TW201738835A - Health care system - Google Patents

Abstract

A health care system is disclosed. The health care system integrates intelligent cloud platform, iBeacon launchers, wearable health care device, large data storage systems, and APP by using advanced medical electronic components and communications technology to reduce the workload of nursing staff, establish communication among caregivers, families of user and user, and allow families to access the health state of user.

Description

Health care system

The invention relates to a health care system, in particular to a wearable health care device with a call function and a health care system of a cloud intelligent platform.

For the long-term care of infants, patients and the elderly with limited mobility, the technique of installing a detection device on the care recipient to generate a sense of physiological state, thereby reducing the burden on the caregiver and being able to be taken care of The service is good.

The detection device of the prior art installs a suction cup or a heartbeat strap on the user to cause discomfort to the user. In addition, when the detecting device is used, it is necessary to set a detection and judgment device of a size like a phone on a fixed position in a bed or a ward to let the caregiver know the physiological state of the user, and the detection and judging device of the system not only occupies the space, but also It is impossible for the caregiver to immediately know the physiological state of the user and cause inconvenience to the user's actions. Furthermore, when the user has an emergency, he or she must seek help through a telephone or an indoor emergency button, and cannot even talk to the caregiver, causing regrets. Therefore, there is still room for improvement in this prior art.

In view of the above problems of the prior art, one of the objects of the present invention is to provide a health care system, in order to improve the user's discomfort and inconvenience caused by the conventional detection device, and the caregiver cannot immediately know the user's condition and use. Communication and many other issues.

Therefore, in order to achieve the above object, the present invention provides a health care system comprising: a cloud intelligent platform; a plurality of transmitters transmitting location information through a Bluetooth communication protocol; and a wearable health care device comprising: an electronic gyroscope, It is used to detect the speed information, acceleration information and tilt angle information of the user's three-axis direction; the digital stethoscope is used to detect the user's heartbeat frequency, respiratory rate, intestinal peristalsis, exhaust sound and eating sound physiological information. The wireless communication module supports the Bluetooth protocol and the network protocol, receives the location information transmitted by the plurality of transmitters through the Bluetooth protocol, and connects to the cloud intelligent platform through the network protocol to Speed information, acceleration information, tilt angle information, physiological information and location information are transmitted to the cloud intelligent platform; wherein the cloud intelligent platform includes an expert system module, and the expert system module analyzes speed information, acceleration information, tilt angle information, physiological information and location information, And compare with normal information, if there is an abnormality, issue a warning Numbers to a plurality of mobile devices, mobile device attached to a plurality of receiving a warning signal of the mobile application.

Preferably, the big data storage system is further included, and the cloud intelligent platform is connected through the network, and can be used for storing speed information, acceleration information, tilt angle information, physiological information, and location information as historical information.

Preferably, the expert system module can analyze the speed information, the acceleration information, the tilt angle information, the physiological information and the position information, and can further compare with the historical information, and if there is an abnormality, a warning signal can be issued.

Preferably, the expert system module can include an analysis module for the heart, chest, and digestion.

Preferably, the mobile application receiving the alert signal can display an alert and a help alert.

Preferably, the customer service robot system is further included, and is connected to the cloud intelligent platform through a network communication protocol, and can be used to receive the warning signal, and can transmit the warning signal to the mobile devices of the plurality of family members, wherein the mobile devices of the plurality of family members An mobile application that receives the alert signal is installed, and the mobile application can be set as a mobile device for a plurality of family-to-user relationships.

Preferably, the cloud intelligent platform may further comprise a voice switching module, wherein the wearable health care device may further comprise a microphone, a speaker and a call triggering device, wherein the wearable health care device and the mobile device installing the mobile application device can transmit the voice packet Come to the call.

Preferably, the call triggering device can initiate a call when the physical call button or the electronic gyroscope detects a tap or impact.

