TWI652650B - Emergency help system that can improve help efficiency - Google Patents

Abstract

The present invention is an emergency help system that can improve contact efficiency, mainly by connecting a mobile device to a first IoT device that can be worn by a mobile device, and then connecting at least one second Internet of Things device by the mobile device. The second Internet of Things device can be disposed within the activity range of a designated institution, and the mobile device has a dedicated application and has a plurality of emergency help data built in. When the user uses the first Internet of Things device to send a trigger signal to The mobile device transmits the emergency help data of the user to the emergency contact unit of the designated institution and the emergency contact person of the user according to the information of the institution that has been sent by the second Internet of Things device; When an emergency occurs, the organization and the contact person can be notified immediately to achieve the purpose of convenient immediate assistance.

Description

Emergency help system that can improve help efficiency

The present invention relates to an emergency help system, and more particularly to an emergency help system that can improve the efficiency of seeking help.

The problems caused by the rapid development of science and technology, the declining birthrate and the aging of the society have always been concerned by society, enterprises and schools. Especially for the elderly, women and children, they all belong to the weak in society, usually in the event of an emergency. Vulnerable groups are more difficult to provide self-reliance, so they need to be taken care of and valued. Therefore, many operators also expect to provide better solutions for emergency assistance to vulnerable groups in society.

The emergency rescue solution in the prior art includes a ward help system, an emergency alarm device, and an automatic monitoring system. The ward help system is mainly used to connect a nurse at a medical station through a call host to call for help through the intercom; the emergency alarm The device is usually handy for the user and sends a help-seeking alarm in a ringing manner; the automatic monitoring system is usually placed at the corner to monitor the emergency through the image.

However, it can be known from the above prior art that the ward rescue system must first establish communication with the nurse and seek help in the manner of intercom, which is quite inconvenient. The emergency alarm device can only ask for help in a sounding manner, and it is not easy for people to know exactly. The location of the automatic monitoring system can instantly view the user status, and can not immediately find an emergency, and the automatic monitoring system is difficult to cover the entire range, with a dead angle, therefore, if you want to solve the immediacy, accuracy, There are still many shortcomings in the prior art, such as convenience, and it is indeed necessary to further propose a better solution.

In view of the above-mentioned deficiencies of the prior art, the main object of the present invention is to provide an emergency help system capable of improving contact efficiency, which can instantaneously transmit data of a user and a corresponding designated institution (such as a hospital) to a designated recipient. This is convenient for immediate help.

The main technical means adopted to achieve the above objectives is to enable the above-mentioned emergency assistance system to improve communication efficiency, including: a first IoT device that can be worn with you; and more than one second IoT device, which is installed in a designated institution. a mobile device is respectively connected to the first Internet of Things device and the second Internet of Things device through a wireless protocol, the mobile device has a dedicated application, and a majority of emergency help data is built therein; wherein the mobile device Receiving a trigger signal sent by the first Internet of Things device, and receiving an organization data sent by the second Internet of Things device, and distributing the user's emergency help data to an emergency contact unit of the designated institution, and a user Emergency Contact.

In the above system, the user can connect the first IoT device that is worn with the mobile device, and the mobile device connects the second Internet of Things device disposed in the designated device, and the user uses the first object. The network device transmits the trigger signal to the mobile device, and the mobile device sends the emergency data of the user to the emergency contact unit and the user of the designated institution according to the information of the institution that has been sent by the second Internet of Things device. The emergency contact person can immediately notify the organization and the contact person when the emergency occurs, so as to achieve the purpose of convenient immediate assistance.

For a preferred embodiment of the emergency help system for improving contact efficiency of the present invention, please refer to FIG. 1 , which includes a first IoT device 10 that can be worn by the user, a mobile device 20 and more than one second. The Internet of Things device 30; in the preferred embodiment, may further include a cloud server 40.

The first Internet of Things device 10 can be carried by the user, and the user can simultaneously hold the mobile device or be placed in a pocket. The second Internet of Things device 30 is disposed in a designated institution (such as a hospital, a school, In the preferred embodiment, the number of the second Internet of Things devices 30 may be one, two or more, or multiple, which is merely an example, and is not limited in number. Bright.

