CN103637783A - Wireless control based human health detection system and method - Google Patents
Wireless control based human health detection system and method Download PDFInfo
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- 238000004891 communication Methods 0.000 claims abstract description 22
- 230000035488 systolic blood pressure Effects 0.000 claims description 12
- 230000035487 diastolic blood pressure Effects 0.000 claims description 9
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- 230000036760 body temperature Effects 0.000 claims description 3
- 238000004364 calculation method Methods 0.000 claims description 3
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Abstract
The invention discloses a wireless control based human health detection system and method. The system comprises a blood pressure detection apparatus, a temperature detection apparatus, an amplifier, a filter, an analog-to-digital (A/D) conversion circuit, a microprocessor, a wireless communication module A, a wireless communication module B, a central processing unit, a memorizer, a keyboard entering unit, a display and a touch screen. Outputs of the blood pressure detection apparatus and the temperature detection apparatus are connected with the amplifier respectively, the output of the amplifier is connected with the microprocessor through the filter and the A/D conversion circuit respectively, the microprocessor is connected with the wireless communication module A, and the wireless communication module B is connected with the central processing unit which is connected with the memorizer, the display and the keyboard entering unit respectively and is connected with the touch screen through a touch screen interface. By means of the system and the method, operations of the blood pressure detection apparatus and the temperature detection apparatus can be controlled remotely through a wireless network by doctors, the blood pressure, the temperature and the heart rate of patients are detected accurately, and measurement results are accurate and reliable.
Description
Technical field
The present invention relates to a kind of health detection system and method based on controlled in wireless.
Background technology
Health is to weigh the major criterion of people's living standard, is also the theme that the mankind are concerned about forever always.Along with social development, the rapid raising of living standard, medical skill is constantly progressive, and a lot of diseases that cannot cure in the past also can obtain good treatment; On the other hand, social development is accelerated people's rhythm of life, work and life stress increase, add the problems such as environmental pollution that industrial development brings, all people's health has been proposed to serious challenge, the factor of many new harm humans health is also comed one after another, and as cardiovascular disease, coronary heart disease, diabetes etc., these have been listed in the topmost disease of harm humans health.
Medical security is one of principal focal point of society now.And in medical security one very distinct issues be exactly that area medical resource is uneven, in outlying district, medical resource is seriously deficient, and developed regions medical resource relative surplus, trans-regional diagnosis and treatment can balance medical resource.The concept that tele-consultation system proposes in order to address these problems just, it can be seeked advice from and diagnosis and treatment so that most of patient is in, medical system comprises Telemedicine Consultation, based distance medical education, build residence hospital even in family by the medical resource of network and the long-range use of various sensing device developed regions, accept diagnosis and treatment.Telemedicine Consultation need to carry out physical examination to patient according to doctor's setting, check patient's basic physiological parameter, because patient one side needs oneself operation completely, without doctor, from side, instruct, therefore need a kind of measurement result accurate, can be by measurement data fast transport to monitoring client, the operation of measurement device simultaneously does not affect the use of patient to equipment, does not affect patient's physiological parameter.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, provide a kind of doctor can be long-range by the work of wireless network control blood pressure detector and device for detecting temperature, patient's blood pressure, temperature and heart rate are accurately detected, and the data of detection are carried out by wireless network, being sent to monitor terminal after simple process, measurement result is accurate, can reduce the operation due to layman, health detection system and the method based on controlled in wireless of the situations such as indeterminacy that easily occur.
The object of the invention is to be achieved through the following technical solutions: the health detection system based on controlled in wireless, it comprises healthy data acquisition system and monitor terminal, described healthy data acquisition system comprises blood pressure detector, temperature-detecting device, amplifier, wave filter, A/D change-over circuit, microprocessor and wireless communication module A, and described monitor terminal comprises wireless communication module B, central processing unit, memorizer, keyboard typing unit, display and touch screen;
The output of blood pressure detector and temperature-detecting device is connected with amplifier respectively, the output of amplifier is connected microprocessor by wave filter with A/D change-over circuit successively, microprocessor is connected with wireless communication module A, wireless communication module A carries out data interaction by wireless network and wireless communication module B, wireless communication module B is connected with central processing unit, central processing unit connects touch screen by touch screen interface, and central processing unit is also connected with memorizer, display and keyboard typing unit respectively.
