TWI488607B - Physiological detection management system, physiological detection methods and the implementation of the method of computer software program - Google Patents

Description

Physiological detection management system, physiological detection method, and computer software program for performing the same

The invention relates to a physiological detection management system, a physiological detection method and a computer software program for executing the same. The physiological detection management system of the present invention is especially a new type of patrol health inspection system.

At present, the operation mode of the patrol health check is still stuck in the traditional paper work. As shown in Figure 1, the examinee needs to hold the medical checklist to check the checkpoints, and the medical checkup items must be completed in accordance with the checkpoint order. In addition to carefully performing each inspection action, it is necessary to hand-check the results, and gradually check the inspection items and questionnaire contents of each subject, which takes a long time, so the process often causes many unnecessary subjects. The waiting time, while reducing the service satisfaction, medical staff are often caused by human error such as handwriting errors or inaccurate inspections, which affects the accuracy of the health report.

In order to prevent occupational disasters and protect workers' safety and health, the Ministry of Labor of the Executive Yuan promulgated the "Labor Insurance Prevention Occupational Diseases Health Inspection Measures", which clearly lists the health check items and questionnaires for each of the 27 special hazard operations. The 27 forms contain the basic information of the examinee, work experience, past medical history, living habits and self-conscious symptoms. The contents of the questionnaire are partially repeated, so when the same subject has multiple occupational disease health check, different questionnaires However, the same content will be filled in repeatedly, which not only wastes paper, but also increases the trouble of the examinee. And fill in the time

Today's medical institutions have a variety of disease risk assessment forms for preventive medicine. Most of the users use the people who come to the hospital for outpatients, that is, patients. They are rarely used by healthy people who have not developed diseases. The disease risk assessment form is rarely promoted because the evaluation form is usually written in a written form. After all the forms are collected by the medical institution, the total score of each evaluation form is manually calculated. When the number of subjects is too large, not only A lot of paper is wasted, and manual statistics also consume a lot of manpower and time. It is more likely that statistical errors will occur due to human error.

In view of the above-mentioned deficiencies, the main object of the present invention is to provide a new type of patrol health check system integrated with RFID and information system to assist in the improvement of the health check service process, promote the concept of preventive medicine for the Chinese, and respond to the government's prevention of occupational disease disasters and environmental protection and energy conservation. The carbon reduction policy has planned an innovative mode of patrolling health check; the invention uses the relevant application of radio frequency identification (RFID) to make the patrol health check no longer use written work, and solves the problem that the information is not circulated in the health check process and causes medical resources. The problem of waste, etc., the subject does not have to follow the traditional card order in the traditional way, and can choose to check the number of queues with fewer queues. Through the application of the system, the medical staff can directly grasp the inspection items and progress of each subject on the same day. With the system real-time information to accurately grasp the current use of each level, reduce human error, to achieve high efficiency, high quality, high customer satisfaction health inspection services.

The invention provides a physiological detection management system, which comprises a database for storing data; an identification device containing personal information of the subject, which can be connected with the database for authenticating the subject; Physiological testing device, the multiple physiological testing device a sensor for identifying the identification device for identity recognition; an electronic device coupled to the identification device and the database; wherein the identification device further has an authentication code for using the plurality of physiological The testing device performs verification, and the authentication codes of the plurality of physiological testing devices have an independent calculation formula.

The present invention also provides a health check processing method comprising: a, encoding using an independent calculation formula to establish a subject's identification device; b, connecting the identification device to an electronic device; c, the electronic device pair The subject conducts a questionnaire survey, a color survey, an eyesight test, and a disease risk assessment; d, the examiner performs identification with each of the plurality of physiological testing devices through the identification device to perform various tests; e, the complex physiological After the testing equipment is authenticated, the test data is transmitted to the database.

The above method can be implemented by loading a computer software program stored in a computer readable storage medium into a computer system.

The invention can replace the medical checklist with the health check record card (RFID), and the manual checklist can be used for the various inspections, thereby reducing paper waste, and the medical staff can also use the system to automatically check the various inspection information to improve the previous needs. Various behaviors performed manually reduce the risk of human error; for various questionnaires in occupational health examinations and risk assessment forms for various types of diseases in preventive medicine, the tablet is used for answering, and the examinee can directly select the answer in the computer, medical The institute can directly calculate the results by using the system, eliminating the labor and time of statistics, achieving high-efficiency, high-quality health check services, and looking at the domestic tour health check practices. All documents and materials are used on paper. This model not only improves existing practices, reduces paper use, manpower and time costs, but also reduces errors that may result from human error, greatly improving convenience, immediacy, accuracy and resource reusability. The invention is a large-scale medical examination The initiative has made significant progress and contributions to the promotion of environmental protection, energy conservation and carbon reduction, prevention of occupational disease disasters, workplace health promotion and preventive medicine.

