CN104836899B - A kind of intelligence SOS calling systems and method - Google Patents

Abstract

The present invention relates to an intelligent SOS calling system, comprising a first mobile terminal, the first mobile terminal comprising a pressure sensor for detecting palm pressing, a GPS positioning module, a data service module, and an information processing module; the pressure sensor, GPS Both the positioning module and the data service module are connected to the information processing module; wherein the information processing module receives the pressure signal generated by the pressure sensor after detecting the palm press, so as to control the working status of the GPS positioning module and the data service module. The invention also relates to an intelligent SOS calling method. The invention is reasonable in design, highly humanized, and can realize two-way operation.

Description

An intelligent SOS calling system and method

technical field

The invention relates to the field of mobile communication, in particular to a future total intelligent SOS calling system and method.

Background technique

At present, the SOS system of mobile phones for the elderly on the market is not fully functional, and the operation is relatively complicated, which is not conducive to the operation of the elderly in emergencies.

For example, the SOS function key of the general elderly mobile phone will be designed on the side of the smart phone or the center of the bar machine key, but the smaller key is difficult to operate for the elderly with inflexible hands and feet or in emergencies. In addition, the existing alarm function of the SOS system of the elderly mobile phone is one-way. The phenomenon of not being smart will not be conducive to the handling of the old man's alarm situation. In addition, the SOS system of the current old man's mobile phone does not have a video surveillance function, which is not conducive to the guardian's understanding of the state of the old man's incident.

Contents of the invention

Aiming at the deficiencies of the prior art, the object of the present invention is to provide an intelligent SOS calling system that is easy to use and can realize two-way operation.

To achieve the above object, the present invention adopts the following technical solutions:

A kind of intelligent SOS calling system, comprises the first mobile terminal, and described first mobile terminal comprises the pressure sensor that is used to detect palm pressing, GPS positioning module, data service module, information processing module; Described pressure sensor, GPS positioning module and The data service modules are all connected with the information processing module; wherein the information processing module receives the pressure signal generated by the pressure sensor after detecting the palm press, so as to control the working status of the GPS positioning module and the data service module; the GPS positioning module It is used to obtain the positioning information of the first mobile terminal and transmit the positioning information to the information processing module; the first mobile terminal communicates with a second mobile terminal through the information processing module, and the data service module is used to verify the information processing module received control commands.

Preferably, it also includes a camera module for acquiring real-time image information, and the camera module is also connected to the information processing module.

Preferably, the first mobile terminal is one of a mobile phone, a tablet computer and a notebook; the second mobile terminal is one of a mobile phone, a tablet computer and a notebook.

The present invention also relates to a method for intelligent SOS calling, comprising the steps of:

Step 1. Press the first mobile terminal with the palm, and then the pressure sensor of the first mobile terminal will generate a pressure signal after feeling the pressure. The information processing module receives the pressure signal to trigger the GPS positioning module to work, and the GPS positioning module acquires the first mobile Terminal location information;

Step 2, the information processing module of the first mobile terminal sends a preset distress message to the second mobile terminal, if the second mobile terminal receives and processes the distress message within the preset time, then execute step 3; if not, then execute step 4;

Step 3, the information processing module of the first mobile terminal establishes a communication link with the second mobile terminal, and obtains the image information of the incident scene through the camera module of the first mobile terminal; the second mobile terminal sends a control command to the first mobile terminal An information processing module, the information processing module transmits the received control instruction to the data service module, the data service module verifies the control instruction, and if the verification is passed, the second mobile terminal controls the information processing of the first mobile terminal through remote operation The module sends a distress message to the rescue platform;

Step 4. The information processing module of the first mobile terminal sends a distress message to the rescuer.

Preferably, the following step 2' is also included between step 1 and step 2. The information processing module of the first mobile terminal receives the pressure signal to trigger the work of the camera module. The information is sent to the local folder of the first mobile terminal.

Preferably, the GPS positioning module of the first mobile terminal uploads the obtained position information to a database.

Preferably, the database is an SQLite database.

Preferably, the preset distress information includes the image information of the scene of the accident in the local folder and the location information obtained from the SQLite database.

Preferably, in step 2, three second mobile terminals are set, and the information processing module sends a preset distress message to the first second mobile terminal. If the first second mobile terminal receives and processes the distress message within a preset time, Then execute step 3; if not, then the communication processing module sends the preset distress information to the second second mobile terminal, if the second second mobile terminal receives and processes the distress information within the preset time, then executes step 3 ; If not, then the communication processing module sends the preset distress information to the third second mobile terminal, if the third second mobile terminal receives and processes the distress information within the preset time, then execute step 3; if not, Then go to step 4.

