技术领域technical field
本实用新型涉及一种监测装置，特别涉及一种无线动态长时间连续心电监测装置。The utility model relates to a monitoring device, in particular to a wireless dynamic long-time continuous ECG monitoring device.
背景技术Background technique
随着社会经济的快速发展，人们生活水平日益提高，工作节奏不断加快。心血管疾病已逐渐成为威胁人类生命安全的最主要疾病，而且发病率明显上升，并呈低龄化趋势。利用当前迅猛发展并日趋成熟的电子技术、通信技术，设计开发一套操作简单、携带方便、价格适宜的随身或远程心电监护系统具有很好的应用价值。With the rapid development of social economy, people's living standards are improving day by day, and the pace of work is constantly accelerating. Cardiovascular disease has gradually become the most important disease that threatens the safety of human life, and the incidence rate has increased significantly, and it is showing a trend of younger age. Utilizing the current rapidly developing and increasingly mature electronic technology and communication technology, it is of great application value to design and develop a portable or remote ECG monitoring system that is easy to operate, easy to carry, and affordable.
目前市场上的心电监护仪包括两种：大型心电监护仪，主要用于医院；便携式心电监护仪，主要是针对家庭用户。心电监护仪通过导联线连接贴在身体上的电极片从而获取心电信号，不便于患者随身携带和使用，且经常因为电极片与皮肤接触后的过敏反应而限制了动态心电监测的观察时间。There are currently two types of ECG monitors on the market: large-scale ECG monitors, which are mainly used in hospitals; portable ECG monitors, which are mainly for home users. The ECG monitor obtains ECG signals by connecting the electrodes attached to the body through lead wires, which is not convenient for patients to carry and use, and often limits the application of dynamic ECG monitoring due to allergic reactions after the electrodes come into contact with the skin. Observe time.
实用新型内容Utility model content
本实用新型要解决的技术问题是提供一种无线动态长时间连续心电监测装置。该装置通过采用电极间的无线连接的方式代替传统的有线连接方式的技术，能够实时获取心电信息，同时再次通过无线连接方式将获取的心电信息向体外传送，使用者可以随身佩戴，且通过该装置使用者能够随时随地对自己的心脏状态进行实时监护，如果需要可以再次通过无线连接方式进行远程监护，为用户提供及时的救助，同时给医生提供诊断依据。The technical problem to be solved by the utility model is to provide a wireless dynamic long-time continuous ECG monitoring device. The device adopts the wireless connection between electrodes instead of the traditional wired connection technology, can obtain ECG information in real time, and at the same time transmit the acquired ECG information to the outside of the body through wireless connection again, and the user can wear it with him. Through this device, users can monitor their heart status in real time anytime and anywhere. If necessary, they can perform remote monitoring through wireless connection again, providing timely rescue for users and diagnosis basis for doctors.
为解决上述技术问题，本实用新型采用的第一种技术方案如下：In order to solve the problems of the technologies described above, the first technical solution adopted by the utility model is as follows:
一种无线动态长时间连续心电监测装置，所述装置包括佩戴在使用者身体上的心电电极采集装置；所述心电电极采集装置包括一个或多个胸部电极装置、两个设置于左右手腕部的腕部环状本体和至少一个置于踝部的踝部环状本体；A wireless dynamic long-term continuous ECG monitoring device, the device includes an ECG electrode collection device worn on the user's body; the ECG electrode collection device includes one or more chest electrode devices, two arranged on the left and right a wrist ring body at the wrist and at least one ankle ring body positioned at the ankle;
置于左右手腕部的腕部环状本体及置于踝部的踝部环状本体内均分别设有依次电性连接的心电信号采集模块，处理模块及无线数据传输模块；The wrist annular body placed on the left and right wrists and the ankle annular body placed on the ankle are respectively equipped with an electrocardiographic signal acquisition module, a processing module and a wireless data transmission module that are electrically connected in sequence;
所述胸部电极装置内设有依次连接设置的心电信号采集模块、心电信号放大模块、心电信号滤波模块、心电信息处理模块和可与外部设备无线通信连接的心电信息传输模块；The chest electrode device is provided with an ECG signal acquisition module, an ECG signal amplification module, an ECG signal filtering module, an ECG information processing module, and an ECG information transmission module that can be connected to external devices by wireless communication;
腕部环状本体内的无线数据传输模块及踝部环状本体内的无线数据传输模块分别与所述心电信息传输模块无线通信连接。The wireless data transmission module in the ring body of the wrist and the wireless data transmission module in the ring body of the ankle are respectively connected to the ECG information transmission module by wireless communication.
