CN207837558U - A kind of medical treatment device of self-service detection - Google Patents
A kind of medical treatment device of self-service detection Download PDFInfo
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- CN207837558U CN207837558U CN201720773546.XU CN201720773546U CN207837558U CN 207837558 U CN207837558 U CN 207837558U CN 201720773546 U CN201720773546 U CN 201720773546U CN 207837558 U CN207837558 U CN 207837558U
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Abstract
The utility model provides a kind of medical treatment device of self-service detection, including self-service detection terminal, self-service detection terminal includes MCU microcontrollers, the MCU microcontrollers are separately connected data communication plate, RFID device, display screen and network communication device, the data communication plate is separately connected and controls blood detector, urine detection instrument, temperature monitor, breathing detection instrument, electronic scale and pedometer, the test data of each detecting instrument is transferred to MCU microcontrollers by data communication plate, and data processing, storage and display are carried out by MCU microcontrollers.
Description
Technical field
The utility model is related to medical data management field, especially a kind of medical treatment device of self-service detection.
Background technology
It needs to check under the guidance of doctor in the general customary routine inspection of hospital, generally requires to register, arrange
Then multiple links such as team, detection can just be made a definite diagnosis and write a prescription, worry is brought to most of busy people, and solving self-service inspection is
The trend of one medical industry.
General medical institutions take manual toll collection mode, cost of labor to account for larger ratio in the spending of medical control
Example, unmanned medical system charging mode become the important developing direction of medical industry.
Utility model content
Purpose of utility model：Technical problem to be solved in the utility model is in view of the deficiencies of the prior art, to provide one
The medical treatment device of the self-service detection of kind.
In order to solve the above-mentioned technical problem, the utility model provides a kind of medical treatment device of self-service detection, including self-service
Detection terminal, self-service detection terminal include MCU microcontrollers, the MCU microcontrollers be separately connected data communication plate, RFID devices,
Display screen and network communication module, the data communication plate are separately connected and control blood detector, urine detection instrument, body temperature inspection
It surveys instrument, breathing detection instrument, electronic scale and pedometer, data communication plate and the test data of each detecting instrument is transferred to MCU monolithics
Machine carries out data processing, storage and display by MCU microcontrollers.
In the utility model, the MCU microcontrollers are also connected with liquid crystal display circuit, electric power management circuit, RFID radio frequency moulds
Block, microphone circuit, keyboard circuit and data storage circuitry.
In the utility model, the microphone circuit includes the first active buzzer BEEP1, first active buzzer
The anode of BEEP1 is separately connected the anode of 3rd resistor R3 and the 4th capacitance C4, and the 3rd resistor R3 other ends access power supply, use
In the operating current for adjusting buzzer, the cathode ground connection of the 4th capacitance C4 provides stable operating voltage for buzzer, described
The cathode of first active buzzer BEEP1 is connected to the collector of third transistor Q3, and the collector of the third transistor Q3 connects
Connect the BEEP_CTL pins that microcontroller is accessed after second resistance R2.
In the utility model, the network communication module include the first module U1, the second triode Q2, the 4th resistance R4,
9th resistance R9, thirteenth resistor R13, the 14th resistance R14, the first Zener diode Z1, the 7th capacitance C7 and the 8th capacitance
C8, the second triode Q2, the 4th resistance R4, the 9th resistance R9, thirteenth resistor R13, the 14th resistance R14 constitute first
The on/off circuit of module U1, by the switch of the POWER_ON pins control network communication module U1 of MCU microcontrollers；Described first
The cathode of the first Zener diode Z1, anode and the 7th capacitance C7 of the 8th capacitance C8 are separately connected on the VBAT pins of module U1
One end, for providing stable operating voltage to the first module U1.
