WO2021081966A1

WO2021081966A1 - Miniature detector and service system

Info

Publication number: WO2021081966A1
Application number: PCT/CN2019/114903
Authority: WO
Inventors: 赵云; 姜志凌; 姜子忻
Original assignee: 姜志凌
Priority date: 2019-10-31
Filing date: 2019-10-31
Publication date: 2021-05-06

Abstract

A miniature detector (18), which may detect blood and urine routine indicators of a human body, and may implement interconnection and intercommunication with mobile phones, tablet computers, notebook computers, desktop computers, and WIFI routers by means of a data line and a wireless module (10). Moreover, app software (20, 26) on the mobile phones, tablet computers, notebook computers or desktop computers is directly used to directly control the detector (18), and detection data is saved in a database (16) of tested persons in a server (17). The detector (18) that has a touch-screen display may convert the detection data into a two-dimensional code and display same on the display, and the app software (20, 26) on a mobile terminal such as a mobile phone and a tablet computer is used to scan the two-dimensional code to read the detection data and upload same to the database (16) of the tested persons in the server (17).

Description

Miniature detector and service system

Technical field

The invention relates to a medical device and a background network application system for detecting multiple human health indicators, in particular to a miniature detector and a service system.

Background technique

In the current society, diabetes is one of the "three killers" of the health of middle-aged and elderly people. Diabetes will also increase the risk of hypertension and cardiovascular and cerebrovascular diseases. Diabetes can be prevented. If early detection and Early prevention and early intervention can reduce a lot of treatment costs and pain. However, due to the high cost of time, even a quarterly medical examination is difficult to achieve. For this reason, medical engineers invented a portable blood glucose meter, which partially solves the problem of physical examination. And the function of guiding medication.

technical problem

Due to the single function of the portable blood glucose meter and the discrete data, it can only be tested and used immediately. It is difficult to form a health database of long-term physical indicators for oneself or family members. Although the Internet is developing rapidly, the Internet of Things allows families to The function of diagnosis and treatment experts in communities and major hospitals to realize diabetes check-up and immediate medical treatment at any time has not been realized. The key factor is that there is no suitable testing and diagnosis and data uploading equipment and service network in the family and the community.

Technical solutions

The purpose of the present invention is to design a portable low-cost instrument suitable for the monitoring and detection of diabetes in the family and community, which can establish a personal health database. This instrument can detect the blood and urine routine indicators of the human body. , Can realize the interconnection with mobile phones, tablets, laptops, desktop computers, WIFI routers through data lines and wireless modules, and directly control the instrument directly with the software on the mobile phones, tablets, laptops or desktop computers, and detect the data Stored in the database of the tested person in the server, a tester with a touch screen can convert the test data into a QR code and display it on the screen, and scan it with APP software on mobile terminals such as mobile phones and tablets. The two-dimensional code reads the detection data and uploads it to the database of the tested person in the server. In order to realize a portable and low-cost instrument with the above-mentioned functions, the present invention proposes a miniature detector and a service system. A miniature detector and the detector in the service system consist of a test paper pallet, an upper shell, a two-dimensional code label, a USB socket, a lower shell, a MicroUSB socket, a motherboard, a single-chip microcomputer chip, a wireless module, a dry chemical photoelectric detection module, and a rechargeable battery , Screws, touch screen, electrochemical detection module, the wireless module of the detector is composed of Bluetooth module, WIFI module, and IoT card holder, and the application system is composed of database, server, mobile APP software and PC user software .

The upper and lower shells of the detector are injection molded into rectangular shells by plastic molds. The inner cavity of the upper shell is provided with a screw column, and the corresponding position of the inner cavity of the lower shell is provided with a screw seat. The upper and lower shells are buckled together and used. Screw connection, the main board, rechargeable battery, electrochemical detection module, and dry chemical photoelectric detection module are encapsulated in the inner cavity of the shell formed by the upper shell and the lower shell. The detector is divided into two types: no display screen and with display screen. Kind of, stick a QR code label on the shell surface of the upper shell of the tester not equipped with a display screen, and open a large rectangular hole on the shell surface of the upper shell of the tester equipped with a display screen to display the touch screen The display part of the screen is embedded in the rectangular hole from the inside of the upper shell and fixed on the upper shell with screws. Paste the QR code label on the bottom shell surface of the lower shell of the detector, and plug in the socket for the connection cable of the touch screen. Connecting or soldering to the MCU chip on the motherboard is used to exchange control information and data information between the touch screen and the MCU chip on the motherboard to realize human-computer interaction, and it can also convert the detected data into a two-dimensional code , Displayed on the screen, the main board consists of the circuit board and the single chip microcomputer chip soldered on the circuit board, MicroUSB socket, USB socket, Bluetooth module, WIFI module, IoT card socket, operational amplifier, temperature detection chip, data storage chip, detection Tubes, luminous tubes, chip capacitors and chip resistors are formed on the sides of the upper and lower shells with dry chemical test paper tray ports, electrochemical test paper ports, electrochemical paper eject button ports, USB socket holes and MicroUSB socket hole, a screw post is integrally formed on the inner bottom surface of the lower shell, the main board is fixed to the lower shell with screws through the fixing holes on the main circuit board, and multiple partitions are integrally formed on the inner bottom surface of the lower shell to form a dry battery Holder or rechargeable battery holder, the main program of the tester is stored in the memory of the microcontroller chip on the motherboard. The main program includes power management subprograms, touch screen subprograms, USB socket and MicroUSB socket interface subprograms, and dry Chemical photoelectric detection subroutine, electrochemical detection subroutine, Bluetooth subroutine, WIFI subroutine, Internet of Things subroutine, the USB socket and MicroUSB socket on the main board of the detector can be plugged into the data line and mobile phone, tablet computer, notebook computer, The desktop computer performs data exchange, and uses the data cable to charge the rechargeable battery of the host or directly supplies power to the host. It can also exchange data with mobile phones, tablets, laptops, and desktop computers through wireless Bluetooth modules or WIFI modules. There are 4g or 5g IoT cards, which are directly connected to the server through the IoT card, and exchange data with mobile phones, tablet computers, laptops, and desktop computers through the server.

