, and the printer side panel 3 and the printer front door 4 are both disposed on the printer bottom plate 5, so that the printer side panel 3, the printer front door 4, and the printer bottom plate 5 A cavity for placing the printer 36 is enclosed. The printer 36 is mounted on the printer backplane 5 and electrically connected to the main controller 32 for the user to print a health check report. The table casters 6 are mounted on the bottom of the table stand 8 for supporting the first function machine 01. The number of the table casters 6 may be plural, for example two or four, and the table stand 8 may be a steel frame or other support frame made of hard material.

The blood oxygen supporting plate 11 is mounted on the working surface of the rear case 16 of the table, and the blood oxygen supporting plate 11 is provided with two concave cavities for respectively placing the blood glucose meter 12 and the oximeter 13. The blood glucose meter 12 and the oximeter 13 are electrically connected to a main controller 32, respectively. The blood glucose meter 12 is a prior art blood glucose measuring device for measuring a blood sugar level of a user and transmitting the blood sugar value of the user to the main The oximeter 13 is a prior art oximetry device for measuring a blood oxygen level of a user and transmitting the blood oxygen value of the user to the main controller 32.

The body side door 18 is disposed on a side surface of the machine table rear case 16, and a hinge 26 is mounted between the machine table bracket 8 and the inner side of the body side door 18, and the hinge 26 is used to implement the body side door 18 and the machine table back shell. A rotational connection between the 16 for rotation when the user opens the body side door 18. A side door notch 17 is disposed in the upper right corner of the side door 18 of the body. The user can insert a finger into the side door notch 17 to open the side door 18 of the body to take out the measuring electrode of the electrocardiograph 27 for ECG measurement. The electrocardiograph 27 is mounted in a cavity formed by the table back shell 16 and the table front case 7 and is electrically connected to the main controller 32 for measuring the user's ECG signal and generating the user's ECG signal map. Send to the main controller 32. The electrocardiograph 27 is a 12-lead ECG monitor. The twelve-lead ECG monitor includes an electrode interface, twelve cardiac electrodes, and lead wires. The twelve cardiac electrodes include three limb lead electrodes, three pressurized lead electrodes, and six chest lead electrodes for acquiring a user's ECG signal. Twelve cardiac electrodes are connected together by lead wires and connected to the electrode interface. Twelve cardiac electrodes can be closely attached to the user's desired detection site, including the chest, underarm, neck, abdomen and other body parts. In this embodiment, the twelve core electrodes and the lead wires of the electrocardiograph 27 are placed in the cavity formed by the machine table back shell 16 and the machine front case 7, and the user opens when in use. The body side door 18 takes out twelve heart electrodes from the cavity and closely follows the detection site required by the user for ECG detection.

An organic table back door 20 is disposed on an upper portion of the rear surface of the rear case 16 of the machine table, and a plurality of ventilation holes for dissipating heat are disposed on the back door 20 of the machine table, and the back door 20 of the machine table can be opened to facilitate maintenance of the first function machine 01. . A tuning knob 19 is mounted on the rear outer wall of the rear case 16 of the table, and the tuning knob 19 is electrically connected to the speaker 29 for the user to manually adjust the volume of the speaker 29. The speaker 29 is mounted on the inner wall of the back of the rear case 16 of the table and is electrically connected to the main controller 32 for playing the sound of the first function machine 01 to prompt the user's various health status information.

An inlet portion 21 is disposed at a lower portion of the rear surface of the rear case 16 of the table, and the cable holder 21 is provided with a network cable interface 22, a power switch 23, a power socket 24, and a USB interface 33. The network cable interface 22 is used for accessing The network cable connects the first function machine 01 to an external network, and the power switch 23 is used for controlling the opening or closing of the self-service health monitoring integrated machine with a fundus camera for plugging in an external power source. The working power supply is provided for the self-service health monitoring integrated machine with the fundus camera. The USB interface 33 is electrically connected to the main controller 32, and the user can insert an external memory (such as a USB flash drive) through the USB interface 33 to upload data to the self-service health monitoring integrated machine with a fundus camera, or The data of the self-service health monitoring integrated machine with the fundus camera is stored in a part memory (for example, a USB flash drive), thereby facilitating data transmission and storage.

