CN102005102A - System, electronic device and method for automatically calling for help - Google Patents

Abstract

The invention provides a system, electronic device and method for automatically calling for help. The electronic device comprises a storage unit, a coordinate setting unit, a sensing unit, a processing unit and a communicating unit, wherein the storage unit is used for storing edited information templates, preset communication information and the current longitude information and latitude information of the electronic device; the coordinate setting unit is used for providing the current longitude information and latitude information of the electronic device; the sensing unit is used for sensing whether the current accelerated speed value of the electronic device reaches to a preset accelerated speed value; the processing unit is used for acquiring the longitude information, latitude information and information templates of the electronic device from the storage unit and generating a message for help when the sensing unit senses that the accelerated speed value reaches to the preset accelerated speed value; and the communicating unit is used for sending the message for help according to the preset communication information stored in the storage unit. By adopting the invention, the condition that a user can not carry out self saving in case of coma is avoided.

Description

System, electronic device and method with automatic distress function

technical field

The invention relates to a system, an electronic device and a method with an automatic rescue function.

Background technique

Many people engaged in outdoor activities such as mountaineering may experience unpredictable accidents during activities, such as falling or falling into a valley and being injured or comatose, making it impossible to call for help from the outside world through existing communication devices, thus missing the golden rescue time .

Under the prior art, although there are also related self-rescue devices, if an accident occurs, the user turns on the self-rescue device, and the self-rescue device automatically obtains relevant information about the user's location, and sends the relevant information to the specified recipient in the form of a short message. The help-calling end and the called-for-rescue end formulate a corresponding rescue plan according to the location information in the information. However, if the user is unconscious when falling into the valley, he cannot turn on the rescue device by himself, which will lead to missing the rescue time.

Contents of the invention

The main purpose of the present invention is to provide a system, electronic device and method with automatic help function, by obtaining the acceleration value of the help-calling terminal at any time, and comparing it with a preset acceleration value to generate a help-call message to the called-for-help terminal , so as to solve the above problem.

The invention provides a system with an automatic rescue function, the system includes a help-calling terminal electronic device and at least one help-calling terminal electronic device, the help-calling terminal electronic device includes a storage unit and a coordinate positioning unit, the storage unit is used to store The edited information template, the preset communication information of the emergency electronic device and the current longitude and latitude information of the emergency electronic device; the coordinate positioning unit is used to provide the current longitude information and latitude information of the emergency electronic device ; The help-end electronic device also includes: a sensing unit, for sensing whether the current acceleration value of the help-end electronic device reaches a preset acceleration value; a processing unit, for when the acceleration sensed by the sensing unit When the value reaches the preset acceleration value, the longitude information, latitude information and information template of the electronic device at the help-calling terminal are obtained from the storage unit to generate a help-call message; a communication unit is used to The communication information of the help-calling electronic device sends the help-calling information to the help-calling electronic device.

The present invention also provides a system with an automatic rescue function. The system includes a help-calling terminal electronic device and at least one help-receiving terminal electronic device. The help-calling terminal electronic device includes a storage unit and a coordinate positioning unit; the storage unit is used for Store the edited information template, the preset communication information of the emergency electronic device and the current longitude and latitude information of the emergency electronic device; the coordinate positioning unit is used to provide the current longitude information and latitude of the emergency electronic device information; the help-calling electronic device also includes: a control key, which is used to generate a control command according to the user's operation; a processing unit, which is used to obtain the longitude information and latitude information of the help-calling terminal electronic device from the storage unit according to the control command and an information template for generating a distress message; a communication unit for sending the distress message to the electronic device of the distressed terminal according to the preset communication information of the electronic device of the distressed terminal stored in the storage unit.

The present invention also provides an automatic emergency call method applied to an electronic device, which includes the following steps: detecting whether the current acceleration value of the electronic device reaches a preset acceleration value through a sensing unit; when the current acceleration value of the electronic device When the preset acceleration value is reached, generate a distress message according to the current longitude information, latitude information and an information template; send the distress message according to the preset communication information.