The dry chemical photoelectric detection module of the detector consists of a photoelectric detection base, a photoelectric detection head, a detection tube, a light-emitting tube and a test paper support plate. The photoelectric detection base is formed by injection molding. The shape of the photoelectric detection base is a rectangular parallelepiped and the length is 80-250mm. The width is 10-80mm, and the height is 5-35mm. An inverted isosceles trapezoid groove is arranged along the longitudinal axis on the top surface of the cuboid of the photoelectric detection base, and the bottom surface of the cuboid of the photoelectric detection base is along the longitudinal axis direction. There is a convex groove, and the trapezoidal groove and the convex groove are separated by 1-8mm. On the two isosceles of the trapezoidal groove, they are parallel to the isosceles and perpendicular to the trapezoidal ridge line and symmetrically distributed every 2-10mm. 25 sets of lower semi-cylindrical grooves with a diameter of 2-5.5mm or rectangular grooves with a side length of 2-5.5mm. The lower semi-cylindrical grooves or rectangular grooves extend down the isosceles into the convex grooves. One end of the bottom surface of the rectangular parallelepiped is provided with a pair of limit holes respectively equipped with photoelectric switches. The four corners of the rectangular parallelepiped have four positioning holes along the height direction. The four positioning holes pass through the screw posts of the lower shell, and the main board is pressed against the photoelectric detection seat. On the top, there is a dry chemical test paper pallet at the intersection of the convex groove of the photoelectric detection seat and the lower shell along the long line. The photoelectric detection head is injection molded. The shape of the photoelectric detection head is an inverted isosceles trapezoidal column with a length of 80 -220mm, the shape of the trapezoidal cross section of the photodetector head is the same as the cross section of the isosceles trapezoidal groove of the photodetector base, on the two isosceles surfaces of the photodetector head, parallel to the isosceles and perpendicular to the trapezoidal edge There are 2-25 groups of upper semi-cylindrical grooves with a diameter of 2-5.5mm or rectangular grooves with a side length of 2-5.5mm distributed symmetrically every 2-10mm, in the center of the same group of upper semi-cylindrical grooves or the same group of rectangular grooves At the intersection of the line of the points and the center line of the upper bottom surface, there is a stepped through hole. The diameter of the upper hole of the stepped through hole is 2-6mm, and the depth is 2-6mm. At the center point of the hole bottom, set a diameter of 0.2-2mm small through hole, the center line of the stepped through hole and the two center lines of the same group of upper semi-cylindrical grooves or the same group of rectangular grooves are on the same plane and intersect at one point, aligned on the main board of each stepped through hole Weld a cylindrical detection tube, buckle the photoelectric detection head to the photoelectric detection base, the upper semi-cylindrical groove or rectangular groove on the photoelectric detection head and the lower semi-cylindrical groove or rectangular groove on the photoelectric detection base form a complete circular hole Or a rectangular hole, a cylindrical luminous tube is welded to the motherboard of each hole position. When the detection tube and the luminous tube adopt the patch type tube type, the photoelectric detection seat and the photoelectric detection head are combined into a stepped pass. The hole and the light guide round or rectangular hole are injection molded into a whole piece, and a patch-type detection tube is welded on the main board that is aligned with each stepped through hole, and the light guide hole or rectangular hole is aligned. A patch type luminous tube is welded on the main board. The dry chemical test strip is composed of a substrate and a drug block. The substrate is made of plastic and shaped like a rectangular parallelepiped. The length is 20-150mm, the width is 3-8mm, and the thickness is 0.1-2mm, distance from the substrate along the length 2-20 pieces of paper square or rectangular medicine blocks impregnated with chemical agents are evenly bonded at 0-5mm at one end, which can detect the components in the urine as glucose (GLU), ketone body (KET), bile Red pigment (BIL), urobilinogen (URO), specific gravity (SG), occult blood (BLD), pH (pH), protein (PRO), nitrite (NIT), white blood cell (LEC), vitamin C (VC) , Creatinine (CRE), Calcium ion (Ca), Microalbumin (MCA), the test paper support plate is injected into a rectangle by the mold, the length of the test paper support plate is 50-220mm, the width is 8-65mm, the top surface of the test paper support plate The thickness between the bottom surface and the bottom surface is 2-8mm. A placement slot with a length of 20-150mm and a depth of 0.5-4mm is set on the center line of the top surface of the test paper support plate. The width of the front positioning port is 0.1-0.5mm larger than the width of the dry chemical test strip, and the front positioning port is 0.4mm upward from the bottom of the groove. The positioning edge extends 0.5-1mm into the groove. One end of the trapezoidal guide groove is connected to the front positioning opening, the other end is widened by 2-10mm and connected to the rectangular groove, and the other end of the rectangular groove is connected to the shrinking groove. The other end of the shrinking slot is narrowed and connected to the card slot. The width of the card slot is 0.1-0.5mm larger than the width of the dry chemical test strip. The positioning edge of the card slot at 0.4mm upwards from the bottom of the slot A 0.1-0.5mm buckle edge or 1-3 small buckle circles extend from the groove, the other end of the clamping slot is connected with the semi-circular arc shank, and the other end of the semi-circular arc shank is connected with the rear positioning opening, and then positioning The width of the opening is 0.1-0.5mm larger than the width of the dry chemical test strip, and the positioning edge of the rear positioning opening at 0.4mm upwards from the bottom of the groove extends 0.5-1mm from the front positioning edge of the front positioning opening into the groove The distance between the rear positioning edge of the rear positioning port is 0.1-0.8mm larger than the total length of the dry chemical test strip. The test strip pallet can be divided into an integrated test strip pallet delivered with the instrument and delivered with the test strip according to different delivery methods. Disposable test strip pallet, hold the dry chemical test strip with the rear handle, put the front end of the dry chemical test strip in the rectangular slot and push forward, and the trapezoidal guide groove guides the front end of the dry chemical test strip before the substrate is inserted. Under the buckle side of the positioning port, place the back handle of the dry chemical test strip on the positioning slot and the rear positioning port, firmly pinch the back handle of the dry chemical test strip, and buckle the back handle of the dry chemical test strip into the positioning slot and In the rear positioning port, accurately position the dry chemical test strip in the placement slot of the test paper support plate, insert the test paper support plate into the instrument from the dry chemical test paper support plate port of the lower shell, and push the test paper support plate into the convex shape of the photoelectric detection seat The bottom of the slot and trigger the photoelectric switch at one end of the photoelectric detection seat. The center point of each drug block on the dry chemical test strip in the placement slot of the test paper support plate coincides with the center line of the step through hole of the photoelectric detection head. After receiving the switch signal, the single-chip microcomputer chip starts to detect, and the single-chip microcomputer chip controls the light-emitting tube to emit light sequentially. The light shines on the medicine block, and the light reflected from the medicine block passes through the light. The small through hole on the electric detection head shines on the detection tube. The detection tube converts the discoloration of the medicine block into an electric signal, and then converts the electric signal into the detection data through the single-chip microcomputer chip, and uploads the detection data through a wired or wireless method For mobile phones, tablets, laptops or desktop computers.

The electrochemical detection module of the detector is composed of a card seat, a sliding seat, a paper ejection handle and a spring. The card seat is injection molded into a cuboid with a length and width of 6-18mm and a thickness of 4-12mm. A T-shaped slot is opened along the length direction on the center point of one end face in the direction, and a small square slot with a width of 1.5mm and a height of 1mm is opened on both sides of the end face along the length direction. Install the card holder on the motherboard. A rectangular notch is set at the position. The length of the rectangular notch is equal to the length of the card holder. The width of the rectangular notch is equal to the width of the card holder along the width direction minus the width of the two small square grooves. The small square slot is inserted into the rectangular notch on the main board, so that the card holder is firmly stuck on the main board. The upper end of the T-shaped surface in the T-shaped groove of the card holder is provided with three metal reeds, one end of the three metal reeds Welded on the main board, respectively, placed a T-shaped sliding seat injection molded by a mold at the lower end of the T-shaped groove, the sliding seat can slide freely in the T-shaped groove of the card seat, and the top surface of the sliding seat inserted into the T-shaped groove A positioning block is generated. A small cylindrical handle is generated below the sliding seat. The small cylindrical handle extends from the bottom of the card seat and is inserted into the cantilever hole of the ejection handle. The ejection handle is injection molded into an L shape by a mold, and the L is bent Set a joint hole with a diameter larger than the screw column at the upper right corner of the inner cavity of the lower shell, place the spring at the bottom of the screw column, and then put the paper ejection handle on the screw column. The chemical ejection button is extended, and the electrochemical test strip is inserted into the T-shaped slot of the card holder against the top surface of the sliding seat and placed on the positioning block on the sliding seat. The three prints on the electrochemical test strip are The wire is connected with the three metal reeds in the T-shaped slot of the card holder. Press the handle position of the paper ejection handle by hand. The cantilever of the paper ejection handle slides outward in the T-shaped groove of the card holder. The positioning block on the sliding seat and the sliding seat push the electrochemical test strip inserted into the T-shaped groove of the card seat to exit the T-shaped groove. The auxiliary equipment used with the electrochemical detection module is the electrochemical test strip. The paper strip is composed of four parts: a substrate, a printed wire, a medicine block and a protective film. The substrate is made of plastic and has a rectangular parallelepiped shape. The length is 10-80mm, the width is 2-10mm, and the thickness is 0.1-2mm. Two or three printed wires are printed on the substrate of the test strip along the length direction from the end to 3mm from the other end. A rectangular drug block is glued on the end of the substrate without printed wires, and a part of the drug block overlaps the printed wires. Press it on the printed wire, cover the rectangular medicine block and the printed wire with a protective film, and leave the 10mm printed wire uncovered, so that the electrochemical test strip can be inserted into the T-shaped slot of the card holder to interact with the three metal springs in the T-shaped slot. The electrochemical test strips can be used to detect the three components of blood sugar, blood lipids and uric acid according to the chemical composition of the medicine block. The detection principle of the electrochemical detection module is to drop the blood On the medicine block, the chemical reaction between the medicine block and the detected components in the blood generates an electrical signal, and then the electrical signal is amplified by an operational amplifier and sent to the single-chip microcomputer chip to calculate the content of the corresponding detected component of the medicine block.

The operation interface of the micro-detector and the mobile APP software of the service system is divided into five main pages of homepage, health file, health community, service center and me according to the navigation buttons at the bottom of the page. These five navigation keys are the first level of functions. key.

The homepage of the mobile APP software consists of four top-level function keys: start inspection, inspection upload, inspection record and online. It is mainly used to control the operation of the detector and APP inspection function and upload and analyze the medical examination data. The user clicks Start the detection function key, the mobile APP software pops up the detection interface, which contains the detection keys for urine detection, blood glucose detection, blood pressure measurement, heart rate measurement, blood oxygen measurement, and pulse measurement. The user selects and clicks the detection button on the interface to directly Control the operation of the tester or mobile phone program. After the tester or mobile phone function program completes the test, the test data will be directly displayed on the test data interface. The user clicks the test upload function button, the mobile APP software pops up the test data upload interface, and the upload interface has manual input Upload, wireless upload, scan code upload three kinds of test data upload functions, click the test upload button to upload the test data to the server and save it in the database. The data that users can manually enter include physical condition, today’s diet, exercise and fitness, and server For medicines, click the upload button to upload to the server and save to the database. After the save is complete, the server returns an upload success prompt box to the mobile APP software, indicating that the user has completed the upload operation of the test data, and the user clicks the test record function button, and the mobile APP The software pops up the test data history record interface, you can call up all the uploaded test records from the database, the user clicks the online function button, the mobile APP software checks the tester connected to the mobile phone by wired or wireless connection, and automatically establishes the connection to complete After the connection is connected, a successful connection prompt pops up. In the middle of the home page, there are tutorials, health knowledge, service hotline, and one-click ordering function keys.