The internal power source 28, the VGA card 30, the main controller 32, the card reader 34, and the power supply holder 35 are mounted in a cavity formed by the table top case 16 and the table front case 7. The internal power source 28, the VGA card 30, and the card reader 34 are all electrically coupled to the main controller 32. The internal power source 28 is mounted on a power supply mount 35, which is a regulated power supply for providing a stable operating power to the main controller 32. The VGA card 30 is also connected to the display 1 via signal lines for processing display signals and transmitting them to the display 1 for display. The card reader 34 is also electrically connected to the card reading panel 39 for reading information of the user ID card placed on the card reading panel 39 and transmitting the information of the user ID card to the main control. The device 32 performs identification of the user. The card reading panel 39 is a photoelectric sensing panel, and the information of the user ID card placed on the card reading panel 39 can be photoelectrically sensed.

The speaker 29 and the heat radiating fan 31 are mounted on the inner wall of the machine table rear door 20, and the speaker 29 is electrically connected to the main controller 32, and the heat radiating fan 31 is electrically connected to the internal power source 28. An internal power source 28 and a Zener fuse 39 are mounted on the power supply mount 35. The Zener fuse 39 is electrically connected to the internal power source 28 for current protection of the internal power source 28 when the external power source is connected. The function is to prevent the current from being too large and to burn the internal power source 28.

The main controller 32 is configured to display the blood pressure value measured by the sphygmomanometer 9, the blood glucose level measured by the blood glucose meter 12, the blood oxygen level measured by the oximeter 13, and the electrocardiogram (electrocardiogram) measured by the electrocardiograph 27 on the display. 1 on. When the user presses the print button, it is sent to the printer 36 for printing to form a user's health check report, and can also be sent to the health management platform through the external network connected by the network cable interface 22 for the doctor to manage the user's health condition.

Referring to FIG. 7 to FIG. 9 , FIG. 7 is a front view of a second functional machine of a self-service health monitoring integrated machine with a fundus camera according to a preferred embodiment of the present invention; FIG. 8 is a view of the present invention with a fundus camera. The internal structure of the preferred embodiment of the second functional machine of the self-service health monitoring integrated machine; FIG. 9 is the back structure of the second functional machine of the self-service health monitoring integrated machine with the fundus camera of the present invention. schematic diagram.

In this embodiment, the second function machine 02 includes, but is not limited to, the base caster 41, the base 42, the iron plate 43, the cover 44, the pedal 45, the front seat 46, the fixing portion 47, and the fat measuring body. The handle 48, the base rear case 49, the base bracket 50, the load cell 51, the microprocessor 52, the base rear door 53, the LED strip 54, the screw hole 55, and the jack 56.

The base casters 41 are mounted on the bottom of the base 42 for supporting the second function machine 02. The number of the base casters 41 may be plural, for example, two or four or the like. The base bracket 50 can be a steel frame or other support frame made of a hard material.

The front cover 46 of the base and the rear cover 49 of the base are coupled to the base bracket 50, and the rear door 53 of the base is opened on the back of the rear cover 49. The maintenance person manually opens the rear door 53 of the base. The microprocessor 52 can be serviced, and the microprocessor 52 is mounted on the base bracket 50 and is located within a cavity enclosed by the base front housing 46 and the base rear housing 49.

The weight measuring sensor 51 is mounted between the iron plate 43 and the base 42. The upper surface of the iron plate 43 is covered with a cover 44, and the pedal 45 is attached to the cover 44. The pedal 45 is provided with a user's feet. Standing position. The load cell 51 is coupled to the microprocessor 52 for measuring user weight data and transmitting the user's weight data to the microprocessor 52.

The fixing portion 47 is mounted on the front housing 46 of the base for placing a thermometer, which is an existing temperature measuring instrument and is connected to the microprocessor 52 by wires for measurement The user's temperature data is sent to the microprocessor 52. The fat measuring handle 48 is mounted in the middle of the front housing 46 of the base and connected to the microprocessor 52 via a wire. The fat handling handle 48 includes a stainless steel coil and a blocking coil for sensing when the human body holds the fat handle 48. The resistance value of the human body is sent to the microprocessor 52, and the microprocessor 52 calculates the fat content based on the body resistance value. The LED strip 54 is disposed on the peripheral edge of the cover 44 for use in illuminating decoration.

