CN103285480B - Intelligent Adaptive oxygen control system and control method - Google Patents

Intelligent Adaptive oxygen control system and control method Download PDF

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CN103285480B
CN103285480B CN 201310248794 CN201310248794A CN103285480B CN 103285480 B CN103285480 B CN 103285480B CN 201310248794 CN201310248794 CN 201310248794 CN 201310248794 A CN201310248794 A CN 201310248794A CN 103285480 B CN103285480 B CN 103285480B
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oxygen
intelligent
module
data
processing module
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CN103285480A (en )
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姜桂娟
赵裕旭
周正辉
韩少丹
纪华雷
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纪华雷
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Abstract

本发明公开了一种自适应吸氧机智能控制系统,包括,吸氧机(3),通过吸氧软管与吸氧者(1)呼吸系统连接;生理指标监测仪(2),与吸氧者(1)相连,用于监控吸氧者(1)生理指标,所述生理指标监测仪(2)还与所述吸氧机(3)连接用于调控所述吸氧机(3);智能终端(4),与所述吸氧机(3)及所述生理指标监测仪(2)分别电连接,所述智能终端(4)接收所述生理指标监测仪(2)信号,同时控制所述吸氧机(3)运行。 The present invention discloses an adaptive control system for intelligent oxygen machine comprising, absorbing unit (3), via the respiratory system by absorbing oxygen hose (1); physiological index monitor (2), with the suction by oxygen (1) is connected, for monitoring the oxygen by (1) physiological parameters, monitor the physiological index (2) further with the oxygen machine (3) is connected for regulating the oxygen machine (3) ; intelligent terminal (4), the oxygen-absorbing unit (3) and monitor the physiological parameters (2) are electrically connected to the intelligent terminal (4) receiving the physiological index monitor (2) signal, while controlling the oxygen machine (3) runs. 此外,本案还公开了一种自适应吸氧机智能控制方法。 In addition, the case is also disclosed a method of adaptive intelligent control oxygen. 本发明提供的自适应吸氧机智能控制系统可远程时时监控吸氧者生理状况并做出响应,适用范围广,且节约人力资源,大大提升了吸氧过程的安全性。 Intelligent adaptive control system oxygen machine provided by the invention can be remotely monitored from time to time by the physiological condition of oxygen and respond to a wide range of application, and saving human resources, greatly enhance the security of the oxygen process.

Description

一种自适应吸氧机智能控制系统及控制方法 Intelligent Adaptive oxygen control system and control method

技术领域 FIELD

[0001]本发明涉及一种吸氧机,特别涉及一种自适应吸氧机智能控制系统及控制方法。 [0001] The present invention relates to a machine oxygen, oxygen in particular, relates to an adaptive Intelligent control system and control method.

背景技术 Background technique

[0002]在医院的病房里,我们经常会看到医生或护士穿梭查看吸氧病人的生理状态,甚至也经常发生因不能及时监护病人的吸氧状态而出现紧急抢救或病人死亡的现象。 [0002] In the hospital ward, we often see a doctor or nurse shuttle oxygen to view the patient's physiological state, and even the phenomenon of state because oxygen can not be timely patient care and emergency rescue or death of the patient also often occur. 由于医患日趋不断的需求、环境的影响因素以及逐渐提高的医疗保健意识,人们已逐渐开始注重吸氧装置的使用要求。 Because doctors and patients continue to demand increasingly, environmental factors as well as a gradual increase in health care consciousness, people have gradually begun to focus on the requirements of the oxygen device. 目前市面上的吸氧机已非常普遍,在制氧原理上也几近成熟,在形式上主要有氧气罐式、便携式和集中式的吸氧装置,在使用场合上主要有家用和医用两种。 Oxygen machines currently on the market has been very common in the oxygen principle is almost mature, the main oxygen tank, a portable oxygen device and centralized in form, there are two kinds of major domestic and medical use on occasion . 这些吸氧装置大多只提供吸氧功能,且多采用人工监控的吸氧方式,不提供使用者生理指标监测,同时也无法实现远程智能监护,使用时浪费人力,很不方便。 Most of these oxygen devices only provide oxygen function, and to use more manual monitoring of oxygen way, the user does not provide indicators for monitoring physiological, but also unable to achieve intelligent remote monitoring, waste of human use, very convenient.

