CN110490774A - Data based on APP acquire first-aid system - Google Patents
Data based on APP acquire first-aid system Download PDFInfo
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- CN110490774A CN110490774A CN201910727285.1A CN201910727285A CN110490774A CN 110490774 A CN110490774 A CN 110490774A CN 201910727285 A CN201910727285 A CN 201910727285A CN 110490774 A CN110490774 A CN 110490774A
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- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
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- A61B5/68—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient
- A61B5/6801—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient specially adapted to be attached to or worn on the body surface
- A61B5/6802—Sensor mounted on worn items
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- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
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- A61B5/00—Measuring for diagnostic purposes; Identification of persons
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- A61B5/74—Details of notification to user or communication with user or patient ; user input means
- A61B5/7465—Arrangements for interactive communication between patient and care services, e.g. by using a telephone network
- A61B5/747—Arrangements for interactive communication between patient and care services, e.g. by using a telephone network in case of emergency, i.e. alerting emergency services
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- G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
- G01K13/00—Thermometers specially adapted for specific purposes
- G01K13/20—Clinical contact thermometers for use with humans or animals
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
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- A61B2560/00—Constructional details of operational features of apparatus; Accessories for medical measuring apparatus
- A61B2560/02—Operational features
- A61B2560/0242—Operational features adapted to measure environmental factors, e.g. temperature, pollution
- A61B2560/0247—Operational features adapted to measure environmental factors, e.g. temperature, pollution for compensation or correction of the measured physiological value
- A61B2560/0252—Operational features adapted to measure environmental factors, e.g. temperature, pollution for compensation or correction of the measured physiological value using ambient temperature
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Abstract
The data based on APP that the present invention provides a kind of acquire first-aid system, including detection terminal and mobile terminal；The detection terminal includes the first data monitoring device, the first data transmitter-receiver set and the first display device, and the first data monitoring device is used to detect the vital sign data of patient, and the first data transmitter-receiver set is for constantly sending the vital sign data；The mobile terminal includes communication module, and mobile terminal receives the vital sign data that the first data transmitter-receiver set is sent by the communication module, and mobile terminal is shown after receiving vital sign data based on APP.The vital sign of patient can be monitored in real time by detecting terminal, and generate vital sign data.When there is patient to be in an emergency, this kind acquires first-aid system based on the data of APP, the detection that can carry out vital sign data to patient before 120 first-aid personnel comes, so that 120 rescue personnels can take corresponding emergency treatment after reaching at patient according to vital sign data.
Description
Technical field
The present invention relates to medical treatment, Internet technical field, and in particular to a kind of data acquisition first-aid system based on APP.
Background technique
The unified calling for help telephone number in China is " 120 ".Dialing 120 is that most simple and efficient side is called for help to first-aid centre
Formula.First-aid centre is to service for 24 hours, as long as Severe acute disease occurs outside hospital, can beat " 120 " at any time and look in first aid
The heart wants ambulance.
After having patient acute disease occur and dial " 120 ", 120 ambulance can be reached in time at where patient, and is carried out
Tentatively judge the symptom of patient, but in the process, 120 rescue personnel can not know the vital signs number of patient in time
According to (including temperature, pulse and blood pressure etc.), patient can not tentatively be given treatment to according to these situations, it is also necessary to interim right
The detection of patient body vital sign data, has delayed therapeutic time.
Summary of the invention
The present invention provides a kind of data acquisition first-aid system based on APP, can be before 120 first-aid personnel comes to trouble
Person carries out the detection of vital sign data, so that 120 rescue personnels can adopt after reaching at patient according to vital sign data
Take corresponding emergency treatment.
A kind of data acquisition first-aid system based on APP, including detection terminal and mobile terminal；
The detection terminal include the first data monitoring device, the first data transmitter-receiver set and the first display device, first
Data monitoring device is used to detect the vital sign data of patient, and the first data transmitter-receiver set is special for constantly sending the life
Levy data；
The mobile terminal includes communication module, and mobile terminal receives the first data transmitter-receiver set by the communication module
The vital sign data of transmission, mobile terminal are shown after receiving vital sign data based on APP.
Further,
First data transmitter-receiver set and communication module are respectively near-field communication module, and the near-field communication module includes
Any one or more in bluetooth communication module, infrared communication module, Local network communication module and WIFI communication module；
After mobile terminal establishes connection by communication module and the first data transmitter-receiver set, the first data transmitter-receiver set is actively
Vital sign data is sent to mobile terminal.
Further,
First data transmitter-receiver set and communication module are respectively remote communication module, and the remote communication module includes
Any one or more in 5G communication module, 4G communication module, 3G communication module and 2G communication module；
Detection terminal and mobile terminal are connect with a cloud server respectively, and detection terminal passes through the first data transmitter-receiver set
Vital sign data is sent to cloud server, mobile terminal is received at cloud server by the first data transmitter-receiver set
Vital sign data.