Two screw holes 55 are defined in the right portion of the base bracket 50 for inserting two screws 38 (shown in FIG. 2 ) on the table bracket 8 of the first function machine 01 and being screwed, thereby The first function machine 01 and the second function machine 02 are coupled together. The upper part of the base bracket 50 is provided with two insertion holes 56 for inserting and locking the two pins 67 of the third function machine 03 (as shown in FIG. 10), so that the second function machine 02 It is integrated with the third function machine 03.

10 to FIG. 11 , FIG. 10 is a front view of a preferred embodiment of a third functional machine of a self-service health monitoring integrated machine with a fundus camera according to the present invention; FIG. 11 is a view of the present invention with a fundus camera. A schematic diagram of the back structure of the preferred embodiment of the third functional machine of the self-service health monitoring integrated machine. In this embodiment, the third function machine 03 includes, but is not limited to, a fuselage upper cover 61, a fuselage rear case 62, a fuselage front case 63, a display screen 64, and a display fixing frame 65 and a body bracket 66. The latch 67, the ultrasonic probe case 68, the light transmission ring 69, the LED bulb 70, the ultrasonic probe 71, and the fuselage rear door 72.

The upper body cover 61 is disposed at the top end of the rear case 62 of the body by a hinge, and the maintenance person opens the upper cover 61 to perform maintenance on the ultrasonic probe 71. The fuselage front shell 63 and the fuselage rear shell 64 are sleeved on the fuselage bracket 66, and the fuselage front shell 63 and the fuselage rear shell 64 are integrally coupled by screws. The display fixing frame 65 is fixed on the body bracket 66 and exposed to the front casing 63. The display screen 64 is embedded in the display fixing frame 65. The display screen 64 is electrically connected to the second function machine 02. On the microprocessor 52, the microprocessor 52 of the second function machine 02 is connected to the main controller 32 of the first function machine 01 via built-in wires. The outer surface of the display screen 64 is provided with a transparent protective film (not shown in FIG. 10) for protecting the display screen 64 from damage. The display screen 64 is further configured to display advertisement information, and the advertisement information may be preset in a memory chip built in the microprocessor 52 of the second function machine 02, or may receive the external network through the network cable interface 22 of the first function machine. Advertising information.

The body bracket 66 supports and fixes the fuselage rear case 62, the fuselage front case 63, and the display fixing frame 65. The two latches 67 are welded to the body bracket 66. When the two latches 67 are inserted into the two jacks 56 of the base bracket 50 and are screwed, the third function machine 03 and the second function machine 02 are enabled. Connected into one. The ultrasonic probe case 8 is fixed to an upper portion of the front case 63 of the body for mounting the ultrasonic probe 71. The ultrasonic probe 71 is a prior art ultrasonic measuring instrument for measuring the height, and measures the height data of the human body by the propagation speed of the ultrasonic wave in the air and the difference between the emission and reflection time of the ultrasonic wave. The ultrasonic probe 71 is electrically connected to the microprocessor 52 of the second function machine 02 for detecting the height data of the user and transmitting the height data to the microprocessor 52. The microprocessor 52 is configured to display the user's height data, weight data, and fat content on the display screen 64.

The light transmission ring 69 is mounted on the top end of the front fuselage 63, and the LED light bulb 70 is mounted in the light transmission ring 69 for use in lighting decoration. The rear side of the fuselage rear case 62 is provided with a fuselage rear door 72 for facilitating maintenance of the internal circuit of the third function machine 03.

In the present embodiment, when the user presses the print button, the microprocessor 52 sets the user's body temperature data, body weight data, fat content and height data to the main controller 32, and the main controller 32 sets the user's blood pressure value, blood sugar level, Blood oxygen value, electrocardiogram, body temperature data, body weight data, fat content and height data are sent to the printer 36 for printing to form a user's health check report; when the user clicks the save button, the main controller 32 can also The health check information is sent to the health management platform through the external network connected to the network cable interface 22 of the first function machine, so that the doctor can manage the health status of the user.