The health files of the mobile APP software consist of my health files, family member health files, group physical examination files, my medical insurance, my medical records, electronic outpatient services, medical consultations, pediatric vaccine reminders, and middle-aged and elderly medication reminders. The second-level function keys Composition, mainly used for data operations related to the health of individuals and family members; my health file is the user’s own health file, the user clicks on my health file, and the mobile APP software will upload the selected information to the server and store it in the database Find all the user's own health data, the server will process the data found and send it to the mobile APP software to generate health records and analysis charts, and actively push health warnings based on the analysis charts, and family members’ health files are available to family members, relatives and friends. Health records and analysis charts generated by the medical instrument detection data in the IoT locker, and actively push health warnings according to the analysis charts, group medical examination files are saved and provided with the history records and analysis charts of their own medical reports in the hospital. My medical insurance is Call the medical insurance information of the individual in the medical insurance database. My medical record is to provide my past medical history and analysis charts. The electronic outpatient service is to digitize my name, ID card and medical insurance number and convert it into a QR code, one-dimensional QR code or other electronic data can be used for medical digitization by scanning the code or uploading wirelessly. One mobile phone can complete registration, consultation and hospitalization. The consultation and medical treatment is an electronic map centered on the user’s current location, showing the surroundings on the map. Which hospitals, outpatient clinics, specialist doctors, and community clinics are there, click on one of the doctors, and a dialog box for communicating with the doctor will pop up to provide users with fast, accurate and convenient medical services. The pediatric vaccine reminder is a freshman for registered users Child standard format reminder function. Users only need to fill in and upload the newborn’s name and birth time in their account. The mobile APP software generates a standard format table for children's vaccination, and compares it with the standard format table for children's vaccination based on the current time. Actively remind the types of vaccines that need to be vaccinated this week. Middle-aged and elderly medication reminders are provided to registered users such as blood pressure, blood sugar and other periodic long-term medication and periodic short-term medication reminders. Fill in the function column The function setting can be completed by the name of the commonly used medicine and the daily taking time. The middle-aged and elderly medication reminder has a remote setting function. Children who are not with the elderly can associate their parents’ mobile APP software in their mobile APP software. Your elders fill in and set this function. In the column of health records, you can continuously add new service items according to the needs of the use of file records.

The health community of the mobile APP software is to provide users with a chat platform interface for sharing and communication. The communication methods can be text, pictures, voice, and video. Sharing communities, communication communities and family groups can be established according to disease types and regions. , You can also form a friend address book and communicate with each friend in text, picture, voice, and video mode.

The service center of the mobile APP software consists of the second-level function keys of the CDC, health programs, fitness exercises, massage and health care, and caring for the society. The CDC is an information channel that uses the big data of national medical institutions to quickly provide users with early warning. The information includes infectious and non-infectious disease source information, such as group food, drinking water, gas poisoning incidents, group injury incidents caused by major traffic accidents, etc. This function is set with user access rights and actively pushes it. The health plan provides daily Nursing, body weight, blood vessel maintenance, vision and hearing health care methods and programs, fitness exercises provide methods and programs for exercising the body and various parts, Tuina health care provides methods and programs for common diseases of acupoint pressing and massage, and caring for the society is multiple public welfare portals , For caring for the elderly, such as nursing homes, lonely elderly, caring children such as orphanages, Internet addicted teenagers, etc., caring mountain areas such as particularly difficult groups, provide users with accurate nearby destinations for volunteer services, and provide users with love and voluntary labor Provide accurate record information. In the column of the service center, new service items can be added according to the development needs of the society.

My mobile APP software consists of avatar name, amount, system settings, points, usage records, expense details, family members, new user registration and logout. It is mainly used for personal use and expense items related to the software user. Operation; avatar name, amount, system settings, points, usage records, cost details, family members, new user registration and scanning are all personal service items for users. Logout is a complete logout of the mobile APP software. You must re-enter the password for this login. In my column, you can add new service items according to your personal service needs.

The PC user software and the mobile APP software are compared in function. The PC user software has less mobile code scanning function than the mobile APP software, and the other functions are exactly the same.

Description of the drawings

FIG. 1 is a schematic diagram of the assembly of a tester without a display screen according to an embodiment of the present invention;

2 is an exploded schematic diagram of a detector without a display screen according to an embodiment of the present invention;

3 is a schematic diagram of an exploded dry chemical photoelectric detection module according to an embodiment of the present invention;

4 is an exploded schematic diagram of a detector equipped with a display screen and an electrochemical detection module according to an embodiment of the present invention;

Figure 5 is a schematic diagram of the overall flow of an embodiment of the present invention;

Fig. 6 is a schematic flow chart of the homepage of the mobile APP software according to an embodiment of the present invention;

FIG. 7 is a schematic flowchart of a health file of the mobile APP software according to an embodiment of the present invention;

8 is a schematic flowchart of a service center for mobile APP software according to an embodiment of the present invention;

FIG. 9 is a schematic flow diagram of My My in the mobile APP software according to an embodiment of the present invention;

Mark in the picture:

1. Test paper pallet, 1-1, placement slot, 1-2, front positioning port, 1-3, trapezoidal guide slot, 1-4, rectangular slot, 1-5, shrink slot, 1-6, card position Slot, 1-7, semi-circular arc handle, 1-8, rear positioning port, 2, dry chemical test strip, 3, upper shell, 4. QR code label, 5. USB socket, 6, lower shell, 7 , MicroUSB socket, 8, motherboard, 9, single chip microcomputer chip, 10, wireless module, 10-1, Bluetooth module, 10-2, WIFI module, 10-3, IoT card socket, 11, dry chemical photoelectric detection module, 11 -1, photoelectric detection seat, 11-2, convex groove, 11-3, lower semi-cylindrical groove, 11-4, detection tube, 11-5, luminous tube, 11-6, photoelectric detection head, 11-7, Step through hole, 11-8, upper semi-cylindrical slot, 11-9, positioning hole, 11-10, trapezoidal slot, 11-11, limit hole, 12, rechargeable battery, 13, screw, 14, touch screen , 15, electrochemical detection module, 15-1, card holder, 15-2, sliding seat, 15-3, ejection handle, 15-4, spring, 16, database, 17, server, 18, detector, 19 , Electrochemical test strip, 20, mobile APP software, 21, home page, 21-1, start test, 21-2, test upload, 21-3, test record, 21-4, online, 22, health file, 22-1. My health records, 22-2, family member health records, 22-3, group physical examination files, 22-4, my medical insurance, 22-5, my medical records, 22-6, electronic clinic, 22 -7. Inquiry and medical treatment, 22-8, pediatric vaccine reminder, 22-9, middle-aged and elderly medication reminder, 23, healthy community, 24, service center, 24-1, CDC, 24-2, health plan, 24 -3. Fitness exercise, 24-4, massage and health care, 24-5, care for the society, 25, mine, 25-1, profile name, 25-2, amount, 25-3, discount, 25-4, points, 25-5. Use records, 25-6, cost details, 25-7, family members, 25-8, new user registration, 25-9, scan, 25-10, log out, 26, PC user software .

Detailed ways

As shown in Figure 5, a miniature detector and service system, the miniature detector and service system can detect the blood routine and urine routine indicators of the human body, and can be connected with mobile phones and tablet computers through the data line and the wireless module 10. , Laptops, desktop computers, WIFI routers are interconnected, and directly control the instrument directly with the software on mobile phones, tablets, laptops or desktop computers, and save the test data to the database 16 of the tested person in the server 17, The tester 18 with a touch screen 14 can convert the test data into a QR code and display it on the display. Use the APP software on mobile terminals such as mobile phones and tablet computers to scan the QR code to read the test data and upload it to In the database 16 of the tested person in the server 17, as shown in FIG. 1, FIG. 2, and FIG. 4, the micro tester 18 and the tester 18 in the service system are composed of test paper pallets 1,

upper shells

3, and 2 Dimension code label 4, USB socket 5, lower shell 6, MicroUSB socket 7, motherboard 8, single-chip microcomputer chip 9, wireless module 10, dry chemical photoelectric detection module 11, rechargeable battery 12, screw 13, touch screen 14, electrochemistry The detection module 15 is composed of the wireless module 10 of the detector 18 is composed of a Bluetooth module 10-1, a WIFI module 10-2, and an Internet of Things card holder 10-3. The application system is composed of a database 16, a server 17, a mobile APP software 20 and PC user software composition.

