CN102462491A - Intelligent wireless human body blood pressure monitoring system, monitor and monitoring method - Google Patents

Intelligent wireless human body blood pressure monitoring system, monitor and monitoring method Download PDF

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Publication number
CN102462491A
CN102462491A CN2010105312410A CN201010531241A CN102462491A CN 102462491 A CN102462491 A CN 102462491A CN 2010105312410 A CN2010105312410 A CN 2010105312410A CN 201010531241 A CN201010531241 A CN 201010531241A CN 102462491 A CN102462491 A CN 102462491A
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blood pressure
information
monitor
module
monitoring
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CN2010105312410A
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Chinese (zh)
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施伟
祁加俊
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苏州大学
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Abstract

The invention discloses an intelligent wireless human body blood pressure monitor, which mainly comprises a central controller for controlling peripheral equipment and data processing operation, a blood pressure monitoring module for reading blood pressure information of patients, a display screen for displaying blood pressure information, a subscriber identity module (SIM) card for storing communication network information and user authentication information, a global position system (GPS) module for reading current position information, a radial frequency transmission module for transmitting related information to outside communication networks, a key group for operation, a memory for storing and controlling logic programs, a battery pack for providing working capacity, and a power supply management module for converting voltage of the battery pack and management. When the monitor disclosed by the invention is used, related monitoring information can be actively transmitted to a disease control center to accomplish a complete monitoring process and acquire an optimal rescue time when a patient needs rescue. Meanwhile, the invention also discloses a monitoring method of the intelligent wireless human body blood pressure monitor and a monitoring system using the monitor.

Description

智能无线人体血压监护系统、监护仪及其监护方法 Intelligent wireless body blood pressure monitoring system, monitor and monitoring method

技术领域 FIELD

[0001] 本发明涉及医疗器械领域,更具体的说,涉及一种智能无线人体血压监护系统、监护仪及其监护方法。 [0001] The present invention relates to the field of medical devices, and more particularly, to a wireless intelligent human blood pressure monitoring system, monitors and monitoring methods.

背景技术 Background technique

[0002] 随着我国进入高龄化阶段,血压高危人群也随之增加,为确认和保证血压高危患者的血压处于正常的血压值范围内,因此对患者血压的日常监护是必不可少的。 [0002] As China entered the aging stage, high-risk groups also increases blood pressure, in order to confirm and guarantee high-risk patients blood pressure blood pressure within the normal blood pressure range, so the daily monitoring of blood pressure is essential. 当前,根据血压高危人群中各类患者处于住院或在家中疗养的不同情况,用于对患者血压进行日常测量监护的血压监护仪也存在多种类型,主要包括医疗机构应用的专用血压监护仪和家用的便携式血压监护仪。 Currently, high-risk groups according to blood pressure in patients with all kinds of different situations in a hospital or convalescent home for daily measurement of blood pressure monitoring of blood pressure monitor also has a variety of types, including medical applications and specialized blood pressure monitor household portable blood pressure monitor.

[0003] 其中,现有市面上较为精确的便携式血压监护仪利用计算机对患者的血压进行采样、分析和判断,在患者自我感觉不舒服、定时时间到达或者在监护仪在进行监护的过程中出现测量异常时,患者自发的通过便携式血压仪上的按钮或者其他呼叫器传输信息,并通过网络将该信息传输给与监护仪建立链接的疾病控制中心,以保证准确的将患者的当前信息和当前位置告知疾病控制中心,以完成对患者血压的监护。 [0003] wherein the existing market more accurate blood pressure monitor of the portable computer using the patient's blood sampling, analysis and judgment, appears in the patient feel uncomfortable, the timing time is reached during the monitoring in the monitor or the process when the measurement abnormality, the patient spontaneously establish a link through the Center for disease control buttons or other portable pager transmitting information on the blood pressure meter, and transmits the information given by the network monitor to ensure accurate and current information to the current patient location inform the centers for disease control, to complete the monitoring of the patient's blood pressure.

[0004] 但是,在采用现有的便携式血压仪时,其与疾病控制中心之间建立的网络需要通过计算机或电话才能建立,并不是很便携;更严重的缺点是现有的便携式血压仪需要患者自发的传输信息,而一旦患者突发血压升高等危险时,患者的意识和行为都会随之减弱,不能有效、及时的自发完成信息的传输,使信息无法有效、及时的传送至疾病控制中心,从而导致错过患者的最佳抢救时间。 [0004] However, when using the conventional portable blood pressure meter, which is established between the Centers for Disease Control and the need to establish a network through a computer or telephone, it is not portable; more serious disadvantage is the need for a conventional portable blood pressure meter patients with spontaneous transmission of information, and once the blood pressure in patients with sudden and dangerous, the patient's consciousness and behavior will weakens and can not effectively and timely completion of spontaneous transmission of information, the information can not be effective and timely sent to the centers for disease control , leading to missed the best time to rescue the patient.

发明内容 SUMMARY

[0005] 有鉴于此,本发明提供了一种智能无线人体血压监护系统、监护仪及其监护方法, 以克服现有设备因为患者自我意识或行为能力减弱不能自发有效、及时完成信息传输,从而使患者错过最佳抢救时间的问题。 [0005] Accordingly, the present invention provides an intelligent wireless human blood pressure monitoring system, monitors and monitoring methods, to overcome the existing equipment because the patient self-consciousness or diminished capacity not spontaneously effective, timely completion of information transmission, so that so that patients miss the best rescue time of issue.

[0006] 为实现上述目的,本发明提供如下技术方案: [0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] 一种智能无线人体血压监护仪,包括: [0007] An intelligent wireless body blood pressure monitor, including:

[0008] 对智能无线人体血压监护仪中各个模块进行控制、数据分析处理的中央控制器; [0008] Wireless intelligent control of blood pressure monitor in each module, the central controller data analysis process;

[0009] 分别与所述中央控制器链接的读取患者血压信息的血压监控模块、显示所述血压信息的显示屏、存储通信网络信息及用户认证鉴权信息的SIM用户识别卡、读取所述智能无线人体血压监护仪当前位置的GPS全球定位模块、通过通信网络发送所述血压信息的射频发射模块、提供操作接口的按键组、存储所述智能无线人体血压监护仪运行程序的内存模块; [0009] respectively, the central controller link module reads the blood pressure monitor patient blood pressure information, subscriber identification card SIM display monitor, memory, and user authentication information of the communication network authentication information of the blood pressure information, reads GPS global positioning module of said wireless smart human blood pressure monitor current position, the blood pressure information transmitted through a communication network radio frequency transmission modules, provide a key group operation of the interface, the body stores the blood pressure monitor wireless intelligent running program memory module;

[0010] 为所述智能无线人体血压监护仪提供工作电源的电池组,依据管理所述电池组的电源管理模块。 [0010] The battery pack provides operating power to the smart wireless human blood pressure monitor, according to the power management module manages the battery pack.