Further,
The detection terminal includes identification system, and the identification system is for identification using the body of detection terminal
Part information simultaneously binds identity information and vital sign data；
Mobile terminal is based on APP and carries out the inquiry identification license of specific identity information, the specific identity information after assert
Vital sign data corresponding with the specific identity information in server can be transferred.
Further,
First data monitoring device includes wearable device, and the wearable device includes shell and is set on shell
Pulse detection module, heart rate detection module, temperature detecting module and blood pressure detecting module；
The vital sign data includes any one in pulse data, heart rate data, temperature data and blood pressure data
Kind is a variety of.
Further,
The wearable device includes arm wearing portion and neck wearing portion, and the arm wearing portion includes the first cloth
Expect that ontology, the neck wearing portion include the second cloth ontology；
The pulse detection module, heart rate detection module and blood pressure detecting module be respectively arranged at the first cloth ontology and
The inside of second cloth ontology；
First data transmitter-receiver set is set to the inside of the first cloth ontology and the second cloth ontology, and described first is aobvious
Showing device is set to the surface of the first cloth ontology or the second cloth ontology；
The temperature detecting module includes detection control circuit, and the detection control circuit is used to detect human body temperature and defeated
The detection voltage of analog quantity out.
Further,
Detecting control circuit includes temperature-compensation circuit, reference circuit and subtraction circuit, the temperature-compensation circuit packet
The first temperature compensation resistance R1, the second temperature compensation resistance R2 and third temperature compensation resistance R3 being arranged in series are included, wherein the first temperature compensation resistance
The node of R1 and the second temperature compensation resistance R2 are connected with first diode is grounded setting；
The node of second temperature compensation resistance R2 and third temperature compensation resistance R3 are put with the 4th temperature compensation resistance R4 and the second operation
The positive input connection of big device U2, the reverse input end that amplifier U2 is put in the second operation pass through the 5th temperature compensation resistance R5 and second
Operation put amplifier U2 output end connection, the second operation put amplifier U2 output end and the 5th temperature compensation electronics R5 node and
The anode of second thyristor D2 connects, and the cathode of the second thyristor D2 is connect with the 11st temperature compensation resistance R11, the second thyristor D2
Cathode and the 11st temperature compensation resistance R11 second node connecting connect with first capacitor C1 ground connection, the yin of the second thyristor D2
The first node that pole is connect with the 11st temperature compensation resistance R11 is connected ground connection with the second capacitor C2, the cathode of the second thyristor D2 with
The third node of 11st temperature compensation resistance R11 connection is connected ground connection with third capacitor C3；
The reference circuit includes the 6th temperature compensation resistance R6, the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8, wherein the
Six temperature compensation resistance R6, the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8 series connection ground connection, the 6th temperature compensation resistance R6 are connected to power supply,
The cathode of the node and the second thyristor D2 of 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8 and the 11st temperature compensation resistance R11 connect
It connects；
The subtraction circuit includes the first operational amplifier U1, the 9th temperature compensation resistance R9, the tenth temperature compensation resistance R10, the tenth
One temperature compensation resistance R11, the 12nd temperature compensation resistance R12, wherein the positive input of the first operational amplifier U1 passes through the 9th temperature compensation
Resistance R9 is connect with temperature sensor, and the positive input and output end of the first operational amplifier U1 passes through the tenth temperature compensation resistance
R10 connection, the reverse input end of the first operational amplifier U1 are connect with the 11st temperature compensation resistance R11, the first operational amplifier U1
It connects with the 12nd temperature compensation resistance R12 ground connection with the node of the 11st temperature compensation resistance R11；
The output end of first operational amplifier U1 is connect with processor, and processor is connect with display device, and processor is by
The analog quantity electric current of one operational amplifier U1 output is converted into digital quantity current signal and is shown by display device.