As shown in Figures 2 and 4, the upper shell 3 and the lower shell 6 of the micro-detector 18 and the detector 18 in the service system are injection molded into rectangular shells by plastic molds, and are set in the inner cavity of the upper shell 3. There is a screw post, a screw seat is provided in the corresponding position of the inner cavity of the lower shell 6, the upper shell 3 and the lower shell 6 are buckled together and connected with screws 13, the main board 8, the rechargeable battery 12, the electrochemical detection module 15, the dry chemical photoelectric detection module 11 is encapsulated in the inner cavity of the shell formed by the upper shell 3 and the lower shell 6. The detector 18 is divided into two types: no display screen and with a display screen. The upper shell of the detector 18 without a display screen Paste the QR code label 4 on the shell surface of 3, open a large rectangular hole on the shell surface of the upper shell 3 of the detector 18 equipped with the display screen, and remove the display part of the touch screen 14 from the upper shell 3. The inside is embedded in the rectangular hole and fixed on the upper shell 3 with screws 13, and the QR code label 4 is pasted on the bottom shell surface of the lower shell 6 of the detector 18, and the touch screen 14 is connected to the flat cable with a socket. Or it can be connected with the single-chip microcomputer chip 9 on the main board 8 by welding to exchange control information and data information between the touch screen 14 and the single-chip microcomputer chip 9 of the main board 8, to realize human-computer interaction, and it can also transfer the detected data. Into a QR code, displayed on the screen, the main board 8 consists of a circuit board and a single-chip microcomputer chip soldered on the circuit board 9, MicroUSB socket 7, USB socket 5, Bluetooth module 10-1, WIFI module 10-2, IoT card socket 10-3. Operational amplifier, temperature detection chip, data storage chip, detection tube 11-4, luminous tube 11-5, chip capacitors and chip resistors are formed on the sides of the upper shell 3 and the lower shell 6 It is provided with a dry chemical test paper tray 1 port, an electrochemical test paper port, an electrochemical paper eject button port, a USB socket hole and a MicroUSB socket hole. A screw column is integrally formed on the inner bottom surface of the lower shell 6, and the screw 13 is used to pass through the main circuit The fixing holes on the board fix the main board 8 on the lower shell 6. A plurality of partitions are integrally formed on the inner bottom surface of the lower shell 6 to form a dry battery holder or rechargeable battery 12 fixing seat. The main program of the detector 18 is stored on the main board 8. In the memory of the single-chip microcomputer chip 9, the main program includes a power management subprogram, a touch screen 14 subprogram, a USB socket 5 and a MicroUSB socket 7 interface subprogram, a dry chemical photoelectric detection subprogram, an electrochemical detection subprogram, Bluetooth subroutine, WIFI subroutine, Internet of Things subroutine, the USB socket 5 and MicroUSB socket 7 on the main board 8 of the tester 18 can be plugged into the data line to exchange data with mobile phones, tablets, laptops, and desktop computers, and use the data The line can charge the rechargeable battery 12 of the host or directly supply power to the host. It can also exchange data with mobile phones, tablet computers, laptops, and desktop computers through the wireless Bluetooth module 10-1 or WIFI module 10-2. It can also be equipped with The 4g or 5g IoT card is directly connected to the server 17 through the IoT card, and the server 17 exchanges data with mobile phones, tablets, laptops, and desktop computers. change.

As shown in Figures 2, 3, and 4, the dry chemical photoelectric detection module 11 of the detector 18 is composed of a photoelectric detection base 11-1, a photoelectric detection head 11-6, a detection tube 11-4, and a light-emitting tube 11- 5 and the test paper support plate 1, the photoelectric detection seat 11-1 is formed by injection molding, the shape of the photoelectric detection seat 11-1 is a rectangular parallelepiped, the length is 80-250mm, the width is 10-80mm, and the height is 5-35mm. An inverted isosceles trapezoidal groove 11-10 is provided along the longitudinal axis on the top surface of the cuboid of the detection base 11-1, and a convex shape is provided along the longitudinal axis on the bottom surface of the cuboid of the photoelectric detection base 11-1. Slot 11-2, the trapezoidal slot 11-10 and the convex-shaped slot 11-2 are separated by 1-8mm, on the two isosceles of the trapezoidal slot 11-10, parallel to the isosceles and perpendicular to the trapezoidal ridge every 2 -10mm symmetrically distributed 2-25 groups of lower semi-cylindrical grooves 11-3 with a diameter of 2-5.5mm or rectangular grooves with a side length of 2-5.5mm, the lower semi-cylindrical groove 11-3 or rectangular grooves are downward along the isosceles Extending into the convex groove 11-2, at one end of the bottom surface of the rectangular parallelepiped of the photoelectric detection base 11-1, a pair of limit holes 11-11 respectively equipped with photoelectric switches are provided. The four corners of the rectangular parallelepiped generate four along the height direction. There are two positioning holes 11-9, four positioning holes 11-9 are threaded on the screw posts of the lower shell 6, the main board 8 is pressed on the photoelectric detection base 11-1, and the edge of the convex groove 11-2 of the photoelectric detection base 11-1 At the intersection of the long line and the lower shell 6, there is a dry chemical test paper pallet. The photoelectric detection head 11-6 is injection molded. The shape of the photoelectric detection head 11-6 is an inverted isosceles trapezoidal column with a length of 80-220mm. The shape of the trapezoidal cross section of the detection head 11-6 is the same as the shape of the cross section of the isosceles trapezoidal groove 11-10 of the photodetection base 11-1. The two isosceles of the photodetection head 11-6 are parallel to Isosceles and perpendicular to the trapezoidal ridge line is symmetrically distributed every 2-10mm with 2-25 groups of upper semi-cylindrical grooves 11-8 with a diameter of 2-5.5mm or rectangular grooves with a side length of 2-5.5mm in the same group At the intersection of the center line of the upper semi-cylindrical groove 11-8 or the same group of rectangular grooves and the center line of the upper bottom surface, a stepped through hole 11-7 is provided. The diameter of the upper hole of the stepped through hole 11-7 is 2- 6mm, the depth is 2-6mm, at the center of the hole bottom, a small through hole with a diameter of 0.2-2mm is set, the center line of the stepped through hole 11-7 is the same group of the upper semi-cylindrical groove 11-8 or the same group The two centerlines and three lines of the rectangular slot are on the same plane and intersect at one point. A cylindrical detection tube 11-4 is welded on the main board 8 aligned with each stepped through hole 11-7, and the photoelectric detection head 11-6 is buckled. In the photoelectric detection base 11-1, the upper semi-cylindrical groove 11-8 or rectangular groove on the photoelectric detection head 11-6 and the lower semi-cylindrical groove 11-3 or rectangular groove on the photoelectric detection base 11-1 form a complete circle Hole or rectangular hole, aligned with each hole of the motherboard 8 A cylindrical luminous tube 11-5 is welded on the upper part. When the detection tube 11-4 and the luminous tube 11-5 adopt a patch tube type, the photoelectric detection seat 11-1 and the photoelectric detection head 11-6 are combined into a The stepped through hole 11-7 and the light guide round hole or rectangular hole are injection molded into a whole piece, and a patch-type detection tube 11-4 is welded to the main board 8 of each stepped through hole 11-7. A patch-type luminous tube 11-5 is welded to the main board 8 of each light guide hole or rectangular hole. The dry chemical test strip 2 is composed of a substrate and a medicine block. The material of the substrate is plastic. The shape is a rectangular parallelepiped, the length is 20-150mm, the width is 3-8mm, and the thickness is 0.1-2mm. 2-20 pieces of paper impregnated with chemicals are evenly bonded along the length direction at a distance of 0-5mm from one end of the substrate. The square or rectangular medicine block can detect the components in the urine as glucose (GLU), ketone body (KET), bilirubin (BIL), urobilinogen (URO), specific gravity (SG), occult blood (BLD) ), pH (pH), protein (PRO), nitrite (NIT), white blood cells (LEC), vitamin C (VC), creatinine (CRE), calcium ion (Ca), microalbumin (MCA), test paper holder Plate 1 is injection molded into a rectangular shape. The length of the test paper support plate 1 is 50-220mm, the width is 8-65mm, and the thickness between the top surface and the bottom surface of the test paper support plate 1 is 2-8mm, on the top surface of the test paper support plate 1. A placement slot 1-1 with a length of 20-150mm and a depth of 0.5-4mm is set on the center line of the slab. The placement slot 1-1 is formed by the front positioning port 1-2, trapezoidal guide slot 1-3, rectangular slot 1-4, Composed of shrink groove 1-5, card slot 1-6, semi-circular arc handle 1-7 and rear positioning port 1-8, the width of front positioning port 1-2 is 0.1-0.5 larger than the width of dry chemical test strip 2 mm, the positioning edge of the front positioning opening 1-2 at 0.4mm upwards from the bottom of the groove extends 0.5-1mm of the buckle edge into the groove, one end of the trapezoidal guide groove 1-3 is connected to the front positioning opening 1-2, and the other One end is widened by 2-10mm and is connected to the rectangular slot 1-4, the other end of the rectangular slot 1-4 is connected to the shrinking slot 1-5, and the other end of the shrinking slot 1-5 is narrowed to the card slot 1- 6 is connected, the width of the card slot 1-6 is 0.1-0.5mm larger than the width of the dry chemical test strip 2, and the positioning edge of the card slot 1-6 at 0.4mm upwards from the bottom of the slot protrudes 0.1-0.5mm into the slot -0.5mm buckle side or 1-3 small buckle circles, the other end of the slot 1-6 is connected with the semi-circular arc shank 1-7, and the other end of the semi-circular arc shank 1-7 is connected with the rear positioning port 1. -8 connected, the width of the rear positioning port 1-8 is 0.1-0.5mm larger than the width of the dry chemical test strip 2, and the positioning edge of the rear positioning port 1-8 protrudes into the groove from the bottom of the groove 0.4mm upwards 0.5-1mm buckle, the distance from the front positioning edge of the front positioning port 1-2 to the rear positioning edge of the rear positioning port 1-8 is 0.1-0.8mm larger than the total length of the dry chemical test strip 2. The test paper holder Board 1 press match Different delivery methods can be divided into the integrated test strip pallet 1 delivered with the instrument and the disposable test strip pallet 1 delivered with the test paper. Hold the dry chemical test strip 2 with the rear handle and place the front end of the dry chemical test strip 2 on the long side. Push forward in the square slot 1-4, the trapezoidal guide slot 1-3 guides the substrate at the front end of the dry chemical test strip 2 into the buckle edge of the front positioning port 1-2, and place the dry chemical test strip 2 on the back handle On the card slot 1-6 and the rear positioning port 1-8, firmly squeeze the dry chemical test strip 2 rear handle, and snap the dry chemical test strip 2 rear handle into the card slot 1-6 and rear positioning port 1 In -8, the dry chemical test strip 2 is accurately positioned in the placement slot 1-1 of the test paper support plate 1, and the test paper support plate 1 is inserted into the instrument from the dry chemical test paper support plate 1 of the lower shell 6, and the test paper support is pushed Board 1 is inserted into the bottom of the convex groove 11-2 of the photoelectric detection base 11-1 and triggers the photoelectric switch at one end of the photoelectric detection base 11-1, on the dry chemical test strip 2 in the placement slot 1-1 of the test paper pallet 1 The center point of each medicine block coincides with the center line of the step through hole 11-7 of the photoelectric detection head 11-6. After receiving the switch signal, the single-chip chip 9 of the main board 8 starts to detect 21-1, and the single-chip chip 9 controls the light-emitting tube 11-5 emits light in sequence, and the light shines on the medicine block. The light reflected from the medicine block passes through the small through hole on the photoelectric detection head 11-6 and shines on the detection tube 11-4. The detection tube 11-4 illuminates the medicine block. The amount of discoloration is converted into an electric signal, and then the electric signal is converted into detection data through the single-chip microcomputer chip 9, and the detection data is uploaded to a mobile phone, a tablet computer, a notebook computer or a desktop computer in a wired or wireless manner.

