CN104666059A - Novel Internet-of-Things sputum elimination machine based on flexible biosensor and control system of novel Internet-of-Things sputum elimination machine - Google Patents
Novel Internet-of-Things sputum elimination machine based on flexible biosensor and control system of novel Internet-of-Things sputum elimination machine Download PDFInfo
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- CN104666059A CN104666059A CN201410480235.5A CN201410480235A CN104666059A CN 104666059 A CN104666059 A CN 104666059A CN 201410480235 A CN201410480235 A CN 201410480235A CN 104666059 A CN104666059 A CN 104666059A
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Abstract
The invention relates to a novel Internet-of-Things sputum elimination machine based on a flexible biosensor and a control system of the novel Internet-of-Things sputum elimination machine and belongs to the technical field of medical instruments. The novel Internet-of-Things sputum elimination machine comprises a lung rale circuit and a fingerprint recognition system, an AIN1 end of a lead electrocardiogram circuit is connected with an AIN1 end of an ARM, an AIN2 end of the lung rale circuit is connected with an AIN2 end of the ARM, an MISO end, an MOSI end, an SCS end and an SPICLK end of the fingerprint recognition circuit are connected with an MISO end, an MOSI end, an SCS end and an SPICLK end of the ARM respectively, a power source circuit provides an ARM power source, and a pin 13 and a pin 14 of a wireless transmission chip are connected with a pin 30 and a pin 29 of the ARM respectively.
Description
Technical field
The present invention relates to the novel Internet of Things sputum elimination machine based on flexible biosensor and control system thereof, belong to technical field of medical instruments.
Background technology
At present, researched and developed also volume production and gone out high-frequency impulse sputum elimination machine equipment, multiple devices are sold in Grade III Class A hospital and are used, existing tens parts of associated authorization patent.At present according to the feedback of medical personnel, existing equipment is substantially all the therapeutic equipment of off-line type, and doctor can only on-the-spotly see could understand patient's service condition; And existing equipment does not all have specific physical signs measuring ability, medical personnel can only be subject to by observing the use sense roughly understanding patient.In addition, when medical personnel are patient treatment at every turn, all need, for each patient repeats to arrange treatment parameter, to waste time and energy so especially.For this reason, need to start to develop a intelligent Internet of Things sputum elimination machine, above-mentioned deficiency can be solved.First, equipment and remote terminal are communicated, medical personnel can the parameter of some specific physical signs when long-range grasp patient uses equipment and equipment use, and these data can directly be write in the electronic health record of patient, and assist physician diagnoses the illness more accurately; Equipment has memory function simultaneously, and same patient is when equipment use, and the configuration before automatically recording, saves the duplication of labour that medical personnel arrange sputum elimination machine treatment parameter, improve security performance and the added value of product.
Summary of the invention
In order to realize above-mentioned object, the invention provides the novel Internet of Things sputum elimination machine based on flexible biosensor and control system thereof.
Based on the novel Internet of Things sputum elimination machine of flexible biosensor, comprise lung rale circuit and fingerprint recognition circuit, the AIN1 end of the electrocardio circuit that leads connects the AIN1 end of ARM, and the AIN2 end of lung rale circuit connects the AIN2 end of ARM; The MISO ﹑ MOSI ﹑ SCS ﹑ SPICLK of fingerprint recognition circuit holds the MISO ﹑ MOSI ﹑ SCS ﹑ SPICLK connecting ARM respectively to hold; Power circuit provides ARM power supply; The pin 13 of wireless transmission chip and pin 14 pin connect the pin 30 and 29 of ARM respectively.
Based on the novel Internet of Things sputum elimination machine control system of flexible biosensor, comprise the steps:
The first step: initialization apparatus;
Second step: identification;
3rd step: there is whether usage data; If usage data enters the 4th step; If do not have usage data
Enter the 5th step,
4th step: read and automatically configure Therapeutic mode,
5th step: medical personnel's manual configuration frequency, pressure, time parameter preserving,
6th step: after opening of device, the specific physical signs of monitoring patient, monitoring comprises pulmonary's monitoring and cardioelectric monitor,
7th step: image data also processes,
8th step: data wireless long-distance Log server, to server, forms electronic health record for doctor.
Pulmonary's monitoring step of the 6th step comprises following a few step:
1. lung rale monitoring
2. autoelectrinic diagnosis rale;
3. sputum elimination machine main frame display rale diagnostic result;
4. form electronic health record and preserve;
5. wireless also display terminal of uploading onto the server;
6. check whether that treatment terminates, if do not terminate the 1st step.Continue monitor and show, the general treatment time is once 5-10 minute.