进一步的，所述胸部电极装置内还设有与所述心电信息处理模块连接的用于储存心电信息的储存装置。本装置中信息传递及储存可分为三部分，其一是通过储存装置上的SD卡，取出SD卡可将信息拷贝至电子设备中；其二是通过心电信息传输模块无线传递至分析终端上；其三可以通过心电信息传输模块利用WIFI直接上传至移动互联网上与医生绑定的APP或云平台上。Further, the chest electrode device is further provided with a storage device connected to the ECG information processing module for storing ECG information. The information transmission and storage in this device can be divided into three parts, one is through the SD card on the storage device, the SD card can be taken out to copy the information to the electronic device; the other is wirelessly transmitted to the analysis terminal through the ECG information transmission module thirdly, it can be directly uploaded to the APP or cloud platform bound to the doctor on the mobile Internet through the ECG information transmission module using WIFI.
心电图需要4个以上电极，使用一电极时，可一个根据需要放在所需观察胸前导联的胸部相应体表部位，左、右手腕各放置一个腕部环状本体电极，左脚踝或右脚踝任选一个放置一个踝部环状本体电极。同理，当使用多个胸前电极时，可根据需要将电极放置在胸部体表相应部位。各个电极间以无线连接方式建立联系，从而随时采集心电活动。The electrocardiogram requires more than 4 electrodes. When using one electrode, one can be placed on the corresponding body surface part of the chest where the chest lead needs to be observed according to the need. One wrist ring-shaped body electrode is placed on the left and right wrists, and one electrode is placed on the left ankle or right An ankle ring-shaped body electrode is placed on one of the ankles. Similarly, when multiple chest electrodes are used, the electrodes can be placed on corresponding parts of the chest body surface as required. Each electrode is connected by wireless connection, so as to collect electrocardiographic activity at any time.
本实用新型中手腕和脚踝部采用环状本体装置形成电极，胸前的胸部电极装置采用丁字带方式进行固定，可以根据需要随意调整电极放置的位置，胸部电极装置的电极部与皮肤接触的中间放置有导电凝胶(导电凝胶存在于电极部与皮肤之间)，固定导电凝胶的部位用软体材料，比如硅胶吸盘，吸盘中间放导电凝胶。无论腕部环状本体电极、踝部环状本体电极，还是胸部电极装置之间的导联的电极采用无线连接。胸部电极结合腕部环状本体电极、踝部环状本体电极可以完成标准的12至18等联的心电图记录。各电极相互参照记录个体心电活动情况，不受个体工作等限制，续航时间长。各个电极均有本体电源模块，续航时间长。无论腕部、踝部的环状本体电极，还是胸部电极装置，收集到的心电信号都可同步传递至与电极匹配的手机APP上，同时上传至心电监护终端、绑定的医疗互联网服务终端、亲友手机等。相应功能单位可进行进一步的信息分析，如果监测到危险情况，立即启动报警模式，向绑定信息上传终端传递急救信号。In the utility model, the wrists and ankles are formed by ring-shaped body devices, and the chest electrode device on the chest is fixed by a T-shaped belt. The position of the electrodes can be adjusted at will according to the needs. Conductive gel is placed (conductive gel exists between the electrode part and the skin), and soft materials are used to fix the conductive gel, such as silicone suction cups, and conductive gel is placed in the middle of the suction cups. No matter the wrist ring body electrode, the ankle ring body electrode, or the electrodes of the leads between the chest electrode devices are connected wirelessly. The chest electrode combined with the wrist ring body electrode and the ankle ring body electrode can complete the standard 12 to 18 isometric ECG recording. Each electrode refers to each other to record the individual's electrocardiographic activity, which is not limited by individual work, etc., and has a long battery life. Each electrode has a main body power module, which has a long battery life. Regardless of the ring-shaped body electrodes on the wrist and ankle, or the chest electrode device, the collected ECG signals can be synchronously transmitted to the mobile APP that matches the electrodes, and uploaded to the ECG monitoring terminal and the bound medical Internet service at the same time. Terminals, mobile phones of relatives and friends, etc. The corresponding functional units can conduct further information analysis. If a dangerous situation is detected, the alarm mode will be activated immediately, and the emergency signal will be transmitted to the binding information uploading terminal.
