CN105476623A - Soft close-fitting intelligent health monitoring vest - Google Patents

Abstract

A soft and close-fitting intelligent health monitoring vest belongs to the field of health monitoring equipment. The invention provides an intelligent health monitoring clothing that is comfortable to wear for the elderly, does not affect normal life, is maintenance-free, and has no complicated operations. The scheme of the present invention: a flexible circuit board is arranged on the front chest of the vest body, a sensor module, a control core device and a button module are arranged on the flexible circuit board, the sensor module in contact with the skin adopts a non-sticky conductive rubber jacket, and the sensor module of the flexible circuit board The parts outside the module are in contact with the skin by flannelette after insulation isolation; the sensor module is used to monitor the ECG signal, cardiopulmonary sound signal and body temperature signal, and send them to the control core device; the button module sends the external command to the control core device; the control The core device interacts data with the mobile phone wirelessly, and the mobile phone uploads the data to the cloud data management system for calls by doctors, users or family members. The vest of the invention is used for health monitoring of the elderly and infirm.

Description

A soft and close-fitting intelligent health monitoring vest

technical field

The invention relates to a vest, which belongs to the field of health monitoring equipment.

Background technique

Health monitoring plays a very important role in the protection of the elderly and infirm. However, popularization of practical applications is difficult. The main reason is that it is bulky and inconvenient to carry, which becomes a burden; the installation of the sensor makes it uncomfortable to wear, causing psychological pressure and affecting the monitoring effect; the complicated operation makes the elderly who are a little slow-witted and have inflexible hands and feet unable to use it normally.

Contents of the invention

The object of the present invention is to provide an intelligent health monitoring clothing that is comfortable to wear for the elderly, does not affect normal life, is maintenance-free, and does not require complicated operations.

A soft close-fitting intelligent health monitoring vest according to the present invention, a flexible circuit board is arranged on the front chest of the vest body, a sensor module, a control core device and a button module are arranged on the flexible circuit board, and the sensor module in contact with the skin adopts non-adhesive conductive The rubber jacket, the part of the flexible circuit board other than the sensor module is in contact with the skin by flannelette after insulation and isolation;

Tightening ligaments are arranged at the back of the vest body, and the contraction force of the tightening ligaments makes the vest body and the sensor module on the flexible circuit board at the front chest position close to the body;

The sensor module is used to monitor the ECG signal, cardiopulmonary sound signal and body temperature signal, and send them to the control core device;

The button module sends external commands to the control core device;

The control core device interacts data with the mobile phone wirelessly, and the mobile phone uploads the data to the cloud data management system for calls by doctors, users or family members.

Advantages of the present invention:

1. A soft and close-fitting intelligent health monitoring vest according to the present invention is light and comfortable;

2. No need for sensor installation;

3. There is no complicated operation that requires training;

4. It has a sufficient practical protection effect on the health of the elderly.

Description of drawings

Fig. 1 is a schematic structural view of a soft close-fitting intelligent health monitoring vest of the present invention;

Fig. 2 is a side view of Fig. 1;

Fig. 3 is a control principle block diagram of the soft close-fitting intelligent health monitoring vest of the present invention.

detailed description

Specific Embodiment 1: The present embodiment will be described below in conjunction with FIGS. The sensor module, the control core device and the button module are arranged, the sensor module in contact with the skin adopts a non-adhesive conductive rubber jacket, and the part of the flexible circuit board 2 other than the sensor module is in contact with the skin by flannelette after insulation isolation;

A tightening ligament 3 is arranged at the back position of the vest body 1, and the contraction force of the tightening ligament 3 makes the sensor module on the vest body 1 and the flexible circuit board 2 at the front chest position close to the body;

The sensor module is used to monitor the ECG signal, cardiopulmonary sound signal and body temperature signal, and send them to the control core device;

The button module sends external commands to the control core device;

The control core device interacts data with the mobile phone wirelessly, and the mobile phone uploads the data to the cloud data management system for calls by doctors, users or family members.

Specific embodiment two: the present embodiment will be described below in conjunction with FIG. 3 , and this embodiment will further describe embodiment one.