Preferably, the customer service robot system can further connect to the special hospital website, the advertisement sponsor website and the mall website, and can receive a plurality of messages transmitted by the special hospital website, the advertisement sponsor website and the mall website, and provide a plurality of messages to the plurality of messages. Mobile application mobile app.

Preferably, the customer service robot system can receive the help message sent by the mobile application from the plurality of mobile devices, transmit the help message to the special hospital website, and the customer service robot system receives the plurality of messages sent from the special hospital website, and Transfer a plurality of messages to a mobile application of a plurality of mobile devices.

As stated above, it may have one or more of the following advantages in accordance with the present invention:

1. The transmitter can perform more accurate indoor positioning. If emergency assistance is needed, the caregiver and family members can clearly know the user's position and immediately rescue and avoid regrets.

2. With the electronic gyroscope and digital stethoscope, it is transmitted to the cloud intelligent platform. The expert system module comprehensively analyzes the user's immediate physiological state, which simplifies the structure of the wearable health care device and makes the user's action more convenient.

3. Statistics and analysis of large amounts of data through big data storage systems can help to understand the user's physiological trends and activities.

The advantages and features of the present invention, as well as the technical methods of the present invention, are described in more detail with reference to the exemplary embodiments and the accompanying drawings. The embodiments of the present invention are to be construed as being limited by the scope of the present invention, and the invention The scope of the patent application is defined.

One or more embodiments of the present invention disclose a health care system. Health care systems use advanced medical electronic components and communication technologies to integrate high-tech technologies such as the Internet of Things, cloud computing, big data, and artificial intelligence to address the growing health of the silver-haired and disabled populations and the serious shortage of caregivers. Care system.

1 is a block diagram of a health care system according to an embodiment of the present invention. Referring to FIG. 1, the health care system includes a cloud intelligent platform 1, a plurality of transmitters 4, a wearable health care device 2, and a plurality of mobile devices 6a, 6b for installing the mobile application of the system. The center is raised with the relevant institutions or at home. A plurality of transmitters 4 are installed in the security center or in various corners of the home, for example, in a user's bedroom, toilet, living room, etc., and the transmitter 4 transmits the location information set by the Bluetooth protocol, such as a transmitter. 4 Installed in the toilet of the user's bedroom, the transmitter 4 will transmit the location information of the toilet in the user's bedroom. Transmitter 4 can be an iBeacon transmitter, a set of protocols proposed by Apple that can be used in indoor positioning systems for a new low-power, low-cost signal transmitter that can be detected by nearby handheld electronic devices. This technology allows a smart phone or other device to execute commands within the sensing range of an iBeacon base station. Positioning through iBeacon has the advantages of more accuracy and lower energy consumption than GPS positioning. The wearable health care device comprises an electronic gyroscope 21, a digital stethoscope 22 and a wireless communication module 23. The electronic gyroscope 21 can be a six-axis gravity sensor comprising a three-axis gyroscope and a three-axis accelerometer for detecting speed information, acceleration information and tilt angle information of the user in three directions. The digital stethoscope 22 is used to detect the physiological information of the user's heart rate, respiratory rate, intestinal peristalsis, exhaust sound and eating sound. The wireless communication module 23 supports the Bluetooth communication protocol and the network communication protocol (for example, wifi, low energy wifi, 3G or 4G), and receives the location information transmitted by the plurality of transmitters 4 through the Bluetooth communication protocol, and The network intelligent communication platform 1 is connected to the cloud intelligent platform 1 for transmitting speed information, acceleration information, tilt angle information, physiological information and location information to the cloud intelligent platform 1, for example, the user wears the wearable health care device 2 to In the toilet of the bedroom, the transmitter 4 installed in the toilet of the bedroom will transmit the position information of the toilet in the bedroom to the wireless communication module 23 of the wearable health care device 2, and the electronic gyroscope 21 and the digital stethoscope 22 are continuously detected. The user's speed information, acceleration information, tilt angle information and physiological information, and then the wearable health care device 2 transmits the obtained speed information, acceleration information, tilt angle information, physiological information and position information to the cloud intelligent platform through the network 1 . The cloud intelligent platform 1 includes an expert system module 11 (for example, a program), and the expert system module 11 analyzes the speed information, acceleration information, tilt angle information, physiological information, and location information transmitted to the cloud intelligent platform 1, and performs with normal information. The comparison (for example, when the user goes to the toilet, the expert system module 11 compares the speed information, the acceleration information, the tilt angle information, and the position information transmitted to the cloud intelligent platform 1 with the normal information, and analyzes and obtains the user's motion, The duration is determined by referring to the gender of the set male and female, to determine whether he is in the upper size or the small size. If there is an abnormality, a warning signal is sent to the plurality of mobile devices 6a, 6b, and the plurality of mobile devices 6a, 6b are installed. There is an action application that receives the warning signal. For example, the normal information set by the expert system module 11 is that the speed in the three-axis direction is less than 1 m/s, the acceleration is less than 5 m/s ² , and the normal range of the heart, chest, and digestion is The analysis module, if the acceleration information received by the cloud intelligent platform 1 has an acceleration in the Z-axis direction of 8 m/s ² and the physiological information is a heartbeat of 150/m In, the location information is the toilet in the bedroom, the analysis obtains the user may fall in the bedroom toilet and the heartbeat is abnormal, the expert system module 11 sends a warning signal to the action of the caregiver and the maintenance device 6a, 6b of the maintenance center manager The application, and the action devices 6a, 6b of the caregiver and the security center manager display warnings and help tips, as shown in Figure 2.