The present invention also provides an automatic rescue method applied to an electronic device, the method comprising the following steps: generating a control command according to the user's operation; according to the control command, obtaining the current longitude information, latitude information and an information template of the electronic device, Generate a distress message; send the distress message according to preset communication information.

The system, electronic device and method with automatic help function of the present invention, by detecting whether the current acceleration value of the user reaches the preset acceleration value, generates a help message according to the comparison result and sends it to a terminal to obtain help, thereby avoiding It prevents the situation that the user cannot save himself when he is unconscious.

Description of drawings

Fig. 1 is a schematic diagram of the system with automatic help function of the present invention;

Fig. 2 is the second schematic diagram of the system with automatic rescue function of the present invention;

FIG. 3 is a flow chart of the method for automatically calling for help by the electronic device of the present invention.

Description of main component symbols

system 100  SOS terminal electronic device 10  The electronic device of the emergency terminal 20 Sensing unit 13 accelerometer 131 input unit 14 Coordinate positioning unit 15 processing unit 12 Information acquisition module 121 Information synthesis module 122 storage unit 11 Communication unit 16 control key 17

Detailed ways

As shown in Figure 1, it is a schematic diagram of a system with an automatic distress function. The system 100 includes a help-calling electronic device 10 and at least one help-requested electronic device 20 . The help-calling electronic device 10 is used for automatically generating a help-calling message when the help-calling terminal is in an emergency situation, and sending the help-calling message to the called-end electronic device 20 . The help information includes the current location information of the electronic device 10 at the help-call terminal. The electronic device 20 called for help obtains the location of the electronic device 10 at the help-calling terminal according to the help-call information. The emergency electronic device 10 may be a wearable or portable electronic device, and the emergency electronic device is an electronic device capable of receiving information, such as a mobile phone, a personal digital assistant (PDA), a notebook computer, and the like.

The emergency electronic device 10 includes an input unit 14 , a storage unit 11 , a coordinate positioning unit 15 , a sensing unit 13 , a processing unit 12 and a communication unit 16 . The input unit 14 is used to receive input from the user through the interface to edit a preset information template and the communication information of the called terminal. In this embodiment, the communication information of the terminal called for help may be a phone number, an email address, and the like. The storage unit 11 is used for storing the edited information template, the preset communication message of the emergency-calling terminal, and the current longitude and latitude information of the electronic device 10 of the emergency-calling terminal. The coordinate positioning unit 15 is used for providing longitude and latitude information of the electronic device 10 at the emergency end. In this embodiment, the coordinate positioning unit 15 can be a global positioning system (Global Positioning System, GPS) or an assisted global satellite positioning system (Assisted Global Positioning System, AGPS). In other embodiments, the coordinate positioning unit 15 can also be Other positioning systems are possible.

The sensing unit 13 is used for sensing whether the current acceleration value of the emergency electronic device 10 reaches a preset acceleration value. The acceleration value refers in particular to the acceleration value in the direction of gravity. In this embodiment, the sensing unit 13 is a micro-electro-mechanical system (MEMS) accelerometer. In other implementation manners, the sensing unit can be a three-axis acceleration sensor or a two-axis acceleration sensor.

The processing unit 12 includes an information acquisition module 121 and an information synthesis module 122 . The information acquisition module 121 is used to obtain the current longitude information, latitude information and Information template. The information synthesis module 122 is used for immediately generating a distress message according to the acquired longitude information, latitude information and information template. For example, the template of the distress message is: I am Xiaoqiang, the longitude of my current location is 113°46′, the latitude is 22°27′, I fell off a cliff, please help me. In this embodiment, the form of the distress message may be text, voice, video and so on. The distress message includes location information. In this embodiment, the location information is the obtained longitude information and latitude information; in another embodiment, the location information may be the place name corresponding to the longitude information and latitude information.

The communication unit 16 is used for immediately sending the distress information to the electronic device 20 of the called terminal according to the preset communication message of the called terminal stored in the storage unit 11 . In this embodiment, the communication unit 16 uses point-to-point technology to send the distress information to the electronic device 20 at the called end, so that the called end user can quickly obtain the content of the distress information, so as not to delay the rescue time.