[0011] 优选的,所述血压监控模块中包括:可捆于患者手臂上的袖套;与所述袖套链接给所述袖套充气的气泵、以及给所述袖套放气的气阀;与所述气泵链接的气泵驱动模块,与所述气阀链接的气阀驱动模块;链接所述气泵驱动模块和气阀驱动模块并进行控制的微处 [0011] Preferably, the blood pressure monitoring module comprising: a sleeve may be tied to the arm of the patient; and the sleeve linked to said cuff inflating pump, and to the cuff deflation valve ; pump and pump drive module of the link, the link valve valve drive module; linking the pump drive module and drive module and a control valve microprocessor

理器; Processor;

[0012] 与所述袖套链接检测所述袖套内的压力及波动,并将该压力及波动转换为电信号的压力传感器;所述压力传感器通过链接的低通滤波器,以及所述低通滤波器链接的模数转换器,将所述电信号发送至所述微处理器进行解析。 [0012] The sleeve and the inner link and detecting the cuff pressure fluctuation and the pressure fluctuation and the pressure is converted into an electric signal sensor; said pressure sensor through a low-pass filter link, and the low analog-pass filter is linked, transmitting the electrical signal to the microprocessor for parsing.

[0013] 优选的,所述微处理器控制所述气泵驱动模块驱动所述气泵给所述袖套充气时, 在所述压力传感器检测到所述袖套内的压力值到达预设的240毫米汞柱时停止充气。 [0013] Preferably, the microprocessor controls the air pump to drive the pump drive module to the inflatable cuff, the pressure sensor detects the pressure in the cuff reaches a predetermined value of 240 mm Hg when to stop inflation.

[0014]优选的,所述射频发射模块包括:GSM、GPRS、CDMA、CDMA2000、WCDMA, TD-SCMDA 中 [0014] Preferably, the radio frequency transmission modules comprises: GSM, GPRS, CDMA, CDMA2000, WCDMA, TD-SCMDA in

的任意一种或任意组合。 Any one or any combination thereof.

[0015] 优选的,还包括:所述电源管理模块通过外部充电器获取电压对所述智能无线人体血压监护仪供电。 [0015] Preferably, further comprising: a power management module acquires the voltage of the smart wireless body of blood pressure monitor powered by an external charger.

[0016] 优选的,所述电池组中的电池为锂电子或锂聚合物电池。 [0016] Preferably, the battery is lithium ion battery or a lithium polymer battery.

[0017] 一种智能无线人体血压监护系统,包括: [0017] An intelligent wireless body blood pressure monitoring system, comprising:

[0018] 智能无线人体血压监护仪,用于采样、分析处理和判断患者的血压信息,并在血压信息出现异常时主动向疾病控制中心发送患者当前的血压信息,以及所述智能无线人体血压监护仪当前的位置信息; [0018] Smart wireless body blood pressure monitor, for sampling, analysis and information processing blood pressure determination of a patient, and sends current to the patient's blood pressure information CDC occurs when abnormal blood pressure information, and the wireless intelligent monitoring of blood pressure instrument current position information;

[0019] 疾病控制中心,用于接收所述血压信息和所述位置信息; [0019] Centers for Disease Control, the blood pressure information and for receiving the position information;

[0020] 通信网络,用于链接所述智能无线人体血压监护仪和疾病控制中心,并传输所述血压信息和所述位置信息。 [0020] a communication network, the intelligent wireless links for human blood pressure monitor and the Centers for Disease Control, and transmits the blood pressure information and the position information.

[0021] 一种智能无线人体血压监护仪的监护方法,包括: [0021] An intelligent wireless body monitoring blood pressure monitor, comprising:

[0022] 当计时达到预设值时,读取患者的血压信息,并实时显示; [0022] When the timer reaches the preset value, the patient's blood pressure information is read and displayed in real time;

[0023] 读取智能无线人体血压监护仪当前的位置信息,当读取成功时,将所述位置信息与原位置信息进行替换; [0023] read the current location information of the wireless intelligent human blood pressure monitor, when the reading is successful, the original position information replacement position information;

[0024] 判断所述血压信息是否超过预设警戒值,如果否,则重新触发计时;如果是,则利用预先获知的患者综合信息、疾病控制中心信息、网络信息和当前读取的所述血压信息、所述位置信息进行编辑处理,得到当前的监护信息; [0024] Analyzing the information of the blood pressure exceeds a preset warning value, if not, re-trigger timer; if so, using the integrated information known in advance of the patient, Centers for Disease Control information, network information, and the read current blood pressure information, the location information editing processing, to obtain a current monitoring information;

[0025] 发送所述监护信息至疾病控制中心完成当前监护。 [0025] transmits the monitoring information to the Centers for Disease Control to complete the current monitor.

[0026] 优选的,包括:当读取所述位置信息失败时,直接执行判断所述血压信息是否超过预设警戒值这一步骤。 [0026] Preferably, comprising: when reading the position information of the failure, the blood pressure information is determined directly perform this step if the value exceeds a preset warning.

[0027] 优选的,所述预设警戒值中包括血压的收缩压和舒张压;其中,所述收缩压为200 毫米汞柱,所述舒张压为120毫米汞柱。 [0027] Preferably, the preset warning value comprises a systolic and diastolic blood pressure; wherein the systolic blood pressure of 200 mmHg, the diastolic blood pressure of 120 mm Hg.

[0028] 经由上述的技术方案可知,与现有技术相比,本发明公开了一种智能无线人体血压监护系统、监护仪及其监护方法,该智能无线人体血压监护仪通过主动采样、分析和判断,并在患者血压异常时主动向疾病控制中心自主发送提醒信息或警示信息,即在患者血压异常时实时、快速、精确、客观的将患者的当前血压信息和当前的位置信息发送至疾病控制中心,从而方便在紧急情况下,使医护人员根据获取到的血压信息做出相应的准备,同时根据获取到患者当前位置信息及时赶赴现场,不仅能够保证对患者血压日常的监护,而且在紧急情况下,使患者处于最佳抢救时间内。 [0028] via the known technical solution, compared with the prior art, the present invention discloses an intelligent wireless human blood pressure monitoring system, monitors and monitoring methods, the blood pressure monitor intelligent wireless body by actively sampling, analysis and Analyzing, and actively customize send reminders in blood pressure abnormality to the centers for disease control information or warning messages, i.e., abnormality in real time blood pressure, rapid, accurate and objective to send the current blood pressure information of the patient and the current position information to the disease control center, thus facilitating in an emergency, the medical staff to make appropriate preparations according to the acquired blood pressure information, while the current location based on the acquired patient information in a timely manner to the scene, not only to ensure the daily monitoring of blood pressure, and in an emergency under the patient is in the best rescue time. 此外,本发明所公开的监护仪不需要外接电话机或计算机进行网络传输,因此与现有的设备相比更加的便携,方便患者的使用。 Furthermore, the disclosed invention does not require an external monitor or a computer network telephone transmission, as compared with more conventional portable device, easy to use patient.

附图说明 BRIEF DESCRIPTION

[0029] 为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本发明的实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据提供的附图获得其他的附图。 [0029] In order to more clearly illustrate the technical solutions in the embodiments or the prior art embodiment of the present invention, briefly introduced hereinafter, embodiments are described below in the accompanying drawings or described in the prior art needed to be used in describing the embodiments the drawings are only examples of the present invention, those of ordinary skill in the art is concerned, without creative efforts, can derive other drawings from the accompanying drawings provided.