Further,
The vital sign data that the user terminal Data monitoring subsystem is received according to carries out emergency measure intelligence
Recommend, the intelligent recommendation includes the following steps:
Step S1, an intelligent recommendation data set is constructed, the money configuration data collection is four metadata sets:
N=(V, J, S, T)
Wherein, N is four metadata sets of building, and V is real-time vital characteristic data set, and J is emergency measure data set, and S is
Measure characteristic data set, T are time information data collection, and described data set V, J, S, T are matrix, and V is the matrix of N1 row Q1 column,
The expression of N1 row obtains N1 vital sign data, and the vital sign data is arranged according to time inverted order, and the last time receives
The vital sign data arrived is first of matrix V what feature data, the first N1 times vital signs received of current point in time
Data are the N1 articles vital sign data, and Q1 is classified as every vital sign data and is measured from Q1 index；
Matrix J contains N2 row Q1 column, and the N2 row indicates to contain N2 emergency measure, and Q2 column indicate every emergency measure institute
Corresponding Q1 vital signs measurement index, and the measurement index of the Q1 vital signs and implementation vital sign data concentration
The measurement index of Q1 vital signs is identical；
Matrix S is the preset value of N2 row Q1 column, and the value of preset value is between -1 to 1；
Matrix T is the value of preset 1 row N2 column, and described value is the striking wave number column of inverted order；
Step S2, all data nondimensionalizations in matrix V and matrix J are handled using formula (1)；
Wherein, V1i,jFor the value that the i-th row j of matrix V 1 is arranged, that is, for matrix Vi,jDimensionless treated value, Vi,j
For j-th of finger target value of the i-th data of real-time vital characteristic data set, i.e. the value of the i-th row j column of matrix V, min () is
Take minimum value in bracket, Vi1,jFor j-th of finger target value of the i-th 1 datas of real-time vital characteristic data set, as matrix V
I1 row j column value, J1i2,jFor the value of the i-th 2 row j column of matrix J 1, that is, for matrix Ji2,jDimensionless treated value,
Ji2,jFor j-th of finger target value of the i-th 2 emergency measures of emergency measure data set, the as value of the i2 row j column of matrix J,
Ji3,jFor j-th of finger target value of the i-th 3 emergency measures of emergency measure data set, the as value of the i3 row j column of matrix J, i
=1,2,3 ... N1, the Q1 of j=1,2,3 ...；I1=1,2,3 ... N1, i3=1,2,3 ... N2, the N2 of i2=1,2,3 ...；
Step S3, the treatment score between vital sign data collection and emergency measure data set is calculated using formula (2):
Wherein, Fi,jFor i-th article of vital signs index value in life characteristic data set and the in emergency measure data set
Treatment score between j data, V1i,t1Be it is no quantization after real-time vital characteristic data set the i-th data t1
Refer to target value, J1j,t1Be it is no quantization after emergency measure data set j-th strip data the t1 finger target value, Sj,t1Measure is special
Levy the value of the jth row t1 column of data set, i=1,2,3 ... N1, j=1,2,3 ... N2, the Q1 of t1=1,2,3 ...；
Step S4, emergency measure intelligent recommendation is determined using the vital sign data that formula (3) is received according to
Emergency measure；
Wherein, FN1,N2For in the N1 articles vital signs index value and emergency measure data set in life characteristic data set
Treatment score between N2 data, TN1For the N1 value of time information data collection, (T1,T2,T3…TN1) it is to believe the time
Data set is ceased, rt is final intelligent recommendation vector, if z-th of value in vector rt is maximum, the z articles in emergency measure data set
The corresponding emergency measure of data is then the emergency measure of intelligent recommendation.
Other features and advantages of the present invention will be illustrated in the following description, also, partly becomes from specification
It obtains it is clear that understand through the implementation of the invention.The objectives and other advantages of the invention can be by written explanation
Specifically noted structure is achieved and obtained in book, claims and attached drawing.
Below by drawings and examples, technical scheme of the present invention will be described in further detail.
Detailed description of the invention
Attached drawing is used to provide further understanding of the present invention, and constitutes part of specification, with reality of the invention
It applies example to be used to explain the present invention together, not be construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the structural schematic diagram that the data based on APP acquire first-aid system；
Fig. 2 is the first data transmitter-receiver set and communication module is respectively the data transmission schematic diagram of near-field communication module；
Fig. 3 is the first data transmitter-receiver set and communication module is respectively the data transmission schematic diagram of remote communication module；
Fig. 4 is the wearing schematic diagram of arm wearing portion and neck wearing portion；
Fig. 5 is the structural schematic diagram for detecting control circuit.
Appended drawing reference:
1, neck wearing portion；2, arm wearing portion；01, temperature-compensation circuit；02, reference circuit；03, subtraction electricity
Road.
Specific embodiment
Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, it should be understood that preferred reality described herein
Apply example only for the purpose of illustrating and explaining the present invention and is not intended to limit the present invention.
The data based on APP that the embodiment of the invention provides a kind of acquire first-aid system, its structural representation as shown in Figure 1
Figure, including detection terminal and mobile terminal；
The detection terminal include the first data monitoring device, the first data transmitter-receiver set and the first display device, first
Data monitoring device is used to detect the vital sign data of patient, and the first data transmitter-receiver set is special for constantly sending the life
Levy data；
The mobile terminal includes communication module, and mobile terminal receives the first data transmitter-receiver set by the communication module
The vital sign data of transmission, mobile terminal are shown after receiving vital sign data based on APP.
The effect and principle of above-mentioned technical proposal are:
The vital sign of patient can be monitored in real time by detecting terminal, and generate vital sign data, when having
When patient is in an emergency, vital sign data to patient monitoring and can be generated by user terminal Data monitoring subsystem,
Mobile terminal is shown after receiving vital sign data based on APP.This kind acquires first-aid system based on the data of APP,
The detection that can carry out vital sign data to patient before 120 first-aid personnel comes, so that 120 rescue personnels reach patient
Corresponding emergency treatment can be taken behind place according to vital sign data.
