CN1729935A - Blue teeth wireless system for monitoring cardiac functional parameter and application thereof - Google Patents
Blue teeth wireless system for monitoring cardiac functional parameter and application thereof Download PDFInfo
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- CN1729935A CN1729935A CN 200510036528 CN200510036528A CN1729935A CN 1729935 A CN1729935 A CN 1729935A CN 200510036528 CN200510036528 CN 200510036528 CN 200510036528 A CN200510036528 A CN 200510036528A CN 1729935 A CN1729935 A CN 1729935A
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Abstract
The invention discloses a blue tooth wireless heart function parameter monitoring system comprising a embed blue tooth wireless patient monitor, a blue tooth switch-in terminal, and a platform of medical monitoring system, wherein, the embedded blue tooth wireless monitor is connected to the platform of medical monitoring system via the blue tooth switch-in terminal. The invention also discloses the application of said blue wire heart function parameter monitoring system for the patient side monitoring, the short-range central monitoring and the remote medical monitoring. In addition, the invention can reflects the physical status of human body in reality with lower cost and higher reliability; and the invention can collect variable physiological parameters as electro-cardio-signal, heart rate, cardiophonogram, the blood oxygen saturation and the body temperature to be wireless transmitted by the blue tooth technique. So it can help the medical staff monitor the state of patient and prevent the exacerbation of the condition.
Description
Technical field
The invention belongs to the medical electronics instrument field, particularly a kind of blue teeth wireless system for monitoring cardiac functional parameter and application thereof that the multiple physiological parameter of human body is detected, transmits, stores and supervises warning.
Background technology
Along with social progress and science and technology development, each country all pays much attention to the reform of medical model, change to " prevent disease and wound, promote and keep health " pattern from " cure diseases ", solve a series of serious social concern such as aged tendency of population, medical expense rise, populous, hospital's finite capacity by modern medicine information technology and tele-medicine technology.Modern society is because the pressure that continuous work rhythm of accelerating and competitive environment bring people, and reason such as life style change, physical exertion minimizing, environmental pollution, cause disease that some person in middle and old age easily suffer from gradually to the young and the middle aged's transfer that becomes younger, particularly cardiovascular disease has become the No.1 killer of human life's health, therefore how in early days, the detection of noinvasive ground, diagnosis of heart disease patient, the significant medical problem that need solve in a hurry especially.In recent years, the telemedicine monitoring system towards family, individual becomes the focus of field of medical technology gradually.Rely on the domestic remote medical system, the patient can send various life-informations to the doctor of far-end whenever and wherever possible, in time obtain medical treatment guidance or diagnosis and treatment, this for the patient obtain high-caliber medical services, and first aid when the emergency support, significant.
In existing medical monitoring system, how the data of the sensor acquisition that the patient wears on one's body are sent to PC by serial interface cable (RS232/485) is gone up or passes on the LAN by serial port networked server.Because the signal that detected is human body signal mostly, and the signal of human body in the raw the time can reflect its physiological situation truly.Therefore checkout equipment is linked the traditional method of monitoring on the human body by wired mode and can make the patient feel to be fettered, can't loosen mood, thereby cause detected data inaccurate.Existing medical monitoring equipment ubiquity defectives such as detected parameters is single, extended capability is not strong, interaction capabilities difference.Existing medical monitoring system is linked the traditional method of carrying out the physiological parameter monitoring on the human body by wired mode, can not effectively detect data, can not the real physiological situation of long distance monitoring patient.
Summary of the invention
In order to overcome above-mentioned the deficiencies in the prior art, primary and foremost purpose of the present invention just provides a kind of blue teeth wireless system for monitoring cardiac functional parameter.This blue teeth wireless system for monitoring cardiac functional parameter adopts blue teeth wireless detected transmission mode, and adnexa is few, networking is convenient, detected parameters is various, the expansion interaction capabilities is good.This blue teeth wireless system for monitoring cardiac functional parameter is realized the detection of stored and the demonstration in real time of the multi-physiological-parameter of medical monitoring equipment, and vital sign information more fully is provided; Physiological data analysis diagnosis, threshold value setting and supervision are reported to the police; Realize making checkout equipment utilize the blue tooth radio network networking when realizing physiological data transmission wireless penetration with blue tooth interface with Bluetooth technology; Include embedded OS and data analysis diagnostic application software.