[0030] 图1为本发明实施例公开的智能无线人体血压监护仪的结构示意图; [0030] FIG. 1 is a schematic configuration example of the disclosed intelligent wireless body blood pressure monitor of the present embodiment of the invention;

[0031] 图2为本发明实施例公开的血压监护模块的结构示意图; Structural diagram [0031] Figure 2 discloses a blood pressure monitor module according to the present invention;

[0032] 图3为本发明实施例公开的智能无线人体血压监护系统的结构示意图; [0032] FIG. 3 is a schematic configuration example of the disclosed wireless intelligent human blood pressure monitoring system according to the present invention;

[0033] 图4为本发明实施例公开的智能无线人体血压监护仪的监护方法流程图。 [0033] FIG 4 is a flowchart of the disclosed embodiment of the wireless intelligent monitoring of blood pressure monitor method of the present invention.

具体实施方式 Detailed ways

[0034] 为了引用和清楚起见,下文中使用的技术名词的说明、简写或缩写总结如下: [0034] For reference and clarity, the description of the technical terms used hereinafter, abbreviations or acronyms are summarized as follows:

[0035] SIM 卡:Subscriber Identity Module,用户识别卡; [0035] SIM card: Subscriber Identity Module, User identification card;

[0036] GPS =Global Positioning System,全球定位系统; [0036] GPS = Global Positioning System, Global Positioning System;

[0037] GSM =Global System for Mobile Communications,全球移动通信系统; [0037] GSM = Global System for Mobile Communications, GSM system;

[0038] GPRS =General Packet Radio Service,通用分组无线服务技术; [0038] GPRS = General Packet Radio Service, General Packet Radio Service;

[0039] CDMA =Code Division Multiple Access,码分多址; [0039] CDMA = Code Division Multiple Access, CDMA;

[0040] WCDMA :Wideband Code Division Multiple Access,宽带码分多址; [0040] WCDMA: Wideband Code Division Multiple Access, Wideband Code Division Multiple Access;

[0041] TD-SCDMA :Time Division-Synchronous Code Division Multiple Access,时分同步码分多址。 [0041] TD-SCDMA: Time Division-Synchronous Code Division Multiple Access, TD-SCDMA.

[0042] 下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。 [0042] below in conjunction with the present invention in the accompanying drawings, technical solutions of embodiments of the present invention are clearly and completely described, obviously, the described embodiments are merely part of embodiments of the present invention, but not all embodiments example. 基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。 Based on the embodiments of the present invention, all other embodiments of ordinary skill in the art without any creative effort shall fall within the scope of the present invention.

[0043] 本发明实施例公开了一种智能无线人体血压监护仪(以下简称血压监护仪),请参阅附图1,主要包括:中央控制器101、血压监控模块102、液晶显示屏103、SIM卡104、GPS 模块105、射频发射模块106、按键组107、内存108、电源管理模块109和电池组110。 Embodiment [0043] The present invention discloses an intelligent wireless body blood pressure monitor (hereinafter referred to as blood pressure monitor), see FIG. 1, including: a central controller 101, blood pressure monitoring module 102, the LCD 103, SIM card 104, GPS module 105, the RF transmitter module 106, a key group 107, memory 108, power management module 109 and the battery pack 110.

[0044] 其中,中央控制器101为该血压监护仪的核心中枢,血压监控模块102、液晶显示屏103、SIM卡104、GPS模块105、射频发射模块106、按键107和内存108直接与中央控制器101链接。 [0044] wherein the central core of the central controller 101 for the blood pressure monitor, blood pressure monitor module 102, the LCD 103, SIM card 104, GPS module 105, the RF transmitter module 106, a key memory 107, and 108 directly with the central control 101 link.

[0045] 中央控制器101中主要由时钟管理单元、多指令内核、通用输入输出接口、模拟接口单元、计时单元等组成。 [0045] The central controller 101 mainly by the clock management unit, composed of a multi-core instruction, a general purpose input output interface, an analog interface unit, a timer unit and the like. 在该血压监护仪进行监护工作时,由中央控制器101负责对与其链接的各个模块或设备的控制,以及各个模块或设备上的数据分析处理,并在判断患者血压正常时,依据计时单元的计时定时向疾病控制中心发送监护信息,以及在判断患者血压不正常时,主动向疾病控制中心发送提醒信息或者警告信息。 When the blood pressure monitor for monitoring the work, by a central controller 101 is responsible for controlling the respective devices or modules linked to it, and data on the respective module or device analysis, and normal blood pressure is determined, based on timing means sending the timing information to the timing monitor centers for disease control, and when blood pressure is determined not normal, it sends an alert message to the centers for disease control or warnings.

[0046] 血压监控模块102,用于驱动、控制,并采用示波法检测技术读取患者的血压信息。 [0046] The blood pressure monitoring module 102, for driving, control and detection oscillometric method using the read patient's blood pressure information. 将该血压信息,以及与该血压信息相关的信息发送至中央控制器101,由其进行处理,并返回处理信息。 The blood pressure information transmission, and associated with the blood pressure information to the central controller 101, by processing, and returns processing information.

[0047] 显示屏103,用于显示上述获取的血压信息,即实时显示患者当前的血压信息。 [0047] The display screen 103 for displaying the blood pressure information acquired, i.e., the current real-time display of patient blood pressure information. 另夕卜,该显示屏103上还可以显示患者或医疗工作者利用按键组107进行相关操作时,由显示屏103的对应的操作菜单。 Another Bu Xi, may also be displayed when the patient or health care worker using the key group 107 related operations, by the operation menu corresponding to the display screen 103 of the display 103.

[0048] 需要说明的是,在本发明公开的实施例中显示屏103为液晶显示屏,但是本发明并不仅限于此,该显示屏103也可以为冷光显示屏。 [0048] Incidentally, in the embodiment, the LCD display screen 103 is disclosed embodiment of the present invention, but the present invention is not limited thereto, the display 103 may be a luminescent screen.

[0049] SIM卡104,用于存储通信网络信息,以及移动通信网络运营商的相关信息和使用该血压监护仪的患者的信息,并在该血压监护仪对患者进行监护的过程中,通过相应的移动通信网络运营商的认证获取用户认证鉴权信息。 [0049] SIM card 104, a communication network for storing information, and information related to the mobile communications network operator and using the patient's blood pressure monitor, and the blood pressure monitor in the process of monitoring the patient by the appropriate the mobile communications network operator to obtain user authentication authentication authentication information. 并将上述的通信网络信息与用户认证鉴权信息进行组合处理,构成当前相应的SIM信息。 And the above-described communication network authentication information with the user authentication information processing composition, SIM information corresponding to the current configuration.

[0050] GPS模块105,利用其内置的卫星信号接收天线接收全球定位系统中的卫星所发送的信号,再利用GPS模块105内的解析芯片对接收到的信号进行相关的解析,主要过程为解析接收信号中提供的方向、角度和速度等信息,在根据相应的GPS定位算法进行计算,得到当前该血压监护仪的位置信息。 [0050] The GPS module 105, using its built-in satellite signal reception antenna receiving a signal of a global positioning system satellite transmission, and then using the signal analysis chip of the GPS module 105 received in the docking correlation analysis, the main process to parse provided in the direction of the received signal, the angle and speed information calculated based on the corresponding GPS positioning algorithm, to obtain current location information of the blood pressure monitor.

