CN107247883A - Detection management system and its detection management method that a kind of health data is integrated - Google Patents
Detection management system and its detection management method that a kind of health data is integrated Download PDFInfo
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- A61B5/14546—Measuring characteristics of blood in vivo, e.g. gas concentration or pH-value ; Measuring characteristics of body fluids or tissues, e.g. interstitial fluid or cerebral tissue for measuring analytes not otherwise provided for, e.g. ions, cytochromes
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Abstract
The present invention provides the detection management system and its detection method that a kind of health data is integrated, the detection management system includes acquisition terminal, data and service centre, cloud platform, user terminal and service management end, terminal data is uploaded to data and service centre's progress data storage and sets up Electronic Health Record by acquisition terminal, the information of Electronic Health Record is pushed to cloud platform by data and service centre, user logs in cloud platform in user terminal and carries out interaction to the information of Electronic Health Record, service management end carries out the health control to user from data and service center extraction Electronic Health Record information, health care suggestion, tele-medicine, the information of the Electronic Health Record handled by service management end pushes to cloud platform and carries out interaction for the user of user terminal.The system of the present invention is related to a variety of health detection projects, is transferred directly to after detection is finished by internet in database, sets up permanent health account, user can directly print statement-of-health, or be checked by internet.
Description
Technical Field
The invention relates to a management system, in particular to a health data comprehensive detection management system and a detection management method thereof.
Background
With the rapid development of social economy in China, the pace of life and work is accelerated, social competition is more and more intense, people bear more and more social pressure in life, study and work, psychological problems are more and more prominent, and psychological diseases and psychological obstacles are increased day by day and can cause serious social consequences if the psychological diseases and the psychological obstacles cannot be solved in time. The integrated one-stop self-service health examination is an important component of an Internet + old-age health service system, and is used for bearing the important functions of a service terminal for acquiring user information, user physiological health data and mental health evaluation data, understanding the mental health condition of an individual through comprehensively evaluating the ability, self, adaptation, interpersonal relationship, intelligence, career life and the like of the individual, establishing a mental health education file, realizing the connection between the individual and the society, promoting the comprehensive development of the individual in the aspects of social contact, emotion, motivation, intelligence and the like, and establishing a harmonious society. However, the traditional physical examination items are single, the used instruments are also distributed and have functions, a large amount of time is spent for one physical examination, and the whole-course guidance of medical staff is required, so that the efficiency is low, and the usability is not strong.
Disclosure of Invention
In order to solve the above-mentioned disadvantages of the prior art, the present invention provides a health data comprehensive testing management system and a testing management method thereof, so as to overcome the defects in the prior art.
In order to achieve the purpose, the invention provides a health data comprehensive detection management system, which comprises an acquisition terminal, a data and service center, a cloud platform, a user side and a service management side; the system comprises an acquisition terminal, a health record management unit and a medical insurance convenient service unit, wherein the acquisition terminal comprises at least one information acquisition device, and the information acquisition device comprises a personal information acquisition unit, a physiological health data acquisition unit, a mental health data acquisition unit, the health record management unit and the medical insurance convenient service unit; the data and service center is used for data acquisition, and the acquired data comprises electronic health files, consumption data, disease data and insurance data of the user; the cloud platform is used for receiving and storing data and data sent by the service center and the expert terminal, and updating data information of the user in time; the service management terminal comprises an artificial seat, an expert seat and a community seat and is used for assisting health management, health care suggestion and remote medical treatment; the acquisition terminal uploads terminal data to the data and service center to store the data and establish an electronic health file, the data and service center pushes information of the electronic health file to the cloud platform, a user interacts with the information of the cloud platform on the user side of the cloud platform, the service management side extracts the information of the electronic health file from the data and service center to perform health management, health care suggestion and telemedicine, and the information of the electronic health file processed by the service management side is pushed to the cloud platform to be used by the user side of the cloud platform for interaction.
