CN105311721A - Oxygen therapy quality management method and system - Google Patents

Oxygen therapy quality management method and system Download PDF

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Publication number
CN105311721A
CN105311721A CN201510573052.2A CN201510573052A CN105311721A CN 105311721 A CN105311721 A CN 105311721A CN 201510573052 A CN201510573052 A CN 201510573052A CN 105311721 A CN105311721 A CN 105311721A
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oxygen
information
monitor terminal
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CN105311721B (en
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王乾隆
王涛
邓清娟
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Guangzhou Hongkai Internet Of Things Service Co Ltd
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Guangzhou Hongkai Internet Of Things Service Co Ltd
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Abstract

An oxygen therapy quality management method is characterized in that the oxygen concentration information of an oxygen passage is monitored through an oxygen concentration sensor, the flow rate information in the oxygen passage is monitored through a flow rate sensor, the pressure value and waveform information in the oxygen passage are monitored through a pressure sensor, the blood oxygen saturation and pulse rate information of a user receiving oxygen therapy is monitored through a wireless pulse and blood oxygen saturation instrument, a monitoring terminal judges whether the user inhales oxygen or not and the cumulative time of effective oxygen inhalation and calculates respiratory rate according to received pressure values and waveform information, the cumulative time of the effective oxygen inhalation, the respiratory rate, the oxygen flow information, the oxygen concentration information and the blood oxygen saturation and pulse rate information are uploaded to cloud through a wireless module, and medical staff or related service members can monitor or learn about the oxygen therapy compliance and treatment effect of the user in real time on the monitoring terminal or the cloud and monitor the state parameters of equipment in an oxygen therapy system so as to guarantee the safety and effectiveness of the oxygen therapy.

Description

A kind of oxygen therapy method for quality control and system thereof
Technical field
The invention belongs to respiratory therapy technical field, be specifically related to a kind of oxygen therapy method for quality control and system thereof.
Background technology
Oxygen therapy main purpose corrects the hypoxemia of human body, reduces work of breathing and lightening heart load, prevents and the tissue injury that reverses caused by anoxia and organ dysfunction, keep the mobility of patient simultaneously as far as possible.The principal risk of oxygen therapy is can not effectively correct hypoxemia, increase the weight of carbon dioxide retention, even oxygen intoxication etc.The oxygen therapy principle of specification guarantees its safety, effectiveness exactly.
Show according to pertinent literature both domestic and external, in compliance and therapeutic effect, oxygen therapy quality management means generally compare shortage, and monitoring effect is poor.According to Pepin, O ' survey result of the people such as Donohue, many patients but do not know specifically how to go to perform prescription after receiving the oxygen therapy prescription of doctor; Comprehensively understand owing to lacking apparatus of oxygen supply or oxygen uptake instrument, so that in oxygen therapy prescription implementation, occur the problem that many mistakes etc. are many.In addition, most oxygen supply equipment quality is uneven on the market, is difficult to accomplish that long term oxygen concentration stabilize, longtime running are reliable, and equipment itself even lacks reliable oxygen concentration monitoring system.The main method that partly can realize oxygen therapy quality management is at present as follows:
1, carry out the training of oxygen therapy device hardware relevant knowledge for user, allow user grasp more relevant devices as much as possible and normally run and the knowledge of abnormal warning, if require user to note abnormalities after problem in time and plant maintenance personnel contact.
2, compliance improves main by health education, promotes the cognition that patient benefits oxygen therapy, promotes that it uses wish; Compliance monitoring is mainly through providing questionnaire information table to patient, allow its from fill out or arrangement personnel assist fill in, the method complicated operation, length consuming time, and the information collected is subjective information but not objective information, information error is large, because pinpointing the problems not in time, improves Intervention Timing and effect is all undesirable.
3, the main patient oneself of dependence of therapeutic effect monitoring buys after measurement device oneself detects and reports the related personnel such as medical personnel, or directly to medical institutions' further consultation of specifying.