[0051] 射频发射模块106是该血压监护仪与移动通信网络运营商的通讯接口,用于将当前的监护信息发送至疾病控制中心,使疾病控制中心及时的获得患者当前的血压情况,以便做出相应的反映,或是发送相应的指令。 [0051] The RF transmitting module 106 is that the blood pressure monitor with a mobile communications network operator of the communication interface, for transmitting information to the monitor current Centers for Disease Control, CDC make timely access to the current blood pressure of the patient, to do the corresponding reflected or transmitted corresponding instruction.

[0052] 需要说明的是,该血压监护仪利用射频发射模块106发送的当前的监护信息中包括:内存模块108中预先获知存储的患者综合信息、疾病控制中心信息,由SIM卡104中获取的网络信息,以及由血压监控模块102读取的患者当前的血压信息,由GPS模块105获取的当前该血压监护仪的位置信息。 [0052] Incidentally, the blood pressure monitor using radio frequency transmission modules current monitoring information transmitted 106 includes: a memory module 108. known in advance integrated patient information storage, Centers for Disease Control information acquired by the SIM card 104 network information, blood pressure information and the current from the monitoring module 102 reads the blood pressure of a patient, current location information of the blood pressure monitor 105 acquired by the GPS module. 而上述信息的编辑组合则有中央控制器101完成。 Combinations of the above information and edit the central controller 101 is completed.

[0053] 此外,所述射频发射模块106在向疾病控制中心发送当前的监护信息时可以依赖多种基本的通信传输技术,即该射频发射模块106的构成可以是GSM、GPRS、CDMA、 CDMA2000、WCDMA、TD-SCMDA中的任意一种或任意组合。 [0053] Further, the RF transmitting module 106 transmits the current at the monitoring information to the Centers for Disease Control may depend more basic communication transmission technology, i.e., the radio frequency transmission module 106 may be configured GSM, GPRS, CDMA, CDMA2000, WCDMA, any one or any combination of TD-SCMDA.

[0054] 需要说明的是,在本发明公开的血压监护仪存在用于发送和接收相应信息的对应单元,因此可以不再外设计算机或链接网络的电话,从而降低了移动该血压监护仪的阻碍, 使该血压监护仪更加方便携带。 [0054] Incidentally, there is a corresponding unit for transmitting and receiving the corresponding information in the present invention is disclosed blood pressure monitor, it can no longer peripheral computer or telephone network link, thereby reducing the movement of the blood pressure monitor obstacles, so that the blood pressure monitor is more convenient to carry.

[0055] 按键组107是该血压监护仪的人机交互接口,用于提供给患者针对该血压监护仪的操作接口,也可以说是操作界面。 [0055] The button group 107 is a blood pressure monitor interactive interface for providing an interface to the patient for operating the blood pressure monitor, it can be said interface.

[0056] 内存模块108,用于存储该血压监护仪中的中央控制器101运行时的程序,以及其他预设信息和相关的患者信息、疾病控制中心的相关信息。 [0056] Memory module 108, the central controller program in the blood pressure monitor 101 is used for storing operation, and the preset information and other information related to the patient, Centers for Disease Control information. 其中,可以存储了多种基本的运行程序,例如:PSRAM+N0R flash、SRAM+NORflash、SDRAM+NAND flash、SDRAM+NOR flash、 PSRAM+NAND flash等基本运行程序。 Which may be stored a plurality of basic operating procedures, for example: PSRAM + N0R flash, SRAM + NORflash, SDRAM + NAND flash, SDRAM + NOR flash, PSRAM + NAND flash the basic operating procedures.

[0057] 电池组110作为储能器件,存储能量,能够支持该血压监护仪在脱离充电器长时间工作时的能量,即为该血压监护仪提供必要的工作电源。 [0057] The battery pack 110 as a storage device, storing energy, blood pressure monitors that support energy when departing from the charger for a long time to work, that is to provide the necessary operating power of the blood pressure monitor. 此外,电池组110采用锂离子或锂聚合物电池,采用较小的体积存储较大的能量,因而减少了该血压监护仪的体积和重量, 使其较现有的血压监护仪更加容易携带,即增强了改血压监护仪的携带性。 In addition, the battery pack 110 employs a lithium ion or lithium polymer battery using a smaller volume greater energy storage, thus reducing the size and weight of the blood pressure monitor, making it easier to carry than conventional blood pressure monitor, That enhances the portability reform Blood Pressure monitor.

[0058] 电源管理模块109,用于将电池组110内的电压通过高效能电压转换电路、转换成各功能模块工作所需的特定电压。 [0058] Power management module 109 for the voltage of the battery pack 110 by high efficiency voltage conversion circuit is converted into a specific voltage to operate each of the functional modules. 其中,电源管理模块109中的电压转换电路可以是一般的电压转换电路,也可是高效能的电压转换电路。 Wherein the power management module 109 may be a general-voltage conversion circuit converting voltage circuit, but also high efficiency voltage conversion circuit. 在本发明公开的电源管理模块109中采用的是高效能电压转换电路,不仅可以增加电压转换的效率、而且还可以提高整个血压监护仪的电源效率、减少该血压监护仪的功耗、延长该血压监护仪的工作时间。 Employed in the power management module 109 of the present invention are disclosed high efficiency voltage conversion circuit, not only can increase the voltage conversion efficiency, but also can improve the power efficiency of the entire blood pressure monitor, the blood pressure monitor to reduce power consumption and prolong the working hours Blood Pressure monitor.

[0059] 此外,本发明所公开的电源管理模块109还支持从外部充电器获取电压对系统供电或对电池充电。 [0059] Furthermore, the present invention is disclosed a power management module 109 acquires the voltage of the system also supports the charger from an external power supply or battery.

[0060] 为使本发明所公开的智能无线人体血压监护仪的结构描述以及核心的工作过程更加清楚,需要进行进一步的说明。 [0060] The description and the core structure of the present invention is disclosed a wireless intelligent human blood pressure monitor working process more clearly, the need for further explanation. 请参阅附图2,为本发明公开的血压监护仪中的血压监控模块102的结构示意图,主要包括:袖套201、气泵202、气泵驱动模块203、气阀204、气阀驱动模块205、压力传感器206、低通滤波器207、模数转换器(A/D转换)208和微处理器209。 See Figure 2, a schematic view of the structure of blood pressure monitor disclosed in blood pressure monitoring module 102 of the present invention mainly comprises: cuff 201, pump 202, pump drive module 203, valve 204, valve actuator module 205, the pressure sensor 206, a low pass filter 207, analog to digital converter (A / D converter) 208 and a microprocessor 209.

[0061] 其中,袖套201可捆于患者的手臂上是检测患者血压信息的基本承载体,即通过袖套201的变化测量患者的当前血压信息。 [0061] wherein sleeve 201 can be tied to the patient's arm is substantially carrier detection patient blood pressure information, i.e., the current measured by the change in the blood pressure cuff information of the patient 201.

[0062] 气泵202与袖套201链接用于给袖套201充气,气阀204与袖套201链接用于给袖套201放气;气泵驱动模块203与气泵202链接用于驱动气泵202充气,气阀驱动模块205 与气阀204链接用于驱动气阀204放气。 [0062] The air pump 202 and cuff 201 for the link 201 to the inflatable cuff, the cuff 201 and the valve 204 for the link 201 to the cuff deflated; pump 203 and pump drive module for driving the pump 202 link 202 is inflated, valve drive module 205 and the valve 204 valve 204 for driving the link deflated.