[0003] 基于以上所述,一种可实现动态自动调节吸氧,且能远程动态智能监控管理的自适应吸氧机智能控制系统的开发很有必要。 [0003] Based on the above, an automatic dynamic adjustment oxygen, and can develop dynamic intelligent remote monitoring and management system adaptive intelligent control unit oxygen is necessary.

发明内容 SUMMARY

[0004]本发明的目的在于提供一种自适应吸氧机智能控制系统以解决传统人工调节吸氧、人力监护的相关限制问题。 [0004] The object of the present invention is to provide an adaptive intelligent control system to solve the conventional machine oxygen absorbing manual adjustment, limitations related to human custody. 这种自适应吸氧机智能控制系统可实现自适应智能控制及远程动态管理,并且可以帮助使用者在任何环境下均可实现动态自动调节吸氧。 This adaptive control system Intelligent oxygen may be adaptive and intelligent remote control dynamic management, and may help a user can automatically adjust the dynamic oxygen in any environment. 这种吸氧机可利用物联网智能终端实现监控,达到一人远程监控多个病人的吸氧状况,并及时作出反应,提尚吸氧控制率的目的。 This oxygen machine can be used to achieve control of Things intelligent terminals, reaching more than one person remotely monitor the patient's oxygen status, and timely response, mention the purpose of oxygen is still controlled rate.

[0005]本发明提供了一种自适应吸氧机智能控制系统,包括,吸氧机3,通过吸氧软管与吸氧者I呼吸系统连接;生理指标监测仪2,与吸氧者I相连,用于监控吸氧者I生理指标,所述生理指标监测仪2还与所述吸氧机3连接用于调控所述吸氧机3;智能终端4,与所述吸氧机3及所述生理指标监测仪2分别电连接,所述智能终端4接收所述生理指标监测仪2信号,同时控制所述吸氧机3运行。 [0005] The present invention provides a control system adaptive intelligent oxygen machine comprising, absorbing unit 3, I via the respiratory system and absorbing oxygen by hose; 2 monitor physiological parameters, and oxygen by I is connected, for monitoring the physiological parameters oxygen Subject I, monitor the physiological indicators 3 2 further connected to the machine control and the oxygen absorbing unit 3; intelligent terminal 4, and the oxygen-absorbing device 3 the physiological indices are electrically connected to the monitor 2, the smart terminal 4 receives the second signal monitor physiological parameters, while controlling the oxygen machine 3 runs.

[0006]优选地是,所述的一种自适应吸氧机智能控制系统,其中,所述吸氧机3包括可调供氧模块及智能信息处理模块,且所述智能信息处理模块通过控制所述可调供氧模块控制氧浓度、氧流量及供氧时间。 [0006] Preferably, an adaptive control system of the Intelligent oxygen, wherein said oxygen absorbing unit 3 includes an adjustable module and a smart information processing module, the intelligent information processing and control module the control module is adjustable oxygen concentration of oxygen, the oxygen flow rate and oxygen time.

[0007]优选地是,所述的一种自适应吸氧机智能控制系统,其中,所述生理指标监测仪2包括血氧饱和度监测模块、脉搏监测模块、体温监测模块以及第一数据信息发送模块,其中所述第一数据信息发送模块将数据发送至所述智能信息处理模块处。 [0007] Preferably, an adaptive control system of the Intelligent oxygen, wherein said physiological indicator comprises a monitor 2 oximetry module, monitoring module pulse, temperature monitoring module and the first data a sending module, wherein the first data information sending module sends the data to the intelligent information processing module.