In one embodiment, its structural schematic diagram, first data transmitter-receiver set and communication module divide as shown in Figure 2
Not Wei near-field communication module, the near-field communication module includes bluetooth communication module, infrared communication module, Local network communication module
And any one or more in WIFI communication module；
After mobile terminal establishes connection by communication module and the first data transmitter-receiver set, the first data transmitter-receiver set is actively
Vital sign data is sent to mobile terminal.
The effect and principle of above-mentioned technical proposal are:
Since the first data transmitter-receiver set and communication module are respectively near-field communication module, so that the medical staff at scene,
Patient either family members etc. can watch vital sign data based on mobile terminal, and be carried out accordingly according to vital sign data
Urgent measure.
In one embodiment, its structural schematic diagram, first data transmitter-receiver set and communication module divide as shown in Figure 3
Not Wei remote communication module, the remote communication module includes 5G communication module, 4G communication module, 3G communication module and 2G logical
Interrogate any one or more in module；
Detection terminal and mobile terminal are connect with a cloud server respectively, and detection terminal passes through the first data transmitter-receiver set
Vital sign data is sent to cloud server, mobile terminal is received at cloud server by the first data transmitter-receiver set
Vital sign data.
The effect and principle of above-mentioned technical proposal are:
Since the first data transmitter-receiver set and communication module are respectively remote communication module, so that detection terminal and movement are eventually
End distance even if can also obtain vital sign data farther out, and medical staff can be according to the data of detection terminal to patient
Remote guide is carried out, allows the patient to access effective relief.
In one embodiment, the detection terminal includes identification system, and the identification system is for identification
Using the identity information for detecting terminal and identity information and vital sign data are bound；
Mobile terminal is based on APP and carries out the inquiry identification license of specific identity information, the specific identity information after assert
Vital sign data corresponding with the specific identity information in server can be transferred.
The effect and principle of above-mentioned technical proposal are:
Identification is carried out by the identity that identification system can go out tester to detection terminal, it can also be to movement
User at terminal is based on APP and carries out identity identification, and mobile terminal can transfer the specific identity information after assert simultaneously
Corresponding vital sign data is obtained, the purpose and effect for saving, maintaining secrecy to everyone vital sign data are reached.
In one embodiment, first data monitoring device includes wearable device, and the wearable device includes shell
With pulse detection module, heart rate detection module, temperature detecting module and the blood pressure detecting module being set on shell；
The vital sign data includes any one in pulse data, heart rate data, temperature data and blood pressure data
Kind is a variety of.
The effect and principle of above-mentioned technical proposal are:
Wherein shell can be cloth, plastics, and have certain elasticity, so that wearable device facilitates patient to wear
It wears, pulse detection module, heart rate detection module, temperature detecting module and blood pressure detecting module is able to and people after wearing
Body is bonded, and effective vital sign data monitoring is able to carry out.
In one embodiment, as shown in figure 4, the wearable device includes arm wearing portion and neck wearing portion,
The arm wearing portion includes the first cloth ontology, and the neck wearing portion includes the second cloth ontology；
The pulse detection module, heart rate detection module and blood pressure detecting module be respectively arranged at the first cloth ontology and
The inside of second cloth ontology；
First data transmitter-receiver set is set to the inside of the first cloth ontology and the second cloth ontology, and described first is aobvious
Showing device is set to the surface of the first cloth ontology or the second cloth ontology；
The temperature detecting module includes detection control circuit, and the detection control circuit is used to detect human body temperature and defeated
The detection voltage of analog quantity out.
The effect and principle of above-mentioned technical proposal are:
Since patient is during happening suddenly illness, if arm inconvenience wears the arm wearing portion of wearable device
Neck wearing portion can also be dressed by neck if wearing, if instead neck inconvenience is to the neck of wearable device
Wearing portion can also dress arm wearing portion by arm if being dressed.