The specific embodiments of the present invention will be further described by the following examples and drawings.

101‧‧‧Physical testing equipment

1011‧‧‧ height machine

1012‧‧‧ weight machine

1013‧‧‧ eye pressure meter

1014‧‧‧Electrocardiograph

1015‧‧‧Ultraphone

102‧‧‧ Identification device

103‧‧‧Electronic devices

104‧‧‧Database

105‧‧‧ card reader

201‧‧‧Wireless/wired

202‧‧‧Certification/Encryption

S1‧‧‧ uses an independent calculus algorithm to code to establish a subject's identification device

S2‧‧‧Connect the identification device to an electronic device

S3‧‧‧This electronic device conducts questionnaire survey, color survey, visual inspection and disease risk assessment on the subject

S4‧‧‧The examinee confirms the identity with a plurality of physiological testing devices through the identification device to perform various inspections

S5‧‧‧ The complex physiological testing equipment is certified and transmitted to the database

Figure 1 shows a schematic diagram of a physiological detection management system in accordance with an embodiment of the present invention.

Figure 2 shows the steps of a physiological detection management method in accordance with an embodiment of the present invention.

In order to make the objects, features, and advantages of the present invention more comprehensible, the preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The present specification provides various embodiments to illustrate the technical features of various embodiments of the present invention. The arrangement of the various elements in the embodiments is for illustrative purposes and is not intended to limit the invention. The overlapping portions of the drawings in the embodiments are for the purpose of simplifying the description and are not intended to be related to the different embodiments.

The invention is a new type of patrol health inspection system. The invention integrates the connection between the inspection instruments, and automatically transmits information in the tablet computer by wire or wirelessly. After the subject identifies the identity through an RFID health check record card, Start the inspection. After the inspection, the system will automatically store the inspection results on the tablet and the RFID health check record card. Some of the instruments that need to input the body information of the examinee first (such as bone density meter, body fat machine, etc.) ), no need to manually input, the system will automatically transfer the subject's body information to the instrument, check the completion of the automatic receipt of inspection results and store it on the tablet and RFID health check record card.

When the subject is reported, the system automatically generates a set of certified encryption algorithms. Code, then write the authentication code into the memory of the RFID health check record card, and upload it to the cloud database synchronously. When the check completes the upload check information, the system will automatically verify whether the authentication code of the RFID health check record card memory and the data The library authentication code is the same, and will be written into the database after confirmation. The authentication code is combined with the year, month, day, time and various information encryption calculations, so there will be no duplicates; every program that checks the level will There is encryption function, but there will be different calculation methods. If you lose the RFID health check record card and use the non-decrypted card reader to read the correct check information, it will only be a bunch of garbled characters, even if the level is The encryption program is cracked, and only the check information of the level can be obtained, and the inspection information of the relevant card cannot be obtained at one time.

After the examinee completes the relevant card check, the RFID health check record card is returned. The new tour health check system will transmit all the test results to the cloud host by network, and then no need to manually input the test result, reducing the administrative department report. Production time, to achieve the function of rapid remittance health report; RFID health check record card can also be reused to achieve resource reuse, energy saving and carbon reduction benefits.

Some of the 27 questionnaires for labor health checkups and occupational disease disasters are repeated. Subjects must repeat the same questions on different forms. After the examinee uses the RFID health check record card to identify the identity, The new type of health check system will judge the types of questionnaires that the examinee should fill out, and the same questions will be omitted. The examinee will use the tablet to answer directly, shorten the time for completing the questionnaire and improve the inconvenience of repeated answers. Tablet PC and instant upload cloud host; after the examinee uses RFID health check record card to identify the identity, the system will display the risk assessment form to be filled out. The examinee will use the tablet to answer directly, and then automatically save it on the tablet and instant. Uploading a cloud host; through this method, the medical institution is not limited to the traditional paper operation mode, and does not spend a lot of manpower and time on each subsequent operation for each evaluation. According to the score statistics of the table, the system can accurately calculate the results, quickly screen out the risk groups of various diseases, carry out the promotion and management of follow-up health, truly achieve the concept of prevention over treatment, and make a contribution to the promotion of preventive medicine in the country.