In the utility model, the RFID radio-frequency modules include RFID radio frequency reading module control circuits, and RFID radio frequencies are swept
Retouch module control circuit include the first field-effect tube Q1, first resistor R1, the 5th resistance R5, the 6th resistance R6, the 7th resistance R7,
8th resistance R8, the 15th resistance R15, the 24th capacitance C24, the 27th capacitance C27 and the 40th capacitance C40, it is described
The source electrode of first field-effect tube Q1 is separately connected power supply and the 40th capacitance C40, and the 40th capacitance C40 other ends ground connection is described
The drain electrode of first field-effect tube Q1 is separately connected the power supply, the 24th capacitance C24 and the 27th capacitance of RFID radio-frequency modules
The other end of C27, the 24th capacitance C24 and the 27th capacitance C27 are grounded jointly, the grid of the first field-effect tube Q1
Pole connects the RF_CTL pins of access MCU microcontrollers after first resistor R1；
The one end the 15th resistance R15 connects the resetting pin of RFID radio-frequency modules, and the other end connects MCU microcontrollers
RST pins, the 5th resistance R5, the 6th resistance R6, the 7th resistance R7 and the 8th resistance R8 one end be separately connected RFID and penetrate
The communication port of frequency module, the other end are connect with the communication port of MCU microcontrollers respectively.
In the utility model, the MCU microcontrollers include being shaken by what capacitance C2, capacitance C3, crystal oscillator X1 and resistance R32 were formed
Circuit is swung, is grounded after the first foot connection capacitance C2 of MCU microcontrollers, is grounded after the crus secunda connection capacitance C3 of MCU microcontrollers, it is brilliant
The X1 and resistance R32 that shakes is connected in parallel on the first foot and crus secunda of MCU microcontrollers；
The MCU microcontrollers include the by the reset circuit of resistance R30 and capacitance the C1 MCU constituted the 59th of MCU microcontrollers the
Foot is separately connected resistance R30 and capacitance C1, and the resistance R30 other ends access power supply, capacitance C1 other ends ground connection；
The MCU microcontrollers include stablizing inspection by thermo-sensitive resistor R22 and precision resister R23 the MCU microcontrollers constituted
Slowdown monitoring circuit, the 14th foot of MCU microcontrollers access power supply, MCU monolithics after being sequentially connected thermo-sensitive resistor R22 and precision resister R23
It is grounded after the 15th foot connection precision resister R23 of machine.
Advantageous effect：User can be right by detecting instrument by terminal and the self-service detection terminal of the basic disease of human body
Some slow diseases of itself are measured in real time, remove from register, wait in line, links, the Portable high-efficiency such as window is paid.
Description of the drawings
The utility model is done with reference to the accompanying drawings and detailed description and is further illustrated, the utility model
Above-mentioned or otherwise advantage will become apparent.
Fig. 1 is a kind of medical treatment device structural schematic diagram of self-service detection
Fig. 2 is the whole functional block diagram of the self-service detection terminal of the basic disease of human body in the utility model embodiment.
Fig. 3 is the circuit part schematic diagram of data communication plate in the utility model embodiment.
Fig. 4 is blood pressure measurement module circuit schematic in the utility model embodiment.
Fig. 5 is to inflate pump circuit and gas bleeder valve circuit diagram in the utility model embodiment in blood pressure measurement.
Fig. 6 is the circuit diagram of MCU microcontrollers in the utility model embodiment.
Fig. 7 is the circuit diagram of loudspeaker in the utility model embodiment.
Fig. 8 is the circuit diagram of RFID radio frequency reading modules in the utility model embodiment.
Fig. 9 is the circuit diagram of network communication module in the utility model embodiment.
Specific implementation mode
It elaborates to the utility model below in conjunction with attached drawing.
Such as Fig. 1, mobile phone first passage scans the Quick Response Code in the self-service detection terminal of the basic disease of human body, downloads installation APP
After client software, after registering user related information on mobile phone, APP client softwares will be noted by server network interface
Health worker's information of volume is transferred to health servers and carries out archive processing.
The Response Code scan module is for being scanned the Quick Response Code in the self-service detection terminal of the basic disease of human body, certainly
It is dynamic to download APP clients, and read the machine information of detection terminal.The user information registration module establishes personal health shelves
Case.The charging system is completed by payment systems such as wechat, Alipay, Web banks corresponding according to medical detection project
Expense.The server network interface carries out network communication for cell phone application client functionality and health servers, by user institute
There are information and detection demand to be transferred to health servers.