As shown in Figure 4, the electrochemical detection module 15 of the detector 18 is composed of a holder 15-1, a sliding seat 15-2, a paper ejection handle 15-3 and a spring 15-4, and the holder 15-1 is composed of The mold is injection molded into a cuboid with a length and width of 6-18mm and a thickness of 4-12mm. A T-shaped groove is opened along the length direction at the center point of one end surface of the cuboid in the length direction of the holder 15-1. A small square slot with a width of 1.5mm and a height of 1mm is opened on both sides along the length direction. A rectangular notch is set on the motherboard 8 where the holder 15-1 is installed. The length of the rectangular notch is the same as that of the holder 15-1. The width of the rectangular notch is equal to the width of the card holder 15-1 in the width direction minus the width of the two small square grooves. Insert the card holder 15-1 on the main board 8 with two small square grooves. On the rectangular gap of the card holder 15-1, the card holder 15-1 is firmly clamped on the main board 8. The upper end of the T-shaped surface in the T-shaped groove of the card holder 15-1 is provided with three metal reeds, one end of the three metal reeds Welded on the main board 8 respectively, and placed a T-shaped sliding seat 15-2 injected by a mold at the lower end of the T-shaped groove. The sliding seat 15-2 can slide freely in the T-shaped groove of the card seat 15-1. The seat 15-2 is inserted into the top surface of the T-shaped groove to generate a positioning block. A small cylindrical handle is formed below the sliding seat 15-2. The small cylindrical handle extends from the bottom of the card seat 15-1 and is inserted into the ejection handle 15 In the cantilever hole of -3, the ejection handle 15-3 is injected into an L shape by a mold, and a joint hole with a diameter larger than the screw 13 column at the upper right corner of the inner cavity of the lower shell 6 is set at the bend of the L, and the spring 15- 4 Place the paper ejection handle 15-3 under the screw 13 post, and put the paper ejection handle 15-3 on the screw 13 post. The handle position of the paper ejection handle 15-3 extends from the electrochemical ejection button port on the shell, and the electrochemical test The paper strip 19 is inserted into the T-shaped groove of the holder 15-1 against the top surface of the slide 15-2 and abuts on the positioning block on the slide 15-2. The three printed wires on the electrochemical test strip 19 Connected with the three metal reeds in the T-shaped groove of the card holder 15-1, press the handle position of the paper ejection handle 15-3 by hand, and the cantilever of the paper ejection handle 15-3 with the sliding seat 15-2 Slide outwards in the T-shaped groove of the holder 15-1, and the positioning block on the slide 15-2 and the slide 15-2 together push the electrochemical test strip 19 inserted into the T-shaped groove of the holder 15-1 to exit T-shaped slot, the auxiliary equipment used with the electrochemical detection module 15 is the electrochemical test strip 19, the electrochemical test strip 19 is composed of four parts: a substrate, a printed wire, a drug block and a protective film. The material of the substrate is Plastic, the shape is a rectangular parallelepiped, the length is 10-80mm, the width is 2-10mm, and the thickness is 0.1-2mm. There are two printed on the substrate of the electrochemical test strip 19 from the end to the other end 3mm along the length direction. Or three printed wires, a rectangular drug block is glued to the end of the substrate without a printed wire, a part of the drug block overlaps the printed wire and pressed on the printed wire, the rectangular drug block and the printed wire are covered with a protective film, leaving a 10mm print The brush wire is not covered, so that the electrochemical test strip 19 can be inserted into the T-shaped groove of the holder 15-1 to be connected with the three metal reeds in the T-shaped groove, according to the chemical composition of the drug block. The electrochemical test strip 19 is used for the detection of the three components of blood sugar, blood lipids and uric acid. The detection principle of the electrochemical detection module 15 is to drop the blood on the drug block, and the drug block and the detected components in the blood A chemical reaction occurs to generate an electrical signal, and the electrical signal is amplified by an operational amplifier and sent to the single-chip microcomputer chip 9 to calculate the content of the corresponding detected component of the medicine block.

As shown in Figure 5, the operation interface of the mobile APP software 20 in the service system is divided into five main pages: home page 21, health file 22, health community 23, service center 24, and my 25 according to the navigation buttons at the bottom of the page. The five navigation keys are the first-level function keys.

As shown in Figure 5 and Figure 6, the home page 21 of the mobile APP software 20 consists of four top secondary function keys: start detection 21-1, detection upload 21-2, detection record 21-3, and online 21-4 It is mainly used to control the operation of the detector 18 and the APP detection function and upload, analyze and save the physical examination data. The user clicks the start detection 21-1 function key, and the mobile APP software 20 pops up the detection interface, which contains urine detection. , Blood glucose detection, blood pressure measurement, heart rate measurement, blood oxygen measurement, pulse measurement detection keys, the user selects and clicks the detection key on the interface to directly control the operation of the detector 18 or mobile phone program, and the detector 18 or mobile phone function program completes the detection After that, the detection data is directly displayed on the detection data interface, the user clicks the detection upload 21-2 function button, and the mobile terminal APP software 20 pops up the detection data upload interface. The upload interface includes manual input upload, wireless upload, and scan code upload. Function, click the detection upload 21-2 button to upload the detection data to the server 17 and save it in the database 16. The data that the user can manually enter include physical condition, today’s diet, exercise and fitness, medications, etc., click the upload button to upload to The server 17 is saved to the database 16. After the saving is completed, the server 17 returns an upload success prompt box to the mobile APP software 20, indicating that the user has completed the uploading operation of the test data. The user clicks the test record 21-3 function key, and the mobile APP software 20 The test data history record interface pops up, and all the uploaded test records 21-3 can be retrieved from the database 16. The user clicks the online 21-4 function key, and the mobile APP software 20 checks the test on the mobile phone through wired or wireless connection The instrument 18, and automatically establish a connection, after the connection is completed, a successful connection prompt pops up. In the middle of the page on the home page 21, there are usage tutorials, health knowledge, service hotline, and one-click ordering function keys.