报警指标设定：Alarm indicator setting:
1、心率每分钟大于180次时报警器报警。1. The alarm will alarm when the heart rate is greater than 180 beats per minute.
2、发生室速、室扑、室颤或其它严重室性心律失常中任意一种情况时报警器报警。2. When any one of ventricular tachycardia, ventricular flutter, ventricular fibrillation or other serious ventricular arrhythmia occurs, the alarm will alarm.
3、测量心跳间隔大于2s、发生II度、III度房室传导阻滞中中任意一种情况时报警器报警。3. When the measured heartbeat interval is greater than 2s, and any of the second-degree and third-degree atrioventricular block occurs, the alarm will alarm.
4、发生房速、房扑、房颤、室上性心动过速中任意一种情况时报警器报警。4. When any one of atrial tachycardia, atrial flutter, atrial fibrillation, and supraventricular tachycardia occurs, the alarm will alarm.
5、使用者摔倒时报警器报警。5. The alarm will alarm when the user falls down.
进一步的，置于左右手腕部的腕部环状本体中的一个腕部环状本体内还设有与该腕部环状本体内的处理模块相连接的用于显示所采集的心电信息的显示屏。Further, a wrist ring body placed in the wrist ring body of the left and right wrists is also provided with a display device connected to the processing module in the wrist ring body for displaying the collected ECG information. display screen.
进一步的，所述胸部电极装置内或某个腕部环状本体内还设有用于识别使用体态特征的陀螺仪或三轴加速器。设置三轴加速器或陀螺仪的目的在于，1、该三轴加速器或陀螺仪可根据需要识别使用者是否处于睡眠状态，当使用者处于睡眠状态时，本装置处于待机状态。2、识别使用者在非睡眠状态时身体的位置，如有摔倒立即启动报警程序。Furthermore, a gyroscope or a three-axis accelerometer for identifying and using body characteristics is also installed in the chest electrode device or in a ring-shaped body of the wrist. The purpose of setting up the three-axis accelerometer or gyroscope is as follows: 1. The three-axis accelerometer or gyroscope can identify whether the user is in a sleeping state as required, and when the user is in a sleeping state, the device is in a standby state. 2. Identify the position of the user's body in a non-sleeping state, and immediately start the alarm program if there is a fall.
进一步的，腕部环状本体内的无线数据传输模块及所述踝部环状本体内的无线数据传输模块可与外部设备无线通信连接。Further, the wireless data transmission module in the ring-shaped body of the wrist and the wireless data transmission module in the ring-shaped body of the ankle can be wirelessly connected with external devices.