The present invention is from the oxygen therapy compliance monitoring of the running state monitoring of oxygen supply equipment, patient and therapeutic effect monitoring, the theory of oxygen therapy total quality control is proposed, and design by means of wireless communication technique, cloud memory technology and the mobile terminals such as internet of things sensors technology, intelligent router and corresponding hommization APP, propose a kind of oxygen therapy method for quality control and realize oxygen therapy quality control system, guaranteeing the safety of oxygen therapy, effectiveness.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of and has the good oxygen therapy method for quality control of monitoring, controlling functions, therapeutic effect and system thereof.
For achieving the above object, technical scheme of the present invention is achieved in that
A kind of oxygen therapy method for quality control of the present invention, comprises
Step one, oxygen concentration information by oxygen concentration sensor monitoring oxygen channel, and be sent to monitor terminal and high in the clouds by oxygen concentration information;
Step 2, oxygen flow information by oxygen gas flow rate Sensor monitoring oxygen channel, and oxygen flow information is sent to monitor terminal and high in the clouds;
Step 3, by the pressure information in pressure sensor monitoring oxygen channel, and pressure information is sent to monitor terminal and high in the clouds;
Step 4, by the blood oxygen saturation of blood oxygen degree of saturation instrument monitoring oxygen uptake user and pulse frequency information, and blood oxygen saturation and pulse frequency are sent to monitor terminal and high in the clouds;
Step 5, monitor terminal receive oxygen concentration information, oxygen flow information, pressure value and shape information, blood oxygen saturation and pulse frequency information and judge oxygen therapy situation.
Wherein, in described step 5, monitor terminal receive pressure value and shape information, when pressure waveform present straight line or very faint waveform time, monitor terminal start alarm; When pressure waveform produces fluctuation, monitor terminal is judged to be normal use.
Wherein, in described step 5, oxygen gas flow rate sensor acquisition also sends real-time oxygen flow information to monitor terminal, the oxygen flow information of real-time oxygen flow information and setting contrasts by monitor terminal, when real-time oxygen flow information lower than or higher than setting oxygen flow information time, monitor terminal start alarm.
Wherein, in described step 5, comprise oxygen concentration sensor collection and send real-time oxygen concentration information, monitor terminal contrasts according to the oxygen concentration information receiving real-time oxygen concentration information and setting, when real-time oxygen concentration information lower than or higher than setting oxygen concentration information time, monitor terminal starts alarm, and prompting oxygen source is abnormal.
Wherein, in described step 5, the collection of wireless pulse oximetry instrument also sends real-time blood oxygen saturation and pulse frequency information to monitor terminal, real-time blood oxygen saturation and pulse frequency information contrast with setting blood oxygen saturation and pulse frequency information by monitor terminal, when real-time blood oxygen saturation and pulse frequency information are lower than setting blood oxygen saturation and pulse frequency information, monitor terminal starts alarm.
Wherein, also comprise step 6, be sent to high in the clouds by the blood oxygen saturation of the pressure information in the oxygen channel of time counter labelling random time section, oxygen flow information, oxygen concentration information, oxygen uptake user and pulse frequency information and machine identifier store and display through signal processing circuit, router.
Wherein, in described step 6, pressure transducer sends real time pressure information to monitor terminal, and convert corresponding respiratory frequency information in real time to, real-time respiratory frequency information and setting respiratory frequency information contrast by monitor terminal, when real-time respiratory frequency information is higher than setting respiratory frequency information, monitor terminal starts alarm;
Wherein, in described step 6, pressure transducer sends real time pressure information to monitor terminal, and convert corresponding respiratory frequency information in real time to, monitor terminal can transfer the respiratory frequency information that high in the clouds stores, and the respiratory frequency information of different time sections and real-time respiratory frequency information is contrasted, the situation that identification of breathing frequency is significantly accelerated, predict the probability of acute exacerbation in order to patient, monitor terminal starts alarm and carries out early warning.