[0008]优选地是,所述的一种自适应吸氧机智能控制系统,其中,所述智能终端4包括数据信息接收模块、数据信息处理模块及第二数据信息发送模块;其中所述数据信息接收模块、所述数据信息处理模块及所述第二数据信息发送模块依次相连;所述数据信息接收模块接收来自所述第一数据信息发送模块的数据信息,所述第二数据信息发送模块发送数据信息至所述智能信息处理模块处。 [0008] Preferably, an adaptive control system of the Intelligent oxygen, wherein the intelligent information terminal 4 includes a data receiving module, a second data processing module and a data information sending module; wherein said data information receiving module, a data processing module and the second data information sending module sequentially connected; said data receiving module receives the data information from the first data information sending module, the second data information sending module transmitting data information to the intelligent information processing module.

[0009]优选地是,所述的一种自适应吸氧机智能控制系统,其中,所述智能处理模块或智能终端4包含报警装置或报警响应装置。 [0009] Preferably, the control system adaptive intelligent oxygen machine, wherein the processing module or intelligent intelligent terminal 4 comprises a warning device or alarm means in response.

[0010]本发明还提供了一种自适应吸氧机智能控制方法,包括以下步骤:I)将所述吸氧机3与所述生理指标监测仪2与吸氧者I相连,通过所述生理指标监测仪2读取吸氧者I当前生理指标;2)根据吸氧者I当前生理指标及过往病史在所述智能终端4上设定指令,所述智能终端4将设定指令传输至所述吸氧机3智能处理模块;3)所述吸氧机3可调供氧模块开启,所述生理指标监测仪2持续监测并将结果发送至所述智能处理模块,所述智能处理模块根据数据信息做出及时调整;同时,所述生理指标监测仪2还将生理指标数据发送至所述智能终端4进行数据记录及远程管理;4)吸氧结束,所述吸氧机3可调供氧模块关闭。 [0010] The present invention further provides an adaptive oxygen Intelligent control method comprising the steps of: I) the oxygen-absorbing unit 3 and the monitor physiological parameters oxygen and 2 are connected to the I, by the physiological indicators monitor current I 2 read by absorbing physiological parameters; 2) command set on the smart terminal 4 according to the physiological index I by oxygen and prior medical history of the current, the intelligent terminal 4 to the setting command transmitted the oxygen-absorbing unit 3 intelligent processing module; 3) the oxygen absorbing tunable module unit 3 is turned on, the monitor physiological indices 2 and transmits the results to the continuous monitoring of the intelligent processing module, the intelligent processing module the data to make timely adjustments; Meanwhile, the physiological data index 2 will monitor physiological parameters of the intelligent terminal 4 transmitted to the data recording and remote management; 4) oxygen the end, the oxygen-absorbing unit 3 is adjustable oxygen supply module is switched off.

[0011 ]优选地是,所述的一种自适应吸氧机智能控制方法,其中,所述智能信息处理模块接收所述生理指标监测仪2数据信息并作出不同响应:I)数据信息在正常范围内浮动,所述智能信息处理模块继续保持当前指令;2)数据信息超出正常范围,所述智能信息处理模块报警或发出报警信号至所述智能终端4并调整指令;3)特殊情况时所述智能信息处理模块接收所述智能终端4发送的指令。 [0011] Preferably, the intelligent control method according to an adaptive absorbing unit, wherein the intelligent information processing module receives monitor the physiological parameters and the second data information respond differently: I) data in the normal floating within the range, the intelligent information processing module to maintain the current instruction; 2) data outside the normal range, the alarm information processing module or intelligent alarm signal to the terminal 4 and the smart adjustment command; 3) as special cases said intelligent information processing module 4 receives the instruction sent from the intelligent terminal.