As a further description of the detection management system of the present invention, preferably, the cloud platform performs data interaction with the information collection device through the internet, the information collection device includes a host unit and a plurality of measurement modules, the measurement modules are externally connected to the measurement device, the host unit starts and controls the measurement modules, the measurement modules collect health data detected by the measurement device and are processed by the host unit, and the host unit stores the health data detected by the measurement device on the cloud platform through the internet.
As a further description of the detection management system of the present invention, preferably, the measurement module includes a blood pressure measurement module, a body temperature measurement module, a blood oxygen measurement module, a multifunctional analysis module, an electrocardiograph measurement module, and a height and weight measurement module, so as to realize data acquisition of blood pressure, body temperature, blood oxygen, blood sugar, uric acid, total cholesterol, height, and weight.
As a further description of the detection management system of the present invention, preferably, the host unit includes a motherboard, a serial port expansion module, a bluetooth module, an external interface, a display module, an id card reader, a printer, a power module, and a switch start module; the main board is respectively connected with the serial port expansion module, the Bluetooth module, the external interface, the display module, the identity card reader, the printer, the power module and the switch starting module so as to control the operation of the host unit; the serial port expansion module and the Bluetooth module are connected with the measurement module so as to realize data acquisition of the measurement module by the host unit; the external interface comprises a power socket for connecting an external power supply, a USB interface connected with the mainboard and an RS232 interface for connecting to the Internet; the display module comprises a liquid crystal drive control panel and a touch screen with a capacitive screen, the capacitive screen is connected with the main board to display data acquired by the measurement module on the touch screen, and the touch screen is connected with the main board through the liquid crystal drive control panel to realize touch operation on the touch screen; the power supply module comprises a mainboard power supply module, a power supply and a control module, the power supply and the control module are connected with a power socket to obtain power supplied by an external power supply, the mainboard power supply module supplies power to the mainboard, and the power supply and the control module are connected with the serial port expansion module, the liquid crystal drive control panel and the printer to supply power to the measurement module, the display module and the printer.
As a further description of the detection management system of the present invention, preferably, the blood pressure measuring module, the body temperature measuring module, the blood oxygen measuring module, the multifunctional analysis module, and the height and weight measuring module are connected to the host unit through the serial port extension module, and the electrocardiographic measuring module is connected to the host unit through the bluetooth module, so as to realize data acquisition of the measuring module by the host unit.
As a further explanation of the detection management system according to the present invention, it is preferable that the power supply and control module is configured with a 220V shunt circuit, a 5V dc power switch, and a 12V ac power switch.
In order to achieve another object of the present invention, the present invention provides a detection management method of the detection management system, including the following steps: 1) logging in the detection management system through the identification card number and the mobile phone number, and automatically and synchronously establishing a user electronic health file at an acquisition terminal, a data and a service center on the premise of networking; 2) the method comprises the steps that physiological health data of a user are collected at a collecting terminal, the collecting terminal comprises at least one information collecting device, the information collecting device comprises a host unit and a plurality of measuring modules, the measuring modules are externally connected with the measuring devices, the measuring devices collect one or more items of data information of height, weight, fat, body temperature, blood pressure, waist-arm ratio, blood oxygen, blood sugar, uric acid, cholesterol and electrocardio of the user, and the host unit controls the corresponding measuring modules to collect and process the data information and stores the data information in an electronic health file of the user at the collecting terminal; 3) the method comprises the following steps that a user electronic health file of an acquisition terminal forms a health report after data acquisition every time, the health report is displayed on the acquisition terminal, and printing operation is carried out through a printer; the health report formed by the acquisition terminal each time is synchronously uploaded to a user electronic health record of a data and service center for storage; user electronic health files of the data and service center are automatically pushed and stored on the cloud platform through the Internet; 4) the service management terminal inquires the electronic health record of the user in the data and service center, provides promotion schemes of health management, health care suggestion and telemedicine for the user aiming at the health report formed each time, feeds the promotion schemes back to the cloud platform, and the user inquires the health report and the promotion schemes in the electronic health record on the cloud platform.