A kind of oxygen therapy quality control system, comprises oxygen therapy monitoring and control module, and described oxygen therapy monitoring and control module are provided with
Oxygen concentration sensor, for monitoring the oxygen concentration of oxygen channel, and is sent to monitor terminal by oxygen concentration information;
Oxygen gas flow rate sensor, for monitoring the oxygen gas flow rate of oxygen channel, and is sent to monitor terminal by oxygen flow information;
Pressure transducer, for monitoring pressure change in oxygen channel and detecting patient respiratory frequency, and is sent to monitor terminal by pressure value and shape information and respiratory frequency information;
Oximetry sensor, for blood oxygen saturation and the pulse frequency information of monitoring user, and is sent to monitor terminal by blood oxygen saturation and pulse frequency information
Monitor terminal, for receiving oxygen flow information, oxygen concentration information and pressure value and shape information judges oxygen uptake situation;
High in the clouds, for receiving oxygen flow information, oxygen concentration information, pressure value and shape information blood oxygen saturation and pulse frequency information stores;
Alarm, is connected with the described monitor terminal signal of telecommunication, for sending alarm signal;
Be provided with air relief valve, be arranged at oxygen channel, described air relief valve is connected with the described monitor terminal signal of telecommunication, for controlling the pressure of oxygen channel;
Be provided with flow valve, be arranged at oxygen channel, described flow valve is connected with the described monitor terminal signal of telecommunication, for controlling the oxygen gas flow rate in oxygen channel.
Wherein, be provided with signal processing control circuit and high in the clouds, the information of described oxygen concentration sensor, oxygen gas flow rate sensor, described pressure transducer is sent to monitor terminal by signal processing control circuit; The information of described oxygen concentration sensor, described oxygen gas flow rate sensor, described pressure transducer transfers to high in the clouds by WIFI or bluetooth or ZigBee through intelligent router by signal processing control circuit.
Wherein, described oxygen gas flow rate sensor setting is ultrasonic flow sensor differential pressure flow sensor; Oxygen concentration sensor is set to ultrasonic oxygen concentration sensor or zirconium oxide oxygen concentration sensor or oxygen cell oxygen concentration sensor or paramagnetic oxygen concentration sensor.
A kind of oxygen therapy quality control system, comprise oxygen therapy monitoring and control module and oxygenerator, described oxygen therapy monitoring and control module are arranged in oxygenerator.
A kind of oxygen therapy quality control system, comprise oxygen therapy monitoring and control module and oxygen tank, described oxygen therapy monitoring and control module are communicated with described oxygen tank, are arranged at oxygen channel.
Compared with prior art, beneficial effect of the present invention:
By oxygen therapy method for quality control of the present invention, comprehensive quality management can be carried out for oxygen therapy process, by the oxygen concentration information of oxygen concentration sensor monitoring oxygen channel, by the flow rate information in flow sensor monitoring oxygen channel, by the pressure value in pressure sensor monitoring oxygen channel and shape information, by the blood oxygen saturation in blood oxygen degree of saturation instrument monitoring oxygen uptake user blood and pulse frequency information, monitor terminal calculates respiratory frequency according to the pressure value received and shape information, differentiate that whether user is in oxygen uptake, add oxygen flow information, oxygen concentration information, user blood oxygen saturation and pulse frequency information, high in the clouds is uploaded to by wireless module, medical personnel or related personnel can at monitor terminal or high in the clouds Real-Time Monitoring or oxygen therapy compliance and the therapeutic effect of understanding user, guarantee that oxygen therapy is safe and effective.
According to the blood oxygen saturation in wireless pulse oximetry instrument monitoring oxygen uptake user blood and pulse frequency information, at the scene or remote adjustment set oxygen uptake flow, the treatment standard reached required by medical standard is made it; In oxygen therapy process, by the data analysis uploaded oxygen uptake user, can regulate at monitor terminal or high in the clouds and set new oxygen uptake flow under medical personnel instruct, make it the treatment standard reached required by medical standard.
Judge that whether oxygen uptake user is in use, reminded when using according to oxygen uptake user respiratory waveform.