The beneficial effects of the present invention are as follows: the present invention is not only reasonable in design, extremely humanized, simple in operation, but also capable of two-way operation. Especially when the system is applied to the mobile phone for the elderly, the guardian can learn about the emergencies encountered by the elderly in a timely and detailed manner, and can determine the location information of the elderly through the GPS positioning module, and can also keep abreast of the scene of the incident through the video monitoring module. , and through the mutual cooperation of the data service module and the information processing module, the mobile phone of the elderly can be remotely operated and controlled according to the needs, so as to assist the elderly to seek necessary help and avoid unnecessary accidents for the elderly.

Description of drawings

Fig. 1 is a block diagram of a preferred embodiment of an intelligent SOS calling system of the present invention.

Fig. 2 is a flow chart of a preferred embodiment of an intelligent SOS calling method of the present invention.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment, the present invention will be further described:

Please refer to Fig. 1 and Fig. 2, the present invention relates to a kind of intelligent SOS calling system, and its preferred embodiment comprises the first mobile terminal, and the first mobile terminal comprises the pressure sensor that is used to detect palm pressing, GPS positioning module, data service module , an information processing module; the pressure sensor, the GPS positioning module and the data service module are all connected to the information processing module; wherein the information processing module receives the pressure signal generated by the pressure sensor after detecting that the palm is pressed to control the GPS positioning module and the data service module Working status; the GPS positioning module is used to obtain the positioning information of the first mobile terminal and transmits the positioning information to the information processing module; the first mobile terminal communicates with a second mobile terminal through the information processing module, and the data service module is used to verify the information Process the control instructions received by the module.

Wherein, it also includes a camera module for acquiring real-time image information, and the camera module is also connected with the information processing module.

Specifically, the first mobile terminal is one of a mobile phone, a tablet computer, and a notebook; the second mobile terminal is one of a mobile phone, a tablet computer, and a notebook. Of course, the first mobile terminal here can refer to the old man's mobile phone, and the second mobile terminal can refer to the bound guardian's mobile phone. Through the intelligent SOS calling system, the old man's mobile phone can be bound to the guardian's mobile phone, so that the guardian can use his own mobile phone Control the mobile phone of the elderly to assist the elderly in emergencies to rescue.

The GPS positioning module is responsible for receiving satellite positioning information and transmitting the positioning information to the information processing module. Among them, when the GPS positioning is blocked, the system automatically jumps to the data network positioning state, that is, the positioning is performed through the data network of the SIM card. Wherein the location information after positioning is uploaded in the SQLite database, and the information processing module can extract the location information from the SQLite database and send it to the second mobile terminal (ie, the bound guardian's mobile phone) when sending the distress message.

The information processing module is responsible for processing information sending and receiving with the second mobile terminal. The information processing module includes a short message unit, a mail unit and a contact unit; the short message unit is used to send and receive short message information from the second mobile terminal; the mail unit is used to send and receive mail information from the second mobile terminal; the contact unit is used to store contacts information, especially the information of the bound contact, the contact unit can read the contact data in the system phone book of the first mobile terminal, including name, phone number and Email address. During the specific implementation process, the information processing module invokes the built-in information sending and receiving program of the first mobile terminal platform, extracts the information content from the local folder and sends it to the second mobile terminal. (the information processing module can complete the same content operation by calling the same API interface of the platform core application program of the first mobile terminal; such as Email client port, SMS program, phone book, etc.) The local folder includes storing in the first mobile terminal in advance The data required for the edited distress information and the pictures of the scene of the accident, where the pictures of the scene of the accident are obtained through the camera of the mobile phone.

The camera module is responsible for calling the camera of the first mobile terminal to obtain the image information of the scene of the incident; after the first mobile terminal and the second mobile terminal carry out video communication link, the camera module is responsible for calling the camera video recording function of the mobile terminal; The picture is uploaded to the local folder of the mobile terminal.

The data service module is responsible for verifying the control instruction sent by the second mobile terminal, and the control instruction refers to the short message information with the verification code sent by the second mobile terminal. After the information processing module receives the control information with instructions, it transmits it to the data service module; the data service module verifies the received instruction information, and after the verification is passed, the application icon of the first mobile terminal will be copied to the second mobile terminal, so In the specific application process, the bound guardian can remotely operate the first mobile terminal (ie, the mobile phone of the elderly) by operating the application icon displayed on the second mobile terminal (ie, the mobile phone of the bound guardian).