Another object of the present invention is to provide above-mentioned blue teeth wireless system for monitoring cardiac functional parameter at patient's portable monitoring, closely concentrate application in monitoring and the telemedicine monitoring system.
Primary and foremost purpose of the present invention is achieved through the following technical solutions: a kind of blue teeth wireless system for monitoring cardiac functional parameter, comprise embedded Bluetooth wireless monitoring instrument, bluetooth accesses terminal and the medical monitoring system platform, described embedded Bluetooth wireless monitoring instrument accesses terminal by bluetooth and is connected with the medical monitoring system platform.Described medical monitoring system platform comprises hardware device and software systems such as the communication server, database server, application server, Web (network) server.
Described embedded Bluetooth wireless monitoring instrument comprises that software partly on hardware circuit part and the sheet, hardware circuit part comprises power management module, the main processing controller module, the main processing controller module is connected with physiological signal simulated modulation module, FLASH ROM data memory module, DRAM memory modules, USB/UART transport module, LCD LCD MODULE, touch screen module, operation push-button module respectively, and described USB/UART transport module is connected with the blue tooth radio network module.Described software section comprises μ cLinux embedded OS, driver and intelligentized last physiological parameter diagnostic analysis display application software on the sheet.
Described USB/UART transport module adopts the USB/UART chip; The blue tooth radio network module comprises BLUECORE2-EXTERNAL chip and peripheral cell, and peripheral cell comprises power circuit, rf filtering circuit and radio-frequency antenna.
Described USB/UART transport module is connected with the blue tooth radio network module and is connected with the blue tooth radio network module by the USB/UART transport module that the UART interface that passes through the USB/UART transport module is connected with the UART interface of the BLUECORE2-EXTERNAL chip of blue tooth radio network module or the USB interface of USB/UART transport module is connected with the USB interface of the BLUECORE2-EXTERNAL chip of blue tooth radio network module.
Described main processing controller module is the host CPU chip with RISC ARM7DMI kernel.Described FLASH ROM data memory module adopts 64Mbits FLASH ROM, 256Mbits FLASHROM.Described touch screen module comprises that touch screen, touch screen signal detect and change-over circuit, and described touch screen adopts four-wire resistance type touch screen.
Operation principle of the present invention is as follows: based on the embedded Bluetooth wireless monitoring instrument of Bluetooth technology multiple physiological parameters such as human body electrocardiosignal, heart rate, hear sounds, machcardiogram, blood oxygen saturation and body temperature in real time, patient's various important vital sign extracted in time, exactly handle and analyze, substitute traditional wired connection with bluetooth wireless links and realize the transparent data transmission.Bluetooth accesses terminal as data receiver, signal to the monitor transmission receives, and each parameter carried out computational analysis, result and setting threshold are relatively, warning exercises supervision, the result data real-time storage in system, and can be communicated by letter with the monitoring center by network communication module, realize the real time medical monitoring.The medical monitoring system function comprises that the transmission of real time data network, heart rate anomaly analysis storehouse, Server communication environment, Monitor real-time analysis diagnosis, doctor's advice send in real time, electrocardio remote live analysis etc., has realized supervision warning, information storage and transmission to each parameter.
The present invention compared with prior art has following advantage and effect: adopt Bluetooth technology to substitute traditional wired connection, make human body in the raw, detect the signal that obtains and can reflect its physiological situation more realistically; The cost of Bluetooth chip is relatively low, has very high capacity of resisting disturbance and multiple spot access capability based on the system of Bluetooth technology, makes native system have the characteristics of low cost, high reliability; The present invention can gather multiple physiological parameters such as electrocardiosignal, heart rate, hear sounds, blood oxygen saturation and body temperature and adopt the Bluetooth technology wirelessly transmitting data, bluetooth accesses terminal and receives data in real time, connect medical monitoring system by computer network, supervision warning, information storage and transmission have been realized to each parameter, can realize patient's portable monitoring, closely concentrate monitoring and remote medical monitor, help medical personnel that conditions of patients is monitored and protected.