为解决上述技术问题，本实用新型采用的第二种技术方案如下：In order to solve the problems of the technologies described above, the second technical solution adopted by the utility model is as follows:
一种无线动态长时间连续心电监测装置，所述装置包括佩戴在使用者身体上的心电电极采集装置；所述心电电极采集装置包括一个或多个胸部电极装置、两个设置于左右手腕部的腕部环状本体和至少一个置于踝部的踝部环状本体；A wireless dynamic long-term continuous ECG monitoring device, the device includes an ECG electrode collection device worn on the user's body; the ECG electrode collection device includes one or more chest electrode devices, two arranged on the left and right a wrist ring body at the wrist and at least one ankle ring body positioned at the ankle;
胸部电极装置内、置于左右手腕部的腕部环状本体中的一个腕部环状本体内及置于踝部的踝部环状本体内均分别设有依次电性连接的心电信号采集模块，处理模块及无线数据传输模块；In the chest electrode device, in one of the wrist ring-shaped bodies placed on the left and right wrists, and in the ankle ring-shaped body placed in the ankles, there are sequentially electrically connected ECG signal acquisition devices. module, processing module and wireless data transmission module;
置于左右手腕部的腕部环状本体中的另一个腕部环状本体内设有依次连接设置的心电信号采集模块、心电信号放大模块、心电信号滤波模块、心电信息处理模块和可与外部设备无线通信连接的心电信息传输模块；An ECG signal acquisition module, an ECG signal amplification module, an ECG signal filtering module, and an ECG information processing module are arranged in the other wrist ring body placed in the wrist ring body of the left and right wrists. and an ECG information transmission module that can communicate with external devices wirelessly;
胸部电极装置内的无线数据传输模块、置于左右手腕部的腕部环状本体中的一个腕部环状本体内的无线数据传输模块及踝部环状本体内的无线数据传输模块分别与所述心电信息传输模块无线通信连接。The wireless data transmission module in the chest electrode device, the wireless data transmission module in one of the wrist ring bodies placed in the left and right wrists, and the wireless data transmission module in the ankle ring body are respectively connected with the The wireless communication connection of the electrocardiographic information transmission module.
进一步的，置于左右手腕部的腕部环状本体中的另一个腕部环状本体内还设有与心电信息处理模块连接的用于储存心电信息的储存装置。Further, a storage device connected to the ECG information processing module for storing ECG information is provided in the other wrist ring-shaped body placed in the wrist ring-shaped body of the left and right wrists.
进一步的，置于左右手腕部的腕部环状本体中的另一个腕部环状本体内还设有与该腕部环状本体内的心电信息处理模块相连接的用于显示所采集的心电信息的显示屏。Further, another wrist ring body placed in the wrist ring body of the left and right wrists is also provided with an ECG information processing module connected to the wrist ring body for displaying the collected Display of ECG information.
进一步的，置于左右手腕部的腕部环状本体中的另一个腕部环状本体内还设有用于识别使用体态特征的陀螺仪或三轴加速器。Further, another wrist ring body placed in the wrist ring body of the left and right wrists is also provided with a gyroscope or a three-axis accelerator for identifying and using body characteristics.
进一步的，胸部电极装置内的无线数据传输模块、置于左右手腕部的腕部环状本体中的一个腕部环状本体内的无线数据传输模块及踝部环状本体内的无线数据传输模块可与外部设备无线通信连接。Further, the wireless data transmission module in the chest electrode device, the wireless data transmission module in a wrist ring body placed in the wrist ring body of the left and right wrists, and the wireless data transmission module in the ankle ring body It can communicate with external devices wirelessly.
本实用新型与现有技术相比，具有如下积极有益的效果：Compared with the prior art, the utility model has the following positive and beneficial effects:
1、本实用新型所提供的无线动态长时间心电监测装置采用各电极间的无线连接的方式进行心电信息收集，相比传统心电装置的有线连接，大大的方便了患者的使用。1. The wireless dynamic long-term ECG monitoring device provided by the utility model adopts the wireless connection between electrodes to collect ECG information, which greatly facilitates the use of patients compared with the wired connection of traditional ECG devices.
2、该设备用真实肢体导联代替模拟肢体导联，采用无线连接，真实的反应心电活动实况。2. The device uses real body leads instead of simulated body leads, and adopts wireless connection to truly reflect the live ECG activity.
3、胸部电极加肢体电极较单纯肢体电极监测，可以根据需要记录目标导联或全部18个心电导联的心电图，这将会更加全面的反应心电向量的变化。3. Compared with simple limb electrode monitoring, the chest electrode plus limb electrode can record the ECG of the target lead or all 18 ECG leads according to the needs, which will more comprehensively reflect the changes of the ECG vector.