Smart mobile phone APP clients include Response Code scan module, Charging Module, personal health information network management terminal and
The self-service basic disease detection terminal of control human body, the personal health information network management terminal of cell phone application client solve Healthy People
The promptness of member's information and comprehensive, including name, ID card No., contact method, address, health status etc.；Cell phone application visitor
After health and fitness information terminal Quick Response Code is scanned at family end, blood pressure detecting, breathing detection, blood testing, urine detection, body temperature inspection can be carried out
It surveys；The self-contained health service of cell phone application client, healthy network port aspect can provide weather forecast information, hospital expert
System, travel guide, health service assessment and suggestion, video diagnosis etc..
The health servers are the management systems established with specified medical institutions or corresponding management mechanism, and management is personal
All one's life health status, the testing result of the personal basic self-service detection terminal of disease can all be automatically uploaded in health servers,
Storage retains, analyzes, information reminding, and that pays each time detects all by being operated on the charging platform of health servers,
All historical archives are stored in health service end, compare convenient for inquiring at any time.
The health servers provide the network interface of cell phone application client and health servers, health servers respectively
With the network interface of the self-service detection terminal of personal basic disease.When some fitness programme is tested in user's request, in hand
The fitness programme is selected in machine APP clients, is transferred in health servers by server network interface, health servers ratio
After user information and charge situation, the health contents asked are needed to be transferred to personal basic disease user by network interface
In self-service detection terminal, the personal basic self-service detection terminal of disease is measured according to the fitness programme of request.
Such as Fig. 2, the utility model discloses the self-service detection terminals of personal basic disease, by MCU microcontrollers 1, data communication
Plate 2, liquid crystal display circuit 3, electric power management circuit 4, RFID radio-frequency modules 5, microphone circuit 6, keyboard circuit 7, data storage
Circuit 8, network communication module 9, antenna 10, sphygmomanometer measurement module 11, blood detector 12, urine detection instrument 13, body temperature inspection
Instrument 14, breathing detection instrument 15, electronic scale 16, pedometer 17, armband 18, inflation pump circuit 19, gas bleeder valve circuit 20 is surveyed to constitute.Institute
State detection and acquisition of the blood pressure test module for blood pressure.The network communication module is used for and network server carries out channel radio
News.
MCU microcontrollers connect liquid crystal display circuit, RFID frequency sweep scan modules, network communication module.
The MCU microcontrollers connect blood pressure detecting module while can connect blood detector, urine detection instrument, body temperature inspection
Survey the equipment such as instrument, breathing detection instrument, electronic scale, pedometer.
The network communication module and health servers are wanted to connect, and the data of various measuring apparatus are arrived by transmission of network
In health servers.
The liquid crystal display circuit uses the microprocessor of dot matrix display screen driving, can directly display and read test equipment
Data result.
The data communication plate 2 connects the detecting instrument of various medical detection projects, for controlling various detecting instruments
Detection and data acquisition, detecting instrument includes blood detector 12, urine detection instrument 13, temperature monitor 14, breathing detection instrument
15, electronic scale 16, pedometer 17.
The blood pressure test module 11 passes through armband 18, the aeration speed and gas bleeder valve circuit of control inflation pump circuit 19
The power of 20 pairs of blood of human body pulses is detected and acquires, and all data are transferred to MCU microcontrollers 1.
The MCU microcontrollers 1 carry out analyzing processing, connection data storage circuitry 8, liquid crystal display circuit to all data
3, RFID radio-frequency modules 5, microphone circuit 6, key circuit 7, network communication module 9.The data storage circuitry 8 to data into
Row storage backup, the liquid crystal display circuit 3 controls liquid crystal display, and is displayed on the screen, and the RFID radio-frequency modules 5 carry out
The data of external intact card or Citizen Card Item are read in detection, and the microphone circuit 6 is prompted by sending out the sound of various frequencies
Various test modes, the key circuit 7 can be used for sending out various external medical detection devices for inquiring data
Go out control command, the network communication module 9 and antenna 10 are wirelessly connected health servers by network interface protocols.
The electric power management circuit 4 provides various works for all circuits of the self-service detection terminal of entire personal basic disease
Make voltage, to ensure the normal use of all parts.