As a further description of the detection management method of the present invention, preferably, the detection management system is logged in through an identification card number and a mobile phone number, including the identification card swiping login, the identification card input login, and the mobile phone number input login; the identity card is swiped and logged in, namely the identity card is identified through an identity card reader; inputting a mobile phone number when logging in for the first time; the identity card input login is to input an identity card number and then input a mobile phone number; the mobile phone number input login is to directly input a mobile phone number and then input an identity card number.
As a further description of the detection management method of the present invention, preferably, the collection terminal inputs the id number or mobile phone number of the user to be queried or directly swipes the id card for login, so as to query all the health reports of the user.
The system of the invention relates to a plurality of health detection items, can realize the collection of data such as height, weight, BMI, blood pressure, blood oxygen, blood sugar, uric acid, pulse, electrocardio, body fat and the like, reads the basic information of the second-generation ID card during physical examination, and automatically establish resident electronic health files in the system and the server on the premise of networking, detect the whole-course guide menu, easily and conveniently complete self-help physical examination, after the detection is finished, the health record is directly transmitted to a database through the Internet to establish a long-term health record, the user can directly print a health report, or the health self-help physical examination information system is automatically stored in the cloud health platform for quick butt joint every time when being checked through the Internet, the system can be widely applied to medical and health stations of various communities, old communities, intelligent communities, physical examination centers, commercial clubs, enterprise unit activity centers and the like, and health analysis statistics and data management are realized.
Drawings
FIG. 1 is a schematic diagram of a detection management system according to the present invention;
FIG. 2 is a schematic structural diagram of a cloud platform and an acquisition terminal according to the present invention;
fig. 3 is a schematic structural diagram of the information acquisition apparatus of the present invention.
Detailed Description
To further understand the structure, characteristics and other objects of the present invention, the following detailed description is given with reference to the accompanying preferred embodiments, which are only used to illustrate the technical solutions of the present invention and are not to limit the present invention.
As shown in fig. 1, fig. 1 is a schematic structural diagram of a detection management system according to the present invention; the detection management system comprises an acquisition terminal 1 and a health platform consisting of a data and service center 2, a cloud platform 3, a user side 4 and a service management side 5; the acquisition terminal 1 comprises at least one information acquisition device 11, wherein the information acquisition device 11 comprises a personal information acquisition unit 111, a physiological health data acquisition unit 112, a mental health data acquisition unit 113, a health record management unit 114 and a medical insurance convenient service unit 115; the data and service center 2 is used for data acquisition, and the acquired data comprises electronic health files, consumption data, disease data and insurance data of users; the cloud platform 3 is used for receiving and storing data and data sent by the service center 2 and the expert terminal 5, and updating data information of the user in time; the service management terminal 5 comprises an artificial seat, an expert seat and a community seat and is used for assisting health management, health care suggestion and remote medical treatment; the acquisition terminal 1 uploads terminal data to the data and service center 2 to store the data and establish an electronic health archive, the data and service center 2 pushes information of the electronic health archive to the cloud platform 3, a user interacts with the information of the cloud platform 3 on the electronic health archive at a user side 4, the service management side 5 extracts the information of the electronic health archive from the data and service center 2 to perform health management, health care suggestion and telemedicine, the information of the electronic health archive processed by the service management side 5 is pushed to the cloud platform 3 to be used by the user of the user side 4 for interaction, and professional health management and medical guarantee are provided for the user at the Internet side.