In one embodiment, its structural schematic diagram as shown in Figure 5, detection control circuit includes temperature-compensation circuit, base
Quasi- circuit and subtraction circuit, the temperature-compensation circuit include the first temperature compensation resistance R1, the second temperature compensation resistance being arranged in series
R2 and third temperature compensation resistance R3, wherein the node of the first temperature compensation resistance R1 and the second temperature compensation resistance R2 are connected with first diode
Ground connection setting；
The node of second temperature compensation resistance R2 and third temperature compensation resistance R3 are put with the 4th temperature compensation resistance R4 and the second operation
The positive input connection of big device U2, the reverse input end that amplifier U2 is put in the second operation pass through the 5th temperature compensation resistance R5 and second
Operation put amplifier U2 output end connection, the second operation put amplifier U2 output end and the 5th temperature compensation electronics R5 node and
The anode of second thyristor D2 connects, and the cathode of the second thyristor D2 is connect with the 11st temperature compensation resistance R11, the second thyristor D2
Cathode and the 11st temperature compensation resistance R11 second node connecting connect with first capacitor C1 ground connection, the yin of the second thyristor D2
The first node that pole is connect with the 11st temperature compensation resistance R11 is connected ground connection with the second capacitor C2, the cathode of the second thyristor D2 with
The third node of 11st temperature compensation resistance R11 connection is connected ground connection with third capacitor C3；
The reference circuit includes the 6th temperature compensation resistance R6, the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8, wherein the
Six temperature compensation resistance R6, the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8 series connection ground connection, the 6th temperature compensation resistance R6 are connected to power supply,
The cathode of the node and the second thyristor D2 of 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8 and the 11st temperature compensation resistance R11 connect
It connects；
The subtraction circuit includes the first operational amplifier U1, the 9th temperature compensation resistance R9, the tenth temperature compensation resistance R10, the tenth
One temperature compensation resistance R11, the 12nd temperature compensation resistance R12, wherein the positive input of the first operational amplifier U1 passes through the 9th temperature compensation
Resistance R9 is connect with temperature sensor, and the positive input and output end of the first operational amplifier U1 passes through the tenth temperature compensation resistance
R10 connection, the reverse input end of the first operational amplifier U1 are connect with the 11st temperature compensation resistance R11, the first operational amplifier U1
It connects with the 12nd temperature compensation resistance R12 ground connection with the node of the 11st temperature compensation resistance R11；
The output end of first operational amplifier U1 is connect with processor, and processor is connect with display device, and processor is by
The analog quantity electric current of one operational amplifier U1 output is converted into digital quantity current signal and is shown by display device.
Temperature-compensation circuit exports offset voltage according to the case where temperature, when temperature is higher, pressure sensor S output
Detection voltage can increase, and temperature-compensation circuit can also export higher offset voltage at this time, at the big device U1 of the first operation method
Make the difference error for detecting voltage and merging between reference voltage minimum when being compared.Reach reduction in the above manner to miss
The purpose of difference.The temperature drift of first diode D1 in temperature-compensation circuit is a linearity curve, and the resistance value of resistance is ok
Several kilohms even tens kilohms are transferred to, but first diode D1 and power supply series connection are grounded, so that it occurs according to temperature
Second operational amplifier U2 is amplified while variation, is amplified with this to the temperature drift of first diode D1, is passed through
One capacitor C1, the second capacitor C2 and third capacitor C3 carry out pressure stabilizing, export stable voltage to the big device U1 of the first operation method
Reverse input end.Partial pressure is carried out by the 6th temperature compensation resistance R6, the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8 to reach
The purpose of reference voltage, reference voltage and temperature compensation voltage at the node of the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8 are provided
Reference voltage is merged in conjunction with being formed, reaching the big device U1 of the first operation method will test voltage and merge error when reference voltage carries out
Reduced purpose and effect.By subtraction circuit respectively by temperature sensor output detection voltage value and fusion reference voltage into
Row subtracts each other, so that the human body temperature of temperature detecting module measurement is more accurate, and temperature compensation means is set to wearing and sets
Standby outside enables the detection control circuit to compensate the temperature of outdoor temperature and human body, so that the detection control
Human body temperature measured by circuit processed is more accurate.
In one embodiment, the vital sign data that the user terminal Data monitoring subsystem is received according into
Row emergency measure intelligent recommendation, the intelligent recommendation include the following steps:
Step S1, an intelligent recommendation data set is constructed, the money configuration data collection is four metadata sets:
N=(V, J, S, T)
Wherein, N is four metadata sets of building, and V is real-time vital characteristic data set, and J is emergency measure data set, and S is
Measure characteristic data set, T are time information data collection, and described data set V, J, S, T are matrix, and V is the matrix of N1 row Q1 column,
The expression of N1 row obtains N1 vital sign data, and the vital sign data is arranged according to time inverted order, and the last time receives
The vital sign data arrived is first of matrix V what feature data, the first N1 times vital signs received of current point in time
Data are the N1 articles vital sign data, and Q1 is classified as every vital sign data and is measured from Q1 index；
Wherein, the N1 index includes pulse, heart rate, temperature, blood pressure etc.；
Matrix J contains N2 row Q1 column, and the N2 row indicates to contain N2 emergency measure, and Q2 column indicate every emergency measure institute
Corresponding Q1 vital signs measurement index, and the measurement index of the Q1 vital signs and implementation vital sign data concentration
The measurement index of Q1 vital signs is identical；
Wherein, there may be duplicate emergency measures for the N2 emergency measure, i.e., for example possible 3rd, 5,6 article of emergency is arranged
Applying all is CPR, but the value of this corresponding vital signs measurement index of three CPR is not identical i.e. may
3rd article of corresponding pulse be 47, heart rate 82, temperature 36.2, blood pressure systolic pressure 80, blood pressure diastolic pressure 67,
5th article of corresponding pulse be 77, heart rate 52, temperature 37, blood pressure systolic pressure 88, blood pressure diastolic pressure 60,
6th article of corresponding pulse be 77, heart rate 82, temperature 37, blood pressure systolic pressure 63, blood pressure diastolic pressure 59.
