阅读说明：本技术 一种人体传感装置 (Human body sensing device ) 是由 杨芳 于 2018-08-16 设计创作，主要内容包括：本发明公开了一种人体传感装置,包括携带装置、传感装置和接收装置,所述携带装置包括头箍、护腕、脚腕和胸套；所述传感装置包括多个生理信号传感器,生理信号传感器分别设置于携带装置中,生理信号传感器末端连有信号线,信号线汇集连接到信号输出线,信号输出线连到接收装置,接收装置对采集的生理信号进行实时处理分析、显示、储存和传输。(The invention discloses a human body sensing device, which comprises a carrying device, a sensing device and a receiving device, wherein the carrying device comprises a head band, a wrist guard, an ankle and a chest sleeve; the sensing device comprises a plurality of physiological signal sensors, the physiological signal sensors are respectively arranged in the carrying device, the tail ends of the physiological signal sensors are connected with signal lines, the signal lines are connected to signal output lines in a gathering mode, the signal output lines are connected to the receiving device, and the receiving device carries out real-time processing analysis, display, storage and transmission on the collected physiological signals.)

1. A human body sensing device, characterized by: the device comprises a carrying device, a sensing device and a receiving device, wherein the carrying device comprises a head band, a wrist guard, an ankle and a chest sleeve; the sensing device comprises a plurality of physiological signal sensors, the physiological signal sensors are respectively arranged in the carrying device, the tail ends of the physiological signal sensors are connected with signal lines, the signal lines are connected to signal output lines in a gathering mode, the signal output lines are connected to the receiving device, and the receiving device carries out real-time processing analysis, display, storage and transmission on the collected physiological signals.

2. The body sensing device of claim 1, wherein: the receiving device is connected with a sound alarm.

3. The body sensing device of claim 1, wherein: the receiving device is internally provided with a motion data module and a sleep data module, and the real-time data can be selected and compared through the receiving device.

4. The body sensing device of claim 3, wherein: the sound alarm is in a working state in a motion data module state and stops working in a sleep data module state.

5. The body sensing device of claim 4, wherein: the sound alarm reports the physiological data state in a timed voice mode in the motion data module state.

6. The body sensing device of claim 4, wherein: the receiving device records human physiological data in real time in the sleep data module state, stores abnormal time period data as report data, and can carry out voice report or electronic data feedback on the abnormal data when needed.

Technical Field

The present invention relates to a sensing device, and more particularly, to a sensing device for acquiring physiological status of a human body.

Background

A sensor refers to a device or apparatus that can sense a specified measured object and convert it into a usable signal according to a certain rule (mathematical function rule), and generally comprises a sensing element and a converting element. In modern industrial, especially automated, processes, various sensors are used to monitor and control various parameters of the process, to operate the equipment in a normal or optimal state, and to maximize the quality of the product.

With the development of the science and technology level, sensors are more and more widely applied to life, and automatic doors, smoke alarms, water level alarms and temperature and humidity alarms are common. In the aspect of health monitoring, various sensor products such as a sphygmomanometer, a treadmill, a thermometer, a weighing machine, a blood glucose meter, a body height machine or a fat machine can be seen in the market. However, these sensor products often have situations where special operations are required and the use is cumbersome; in addition, the physiological signals of the human body cannot be detected in real time for the people who need special care and attention to the physiological changes and sleeping states of the people, such as infants, weak patients and aged people.

Disclosure of Invention

Aiming at the problems, the invention provides the human body sensing device which can monitor in real time and is convenient to use.

A human body sensing device comprises a carrying device, a sensing device and a receiving device, wherein the carrying device comprises a head band, a wrist guard, an ankle and a chest sleeve; the sensing device comprises a plurality of physiological signal sensors, the physiological signal sensors are respectively arranged in the carrying device, the tail ends of the physiological signal sensors are connected with signal lines, the signal lines are connected to signal output lines in a gathering mode, the signal output lines are connected to an external receiving device, and the receiving device carries out real-time processing analysis, display, storage and transmission on collected physiological signals.

The receiving device is connected with a sound alarm.

The receiving device is internally provided with a motion data module and a sleep data module, and the real-time data can be selected and compared through the receiving device.

The sound alarm is in a working state in a motion data module state and stops working in a sleep data module state.

The sound alarm reports the physiological data state in a timed voice mode in the motion data module state.

The receiving device records human physiological data in real time in the sleep data module state, stores abnormal time period data as report data, and can carry out voice report or electronic data feedback on the abnormal data when needed.

Compared with the prior art, the beneficial effect who has is: the invention has simple and practical structure, can conveniently acquire the physiological information of the human body in real time through a commonly used using device and reports the real-time physical condition.

Drawings

FIG. 1 is a schematic structural diagram of a human body sensing device according to the present invention;

fig. 2 is a flow chart of the operation of the human body sensing device of the invention.

Detailed Description

The figure shows an embodiment of the human body sensing device of the invention, which comprises a carrying device, a sensing device and a receiving device, wherein the carrying device comprises a head band 1, a wrist guard 2, an ankle 4 and a chest sleeve 3; the sensing device comprises a plurality of physiological signal sensors, the physiological signal sensors are respectively arranged in a carrying device, the tail ends of the physiological signal sensors are connected with signal wires, the signal wires are connected to a signal output wire 5 in a gathering way, the signal output wire is connected to a receiving device 6, the receiving device can be a mobile phone or a computer, the receiving device carries out real-time processing analysis, display, storage and transmission on collected physiological signals, the receiving device is connected with a sound alarm, the sound alarm is a Bluetooth earphone, a motion data module and a sleep data module are arranged in the receiving device, the receiving device can select a comparison module for real-time data, the sound alarm is in a working state under the state of the motion data module and stops working under the state of the sleep data module, the sound alarm reports the physiological data state by timing voice under the state of the motion data module, and the receiving device records the physiological data of a human body in real time under, and storing the abnormal time period data as report data, and carrying out voice report or electronic data feedback on the abnormal data when needed.