The cardioelectric monitor step of the 6th step comprises following a few step:
1. II lead electrocardiogram monitoring;
2. ECG results uploads sputum elimination machine;
3. sputum elimination machine main frame display electrocardiographic wave;
4. form electronic health record and preserve;
5. wireless also display terminal of uploading onto the server;
6. check whether that treatment terminates, if do not terminate the 1st step.Continue monitor and show, the general treatment time is once 5-10 minute.
Beneficial effect of the present invention: mentioned by having in the patent of declaring before about the correlation theory of sputum elimination machine assisting patients noinvasive expectoration and technology, do not show at this.This patent lays particular emphasis on the detection to special physiological parameters in patient treatment procedure, and by hardware circuit and related algorithm, automatic discrimination lung rale symptom, automatically uploads electrocardiographic wave etc.Based on above-mentioned technology, effectively can monitor the physiological situation of patient when expectoration, can effectively hold therapeutic modality, treatment intensity and therapeutic effect.Monitoring Data is uploaded to remote wireless terminal by wireless network simultaneously, provides reference for the diagnosis state of an illness.
Accompanying drawing explanation
Fig. 1 is circuit structure sketch of the present invention.
Fig. 2 is the electrocardio circuit structure sketch that leads of the present invention.
Fig. 3 is lung rale circuit structure sketch of the present invention.
Fig. 4 is fingerprint recognition circuit structure sketch of the present invention.
Fig. 5 is ARM circuit structure sketch of the present invention.
Fig. 6 is the circuit structure sketch of wireless transmission core of the present invention.
Fig. 7 is work process flow chart of the present invention.
Fig. 8 is hardware configuration sketch of the present invention.
Detailed description of the invention
As shown in Figures 1 to 8:
Based on the novel Internet of Things sputum elimination machine of flexible biosensor, comprise lung rale circuit and fingerprint recognition circuit, the AIN1 end of the electrocardio circuit that leads connects the AIN1 end of ARM, and the AIN2 end of lung rale circuit connects the AIN2 end of ARM; The MISO ﹑ MOSI ﹑ SCS ﹑ SPICLK of fingerprint recognition circuit holds the MISO ﹑ MOSI ﹑ SCS ﹑ SPICLK connecting ARM respectively to hold; Power circuit provides ARM power supply; The pin 13 of wireless transmission chip and pin 14 pin connect the pin 30 and 29 of ARM respectively.
Based on the novel Internet of Things sputum elimination machine control system of flexible biosensor, comprise the steps:
The first step: initialization apparatus; After machine powers on, the output parameter first setting sputum elimination machine air pulse control circuit is initial value of zero; Overall machine enters original state.
Second step: identification; Fingerprint recognition circuit is adopted to carry out identification.
3rd step: there is whether usage data; If usage data enters the 4th step; If do not have usage data
Enter the 5th step,
4th step: read and automatically configure Therapeutic mode,
5th step: medical personnel's manual configuration frequency, pressure, time parameter preserving,
6th step: after opening of device, the specific physical signs of monitoring patient, monitoring comprises pulmonary's monitoring and cardioelectric monitor,
7th step: image data also processes, lung rale gathers: by flexible sensor as chest, detects patient lungs's rale situation.If there is no lung rale symptom, then can't detect lung rale signal.If there is lung rale, can differentiate it is dry rale or moist rales according to the feature of rale.Dry rale: the persistent period is long, tone is high, comparatively obvious during expiration; Moist rale: interrupted and of short duration, comparatively obvious during air-breathing.According to actual phenomenon, 2 kinds of threshold values are adopted to differentiate dry moist rales: rale time span harmony is heightened low.Then being judged to be dry rale higher than threshold value, is moist rale lower than threshold value.Concrete threshold value, because technical know-how needs, is put aside.II lead electrocardiogram data acquisition: adopt the electrocardiogram of II lead electrocardiogram observation circuit to patient of standard to monitor.Flexible biosensor, as left hand wrist and each one of right crus of diaphragm ankle, forms monitoring circuit.Patient ECG's waveform that circuit identifies, after ARM digitized processing, is transferred to sputum elimination machine main frame and remote wireless terminal, for viewing and diagnosis on the display of main frame liquid crystal display screen and doctor's computer a long way off.
8th step: data wireless long-distance Log server, to server, forms electronic health record for doctor.
Pulmonary's monitoring step of the 6th step comprises following a few step:
1. lung rale monitoring
2. autoelectrinic diagnosis rale;
3. sputum elimination machine main frame display rale diagnostic result;
4. form electronic health record and preserve;
5. wireless also display terminal of uploading onto the server;
6. check whether that treatment terminates, if do not terminate the 1st step.Continue monitor and show, the general treatment time is once 5-10 minute.