Matrix S is the preset value of N2 row Q1 column, and the value of preset value is between -1 to 1；
It is preset when for example, wherein presetting according to the relationship between the emergency measure and index, such as the 2nd kind of emergency
Measure can reduce by the value of first characteristic index, and then described value is negative value, and the larger then described value of described value decline close to-
1, such as -0.95, then the value of the 2nd row 1 column of the matrix S is -095,2 kinds of emergency measures can play second index
Raised effect, then described value is positive number, but impact effect is smaller, then described value can be 0.3, i.e. the 2nd row the 2nd of matrix S
The value of column is 0.3.
Matrix T is the value of preset 1 row N2 column, and described value is the striking wave number column of inverted order；
The striking wave number is classified as 1,1,2,3,5,8 ..., and the ordered series of numbers of formation, i.e. latter value are the sum of the first two value, and fall
The striking wave number of sequence, which is classified as, upsides down sequence for striking wave number column, the last one value is 1；
Step S2, all data nondimensionalizations in matrix V and matrix J are handled using formula (1)；
Wherein, V1i,jFor the value that the i-th row j of matrix V 1 is arranged, that is, for matrix Vi,jDimensionless treated value, Vi,j
For j-th of finger target value of the i-th data of real-time vital characteristic data set, i.e. the value of the i-th row j column of matrix V, min () is
Take minimum value in bracket, Vi1,jFor j-th of finger target value of the i-th 1 datas of real-time vital characteristic data set, as matrix V
I1 row j column value, J1i2,jFor the value of the i-th 2 row j column of matrix J 1, that is, for matrix Ji2,jDimensionless treated value,
Ji2,jFor j-th of finger target value of the i-th 2 emergency measures of emergency measure data set, the as value of the i2 row j column of matrix J,
Ji3,jFor j-th of finger target value of the i-th 3 emergency measures of emergency measure data set, the as value of the i3 row j column of matrix J, i
=1,2,3 ... N1, the Q1 of j=1,2,3 ...；I1=1,2,3 ... N1, i3=1,2,3 ... N2, the N2 of i2=1,2,3 ...；
Using formula (1), the size of numerical value can be caused to there is very big difference to avoid various indexs because of unit difference
Different, so as to cause subsequent calculating, index entirety numerical value data bigger than normal, numerical value changes little by little, and index is compared in the influence of generation
The influence of the small numerical value of whole numerical value is much larger.
Step S3, the treatment score between vital sign data collection and emergency measure data set is calculated using formula (2):
Wherein, Fi,jFor i-th article of vital signs index value in life characteristic data set and the in emergency measure data set
Treatment score between j data, V1i,t1Be it is no quantization after real-time vital characteristic data set the i-th data t1
Refer to target value, J1j,t1Be it is no quantization after emergency measure data set j-th strip data the t1 finger target value, Sj,t1Measure is special
Levy the value of the jth row t1 column of data set, i=1,2,3 ... N1, j=1,2,3 ... N2, the Q1 of t1=1,2,3 ...；
Using formula (2), any data in available real-time vital data set with it is any one in emergency measure
The treatment score of emergency measure, and it is also contemplated that measure characteristic data set when considering score, so that can when considering
Consider the relationship between emergency measure and index, score is enable to be combined according to the effect of emergency measure.
Step S4, emergency measure intelligent recommendation is determined using the vital sign data that formula (3) is received according to
Emergency measure；
Wherein, FN1,N2For in the N1 articles vital signs index value and emergency measure data set in life characteristic data set
Treatment score between N2 data, TN1For the N1 value of time information data collection, (T1,T2,T3…TN1) it is to believe the time
Data set is ceased, rt is final intelligent recommendation vector, if z-th of value in vector rt is maximum, the z articles in emergency measure data set
The corresponding emergency measure of data is then the emergency measure of intelligent recommendation.
For example, the value of matrix r t is the Article 3 in (0.11,0.25,0.33,0.14,0.17) emergency measure in data set
The corresponding emergency measure of data is final emergency measure.
It can be according to any data in real-time vital data set and any one in emergency measure using formula (3)
The treatment score of emergency measure and in the case where considering time information data collection, obtains the corresponding every class emergency of the vital signs
The recommendation of measure is final emergency measure according to the corresponding emergency measure of value maximum in the recommendation, not only considers
Real-time vital signs, and consider history what feature, and it is different according to the time for obtaining vital signs, give not
Same weight, so that timeliness is fine.
The utility model has the advantages that
(1) intelligent recommendation emergency measure may be implemented using above-mentioned technology.
(2) in the recommendation process, not only consider real-time vital sign data, it is also contemplated that, history vital signs
Index, measure characteristic, time information data makes the recommendation have timeliness, comprehensive and for emergency measure
It is professional.
(3) during described, numerical value can be led to avoid various indexs because of unit difference using data nondimensionalization
Size exist very big difference, so as to cause recommendation results inaccuracy.