[0063] 此外,气泵驱动模块203与气阀驱动模块205还分别与微处理器209相链接,由微处理器209控制这两个驱动模块。 [0063] Further, the air pump 203 and valve actuator drive module 205 module 209 is also linked to the microprocessor, respectively, controlling two driver modules 209 by the microprocessor. 其中,在微处理器209控制气泵驱动模块203驱动气泵202给袖套201充气时,在压力传感器206检测到袖套201内的压力值到达预设的压力值, 即240毫米汞柱时停止充气。 Wherein, when the microprocessor 209 controls pump driving module 203 drives the blower to the inflatable cuff 202 201, the pressure sensor 206 detects the pressure value of the pressure in the cuff 201 reaches a predetermined value, the pneumatic stop 240 mm Hg i.e. . 需要说明的是,该预设压力值并不是固定的,可以由医疗工作者或患者根据具体的情况通过图1中的按键组进行设定。 Incidentally, the predetermined pressure value is not fixed, it can be set by a key group in FIG. 1 by a medical practitioner or a patient depending on the situation.

[0064] 压力传感器206与袖套201链接,用于检测该袖套201内的压力及波动,并将该压力及波动转换为电信号。 [0064] The pressure sensor 206 and the sleeve 201 link, and for detecting the pressure fluctuation within the sleeve 201, and the pressure fluctuations into electrical signals and.

[0065] 压力传感器206与低通滤波器207链接,该低通滤波器207与模数转换器208链接,而该模数转换器208再与微处理器209链接。 [0065] The pressure sensor 206 and the low-pass filter 207 links the analog to digital converter 207 and low pass filter 208 links the digital converter 208 and the microprocessor 209 then links. 该压力传感器206通过链接的低通滤波器207,以及低通滤波器207链接的模数转换器208,将上述获取到的电信号发送至微处理器209中进行解析获取对应的数值,所进行的解析依据为:压力传感器206检测到压力及波动与微处理器209得到的数据成正比关系。 The pressure sensor 206 through a low pass filter 207 are linked, the low pass filter 207 and an analog link 208, transmits the acquired electrical signal to the microprocessor 209 obtains the corresponding values ​​parsing, performed analysis based on: a pressure sensor 206 detects the data fluctuation is proportional to the microprocessor 209 and the pressure obtained. 因此,由微处理器209选取波动最大的时刻为参考点,以此为基础,选择该点峰值0. 45的波动点,确认此处的值为收缩压;选择峰值0. 75 的波动点,确认此处的值为舒张压,而所确定的参考点即波动最高的点所对应的压力为平均压。 Thus, the microprocessor 209 from the maximum fluctuation time selected as the reference point, as a basis, select the peak point fluctuation point 0.45, it was confirmed here systolic value; selecting peak fluctuation of 0.75 points, diastolic blood pressure value is confirmed here, the reference point is determined, i.e., the highest point corresponding to the fluctuation of pressure of mean pressure.

[0066] 最终将获取到的收缩压与舒张压,即患者的当前血压信息发送至中央控制器101(图1中所示)中,在中央控制器101中将获取到的收缩压与舒张压与预设警戒值进行比较判断。 [0066] eventually acquired systolic and diastolic, i.e. the current patient's blood pressure information sent to the central controller 101 (shown in FIG. 1), acquired in the central controller 101 in the systolic and diastolic Compare judgment and pre-warning value. 该警戒值中包括预设收缩压和预设舒张压,在本发明中预设收缩压的设置为200 毫米汞柱,预设舒张压的设置为120毫米汞柱。 The alert includes a preset value preset systolic and diastolic blood pressure, systolic pressure preset in the present invention is set to 200 mm Hg, diastolic blood pressure preset to 120 mm Hg. 需要说明的是,在本发明中预设收缩压和预设舒张压的值可以由医疗工作者或患者根据具体的情况通过图1中的按键组进行设定,本发明并不仅限于此。 Incidentally, the preset value of systolic and diastolic blood pressure may be preset by a health care worker or patient set depending on the situation in FIG. 1 by a key group in the present invention, the present invention is not limited thereto.

[0067] 为对本发明所公开的智能无线人体血压监护仪中的血压监控模块102做进一步了解,下面举例进行详细说明: [0067] The further understanding of the present invention disclosed a smart wireless body blood pressure monitor in blood pressure monitoring module 102, described in detail below for example:

[0068] 患者将仪器的袖套201捆在手臂上后,首先微处理器209控制气泵驱动模块203驱动气泵202给袖套201充气,到一定压力(默认设置为240毫米汞柱)后停止加压;接着微处理器209控制气阀驱动模块205驱动气阀204给袖套201放气,当气压到一定程度,血流通过血管,且带有一定振荡波,震荡波通过气管传播到压力传感器206,压力传感器206 实时的检测到袖套201内的压力及波动、并将此压力及波动转换成电信号,经过低通滤波器207滤除高频背景噪音,再经过模数转换器208转换,得到相应的量化指标送往微处理器209进行解析。 After [0068] 201 patients with the cuff tied instrument on the arm, the first microprocessor 209 controls pump driving module 203 drives the pump 202 to the cuff 201 is inflated to a certain pressure (240 mmHg default setting) to stop raising pressure; then the microprocessor 209 controls valve driving module 205 drives the valve 204 to deflate cuff 201, when the pressure to a certain extent, the blood flow through the vessel, and with a certain oscillation, shock wave propagated through the trachea to the pressure sensor 206, a pressure sensor 206 is detected in real time and the pressure fluctuations of the sleeve 201, and converts the pressure into an electrical signal and volatility, low-pass filter 207 to remove high frequency background noise, and then converted through an analog-208 , to give the corresponding quantization index sent to the microprocessor 209 for resolution.

[0069] 随着袖套201内气体逐步放出,震荡波开始越来越大,并且由于袖套201与手臂的接触越来越松,压力传感器206检测到的压力及波动也越来越小。 [0069] As the inner sleeve 201 to gradually release a gas, shock wave starts increasing, and because the sleeve 201 in contact with the arm more loose, the pressure sensor 206 detects pressure fluctuations and getting smaller and smaller. 然后,由微处理器209选择波动最大的时刻为参考点,以这点为基础,向前寻找是峰值0. 45的波动点,确定收缩压; 向后寻找是峰值0.75的波动点,确定舒张压。 Then, the microprocessor 209 selects the maximum fluctuation time as a reference point, in which point-based, forward looking peak fluctuation of 0.45 points, determining systolic pressure; peak fluctuations point looking rearwardly of 0.75, determined diastolic pressure. 最后,再将获取到的血压信息发送给中央处理器101。 Finally, the blood pressure then the acquired information to the central processor 101. 需要说明的是微处理器209也接收中央处理器101发送的信息。 Note that microprocessor 209 also receives information transmitted from the central processor 101.