Such as Fig. 3, the data communication plate includes 6 foot microcontroller U15,6 foot microcontroller U16, the 16th resistance R16, the tenth
Seven resistance R17, the 18th resistance R18, the 20th resistance R20, the 47th resistance R47, eleventh resistor R11, the 13rd electricity
Hold C13 to constitute.The pin 2 of the 6 foot microcontroller U15 connects the 16th one end resistance R16, the 16th resistance R16 other ends
News signal output end is connected, the metering function of signal is used for；The pin 4 of the 6 foot microcontroller U15 connects the 17th electricity with 5 feet
The one end R17 is hindered, another termination powers of the 17th resistance R17 are used for the pull-up of communication signal；The 6 foot microcontroller U15's
Pin 1 is separately connected eleventh resistor R11, the 13rd one end capacitance C13 and communication signal input terminal, the 13rd capacitance
The C13 other ends are grounded, and are used for the filtering of high-frequency signal, another termination powers of eleventh resistor R11, for increasing communication letter
Number driving capability.The pin 1 of the 6 foot microcontroller U16 connects the 47th one end resistance R47, the 47th resistance
Another terminating communications signal input parts of R47 are used for the metering function of signal；The pin 4 of the 6 foot microcontroller U16 is connected with 5 feet
20th one end resistance R20, another termination powers of the 20th resistance R20 are used for the pull-up of signal；The 6 foot microcontroller
The pin 2 of U16 connects the 18th one end resistance R18, the output end of the 18th resistance R18 other end connecting communication signals.
Chip U15, U16 use two IMX9, to two-way communication signal into the switching between line level, the data communication
Plate is made of chip U15, U16, resistance R11, R16, R17, R18, R20, R47, capacitance C13.When MCU microcontrollers output XTX letters
After number, enter U15 by current-limiting resistance R16, it is identical that RX signal levels are switched to external detection equipment by pull-up resistor R17
Operating voltage, by C13 carry out high-frequency signal filtering；After external detection equipment exports TX signals, by current-limiting resistance R47
U16 is carried out, the operating voltage that XRX signal level MCU microcontrollers are needed.
Data communication plate innovates advantage and is that a variety of detection devices can be connected, and current attachable detection device includes blood
Liquid detector, urine detection instrument, temperature monitor, breathing detection instrument, electronic scale, pedometer, can by the data communication plate
To control these equipment, and test data is transferred to MCU microcontrollers, is carried out data processing, storage by MCU microcontrollers and shown
Show.
If Fig. 4, pressure sensor U2 use US9111-006, the power for the signal to human pulse to be detected,
The blood pressure measurement module is made of pressure sensor U2, resistance R31.Pressure sensor U2 detects human pulse signal
Afterwards, analog signal is transferred to MCU microcontrollers by tetra- pins of VI+, VI-, VO+, VO-；R31 is biased using 1% high-precision
Resistance provides stable bias voltage for entire pressure sensor U2.
It is inflation pump circuit and gas bleeder valve circuit in blood pressure measurement such as Fig. 5, inflator pump BUMP1 uses SC3701PM
DC4.5V, gas bleeder valve FA1 use SC0526GLDC4.5V, the inflator pump driving circuit by triode Q7, Q9, resistance R12,
R53, R54, capacitance C9, C19, diode D6 are constituted.After MCU microcontrollers export X_PD0 signals, by current-limiting resistance R53,
Triode Q7 and Q9 conducting is controlled, is powered to inflator pump, starts inflator pump and starts to work.Control the duty of X_DP0 pins
Than to adjust the aeration speed of inflator pump.The placement of capacitance C9, C19 and diode D6 is its purpose is that provide stable work
Voltage is to whole system.Because the operating current of inflator pump is bigger, triode Q9 must use large power triode.It is described to let out
Air valve driving circuit constitutes by triode Q8, resistance R55, capacitance C53, diode D7.When MCU microcontrollers export X_PD1 signals
Afterwards, by current-limiting resistance R55, the Q8 conductings of control triode are powered to gas bleeder valve.