As shown in Figure 5 and Figure 7, the health file 22 of the mobile APP software 20 consists of my health file 22-1, family member health file 22-2, group medical examination file 22-3, and my medical insurance 22- 4. My medical record 22-5, electronic clinic 22-6, medical consultation 22-7, pediatric vaccine reminder 22-8 and middle-aged and elderly medication reminder 22-9 are composed of the second-level function keys, which are mainly used for personal and family Members’ health-related data operations; my health file 22-1 is the user’s own health file. The user clicks on my health file 22-1, and the mobile APP software 20 uploads the clicked information to the server 17 and stores it in the database 16. Find all the health data of the user. The server 17 processes the data found and sends it to the mobile APP software 20 to generate health records and analysis charts, and actively push health warnings based on the analysis charts. Family member health files 22-2 provide Family members, relatives and friends use the medical equipment in the IoT locker to generate health records and analysis charts, and actively push health warnings based on the analysis charts. Group medical examination files 22-3 save and provide historical records of their own medical reports in the hospital And the analysis chart, my medical insurance 22-4 is to call the medical insurance status of the individual in the medical insurance database 16, my medical record 22-5 is to provide my past medical history and analysis charts, and the electronic clinic 22-6 is to add my name Information such as, ID card and medical insurance number is digitized and converted into two-dimensional code, one-dimensional code or other electronic data, which can be used for medical digitization by scanning the code or wirelessly uploading. Registration, consultation and hospitalization can be completed with a mobile phone. Seeing a doctor 22-7 is an electronic map centered on the user’s current location. It shows which hospitals, outpatient clinics, specialist doctors and community clinics are around you on the map. Click on one of the doctors, and a dialog box for communicating with the doctor will pop up. Users provide fast, accurate and convenient medical services. Pediatric Vaccine Reminder 22-8 is a standard format neonatal reminder function for registered users. Users only need to fill in and upload the newborn’s name and birth time in their account, and then move it. The client APP software 20 generates a standard format table for children's vaccination, and compares it with the standard format table for children's vaccination based on the current time and actively reminds the types of vaccines that need to be vaccinated this week. Middle-aged and elderly medication reminders 22-9 are provided for registered users. Reminder function of periodic long-term taking medicine and periodic short-term taking medicine for lowering blood pressure and blood sugar. Fill in the name of commonly used medicine and daily taking time in this function column to complete the function setting. Medication reminder for middle-aged and elderly people 22-9 In particular, the remote setting function has been added. Children who are not with the elderly can associate their parents’ mobile APP software 20 in their mobile APP software 20, and fill in and set this function for their elders, in the column of health file 22 , New service items can be continuously added according to the needs of the use of archive records.

As shown in Figure 5, the health community 23 of the mobile APP software 20 is a chat platform interface for users to share and communicate. The communication methods can be text, pictures, voice, and video, which can be classified by disease type and region. Establish sharing communities, communication communities, and family groups. You can also form a friend address book and communicate with each friend by text, picture, voice, and video.

As shown in Figure 5 and Figure 8, the service center 24 of the mobile APP software 20 consists of the CDC 24-1, health program 24-2, fitness exercise 24-3, massage and health 24-4, and social care 24. -5 The second-level function key composition, the CDC 24-1 is an information channel that uses the big data of national medical institutions to quickly provide users with early warning information. The information includes infectious and non-infectious disease source information, such as group food , Drinking water, gas poisoning incidents, group injury incidents caused by major traffic accidents, etc., this function is set with user access permissions and actively pushes, health plan 24-2 provides methods and plans for daily care, body weight, blood vessel maintenance, vision and hearing care , Fitness Exercise 24-3 provides methods and programs for exercising the body and various parts, Tuina Health 24-4 provides methods and programs for common acupuncture and massage, and Care for the Society 24-5 is a multi-public welfare portal, such as caring for the elderly. Nursing homes, lonely elderly people, caring children such as orphanages, internet addicted teenagers, etc., caring mountain areas such as particularly difficult groups, provide users with accurate nearby destinations for volunteer services, and provide users with accurate records of love and voluntary labor. In the column of service center 24, new service items can be added according to the development needs of the society.

As shown in Figure 5 and Figure 9, the My 25 of the mobile APP software 20 is composed of profile picture name 25-1, amount 25-2, system settings 25-3, points 25-4, usage records 25-5, Expense details 25-6, family members 25-7, new user registration 25-8 and logout 25-10, mainly used for the use and operation of expense items related to the user of the software; avatar name 25-1, amount 25-2, System Settings 25-3, Points 25-4, Usage Records 25-5, Expense Details 25-6, Family Members 25-7, New User Registration 25-8 and Scan 25-9 are all for use User’s personal service items, logout 25-10 is a complete logout of the mobile APP software 20, the next time you log in, you must re-enter the password. In the column of my 25, new service items can be added according to personal service needs.

As shown in FIG. 5, the PC user software 26 is compared with the mobile APP software 20 in function. The PC user software 26 has less mobile code scanning function than the mobile APP software 20, and other functions are completely the same.