Referring to fig. 2, fig. 2 is a schematic structural diagram of a cloud platform and an acquisition terminal according to the present invention; the cloud platform 3 performs data interaction with the information acquisition equipment 11 through the Internet, the information acquisition equipment 11 comprises a host unit 6 and a plurality of measurement modules 7 connected with the host unit 6, a docking circuit is designed according to the standard of an interface of external equipment, and multi-serial port expansion is realized, the measurement modules 7 are externally connected with functional equipment, the measurement modules 7 can be one or more of a blood pressure measurement module, a body temperature measurement module, a blood oxygen measurement module, an electrocardio measurement module, a multifunctional analysis module (blood sugar/uric acid/total cholesterol), a height/weight measurement module, an identity card reading and recognizing module and other modules or physiological evaluation and the like, so that the health data acquired by the information acquisition equipment is diversified and more comprehensive, and the external measurement equipment comprises a psychological evaluation module, an electronic sphygmomanometer, an electronic thermometer, an oximeter, an electrocardio detector, a multifunctional analyzer (blood sugar), Uric acid, total cholesterol), a height and weight measuring instrument, body fat and the like, which are correspondingly connected with the measuring module 7 to realize corresponding functions; the host unit 6 starts and controls the measuring module 7, the measuring module 7 collects health data detected by the measuring equipment and processes the health data by the host unit 6, and the host unit 6 stores the health data detected by the measuring equipment on the cloud platform 3 through the internet.
Referring to fig. 3, fig. 3 is a schematic structural diagram of an information acquisition device according to the present invention; the information acquisition equipment 11 comprises a host unit 6 and a plurality of measuring modules 7 connected with the host unit 6, supports a win7 running platform, is provided with a liquid crystal touch screen, a Bluetooth, a multi-serial port, a plurality of USB interfaces and an external laser printer, can design an operation table shell according to configuration equipment, and comprises appearance design, mechanical design and manufacturing and processing.
The measuring module 7 comprises a blood pressure measuring module 71, a body temperature measuring module 72, a blood oxygen measuring module 73, a multifunctional analysis module 74, an electrocardio measuring module 75 and a height and weight measuring module 76, so as to realize data acquisition of blood pressure, body temperature, blood oxygen, blood sugar, uric acid, total cholesterol, height and weight; the host unit 6 comprises a mainboard 61, a serial port expansion module 62, a Bluetooth module 63, an external interface 64, a display module 65, an identity card reader 66, a printer 67, a power module 68 and a switch starting module 69; the main board 66 is respectively connected with the serial port expansion module 62, the bluetooth module 63, the external interface 64, the display module 65, the identification card reader 66, the printer 67, the power module 68 and the switch starting module 69 to control the operation of the host unit 6; the serial port extension module 62 and the bluetooth module 63 are connected with the measurement module 2 to realize data acquisition of the measurement module 2 by the host unit 6, preferably, the blood pressure measurement module 71, the body temperature measurement module 72, the blood oxygen measurement module 73, the multifunctional analysis module 74 and the height and weight measurement module 77 are connected with the host unit 6 through the serial port extension module 62, and the electrocardio measurement module 75 is connected with the host unit 6 through the bluetooth module 63 to realize data acquisition of the measurement module 7 by the host unit 6; the external interface 64 includes a power jack 641 for turning on an external power, a USB interface 642 connected to the motherboard 61, and an RS232 interface 643 for connecting to the internet; the display module 65 comprises a liquid crystal drive control board 651 and a touch screen 652 with a capacitive screen, the capacitive screen is connected with the main board 61 to display data acquired by the measurement module 2 on the touch screen 652, and the touch screen 652 is connected with the main board 61 through the liquid crystal drive control board 651 to realize touch operation on the touch screen 652; power module 68 includes mainboard power module 681, power and control module 682 disposes 220V shunt circuit, 5V direct current switch and 12V alternating current switch, power and control module 682 is connected with power socket 641, in order to obtain the external power supply power, and supply power for mainboard 61 through mainboard power module (681), power and control module 682's 12V alternating current switch and liquid crystal drive control board 651, mainboard power module (681), power amplifier and loudspeaker module are connected, power and control module 682's 220V shunt circuit is connected with printer 67, power and control module 682's 5V direct current switch is connected with serial ports extension module 62, in order to realize supplying power for measuring module 7, display module 65, printer 67.