[0012]优选地是,所述的一种自适应吸氧机智能控制方法,其中,所述数据信息接收模块接收人机界面发出的指令及所述生理指标监测仪2的数据信息,同时接收输氧者信号;所述数据信息处理模块处理监测指标并绘制趋势图,此外还处理输氧者信号并对其作出响应;所述第二数据信息发送模块将指令发送至所述可调供氧模块。 [0012] Preferably, the intelligent adaptive control method of a machine according to the oxygen, wherein the instruction information receiving module receives data issued and the man-machine interface index monitor physiological data 2 while receiving signal by oxygen; said data processing module and monitoring indicators plotted trend, in addition to oxygen by processing the signal and respond to; the second data information sending module instruction to the oxygen module adjustable.

[0013]本发明提供的一种自适应吸氧机智能控制系统及控制方法,其有益效果包括:I)自适应智能性强,可时时远程监控吸氧者生理状况并做出响应;2)适用范围广,使用方便,家庭、医院均可使用;3)远程动态管理,可节约人力资源,提高吸氧效率,并可保证吸氧过程的最高安全性。 [0013] An adaptive control system and absorbing Intelligent control method of the present invention provided beneficial effects comprising: I) a strong adaptive intelligence, remote monitoring can always absorbing and respond by physiological conditions; 2) wide range of applications, easy to use, homes, hospitals can be used; 3) dynamic remote management, saving human resources, improve oxygen efficiency, and ensure the highest security oxygen process.

附图说明 BRIEF DESCRIPTION

[0014]图1为本发明所述的一种自适应吸氧机智能控制系统示意图。 [0014] FIG. 1 according to the present invention an adaptive control system for intelligent machine oxygen FIG.

具体实施方式 detailed description

[0015]下面结合附图对本发明做进一步的详细说明,以令本领域技术人员参照说明书文字能够据以实施。 [0015] DRAWINGS further detailed description of the present invention, in order to make those skilled in the art with reference to the description text can be implemented accordingly.

[0016]如图1所示,本发明提供一种自适应吸氧机智能控制系统,包括,吸氧机3,通过吸氧软管与吸氧者I呼吸系统连接;生理指标监测仪2,与吸氧者I相连,用于监控吸氧者I生理指标,所述生理指标监测仪2还与所述吸氧机3连接用于调控所述吸氧机3;智能终端4,与所述吸氧机3及所述生理指标监测仪2分别电连接,所述智能终端4接收所述生理指标监测仪2信号,同时控制所述吸氧机3运行。 [0016] As shown in FIG. 1, the present invention provides an adaptive control system Intelligent oxygen, comprising an oxygen-absorbing unit 3, via the respiratory system by absorbing oxygen hose I; physiological index monitor 2, and oxygen are connected to I, I for monitoring physiological indices by absorbing the physiological index monitor 2 is also connected to the oxygen-absorbing unit 3 for regulating the oxygen-absorbing unit 3; intelligent terminal 4, and the 3 and the oxygen index of the physiological monitoring device 2 are electrically connected to the intelligent terminal 4 receives the second signal monitor physiological parameters, while controlling the oxygen machine 3 runs.

[0017]其中,吸氧者I包括:上班族、学生、孕妇、中老年人、特殊病患人群; [0017] where oxygen person I include: office workers, students, pregnant women, the elderly and special patient populations;

[0018]生理指标监测仪2,包括血氧饱和度监测模块、脉搏监测模块、体温监测模块,以及第一数据信息发送模块;所述第一数据信息发送模块是将血氧饱和度监测模块、脉搏监测模块及体温监测模块的监测数据发送给吸氧机3的智能信息处理模块及智能终端4数据信息接收模块,发送的形式可以是蓝牙或无线网络的方式; [0018] 2 monitor physiological parameters, including oximetry module, monitoring module pulse, temperature monitoring module, and the first data information sending module; the first data information sending module is oximetry module, monitoring data pulse and temperature monitoring module monitoring module unit 3 is transmitted to the absorbing intelligent information processing module and a smart terminal data information receiving module 4, may be sent in a Bluetooth mode or a wireless network;