In this way, the transmitter 4 can perform more accurate indoor positioning, cooperate with the electronic gyroscope 21 and the digital stethoscope 22, and transmit to the cloud intelligent platform 1, and the expert system module 11 comprehensively analyzes the user's immediate physiological state. If emergency assistance is needed, caregivers and maintenance center managers can clearly know the location of the user and immediately rescue them to avoid regrets.

In addition, the information detected by the wearable health care device 2 is transmitted to the cloud smart platform 1 for processing by the Internet of Things, thereby simplifying the structure of the wearable health care device 2 and greatly reducing power consumption, and the wearable type of the present invention The health care device 2 can be worn without the need of an electronic contact. It can be used in close contact with a necklace or a jig or a clothing pocket (such as Figure 3). It can be easily worn on the chest without burdening the wear-free effect. It is different from the usual installation of a suction cup or a heartbeat belt on the body, which causes user discomfort and inconvenience to movement.

Furthermore, if the wearable health care device 2 of the present invention is worn far away from the body (for example, a winter user wears a thicker clothes), the digital stethoscope 22 cannot obtain physiological information, and therefore, the present invention further includes a Bluetooth microphone. Suitable for wearing on the underwear, through the Bluetooth, can be connected with the wireless communication module 23 of the wearable health care device 2, and functions like a digital stethoscope 22 for detecting the heartbeat frequency, respiratory rate, and intestine of the user. The physiological information of the peristaltic sound, the exhaust sound, and the eating sound, the present invention is not limited thereto, and a Bluetooth microphone can be added as needed.