4、胸部电极装置使用弹性丁字带或弹性跨栏背带固定，便于使用者随身佩戴，不影响日常生活。4. The chest electrode device is fixed with an elastic T-belt or an elastic hurdle strap, which is convenient for the user to wear and does not affect daily life.
5、胸部电极接触皮肤面采用软体吸盘加导电凝胶方法，替代旧式胶粘方法，大大减少了因胶粘引起的皮肤过敏反应，可有效延长心电监测时间。5. The surface of the chest electrode in contact with the skin adopts the method of soft sucker and conductive gel, which replaces the old adhesive method, which greatly reduces the skin allergic reaction caused by the adhesive, and can effectively prolong the ECG monitoring time.
同时患者可以随时随地对自己的心脏状态进行监护，减轻了奔波劳累和经济开支，节省了时间和社会医疗资源；患者在熟悉的环境中实时监测，提高了心电信号的准确性，从而为病情的发现和诊治赢得绝对的时间；对于行动不便或自理能力较差的用户实施远程监护，遇到病情突变时能够迅速报警，为患者提供及时的救助。At the same time, patients can monitor their own heart status anytime and anywhere, which reduces the fatigue and economic expenditure, saves time and social medical resources; patients can monitor in real time in a familiar environment, which improves the accuracy of ECG signals, thus improving the patient's condition. Absolute time is gained for accurate discovery, diagnosis and treatment; remote monitoring is implemented for users with limited mobility or poor self-care ability, and it can quickly call the police when the condition changes suddenly, so as to provide timely assistance to patients.
附图说明Description of drawings
图1为本实用新型中第一实施例的结构方框示意图。Fig. 1 is a structural block diagram of the first embodiment of the utility model.
图2为本实用新型中第二实施例的结构方框示意图。Fig. 2 is a schematic structural block diagram of the second embodiment of the present invention.
具体实施方式detailed description
下面结合附图说明本实用新型的具体实施方式。The specific embodiment of the utility model is described below in conjunction with accompanying drawing.
实施例1：Example 1:
如图1所示，一种无线动态长时间连续心电监测装置，所述装置包括佩戴在使用者身体上的心电电极采集装置；所述心电电极采集装置包括一个或多个胸部电极装置1、两个设置于左右手腕部的腕部环状本体2、3和至少一个置于踝部的踝部环状本体4；As shown in Figure 1, a wireless dynamic long-term continuous ECG monitoring device, the device includes an ECG electrode collection device worn on the user's body; the ECG electrode collection device includes one or more chest electrode devices 1. Two wrist ring bodies 2, 3 arranged on the left and right wrists and at least one ankle ring body 4 placed on the ankle;
置于左右手腕部的腕部环状本体2、3及置于踝部的踝部环状本体4内均分别设有依次电性连接的心电信号采集模块5，处理模块7及无线数据传输模块6；The wrist ring-shaped bodies 2 and 3 placed on the left and right wrists and the ankle ring-shaped body 4 placed on the ankles are respectively provided with an electrocardiographic signal acquisition module 5, a processing module 7 and wireless data transmission which are electrically connected in sequence. Module 6;
所述胸部电极装置1内设有依次连接设置的心电信号采集模块11、心电信号放大模块12、心电信号滤波模块13、心电信息处理模块14、可与外部设备无线通信连接的心电信息传输模块15和与所述心电信息处理模块14连接的用于储存心电信息的储存装置16。所述胸部电极装置1内还设有用于识别使用体态特征的陀螺仪17或三轴加速器。The chest electrode device 1 is provided with an electrocardiographic signal acquisition module 11, an electrocardiographic signal amplification module 12, an electrocardiographic signal filtering module 13, an electrocardiographic information processing module 14, and an electrocardiographic signal that can be connected to external devices by wireless communication. An electrical information transmission module 15 and a storage device 16 connected to the ECG information processing module 14 for storing ECG information. The chest electrode device 1 is also provided with a gyroscope 17 or a three-axis accelerometer for identifying and using body characteristics.