[0019]吸氧机3,包括可调供氧模块,所述可调供氧模块接收智能信息处理模块的指令,从而控制氧浓度、氧流量的供给以及供氧时间,所述智能信息处理模块接收生理指标监测仪2第一数据信息发送模块发出的相关生理指标信息,用以随时判断医生或护士设置的吸氧参数范围是否使相应的监测指标处于正常浮动范围之内,如果符合则可调供氧模块按参数要求持续稳定供氧;如果不符合,所述智能信息处理模块将发出报警指令(包括声光报警、远程发送至智能终端4报警),且同时向可调供氧模块发出相应参数的调整指令,通过改变给氧方式促使病人生理指标回归至正常范围。 [0019] The oxygen-absorbing unit 3, comprising an adjustable oxygen module, the adjustable intelligent information processing command receiving module oxygen module, thereby controlling the oxygen concentration, the oxygen flow rate and oxygen supply time, the intelligent information processing module receiving physiological index monitor physiological parameters related information sending module sends the first data 2 for absorbing any time determines parameters a doctor or nurse whether to set the corresponding index is within the normal fluctuation monitoring range, if they meet the adjustable parametric module oxygen required steady oxygen; if not, the smart alarm information processing module instruction (including sound and light alarm, a remote alarm is sent to the intelligent terminal 4), and simultaneously sent to respective tunable oxygen module adjustment command parameters, prompting the patient physiological parameters back to the normal range by changing the oxygen manner. 此外,特殊条件下,智能信息处理模块还直接接收所述智能终端4第二数据信息发送模块发送的指令信息,以便智能终端4直接控制可调供氧模块的供氧方式,从而快速解决病人可能出现的突发状况; In addition, under special conditions, intelligent information processing module of the intelligent terminal directly receives instruction information sending module 4 of the second data to the intelligent terminal 4 directly controls the adjustable Oxygenation oxygen module, so the patient may quickly resolve unexpected situations arise;

[0020]智能终端4,包括数据信息的接收、处理模块及第二数据信息发送模块。 [0020] intelligent terminal 4, comprising receiving, a data processing module, and a second information sending module data information. 所述数据信息接收模块可直接接收医生或护士借助于键盘或触屏或声控等类似的智能终端4输入配置而直接发出的指令,并接收来自生理指标监测仪2的第一数据信息发送模块发出的相应监测指标信息,同时可接收来自病人端相应的求助信息;数据信息处理模块对接收到的监测指标信息进行处理,并做出趋势走线,便于帮助医生或护士提前预期判断病人的生理情况,防止不必要的危险发生,另外也可处理病人端的求助信息,做出类似报警性的相关响应;第二数据信息发送模块发出医生相应的指令响应,如一方面可用来控制可调供氧模块的工作,一方面达成医生与护士或病人之间交流操作。 Data information receiving module may directly receive instructions by means of a doctor or nurse or the like as a keyboard or touch screen similar smart voice input terminal 4 disposed directly emitted, and receiving first data from the information sending module monitor physiological parameters issued 2 monitoring indicators corresponding information, and help information may be received from a respective patient end; monitoring the index information received data processing module for processing, and the trend to make alignment easy to predict in advance, to help the doctor or nurse determines the patient's physiological condition prevent unnecessary danger, additional information may help the patient end of the process, to make a similar correlation response of the alarm; second data information sending module sends a corresponding instruction in response to the doctor, such as the one hand can be used to control oxygen module adjustable It works, on the one hand to achieve the exchange operation between doctors and nurses or patients. 智能终端4的设置可以帮助医生更好的进行远程管理,实现一人掌控多个病人情况,可节省人力,提高效率。 Intelligent Terminal 4 setting can help doctors better remote management, a more patient person to control the situation, can save manpower and improve efficiency.