Continuing to refer to FIG. 1 , in another embodiment, the health care system further includes a big data storage system 5 connected to the cloud smart platform 1 through the network for storing the information transmitted by the wearable health care device 2 to the cloud smart device. The speed information, acceleration information, tilt angle information, physiological information and position information of the platform 1 are historical information. And when the expert system module 11 analyzes the speed information, the acceleration information, the tilt angle information, the physiological information, and the position information obtained by the wearable health care device 2, and further compares with the historical information stored in the big data storage system 5 If there is an abnormality, a warning signal is issued. For example, the big data storage system 5 stores the speed information, the acceleration information, the tilt angle information, the physiological information, and the position information transmitted by the wearable health care device 2 to the cloud smart platform 1, and analyzes and counts the statistics to obtain the regularity of the user. Historical information, such as analysis to obtain the user's daily location information for the bed of the bedroom, the speed of the three axes is almost 0 m / s, the acceleration is also 0 m / s ² time is 7 to 8 hours of historical information, then The expert system module 11 analyzes the current location information for the bed of the bedroom, the speed of the three axes is almost 0 m/s, and the acceleration is also 0 m/s ² for 11 hours, far exceeding the historical information of 7 to 8 hours. Then, it is judged that the bed time or duration is different from the usual habit of issuing a warning signal to the action application of the caregiver and the security center manager's mobile devices 6a, 6b. In addition, if the analysis obtains the history information of the user's location information for the bedroom toilet for 5 to 10 minutes, the expert system module 11 analyzes the current location information for the toilet in the bedroom for up to 20 minutes. If it is 5 to 10 minutes beyond the historical information, it is judged that the time or duration of going to the toilet is different from the usual habit of sending a warning signal to the action application of the caregiver and the security center manager's mobile devices 6a, 6b. In addition, such as the big data storage system 5 statistics and analysis to obtain the user's daily number of toilets, customary movements and time, heart rate, respiratory rate, intestinal peristalsis, exhaust sound and eating sound and other regular history For information, when the expert system module 11 has a significant difference between the current information and the historical information, a warning signal is issued, but the historical information of the present invention is not limited thereto. Moreover, the user can obtain statistics and analysis reports on health and activity from the big data storage system 5 as needed.

In this way, the historical information obtained by the large data storage system 5 for statistical and analysis of a large amount of data helps the user to understand the physiological trend, and when an abnormality occurs, the caregiver and the maintenance center manager can grasp the user's situation.

Continuing to refer to FIG. 1 , in another embodiment, the health care system further includes a customer service robot system 3 as a program for connecting to the cloud intelligent platform 1 through the network for receiving the expert system of the cloud intelligent platform 1 . The warning signal outputted by the module 11 transmits a warning signal to the mobile devices 7 of the plurality of family members, wherein the mobile device 7 of the plurality of family members is installed with an action application for receiving the warning signal, and the mobile application is set to a plurality of family members and User relationship. For example, the expert system module 11 analyzes that the user may fall in the bedroom of the bedroom and the heartbeat is abnormal, and the expert system module 11 sends a warning signal to the customer service robot system 3. The customer service robot system 3 sends the warning signal after receiving the warning signal. The mobile application transmitted to the mobile devices of a plurality of family members, and the mobile application is based on the set family relationship (eg, son 4A, wife 4B, granddaughter 4C), and mobile devices of a plurality of family members 7 Display warnings, as shown in Figures 4A to 4C, the warning of the present invention is not limited thereto, and may also include information such as the location of the user and the prompt for help.

In this way, the customer service robot system 3 allows the user's family to clearly know the user's condition and avoid regrets.

Please continue to refer to FIG. 1. In another embodiment, the cloud smart platform 1 of the health care system further includes a voice exchange module 12, and the wearable health care device 2 further includes a microphone and a speaker 24 and a call triggering device. The triggering device can initiate a call when the physical call button 25 or the electronic gyroscope 21 detects a tap or impact, wherein the wearable health care device 2 and the mobile device 6a, 6b, 7 that installs the mobile application communicate by transmitting a voice packet. . The invention uses the VoIP technology to send voice packets through the Internet. Each packet is compressed and attached with a destination. When the packet arrives at the destination, it is decompressed and recombined, and then converted into a general The voice of the call, so that the user can talk to the caregiver or family through the wearable health care device 2, without having to go around to find a phone call or an emergency button, and delay the timing of the process.

Please continue to refer to FIG. 1. In another embodiment, the customer service robot system 3 of the health care system further connects to the special hospital website 8c, the advertisement sponsor website 8b, and the mall website 8a for receiving the special hospital website 8c and the advertisement sponsor. The multiple messages transmitted by the website 8a and the mall website 8b, for example, the special hospital website 8c issues health talks, the user has to return a message, the advertisement sponsor website 8b sends out health daily reports, weather and other information, and the plurality of messages are provided. A mobile application to a plurality of mobile devices 6a, 6b, and 7.