After the examinee fills in the various forms, the new type of health check system will transmit all the inspection results to the cloud host by network, perform statistics and analysis, and then no longer carry out subsequent operations manually, quickly and accurately. Achieve the same purpose, reduce all possible errors caused by labor

When the subject is on the spot, he or she can use the identification document or the oral identity card number to report the registration. After the completion of the report, the RFID health check record card will be issued. When the examinee performs various inspections, the RFID health check record card is used to replace the traditional medical check-up list. In addition to the physical examination of the doctors, you can freely select the checkpoints of fewer people to check according to the waiting time of each check-in. The check is directly stored in the tablet and RFID health check record card; all forms need to be filled by the examinee through RFID. After the health check record card confirms the identity, the examinee directly answers through the tablet, and the check result is directly uploaded to the cloud database.

In terms of inspection and questionnaire transmission data, the instrument can automatically connect to the system by wire or wirelessly, and transmit and store the data on the tablet and RFID health check record card, thus reducing the errors of manual transcription and statistical results. Rate, which can be automatically connected: lung function meter, height and weight meter, bone density meter, blood pressure meter, body composition analyzer, body fat detector, vision detection system, etc.; and ECG, X-ray and ultrasound The examination only records the information of whether the examination is completed. The tuning fork and waist circumference examination are automatically archived by the nursing staff after inputting the system. All inspection results and data are stored in the tablet and RFID health check record card. After the medical examination is completed, the examiner returns the RFID health check record card, and the medical staff makes Use the system to check whether the medical examination items of the subject are all completed, and then confirm the correctness and upload the stored data in the RFID health check record card to the cloud server.

Referring to FIG. 1, the physiological detection management system disclosed by the present invention has a database (104) for storing data, and an identification device (102) containing personal information of the subject, which is available to the database (104). a wireless/wired (201) transmission connection with authentication/encryption means (202) for authenticating the subject; a plurality of physiological detection devices (101) having multiple sensors for authentication / encryption means (202) for identifying the identification device for identity recognition, thereby performing wireless/wired (201) transmission with the electronic device (103); and the electronic device (103) and the identification device (103) are authenticated/encrypted The means (202) and the database (104) are wireless/wired (201) transmission; wherein the identification device (102) further has an authentication code, the authentication code is used for verification with the plurality of physiological detection devices, and the plurality of The authentication code of the physiological testing device (101) has an independent calculation formula. The electronic device (103) has an encryption method according to a fingerprint, an input password, a scanning iris, etc., and when the encryption method is released, a plurality of physiological detections are activated. The device (101) performs the test, and The detected information is transmitted to the database (104); in addition, the card reader (105) of the present invention can use the wireless/wired (201) transmission method to read the information of the identification device through the authentication/encryption means (202). The present embodiment discloses that the physiological testing device can have a height machine (1011), a weight machine (1012), an tonometer (1013), an electrocardiograph (1014), and an ultrasonic instrument (1015), etc., As an example, it is not limited to this.

Referring to FIG. 2, the physiological detection method disclosed by the present invention has the following steps: encoding by an independent calculation formula to establish a subject identification device (S1), and connecting the identification device to an electronic device (S2) The electronic device performs a questionnaire survey, a color survey, an eyesight test, and a disease risk assessment (S3) on the subject, and the subject passes the identification device and the plurality of physiological tests. The testing device separately performs identity verification to perform various inspections (S4), and the plurality of physiological testing devices are respectively authenticated and transmitted to the database (S5).

While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application.

101‧‧‧Physical testing equipment

1011‧‧‧ height machine

1012‧‧‧ weight machine

1013‧‧‧ eye pressure meter

1014‧‧‧Electrocardiograph

1015‧‧‧Ultraphone

102‧‧‧ Identification device

103‧‧‧Electronic devices

104‧‧‧Database

105‧‧‧ card reader

201‧‧‧Wireless/wired

202‧‧‧Certification/Encryption

Claims (27)