(4) formula (2) are utilized, any data in available real-time vital data set with it is any in emergency measure
The treatment score of one emergency measure, and it is also contemplated that measure characteristic data set when considering score, so that energy when considering
Enough consider the relationship between emergency measure and index, score is enable to be combined according to the effect of emergency measure.
(5) formula (2) are utilized, any data in available real-time vital data set with it is any in emergency measure
The treatment score of one emergency measure, and it is also contemplated that measure characteristic data set when considering score, so that energy when considering
Enough consider the relationship between emergency measure and index, score is enable to be combined according to the effect of emergency measure.
(6) process can all give processor completion, and workload when resource distribution is recommended can be greatly reduced.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (8)
1. a kind of data based on APP acquire first-aid system, which is characterized in that including detection terminal and mobile terminal；
The detection terminal includes the first data monitoring device, the first data transmitter-receiver set and the first display device, the first data
Monitoring device is used to detect the vital sign data of patient, and the first data transmitter-receiver set is for constantly sending the vital signs number
According to；
The mobile terminal includes communication module, and mobile terminal receives the first data transmitter-receiver set by the communication module and sends
Vital sign data, mobile terminal received and shown after vital sign data based on APP.
2. data according to claim 1 acquire first-aid system, which is characterized in that
First data transmitter-receiver set and communication module are respectively near-field communication module, and the near-field communication module includes bluetooth
Any one or more in communication module, infrared communication module, Local network communication module and WIFI communication module；
After mobile terminal establishes connection by communication module and the first data transmitter-receiver set, the first data transmitter-receiver set is actively to shifting
Dynamic terminal sends vital sign data.
3. data according to claim 1 acquire first-aid system, which is characterized in that
First data transmitter-receiver set and communication module are respectively remote communication module, and the remote communication module includes 5G logical
Interrogate any one or more in module, 4G communication module, 3G communication module and 2G communication module；
Detection terminal and mobile terminal are connect with a cloud server respectively, and detection terminal will be given birth to by the first data transmitter-receiver set
Life characteristic is sent to cloud server, and mobile terminal receives the life at cloud server by the first data transmitter-receiver set
Characteristic.
4. data according to claim 3 acquire first-aid system, which is characterized in that
The detection terminal includes identification system, and the identification system is believed using the identity of detection terminal for identification
It ceases and binds identity information and vital sign data；
Mobile terminal, which is based on APP, to carry out the inquiry of specific identity information and assert license, and the specific identity information after assert can be with
Transfer vital sign data corresponding with the specific identity information in server.
5. data according to claim 1 acquire first-aid system, which is characterized in that
First data monitoring device includes wearable device, and the wearable device includes shell and the pulse that is set on shell
Detection module, heart rate detection module, temperature detecting module and blood pressure detecting module；
The vital sign data include in pulse data, heart rate data, temperature data and blood pressure data any one or
It is a variety of.
6. data according to claim 5 acquire first-aid system, which is characterized in that
The wearable device includes arm wearing portion and neck wearing portion, and the arm wearing portion includes the first cloth sheet
Body, the neck wearing portion include the second cloth ontology；
The pulse detection module, heart rate detection module and blood pressure detecting module are respectively arranged at the first cloth ontology and second
The inside of cloth ontology；
First data transmitter-receiver set is set to the inside of the first cloth ontology and the second cloth ontology, the first display dress
Install the surface for being placed in the first cloth ontology or the second cloth ontology；
The temperature detecting module includes detection control circuit, and the detection control circuit is for detecting human body temperature and exporting mould
The detection voltage of analog quantity.
7. data according to claim 6 acquire first-aid system, which is characterized in that
Detection control circuit includes temperature-compensation circuit, reference circuit and subtraction circuit, and the temperature-compensation circuit includes string
Join setting the first temperature compensation resistance R1, the second temperature compensation resistance R2 and third temperature compensation resistance R3, wherein the first temperature compensation resistance R1 and
The node of second temperature compensation resistance R2 is connected with first diode is grounded setting；
Amplifier is put in the node and the 4th temperature compensation resistance R4 of second temperature compensation resistance R2 and third temperature compensation resistance R3 and the second operation
The positive input of U2 connects, and the reverse input end that amplifier U2 is put in the second operation passes through the 5th temperature compensation resistance R5 and the second operation
The output end connection of amplifier U2 is put, the output end of amplifier U2 and the node and second of the 5th temperature compensation electronics R5 are put in the second operation
The anode of thyristor D2 connects, and the cathode of the second thyristor D2 is connect with the 11st temperature compensation resistance R11, the yin of the second thyristor D2
Pole and the 11st temperature compensation resistance R11 second node connecting are connected ground connection with first capacitor C1, the cathode of the second thyristor D2 with
The first node of 11st temperature compensation resistance R11 connection is connected ground connection with the second capacitor C2, the cathode and the tenth of the second thyristor D2
The third node of one temperature compensation resistance R11 connection is connected ground connection with third capacitor C3；
The reference circuit includes the 6th temperature compensation resistance R6, the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8, wherein the 6th temperature
Resistance R6, the 7th temperature compensation resistance R7 and the 8th temperature compensation resistance R8 series connection ground connection are mended, the 6th temperature compensation resistance R6 is connected to power supply, and the 7th
The node of temperature compensation resistance R7 and the 8th temperature compensation resistance R8 are connect with the cathode of the second thyristor D2 and the 11st temperature compensation resistance R11；
The subtraction circuit includes the first operational amplifier U1, the 9th temperature compensation resistance R9, the tenth temperature compensation resistance R10, the 11st temperature
Resistance R11, the 12nd temperature compensation resistance R12 are mended, wherein the positive input of the first operational amplifier U1 passes through the 9th temperature compensation resistance
R9 is connect with temperature sensor, and the positive input and output end of the first operational amplifier U1 is connected by the tenth temperature compensation resistance R10
It connects, the reverse input end of the first operational amplifier U1 is connect with the 11st temperature compensation resistance R11, the first operational amplifier U1 and the tenth
The node of one temperature compensation resistance R11 is connected ground connection with the 12nd temperature compensation resistance R12；
The output end of first operational amplifier U1 is connect with processor, and processor is connect with display device, and processor is transported first
The analog quantity electric current for calculating amplifier U1 output is converted into digital quantity current signal and is shown by display device.