In another embodiment, the customer service robot system 3 receives the help message sent by the mobile application from the plurality of mobile devices 6a, 6b, and 7 (such as the #3, #4 help prompt in FIG. 2), and transmits the help. The message to the special hospital website 8c, and the customer service robot system 3 receives the plurality of messages sent from the special hospital website 8c, and transmits the plurality of messages to the mobile applications of the plurality of mobile devices 6a, 6b, and 7, such as the customer service robot system. 3 Receive the emergency SOP for providing abnormal heartbeat and fall injury and call for help information of the ambulance, and transmit the distress message to the special hospital website 8c, and then the customer service robot system 3 receives the abnormal heartbeat and falls from the special hospital website 8c. The emergency SOP and the ambulance have sent a number of messages and sent them back to the mobile application that sent the distress message.

In this way, the rescue prompt displayed by the mobile application allows the caregiver and the family to obtain the emergency SOP from the mobile application mobile application, and can call the ambulance if necessary, without delaying the processing time due to confusion. .

In another embodiment, the health care system of the present invention further has the function of remotely controlling the home appliance, and the caregiver inputs a voice command through the microphone of the wearable health care device 2, and the wearable health care device 2 passes the IR infrared, RF electromagnetic wave. Or the Internet of Things to wirelessly control home appliances such as TVs, stereos, set-top boxes, lights, etc., to make it easier for caregivers to operate home appliances, especially those with inconvenient actions. In addition, record and analyze through Big Data Storage System 5 and Cloud Intelligent Platform 1. The caregiver uses the time of home appliances, watching TV channels and other daily habits to judge the changes and trends of the caregiver's activity ability. If the child changes greatly in a short period of time, the caregiver may have physical, mental or mental abnormalities. The caregiver will be promptly involved in the intervention to avoid the occurrence of regrets, and the health care system of the present invention can remind the caregiver of the manner and time of using the home appliance, such as watching TV for too long, the air conditioning temperature is too low, etc., which will be unfavorable to the body, mind or mind. Health.

In summary, the present invention is effective for a health care system using advanced medical electronic components and communication technologies to integrate cloud intelligent platforms, transmitters, wearable health care devices, big data storage systems, and mobile applications. Caregivers' work burdens and opportunities for work errors, and establish a bridge between caregivers, caregivers and their families, so that family members can keep abreast of the health and life dynamics of their loved ones, and simplified wearable health care devices allow users to act The advantage of convenience.

The embodiments described above are merely illustrative of the technical spirit and the features of the present invention, and the objects of the present invention can be understood by those skilled in the art, and the scope of the present invention cannot be limited thereto. That is, the equivalent variations or modifications made by the spirit of the present invention should still be included in the scope of the present invention.

1‧‧‧Cloud Intelligent Platform
11‧‧‧Expert System Module
12‧‧‧Voice exchange module
2‧‧‧Wearing health care device
21‧‧‧Electronic gyroscope
22‧‧‧ digital stethoscope
23‧‧‧Wireless communication module
24‧‧‧Microphones and speakers
25‧‧‧ physical call button
3‧‧‧Customer Service Robot System
4‧‧‧transmitter
5‧‧‧ Big Data Storage System
6a, 6b, 7‧‧‧ mobile devices
8a‧‧‧Mall website
8b‧‧‧Advertiser Sponsor Website
8c‧‧‧Special Hospital website

1 is a block diagram of a health care system according to an embodiment of the present invention;

FIG. 2 is a schematic diagram showing a warning and a rescue prompt of a mobile application according to an embodiment of the present invention; FIG.