Description of drawings
Fig. 1 is the structural representation of individual, domestic consumer and tele-medicine blue teeth wireless system for monitoring cardiac functional parameter;
Fig. 2 is ward, community hospital and tele-medicine blue teeth wireless system for monitoring cardiac functional parameter structural representation;
Fig. 3 is the overall construction drawing of tele-medicine blue teeth wireless system for monitoring cardiac functional parameter;
Fig. 4 is the system block diagram of embedded Bluetooth wireless monitoring instrument;
Fig. 5 is the main controller module circuit theory diagrams of embedded Bluetooth wireless monitoring instrument;
Fig. 6 is the blue tooth radio network modular circuit schematic diagram of embedded Bluetooth wireless monitoring instrument;
Fig. 7 is the hierarchical chart of the software system of embedded Bluetooth wireless monitoring instrument.
The specific embodiment
The present invention is described in further detail below in conjunction with embodiment and accompanying drawing, but embodiments of the present invention are not limited thereto.
Blue teeth wireless system for monitoring cardiac functional parameter as shown in Figure 1 comprises embedded Bluetooth wireless monitoring instrument, bluetooth accesses terminal and the medical monitoring system platform, and embedded Bluetooth wireless monitoring instrument accesses terminal by bluetooth and is connected with the medical monitoring system platform.The medical monitoring system platform comprises hardware device and software systems such as the communication server, database server, application server, Web (network) server.
Embedded Bluetooth wireless monitoring instrument comprises that software partly on hardware circuit part and the sheet, hardware circuit part comprises power management module, the main processing controller module, the main processing controller module is connected with physiological signal simulated modulation module, FLASH ROM data memory module, DRAM memory modules, USB/UART transport module, LCD LCD MODULE, touch screen module, operation push-button module respectively, and described USB/UART transport module is connected with the blue tooth radio network module.The main processing controller module is the host CPU chip with RISC ARM7DMI kernel.The USB/UART transport module is connected with the blue tooth radio network module and is connected with the blue tooth radio network module by the USB/UART transport module that the UART interface that passes through the USB/UART transport module is connected with the UART interface of the Bluetooth chip (BLUECORE2-EXTERNAL chip) of blue tooth radio network module or the USB interface of USB/UART transport module is connected with the USB interface of the Bluetooth chip (BLUECORE2-EXTERNAL chip) of blue tooth radio network module.FLASH ROM data memory module adopts 64Mbits FLASH ROM, 256Mbits FLASH ROM.Touch screen module comprises that four-wire resistance type touch screen, touch screen signal detect and change-over circuit.The USB/UART transport module adopts the USB/UART chip; The blue tooth radio network module comprises BLUECORE2-EXTERNAL chip and peripheral cell, and peripheral cell comprises power circuit, rf filtering circuit and radio-frequency antenna.Software section comprises μ cLinux embedded OS, driver and intelligentized last physiological parameter diagnostic analysis display application software on the sheet.
Be illustrated in figure 1 as individual, home-use blue teeth wireless system for monitoring cardiac functional parameter, embedded Bluetooth wireless monitoring instrument based on Bluetooth technology converts biomedicine signals to the signal of telecommunication by signal detection and pretreatment module earlier, and disturbs pretreatment such as inhibition, signal filtering and amplification; By the A/D modular converter data are sampled, quantized then, carry out data wireless by the blue tooth radio network module again and transmit.The signal that bluetooth accesses terminal to the transmission of embedded Bluetooth wireless monitoring instrument receives, and each parameter (multiple physiological parameters such as electrocardiosignal, heart rate, hear sounds, blood oxygen saturation and body temperature) carried out computational analysis, result and setting threshold are relatively, warning exercises supervision, with the result data real-time storage in blue teeth wireless system for monitoring cardiac functional parameter, and can communicate by letter with the monitoring center by network communication module, realize the real time remote monitoring.