Described healthy data acquisition system also comprises a timer sum counter, and described timer is connected with microprocessor respectively with enumerator.
Described temperature-detecting device comprises temperature sensor, and temperature sensor bottom is provided with air bag, and the control output of microprocessor is connected with exhaust pump with airbag aeration pump respectively, and the output of temperature sensor is connected with amplifier.
Described blood pressure detector is for detection of human blood-pressure parameter, and it comprises simulator and cuff, is provided with electric sphygmomanometer in cuff, and the output of electric sphygmomanometer is connected with microprocessor;
Simulator is used for simulating cuff internal pressure to be changed, it comprises air compressor, alternating wave generator, pressure transducer, built-in cuff, cuff valve, breather valve and sphygomanometer valve, wave of oscillation generator is comprised of piston tube and motor, and air compressor is for producing the required pressure of leak-testing and overvoltage protection process and adjust among a small circle cuff pressure when blood pressure detecting; Breather valve leads directly to atmosphere, for measuring releasing fast of pipeline hollow gas;
Cuff connects valve junction block by cuff valve, electric sphygmomanometer connects valve junction block by sphygomanometer valve, Valve joint pipe is connected with air compressor with pressure transducer respectively, pressure transducer is also connected with built-in cuff, built-in cuff is connected with piston tube, piston tube connects motor, and the control inputs of motor is connected with the output of microprocessor.
Health detection method based on controlled in wireless, it comprises the following steps:
S1: operation health detection system, by touch screen or keyboard input instruction;
S2: central processing unit is processed the instruction of input, and arrives the microprocessor of healthy data acquisition system by wireless network transmissions;
S3: microprocessor is processed the control instruction receiving, and control temperature-detecting device and blood pressure detector work:
Described blood pressure detector work process comprises following sub-step:
S301: at simulator, 1 group of pressure value is set, comprises systolic pressure, mean pressure and diastolic pressure, simulator produces the wave of oscillation and the corresponding cuff pressure with different envelopes according to this group numerical value;
S302: enter blood pressure measurement program, cuff valve and sphygomanometer valve are opened, and breather valve is closed, starts to inflating pressure in cuff, and when pressure transducer has detected air pressure and starts to rise, Sasser generator starts to simulate fluctuation of blood pressure;
S303: along with cuff pressure rises, shock range is ascending, more descending variation, when pulsation is 0, stops pressurization, and electric sphygmomanometer gathers a pressure every 10ms, is systolic pressure, gathers altogether 4～6 times;
S304: open breather valve, with certain slope or ladder venting, when pressure transducer detects cuff pressure and is decreased to the pressure spot higher than set systolic pressure, again start Sasser generator, the Sasser that produces the fluctuation of simulation human blood-pressure, when pulsation is 0, electric sphygmomanometer is human body blood pressure again, be diastolic pressure, detect altogether 4～6 times;
S305: when electric sphygmomanometer detects after systolic pressure and diastolic pressure, quick air releasing is to atmospheric pressure, and analysis of blood pressure instrument perceives after this pressure changes and quits work, and finishes to measure;
Described temperature-detecting device work process is: microprocessor sends control signal temperature-detecting device, control inflator pump work and close exhaust pump simultaneously, air bag to temperature sensor bottom is inflated, make temperature sensor and human body skin close contact, from contact continuous acquisition body temperature parameter, carry out multi collect, after collection completes, control exhaust pump work and close inflator pump, air bag is exitted, temperature sensor and human body are disengaged;
S4: transfer to microprocessor after the data by amplifier, wave filter and A/D change-over circuit successively by blood pressure data and temperature data being detected;
S5: microprocessor to the temperature data receiving and blood pressure data add up, analysis and calculation meansigma methods processes, and the data by the data that receive and after processing send to central processing unit by wireless network;
S6: central processing unit is stored and display process the data that receive, and with memorizer in default standard value compare, and comparative result is shown, if any extremely giving the alarm.
