TWM508300U - Physiological monitoring system applied to smart device - Google Patents

Description

Physiological monitoring system applied to smart device

The present invention relates to a smart monitoring system, in particular to a physiological monitoring system applied to a smart device that can be worn on a user for monitoring at any time.

With the advent of an aging society, the number of patients or elderly people who need to be cared for is gradually increasing, and the shortage of nursing people has gradually emerged. With the change of modern lifestyle, the situation of the silver-haired people living alone in the society continues. Increase; the silver-haired people may become melancholy and negatively caused by the loss of their loneliness, loss of autonomy, etc., in the face of changes in their life styles such as their lonely life and their children’s gallium. In addition to the impact, the rapid development of science and technology has made the original simple and regular life become complicated and changeable. Therefore, for the silver-haired people, this change is likely to cause the disconnection between their life and the social environment, which will lead to psychological anxiety and physiological aspects. Degraded.

Therefore, through the above, we can know that the existing physiological monitoring system should be further functional research for the actual needs of long-term use or monitoring, especially for various physiological testing functions, so that users can monitor System or remote medical placement for interaction or ongoing Time course. Therefore, in view of this, the creators of this case tried to research and create, and finally developed a new physiological monitoring system for smart devices.

The main purpose of the present invention is to provide a physiological monitoring system for a smart device, which mainly includes a smart platform and a physiological monitoring wearing device, wherein the physiological monitoring system applied to the smart device transmits the physiological monitoring device through the physiological monitoring device. The utility model has a plurality of physiological detection modules for physiologically monitoring the user, and simultaneously transmitting the detected physiological values to the intelligent platform for analysis, achieving the effect of long-term monitoring, and when the user has an unexpected situation, The best time to deal with and help.

Therefore, in order to achieve the above object of the present invention, the creator of the present invention proposes a physiological monitoring system applied to a smart device, which comprises: a smart platform having a control processing module, a transmission interface and a display module. The transmission interface and the display module are electrically connected to the control processing module; and a physiological monitoring wear device has: a processing module; a wireless transmission module; an integrated temperature measurement module, is electrically Connected to the processing module for testing A body temperature signal is transmitted to the processing module; a breathing rate measuring module is electrically connected to the processing module for transmitting the measured one of the breathing times signals to the processing module; The detection module is electrically connected to the processing module for transmitting one of the measured fall and fall direction signals to the processing module; a physiological signal detecting module is electrically connected to the processing module a module for transmitting a measured physiological signal to the processing module; and a relative sweat humidity detecting module electrically connected to the processing module for comparing one of the measured sweats The humidity signal is transmitted to the processing module; wherein the processing module processes the received body temperature signal, the respiratory number signal, the fall and fall direction signal, the physiological signal, and the relative sweat humidity signal Converting to a corresponding physiological value, and the processing module transmits the physiological values that have been converted to the smart platform through the wireless communication module; wherein the control processing module receives the physical interface through the transmission interface Physiological values, the physiological values are processed into a plurality of individual temperature data, a plurality of respiratory numbers, a plurality of fall and fall direction data, a plurality of physiological data, and a plurality of relative sweat humidity data, and the display is displayed by the display module data.

<This new type>

1‧‧‧Physical monitoring system for smart devices

11‧‧‧Smart platform

12‧‧‧Physical monitoring wearable device

111‧‧‧Control Processing Module

112‧‧‧Transport interface

113‧‧‧Display module

114‧‧‧Warning module

121‧‧‧Processing module

122‧‧‧Wireless transmission module

123‧‧‧body temperature measurement module

124‧‧‧ Breathing number measurement module

125‧‧‧ Fall Detection Module

126‧‧‧Physical signal detection module

127‧‧‧ Relative sweat humidity detection module

The first figure is a block diagram of a physiological monitoring system applied to a smart device of the present invention; and the second figure is a schematic structural diagram of the physiological monitoring system applied to the smart device of the present invention.

In order to more clearly describe the physiological monitoring system applied to the smart device proposed by the present invention, the preferred embodiments of the present invention will be described in detail below with reference to the drawings.