腕部环状本体2、3内的无线数据传输模块6及踝部环状本体4内的无线数据传输模块6分别与所述心电信息传输模块15无线通信连接。腕部环状本体2、3内的无线数据传输模块6及所述踝部环状本体4内的无线数据传输模块6可与外部设备无线通信连接。The wireless data transmission module 6 in the wrist annular body 2 and 3 and the wireless data transmission module 6 in the ankle annular body 4 are respectively connected to the ECG information transmission module 15 by wireless communication. The wireless data transmission module 6 in the wrist ring body 2 and 3 and the wireless data transmission module 6 in the ankle ring body 4 can be connected with external devices by wireless communication.
进一步的，置于左右手腕部的腕部环状本体2、3中的一个腕部环状本体2内还设有与该腕部环状本体2内的处理模块7相连接的用于显示所采集的心电信息的显示屏21。Further, a wrist ring body 2 in the wrist ring body 2 and 3 placed on the left and right wrists is also provided with a processing module 7 connected to the wrist ring body 2 for displaying all The display screen 21 of the collected electrocardiographic information.
实施例2：Example 2:
如图2所示，一种无线动态长时间连续心电监测装置，所述装置包括佩戴在使用者身体上的心电电极采集装置；所述心电电极采集装置包括一个或多个胸部电极装置1、两个设置于左右手腕部的腕部环状本体2、3和至少一个置于踝部的踝部环状本体4；As shown in Figure 2, a wireless dynamic long-term continuous ECG monitoring device, the device includes an ECG electrode collection device worn on the user's body; the ECG electrode collection device includes one or more chest electrode devices 1. Two wrist ring bodies 2, 3 arranged on the left and right wrists and at least one ankle ring body 4 placed on the ankle;
胸部电极装置1内、置于左右手腕部的腕部环状本体2、3中的一个腕部环状本体2内及置于踝部的踝部环状本体4内均分别设有依次电性连接的心电信号采集模块5，处理模块7及无线数据传输模块6；In the chest electrode device 1, in one wrist ring body 2 of the wrist ring bodies 2 and 3 placed on the left and right wrists, and in the ankle ring body 4 placed at the ankle, electrical electrodes are respectively arranged in sequence. Connected ECG signal acquisition module 5, processing module 7 and wireless data transmission module 6;
置于左右手腕部的腕部环状本体2、3中的另一个腕部环状本体3内设有依次连接设置的心电信号采集模块31、心电信号放大模块32、心电信号滤波模块33、心电信息处理模块34、可与外部设备无线通信连接的心电信息传输模块35和与心电信息处理模块34连接的用于储存心电信息的储存装置36。该另一个腕部环状本体3内还设有用于识别使用体态特征的陀螺仪38或三轴加速器，及与该腕部环状本体3内的心电信息处理模块34相连接的用于显示所采集的心电信息的显示屏37。The other wrist annular body 3 placed in the wrist annular bodies 2 and 3 of the left and right wrists is provided with an ECG signal acquisition module 31, an ECG signal amplification module 32, and an ECG signal filtering module connected in sequence. 33. An ECG information processing module 34, an ECG information transmission module 35 that can be wirelessly connected to external devices, and a storage device 36 connected to the ECG information processing module 34 for storing ECG information. This other wrist ring body 3 is also provided with a gyroscope 38 or a three-axis accelerometer for identifying and using body features, and is connected with the ECG information processing module 34 in the wrist ring body 3 for display. The display screen 37 of the collected electrocardiographic information.
胸部电极装置1内的无线数据传输模块6、置于左右手腕部的腕部环状本体2、3中的一个腕部环状本体2内的无线数据传输模块6及踝部环状本体4内的无线数据传输模块6分别与所述心电信息传输模块35无线通信连接。The wireless data transmission module 6 in the chest electrode device 1, the wireless data transmission module 6 in the wrist ring body 2 and the ankle ring body 4 placed in the wrist ring body 2 and 3 of the left and right wrists The wireless data transmission module 6 is respectively connected with the electrocardiographic information transmission module 35 in wireless communication.