Claims

A miniature detector and service system, which is characterized in that: the miniature detector and service system can detect the blood routine and urine routine indexes of the human body, and can communicate with mobile phones and tablets through data lines and wireless modules (10). Computers, laptops, desktop computers, and WIFI routers are interconnected, and directly use software on mobile phones, tablets, laptops or desktop computers to directly control the instrument, and save the test data to the database of the tested person in the server (17) In (16), the detector (18) with a touch screen (14) can convert the detection data into a two-dimensional code and display it on the screen, and scan it with APP software on mobile terminals such as mobile phones and tablets. The dimensional code reads the test data and uploads it to the database (16) of the tested person in the server (17). The micro tester and the tester (18) in the service system are composed of the test paper pallet (1) and the upper shell (3). ), QR code label (4), USB socket (5), lower shell (6), MicroUSB socket (7), motherboard (8), single chip microcomputer (9), wireless module (10), dry chemical photoelectric detection module (11), rechargeable battery (12), screw (13), touch screen (14), electrochemical detection module (15), wherein the wireless module (10) of the detector (18) is composed of a Bluetooth module (10- 1), WIFI module (10-2), IoT card socket (10-3), the application system consists of database (16), server (17), mobile APP software (20) and PC user software (26) composition.
The miniature detector and service system according to claim 1, characterized in that: the upper shell (3) and the lower shell (6) of the detector (18) are injection molded into rectangular shells by a plastic mold, and the upper shell ( 3) The inner cavity is provided with a screw column, and a screw seat is provided at the corresponding position of the inner cavity of the lower shell (6). The upper shell (3) and the lower shell (6) are buckled together and connected with screws (13), and the main board (8) ), the rechargeable battery (12), the electrochemical detection module (15), and the dry chemical photoelectric detection module (11) are encapsulated in the inner cavity of the shell formed by the upper shell (3) and the lower shell (6), and the detector (18) There are two types: non-equipped display screen and equipped with display screen. Paste the QR code label (4) on the shell surface of the upper shell (3) of the detector (18) without a display screen. A large rectangular hole is opened on the upper shell (3) of the display detector (18), and the display part of the touch screen (14) is inserted into the rectangular hole from the inside of the upper shell (3). Fix it on the upper shell (3) with screws (13), paste the QR code label (4) on the bottom shell surface of the lower shell (6) of the detector (18), and connect the touch screen (14) The wire is connected with the single-chip microcomputer chip (9) on the main board (8) by plugging or welding. The detected data can also be converted into a two-dimensional code and displayed on the screen. The main board (8) is composed of the circuit board and the welding The single-chip microcomputer chip (9), MicroUSB socket (7), USB socket (5), Bluetooth module (10-1), WIFI module (10-2), IoT card socket (10-3), computing on the circuit board Amplifier, temperature detection chip, data storage chip, detection tube (11-4), luminous tube (11-5), chip capacitors and chip resistors are composed of the upper shell (3) and the lower shell (6). The side of the body is provided with a dry chemical test paper tray (1) port, an electrochemical test paper port, an electrochemical paper eject button port, a USB socket hole and a MicroUSB socket hole, and a screw post is integrally formed on the inner bottom surface of the lower shell (6). Fix the motherboard (8) on the lower shell (6) with screws (13) through the fixing holes on the main circuit board. A plurality of partitions are integrally formed on the inner bottom surface of the lower shell (6) to form a dry battery holder or rechargeable battery (12) Fixed seat, the main program of the tester (18) is stored in the memory of the microcontroller chip (9) on the main board (8), and the main program contains power management subroutines and touch screen (14) subroutines , USB socket (5) and MicroUSB socket (7) interface subroutine, dry chemical photoelectric detection subroutine, electrochemical detection subroutine, Bluetooth subroutine, WIFI subroutine, Internet of Things subroutine, the main board (18) of the detector (18) 8) The USB socket (5) and MicroUSB socket (7) on the upper side can be plugged into the data line to exchange data with mobile phones, tablets, laptops, and desktop computers, and use the data line to charge the rechargeable battery (12) of the host or directly The host is powered by a wireless Bluetooth module (10-1) or WIFI module (10-2) with mobile phones and tablets. Brain, laptops, desktop computers can exchange data, and 4g or 5g IoT cards can also be installed, which are directly connected to the server (17) through the IoT card, and with mobile phones, tablet computers, laptops, and desktops through the server (17) The computer exchanges data.
The miniature detector and service system according to claim 1, characterized in that: the dry chemical photoelectric detection module (11) of the detector (18) consists of a photoelectric detection seat (11-1) and a photoelectric detection head (11- 6), the detection tube (11-4), the light-emitting tube (11-5) and the test paper support plate (1), the photoelectric detection seat (11-1) is formed by injection molding, the shape of the photoelectric detection seat (11-1) It is a rectangular parallelepiped with a length of 80-250mm, a width of 10-80mm, and a height of 5-35mm. An inverted isosceles trapezoidal groove is provided along the longitudinal axis on the top surface of the rectangular parallelepiped of the photoelectric detection base (11-1). (11-10), a convex groove (11-2), a trapezoidal groove (11-10) and a convex groove (11- 2) 1-8mm apart, on the two isosceles of the trapezoidal groove (11-10), parallel to the isosceles and perpendicular to the trapezoidal ridge line, there are 2-25 groups of diameters of 2 symmetrically distributed every 2-10mm. 5.5mm lower semi-cylindrical groove (11-3) or rectangular groove with side length of 2-5.5mm, lower semi-cylindrical groove (11-3) or rectangular groove extends down the isosceles to the convex groove (11- In 2), at one end of the bottom surface of the cuboid of the photoelectric detection base (11-1), a pair of limit holes (11-11) respectively equipped with photoelectric switches are provided, and the four corners of the cuboid generate four positioning holes along the height direction (11-9), the four positioning holes (11-9) pass through the screw post of the lower shell (6), the main board (8) is pressed on the photoelectric detection base (11-1), the photoelectric detection base (11-1) There is a dry chemical test paper pallet at the intersection of the convex groove (11-2) and the lower shell (6) along the long line. The photoelectric detection head (11-6) is molded by injection molding, and the photoelectric detection head (11-6) The shape is an inverted isosceles trapezoidal column with a length of 80-220mm. The shape of the trapezoidal cross-section of the photoelectric detection head (11-6) is the same as that of the isosceles trapezoid groove (11-10) of the photoelectric detection seat (11-1) The shape of the cross section is the same. On the two isosceles of the photoelectric detection head (11-6), parallel to the isosceles and perpendicular to the trapezoidal ridge, there are 2-25 groups symmetrically distributed every 2-10mm with a diameter of 2- 5.5mm upper semi-cylindrical groove (11-8) or rectangular groove with side length of 2-5.5mm, in the same group of upper semi-cylindrical grooves (11-8) or the same group of rectangular grooves between the center point of the line and the upper bottom At the intersection of the center line, a stepped through hole (11-7) is provided. The upper hole of the stepped through hole (11-7) has a diameter of 2-6mm and a depth of 2-6mm. At the center point of the bottom of the hole, set A small through hole with a diameter of 0.2-2mm, the center line of the stepped through hole (11-7) and the two center lines of the same group of upper semi-cylindrical grooves (11-8) or the same group of rectangular grooves are in the same plane and intersect At one point, weld a cylindrical detection tube (11) on the main board (8) aligned with each stepped through hole (11-7) -4), snap the photoelectric detection head (11-6) to the photoelectric detection base (11-1), the upper semi-cylindrical groove (11-8) or rectangular groove on the photoelectric detection head (11-6) and the photoelectric detection The lower semi-cylindrical slot (11-3) or rectangular slot on the seat (11-1) forms a complete round hole or rectangular hole, and a cylindrical light-emitting tube is welded to the main board (8) aligned with each hole position (11-5), when the detection tube (11-4) and the light-emitting tube (11-5) adopt the patch tube type, the photoelectric detection seat (11-1) and the photoelectric detection head (11-6) are combined into A mold with stepped through holes (11-7) and light guide holes or rectangular holes is injection molded into a whole piece, and a patch type is welded to the motherboard (8) of each stepped through hole (11-7) The detection tube (11-4) is aligned with each light guide hole or rectangular hole on the main board (8), and a patch-type luminous tube (11-5) is welded. The dry chemical test strip (2) is made of The substrate and the medicine block are composed of two parts. The material of the substrate is plastic, and the shape is a rectangular parallelepiped. The length is 20-150mm, the width is 3-8mm, and the thickness is 0.1-2mm. It is 0-5mm away from one end of the substrate along the length direction. Glue 2-20 paper square or rectangular medicine blocks impregnated with chemical agents at even intervals, which can detect the components in the urine as glucose (GLU), ketones (KET), and bilirubin (BIL). , Urobilinogen (URO), specific gravity (SG), occult blood (BLD), pH (pH), protein (PRO), nitrite (NIT), white blood cell (LEC), vitamin C (VC), creatinine (CRE) , Calcium ion (Ca), Microalbumin (MCA), the test paper support plate (1) is injected into a rectangle by a mold, the test paper support plate (1) has a length of 50-220mm and a width of 8-65mm, and the test paper support plate (1) The thickness between the top surface and the bottom surface of) is 2-8mm, and a placement slot (1-1) with a length of 20-150mm and a depth of 0.5-4mm is set on the midline of the top surface of the test paper support (1), and placed The slot (1-1) consists of the front positioning port (1-2), trapezoidal guide slot (1-3), rectangular slot (1-4), shrink slot (1-5), and card slot (1-6) , Semi-circular arc handle (1-7) and rear positioning port (1-8), the width of the front positioning port (1-2) is 0.1-0.5mm larger than the width of the dry chemical test strip (2), from the groove The positioning edge of the front positioning opening (1-2) at 0.4mm from the bottom to the top extends a 0.5-1mm buckle edge into the groove, and one end of the trapezoidal guide groove (1-3) is connected to the front positioning opening (1-2) , The other end becomes wider by 2-10mm and is connected to the rectangular groove (1-4), and the other end of the rectangular groove (1-4) is connected to the shrinking groove (1-5), the shrinking groove (1-5) The other end is narrowed and connected to the card slot (1-6), the width of the card slot (1-6) is 0.1-0.5mm larger than the width of the dry chemical test strip (2), 0.4mm upward from the bottom of the slot The positioning edge of the card slot (1-6) extends 0.1 -0.5mm buckle side or 1-3 small buckle circles, the other end of the slot (1-6) is connected with the semi-circular arc shank (1-7), the other end of the semi-circular arc shank (1-7) One end is connected with the rear positioning port (1-8), the width of the rear positioning port (1-8) is 0.1-0.5mm larger than the width of the dry chemical test strip (2), and the rear positioning is 0.4mm upward from the bottom of the groove The positioning edge of the opening (1-8) extends 0.5-1mm into the groove, the distance from the front positioning edge of the front positioning opening (1-2) to the rear positioning edge of the rear positioning opening (1-8) The total length of the test strip (2) is 0.1-0.8mm longer than that of the dry chemical test strip (2). The test strip pallet (1) can be divided into an integrated test strip pallet (1) delivered with the instrument and a disposable one delivered with the test strip according to different delivery methods. Test paper tray (1).
The miniature detector and service system according to claim 1, characterized in that: the electrochemical detection module (15) of the detector (18) consists of a holder (15-1), a sliding seat (15-2), The ejection handle (15-3) and the spring (15-4) are composed. The holder (15-1) is injection-molded into a rectangular cuboid with a length and width of 6-18mm and a thickness of 4-12mm. The holder (15- 1) A T-shaped groove is opened along the length direction on the center point of one end face in the length direction of the cuboid, and a small square groove with a width of 1.5mm and a height of 1mm is opened on both sides of the end face along the length direction. A rectangular notch is provided on the main board (8) where the holder (15-1) is installed. The length of the rectangular notch is equal to the length of the holder (15-1), and the width of the rectangular notch is equal to that of the holder (15-1). After subtracting the width of the two small square grooves in the width direction, the remaining width is the same. Insert the card holder (15-1) into the rectangular notch on the main board (8) with two small square grooves to make the card holder (15- 1) It is firmly clamped on the main board (8). Three metal reeds are provided on the upper end of the T-shaped surface in the T-shaped groove of the holder (15-1), and one end of the three metal reeds is respectively welded to the main board ( 8) On the lower end of the T-slot, place a T-shaped sliding seat (15-2) injected by a mold, and the sliding seat (15-2) can slide freely in the T-shaped groove of the holder (15-1) , Generate a positioning block on the top surface of the sliding seat (15-2) inserted into the T-shaped groove, a small cylindrical shank is formed below the sliding seat (15-2), and the small cylindrical shank is from the holder (15-1) The lower part is extended and inserted into the cantilever hole of the ejection handle (15-3). The ejection handle (15-3) is injection molded into an L shape by a mold. An inner diameter larger than the lower shell (6) is set at the bend of the L In the joint hole of the screw (13) column in the upper right corner of the cavity, place the spring (15-4) at the bottom of the screw (13) column, and then put the paper ejection handle (15-3) on the screw (13) column, and remove the paper The handle (15-3) of the handle (15-3) extends from the electrochemical eject button port on the housing, and the electrochemical test strip (19) is inserted into the card seat (15- 2) against the top surface of the sliding seat (15-2). 1) In the T-shaped groove and top on the positioning block on the sliding seat (15-2), the three printed wires on the electrochemical test strip (19) and the T-shaped groove of the holder (15-1) The three metal reeds are connected, press the handle position of the paper ejection handle (15-3) with your hand, and the cantilever of the paper ejection handle (15-3) with the carriage (15-2) is in the card seat (15-3). 1) Slide outwards in the T-shaped groove, the positioning block on the sliding seat (15-2) and the sliding seat (15-2) push the electrochemical test paper inserted into the T-shaped groove of the card seat (15-1) together The strip (19) exits the T-shaped slot, and the auxiliary equipment used with the electrochemical detection module (15) is an electrochemical test strip (19). The electrochemical test strip (19) consists of a substrate, a printed wire, a drug block and The protective film consists of four parts, the material of the substrate is plastic, the shape is a rectangular parallelepiped, the length is 10-80mm, and the width is 2-10mm , The thickness is 0.1-2mm. There are two or three printed wires printed on the substrate of the electrochemical test strip (19) along the length direction from the end to 3mm away from the other end, and there are no printed wires on the end of the substrate. Rectangular medicine block, part of the medicine block overlaps the printed wire and presses it on the printed wire, cover the rectangular medicine block and the printed wire with a protective film, leave a 10mm printed wire uncovered, and insert the electrochemical test strip (19) into the card holder The T-shaped groove of (15-1) can be connected with the three metal reeds in the T-shaped groove, and the electrochemical test strip (19) can be used in the blood according to the chemical composition of the medicine block. The detection principle of the three components of blood sugar, blood lipid and uric acid, the detection principle of the electrochemical detection module (15) is to drop blood on the drug block, the drug block and the detected components in the blood chemically react to produce electrical signals, and then The electrical signal is amplified by the operational amplifier and then sent to the single-chip microcomputer chip (9) to calculate the content of the corresponding detected component of the medicine block.
The micro-detector and service system according to claim 1, characterized in that: the operation interface of the mobile APP software (20) in the service system is divided into a home page (21) and a health file (22) according to the navigation buttons at the bottom of the page. ), health community (23), service center (24) and my (25) five main pages, the five navigation keys are the first level function keys.
The mobile terminal APP software according to claim 5, characterized in that: the home page (21) consists of start detection (21-1), detection upload (21-2), detection record (21-3) and online (21 -4) It is composed of four top secondary function keys, which are mainly used to control the operation of the detector (18) and APP detection function and upload and analyze the physical examination data. The user clicks the start detection (21-1) function key to move The terminal APP software (20) pops up the detection interface, which contains the detection keys for urine detection, blood glucose detection, blood pressure measurement, heart rate measurement, blood oxygen measurement, and pulse measurement. The user selects and clicks the detection key on the interface to directly control the detector (18) or the mobile phone program is running, the tester (18) or the mobile phone function program will directly display the test data on the test data interface after the test is completed, the user clicks the test upload (21-2) function button, the mobile APP software (20) The test data upload interface pops up. The upload interface has three test data upload functions: manual input upload, wireless upload, and scan code upload. Click the test upload (21-2) button to upload the test data to the server (17) and save it to the database ( In 16), the data that the user can manually enter include physical condition, today's diet, exercise and fitness, medications, etc., click the upload button to upload to the server (17) and save to the database (16), after the save is completed, the server (17) The upload success prompt box is returned to the mobile APP software (20), indicating that the user has completed the uploading of the test data. The user clicks the test record (21-3) function key, and the mobile APP software (20) pops up the test data history record interface. All the uploaded inspection records (21-3) can be retrieved from the database (16), the user clicks the online (21-4) function key, and the mobile APP software (20) checks the detection on the mobile phone through wired or wireless connection After the connection is completed, a successful connection prompt pops up. In the middle of the page of the homepage (21), there are usage tutorials, health knowledge, service hotline, and one-click order function keys.