The mobile device 20 is connected to the first Internet of Things device 10 and the second Internet of Things device 30 via a wireless protocol. The mobile device 20 has a dedicated application and has a plurality of emergency help data built in. Receiving a trigger signal sent by the first Internet of Things device 10, and receiving an organization information sent by the second Internet of Things device 30, distributing emergency help data specific to the user to an emergency contact of the designated organization An emergency contact for the unit or user.

Further, the mobile device 20 and the cloud server 40 may further perform the following steps: when the mobile device 20 receives the trigger signal sent by the first Internet of Things device 10, and receives an ID sent by the second Internet of Things device 30. In the information, the mobile device 20 can transmit only the ID information sent by the second Internet of Things device 30 to the cloud server 40 through the network, and the cloud server 40 returns the corresponding other organization data to the The mobile device 20; finally, the emergency device data exclusive to the user is distributed by the mobile device 20 to another emergency contact unit of the other designated institution, and another emergency contact person of the user.

Referring to FIG. 2, in the preferred embodiment, the first IoT device 10 includes a first processor 11, a first communication module 12, and a first input module 13, the first processor. 11 is electrically connected to the first communication module 12 and the first input module 13, respectively, and the mobile device 20 is connected to the first communication module 12 of the first Internet of Things device 10 through a wireless protocol; the second object The network device 30 includes a second processor 31, a second communication module 32, and a second input module 33. The second processor 31 and the second communication module 32 and the second input module 33 are respectively The mobile device 20 is coupled to the second communication module 32 of the second Internet of Things device 30 via another wireless protocol.

To illustrate the application mode of the preferred embodiment, please refer to FIG. 3 and FIG. 4. In the preferred embodiment, the first Internet of Things device 10 can be formed by an IOT Button. The networked device 30 may be constituted by a beacon device (the beacon of the mechanism), and the wireless protocols of the mobile device 20 respectively include a Bluetooth protocol or a WiFi protocol; the organization data sent by the second Internet of Things device 30 includes a The emergency contact institution telephone information, an emergency contact institution code, the mobile device 20 has a plurality of emergency help information built therein. In the preferred embodiment, most of the emergency help information includes an emergency help data structure, and the emergency help data structure has A set of attribute data, including an emergency contact telephone information, an emergency contact information, an emergency contact telephone information, an emergency contact name information, and an event coordinate point information.

When the mobile device 20 receives the trigger signal sent by the first Internet of Things device 10 and receives the emergency contact institution telephone information and the emergency contact institution code sent by the second Internet of Things device 30, the emergency contact person who is exclusive to the user Telephone information, emergency contact name information, and event coordinate point information are sent to an agency's emergency processing center 50 of the designated organization, and the emergency contact agency telephone information, emergency contact institution name information, and event coordinate information of the user are sent. An emergency contact 60 to the user.

As shown in FIG. 3, in the preferred embodiment, data exchange can be performed only between the mobile device 20 and the cloud server 40. When the mobile device 20 receives the trigger sent by the first Internet of Things device 10, The mobile device 20 can transmit only another ID information sent by the second Internet of Things device 30 to the cloud server 40 through the network. The cloud server 40 then transmits the corresponding emergency contact institution telephone information and another emergency contact institution code to the mobile device 20; finally, the mobile device 20 divides the emergency help data exclusive to the user. Another emergency contact unit to the other designated agency, another emergency contact for the user.

Referring to FIG. 4, in the preferred embodiment, not only can the two-way dynamic emergency help application be performed between the IOT Button and the mechanism beacon, but also the emergency help can be performed in a one-way fixed manner, and another mobile device 20A is used. Receiving the trigger signal sent by the other first Internet of Things device 10A, directly transmitting the emergency contact telephone information, the emergency contact name information and the event coordinate point information exclusive to the user to an emergency contact unit of the designated institution 70' Or, when another mobile device 20B receives the trigger signal sent by the first IoT device 10B, the emergency contact institution telephone information, the emergency contact institution name information, and the event coordinate point information exclusively for the user are directly sent to the use. Another emergency contact for the 60'.

Through the above-described preferred embodiment of the present invention, the user can connect the first IoT device 10 that is worn with the mobile device 20, and then connect the mobile device 20 to the second Internet of Things device disposed in the designated device. 30. Further, only the mobile device 20 and the cloud server 40 exchange data, and the data of the user and the corresponding designated institution (such as a hospital, a school, a public place, etc.) are immediately sent to the designated institution. The emergency contact unit and the user's emergency contact person can immediately notify the organization and the contact person when an emergency occurs, and have the effect of facilitating immediate help.