Judge the change of the respiratory frequency of oxygen uptake user according to oxygen uptake user respiratory waveform, by the change of wireless pulse oximetry instrument monitoring oxygen uptake user pulse frequency, the possibility of oxygen uptake user with or without state of an illness acute exacerbation can be predicted in time.
According to the monitoring of oxygen concentration, for oxygen source not up to standard can remind carry out in time changing or maintenance, repair, maintenance.
Medical personnel can understand the state of oxygen uptake user in real time at monitor terminal or high in the clouds, and can inquire about the long history oxygen uptake record separating oxygen uptake user, provide accurate criterion, comprehensive raising oxygen therapy effect to oxygen therapy compliance.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention 1.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
Embodiment 1
As shown in Figure 1, a kind of oxygen therapy quality control system, comprises oxygen therapy monitoring and control module and oxygenerator, and described oxygen therapy monitoring and control module are arranged in oxygenerator.
Oxygen therapy monitoring and control module, comprise
Oxygen concentration sensor, for monitoring the oxygen concentration of oxygen channel, and real-time oxygen concentration information is sent to monitor terminal;
Oxygen gas flow rate sensor, for monitoring the oxygen gas flow rate of oxygen channel, and is sent to monitor terminal by real-time oxygen flow information;
Pressure transducer, for monitoring the pressure change in oxygen channel, and is sent to monitor terminal by real-time pressure numerical value and shape information;
Oximetry sensor, for blood oxygen saturation and the pulse frequency information of monitoring user, and is sent to monitor terminal by blood oxygen saturation and pulse frequency information;
Monitor terminal, for receiving real-time oxygen flow information, in real time oxygen concentration information, real-time pressure numerical value and shape information, in real time blood oxygen saturation and pulse frequency information, judging the oxygen uptake situation of user, and controlling oxygen gas flow rate by flow control valve;
High in the clouds, for receiving oxygen flow information, oxygen concentration information, pressure value and shape information blood oxygen saturation and pulse frequency information stores;
Alarm, is connected with the described monitor terminal signal of telecommunication, for sending alarm signal.
Air relief valve, is arranged at oxygen channel, and described air relief valve is connected with the described monitor terminal signal of telecommunication, for controlling the pressure of oxygen channel.
Various sensors in the present invention are sent to monitor terminal by signal processing control circuit, and namely the information of described oxygen concentration sensor, oxygen gas flow rate sensor, described pressure transducer is sent to monitor terminal.
Transmission means in the present invention can meet whole designs, and the information of described oxygen concentration sensor, described oxygen gas flow rate sensor, described pressure transducer transfers to high in the clouds by WIFI or bluetooth or ZigBee through intelligent router by signal processing control circuit.
By the design of machine identifier, the ruuning situation of all terminals and all oxygen therapy management systems can be checked by high in the clouds, and interaction design is provided, medical worker long-rangely can be managed the oxygen therapy management system that user uses and control by high in the clouds, extremely easy to use, can 1 to control many carrying out.
Monitor terminal of the present invention uses under can be designed as line, and namely medical worker carries out judging and manipulating for the information of multiple sensors of oxygen therapy management system at user scene.
Alarm can be designed as onsite alarming prompting medical worker, and also can be designed as and send alarm signal to high in the clouds, prompting medical worker controlled this terminal by high in the clouds.
Remote control logic of the present invention is, the terminal of each oxygen therapy management system sends the unique identifier of real time information and the machine collected to high in the clouds, and medical worker controls for this machine according to the unique identifier of machine and real time information.
The present invention can also by multiple sensor acquisition to use information and the unique identifier of machine send into that high in the clouds is standby deposits, when high in the clouds needs the information of the oxygen therapy management system transferring user, transferred separately by the unique identifier of machine, accuracy rate is high, very easy to use.
Oxygen gas flow rate sensor of the present invention can be set to ultrasonic flow sensor differential pressure flow sensor; Oxygen concentration sensor is set to ultrasonic oxygen concentration sensor or zirconium oxide oxygen concentration sensor or oxygen cell oxygen concentration sensor or paramagnetic oxygen concentration sensor.