The invention provides a detection management method of the detection management system, which is characterized by comprising the following steps:
step 1): logging in the detection management system through the identification card number and the mobile phone number, and automatically and synchronously establishing the electronic health file of the user at the acquisition terminal 1 and the data and service center 2 on the premise of networking.
Firstly, the power socket 641 is connected with an external power supply, the start button is pressed to trigger the switch start module 69 to start the detection management system, a power amplifier and a loudspeaker module are arranged in the switch start module 69, the touch screen 652 with a capacitive screen displays a login interface A1, a 'measurement query' on the login interface A1 is clicked, an identity card number or a mobile phone number of a user to be queried is input or an identity card is directly swiped to log in a query interface, and all physical examination measurement reports of the user can be queried.
Then, registering a newly-built user file on a login interface A1 or logging in for identity confirmation so as to log in the detection management system, and displaying a measurement interface A2 on a touch screen 652 with a capacitive screen, wherein the logging in the detection management system comprises the steps of identity card swiping login, identity card input login and mobile phone number input login; the identity card swiping login is to identify the identity card through the identity card reader 66, the identity card reader 66 is provided with a buzzer, and when the identification is successful, the buzzer sends out a prompt tone to enter a measurement interface A2; a dialog box for inputting the mobile phone number is popped up during the first login, the mobile phone number is input, and the user enters a measurement interface A2 after clicking 'login'; the identity card input login is to click an 'identity card login' option on a login interface A1, input an identity card number, then pop up a dialog box for inputting a mobile phone number, input the mobile phone number, and enter a measurement interface A2 after clicking 'login'; the mobile phone number input login is that a user clicks a 'mobile phone login' option on a login interface A1 to directly input a mobile phone number, then a dialog box for inputting the identity card number is popped up, the identity card number is input, the user enters a measurement interface A2 after clicking 'login', if the user can click 'skip' without inputting the identity card number, the interface pops up an information input box to input the gender and the age, and the user enters a measurement interface A2 after clicking 'login'.
Step 2): the physiological health data of the user are collected at the collecting terminal 1, the collecting terminal 1 comprises at least one information collecting device 11, the information collecting device 11 comprises a host unit 6 and a plurality of measuring modules 7, the measuring modules 7 are externally connected with measuring devices, the measuring devices collect one or more data information of height, weight, fat, body temperature, blood pressure, waist-arm ratio, blood oxygen, blood sugar, uric acid, cholesterol and electrocardio of the user, and the host unit 6 controls the corresponding measuring modules 7 to collect and process the data information and stores the data information in an electronic health file of the user at the collecting terminal 1.
Firstly, a plurality of measurement option boxes are arranged on the measurement interface a2, each measurement option box corresponds to one measurement module 7, so as to trigger the corresponding measurement module 7 to perform data acquisition, and display data to the corresponding measurement interface, or automatically enter the corresponding measurement interface according to the following sequence:
the height and weight measuring module 76 is started, the height and weight measuring module 76 comprises a weight scale, a height probe and an electrode handle, the height and weight measuring interface is entered, a measurer stands on the weight scale to measure the weight, the height probe above the measurer transmits ultrasonic waves to measure the height, and the height and weight measuring module 76 collects the weight and the height data, uploads the weight and the height data, stores the weight and the height data in a database and simultaneously displays the weight and the height data on the height and weight measuring interface.
Entering a fat measurement interface, the measurer grips the electrode handles with both hands to measure fat, the height and weight measurement module 76 collects body resistance value data, performs obesity analysis and body composition analysis together with the weight and height data, uploads the analysis data to be stored in a database and simultaneously displays the analysis data on the fat measurement interface.