Be illustrated in figure 2 as ward, community hospital's blue teeth wireless system for monitoring cardiac functional parameter, adopt communication, realized the real-time Communication for Power between ward nurse station and each ward berth, have convenient for installation and maintenance, capacity of resisting disturbance is strong, and utilization rate advantages of higher.System is made up of remote monitoring system key station, ward controller and embedded Bluetooth wireless monitoring instrument.Between the embedded Bluetooth wireless monitoring instrument between key station and each the ward controller, in each ward controller and each ward, and can carry out interactive type wireless communication between each ward controller, form a distributed wireless interactive type communication network.Wherein embedded Bluetooth wireless monitoring instrument is responsible for collection and the processing to patient information, and sends the information that is obtained to the ward controller, also can receive the information that the ward controller is transmitted.Each embedded Bluetooth wireless monitoring instrument generally as slave unit, can move in the piconet of ward flexibly to unique number should be arranged in network, is placed on around the sick bed according to the patient convenient needs; The ward controller is responsible for the sick bed terminal unit is managed, and carries out trunking traffic between key station and sick bed terminal unit, exchanges both data messages.The numbering of ward controller also is unique in network, generally as the main equipment of each ward piconet, according to communication efficiency and actual needs, can be installed in corridor or the ward; Key station is positioned at nurse station, constitutes piconet with each ward controller, as the main equipment of piconet, is responsible for ward controller and sick bed terminal unit are managed, and communicates by letter with the ward controller and to carry out information exchange.System is in design process, taken into full account the advantage of Bluetooth technology, the system group network flexible and convenient, each building block is convenient to modularized design, and can repeat and move to use, shortcoming such as the line that has overcome wired mode is loaded down with trivial details, it is complicated to install, fault rate is high and difficult in maintenance.
Be illustrated in figure 3 as the medical monitoring system population structure, application scenario of the present invention can be applicable to family, community, hospital, setting up with the domestic monitoring based on family and community, hospital is " family-community-hospital " three layers of remote monitoring system of core, not only can make people enjoy the same service of hospital with cheap expense in community even family, and can alleviate effectively that present China medical resource is in short supply relatively, present situation that medical services fall behind relatively, help to solve people's problem demanding prompt solutions such as difficulty, health care difficulty of seeking medical advice.Set up the Network Services Center station of remote monitoring system in central hospital, central station is equipped with Web server, database server, application server and the communication server.Community hospital is equipped with long distance monitoring and diagnosis terminal equipment, can monitor the domestic consumer in the community in real time, can insert the blue teeth wireless system for monitoring cardiac functional parameter of central hospital by communication modes such as public telephone network and Intemet.The domestic consumer can carry out multi-physiological-parameter at any time by embedded Bluetooth wireless monitoring instrument and detect, and data in real time send to the monitoring center of community hospital, can also enjoy the various medical services that the medical information platform provides.
Embedded Bluetooth wireless monitoring instrument comprises that software partly on hardware circuit part and the sheet.
(1) hardware circuit part
Embedded Bluetooth wireless monitoring instrument as shown in Figure 4, comprise power management module, the main processing controller module is connected with physiological signal simulated modulation module, FLASH ROM data memory module, DRAM memory modules, USB/UART transport module, LCD LCD MODULE, touch screen module, operation push-button module respectively, and the USB/UART transport module is connected with the blue tooth radio network module.Wherein the main processing controller module is the host CPU chip with RISC ARM7DMI kernel; FLASH ROM data memory module adopts 64MbitsFLASH ROM or 256Mbits FLASH ROM.The USB/UART transport module adopts the USB/UART chip; The blue tooth radio network module adopts the CSR one chip BLUECORE2-EXTERNAL of company chip.The USB/UART transport module can provide dual mode and the one chip BLUECORE2-EXTERNAL of CSR company chip communication, finish the transmission of control signal and communication data, promptly the UART interface of USB/UART transport module is connected with the UART interface that the Bluetooth chip (BLUECORE2-EXTERNAL chip) of blue tooth radio network module provides, the USB interface of USB/UART transport module is connected with the USB interface that Bluetooth chip (BLUECORE2-EXTERNAL chip) provides.The blue tooth radio network module is made up of BLUECORE2-EXTERNAL chip and peripheral cell, and peripheral cell comprises power circuit, rf filtering circuit and radio-frequency antenna.The USB chip is realized usb function, and main processing controller inside is integrated with the UART function, provides UART interface to the outside.The USB/UART transport module utilizes USB chip and main processing controller inside to be integrated with the UART function exactly and realizes USB and UART interface function.Touch screen module comprises that four-wire resistance type touch screen, touch screen signal detect and change-over circuit.