The emergency electronic device 20 is used to receive the emergency message sent by the emergency electronic device 10 , and determine the current location of the emergency electronic device 10 according to the contents of the emergency message.

As shown in FIG. 2 , in the second embodiment of the present invention, the emergency electronic device 10 further includes a control key 17 for receiving a user's operation to generate a control command. The processing unit 12 obtains the longitude information, latitude information and information template of the help-side electronic device 10 in the storage unit 11 according to the control instruction, immediately generates a help-call message, and controls the communication unit 16 according to the preset stored in the storage unit 11. The communication message of the called terminal sends the distress message to the electronic device 20 of the called terminal.

In the third embodiment of the present invention, the sensing unit 13 is also used to detect whether the change of the acceleration value within the preset time period is If it is not a rule change, the processing unit 12 directly obtains the longitude information, latitude information and information template of the help-calling terminal electronic device 10 from the storage unit 11, and immediately generates a help message, and the communication unit 16 according to the storage unit 11 The stored preset communication message of the called terminal sends the distress information to the electronic device 20 of the called terminal.

In this embodiment, if the sensing unit 13 detects that the current acceleration value of the help-calling electronic device 10 instantly reaches the preset acceleration value, within a preset time period, irregular values or no values begin to appear again, which means that the help-calling The acceleration value of the terminal electronic device changes irregularly within the preset time period. If the sensing unit 13 detects that the current acceleration value of the help-calling electronic device 10 instantly reaches the preset acceleration value, and then starts to return to the regular acceleration value within a preset time period, it means that the acceleration value of the help-calling electronic device is within the preset time period. Changes within a preset time period are regular changes.

As shown in FIG. 3 , it is a flow chart of the method for automatically calling for help by the help-calling terminal electronic device of the present invention.

The sensing unit 13 senses the current acceleration value of the emergency electronic device 10 (step S301 ).

The sensing unit 13 detects whether the current acceleration value of the emergency electronic device reaches a preset acceleration value (step S302 ).

When the sensed acceleration value of the help-calling electronic device 10 reaches the preset acceleration value, the information acquisition module 121 acquires the longitude information, latitude information and information template of the help-calling electronic device 10 from the storage unit 11 (step S303 ).

The information synthesis module 122 generates a distress message according to the acquired longitude information, latitude information and information template (step S304).

The communication unit 16 sends the distress message to the electronic device 20 of the called terminal according to the preset communication message of the called terminal (step S305 ).

Claims (16)

1. system with automatic help function, this system comprises an emergency end electronic installation and at least one by emergency end electronic installation, this emergency end electronic installation comprises a storage unit and a coordinate setting unit, and this coordinate setting unit is used to provide emergency end electronic installation present located longitude information and latitude information; This storage unit is used to store the information model that edits, current longitude information and the latitude information of electronic installation held in default communication information and emergency by emergency end electronic installation; It is characterized in that: this emergency end electronic installation also comprises:

One sensing cell is used for the current accekeration of sensing emergency end electronic installation and whether reaches a default accekeration;

One processing unit is used for obtaining longitude information, latitude information and the information model of emergency end electronic installation from storage unit when accekeration that sensing cell senses reaches this default accekeration, generates distress signals;

One communication unit is used for sending these distress signals extremely by emergency end electronic installation according to the default communication information by emergency end electronic installation that storage unit is stored.

2. the system with automatic help function as claimed in claim 1 is characterized in that: the accekeration of described sensing cell sensing is the accekeration on the gravity direction.

3. the system with automatic help function as claimed in claim 1 is characterized in that: this sensing cell is a MEMS (micro electro mechanical system) accelerometer.

4. the system with automatic help function as claimed in claim 1 is characterized in that: this sensing cell is a 3-axis acceleration sensor.

5. the system with automatic help function as claimed in claim 1 is characterized in that: this sensing cell is one or two axle acceleration sensors.