Please refer to the first figure, which is a block diagram of a physiological monitoring system applied to a smart device. As shown in the first figure, the physiological monitoring system 1 for smart devices of the present invention comprises: a smart platform 11 and a physiological monitoring wear device 12; wherein the smart platform 11 has a control processing module The transmission interface 112 and the display module 113 are electrically connected to the control processing module 111. In the present invention, the physiological monitoring wear device 12 has a processing module 121, a wireless transmission module 122, an integrated temperature measurement module 123, a respiratory number measurement module 124, and a fall detection module 125. A physiological signal detecting module 126 and a relative sweat detecting module 127, wherein the control processing module 111 and the processing module 121 each include at least one microprocessor.

According to the above description, the body temperature measuring module 123, the breathing time The measurement module 124, the fall detection module 125, the physiological signal detection module 126, and the relative sweat humidity detection module 127 are electrically connected to the processing module 121, and are respectively used to Detecting a body temperature signal, a breathing frequency signal, a fall and fall direction signal, a physiological signal, and a relative sweat humidity signal to the processing module 121, wherein the processing module 121 receives the received The body temperature signal, the breathing frequency signal, the fall and fall direction signal, the physiological signal, and the relative sweat humidity signal are processed and converted into corresponding physiological values, and the processing module 121 transmits the wireless communication module 122. Transfer the physiological values of the completed conversion to the smart platform 11.

Please refer to the first figure. The control processing module 111 receives the physiological values through the transmission interface 112, and processes the physiological values into a plurality of individual temperature data, a plurality of respiratory times data, and a plurality of falls and falls. Directional data, a plurality of physiological data, and a plurality of relative sweat moisture data, and the above data is displayed through the display module 113. In addition, the smart platform 11 further includes a warning module 114. When the control processing module 111 receives the physiological values beyond a preset range preset by the warning module 14, the warning module 14 transmits the The transmission interface 112 sends a warning message to an external monitoring server.

Continuing with the description of the physiological monitoring wearing device 12 of the present invention, the body temperature signal is obtained by a temperature sensor having a negative temperature coefficient thermistor; the fall detection module 125 uses a gravity acceleration. The sensor detects the direction of the fall and fall. In addition, the physiological signal includes an ECG signal, a peripheral blood flow signal, and a blood oxygen signal. The physiological signal detecting module 126 includes an ECG monitoring unit for monitoring the ECG signal. A peripheral blood flow signal monitoring unit for monitoring the peripheral blood flow signal, a blood oxygen signal monitoring unit for monitoring the blood oxygen signal and the blood oxygen signal.

According to the above description, the physiological signal detecting module 126 uses an electrically conductive fabric as the electrocardiographic signal monitoring unit, and the processing module 121 filters the ECG signal by using a finite impulse response filter. To reduce the impact of the noise received by the ECG signal. Moreover, the relative sweat humidity detecting module can also use the conductive fabric and the absorbent cloth to sense the relative sweat humidity, and can monitor whether the sweating function is normal during exercise or not. Please refer to the second figure, which is a schematic diagram of the structure of the physiological monitoring system applied to the smart device. As shown in the second figure, the physiological monitoring wearing device 12 of the present invention can be a waist belt, and the smart platform 11 is a smart robot, but is not limited to being a smart robot, and can also be a The smart phone, a tablet computer, a smart watch, or a notebook computer, wherein the display module 113 disposed on the smart platform 11 can be an instrument panel, a liquid crystal display, a smart liquid crystal display, The screen of a smart phone, or the screen of a tablet.

In the embodiment of the present invention, the physiological monitoring wearing device 12 is configured by the processing module 121 to measure the body temperature of the wearer and the number of times of breathing. The fall, the fall direction signal, the physiological signal, and the relative sweat humidity signal are processed and converted into corresponding physiological values, and the processing module 121 is converted by the Bluetooth wireless transmission module or RS-232. The physiological values are transmitted to the smart platform 11. The physiological monitoring wearing device 12 manufactured by the textile fabric method has the advantages of comfort, easy manufacture, small volume, low power consumption, long-term wearability and easy cleaning, and can provide various physiological signal sensing, and can be applied to elderly people. Care system.