The health file (22) of the mobile APP software (20) is composed of my health file (22-1), family member health file (22-2), group physical examination file (22-3), and my medical insurance ( 22-4), my medical record (22-5), electronic outpatient service (22-6), medical consultation (22-7), pediatric vaccine reminder (22-8) and middle-aged and elderly medication reminder (22-9) The secondary function keys are mainly used for data operations related to the health of individuals and family members; my health file (22-1) is the user’s own health file, and the user clicks on my health file (22-1), The mobile APP software (20) uploads the clicked information to the server (17) and searches the database (16) for all the health data of the user. The server (17) processes the found data and transmits it to the mobile APP software (20) Generate health records and analysis charts, and actively push health warnings based on the analysis charts. Family member health files (22-2) provide health records and analysis generated by family members, relatives and friends using medical equipment in the IoT locker. Charts, and actively push health warnings based on the analysis charts, group medical examination files (22-3) save and provide historical records and analysis charts of their own medical reports in the hospital, my medical insurance (22-4) calls the medical insurance database (16) The individual’s medical insurance situation in my medical record (22-5) is to provide my previous medical history and analysis charts, and the electronic outpatient service (22-6) is to digitize and transfer information such as my name, ID card and medical insurance number. Into two-dimensional code, one-dimensional code or other electronic data, by scanning the code or wireless uploading, it can be used for medical digitization to complete registration, medical treatment and hospitalization with a mobile phone. Inquiry and medical treatment (22-7) are based on the current location of the user The central electronic map shows which hospitals, outpatient clinics, specialist doctors and community clinics are around you on the map, click on one of the doctors, and a dialog box for communicating with the doctor will pop up to provide users with fast, accurate and convenient consultation Service, Pediatric Vaccine Reminder (22-8) is a standard format reminder function for newborns for registered users. Users only need to fill in and upload the newborn’s name and birth time in their account, and the mobile APP software (20) generates Children’s vaccination standard format table, and compare with the children’s vaccination standard format table based on the current time and actively remind the types of vaccination that need to be vaccinated this week. Middle-aged and elderly medication reminders (22-9) are provided for registered users such as lowering blood pressure, The reminder function of periodic long-term taking medicine and periodic short-term taking medicine such as blood sugar lowering, the function setting can be completed by filling in the name of commonly used medicine and daily taking time in this function column. Medication reminder for middle-aged and elderly people (22-9) is special Added remote setting function.

The health community (23) of the mobile APP software (20) is to provide users with a chat platform interface for sharing and communication. The communication methods can be text, pictures, voice, and video, and can be shared according to disease types and regions. Communities, communication communities, and family groups can also form a friend address book and communicate with each friend by text, picture, voice, and video.

The service center (24) of the mobile APP software (20) is composed of the CDC (24-1), health plan (24-2), fitness exercise (24-3), massage and health care (24-4), Caring for the society (24-5) is composed of the second-level function keys. The Center for Disease Control and Prevention (24-1) is an information channel that uses the big data of national medical institutions to quickly provide users with early warning information. The information has infectious and non-infectious disease sources. Information, such as group food, drinking water, gas poisoning incidents, group injury incidents caused by major traffic accidents, etc. This function is set with user access permissions and actively pushes it. The health plan (24-2) provides daily care, body weight, blood vessel Methods and programs for maintenance, vision and hearing care, fitness exercise (24-3) provides methods and programs for exercising the body and various parts, and Tuina health care (24-4) provides methods and programs for common diseases of acupoint pressing and massage, caring for the society ( 24-5) Provide multiple public welfare portals, such as nursing homes, lonely elderly people, caring children such as orphanages, Internet addicted teenagers, etc., and related mountain areas, such as particularly difficult groups, to provide users with accurate nearby goals for volunteer services. To provide accurate record information for users’ love and voluntary labor.

The My (25) of the mobile APP software (20) is set by the profile picture name (25-1), amount (25-2), and system settings

(25-3), Points (25-4), Usage Record (25-5), Expense Details (25-6), Family Members (25-7), New User Registration (25-8) and Logout (25 -10) Composition, mainly used for the operation of the use and expense items related to the user of the software; avatar name (25-1), amount (25-2), system settings (25-3), points (25-4) ), usage records (25-5), expense details (25-6), family members (25-7), new user registration (25-8) and scan (25-9) are all for the user's individual For service items, logout (25-10) is a complete logout of the mobile APP software (20), and the password must be re-entered the next time you log in.
The mobile APP software according to claim 5, characterized in that: the PC user software (26) is compared with the mobile APP software (20) in function, and the PC user software (26) is compared with the mobile APP software. (20) Less mobile scan code function, other functions are exactly the same.