The self-service health monitoring integrated machine with the fundus camera of the utility model can simultaneously measure not only the blood pressure value, the blood sugar level, the blood oxygen value, the electrocardiogram condition, the height data, the weight data and the body fat content of the user, but also It is also possible to obtain a photo of the user's fundus through a fundus camera for the physician to assist in diagnosing the physiological and pathological conditions of the user. The self-service health monitoring integrated machine has the advantages of multi-functional integration, high integration and high degree of automation. The detachable structure is convenient for disassembly and transportation, and is convenient for maintenance. In addition, the self-service health monitoring integrated machine with a fundus camera can not only enable the user to self-print to form a user's health check report, but also send the user's vital information to the health management platform through an external network for the doctor to the user. The health status is managed and applied to families, community medical units and hospitals, providing good help and support for medical treatments such as telemedicine and family health care.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the patents of the present invention. The equivalent structure or equivalent process transformation made by using the specification and the drawings of the present invention is equally included in the present invention. Within the scope of patent protection.

Industrial applicability

Compared with the prior art, the self-service health monitoring integrated machine with the fundus camera of the present invention adopts the above technical solution, and achieves the following technical effects: capable of measuring the user's blood pressure value, blood sugar level, blood oxygen value, and electrocardiogram The physical information such as the situation has the advantages of multi-functional integration, high integration and high degree of automation. The detachable structure is easy to disassemble and transport, and is convenient for maintenance. In addition, the user can not only self-print the user's health check report, but also send the user's vital information to the health management platform through the external network, so that the doctor can manage the user's health.

Claims (10)