The control core device on the flexible circuit board 2 is the controller 200, and the sensor module includes the upper right ECG monitoring electrode 201, the upper left ECG monitoring electrode 202, the lower right ECG monitoring electrode 203, the lower left ECG monitoring electrode 204, and the central ECG monitoring electrode 205, temperature sensor 210, upper right miniature microphone 211 and left upper miniature microphone 212; The key module includes alarm key 206, call key 207, reset key 208 and spare key 209;

The upper right ECG signal output end of the upper right ECG monitoring electrode 201 is connected to the upper right ECG signal input end of the controller 200;

The left upper ECG signal output end of the left upper ECG monitoring electrode 202 is connected to the left upper ECG signal input end of the controller 200;

The lower right ECG signal output terminal of the lower right ECG monitoring electrode 203 is connected to the lower right ECG signal input terminal of the controller 200;

The left lower ECG signal output end of the left lower ECG monitoring electrode 204 is connected to the left lower ECG signal input end of the controller 200;

The central ECG signal output terminal of the central ECG monitoring electrode 205 is connected to the central ECG signal input terminal of the controller 200;

The vibration reminder signal output end of the controller 200 is connected to the signal input ends of the lower right ECG monitoring electrode 203 and the lower left ECG monitoring electrode 204 respectively;

The alarm external command output end of the alarm key 206 is connected with the alarm external command input end of the controller 200;

The call external command output end of the call key 207 is connected with the call external command input end of the controller 200;

The reset external command output terminal of the reset key 208 is connected with the reset external command input terminal of the controller 200;

The external command output terminal of the standby key 209 is connected with the external command input terminal of the controller 200 .

The controller 200 adopts a TICC2541 control chip, and is mainly divided into a control function and a wireless transmission function. The control function is to control the data collected by the sensor, store the data collected by the sensor, execute the control command to vibrate and remind, etc. The wireless transmission function is to send the data collected by the sensor to the mobile phone for processing, and execute the corresponding control commands sent by the mobile phone.

The mobile app summarizes and organizes the data sent by the controller 200, sends out corresponding control commands, and uploads the data to the server for storage.

The cloud data management system organizes the data sent by the mobile phone, and the doctor can obtain the corresponding patient's physical data from it. The user can judge the change of the physical condition by comparing with the previous physical data, and the family can get specific information from it.

When an emergency occurs, the mobile phone application program will directly send the alarm information to the guardian to prompt to take emergency measures.

The electrical signal drives the conductive rubber to vibrate to output the result prompt, which solves the problem of deafness and vertigo. People's skin is very sensitive, even the elderly can't feel the vibration of the body.

Vibrating electrical signals cannot output complex data information, and the elderly are also incapable of complex control operations. The complex signal output and operation are handled by the guardian of the elderly by means of wireless remote communication. The monitoring result output includes 3 types. The first is to regularly monitor the effect report. According to the settings, every hour or other set periods, the monitoring device will send the simple analysis results of the measurement to the guardian's mobile phone via SMS or WeChat. The second is emergency call for help. If the monitoring data analysis finds a serious problem, it will automatically dial the guardian's mobile phone to give a voice alarm. If the first guardian does not receive the alarm call, he will call the second and third guardians at once to prevent the elderly from having an accident and the family members do not know. At the same time as the remote alarm, the monitoring device will also alarm on the spot, prompting the surrounding people to rescue on the spot. The third is monitoring data transmission. The monitoring data will first be stored in the internal memory of the monitoring device, and will be sent once every 10 days according to the set cycle. After the long-term data is transmitted to the guardian's mobile phone or computer, it provides erasable space for the guardianship device to store new data. The guardian's mobile phone and computer are equipped with a diagnostic system, which can conduct in-depth analysis and diagnosis of health data to help the guardian discover the user's health problems. More importantly, these data are provided to professional doctors for comprehensive analysis and diagnosis, providing users with long-term professional monitoring. The setting of the monitoring device and other complex operations are all remotely operated by the authorized guardian on the mobile phone and computer, which does not need to be completed by the user, which greatly reduces the user's own operation burden.