Such as Fig. 6, using DC1001 as MCU microcontrollers.Capacitance C2, capacitance in MCU single chip circuits described in the present embodiment
C3, crystal oscillator X1, resistance R32 constitute the oscillating circuit of MCU microcontrollers；Resistance R30, capacitance C1 constitute the reset circuit of MCU；Temperature
Quick resistance R22, precision resister R23 constitute the stable detection circuit of MCU microcontrollers, for carrying out temperature to data in blood pressure measurement
Degree compensation.The switch of the output end POWER_ON connection network communication modules of MCU single chip circuits described in the present embodiment is electromechanical
Road, the communication port of serial communication signal port RX_GSM, TX_GSM connection network communication module of MCU single chip circuits, MCU monolithics
The input detection mouth VCHG_INT connection electric power management circuits on electromechanical road are inserted into detection function for power supply, and MCU monolithics are electromechanical
The communication port of SPI communication signal mouths R, T, C, B connection RFID radio-frequency modules on road, the output end RF_CTL of MCU single chip circuits
Power supply circuit for controlling RFID radio-frequency modules, communication port SCL, SDA of MCU single chip circuits connect data storage circuitry,
Serial communication signal port XTX, XRX connection network data communication plate of MCU single chip circuits, VO+, VO- of MCU single chip circuits,
VI+, VI- connect the pressure sensor of blood pressure measurement module, the output end GSM_CTL connection network communications of MCU single chip circuits
The electric power management circuit of module, the output end BEEP_CTL connection microphone circuits of MCU single chip circuits, MCU single chip circuits
COM lines connect liquid crystal display circuit with SEG lines.
There is operational amplifier circuit inside the MCU microcontrollers, in blood pressure measurement, after receiving human pulse pressure data, leads to
Operational amplifier circuit is crossed, to the conscientious amplification of signal, processing analysis is carried out by algorithm to signal by software, to measure blood pressure and pulse
Data.
As Fig. 7, audio-amplifying circuit are made of triode Q3, resistance R2, R3, capacitance C4, buzzer BEEP1.Wherein current limliting electricity
Resistance R3 is used to adjust buzzer loudness, and the opening and closing of triode Q3 are controlled by the ends BEEP_CTL of MCU microcontrollers, from
And reach the switching effect of buzzer.
Microphone circuit includes the first active buzzer BEEP1,3rd resistor R3, second resistance R2, third transistor
Q3, the 4th capacitance C4 are constituted.The collector of the third transistor Q3 connects the cathode of the first active buzzer BEEP1, described
The anode of first active buzzer BEEP1 is separately connected the anode of the one end 3rd resistor R3 and the 4th capacitance C4, and the described 4th
The cathode of capacitance C4 is grounded, and stable operating voltage is provided for buzzer, and another termination powers of 3rd resistor R3 are used
In the operating current for adjusting buzzer, one end of the collector connection second resistance R2 of the third transistor Q3, emitter is grounded,
The BEEP_CTL pins of the other end connection MCU microcontrollers of the second resistance R2, for controlling buzzer.
Microphone circuit innovation advantage is to judge the self-service inspection of personal basic disease by sending out the sound of different frequency
It surveys terminal and is in different states, convenient for the more intuitive terminal easy to use of user.
Such as Fig. 8, RFID radio frequency reading module communication control circuit schematic diagrams.Electricity routing resistance R5, R6, R7, R8,
R15, R1, capacitance C24, C27, C40, field-effect tube Q1, RFID radio-frequency module GPM are constituted.Wherein resistance R1, capacitance C24, C27,
C40, field-effect tube Q1 constitute the power supply circuit of scan module, control field-effect tube Q1's by the ends RF_CTL of MCU microcontrollers
It opens and closes, to reach the opening and closing of power supply, plays electricity saving function.It is gone here and there by current-limiting resistance R5, R6, R7, R8, R15
It is associated in communication data line more reliable and more stable when allowing radio-frequency module and MCU microcontroller communications.