10,10A, 10B‧‧‧First IoT device

11‧‧‧First processor

12‧‧‧First Communication Module

13‧‧‧First Input Module

20, 20A, 20B‧‧‧ mobile devices

30‧‧‧Second IoT device

31‧‧‧ second processor

32‧‧‧Second communication module

33‧‧‧Second input module

40‧‧‧Cloud Server

50‧‧‧Institutional Emergency Processing Center

60, 60’ ‧ ‧ emergency contact

70’‧‧‧Emergency contact unit

1 is a block diagram of a system architecture in accordance with a preferred embodiment of the present invention. 2 is a block diagram of another system architecture in accordance with a preferred embodiment of the present invention. 3 is a schematic diagram of data transmission in accordance with a preferred embodiment of the present invention. 4 is a schematic diagram of an application state of a preferred embodiment of the present invention.

Claims (10)

An emergency help system capable of improving contact efficiency, comprising: a first IoT device that can be worn by the wearer; one or more second IoT devices are disposed in a designated institution; and a mobile device is transmitted through the two wireless protocols Connected to the first Internet of Things device and the second Internet of Things device respectively, the mobile device has a dedicated application and has a plurality of emergency help data built therein; wherein the mobile device receives a first one sent by the first Internet of Things device The trigger signal is received, and an institution data sent by the second Internet of Things device is received, and the user's emergency help information is distributed to an emergency contact unit of the designated institution and an emergency contact person of the user. The emergency help system for improving contact efficiency according to claim 1, further comprising a cloud server, when the mobile device receives the trigger signal sent by the first Internet of Things device, and receives the second Internet of Things device When the ID information is used, the mobile device transmits the ID information to the cloud server through the network, and the cloud server returns the corresponding organization data, and the mobile device distributes the emergency help data exclusive to the user The emergency contact unit of the designated institution and the emergency contact person of the user. The first IoT device includes a first processor, a first communication module, and a first input module, and the first processor is respectively associated with the emergency assistance system of claim 1 The first communication module and the first input module are electrically connected, and the mobile device is coupled to the first communication module of the first Internet of Things device via a wireless protocol. The emergency assistance system for improving communication efficiency as described in claim 3, the first Internet of Things device being constituted by an IOT Button. The second IoT device includes a second processor, a second communication module, and a second input module, and the second processor is respectively associated with the emergency assistance system of claim 1 The second communication module and the second input module are electrically connected, and the mobile device is coupled to the second communication module of the second Internet of Things device via another wireless protocol. The emergency assistance system for improving communication efficiency as described in claim 5, wherein the second Internet of Things device is constituted by a beacon. The emergency assistance system for improving communication efficiency according to claim 1, wherein the wireless protocols of the mobile device respectively comprise a Bluetooth protocol or a WiFi protocol. The emergency assistance system for improving communication efficiency according to any one of claims 1 to 7, wherein the information of the institution sent by the second Internet of Things device comprises an emergency contact telephone information, an emergency contact institution code; Most of the emergency information contained in the device includes an emergency contact information, an emergency contact information, an emergency contact telephone information, an emergency contact name information, and an event punctuation information. The emergency help system for improving contact efficiency according to claim 8, wherein the mobile device receives the trigger signal sent by the first Internet of Things device, and receives the emergency contact institution telephone information sent by the second Internet of Things device, and the emergency The contact institution code sends the emergency contact telephone information, emergency contact name information and event coordinate point information of the user to the emergency treatment center of the designated institution, and also calls the emergency contact organization of the user. Information, emergency contact name information, and event key point information are sent to the user's emergency contact. The emergency help system for improving contact efficiency according to claim 8, wherein when the mobile device receives the trigger signal sent by the first Internet of Things device and receives another ID information sent by the second Internet of Things device, The mobile device transmits another ID information to the cloud server through the network, and the cloud server returns the corresponding emergency contact institution telephone information and another emergency contact institution code to the mobile device, and then the action The device distributes the emergency help information specific to the user to another emergency contact unit of the other designated institution, and another emergency contact person of the user.