The invention relates to a self-service health monitoring integrated machine with a fundus camera, wherein the self-service health monitoring integrated machine with a fundus camera comprises a first function machine, a second function machine and a third function machine, and the first function The machine is connected to the second function machine, and the third function machine is connected to the second function machine. The first function machine comprises a front table of the machine table, a rear case of the table, a table stand, a display front case, a display back case, a display fixing plate, Display, sphygmomanometer, blood glucose meter, oximeter, electrocardiograph, main controller and fundus camera, the second function machine includes a base, an iron plate, a cover plate, a pedal, a front shell of the base, a fixing portion, a fat measuring handle, The rear seat of the base, the base bracket, the load cell and the microprocessor, the third function machine comprises a rear shell of the fuselage, a front shell of the fuselage, a display screen, a display fixing frame, a fuselage bracket, an ultrasonic probe box and an ultrasonic wave a probe, wherein: the front and back of the machine table are connected by a screw embedded in the front of the machine table and a nut embedded in the back of the machine table, and are sleeved on the machine table bracket; the display fixing plate is installed on the machine On the table stand, said The front case and the display back case are fixed on the display fixing plate, the display is installed in a cavity between the display front case and the display rear case and is fixed on the display fixing plate, and the display is electrically connected to the main controller The fundus camera is installed at a top central position of the display front case and is electrically connected to the main controller for taking a photo of the user's fundus and transmitting it to the microcontroller; the front side edge of the display fixing plate is provided with a camera button. The camera button is electrically connected to the fundus camera and the main controller; a sphygmomanometer bottom plate is mounted on the work surface of the machine table rear case, and the sphygmomanometer is mounted on the sphygmomanometer bottom plate and electrically connected to the main controller. It is used for measuring the blood pressure value of the user and sent to the main controller; the working surface of the rear case of the machine table is further provided with a blood oxygen supporting plate, and the blood oxygen supporting plate is provided with two concave cavities for respectively placing A blood glucose meter and an oximeter, the blood glucose meter and the oximeter are respectively electrically connected to a main controller, the blood glucose meter is for measuring a blood sugar level of the user and sent to the main controller, and the oximeter is used for measuring User's blood oxygen value Sending to the main controller; the electrocardiograph is installed in a cavity formed by the back cover of the table and the front case of the table and is electrically connected to the main controller for measuring the ECG signal of the user and transmitting to the main controller The main controller is installed in a cavity formed by the back cover of the machine table and the front case of the machine table for displaying the user's electrocardiogram, blood pressure value, blood sugar level, blood oxygen value and fundus photograph on the display. The self-service health monitoring integrated machine with a fundus camera according to claim 1, wherein the front cover of the base and the rear cover of the base are sleeved on the base bracket, and the microprocessor is disposed at the base a cavity enclosed by the front shell of the base and the rear shell of the base and mounted on the base bracket; the load cell is installed between the base and the iron plate, and the cover is disposed on the iron On the upper surface of the board, the pedal is attached to the cover plate, and the weight sensor is connected to the microprocessor for measuring user's weight data and transmitting to the microprocessor; the fixing portion is installed at the On the front shell of the base, the fixing portion is used for placing a thermometer, the thermometer is connected to the microprocessor for measuring the user's body temperature data and transmitting to the microprocessor; the fat handle is installed at the The middle position of the front shell of the base is connected to the microprocessor through a wire. The fat measuring handle comprises a stainless steel coil and a blocking coil for measuring the fat content of the user when the user holds the fat handle with both hands. The self-service health monitoring integrated machine with a fundus camera according to claim 2, wherein the front cover of the base and the rear cover of the base are sleeved on the base bracket, and the microprocessor is disposed at the base a cavity enclosed by the front shell of the base and the rear shell of the base and mounted on the base bracket; the front shell of the fuselage and the rear shell of the fuselage are sleeved on the fuselage bracket, and the display fixing frame is fixed a body bracket and exposed to the front casing of the fuselage, the display screen being embedded in the display fixing frame; the ultrasonic probe box being fixed on an upper portion of the front casing of the fuselage, the ultrasonic probe being mounted on the In the ultrasonic probe box, the ultrasonic probe is electrically connected to the microprocessor for detecting the height data of the user by transmitting ultrasonic waves and transmitting the data to the microprocessor; the microprocessor is electrically connected to the display screen, It is used to display the user's body temperature data, fat content, height data, and body weight data on the display screen. The self-service health monitoring integrated machine with a fundus camera according to claim 1, wherein the first function machine further comprises a card reader, and the card reader is mounted on the back cover of the machine table and the front cover of the machine table. In the cavity formed, a reading card panel is further disposed on the work surface of the rear case of the machine table, and the card reader is electrically connected to the card reading panel for reading the user who is placed on the card reading panel. Identity Information. The self-service health monitoring integrated machine with a fundus camera according to claim 1, wherein the first function machine further comprises a printer side panel, a printer front door, a printer bottom plate and a printer, wherein the printer side plate is fixed at In the middle position of the front of the machine table, the printer side panel and the printer front door are disposed on the printer bottom plate, and the printer is installed in a cavity surrounded by the printer side panel, the printer front door and the printer bottom plate, and the printer is electrically connected to the main On the controller, it is used to print the user's health check report. The self-service health monitoring integrated machine with a fundus camera according to claim 1, wherein an upper back of the back of the machine table is provided with an organic table back door, and a plurality of ventilation holes are opened on the back door of the machine table. The inner wall of the rear door of the machine table is provided with a cooling fan, and the cooling fan is electrically connected to the internal power source. The self-service health monitoring integrated machine with a fundus camera according to claim 6, wherein a rear inner wall of the rear case of the table is provided with a speaker electrically connected to the main controller, the machine table A tuning knob is mounted on the rear outer wall of the rear case, and the tuning knob is electrically connected to the speaker for adjusting the volume of the sound played by the speaker. The self-service health monitoring integrated machine with a fundus camera according to claim 1, wherein a VGA card is disposed in a cavity formed by the back cover of the machine table and the front cover of the machine table, and the VGA card is electrically connected. To the main controller, the VGA card is connected to the display via a signal line. The self-service health monitoring integrated machine with a fundus camera according to claim 8, wherein a power supply fixing seat is further disposed in the cavity formed by the machine table back shell and the front door of the machine table, and the power fixing base An internal power supply and a Zener fuse are mounted thereon, and the Zener fuse is electrically connected to the internal power source. The self-service health monitoring integrated machine with a fundus camera according to any one of claims 1 to 9, wherein a lower portion of the back of the rear case of the table is provided with an inlet seat, and the inlet seat is provided with Network cable interface, power switch, and power outlet.