RFID radio frequency reading module control circuits include the first field-effect tube Q1, first resistor R1, the 5th resistance R5, the 6th
Resistance R6, the 7th resistance R7, the 8th resistance R8, the 15th resistance R15, the 24th capacitance C24, the 27th capacitance C27,
40 capacitance C40 are constituted.The source electrode of the first field-effect tube Q1 connects power supply, and connects one end of the 40th capacitance C40；The
The other end of 40 capacitance C40 is grounded, and is used for power filter；The drain electrode of the first field-effect tube Q1 connects RFID radio-frequency modules
Power supply, and one end of the 24th capacitance C24 and the 27th capacitance C27 of parallel connection, the 24th capacitance C24 and the 27th
The other end of capacitance C27 is grounded, and is used for power filter；One end grid connection first resistor R1 of the first field-effect tube Q1,
The first resistor R1 other ends connect the RF_CTL pins of MCU microcontrollers, the power supply for controlling RFID radio-frequency modules.Described
15 one end resistance R15 connect the resetting pin of RFID radio-frequency modules, and the other end connects the RST pins of MCU microcontrollers, controls RFID
The reset of radio-frequency module；The 5th resistance R5, the 6th resistance R6, the 7th resistance R7 and the 8th resistance R8 one end be separately connected
The communication port of RFID radio-frequency modules, the other end are connect with the communication port of MCU microcontrollers respectively.
Such as Fig. 9, network communication module is using M660_GSM as network communication module.Resistance R4, R9 in the present embodiment,
R13, R14, triode Q2 constitute the on/off circuit of network communication module, are controlled by the ends POWER_ON of MCU microcontrollers.For
Ensure the reliable and stable of power supply power supply, Zener diode Z1, capacitance C7, C8 are increased in the power unit of network communication module.
The communication port of TX_GSM and RX_GSM with the MCU microcontroller of network communication module is connected.
Network communication module includes the first module U1, the second triode Q2, the 4th resistance R4, the 9th resistance R9, the 13rd
Resistance R13, the 14th resistance R14, the first Zener diode Z1, the 7th capacitance C7, the 8th capacitance C8 are constituted.Two or three pole
Pipe Q2, the 4th resistance R4, the 9th resistance R9, thirteenth resistor R13, the 14th resistance R14 constitute opening for network communication module U1
Shutdown circuit, by the switch of the POWER_ON pins control network communication module U1 of MCU microcontrollers；The network communication module U1
VBAT pins on be separately connected the anode and the one of the 7th capacitance C7 of the cathode of the first Zener diode Z1, the 8th capacitance C8
End, for providing stable operating voltage to module U1.
Embodiment one：
Blood pressure measuring method 1：In the personal basic self-service detection terminal of disease of scanning input after Quick Response Code, cell phone application visitor
The machine information that terminal can be read on the end of family automatically, after user selects blood pressure measurement, APP clients and health servers into
Row communication confirms user, end message and paid cases, and after information all confirms qualified, health servers refer to blood pressure measurement
The self-service detection terminal of personal basic disease is issued in order, and terminal can send out the sound of " ticking ", while display etc. on LCD screen automatically
Wait for blood pressure measurement.After user ties up armband at this time, " beginning/end " button in the self-service detection terminal of personal basic disease is pressed,
Terminal can automatically turn on inflator pump and gas bleeder valve carries out blood pressure measurement.Measurement is shown after blood pressure measurement, on LCD screen
As a result, measurement result is sent to health servers, measurement result is stored in user information profile by health servers, and will
Measurement result is transmitted in cell phone application client.
Blood pressure measuring method 2：With the RFID health card provided in advance, (health card needs in advance by user information and card user
Number it is bundled together in health servers), the region of swiping the card in the self-service detection terminal of personal basic disease, brush RFID health
Card, terminal can send out the sound of " ticking " automatically, while being shown on LCD screen and waiting for blood pressure measurement.User ties up armband at this time
Afterwards, " beginning/end " button in the self-service detection terminal of personal basic disease is pressed, terminal can automatically turn on inflator pump and gas bleeder valve
Carry out blood pressure measurement.After blood pressure measurement, measurement result is shown on LCD screen, and measurement result is sent to health service
Measurement result is stored in user information profile by device, health servers, and measurement result is transmitted to cell phone application client
On.