The body temperature measurement module 72 is started, the body temperature measurement module 72 comprises a body temperature gun, the body temperature gun enters a body temperature measurement interface, a probe of the body temperature gun is aligned to the forehead of a measurer, a button above a handle of the body temperature gun is pressed, and the body temperature gun probe uploads a measured body temperature result in a database in an infrared sensing mode and simultaneously displays the measured body temperature result on the body temperature measurement interface.
Starting the blood pressure measuring module 71, wherein the blood pressure measuring module 71 comprises a blood pressure arm sleeve, entering a blood pressure measuring interface, putting the arm of a measurer into the blood pressure arm sleeve, clicking a data extracting option on the blood pressure measuring interface to start measuring the blood pressure, and the blood pressure measuring module 71 collects the diastolic blood pressure value, the systolic blood pressure value and the pulse value, uploads the diastolic blood pressure value, the systolic blood pressure value and the pulse value, stores the diastolic blood pressure value, the systolic blood pressure value and the pulse value in a database and simultaneously displays the diastolic blood pressure value, the systolic.
Entering a waist-arm ratio measuring interface, clicking an 'input' option on the waist-arm ratio measuring interface, directly inputting the waist value and the hip value measured by the waist ruler, displaying the waist value, the hip value and the waist-hip ratio on the waist-arm ratio measuring interface, and simultaneously storing the waist value, the hip value and the waist-hip ratio in a database.
Starting the blood oxygen measuring module 73, wherein the blood oxygen measuring module 73 comprises a blood oxygen probe clip, entering a blood oxygen measuring interface, pressing the rear end of the blood oxygen probe clip to open the blood oxygen probe clip, putting a left index finger into the blood oxygen probe clip, clicking a 'start measuring' option on the blood oxygen measuring interface to start measuring blood oxygen, then displaying a blood oxygen test result and a measuring process waveform on the blood oxygen measuring interface, and simultaneously storing the blood oxygen test result and the measuring process waveform in a database.
And starting the multifunctional analysis module 74, wherein the multifunctional analysis module 74 comprises a blood glucose meter, entering a blood glucose measurement interface, selecting a blood glucose measurement mode comprising fasting blood glucose and two-hour postprandial blood glucose, inserting the electrode mouth of a blood glucose test strip upwards into the mouth of a test paper of the blood glucose meter, taking blood from a fingertip by using a blood taking needle, introducing the blood into the siphon inlet, displaying a blood glucose measurement result on the blood glucose measurement interface, and storing the blood glucose measurement result in a database.
Entering a uric acid measuring interface, inserting the electrode mouth face of a uric acid test strip upwards into the test strip mouth face of a glucometer, taking blood from a fingertip by using a blood taking needle, introducing the blood into a siphon inlet, displaying a uric acid measuring result on the uric acid measuring interface, and storing the uric acid measuring result in a database.
Entering a cholesterol measuring interface, inserting the electrode face of the cholesterol test strip upwards into the test strip face of the glucometer, taking blood from a fingertip by using a blood taking needle, introducing the blood into a siphon inlet, displaying a cholesterol measuring result on the cholesterol measuring interface, and storing the cholesterol measuring result in a database.
The electrocardio measuring module 75 is started, the electrocardio measuring module 75 comprises an electrocardio meter, the electrocardio measuring module enters an electrocardio measuring interface, an electrode of the electrocardio meter is pasted at the palm of the left hand to start data acquisition, a sending button is pressed after data acquisition is finished, the data of the electrocardio meter starts to be uploaded, a data extraction option on the electrocardio measuring interface is clicked, an interface prompting device is successfully connected to start receiving the data transmitted by the electrocardio meter, and a measuring result and an electrocardiogram can be displayed on the electrocardio measuring interface after data transmission is finished and are simultaneously stored in a database.
Step 3): the user electronic health file of the acquisition terminal 1 forms a health report after data acquisition every time, the health report is displayed on the acquisition terminal 1, and printing operation is carried out through a printer 67; the health report formed by the acquisition terminal 1 each time is synchronously uploaded to a user electronic health record of the data and service center 2 for storage; the electronic health record of the user of the data and service center 2 is automatically pushed and stored on the cloud platform through the internet.