In the specific implementation process, the contact unit in the first mobile terminal (that is, the old man's mobile phone) stores the bound guardian information. When the first mobile terminal receives remote control instructions sent from other mobile terminals, the data service module The received instruction will be verified, and the instruction includes the sender's name, phone number, and Email address, so the data service module judges whether it belongs to the bound contact list through the information in these instructions; if so, The old man's mobile phone will send a digital verification code to him, and the other party will send the received verification code to the old man's mobile phone, and the data service module will verify the received verification code, if the sent verification code is consistent with the received verification code , the remote control command is successfully executed, that is, the mobile terminal can remotely control the mobile phone of the elderly. If not, the data service module terminates the execution of the instruction.

Its specific working principle is as follows. In this embodiment, when an old man encounters an emergency, he can press the screen of the mobile phone with his palm to trigger the SOS button. At this time, the SOS system in the old man’s mobile phone will send For help information, the bound guardian receives the help information within the set time, establishes a video communication link with the elderly's mobile phone, and sends instructions through SMS to realize remote operation of the elderly's mobile phone. The guardian’s mobile phone remotely operates the elderly’s mobile phone to solve the problem that the elderly can control the elderly’s mobile phone to send messages to the most effective person or the emergency center when the emergency communication is unclear, unable to complete the rescue operation by themselves or the guardian cannot handle the emergency of the elderly in time Help information, seek more ways for the elderly to be rescued. If the bound guardian does not receive the distress message within the set time, the SOS system in the old man's mobile phone will directly send the distress message to the distress center or other rescuers.

The present invention also relates to a method of intelligent SOS calling, and its preferred embodiment comprises the following steps:

Step S1, press the first mobile terminal with the palm, and then the pressure sensor of the first mobile terminal will generate a pressure signal after feeling the pressure, and the information processing module will receive the pressure signal to trigger the GPS positioning module to work, and the GPS positioning module will obtain the first movement The location information of the terminal is uploaded to a database. The database is an SQLite database.

In step S2', the information processing module of the first mobile terminal receives the pressure signal to trigger the camera module to work, and the camera module is used to obtain the image information of the scene of the accident and send the image information to the local folder of the first mobile terminal. The preset distress information includes the image information of the scene of the accident in the local folder and the location information obtained from the SQLite database.

Step S2, the information processing module of the first mobile terminal sends a preset distress message to the second mobile terminal, if the second mobile terminal receives and processes the distress message within the preset time, then execute step S3; if not, execute step S3 S4. The distress message is played on the second mobile terminal in the form of short message or voice. While sending the information, the SOS system of the first mobile terminal (ie, the old man's mobile phone) can make a distress call to the second mobile terminal (ie, the bound guardian's mobile phone).

Step S3, the information processing module of the first mobile terminal establishes a communication link with the second mobile terminal, and obtains the image information of the incident scene through the camera module of the first mobile terminal, and the second mobile terminal sends a control command to the first mobile terminal An information processing module, the information processing module transmits the received control instruction to the data service module, the data service module verifies the control instruction, and if the verification is passed, the second mobile terminal controls the information processing of the first mobile terminal through remote operation The module sends a distress message to the rescue platform.

Specifically, the bound guardian can answer the distress calls made by the elderly within the set time, and the camera module of the first mobile terminal can also call the camera to establish a video call mode between the first mobile terminal and the second mobile terminal. To understand the situation of the elderly accident and the on-site environment, the first mobile terminal will turn on the speaker by default during the video call. If in an emergency, the elderly cannot provide the bound guardian with favorable information on the scene of the incident, or the bound guardian cannot deal with the sudden accident of the elderly in time, then the bound guardian can remotely control the elderly's mobile phone , To find the most effective way of rescue for the elderly. After the bound guardian's mobile phone establishes a remote operation link with the elderly's mobile phone, the application icon of the first mobile terminal will be copied to the bound guardian's mobile phone for display; the bound guardian can operate the displayed icon to realize the control of the elderly's mobile phone remote operation. Binding the guardian's mobile phone can do the following operations on the elderly's mobile phone:

Control the camera system of the old man's mobile phone, take photos and record the pictures on the spot; the pictures and videos taken can be uploaded to the local folder;

Check the phone book of the elderly's mobile phone, and send distress information to the most beneficial rescuer, including calling the distress center.

Step S4, the first mobile terminal sends a distress message to the rescue platform.