3 is a schematic view showing the wearing of a wearable health care device according to an embodiment of the present invention;

4A is a schematic diagram showing a warning display of a mobile application of a son according to an embodiment of the present invention;

FIG. 4B is a schematic diagram showing a warning display of a mobile application of a daughter-in-law according to an embodiment of the present invention; FIG.

FIG. 4C is a schematic diagram showing the warning display of the mobile application of the granddaughter according to an embodiment of the present invention.

1‧‧‧Cloud Intelligent Platform

11‧‧‧Expert System Module

12‧‧‧Voice exchange module

2‧‧‧Wearing health care device

21‧‧‧Electronic gyroscope

22‧‧‧ digital stethoscope

23‧‧‧Wireless communication module

24‧‧‧Microphone and Speaker

25‧‧‧ physical call button

3‧‧‧Customer Service Robot System

4‧‧‧transmitter

5‧‧‧ Big Data Storage System

6a, 6b, 7‧‧‧ mobile devices

8a‧‧‧Mall website

8b‧‧‧Advertiser Sponsor Website

8c‧‧‧Special Hospital website

Claims (10)

A health care system comprising: a cloud intelligent platform; a plurality of transmitters transmitting a location information via a Bluetooth protocol; and a wearable health care device comprising: an electronic gyroscope for detecting a use One of the three-axis direction speed information, an acceleration information and a tilt angle information; a digital stethoscope for detecting a user's heartbeat frequency, respiratory rate, intestinal peristalsis, exhaust sound and eating sound Information; a wireless communication module supporting the Bluetooth communication protocol and a network communication protocol, receiving, by the Bluetooth communication protocol, the location information transmitted by the plurality of transmitters, and the network communication protocol and the cloud The intelligent platform is configured to transmit the speed information, the acceleration information, the tilt angle information, the physiological information, and the location information to the cloud intelligent platform; wherein the cloud intelligent platform includes an expert system module, the expert system The module analyzes the speed information, the acceleration information, the tilt angle information, the physiological information, and the bit The information is compared and compared with a normal information. If there is an abnormality, a warning signal is sent to a plurality of mobile devices, and the mobile device is installed with an action application for receiving the warning signal. The health care system of claim 1, further comprising a large data storage system connected to the cloud intelligent platform via the network for storing the speed information, the acceleration information, the tilt angle information, and the The physiological information and the location information are historical information. The health care system of claim 2, wherein the expert system module analyzes the speed information, the acceleration information, the tilt angle information, the physiological information, and the location information, and further compares the historical information. If there is an abnormality, the warning signal is issued. The health care system of claim 1, wherein the expert system module comprises an analysis module for heart, chest and digestion. The health care system of claim 1, wherein the mobile application receiving the warning signal displays a warning and a help-seeking prompt. The health care system of claim 1, further comprising a customer service robot system, connected to the cloud intelligent platform through the network communication protocol, for receiving the warning signal, and transmitting the warning signal to the plurality The action device of the family member, wherein the mobile device of the plurality of family members is installed with the mobile application receiving the warning signal, and the mobile application is set as the mobile device of the plurality of family members and the user. The health care system of claim 6, wherein the cloud smart platform further comprises a voice exchange module, the wearable health care device further comprising a microphone, a speaker and a call trigger device, wherein the wearable The health care device and the mobile device on which the mobile application is installed communicate by transmitting a voice packet. The health care system of claim 7, wherein the call triggering device is a physical call button or the electronic gyroscope detects a tap or impact to initiate a call. The health care system of claim 6, wherein the customer service robot system further connects to a special hospital website, an advertisement sponsor website, and a mall website for receiving the special hospital website, the advertisement sponsor website, and The plurality of messages transmitted by the mall website and providing the plurality of messages to the mobile application of the plurality of mobile devices. The health care system of claim 9, wherein the customer service robot system receives a help message sent by the mobile application from the plurality of mobile devices, and transmits the help message to the special hospital website, and The customer service robot system receives a plurality of messages sent from the website of the special hospital and transmits the plurality of messages to the mobile application of the plurality of mobile devices.