Oxygen therapy monitoring of the present invention and control module are arranged in oxygenerator, be connected to the outfan of oxygenerator by pipeline before, the outfan of oxygenerator is communicated with user by oxygen channel, breathing mask, flow valve, air relief valve can be arranged in oxygen channel or oxygenerator, easy to use.
Embodiment 2
A kind of oxygen therapy management system, the difference of inhalation device of the present invention and embodiment 2 is: comprise above-mentioned oxygen therapy monitoring modular and oxygen tank, and described oxygen therapy monitoring modular is communicated with described oxygen tank.
In the present embodiment, oxygen therapy monitoring and control module are arranged at source of the gas outside, namely the design of oxygen tank and oxygen channel is adopted, oxygen therapy monitoring and control module are added on oxygen channel, be communicated with oxygen channel, be namely embodied as whole monitoring and the control of oxygen therapy process by monitor terminal.
The scheme of the present embodiment, can not change the existing equipment of user, only install additional this oxygen therapy monitoring and control module can complete, effectively reduce the use cost of user, applied range, when the parts such as sensor and monitor terminal are damaged, also can change in time.
Embodiment 3
The embodiment of the present invention describes a kind of oxygen therapy method for quality control, comprises
Step one, oxygen concentration information by oxygen concentration sensor monitoring oxygen channel, and be sent to monitor terminal by oxygen concentration information;
Step 2, oxygen flow information by oxygen gas flow rate Sensor monitoring oxygen channel, and oxygen flow information is sent to monitor terminal;
Step 3, by the pressure information in pressure sensor monitoring oxygen channel, and pressure information is sent to monitor terminal;
Step 4, by the blood oxygen saturation of blood oxygen degree of saturation instrument monitoring oxygen uptake user and pulse frequency information, and blood oxygen saturation and pulse frequency are sent to monitor terminal;
Step 5, monitor terminal receive oxygen concentration information, oxygen flow information, pressure value and shape information, blood oxygen saturation and pulse frequency information and judge oxygen therapy situation.
Monitor terminal differentiates user whether in the cumulative time of oxygen uptake, effectively oxygen uptake and calculate respiratory frequency according to the pressure value received and shape information, add oxygen flow information, oxygen concentration information, user blood oxygen saturation and pulse frequency information, high in the clouds is uploaded to by wireless module, medical personnel or related service personnel can at monitor terminal or high in the clouds Real-Time Monitoring or oxygen therapy compliance and the therapeutic effect of understanding user, the state parameter of Real-Time Monitoring oxygen therapy devices in system, guarantees that oxygen therapy is safe and effective.
In described step 5, monitor terminal receive pressure value and shape information, when pressure waveform present straight line or very faint waveform time, monitor terminal start alarm; When pressure waveform produces fluctuation, monitor terminal is judged to be normal use.
In described step 5, oxygen gas flow rate sensor acquisition also sends real-time oxygen flow information to monitor terminal, the oxygen flow information of real-time oxygen flow information and setting contrasts by monitor terminal, when real-time oxygen flow information lower than or higher than setting oxygen flow information time, monitor terminal start alarm.
Wherein, in described step 5, comprise oxygen concentration sensor collection and send real-time oxygen concentration information, monitor terminal contrasts according to the oxygen concentration information receiving real-time oxygen concentration information and setting, when real-time oxygen concentration information lower than or higher than setting oxygen concentration information time, monitor terminal starts alarm, and prompting oxygen source is abnormal.
Wherein, in described step 5, the collection of wireless pulse oximetry instrument also sends real-time blood oxygen saturation and pulse frequency information to monitor terminal, real-time blood oxygen saturation and pulse frequency information contrast with setting blood oxygen saturation and pulse frequency information by monitor terminal, when real-time blood oxygen saturation and pulse frequency information are lower than setting blood oxygen saturation and pulse frequency information, monitor terminal starts alarm.