In described blood pressure detector work process, the work of microprocessor control timer sum counter, the every secondary undulation of Sasser generator heart beating number of times adds 1, when heartbeat counting reaches N, timing time is t, heart rate=60N/ t, microprocessor by the heart rate detecting by wireless network transmissions to central processing unit.
The invention has the beneficial effects as follows:
1, doctor can be long-range by the work of wireless network control blood pressure detector and device for detecting temperature, patient's blood pressure, temperature and heart rate are accurately detected, and the data of detection are carried out by wireless network, being sent to monitor terminal after simple process, for doctor, check, measurement result is accurate, can reduce the operation due to layman, the situations such as indeterminacy that easily occur;
2, doctor can understand in real time by long distance control system patient's basic physiological parameter situation of change, when generation is abnormal, notify in time patient make corresponding or allow patient carry out diagnosis and treatment to hospital, can carry out teletherapy to patient, not only can eliminate often the come and go worry of hospital of patient, reduce the cost of seeking medical advice, also alleviated medical personnel's burden;
3, adopt the mode of wireless transmission, the limitation that can avoid traditional wired connection mode to cause use measurement device, is used convenient.
Accompanying drawing explanation
Fig. 1 is system structure schematic diagram of the present invention;
Fig. 2 is the system structure schematic diagram of blood pressure detector of the present invention.
The specific embodiment
Below in conjunction with accompanying drawing, further illustrate technical scheme of the present invention, but the content that the present invention protects is not limited to the following stated.
As shown in Figure 1, health detection system based on controlled in wireless, it comprises healthy data acquisition system and monitor terminal, described healthy data acquisition system comprises blood pressure detector, temperature-detecting device, amplifier, wave filter, A/D change-over circuit, microprocessor and wireless communication module A, and described monitor terminal comprises wireless communication module B, central processing unit, memorizer, keyboard typing unit, display and touch screen;
The output of blood pressure detector and temperature-detecting device is connected with amplifier respectively, the output of amplifier is connected microprocessor by wave filter with A/D change-over circuit successively, microprocessor is connected with wireless communication module A, wireless communication module A carries out data interaction by wireless network and wireless communication module B, wireless communication module B is connected with central processing unit, central processing unit connects touch screen by touch screen interface, and central processing unit is also connected with memorizer, display and keyboard typing unit respectively.
Described healthy data acquisition system also comprises a timer sum counter, and described timer is connected with microprocessor respectively with enumerator.
Described temperature-detecting device comprises temperature sensor, and temperature sensor bottom is provided with air bag, and the control output of microprocessor is connected with exhaust pump with airbag aeration pump respectively, and the output of temperature sensor is connected with amplifier.
As shown in Figure 2, described blood pressure detector is for detection of human blood-pressure parameter, and it comprises simulator and cuff, is provided with electric sphygmomanometer in cuff, and the output of electric sphygmomanometer is connected with microprocessor;
Simulator is used for simulating cuff internal pressure to be changed, it comprises air compressor, alternating wave generator, pressure transducer, built-in cuff, cuff valve, breather valve and sphygomanometer valve, wave of oscillation generator is comprised of piston tube and motor, and air compressor is for producing the required pressure of leak-testing and overvoltage protection process and adjust among a small circle cuff pressure when blood pressure detecting; Breather valve leads directly to atmosphere, for measuring releasing fast of pipeline hollow gas;
Cuff connects valve junction block by cuff valve, electric sphygmomanometer connects valve junction block by sphygomanometer valve, Valve joint pipe is connected with air compressor with pressure transducer respectively, pressure transducer is also connected with built-in cuff, built-in cuff is connected with piston tube, piston tube connects motor, and the control inputs of motor is connected with the output of microprocessor.