Another embodiment of the method of the present invention is different from the above-mentioned embodiment in that, in step S2, three second mobile terminals may be set, specifically, the information processing module sends a preset distress message to the first second mobile terminal , if the first second mobile terminal receives and processes the distress information within the preset time, then execute step S3; if not, the communication processing module sends the preset distress information to the second second mobile terminal, if the second The second mobile terminal receives and processes the distress information within the preset time, then executes step S3; if not, the communication processing module sends the preset distress information to the third second mobile terminal, if the third second mobile terminal If the distress message is received and processed within the preset time, step S3 is performed; if not, step S4 is performed.

For those skilled in the art, various other corresponding changes and modifications can be made according to the technical solutions and ideas described above, and all these changes and modifications should fall within the protection scope of the claims of the present invention.

Claims (9)

1. A kind of intelligent SOS calling system, it is characterized in that, comprises the first mobile terminal, and described first mobile terminal comprises the pressure sensor that is used to detect palm pressing, GPS positioning module, data service module, information processing module; Said pressure The sensor, the GPS positioning module and the data service module are all connected to the information processing module; wherein the information processing module receives the pressure signal generated by the pressure sensor after detecting that the palm is pressed, so as to control the working status of the GPS positioning module and the data service module The GPS positioning module is used to obtain the positioning information of the first mobile terminal and transmit the positioning information to the information processing module; the first mobile terminal communicates with a second mobile terminal through the information processing module, and the data service module It is used to verify that the information processing module has received the control instruction sent by the second mobile terminal; the information processing module is used to send preset help information to the second mobile terminal, and the information processing module transmits the received control instruction to the data A service module, the data service module verifies the control command, and if the verification is passed, the second mobile terminal controls the information processing module of the first mobile terminal through remote operation to send a distress message to the rescue platform. 2. The intelligent SOS calling system according to claim 1, further comprising a camera module for obtaining real-time image information, and the camera module is also connected with the information processing module. 3. The intelligent SOS call system as claimed in claim 1, wherein the first mobile terminal is one of mobile phone, tablet computer and notebook; the second mobile terminal is one of mobile phone, tablet computer and notebook kind of. 4. an intelligent SOS calling method, is characterized in that, comprises the steps: Step 1. Press the first mobile terminal with the palm of your hand, and then the pressure sensor of the first mobile terminal will generate a pressure signal after feeling the pressure. An information processing module receives the pressure signal to trigger the GPS positioning module to work, and the GPS positioning module obtains the pressure signal of the first mobile terminal. location information; Step 2, the information processing module of the first mobile terminal sends a preset distress message to the second mobile terminal, if the second mobile terminal receives and processes the distress message within the preset time, then execute step 3; if not, then execute step 4; Step 3, the information processing module of the first mobile terminal establishes a communication link with the second mobile terminal, and obtains the image information of the incident scene through the camera module of the first mobile terminal; the second mobile terminal sends a control command to the first mobile terminal An information processing module, the information processing module transmits the received control instruction to the data service module, the data service module verifies the control instruction, and if the verification is passed, the second mobile terminal controls the information processing of the first mobile terminal through remote operation The module sends a distress message to the rescue platform; Step 4. The information processing module of the first mobile terminal sends a distress message to the rescue platform. 5. The intelligent SOS calling method according to claim 4, characterized in that, between step 1 and step 2, the following step 2' is also included, the information processing module of the first mobile terminal receives the pressure signal to trigger the work of the camera module, The camera module is used to acquire the image information of the incident scene and send the image information to the local folder of the first mobile terminal. 6. The intelligent SOS calling method according to claim 5, wherein the GPS positioning module of the first mobile terminal uploads the obtained position information to a database. 7. The intelligent SOS calling method according to claim 6, characterized in that, the database is an SQLite database. 8. The intelligent SOS calling method according to claim 7, wherein the preset distress information includes the image information of the scene of the accident in the local folder and the location information obtained from the SQLite database. 9. The intelligent SOS calling method as claimed in claim 4, characterized in that, in step 2, 3 second mobile terminals are set, and the information processing module sends preset distress information to the first second mobile terminal, if the first The second mobile terminal receives and processes the distress information within the preset time, then executes step 3; if not, the communication processing module sends the preset distress information to the second second mobile terminal, if the second second mobile terminal Receive and process the distress message within the preset time, then perform step 3; if not, the communication processing module sends the preset distress message to the third second mobile terminal, if the third second mobile terminal is within the preset time If the SOS message is received and processed, go to step 3; if not, go to step 4.