After the measurement option boxes on the measurement interface a2 are all measured, or the "exit measurement" option on the touch screen 652 is manually clicked, and then a physical examination measurement report is displayed on the touch screen 652 and stored in the database, and the physical examination measurement report can be printed out through the printer 67.
Step 4): the service management terminal 5 inquires the electronic health record of the user in the data and service center 2, provides promotion schemes of health management, health care suggestion and telemedicine for the user aiming at the health report formed each time, feeds the promotion schemes back to the cloud platform, and the user inquires the health report and the promotion schemes in the electronic health record on the cloud platform.
At the acquisition terminal 1, the identity card number or the mobile phone number of the user to be inquired is input or the user can directly swipe the identity card for login, so that all health reports of the user can be inquired.
It should be noted that the above summary and the detailed description are intended to demonstrate the practical application of the technical solutions provided by the present invention, and should not be construed as limiting the scope of the present invention. Various modifications, equivalent substitutions, or improvements may be made by those skilled in the art within the spirit and principles of the invention. The scope of the invention is to be determined by the appended claims.
Claims (9)
1. The comprehensive health data detection and management system is characterized by comprising an acquisition terminal (1), a data and service center (2), a cloud platform (3), a user side (4) and a service management side (5); wherein,
the acquisition terminal (1) comprises at least one information acquisition device (11), wherein the information acquisition device (11) comprises a personal information acquisition unit (111), a physiological health data acquisition unit (112), a mental health data acquisition unit (113), a health record management unit (114) and a medical insurance convenient service unit (115);
the data and service center (2) is used for collecting data, and the collected data comprises electronic health files, consumption data, disease data and insurance data of users;
the cloud platform (3) is used for receiving and storing data and data sent by the service center (2) and the expert terminal (5), and updating data information of the user in time;
the service management terminal (5) comprises an artificial seat, an expert seat and a community seat and is used for assisting health management, health care suggestion and remote medical treatment;
the acquisition terminal (1) uploads terminal data to the data and service center (2) to store the data and establish an electronic health archive, the data and service center (2) pushes information of the electronic health archive to the cloud platform (3), a user interacts with the information of the cloud platform (3) on the electronic health archive at a user side (4), the service management side (5) extracts the information of the electronic health archive from the data and service center (2) to perform health management, health care suggestion and remote medical treatment, and the information of the electronic health archive processed by the service management side (5) is pushed to the cloud platform (3) to be used by the user at the user side (4) to interact.
2. The detection management system according to claim 1, wherein the cloud platform (3) performs data interaction with the information collection device (11) through the internet, the information collection device (11) comprises a host unit (6) and a plurality of measurement modules (7), the measurement modules (7) are externally connected with the measurement devices, the host unit (6) starts and controls the measurement modules (7), the measurement modules (7) collect health data detected by the measurement devices and process the health data by the host unit (6), and the host unit (6) stores the health data detected by the measurement devices onto the cloud platform (3) through the internet.
3. The detection management system according to claim 2, wherein the measurement module (7) comprises a blood pressure measurement module (71), a body temperature measurement module (72), a blood oxygen measurement module (73), a multifunctional analysis module (74), an electrocardiogram measurement module (75), and a height and weight measurement module (76) to realize data collection of blood pressure, body temperature, blood oxygen, blood sugar, uric acid, total cholesterol, height and weight.