Health detection method based on controlled in wireless, it comprises the following steps:
S1: operation health detection system, by touch screen or keyboard input instruction;
S2: central processing unit is processed the instruction of input, and arrives the microprocessor of healthy data acquisition system by wireless network transmissions;
S3: microprocessor is processed the control instruction receiving, and control temperature-detecting device and blood pressure detector work:
Described blood pressure detector work process comprises following sub-step:
S301: at simulator, 1 group of pressure value is set, comprises systolic pressure, mean pressure and diastolic pressure, simulator produces the wave of oscillation and the corresponding cuff pressure with different envelopes according to this group numerical value;
S302: enter blood pressure measurement program, cuff valve and sphygomanometer valve are opened, and breather valve is closed, starts to inflating pressure in cuff, and when pressure transducer has detected air pressure and starts to rise, Sasser generator starts to simulate fluctuation of blood pressure;
S303: along with cuff pressure rises, shock range is ascending, more descending variation, when pulsation is 0, stops pressurization, and electric sphygmomanometer gathers a pressure every 10ms, is systolic pressure, gathers altogether 4～6 times;
S304: open breather valve, with certain slope or ladder venting, when pressure transducer detects cuff pressure and is decreased to the pressure spot higher than set systolic pressure, again start Sasser generator, the Sasser that produces the fluctuation of simulation human blood-pressure, when pulsation is 0, electric sphygmomanometer is human body blood pressure again, be diastolic pressure, detect altogether 4～6 times;
S305: when electric sphygmomanometer detects after systolic pressure and diastolic pressure, quick air releasing is to atmospheric pressure, and analysis of blood pressure instrument perceives after this pressure changes and quits work, and finishes to measure;
Described temperature-detecting device work process is: microprocessor sends control signal temperature-detecting device, control inflator pump work and close exhaust pump simultaneously, air bag to temperature sensor bottom is inflated, make temperature sensor and human body skin close contact, from contact continuous acquisition body temperature parameter, carry out multi collect, after collection completes, control exhaust pump work and close inflator pump, air bag is exitted, temperature sensor and human body are disengaged;
S4: transfer to microprocessor after the data by amplifier, wave filter and A/D change-over circuit successively by blood pressure data and temperature data being detected;
S5: microprocessor to the temperature data receiving and blood pressure data add up, analysis and calculation meansigma methods processes, and the data by the data that receive and after processing send to central processing unit by wireless network;
S6: central processing unit is stored and display process the data that receive, and with memorizer in default standard value compare, and comparative result is shown, if any extremely giving the alarm.
In described blood pressure detector work process, the work of microprocessor control timer sum counter, the every secondary undulation of Sasser generator heart beating number of times adds 1, when heartbeat counting reaches N, timing time is t, heart rate=60N/ t, microprocessor by the heart rate detecting by wireless network transmissions to central processing unit.
Claims (6)
1. the health detection system based on controlled in wireless, it is characterized in that: it comprises healthy data acquisition system and monitor terminal, described healthy data acquisition system comprises blood pressure detector, temperature-detecting device, amplifier, wave filter, A/D change-over circuit, microprocessor and wireless communication module A, and described monitor terminal comprises wireless communication module B, central processing unit, memorizer, keyboard typing unit, display and touch screen;
The output of blood pressure detector and temperature-detecting device is connected with amplifier respectively, the output of amplifier is connected microprocessor by wave filter with A/D change-over circuit successively, microprocessor is connected with wireless communication module A, wireless communication module A carries out data interaction by wireless network and wireless communication module B, wireless communication module B is connected with central processing unit, central processing unit connects touch screen by touch screen interface, and central processing unit is also connected with memorizer, display and keyboard typing unit respectively.
2. the health detection system based on controlled in wireless according to claim 1, is characterized in that: described healthy data acquisition system also comprises a timer sum counter, and described timer is connected with microprocessor respectively with enumerator.
3. the health detection system based on controlled in wireless according to claim 1, it is characterized in that: described temperature-detecting device comprises temperature sensor, temperature sensor bottom is provided with air bag, the control output of microprocessor is connected with exhaust pump with airbag aeration pump respectively, and the output of temperature sensor is connected with amplifier.