8. data according to claim 6 acquire first-aid system, which is characterized in that
The vital sign data that the user terminal Data monitoring subsystem is received according to carries out emergency measure intelligent recommendation,
The intelligent recommendation includes the following steps:
Step S1, an intelligent recommendation data set is constructed, the money configuration data collection is four metadata sets:
N=(V, J, S, T)
Wherein, N is four metadata sets of building, and V is real-time vital characteristic data set, and J is emergency measure data set, and S is measure
Characteristic data set, T are time information data collection, and described data set V, J, S, T are matrix, and V is the matrix of N1 row Q1 column, N1 row
Expression obtains N1 vital sign data, and the vital sign data is arranged according to time inverted order, what the last time received
Vital sign data is first of matrix V what feature data, the first N1 times vital sign data received of current point in time
For the N1 articles vital sign data, Q1 is classified as every vital sign data and is measured from Q1 index；
Matrix J contains N2 row Q1 column, and the N2 row indicates to contain N2 emergency measure, and Q2 column indicate corresponding to every emergency measure
Q1 vital signs measurement index, and Q1 that the measurement index of the Q1 vital signs and implementation vital sign data are concentrated
The measurement index of vital signs is identical；
Matrix S is the preset value of N2 row Q1 column, and the value of preset value is between -1 to 1；
Matrix T is the value of preset 1 row N2 column, and described value is the striking wave number column of inverted order；
Step S2, all data nondimensionalizations in matrix V and matrix J are handled using formula (1)；
Wherein, V1i,jFor the value that the i-th row j of matrix V 1 is arranged, that is, for matrix Vi,jDimensionless treated value, Vi,jFor reality
When vital sign data collection the i-th data j-th of finger target value, i.e., the value of the i-th row j column of matrix V, min () are to take and include
Minimum value in number, Vi1,jFor j-th of finger target value of the i-th 1 datas of real-time vital characteristic data set, the as i1 of matrix V
The value of row j column, J1i2,jFor the value of the i-th 2 row j column of matrix J 1, that is, for matrix Ji2,jDimensionless treated value, Ji2,j
For j-th of finger target value of the i-th 2 emergency measures of emergency measure data set, the as value of the i2 row j column of matrix J, Ji3,jFor
J-th of finger target value of the i-th 3 emergency measures of emergency measure data set, the as value of the i3 row j column of matrix J, i=1,2,
3 ... N1, the Q1 of j=1,2,3 ...；I1=1,2,3 ... N1, i3=1,2,3 ... N2, the N2 of i2=1,2,3 ...；
Step S3, the treatment score between vital sign data collection and emergency measure data set is calculated using formula (2):
Wherein, Fi,jFor i-th vital signs index value in life characteristic data set and the j-th strip in emergency measure data set
Treatment score between data, V1i,t1Be it is no quantization after real-time vital characteristic data set the i-th data the t1 index
Value, J1j,t1Be it is no quantization after emergency measure data set j-th strip data the t1 finger target value, Sj,t1Measure characteristic
According to the value that the jth row t1 of collection is arranged, i=1,2,3 ... N1, j=1,2,3 ... N2, the Q1 of t1=1,2,3 ...；
Step S4, the emergency of emergency measure intelligent recommendation is determined using the vital sign data that formula (3) is received according to
Measure；
Wherein, FN1,N2For the N1 articles vital signs index value in life characteristic data set and the N2 in emergency measure data set
Treatment score between data, TN1For the N1 value of time information data collection, (T1,T2,T3…TN1) it is temporal information number
According to collection, rt is final intelligent recommendation vector, if z-th of value in vector rt is maximum, z data in emergency measure data set
Corresponding emergency measure is then the emergency measure of intelligent recommendation.
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