4. The detection management system according to claim 2, wherein the host unit (6) comprises a motherboard (61), a serial port extension module (62), a bluetooth module (63), an external interface (64), a display module (65), an identification card reader (66), a printer (67), a power supply module (68), and a switch start module (69); wherein,
the main board (66) is respectively connected with the serial port expansion module (62), the Bluetooth module (63), the external interface (64), the display module (65), the identity card reader (66), the printer (67), the power module (68) and the switch starting module (69) so as to control the operation of the host unit (6);
the serial port expansion module (62) and the Bluetooth module (63) are connected with the measuring module (2) so as to realize the data acquisition of the measuring module (2) by the host unit (6);
the external interface (64) comprises a power socket (641) for connecting an external power supply, a USB interface (642) connected with the mainboard (61) and an RS232 interface (643) for connecting to the Internet;
the display module (65) comprises a liquid crystal drive control board (651) and a touch screen (652) with a capacitive screen, the capacitive screen is connected with the main board (61) to display data collected by the measuring module (2) on the touch screen (652), and the touch screen (652) is connected with the main board (61) through the liquid crystal drive control board (651) to realize touch operation on the touch screen (652);
power module (68) includes mainboard power module (681), power and control module (682) are connected with power socket (641) to obtain the external power supply, and supply power for mainboard (61) through mainboard power module (681), power and control module (682) are connected with serial ports expansion module (62), liquid crystal drive control board (651), printer (67), in order to realize supplying power for measuring module (7), display module (65), printer (67).
5. The detection management system according to claim 4, wherein the blood pressure measurement module (71), the body temperature measurement module (72), the blood oxygen measurement module (73), the multifunctional analysis module (74) and the height and weight measurement module (77) are connected with the host unit (6) through the serial port extension module (62), and the electrocardio measurement module (75) is connected with the host unit (6) through the Bluetooth module (63) to realize data acquisition of the measurement module (7) by the host unit (6).
6. The inspection management system of claim 4, wherein the power and control module (682) is configured with a 220V shunt circuit, a 5V dc power switch, and a 12V ac power switch.
7. An inspection management method of an inspection management system according to any one of claims 1 to 6, characterized in that the inspection management method comprises the steps of:
1) logging in the detection management system through the identification card number and the mobile phone number, and automatically and synchronously establishing a user electronic health file in the acquisition terminal (1) and the data and service center (2) on the premise of networking;
2) the method comprises the steps that physiological health data of a user are collected at a collecting terminal (1), the collecting terminal (1) comprises at least one information collecting device (11), and the information collecting device (11) comprises a host unit (6) and a plurality of measuring modules (7); the measuring module (7) is externally connected with measuring equipment, and the measuring equipment acquires one or more items of data information of height, weight, fat, body temperature, blood pressure, waist-arm ratio, blood oxygen, blood sugar, uric acid, cholesterol and electrocardio of a user; the host unit (6) controls the corresponding measuring module (7) to collect and process data information, and stores the data information in the user electronic health record of the collecting terminal (1);
3) the electronic health record of the user of the acquisition terminal (1) forms a health report after data acquisition every time, the health report is displayed on the acquisition terminal (1), and printing operation is carried out through a printer (67); the health report formed by the acquisition terminal (1) every time is synchronously uploaded to a user electronic health record of the data and service center (2) for storage; the electronic health files of the users of the data and service center (2) are automatically pushed and stored on the cloud platform through the Internet;
4) the service management terminal (5) inquires the electronic health record of the user in the data and service center (2), provides promotion schemes of health management, health care suggestion and telemedicine for the user aiming at the health report formed each time, feeds the promotion schemes back to the cloud platform, and the user inquires the health report and the promotion schemes in the electronic health record on the cloud platform.
8. The inspection management method according to claim 7, wherein in step 1), the inspection management system is logged in through an identification card number and a mobile phone number, and the login comprises the identification card swiping login, the identification card input login and the mobile phone number input login; wherein,
the identity card is swiped and logged in, namely the identity card is identified through an identity card reader (66); inputting a mobile phone number when logging in for the first time;
the identity card input login is to input an identity card number and then input a mobile phone number;
the mobile phone number input login is to directly input a mobile phone number and then input an identity card number.
9. The detection management method according to claim 7, wherein the collection terminal (1) inputs the id number or mobile phone number of the user to be queried or directly swipes the id card to log in, so as to query all the health reports of the user.
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