[0070] 在中央处理器101中判断获取到的收缩压与舒张压分别超过预设收缩压和预设舒张压时,由射频发射模块106(图1中所示)判断此时需向疾病控制中心发送提醒信息或警示信息,以完成对患者日常血压的监护,并且通过该血压监护仪主动采样、分析、判断并在患者血压异常时向疾病控制中心自主发送提醒信息或警示信息,解决了现有技术中因为患者血压异常时,自我意识或行为能力减弱不能自发有效、及时触发现有设备上的按钮,从而使现有的设备无法完成信息传输,即无法将患者现有的血压信息发送至疾病控制中心, 从而导致患者错过最佳抢救时间的问题。 When [0070] It is determined in the central processor 101 to obtain systolic and diastolic and systolic respectively exceeds the predetermined preset diastolic, this time to be determined by a radio frequency transmission to the disease control module 106 (shown in FIG. 1) Center sends information about or warning messages, to complete the monitoring of patients' daily blood pressure, and by the blood pressure monitor active sampling, analysis, determination and autonomous transmission information about or warning messages in the patient's blood pressure abnormality to the centers for disease control, solved now art because when abnormal blood pressure, self-awareness, or behavior diminished capacity not spontaneously effective, timely trigger button on the existing equipment, so that existing equipment can not complete the transmission of information that can not send blood pressure in patients with existing information to Center for disease control, causing the patient to miss the best rescue time of issue.

[0071] 因此,通过本发明公开的血压监护仪不仅可以实时、快速、精确、客观的将患者当前的血压信息发送至疾病控制中心,而且患者血压异常时主动向疾病控制中心自主发送提醒信息或警示信息,即将患者的当前血压信息和当前的位置信息发送至疾病控制中心,从而方便在紧急情况下,使医护人员根据获取到的血压信息做出相应的准备,同时根据获取到患者当前位置信息及时赶赴现场,不仅能够保证对患者血压日常的监护,而且在紧急情况下,使患者处于最佳抢救时间内。 [0071] Accordingly, the present invention is disclosed blood pressure monitor not only in real time, quick, accurate, and objective to send the current blood pressure of the patient information to the Centers for Disease Control, and the blood pressure abnormality active autonomously send reminders to the Centers for Disease Control or warning message, i.e. the patient's current blood pressure information and current location information to the centers for disease control, to facilitate in an emergency case, the medical staff to make appropriate preparation according to the obtained blood pressure information, while the current position information based on the acquired patient rushed to the scene, not only to ensure the daily monitoring of blood pressure, and in case of emergency, the patient is in the best rescue time.

[0072] 上述本发明公开了一种智能无线人体监护仪,在此基础上本发明还公开了一种基于该智能无线人体监护仪的监护系统,下面给出具体的实施例进行详细说明,请参阅附图3,主要包括:智能无线人体监护仪301、疾病控制中心302和通信网络303。 [0072] The present invention discloses an intelligent wireless body monitors, on the basis of the present invention also discloses a wireless body of the intelligent monitoring system monitors based, examples are given of specific embodiments described in detail below, please Referring to the drawings 3, including: a wireless intelligent human monitors 301, 302 centers for disease control and communication network 303.

[0073] 智能无线人体血压监护仪301,用于采样、分析处理和判断患者的血压信息,并在血压信息出现异常时主动向疾病控制中心302发送患者当前的血压信息,以及所述智能无线人体血压监护仪当前的位置信息。 [0073] Smart wireless body blood pressure monitor 301, for sampling, analysis and judgment of a subject's blood pressure information, and sends current to the patient's blood pressure information in the Center for Disease Control 302 occurs when abnormal blood pressure information, and the intelligent wireless body Blood Pressure monitor current location information.

[0074] 疾病控制中心302,用于接收所述血压信息和所述位置信息。 [0074] Centers for Disease Control 302, the blood pressure information and for receiving the location information.

[0075] 通信网络303,用于链接所述智能无线人体血压监护仪301和疾病控制中心302, 并传输两者之间的交互信息,包括上述智能无线人体血压监护仪301中的所述血压信息和所述位置信息。 [0075] The communications network 303, wireless smart body for linking the blood pressure monitor 301 and CDC 302, and transmits the information interaction between the two, including the blood pressure information of the intelligent wireless body 301 of blood pressure monitor and the location information.

[0076] 在本发明该实施例公开的智能无线人体监护系统中的智能无线人体监护仪301, 其结构和工作原理与上述本发明实施例公开的智能无线人体监护仪一致,这里不再赘述。 [0076] Smart wireless body 301 in the monitor body intelligent wireless monitoring system embodiment of the disclosed embodiment of the present invention, its structure and working principle of the disclosed embodiments consistent with the intelligent wireless body monitor and the above-described embodiment of the present invention, will not be repeated here.

[0077] 上述本发明公开了一种智能无线人体血压监护仪,在上述公开的血压监护仪的基础上,本发明还公开了一种基于该智能无线人体监护仪的监护方法,下面给出具体的实施例进行详细说明,请参阅附图4,主要包括以下步骤(在执行步骤时所涉及的设备或模块请参阅附图1): [0077] The present invention discloses an intelligent wireless body blood pressure monitors, in the above disclosed blood pressure monitor of the present invention also discloses a body of the intelligent wireless monitoring method based on the monitor, particularly given below the embodiments described in detail, see Figure 4, it includes the following steps (module or device performing the steps involved see Figure 1):

[0078] 步骤S401,激活血压监控,触发计时器,开始进行计时。 [0078] step S401, the activation of blood pressure monitor, triggers a timer starts counting.

[0079] 在利用上述本发明公开的血压监护仪对患者进行血压监护时,首先激活即打开该血压监护仪,当激活血压监控时,该血压监护仪中的中央处理器101内部的计时器开始工作计时。 [0079] When using patient blood pressure monitor of the present invention disclosed blood pressure monitor is activated first opens the blood pressure monitor, blood pressure monitor, when activated, the central processor 101 to the interior of the blood pressure monitor starts a timer work timing.

[0080] 步骤S402,当计时达到预设值时,读取患者的血压信息。 [0080] step S402, when the time reaches the preset value, the blood pressure reading information of the patient.

[0081] 步骤S403,实时显示血压信息。 [0081] step S403, the real-time display the blood pressure information.

[0082] 在执行步骤S401开始计时后,当计时达到预设值时,执行步骤S402和步骤S403, 由中央处理器101控制血压监控模块102读取患者的血压信息,并将读取的血压信息在显示屏103上实时显示。 [0082] After execution of step S401 starts timing, when the time reaches the preset value, step S402 and step S403, the central processor 101 controls the blood pressure monitoring module 102 reads the pressure information of the patient, and the read blood pressure information real-time display on the display 103. 其中,对计时器中的预设值可以在医疗工作者的指导下进行设定,主要是依据患者自身的情况利用按键组107进行设定,一般情况下所预设的值为10分钟,当然也可以是15分钟,本发明对计时器中预设值的设定并不仅限于此。 Wherein the preset value of the timer may be performed under the guidance of medical workers set mainly by using the key group 107 is set based on the patient's own, generally the default value is 10 minutes, of course, 15 minutes may be set in the timer preset value, the present invention is not limited thereto.

[0083] 步骤S404,读取智能无线人体血压监护仪当前的位置信息,判断读取是否成功,如果成功,则执行步骤S405 ;如果不成功,则执行步骤S406。 [0083] step S404, the current reading position of the smart wireless body of blood pressure monitor, it is determined whether the read is successful, if successful, proceed to step S405; if unsuccessful, perform step S406.

[0084] 步骤S405,将读取的当前所述位置信息与原位置信息进行替换。 [0084] step S405, the current location information of the original position of the read replacement information.