Embodiment two：
The blood sugar measuring method 1 of blood：Blood-sugar detecting instrument is inserted into the data terminal of the self-service detection terminal of personal basic disease
At mouthful.In the personal basic self-service detection terminal of disease of scanning input after Quick Response Code, it can be read automatically in cell phone application client
The machine information of terminal, after user selects blood glucose measurement, APP clients and health servers carry out communication and confirm user, end
Client information and paid cases, after information all confirms qualified, blood pressure measurement instruction is issued personal basic disease by health servers
The self-service detection terminal of disease, terminal can send out the sound of " ticking " automatically, while being shown on LCD screen and waiting for blood glucose measurement.User from
A test paper (disposable) is taken out in blood sugar test paper box, is inserted into the test paper mouth of blood-sugar detecting instrument, is shown on LCD Panel at this time
Show blood sampling mark.Blood taking needle (disposable) is placed into blood collecting pen by user, and alcohol sponge (one is carried out to the thumb that needs are taken a blood sample
Secondary property) it carries out disinfection, after being taken a blood sample with blood collecting pen, instill on the blood to test paper centainly measured, after several seconds on terminal LCD screen
It shows blood glucose numerical value, and measurement result is sent to health servers, measurement result is stored in user information by health servers
In archives, and measurement result is transmitted in cell phone application client.
The blood sugar measuring method 2 of blood：Blood-sugar detecting instrument is inserted into the data terminal of the self-service detection terminal of personal basic disease
At mouthful.With the RFID health card provided in advance, (health card needs user information and card number being bundled together in health user in advance
On server), RFID health card is brushed in the region of swiping the card in the self-service detection terminal of personal basic disease, and terminal can be sent out automatically
The sound of " ticking ", while being shown on LCD screen and waiting for blood glucose measurement.It is (primary that user takes out a test paper from blood sugar test paper box
Property), it is inserted into the test paper mouth of blood-sugar detecting instrument, shows blood sampling mark on LCD Panel at this time.User is (primary by blood taking needle
Property) be placed into blood collecting pen, carrying out alcohol sponge (disposable) to the thumb that needs are taken a blood sample carries out disinfection, and is taken a blood sample with blood collecting pen
Afterwards, it instills on the blood to test paper centainly measured, shows blood glucose numerical value after several seconds on terminal LCD screen, and measurement result is sent out
Health servers are given, measurement result is stored in user information profile by health servers, and measurement result is transmitted to hand
In machine APP clients.
After the completion of each item inspection, health servers can be automatically updated, health servers can send report to
Module automatically generates assessment report, while measurement result is stored in server, and user may be selected to beat in computer end
Print report can also check that personal health is reported by cell phone application, also can access personal health filing network by computer remote
Management end checks that personal health is reported.
Personal health archives and test data result divide individual to check to check permission with doctor, ensure that each medical institutions look into
See and manage the level difference of health worker.
The utility model provides a kind of medical treatment device of self-service detection, implements the method and approach of the technical solution
Very much, the above is only the preferred embodiment of the utility model, it is noted that for the ordinary skill people of the art
For member, without departing from the principle of this utility model, several improvements and modifications can also be made, these improvements and modifications
Also it should be regarded as the scope of protection of the utility model.The available prior art of each component part being not known in the present embodiment is subject to reality
It is existing.
Claims (6)
1. a kind of medical treatment device of self-service detection, which is characterized in that including self-service detection terminal, self-service detection terminal includes MCU
Microcontroller, the MCU microcontrollers are separately connected data communication plate, RFID device, display screen and network communication module, the data
Communication board is separately connected and controls blood detector, urine detection instrument, temperature monitor, breathing detection instrument, electronic scale and meter step
Device.
2. a kind of medical treatment device of self-service detection according to claim 1, which is characterized in that the MCU microcontrollers also connect
Connect liquid crystal display circuit, electric power management circuit, RFID radio-frequency modules, microphone circuit, keyboard circuit and data storage circuitry.
3. a kind of medical treatment device of self-service detection according to claim 2, which is characterized in that the microphone circuit includes
The anode of first active buzzer BEEP1, the first active buzzer BEEP1 is separately connected the electricity of 3rd resistor R3 and the 4th
Hold the anode of C4, the 3rd resistor R3 other ends access power supply, the operating current for adjusting buzzer, the cathode of the 4th capacitance C4
Ground connection, stable operating voltage is provided for buzzer, and the cathode of the first active buzzer BEEP1 is connected to the three or three pole
The collector of pipe Q3, the collector of the third transistor Q3 connect the BEEP_CTL pins of access microcontroller after second resistance R2.