A physiological detection management system includes a database for storing data; an identification device containing personal information of the subject, which is connected to the database for authenticating the subject; and multiple physiological tests The device has a sensor for identifying the identification device for identity recognition, and an electronic device connected to the database; wherein the identification device further has a plurality of authentication codes. The plurality of authentication codes are used for verification with the plurality of physiological testing devices, and one of the plurality of authentication codes is used to correspond to one of the plurality of physiological detecting devices. And the complex authentication code has an independent calculation formula. The physiological testing management system described in claim 1, wherein the system is a patrolling health check device. The physiological detection management system according to claim 1, wherein the electronic device is a mobile phone or a tablet. The physiological testing management system according to claim 1, wherein the database has a questionnaire and a disease risk assessment, and the database has a data processing device to perform score statistics to obtain a subject's illness. risks of. The physiological detection management system according to claim 1, wherein the identification device is connected to the electronic device and the plurality of physiological detection devices by wireless or wireless (RFID), Bluetooth, WiFi, or wireless Verification and inspection of the plurality of physiological testing equipment The measured data is transferred to the database. The physiological testing management system according to claim 1, wherein the plurality of physiological testing devices include a height machine, a weight machine, an tonometer, a blood pressure machine, a pulse meter, a bone density meter, a body fat machine, and a lung function. Testing machine, ultrasonic instrument, electrocardiograph, X-ray machine. The physiological detection management system according to claim 1, wherein the electronic device has an encryption means, and after the encryption means is released, the plurality of physiological detection devices are activated, and the detected information is transmitted to the data. Library. The physiological detection management system according to claim 7, wherein the encryption means is decrypted by using a fingerprint, an input password, and a scanning iris. The physiological detection management system according to claim 1, wherein the independent calculation formula is a plurality of parameter information combining the year, the month, the day, and the time, and the coding and the coding unit are different by the plurality of parameter information. Calculus. The physiological testing management system of claim 1, wherein the plurality of authentication codes are separately decoded by a card reader to obtain detection data collected by the subject in the plurality of physiological testing devices. The physiological testing management system according to claim 1, wherein the database is capable of storing the date, the operator, the name of the subject, the subject code, the test result, and the plurality of authentication codes. The physiological test management system according to claim 11, wherein the test result is obtained by a professional after the test data collected by the plurality of physiological test devices is interpreted. The physiological test management system according to claim 11, wherein the test result is an analysis result of the stool, urine, and blood paid by the professional or the analyzer to the subject. The physiological testing management system according to claim 1, wherein the electronic device has a plurality of fields, so that the subject can be checked to confirm the payment of the feces, the payment of urine, the blood drawing, and the pregnancy. A physiological detection method, comprising: a, encoding by an independent calculation formula to establish an identification device of a subject; b, connecting the identification device to an electronic device; c, the electronic device is performed on the subject Questionnaire survey, color discrimination survey, visual acuity check and disease risk assessment; d, the examinee performs identification after confirming the identity with a plurality of physiological testing devices through the identification device; e, the plurality of physiological detecting devices have The independent calculus algorithm encodes a plurality of authentication codes, and the identification device transmits one of the plurality of physiological detection devices to the specific physiological detection device by using one of the plurality of authentication codes, and then transmits the detection data to the first detection device. database. The physiological testing method according to claim 15, wherein the database has a data processing device capable of performing score statistics on the step c to obtain a risk of a subject being sick. The physiological detection method according to claim 15, wherein the identification device is connected or verified with the electronic device and the plurality of physiological detection devices by means of wireless radio frequency (RFID), Bluetooth, WiFi, or wired or wireless. The physiological testing method according to claim 15, wherein the plurality of physiological testing devices include a height machine, a weight machine, an tonometer, a blood pressure machine, a pulse meter, a bone density meter, a body fat machine, and a lung function test. Machine, ultrasonic instrument, electrocardiograph, X-ray machine. The physiological detection method according to claim 15, wherein the electronic device has a plus The secret means, after releasing the encryption means, actuating the plurality of physiological detecting devices, and transmitting the detected information to the database. The physiological detection method according to claim 19, wherein the encryption means is decrypted by using a fingerprint, an input password, and a scanning iris. The physiological detection method according to claim 15, wherein the independent calculation formula is a plurality of parameter information combining the year, the month, the day, and the time, and is calculated by using the plurality of parameter information different arrangement and combination codes. of. The physiological testing method of claim 15, wherein the plurality of authentication codes are separately decoded by a card reader to obtain detection data collected by the subject in the plurality of physiological testing devices. The physiological testing method according to claim 15, wherein the database is capable of storing the date, the operator, the name of the subject, the subject code, the result of the examination, and the plurality of authentication codes. The physiological testing method according to claim 23, wherein the test result is obtained by a professional after reading the test data collected by the plurality of physiological testing devices. The physiological testing method according to claim 23, wherein the result of the test is the analysis result of the stool, urine, and blood paid by the professional or the analyzer to the subject. The physiological testing method according to claim 15, wherein the electronic device has a plurality of fields, so that the subject can be checked to confirm the payment of the feces, the payment of urine, the blood drawing, the pregnancy or not. A computer software program downloaded from a communication network and/or stored on a machine readable medium and/or executed by a microprocessor, wherein the computer software program includes code instructions to execute the patent application scope 13 The method of at least one of the items to item 22.