Wherein, also comprise step 6, be sent to high in the clouds by the blood oxygen saturation of the pressure information in the oxygen channel of time counter labelling random time section, oxygen flow information, oxygen concentration information, oxygen uptake user and pulse frequency information and machine identifier store and display through signal processing circuit, router.
Wherein, in described step 6, pressure transducer sends real time pressure information to monitor terminal, and convert corresponding respiratory frequency information in real time to, real-time respiratory frequency information and setting respiratory frequency information contrast by monitor terminal, when real-time respiratory frequency information is higher than setting respiratory frequency information, monitor terminal starts alarm;
Wherein, in described step 6, pressure transducer sends real time pressure information to monitor terminal, and convert corresponding respiratory frequency information in real time to, monitor terminal can transfer the respiratory frequency information that high in the clouds stores, and the respiratory frequency information of different time sections and real-time respiratory frequency information is contrasted, the situation that identification of breathing frequency is significantly accelerated, predict the probability of acute exacerbation in order to patient, monitor terminal starts alarm and carries out early warning.
The above; be only the present invention's preferably detailed description of the invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claim.

Claims (10)

1. an oxygen therapy method for quality control, is characterized in that: comprise
Step one, oxygen concentration information by oxygen concentration sensor monitoring oxygen channel, and be sent to monitor terminal and high in the clouds by oxygen concentration information;
Step 2, oxygen flow information by oxygen gas flow rate Sensor monitoring oxygen channel, and oxygen flow information is sent to monitor terminal and high in the clouds;
Step 3, by the pressure information in pressure sensor monitoring oxygen channel, and pressure information is sent to monitor terminal and high in the clouds;
Step 4, by the blood oxygen saturation of blood oxygen degree of saturation instrument monitoring oxygen uptake user and pulse frequency information, and blood oxygen saturation and pulse frequency are sent to monitor terminal and high in the clouds;
Step 5, monitor terminal receive oxygen concentration information, oxygen flow information, pressure value and shape information, blood oxygen saturation and pulse frequency information and judge oxygen therapy situation.
2. a kind of oxygen therapy method for quality control according to claim 1, is characterized in that:
In described step 5, monitor terminal receive pressure value and shape information, when pressure waveform present straight line or very faint waveform time, monitor terminal start alarm; When pressure waveform produces fluctuation, monitor terminal is judged to be normal use.
3. a kind of oxygen therapy method for quality control according to claim 1, is characterized in that:
In described step 5, oxygen gas flow rate sensor acquisition also sends real-time oxygen flow information to monitor terminal, the oxygen flow information of real-time oxygen flow information and setting contrasts by monitor terminal, when real-time oxygen flow information lower than or higher than setting oxygen flow information time, monitor terminal start alarm.
4. a kind of oxygen therapy method for quality control according to claim 1, is characterized in that:
In described step 5, oxygen gas flow rate sensor acquisition also sends real-time oxygen flow information to monitor terminal, the oxygen flow information of real-time oxygen flow information and setting contrasts by monitor terminal, when real-time oxygen flow information lower than or higher than setting oxygen flow information time, monitor terminal start alarm.
5. a kind of oxygen therapy method for quality control according to claim 1, is characterized in that:
In described step 5, the collection of wireless pulse oximetry instrument also sends real-time blood oxygen saturation and pulse frequency information to monitor terminal, real-time blood oxygen saturation and pulse frequency information contrast with setting blood oxygen saturation and pulse frequency information by monitor terminal, when real-time blood oxygen saturation and pulse frequency information are lower than setting blood oxygen saturation and pulse frequency information, monitor terminal starts alarm.
6. a kind of oxygen therapy monitoring according to claim 1 and control method, is characterized in that:
Also comprise step 6, be sent to high in the clouds by the blood oxygen saturation of the pressure information in the oxygen channel of time counter labelling random time section, oxygen flow information, oxygen concentration information, oxygen uptake user and pulse frequency information and machine identifier store and display through signal processing circuit, router.