The physiological signal simulated modulation module realizes the picking up of many physiological signals carried out filtering and inhibition to interfering signals such as high frequency, power frequencies, to analog quantity amplify, zero adjustment and full scale adjustment.Because physiology signal is very faint, when detecting physiological signal, there is powerful interference, as interference such as power frequency 50Hz and polarizing voltages.Therefore, prime adopts amplifier to form the parallel connection type differential amplifier, and late-class circuit adopts cheap instrumentation amplifier, and double-end signal is converted to single-ended signal output.
The main processing controller module realizes simulating the A/D analog digital conversion of physiological signal, digital filtering, data computation analysis, each module of control and hardware management part simultaneously in conjunction with μ cLinux embedded OS.
FLASH ROM data memory module utilizes high-capacity and high-speed FLASH ROM, realizes the real-time storage of various physiological datas, can store 24 hours ambulatory electrocardiogram (ECG) and comprehensive physiological parameter such as heart rate, blood oxygen saturation and body temperature simultaneously.FALSH ROM has and can wipe, but write-in functions, and even system power supply is closed, the storage data on it can not lost yet.
The blue tooth radio network module realizes the wireless transmission and the blue tooth radio network service of physiological data, be connected the piconet of realizing in the Bluetooth technology (Piconet) with the bluetooth wireless port on the PC, i.e. the blue tooth radio network of the equity that can constitute by the equipment of 8 band blue tooth interfaces at most simultaneously.Blue tooth wireless technology is a kind of information radio transmission system among a small circle, organizes to set up bluetooth 1.2 system's international norms by Bluetooth SIG.Current application to blue tooth wireless technology mainly concentrates on small-sized mobile communication equipment, and it has not only simply eliminated the cable connection, and the wide region standard device that comprises network and the inlet of communications option also are provided.Owing to adopted technology such as fast frequency-hopped and FEC Error Correction of Coding, bluetooth has very high capacity of resisting disturbance, experiment shows, even there is the so same band interference source of microwave oven or 802.11b equipment to exist on every side, bluetooth equipment is that traffic rate decreases, and the situation that link down or data are made mistakes can not occur.Bluetooth technology has reliable and stable multiple spot access capability, and bluetooth accesses terminal and can realize data communication with a plurality of access devices simultaneously.Because the blue teeth wireless emitted power is very little, for example, if communication distance is defined as in the 10m, then transmitting power only has 2.5mW simultaneously.
The LCD LCD MODULE, touch screen module, the operation push-button module realizes man machine interface jointly, finishes the real-time demonstration of physiological signal and parameter, the operation of the operation interface of application software and the input of key information.
Be illustrated in figure 5 as the main controller module circuit theory diagrams of embedded Bluetooth wireless monitoring instrument, the prime of physiological signal simulated modulation module is amplified with two TLC071 formation parallel connection type differential amplifiers, and INA128 is adopted in back level amplification.CPU module is S3C44B0X 66MHz (ARM7 kernel) cpu chip of Samsung company, FALSH ROM module can be wiped 64Mbits FLASH ROM and each a slice of 256Mbits FLASH ROM of programming fast by the 3.3V voltage of two AMDs, is used for the storage of realization system and application software and physical detection data.Be illustrated in figure 6 as the blue tooth radio network modular circuit schematic diagram of embedded Bluetooth wireless monitoring instrument, the blue tooth radio network module has adopted the blue tooth radio network module BLUECORE-EXTERNAL of CSR company, and finishing blue tooth radio network is the networking and the data wireless transmission of piconet.The LCD LCD MODULE adopts OPTREX 5.7, and " DMF50081, it has 320 * 240 resolution, 16 grades of gray scales.Touch screen adopts four-wire resistance type touch screen, and traditional keyboard is saved in the input of the people's at complete operation interface information, makes embedded Bluetooth wireless monitoring instrument volume smaller and more exquisite.