The timing reminder function reminds the elderly to take medicine, eat, sleep and exercise regularly. Prompt vibration every time the prompt is reached. When the old man complies with the execution, he presses the release button, and the reminder will not be given anymore, otherwise the reminder will continue after a short period of time. If there is no response in continuous prompting, the guardian will be prompted by remote communication to ask what unexpected situation has taken place.

Specific embodiment three: The present embodiment will be described below in conjunction with FIG. 1 . This embodiment will further illustrate the first or second embodiment. The upper right ECG monitoring electrode 201, the upper left ECG monitoring electrode 202, the lower right ECG monitoring electrode 203, the lower left cardiac Both the electrical monitoring electrode 204 and the central ECG monitoring electrode 205 are made of soft non-adhesive conductive rubber electrodes; the upper right ECG monitoring electrode 201 is set at the position corresponding to the first intercostal space on the right margin of the sternum; the upper left ECG monitoring electrode 202 It is set at the position corresponding to the first intercostal space on the left sternum midclavicular line; the right lower ECG monitoring electrode 203 is set at a position corresponding to the level of the right midclavicular line xiphoid process; the left lower ECG monitoring electrode 204 is set at the position corresponding to the left midclavicular line xyphoid The position corresponding to the protruding level; the central ECG monitoring electrode 205 is set at the position corresponding to the fourth intercostal space on the left edge of the sternum;

The temperature sensor 210 is packaged inside the conductive rubber of the central ECG monitoring electrode 205 , the upper right miniature microphone 211 is packaged inside the conductive rubber of the upper right ECG monitoring electrode 201 , and the upper left miniature microphone 212 is packaged inside the conductive rubber of the upper left ECG monitoring electrode 202 .

The sensor module, the control core device and the button module are integrated on the flexible circuit board 2 to form an elastic tight vest structure. One-time wear, no need to consider sensor installation separately. The second is that the electrocardiographic electrodes are positioned by means of the flexible circuit board 2 and the bust, so there is no need to worry about non-professionals installing the electrodes in the wrong position during electrocardiographic measurement. The soft non-adhesive conductive rubber electrode will not have cold and hard stimulation when it contacts the skin, will not cause discomfort, psychological rejection, and poor contact, avoiding the measurement impact caused by unreasonable installation and psychological discomfort. The temperature sensor 210 for body temperature measurement and the miniature microphone probe for cardiopulmonary sound measurement are both encapsulated inside the conductive rubber, which also does not cause discomfort. The third is that the sensor is directly fixedly connected to the flexible circuit board 2 , the connection distance is minimized, and inaccurate measurement caused by lead wire distribution parameters and electromagnetic interference is avoided. The fourth is that the flexible circuit board 2 is in contact with the skin by flannelette after insulation and isolation except for the electrodes, which is light and comfortable, and does not produce a sense of weight like ordinary clothes.

Specific embodiment four: the present embodiment will be described below in conjunction with Fig. 3. This embodiment will further describe embodiment two or three. on board 2.

A few simple operation buttons are integrated on the flexible circuit board 2, as long as you are not wearing heavy clothing, you can operate through the clothing, rely on body parts to determine the button function, and you can operate it by hand without looking at it.

Specific embodiment five: This embodiment further explains embodiment four, and is also provided with a transfer switch board, which is arranged in the pocket of the vest, and the transfer switch board communicates with the alarm on the flexible circuit board 2 through the flexible wire. Key 206, call key 207, reset key 208 and standby key 209 are connected correspondingly.

For the special situation of wearing thick clothes, add a transfer switch board to solve it. Put the transfer switch board in the jacket pocket to operate through the pocket cloth. The transfer switch board and the flexible circuit board 2 are connected by a soft wire group, which does not cause discomfort. The electric signal of the button is stronger than the signal of the sensor, and it is a digital signal. The interference caused by the lead wire will not cause logic confusion and will not affect the measurement effect.