6. the system with automatic help function as claimed in claim 1, it is characterized in that: this emergency end electronic installation also comprises an operating key, be used for producing a steering order according to user's operation, this processing unit generates these distress signals according to this steering order and controls this communication unit and sends these distress signals extremely by emergency end electronic installation according to the default communication information of storing in the storage unit by emergency end electronic installation.

7. the system with automatic help function as claimed in claim 1 is characterized in that: this coordinate setting unit is GPS or AGPS.

8. the system with automatic help function as claimed in claim 1 is characterized in that: this coordinate setting unit is GPS and the combining of AGPS.

9. the system with automatic help function as claimed in claim 1 is characterized in that: this communication unit adopts P-2-P technology that distress signals are sent to by emergency end electronic installation.

10. the system with automatic help function as claimed in claim 1, it is characterized in that: this sensing cell also is used for after accekeration moment of detecting emergency end electronic installation reaches default accekeration, whether detect the variation of this accekeration in the Preset Time section is irregular variation, when being irregular variation, this processing unit generates this distress signals, and this communication unit sends these distress signals extremely by emergency end electronic installation according to the default communication information of storing in the storage unit by emergency end electronic installation.

11. the system with automatic help function, this system comprise an emergency end electronic installation and at least one by emergency end electronic installation, this emergency end electronic installation comprises a storage unit and a coordinate setting unit; This coordinate setting unit is used to provide emergency end electronic installation present located longitude information and latitude information; This storage unit is used to store the information model that edits, current longitude information and the latitude information of electronic installation held in default communication information and emergency by emergency end electronic installation; It is characterized in that: this emergency end electronic installation also comprises:

One operating key is used for producing a steering order according to user's operation;

One processing unit is used for obtaining longitude information, latitude information and the information model that electronic installation is held in emergency according to this steering order from storage unit, generates distress signals;

One communication unit is used for sending these distress signals extremely by emergency end electronic installation according to the default communication information by emergency end electronic installation that storage unit is stored.

12. the electronic installation with automatic help function, this electronic installation comprise a storage unit and a coordinate setting unit; This coordinate setting unit is used to provide electronic installation present located longitude information and latitude information; This storage unit is used to store the information model that edits, default communication information and current longitude information and the latitude information of electronic installation; It is characterized in that: this electronic installation also comprises:

One sensing cell is used for the current accekeration of sensing electronic installation and whether reaches a default accekeration;

One processing unit is used for obtaining longitude information, latitude information and the information model of electronic installation from storage unit when accekeration that sensing cell senses reaches this default accekeration, generates distress signals;

One communication unit is used for sending this distress signals according to the default communication information that storage unit is stored.

13. the electronic installation with automatic help function as claimed in claim 12, it is characterized in that: this electronic installation also comprises an operating key, be used for producing a steering order according to user's operation, this processing unit generates these distress signals according to this steering order and controls this communication unit and sends this distress signals according to the default communication information of storing in the storage unit.

14. the electronic installation with automatic help function, this electronic installation comprise a storage unit and a coordinate setting unit; This coordinate setting unit is used to provide electronic installation present located longitude information and latitude information; This storage unit is used to store the information model that edits, default communication information and current longitude information and the latitude information of electronic installation; It is characterized in that: this electronic installation also comprises:

One operating key is used for producing a steering order according to user's operation;

One processing unit is used for obtaining longitude information, latitude information and the information model of electronic installation according to this steering order from storage unit, and generates distress signals;

One communication unit is used for sending this distress signals according to the default communication information that storage unit is stored.

15. an automatic help method that is applied to electronic installation, it is characterized in that: this method comprises the steps:

Whether reach a default accekeration by the current accekeration of a sensing cell sensing electronic installation;

When the current accekeration of electronic installation reaches this default accekeration,, generate distress signals according to current longitude information, latitude information and an information model;

Send this distress signals according to default communication information.

16. an automatic help method that is applied to electronic installation, it is characterized in that: this method comprises the steps:

Operation according to the user produces a steering order;

According to this steering order, obtain the current longitude information of electronic installation, latitude information and an information model, generate distress signals;

Send this distress signals according to default communication information.

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