It is to be understood that the foregoing detailed description of the preferred embodiments of the present invention is not intended to limit the scope of the invention, Both should be included in the scope of the patent in this case.

1‧‧‧Physical monitoring system for smart devices

11‧‧‧Smart platform

12‧‧‧Physical monitoring wearable device

111‧‧‧Control Processing Module

112‧‧‧Transport interface

113‧‧‧Display module

114‧‧‧Warning module

121‧‧‧Processing module

122‧‧‧Wireless transmission module

123‧‧‧body temperature measurement module

124‧‧‧ Breathing number measurement module

125‧‧‧ Fall Detection Module

126‧‧‧Physical signal detection module

127‧‧‧ Relative sweat humidity detection module

Claims (11)

A physiological monitoring system for a smart device, comprising: a smart platform having a control processing module, a transmission interface and a display module, wherein the transmission interface and the display module are electrically connected to the The control processing module and the physiological monitoring wearable device have: a processing module; a wireless transmission module; an integrated temperature measuring module electrically connected to the processing module for measuring the measured The integrated temperature signal is transmitted to the processing module; a breathing frequency measuring module is electrically connected to the processing module for transmitting the measured one of the breathing times signals to the processing module; a fall detection The module is electrically connected to the processing module for transmitting one of the measured fall and fall direction signals to the processing module; a physiological signal detecting module is electrically connected to the processing module For transmitting the measured physiological signal to the processing module, and a relative sweat humidity detecting module electrically connected to the processing module for measuring one of the measured relative sweat humidity signals Transfer to the processing module; The temperature signal processing module of the system will be received, the respiratory rate signal, which falls with the fall direction signal, the physiological signal, and a relative humidity of sweat and converted into a signal processing corresponding to the physiological value, and And the processing module transmits the physiological values that have been converted to the smart platform through the wireless communication module; wherein the control processing module receives the physiological values through the transmission interface, and the The physiological value is processed into a plurality of individual temperature data, a plurality of respiratory times data, a plurality of fall and fall direction data, a plurality of physiological data, and a plurality of relative sweat humidity data, and the above data is displayed through the display module. The physiological monitoring system for a smart device, as described in claim 1, wherein the smart platform further includes a warning module, wherein the control processing module receives the physiological values beyond the warning module When a security range is set, the warning module sends a warning message to the external monitoring server through the transmission interface. The physiological monitoring system applied to the smart device according to the first aspect of the invention, wherein the body temperature signal is obtained by measuring a temperature sensor having a negative temperature coefficient thermistor. The physiological monitoring system for a smart device as described in claim 1, wherein the fall detection module uses a gravity acceleration sensor to detect a fall and a fall direction. Physiology applied to smart devices as described in claim 1 The monitoring system, wherein the physiological signal system comprises: an ECG signal, a peripheral blood flow signal, and a blood oxygen signal. The physiological monitoring system for a smart device, as described in claim 5, wherein the physiological signal detecting module comprises: an ECG monitoring unit for monitoring the ECG signal; a peripheral blood flow signal a monitoring unit for monitoring the peripheral blood flow signal; and a blood oxygen signal monitoring unit for monitoring the blood oxygen signal. The physiological monitoring system for a smart device, as described in claim 6, wherein the physiological signal detecting module uses an electrically conductive fabric as an electrocardiographic signal monitoring unit, and utilizes a processing module. The finite impulse response filter filters the ECG signal to reduce the noise received by the ECG signal. The physiological monitoring system applied to the smart device according to claim 1, wherein the relative sweat humidity detecting module uses the conductive fabric and the absorbent cloth to sense the relative sweat humidity, and can monitor the movement time. Whether the perspiration function is normal or not. The physiological monitoring system applied to the smart device according to the first aspect of the patent application, wherein the intelligent platform is any one of the following: wisdom Robots, smart phones, tablets, smart watches, or laptops. The physiological monitoring system applied to the smart device according to claim 1, wherein the display module is any one of the following: an instrument panel, a liquid crystal display, a smart liquid crystal display, a smart phone screen, or a flat panel. The screen of the computer. The physiological monitoring system applied to the smart device according to the first aspect of the invention, wherein the control processing module and the processing module each comprise at least one microprocessor.