4. the health detection system based on controlled in wireless according to claim 1, it is characterized in that: described blood pressure detector is for detection of human blood-pressure parameter, it comprises simulator and cuff, is provided with electric sphygmomanometer in cuff, and the output of electric sphygmomanometer is connected with microprocessor;
Simulator is used for simulating cuff internal pressure to be changed, it comprises air compressor, alternating wave generator, pressure transducer, built-in cuff, cuff valve, breather valve and sphygomanometer valve, wave of oscillation generator is comprised of piston tube and motor, and air compressor is for producing the required pressure of leak-testing and overvoltage protection process and adjust among a small circle cuff pressure when blood pressure detecting; Breather valve leads directly to atmosphere, for measuring releasing fast of pipeline hollow gas;
Cuff connects valve junction block by cuff valve, electric sphygmomanometer connects valve junction block by sphygomanometer valve, Valve joint pipe is connected with air compressor with pressure transducer respectively, pressure transducer is also connected with built-in cuff, built-in cuff is connected with piston tube, piston tube connects motor, and the control inputs of motor is connected with the output of microprocessor.
5. the health detection method based on controlled in wireless as described in claim 1～4 any one, is characterized in that: it comprises the following steps:
S1: operation health detection system, by touch screen or keyboard input instruction;
S2: central processing unit is processed the instruction of input, and arrives the microprocessor of healthy data acquisition system by wireless network transmissions;
S3: microprocessor is processed the control instruction receiving, and control temperature-detecting device and blood pressure detector work:
Described blood pressure detector work process comprises following sub-step:
S301: at simulator, 1 group of pressure value is set, comprises systolic pressure, mean pressure and diastolic pressure, simulator produces the wave of oscillation and the corresponding cuff pressure with different envelopes according to this group numerical value;
S302: enter blood pressure measurement program, cuff valve and sphygomanometer valve are opened, and breather valve is closed, starts to inflating pressure in cuff, and when pressure transducer has detected air pressure and starts to rise, Sasser generator starts to simulate fluctuation of blood pressure;
S303: along with cuff pressure rises, shock range is ascending, more descending variation, when pulsation is 0, stops pressurization, and electric sphygmomanometer gathers a pressure every 10ms, is systolic pressure, gathers altogether 4～6 times;
S304: open breather valve, with certain slope or ladder venting, when pressure transducer detects cuff pressure and is decreased to the pressure spot higher than set systolic pressure, again start Sasser generator, the Sasser that produces the fluctuation of simulation human blood-pressure, when pulsation is 0, electric sphygmomanometer is human body blood pressure again, be diastolic pressure, detect altogether 4～6 times;
S305: when electric sphygmomanometer detects after systolic pressure and diastolic pressure, quick air releasing is to atmospheric pressure, and analysis of blood pressure instrument perceives after this pressure changes and quits work, and finishes to measure;
Described temperature-detecting device work process is: microprocessor sends control signal temperature-detecting device, control inflator pump work and close exhaust pump simultaneously, air bag to temperature sensor bottom is inflated, make temperature sensor and human body skin close contact, from contact continuous acquisition body temperature parameter, carry out multi collect, after collection completes, control exhaust pump work and close inflator pump, air bag is exitted, temperature sensor and human body are disengaged;
S4: transfer to microprocessor after the data by amplifier, wave filter and A/D change-over circuit successively by blood pressure data and temperature data being detected;
S5: microprocessor to the temperature data receiving and blood pressure data add up, analysis and calculation meansigma methods processes, and the data by the data that receive and after processing send to central processing unit by wireless network;
S6: central processing unit is stored and display process the data that receive, and with memorizer in default standard value compare, and comparative result is shown, if any extremely giving the alarm.
6. the health detection method based on controlled in wireless according to claim 5, it is characterized in that: in described blood pressure detector work process, the work of microprocessor control timer sum counter, the every secondary undulation of Sasser generator heart beating number of times adds 1, when heartbeat counting reaches N, timing time is t, heart rate=60N/ t, microprocessor by the heart rate detecting by wireless network transmissions to central processing unit.
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| CN103637783B (en) | 2016-01-06 |
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