进一步的，胸部电极装置1内的无线数据传输模块6、置于左右手腕部的腕部环状本体2、3中的一个腕部环状本体2内的无线数据传输模块6及踝部环状本体4内的无线数据传输模块6可与外部设备无线通信连接。Further, the wireless data transmission module 6 in the chest electrode device 1, the wireless data transmission module 6 in one wrist ring body 2 of the wrist ring bodies 2 and 3 placed on the left and right wrists, and the ankle ring body The wireless data transmission module 6 in the main body 4 can communicate with external equipment wirelessly.
实施例3：Example 3:
作为进一步改进的实施例，根据环境的需要可设置5-10个所述心电监测装置置于多个使用者身上，并将每一个心电监测装置所采集的心电信息传递至中心监控平台，进行统一的分析及管理。As a further improved embodiment, according to the needs of the environment, 5-10 ECG monitoring devices can be set on multiple users, and the ECG information collected by each ECG monitoring device can be transmitted to the central monitoring platform , for unified analysis and management.
本文中所采用的描述方位的词语“上”、“下”、“左”、“右”等均是为了说明的方便基于附图中图面所示的方位而言的，在实际装置中这些方位可能由于装置的摆放方式而有所不同。The words "upper", "lower", "left", "right" etc. used in this article to describe the orientation are based on the orientation shown in the drawings for the convenience of explanation. In the actual device, these Orientation may vary due to how the unit is positioned.
综上所述，本实用新型所述的实施方式仅提供一种最佳的实施方式，本实用新型的技术内容及技术特点已揭示如上，然而熟悉本项技术的人士仍可能基于本实用新型所揭示的内容而作各种不背离本发明创作精神的替换及修饰；因此，本实用新型的保护范围不限于实施例所揭示的技术内容，故凡依本实用新型的形状、构造及原理所做的等效变化，均涵盖在本实用新型的保护范围内。To sum up, the embodiment described in this utility model only provides a kind of optimal implementation mode, and the technical content and technical characteristics of this utility model have been disclosed as above, but those who are familiar with this technology may still be based on this utility model. According to the disclosed content, various replacements and modifications are made without departing from the creative spirit of the present invention; The equivalent changes are all covered within the protection scope of the present utility model.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620246566.7UCN205672024U (en) | 2016-03-28 | 2016-03-28 | A kind of the most long-time wireless electrocardiograph monitoring device continuously |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620246566.7UCN205672024U (en) | 2016-03-28 | 2016-03-28 | A kind of the most long-time wireless electrocardiograph monitoring device continuously |
| Publication Number | Publication Date |
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| CN205672024Utrue CN205672024U (en) | 2016-11-09 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620246566.7UExpired - Fee RelatedCN205672024U (en) | 2016-03-28 | 2016-03-28 | A kind of the most long-time wireless electrocardiograph monitoring device continuously |
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| CN (1) | CN205672024U (en) |
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107928662A (en)* | 2017-12-07 | 2018-04-20 | 深圳市优科无线有限公司 | A kind of electrocardio wearable device supported in wrist and chest while measurement |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107928662A (en)* | 2017-12-07 | 2018-04-20 | 深圳市优科无线有限公司 | A kind of electrocardio wearable device supported in wrist and chest while measurement |
| Publication | Publication Date | Title |
|---|---|---|
| Ozkan et al. | A portable wearable tele-ECG monitoring system | |
| Fensli et al. | A wireless ECG system for continuous event recording and communication to a clinical alarm station | |
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| JP2014517759A5 (en) | ||
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| CN209733985U (en) | Wireless 12-lead dynamic electrocardiogram real-time monitor |
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| TR01 | Transfer of patent right | Effective date of registration:20170821 Address after:100700, No. 2 north side street, Dongcheng District, Beijing, Chaoyangmen Co-patentee after:He Mengchen Patentee after:He Yubin Co-patentee after:He Bing Address before:100700 No. 10, building 2, 402 North inner street, Beijing, Dongcheng District Co-patentee before:He Bing Patentee before:He Mengchen | |
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