7. a kind of oxygen therapy method for quality control according to claim 6, is characterized in that:
In described step 6, pressure transducer sends real time pressure information to monitor terminal, and convert corresponding respiratory frequency information in real time to, real-time respiratory frequency information and setting respiratory frequency information contrast by monitor terminal, when real-time respiratory frequency information is higher than setting respiratory frequency information, monitor terminal starts alarm.
8. a kind of oxygen therapy method for quality control according to claim 7, is characterized in that:
In described step 6, pressure transducer sends real time pressure information to monitor terminal, and convert corresponding respiratory frequency information in real time to, monitor terminal can transfer the respiratory frequency information that high in the clouds stores, the respiratory frequency information of different time sections and real-time respiratory frequency information are contrasted, the situation that identification of breathing frequency is significantly accelerated, predicts the probability of acute exacerbation in order to patient, monitor terminal starts alarm and carries out early warning.
9. use a management system for the oxygen therapy method for quality control as described in claim 1 to 8, it is characterized in that: comprise oxygen therapy monitoring and control module, described oxygen therapy monitoring and control module are provided with
Oxygen concentration sensor, for monitoring the oxygen concentration of oxygen channel, and is sent to monitor terminal and high in the clouds by oxygen concentration information;
Oxygen gas flow rate sensor, for monitoring the oxygen gas flow rate of oxygen channel, and is sent to monitor terminal and high in the clouds by oxygen flow information;
Pressure transducer, for monitoring pressure change in oxygen channel and detecting patient respiratory frequency, and is sent to monitor terminal and high in the clouds by pressure value and shape information and respiratory frequency information;
Oximetry sensor, for blood oxygen saturation and the pulse frequency information of monitoring user, and is sent to monitor terminal and high in the clouds by blood oxygen saturation and pulse frequency information
Monitor terminal, judges oxygen uptake situation for receiving oxygen flow information, oxygen concentration information, pressure value and shape information, blood oxygen saturation and pulse frequency information;
High in the clouds, for receiving oxygen flow information, oxygen concentration information, pressure value and shape information blood oxygen saturation and pulse frequency information stores;
Alarm, is connected with the described monitor terminal signal of telecommunication, for sending alarm signal;
Be provided with air relief valve, be arranged at oxygen channel, described air relief valve is connected with the described monitor terminal signal of telecommunication, for controlling the pressure of oxygen channel;
Be provided with flow valve, be arranged at oxygen channel, described flow valve is connected with the described monitor terminal signal of telecommunication, for controlling the oxygen gas flow rate in oxygen channel.
10. a kind of oxygen therapy quality control system according to claim 9, it is characterized in that: be provided with signal processing control circuit, the information of described oxygen concentration sensor, oxygen gas flow rate sensor, described pressure transducer is sent to monitor terminal by signal processing control circuit; The information of described oxygen concentration sensor, described oxygen gas flow rate sensor, described pressure transducer transfers to high in the clouds by WIFI or bluetooth or ZigBee through intelligent router by signal processing control circuit.
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CN106964044A (en) * 2017-05-01 2017-07-21 帅梦琦 A kind of breathing diagnosis and therapy system based on cloud computing
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CN107583153A (en) * 2017-08-29 2018-01-16 广州康智件科技有限公司 The cooperative control method and synthetical compositive evaluating of a kind of Breathing Suppotion
CN108452410A (en) * 2017-12-01 2018-08-28 广州康智件科技有限公司 A kind of oxygen therapy monitoring system
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CN110461397A (en) * 2017-03-31 2019-11-15 帝人制药株式会社 Oxygen therapy system
CN110755727A (en) * 2018-07-26 2020-02-07 林信涌 Hydrogen generator capable of being electrically coupled with cloud monitoring system and cloud monitoring system thereof
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CN112316262A (en) * 2020-11-03 2021-02-05 无锡市第五人民医院 Oxygen inhalation treatment system and method for digestive system disease patients

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CN112316262A (en) * 2020-11-03 2021-02-05 无锡市第五人民医院 Oxygen inhalation treatment system and method for digestive system disease patients

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