Claims (5)

1. A soft and close-fitting intelligent health monitoring vest, characterized in that a flexible circuit board (2) is arranged on the front chest of the vest body (1), and a sensor module, a control core device and a button module are arranged on the flexible circuit board (2) , the sensor module in contact with the skin adopts a non-adhesive conductive rubber jacket, and the part of the flexible circuit board (2) other than the sensor module is in contact with the skin by flannelette after insulation and isolation; Tightening ligaments (3) are arranged at the back of the vest body (1), and the contraction force of the tightening ligaments (3) makes the sensor module on the vest body (1) and the flexible circuit board (2) at the chest position close to the body; The sensor module is used to monitor the ECG signal, cardiopulmonary sound signal and body temperature signal, and send them to the control core device; The button module sends external commands to the control core device; The control core device interacts data with the mobile phone wirelessly, and the mobile phone uploads the data to the cloud data management system for calls by doctors, users or family members. 2. A soft close-fitting intelligent health monitoring vest according to claim 1, characterized in that the control core device on the flexible circuit board (2) is a controller (200), and the sensor module includes an upper right ECG monitoring electrode (201) , the upper left ECG monitoring electrode (202), the lower right ECG monitoring electrode (203), the lower left ECG monitoring electrode (204), the central ECG monitoring electrode (205), the temperature sensor (210), the upper right miniature microphone (211) and The upper left miniature microphone (212); the key module includes an alarm key (206), a call key (207), a reset key (208) and a spare key (209); The upper right ECG signal output terminal of the upper right ECG monitoring electrode (201) is connected to the upper right ECG signal input terminal of the controller (200); The left upper ECG signal output terminal of the left upper ECG monitoring electrode (202) is connected to the left upper ECG signal input terminal of the controller (200); The lower right ECG signal output terminal of the lower right ECG monitoring electrode (203) is connected to the lower right ECG signal input terminal of the controller (200); The left lower ECG signal output terminal of the left lower ECG monitoring electrode (204) is connected to the left lower ECG signal input terminal of the controller (200); The central ECG signal output terminal of the central ECG monitoring electrode (205) is connected to the central ECG signal input terminal of the controller (200); The vibration reminder signal output terminals of the controller (200) are respectively connected to the signal input terminals of the lower right ECG monitoring electrode (203) and the lower left ECG monitoring electrode (204); The alarm external command output terminal of the alarm key (206) is connected with the alarm external command input terminal of the controller (200); The call external command output end of the call key (207) is connected with the call external command input end of the controller (200); The reset external command output terminal of the reset key (208) is connected with the reset external command input terminal of the controller (200); The external command output end of the spare key (209) is connected with the external command input end of the controller (200). 3. A soft close-fitting intelligent health monitoring vest according to claim 2, characterized in that the upper right ECG monitoring electrode (201), the upper left ECG monitoring electrode (202), the lower right ECG monitoring electrode (203), the lower left ECG monitoring electrode Both the electrical monitoring electrode (204) and the central ECG monitoring electrode (205) use soft non-adhesive conductive rubber electrodes; the upper right ECG monitoring electrode (201) is set at the position corresponding to the first intercostal space on the right sternum border clavicle line; The left upper ECG monitoring electrode (202) is set at the position corresponding to the first intercostal space on the left sternal border of the clavicle; the right lower ECG monitoring electrode (203) is set at the position corresponding to the level of the right midclavicular line at the level of the xiphoid process; the left lower ECG The monitoring electrode (204) is set at a position corresponding to the level of the xiphoid process on the left midline of the clavicle; the central ECG monitoring electrode (205) is set at a position corresponding to the fourth intercostal space on the left sternum border; The temperature sensor (210) is packaged inside the conductive rubber of the central ECG monitoring electrode (205), the upper right miniature microphone (211) is packaged inside the conductive rubber of the upper right ECG monitoring electrode (201), and the upper left miniature microphone (212) is packaged in the upper left Inside the conductive rubber of the ECG monitoring electrodes (202). 4. A soft and close-fitting intelligent health monitoring vest according to claim 2, characterized in that the alarm key (206), call key (207), reset key (208) and spare key (209) are arranged in sequence from left to right on the flex circuit board (2). 5. A soft close-fitting intelligent health monitoring vest according to claim 4, characterized in that it is also provided with a transfer switch board, the transfer switch board is arranged in the pocket of the vest, and the transfer switch board passes through the flexible wire and the flexible circuit The alarm key (206), call key (207), reset key (208) and spare key (209) on the board (2) are correspondingly connected.