[0021 ]具体实施例 [0021] Specific embodiments

[0022] I)将吸氧软管佩戴于吸氧者I的鼻腔部位,同时在手腕或手指部位佩戴生理指标监测仪2; [0022] I) The oxygen absorbing hose worn nasal cavity by I, while wearing wrist or finger portion 2 monitor physiological parameters;

[0023] 2)开启自适应吸氧机3智能控制系统,生理指标监测仪2首先开始监测吸氧者I的生理指标状况,医生或护士根据吸氧者I的病历档案资料及当前生理指标状况,在智能终端4上给出指令,并传至吸氧机3中的智能处理模块,完成设置适合吸氧者I需求的氧浓度、流量范围、吸氧时间以及合适的生理指标范围,再开启吸氧机3的氧气供给模式; [0023] 2) open the oxygen machine 3 adaptive intelligent control system that monitors physiological parameters 2 first began monitoring the physiological condition of oxygen indicators were I, a doctor or nurse who I oxygen according to medical records information and physiological indicators of current situation , the instruction is given intelligent terminal 4, and transmitted to the processing module 3 intelligent oxygen in to complete the set for the oxygen concentration of the oxygen demand by I, the flow rate range, absorbing time, and a suitable range of physiological parameters, then open absorbing oxygen supply pattern 3 of the machine;

[0024] 3)随着吸氧者I的持续吸氧,生理指标监测仪2将持续监测生理指标情况,并将监测到的结果分别发送给吸氧机3的智能处理模块和智能终端4。 [0024] 3) With the continuous oxygen absorbing Subject I, monitor physiological index 2 will continue to monitor physiological indicators, and monitoring results are transmitted to the absorbing Intelligent processing module 3 and 4 intelligent terminal. 发送给吸氧机3中智能处理模块的目的是可根据步骤2)中设置的氧浓度及流量范围形成1、2、3间的不断调整的适宜的吸氧循环;发送给智能终端4的目的是记录吸氧机3使用过程中发生的一切数据记录,实现远程动态管理; Absorbing object to a machine intelligent processing module 3 is formed suitable oxygen cycle continuously adjusted according to the oxygen concentration between 2,3 and flow range in step 2) is provided; object sent to the intelligent terminal 4 all data is recorded absorbing recording machine 3 during use occurs, the dynamic remote management;

[0025] 4)待设定的吸氧时间结束,自适应吸氧机3智能控制系统的吸氧机3将关闭氧气的供给,从而完成吸氧全过程。 [0025] 4) the time to be set by the end of oxygen, oxygen-absorbing unit 3 intelligent adaptive control system for absorbing oxygen supply device 3 closes, thereby completing the whole process of oxygen.

[0026]尽管本发明的实施方案已公开如上,但其并不仅仅限于说明书和实施方式中所列运用,它完全可以被适用于各种适合本发明的领域,对于熟悉本领域的人员而言,可容易地实现另外的修改,因此在不背离权利要求及等同范围所限定的一般概念下,本发明并不限于特定的细节和这里示出与描述的图例。 [0026] While the embodiments of the present invention have been disclosed above, but its use is not limited to the description set forth and described embodiments, which can be applied to various fields suitable for the present invention, for the person skilled in the art , can be easily realized a further modification, thus without departing from the generic concept claims and equivalents as defined by the scope of the present invention is not limited to the specific details shown and described herein with legend.

Claims (4)