[0085] 执行步骤S404时,由中央处理器101控制GPS模块105尝试获取该血压监护仪当前的位置信息,由于卫星信号和该血压监护仪所处位置的原因,并不是每次都可以读取到该血压监护仪的当前位置信息,因此需要进行判断是否获取成功,如果成功则执行步骤S405,由中央处理器101将成功获取到的该血压监护仪位置信息更新到内存108中。 [0085] When step S404 is performed by the central processor 101 controls the GPS module 105 attempts to acquire current location information of the blood pressure monitor, due to the location of the satellite signals and the blood pressure monitors, is not always possible to read the current location information of the blood pressure monitor, it is necessary to judge whether the acquisition is successful, if successful, perform step S405, the central processor 101 successfully acquired position information of the blood pressure monitor to update the memory 108.

[0086] 步骤S406,判断所述血压信息是否超过预设警戒值,如果否,则转而执行步骤S409 ;如果是,则转而执行步骤S407。 [0086] step S406, determines whether the blood pressure exceeds a preset warning value information, if not, the process goes to step S409; if it is, then the process goes to step S407.

[0087] 在更新位置信息,或者读取位置信息失败之后,都需要对之前所获取的血压信息进行判断,因此执行步骤S406,判断该血压信息是否超过预设警戒值,该预设警戒值中包括预设收缩压和预设舒张压,在本发明中预设收缩压的设置为200毫米汞柱,预设舒张压的设置为120毫米汞柱。 [0087] After updating the position information, position information or the reading fails, the information required for the blood pressure determination is previously acquired, thus performing step S406, it determines whether or not the blood pressure exceeds a preset warning value information, the predetermined warning value It includes a preset systolic and diastolic preset, the preset systolic blood pressure of 200 mm Hg is provided in the present invention, the preset diastolic pressure to 120 mm Hg. 需要说明的是,在本发明中预设收缩压和预设舒张压的值可以由医疗工作者或患者根据具体的情况通过按键组107进行设定,对于警戒值的预设本发明并不仅限于上述值。 Incidentally, the default preset systolic and diastolic blood pressure values ​​in the present invention can be set by a medical practitioner or a patient depending on the circumstances through the key group 107, a preset value for warning the present invention is not limited the above values.

[0088] 步骤S407,利用预先获知的患者综合信息、疾病控制中心信息、网络信息和当前读取的所述血压信息、所述位置信息进行编辑处理,得到当前的监护信息。 [0088] step S407, using the integrated information known in advance of the patient, Centers for Disease Control information, blood pressure information and the network information, the current read position information editing process, to obtain the current monitoring information.

[0089] 步骤S408,发送所述监护信息至疾病控制中心完成当前监护。 [0089] step S408, transmits the monitoring information to the Centers for Disease Control to complete the current monitor.

[0090] 步骤S409,等待计时到达,返回执行步骤S401。 [0090] step S409, the waiting timer attains returns to step S401.

[0091] 在执行步骤S406判断获取的血压信息与预设警戒值之间的关系时,当血压信息未超过预设警戒值时,继续等待计时到来,然后返回执行步骤S401 ;当血压信息超过预设警戒值时,中央处理器101根据预先获知的患者综合信息、疾病控制中心信息、SIM卡信息、网络信息和当前读取的所述血压信息、所述位置信息进行编辑处理,得到当前的监护信息。 [0091] When the determination at step S406 the relationship between the blood pressure information obtained with the preset warning value, the blood pressure information when the value does not exceed the preset alert continues to wait for the arrival of the timing, and then returns to step S401; if the blood pressure exceeds a predetermined information when the set warning value, the central processor 101 based on the comprehensive information known in advance of the patient, centers for disease control info messages, SIM information, the network information and the information of the current blood pressure reading, the location information editing processing to obtain the current care information. 再执行步骤S408,将该监护信息发送至疾病控制中心(疾病控制中心根据患者本身的情况,决定信息提醒、继续监控、或派出救护人员紧急救助),完成对患者日常血压的监护工作。 And then the step S408, the monitoring information is sent to the Centers for Disease Control (CDC according to the patient's own decision message alerts, continue to monitor, or send emergency ambulance personnel), to complete work on patients' daily monitoring of blood pressure.

[0092] 综上所述: [0092] In summary:

10[0093] 通过上述本发明所公开的智能无线人体血压监护系统、监护仪及其监护方法,通过主动采样、分析、判断并在患者血压异常时主动向疾病控制中心自主发送提醒信息或警示信息,不仅解决了现有技术中因为患者不能自发有效、及时触发现有设备上的按钮完成信息传输,无法将当前的血压信息发送至疾病控制中心,从而导致患者错过最佳抢救时间的问题,而且还可以实时、快速、精确、客观的将患者当前的血压信息发送至疾病控制中心, 并且会将患者当前的位置信息发送至疾病控制中心,从而方便医护人员在紧急情况下及时赶到现场。 10 [0093] The present invention disclosed in the above-described wireless intelligent human blood pressure monitoring systems, monitor and monitoring method, active sampling, analysis, determination and transmits information about active or customize a warning message to the Centers for Disease Control in abnormal blood pressure not only solve the prior art because the patient can not spontaneously effective, timely trigger button on the device to complete the existing information transmission, you can not send the current blood pressure information to the centers for disease control, causing the patient to miss the best rescue time of issue, and It can also real-time, fast, accurate and objective information to send the current blood pressure patients to the centers for disease control, and the current location information of the patient will be sent to the centers for disease control, to facilitate medical staff rushed to the scene in case of an emergency.

[0094] 本说明书中各个实施例采用递进的方式描述,每个实施例重点说明的都是与其他实施例的不同之处,各个实施例之间相同相似部分互相参见即可。 [0094] In the present specification, the various embodiments described in a progressive manner, differences from the embodiment and the other embodiments each of which emphasizes embodiment, the same or similar portions between the various embodiments refer to each other. 对于实施例公开的装置而言,由于其与实施例公开的方法相对应,所以描述的比较简单,相关之处参见方法部分说明即可。 For the disclosed embodiment of the apparatus embodiment, since it corresponds to the method disclosed embodiments, the description is relatively simple, see Methods of the correlation can be described.

[0095] 结合本文中所公开的实施例描述的方法或算法的步骤可以直接用硬件、处理器执行的软件模块,或者二者的结合来实施。 [0095] The steps of a method or algorithm described in the embodiments disclosed herein may be implemented in hardware, or a combination thereof, in a software module executed by a processor implemented directly. 软件模块可以置于随机存储器(RAM)、内存、只读存储器(ROM)、电可编程ROM、电可擦除可编程ROM、寄存器、硬盘、可移动磁盘、CD-ROM、或技术领域内所公知的任意其它形式的存储介质中。 A software module may be placed in a random access memory (RAM), a memory, a read only memory (ROM), electrically programmable ROM, an electrically erasable programmable ROM, a register, a hard disk, a removable disk, CD-ROM, or within the technical field known any other form of storage medium.