(2) software section
Be illustrated in figure 7 as the software system structure of embedded Bluetooth wireless monitoring instrument, constitute by driver on embedded μ cLinux embedded OS, the sheet and intelligentized last physiological parameter diagnostic analysis display application software.
Because μ cLinux embedded OS is the source code that opens for free, can obtain its source code easily, particular hardware circuit according to embedded Bluetooth wireless monitoring instrument disposes and cross compile μ cLinux embedded OS source code then, the μ cLinux embedded OS that generation can move on this monitor system, it is relevant with hardware circuit.Driver is finished the TCP/IP procotol on the sheet, the UART agreement, usb protocol, Bluetooth protocol, FLASH ROM wipes and programming protocol in real time, SIO synchronous serial interface agreements etc. realize the bottom hardware associated row operation to hardware circuit, and the encapsulation conversion of related protocol upwards is that application layer provides transparent DLL.Go up the realization that physiological parameter diagnostic analysis display application software comprises the application program operation display interface, fast automatic analyzing and processing of the small echo of data and threshold test, the storage of physiological detection parameter and analysis result for intelligentized.
The software section advantage is as follows:
1, μ cLinux embedded OS is the embedded Linux system towards the microcontroller field.μ cLinux have open source code, fully free, can reduce flexibly, characteristics such as network support is perfect, therefore with μ cLinux as the access terminal software platform of exploitation of bluetooth.
2, driver meets the required standard of μ cLinux embedded OS on the sheet, realizes the bottom function to the various hardware resources of system, realizes providing transparent support to higher software layer.
3, go up physiological parameter diagnostic analysis display application software for intelligentized, use the bonded wavelet analysis method of modern time domain, frequency domain and time-frequency, it not only makes detection more accurate, more accurate, and can carry out fast automatic analyzing and processing to data, and solve biomedicine signals in conjunction with medical expert's experience and detect automatically, analyze and show.The exploitation of application program is under the embedded software developing environment, by C/C
++The language cross compile is finished.
(3) operation principle of embedded Bluetooth wireless monitoring instrument
Detect the active electrocardiosignal of reflection cardiac electrophysiology by ECG (ambulatory electrocardiogram) crosslinking electrode, detect the scheming tool signal (carotid pulse wave) of reflection heart pump physiological function by CAP (carotid pulse wave) pick off, detect the physiology acoustical signal (hear sounds) of reflection heart movement by PCG (phonocardiogram) pick off, detect the body temperature signal by temperature sensor, detect oxygen saturation signal by blood oxygen transducer; These signals are delivered to physiological signal simulated modulation module separately respectively, amplify at the characteristics and the requirement of various signals, and processing such as filtering, and signal adjusted to certain amplitude (being in 0～2.5V) herein; Through ten A/D converter analog signal conversion is become digital signal again; Data are carried out analyzing and processing to the main processing controller module and threshold ratio reaches warning, simultaneously show ECG figure and measurement result in real time with graphics mode by the LCD LCD MODULE, finish the compression of data storage by FLASH ROM module, if selected the Bluetooth wireless transmission function, then data in real time can be sent to work station, draw examining report.
Claims (10)
1, a kind of blue teeth wireless system for monitoring cardiac functional parameter, it is characterized in that, comprise that embedded Bluetooth wireless monitoring instrument, bluetooth access terminal, the medical monitoring system platform, described embedded Bluetooth wireless monitoring instrument accesses terminal by bluetooth and is connected with the medical monitoring system platform.