  1. 1.一种自适应吸氧机智能控制系统,其特征在于,包括, 吸氧机(3),通过吸氧软管与吸氧者(I)呼吸系统连接,所述吸氧机(3)包括可调供氧模块及智能信息处理模块,且所述智能信息处理模块通过控制所述可调供氧模块控制氧浓度、氧流量及供氧时间; 生理指标监测仪(2),与吸氧者(I)相连,用于监控吸氧者(I)生理指标,所述生理指标监测仪(2)还与所述吸氧机(3)连接用于调控所述吸氧机(3); 智能终端(4),与所述吸氧机(3)及所述生理指标监测仪(2)分别电连接,所述智能终端(4)接收所述生理指标监测仪(2)信号,同时控制所述吸氧机(3)运行;所述智能终端(4)包括数据信息接收模块、数据信息处理模块及第二数据信息发送模块;其中所述数据信息接收模块、所述数据信息处理模块及所述第二数据信息发送模块依次相连;所述第二数据信息发送模块发送数据信息至所 An oxygen-absorbing Intelligent Adaptive control system comprising, absorbing unit (3), via the respiratory system by absorbing oxygen hose (the I), the oxygen-absorbing unit (3) oxygen comprises an adjustable module and a smart information processing module, the intelligent information processing module and said variable oxygen control module by controlling the oxygen concentration, the oxygen flow rate and oxygen time; physiological index monitor (2), and oxygen by (I) is connected, for monitoring the oxygen by (I) physiological parameters, monitor the physiological index (2) is also connected to the oxygen-absorbing unit (3) for regulating the oxygen machine (3); intelligent terminal (4), the oxygen-absorbing unit (3) and monitor the physiological parameters (2) are electrically connected to the intelligent terminal (4) receiving the physiological index monitor (2) signal, while the control the oxygen-absorbing unit (3) run; the intelligent terminal (4) comprising a data receiving module, a second data processing module and a data information sending module; wherein the data information receiving module, and a data processing module the second data information sending module sequentially connected; said second data information sending module transmits data to the 智能信息处理模块处; 其中,根据吸氧者(I)当前生理指标及过往病史在所述智能终端(4)上设定指令,所述智能终端(4)将设定指令传输至所述吸氧机(3)智能信息处理模块; 所述智能信息处理模块接收所述生理指标监测仪(2)数据信息并作出不同响应:I)数据信息在正常范围内浮动,所述智能信息处理模块继续保持当前指令;2)数据信息超出正常范围,所述智能信息处理模块报警或发出报警信号至所述智能终端(4)并调整指令;3)特殊情况时所述智能信息处理模块接收所述智能终端(4)发送的指令。 The intelligent information processing module; wherein the oxygen absorbing by (I) and prior medical history of the current physiological parameters (4) setting instructions in the intelligent terminal, the intelligent terminal (4) the setting command transmitted to the suction oxygen machine (3) intelligent information processing module; the intelligent information processing module receives the physiological index monitor (2) data and respond differently: I) data in the normal range float, the intelligent information processing module continues holding current instruction; 2) data outside the normal range, the alarm information processing module or intelligent alarm signal to the intelligent terminal (4) and adjustment instruction; 3) the special case of intelligent information processing module receives the smart terminal (4) command transmitted.
  2. 2.如权利要求1所述的一种自适应吸氧机智能控制系统,其特征在于,所述生理指标监测仪(2)包括血氧饱和度监测模块、脉搏监测模块、体温监测模块以及第一数据信息发送模块,其中所述第一数据信息发送模块将数据发送至所述智能信息处理模块处。 2. An adaptive control system for intelligent oxygen machine according to claim 1, wherein said physiological index monitor (2) comprises a module oximetry, pulse monitoring module, and the second temperature monitoring module a data information sending module, wherein the first data information sending module sends data to the intelligent information processing module.
  3. 3.如权利要求2所述的一种自适应吸氧机智能控制系统,其特征在于,所述数据信息接收模块接收来自所述第一数据信息发送模块的数据信息。 An adaptive intelligent control system of claim 2 oxygen machine as claimed in claim 3, wherein the data information receiving module receives the data information from the first data information sending module.
  4. 4.如权利要求1所述的一种自适应吸氧机智能控制系统,其特征在于,所述智能信息处理模块或智能终端(4)包含报警装置或报警响应装置。 4. An adaptive control system for intelligent oxygen machine according to claim 1, wherein said information processing module or intelligent intelligent terminal (4) comprising a warning or alarm means responsive device.
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