4. a kind of medical treatment device of self-service detection according to claim 2, which is characterized in that the network communication module packet
Include the first module U1, the second triode Q2, the 4th resistance R4, the 9th resistance R9, thirteenth resistor R13, the 14th resistance R14,
First Zener diode Z1, the 7th capacitance C7 and the 8th capacitance C8, the second triode Q2, the 4th resistance R4, the 9th resistance
R9, thirteenth resistor R13, the 14th resistance R14 constitute the on/off circuit of the first module U1, by the POWER_ of MCU microcontrollers
ON pins control the switch of network communication module U1；It is separately connected two pole of the first Zener on the VBAT pins of the first module U1
The cathode of pipe Z1, the anode of the 8th capacitance C8 and one end of the 7th capacitance C7, for providing stable work to the first module U1
Voltage.
5. a kind of medical treatment device of self-service detection according to claim 2, which is characterized in that the RFID radio-frequency modules packet
RFID radio frequency reading module control circuits are included, RFID radio frequency reading module control circuits include the first field-effect tube Q1, the first electricity
Hinder R1, the 5th resistance R5, the 6th resistance R6, the 7th resistance R7, the 8th resistance R8, the 15th resistance R15, the 24th capacitance
The source electrode of C24, the 27th capacitance C27 and the 40th capacitance C40, the first field-effect tube Q1 are separately connected power supply and the 4th
Ten capacitance C40, the 40th capacitance C40 other ends ground connection, the drain electrode of the first field-effect tube Q1 are separately connected RFID radio frequency moulds
The power supply of block, the 24th capacitance C24 and the 27th capacitance C27, the 24th capacitance C24 and the 27th capacitance C27's
The other end is grounded jointly, and the RF_CTL of MCU microcontrollers is accessed after the grid connection first resistor R1 of the first field-effect tube Q1
Pin；The one end the 15th resistance R15 connects the resetting pin of RFID radio-frequency modules, and the RST of other end connection MCU microcontrollers draws
Foot, the 5th resistance R5, the 6th resistance R6, the 7th resistance R7 and the 8th resistance R8 one end be separately connected RFID radio-frequency modules
Communication port, the other end connect with the communication port of MCU microcontrollers respectively.
6. a kind of medical treatment device of self-service detection according to claim 2, which is characterized in that the MCU microcontrollers include
The first foot connection capacitance C2 of the oscillating circuit being made of capacitance C2, capacitance C3, crystal oscillator X1 and resistance R32, MCU microcontrollers is followed by
Ground is grounded after the crus secunda connection capacitance C3 of MCU microcontrollers, crystal oscillator X1 and resistance R32 be connected in parallel on MCU microcontrollers the first foot and
On crus secunda；
The MCU microcontrollers include by the reset circuit of resistance R30 and capacitance the C1 MCU constituted, the 59th foot point of MCU microcontrollers
Not Lian Jie resistance R30 and capacitance C1, the resistance R30 other ends access power supply, the capacitance C1 other ends ground connection；
The MCU microcontrollers include by the stable detection of thermo-sensitive resistor R22 and precision resister R23 the MCU microcontrollers constituted electricity
Road, the 14th foot of MCU microcontrollers access power supply after being sequentially connected thermo-sensitive resistor R22 and precision resister R23, MCU microcontrollers
It is grounded after 15th foot connection precision resister R23.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107315916A (en) * | 2017-06-29 | 2017-11-03 | 江苏中讯电子科技有限公司 | A kind of medical system based on Quick Response Code identification and charging function |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107315916A (en) * | 2017-06-29 | 2017-11-03 | 江苏中讯电子科技有限公司 | A kind of medical system based on Quick Response Code identification and charging function |
| CN107315916B (en) * | 2017-06-29 | 2023-09-08 | 江苏神鹰信息技术有限公司 | Medical system based on two-dimensional code identity recognition and charging functions |
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