[0096] 对所公开的实施例的上述说明,使本领域专业技术人员能够实现或使用本发明。 [0096] The above description of the disclosed embodiments enables those skilled in the art to make or use the present invention. 对这些实施例的多种修改对本领域的专业技术人员来说将是显而易见的,本文中所定义的一般原理可以在不脱离本发明的精神或范围的情况下,在其它实施例中实现。 Various modifications to these professionals skilled in the art of the present embodiments will be apparent, and the generic principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention. 因此,本发明将不会被限制于本文所示的这些实施例,而是要符合与本文所公开的原理和新颖特点相一致的最宽的范围。 Accordingly, the present invention will not be limited to the embodiments shown herein but is to be accorded herein consistent with the principles and novel features disclosed widest scope.

11 11

Claims (10)

1. 一种智能无线人体血压监护仪,其特征在于,包括:对智能无线人体血压监护仪中各个模块进行控制、数据分析处理的中央控制器;分别与所述中央控制器链接的读取患者血压信息的血压监控模块、显示所述血压信息的显示屏、存储通信网络信息及用户认证鉴权信息的SIM用户识别卡、读取所述智能无线人体血压监护仪当前位置的GPS全球定位模块、通过通信网络发送所述血压信息的射频发射模块、提供操作接口的按键组、存储所述智能无线人体血压监护仪运行程序的内存模块;为所述智能无线人体血压监护仪提供工作电源的电池组,依据管理所述电池组的电源管理模块。 An intelligent wireless human blood pressure monitor, characterized by comprising: a wireless intelligent human blood pressure monitor for controlling each module, the central controller processes the data analysis; patients with the central controller to read each linked blood pressure monitor, the blood pressure information module, the subscriber identification card SIM display monitor, memory, and user authentication information of the communication network authentication information of the blood pressure information, GPS global positioning module reads the current location of wireless intelligent human blood pressure monitor, the blood pressure information transmitted through a communication network radio frequency transmission modules to provide an interface operation key group, for storing the operating procedure of the wireless intelligent human blood pressure monitor memory module; providing operating power to the smart battery pack to the wireless human blood pressure monitor power management module according to the management of the battery pack.
2.根据权利要求1所述的监护仪,其特征在于,所述血压监控模块中包括:可捆于患者手臂上的袖套;与所述袖套链接给所述袖套充气的气泵、以及给所述袖套放气的气阀;与所述气泵链接的气泵驱动模块,与所述气阀链接的气阀驱动模块;链接所述气泵驱动模块和气阀驱动模块并进行控制的微处理器;与所述袖套链接检测所述袖套内的压力及波动,并将该压力及波动转换为电信号的压力传感器;所述压力传感器通过链接的低通滤波器,以及所述低通滤波器链接的模数转换器,将所述电信号发送至所述微处理器进行解析。 The monitor according to claim 1, wherein said blood pressure monitoring module comprising: a sleeve may be tied to the arm of the patient; and the sleeve linked to said cuff inflating pump, and to the cuff deflating valves; pump and pump drive module of the link, the link valve valve drive module; linking the pump drive module and the valve drive and control module microprocessor ; and the pressure fluctuations within the sleeve linked detecting said sleeve, and the pressure fluctuation and the pressure sensor into an electrical signal; said pressure sensor linked through a low pass filter and said low-pass filtering Linker ADC, the electrical signal is sent to the microprocessor for parsing.
3.根据权利要求2所述的监护仪,其特征在于,所述微处理器控制所述气泵驱动模块驱动所述气泵给所述袖套充气时,在所述压力传感器检测到所述袖套内的压力值到达预设的240毫米汞柱时停止充气。 3. The monitor according to claim 2, wherein said microprocessor controls said pump driving module to drive the pump when the cuff is inflated, said pressure sensor detecting the sleeve the pressure in the pneumatic stops at the preset value of 240 mm Hg.
4.根据权利要求1所述的监护仪,其特征在于,所述射频发射模块包括:GSM、GPRS、 CDMA、CDMA2000、WCDMA、TD-SCMDA中的任意一种或任意组合。 4. The monitor according to claim 1, wherein the radio frequency transmission modules comprises: GSM, GPRS, CDMA, CDMA2000, WCDMA, any one or any combination of TD-SCMDA.
5.根据权利要求1所述的监护仪,其特征在于,还包括:所述电源管理模块通过外部充电器获取电压对所述智能无线人体血压监护仪供电。 5. The monitor according to claim 1, characterized by further comprising: a power management module acquires the voltage of the smart wireless body of blood pressure monitor powered by an external charger.
6.根据权利要求1所述的监护仪,其特征在于,所述电池组中的电池为锂电子或锂聚合物电池。 6. The monitor according to claim 1, wherein the battery is lithium ion battery or a lithium polymer battery.
7. 一种智能无线人体血压监护系统,其特征在于,包括:智能无线人体血压监护仪,用于采样、分析处理和判断患者的血压信息,并在血压信息出现异常时主动向疾病控制中心发送患者当前的血压信息,以及所述智能无线人体血压监护仪当前的位置信息;疾病控制中心,用于接收所述血压信息和所述位置信息;通信网络,用于链接所述智能无线人体血压监护仪和疾病控制中心,并传输所述血压信息和所述位置信息。 A wireless intelligent human blood pressure monitoring system comprising: a wireless intelligent human blood pressure monitors, for sampling, analysis and information processing blood pressure determination of a patient, and sends to the Centers for Disease Control Message when abnormal blood pressure the current patient blood pressure information, and the wireless intelligent human blood pressure monitor current position information; Center for disease control, the blood pressure information and for receiving the position information; communications network, the intelligent wireless link for monitoring of blood pressure centers for disease control and apparatus, and transmits the blood pressure information and the position information.
8. 一种智能无线人体血压监护仪的监护方法,其特征在于,包括:当计时达到预设值时,读取患者的血压信息,并实时显示;读取智能无线人体血压监护仪当前的位置信息,当读取成功时,将所述位置信息与原位置信息进行替换;判断所述血压信息是否超过预设警戒值,如果否,则重新触发计时;如果是,则利用预先获知的患者综合信息、疾病控制中心信息、网络信息和当前读取的所述血压信息、所述位置信息进行编辑处理,得到当前的监护信息;发送所述监护信息至疾病控制中心完成当前监护。 An intelligent wireless monitoring of blood pressure monitors, characterized in that, comprising: when the time reaches the preset value, the patient's blood pressure information is read and displayed in real time; read the current position of the wireless intelligent human blood pressure monitor information, when the reading is successful, the original position information replacement position information; determining the blood pressure exceeds a preset warning value information, if not, re-trigger timer; if so, using the patient's previously known synthesis information, centers for disease control information, blood pressure information and the network information, the current read position information editing process, to obtain a current monitoring information; transmitting the monitor information to the centers for disease control to complete the current monitor.
9.根据权利要求8所述的方法,其特征在于,包括:当读取所述位置信息失败时,直接执行判断所述血压信息是否超过预设警戒值这一步骤。 9. The method according to claim 8, characterized by comprising: reading the position information when the failure, the blood pressure information is determined directly perform this step if the value exceeds a preset warning.
10.根据权利要求8所述的方法,其特征在于,所述预设警戒值中包括血压的收缩压和舒张压;其中,所述收缩压为200毫米汞柱,所述舒张压为120毫米汞柱。 10. The method according to claim 8, wherein the predetermined warning value comprises a systolic and diastolic blood pressure; wherein the systolic blood pressure of 200 mmHg, the diastolic blood pressure 120 mm Hg.
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