2, blue teeth wireless system for monitoring cardiac functional parameter according to claim 1, it is characterized in that, described embedded Bluetooth wireless monitoring instrument comprises that software partly on hardware circuit part and the sheet, hardware circuit part comprises power management module, the main processing controller module, the main processing controller module respectively with the physiological signal simulated modulation module, FLASH ROM data memory module, the DRAM memory modules, the USB/UART transport module, the LCD LCD MODULE, touch screen module, the operation push-button module connects, and described USB/UART transport module is connected with the blue tooth radio network module.
3, blue teeth wireless system for monitoring cardiac functional parameter according to claim 1 is characterized in that, described medical monitoring system platform comprises the communication server, database server, application server, Web server hardware device and software system.
4, blue teeth wireless system for monitoring cardiac functional parameter according to claim 2 is characterized in that, described main processing controller module is the host CPU chip with RISC ARM7DMI kernel; Described FLASH ROM data memory module adopts 64Mbits FLASH ROM, 256Mbits FLASH ROM.
5, blue teeth wireless system for monitoring cardiac functional parameter according to claim 2 is characterized in that, described USB/UART transport module adopts the USB/UART chip.
6, blue teeth wireless system for monitoring cardiac functional parameter according to claim 2, it is characterized in that, described blue tooth radio network module comprises BLUECORE2-EXTERNAL chip, peripheral cell, and described peripheral cell comprises power circuit, rf filtering circuit, radio-frequency antenna.
7, blue teeth wireless system for monitoring cardiac functional parameter according to claim 2, it is characterized in that described USB/UART transport module is connected with the blue tooth radio network module that UART interface by the USB/UART transport module is connected with the UART interface of the BLUECORE2-EXTERNAL chip of blue tooth radio network module or the USB interface of USB/UART transport module is connected with the USB interface of the BLUECORE2-EXTERNAL chip of blue tooth radio network module.
8, blue teeth wireless system for monitoring cardiac functional parameter according to claim 2 is characterized in that, described touch screen module comprises that touch screen, touch screen signal detect and change-over circuit, and described touch screen adopts four-wire resistance type touch screen.
9, blue teeth wireless system for monitoring cardiac functional parameter according to claim 2, it is characterized in that, described embedded Bluetooth wireless monitoring instrument software section comprises μ cLinux embedded OS, driver and intelligentized last physiological parameter diagnostic analysis display application software on the sheet.
10, the described blue teeth wireless system for monitoring cardiac functional parameter of claim 1～9 is at patient's portable monitoring, closely concentrate application in monitoring and the telemedicine monitoring system.
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| CN102185882A (en) * | 2011-03-09 | 2011-09-14 | 中山大学 | Method and device for remotely monitoring embedded physiological information |
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| WO2013044856A1 (en) * | 2011-09-30 | 2013-04-04 | Liu Yiqin | Wireless heart rate monitoring system |
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| CN103284695A (en) * | 2013-06-17 | 2013-09-11 | 北京康智乐思网络科技有限公司 | Human body signal detection device and monitoring system |
| CN103440429A (en) * | 2013-09-12 | 2013-12-11 | 山东诺安诺泰信息系统有限公司 | Remotely and intelligently managed chronic disease screening system |
| CN103948377A (en) * | 2014-05-20 | 2014-07-30 | 福州大学 | Portable wireless vital sign monitor |
| CN103948377B (en) * | 2014-05-20 | 2016-06-29 | 福州大学 | A kind of portable mobile wireless vital sign monitor |
| CN104462230A (en) * | 2014-11-14 | 2015-03-25 | 深圳市芯海科技有限公司 | APP terminal service and networking system and method of system on chip |
| CN108852284A (en) * | 2018-03-28 | 2018-11-23 | 深圳市深大云伴健康科技有限公司 | Pregnant late pregnancy analysis system, method and device based on cloud platform |
| CN112969405A (en) * | 2019-01-23 | 2021-06-15 | 深圳迈瑞生物医疗电子股份有限公司 | Monitoring method and system of integrated physiological parameters and computer storage medium |
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| CN100340206C (en) | 2007-10-03 |
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