The cardioelectric monitor step of the 6th step comprises following a few step:
1. II lead electrocardiogram monitoring;
2. ECG results uploads sputum elimination machine;
3. sputum elimination machine main frame display electrocardiographic wave;
4. form electronic health record and preserve;
5. wireless also display terminal of uploading onto the server;
6. check whether that treatment terminates, if do not terminate the 1st step.Continue monitor and show, the general treatment time is once 5-10 minute.
Using method of the present invention: II lead electrocardiogram data acquisition: adopt the electrocardiogram of II lead electrocardiogram observation circuit to patient of standard to monitor.Flexible biosensor, as left hand wrist and each one of right crus of diaphragm ankle, forms monitoring circuit.Patient ECG's waveform that circuit identifies, after ARM digitized processing, is transferred to sputum elimination machine main frame and remote wireless terminal, for viewing and diagnosis on the display of main frame liquid crystal display screen and doctor's computer a long way off.
Claims (4)
1. based on the novel Internet of Things sputum elimination machine of flexible biosensor, comprise lung rale circuit and fingerprint recognition circuit, it is characterized in that: the AIN1 end of the electrocardio circuit that leads connects the AIN1 end of ARM, the AIN2 end of lung rale circuit connects the AIN2 end of ARM; The MISO ﹑ MOSI ﹑ SCS ﹑ SPICLK of fingerprint recognition circuit holds the MISO ﹑ MOSI ﹑ SCS ﹑ SPICLK connecting ARM respectively to hold; Power circuit provides ARM power supply; The pin 13 of wireless transmission chip and pin 14 pin connect the pin 30 and 29 of ARM respectively.
2., based on the novel Internet of Things sputum elimination machine control system of flexible biosensor, it is characterized in that: comprise the steps:
The first step: initialization apparatus;
Second step: identification;
3rd step: there is whether usage data; If usage data enters the 4th step; If do not have usage data
Enter the 5th step;
4th step: read and automatically configure Therapeutic mode;
5th step: medical personnel's manual configuration frequency, pressure, time parameter preserving;
6th step: after opening of device, the specific physical signs of monitoring patient, monitoring comprises pulmonary's monitoring and cardioelectric monitor;
7th step: image data also processes;
8th step: data wireless long-distance Log server, to server, forms electronic health record for doctor.
3., according to claim 2 based on the novel Internet of Things sputum elimination machine control system of flexible biosensor, it is characterized in that: pulmonary's monitoring step of the 6th step comprises following a few step:
1). lung rale is monitored;
2). autoelectrinic diagnosis rale;
3). sputum elimination machine main frame display rale diagnostic result;
4). form electronic health record and preserve;
5). wireless also display terminal of uploading onto the server;
6). check whether that treatment terminates, if do not terminate the 1st step.
4. the novel Internet of Things sputum elimination machine control system based on flexible biosensor according to claim 2, is characterized in that: the cardioelectric monitor step of the 6th step comprises following a few step:
1). II lead electrocardiogram monitoring;
2). ECG results uploads sputum elimination machine;
3). sputum elimination machine main frame display electrocardiographic wave;
4). form electronic health record and preserve;
5). wireless also display terminal of uploading onto the server;
6). check whether that treatment terminates, if do not terminate the 1st step.
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CN102016937A (en) * | 2008-03-26 | 2011-04-13 | 泰莱克公司 | Multifunctional equipment for measuring vital data, provided with a centralised data processing system |
CN102048586A (en) * | 2011-01-28 | 2011-05-11 | 浙江好络维医疗技术有限公司 | Portable wireless electrocardiogram, heart sound and breath sound acquisition terminal device |
CN102048587A (en) * | 2011-01-28 | 2011-05-11 | 浙江好络维医疗技术有限公司 | Portable wireless electrocardiogram, cardiac sound and breath sound acquisition, display and storage device |
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Patent Citations (7)
Publication number | Priority date | Publication date | Assignee | Title |
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CN2461486Y (en) * | 2001-01-10 | 2001-11-28 | 北京易指安信息安全技术有限公司 | USB fingerprint collecting instrument |
US20090024004A1 (en) * | 2004-10-29 | 2009-01-22 | Chang-Ming Yang | Method and Apparatus for Monitoring Body Temperature, Respiration, Heart Sound, Swallowing, and Medical Inquiring |
CN1883393A (en) * | 2006-06-22 | 2006-12-27 | 浙江大学 | Bluetooth cardiac sounds and breadth sounds auscultation monitor device |
CN101108139A (en) * | 2007-07-04 | 2008-01-23 | 深圳先进技术研究院 | Multifunctional health examining equipment and controlling method thereof |
CN102016937A (en) * | 2008-03-26 | 2011-04-13 | 泰莱克公司 | Multifunctional equipment for measuring vital data, provided with a centralised data processing system |
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Application publication date: 20150603 |