CN106658386B - Cloud service Bluetooth emergency rescue system - Google Patents
Cloud service Bluetooth emergency rescue system Download PDFInfo
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- CN106658386B CN106658386B CN201710076436.2A CN201710076436A CN106658386B CN 106658386 B CN106658386 B CN 106658386B CN 201710076436 A CN201710076436 A CN 201710076436A CN 106658386 B CN106658386 B CN 106658386B
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- H—ELECTRICITY
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- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/90—Services for handling of emergency or hazardous situations, e.g. earthquake and tsunami warning systems [ETWS]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/025—Services making use of location information using location based information parameters
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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Abstract
The invention discloses a cloud service Bluetooth emergency rescue system; the intelligent wearable device comprises intelligent wearable equipment, an intelligent mobile phone A, a cloud server and a remote rescue terminal; the intelligent wearable device is provided with a Bluetooth help-seeking key with a device identification code and a help-seeking information sending module, wherein the Bluetooth help-seeking key is bound with identity information of a help-seeking person; the smart phone A is provided with a microprocessor A, a Bluetooth module A, GPS positioning module A and a wireless communication module A; the cloud server is connected with the wireless communication module A through a network and used for storing and pushing the equipment identification code information bound with the identity information of the help seeker and GPS (global positioning system) address data of the help seeker to a far end; the remote rescue terminal is connected with the cloud server through a network and used for receiving the equipment identification code information bound with the identity information of the help seeker and the GPS address data of the help seeker. The effect is as follows: the invention solves the problem that the help seeker can still transmit the address, the alarm and the like to related personnel or rescue mechanisms when the mobile phone cannot be used and the mobile phone is in a power-off state, so that the practicability and the use reliability are high.
Description
Technical Field
The invention relates to the technical field of alarm and help seeking systems, in particular to a cloud service Bluetooth emergency rescue system.
Background
At home and abroad, for the help seeker, especially for children, old people and young women, when the intelligent mobile phone cannot be used when the intelligent mobile phone is held or bound, timely and quick alarm is difficult to achieve, even if the intelligent mobile phone can give an alarm, under an emergency state, the intelligent mobile phone is also difficult to accurately convey addresses and police situations to related personnel or rescue mechanisms so as to make help seeking.
Moreover, when the smartphone carried by the person seeking help is powered off or forced to be powered off, the smartphone still cannot quickly and accurately convey the address and the alarm to the related personnel or the rescue organization.
Meanwhile, under the condition that the intelligent mobile phone is not carried, the help seeker cannot rapidly and accurately convey the address and the alarm condition to related personnel or rescue mechanisms.
In the prior art, an alarm method for solving the above situation has not been provided so far.
Therefore, aiming at the current situation, a set of Bluetooth emergency rescue system based on cloud service is designed, so that the problem that the intelligent mobile phone cannot be used, the intelligent mobile phone is out of power, the intelligent mobile phone is not provided with the intelligent mobile phone and other situations can still achieve quick alarm, and an alarm address and an alarm situation are accurately transmitted to related personnel or rescue mechanisms, so that help can be quickly sought, and the system is very necessary.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a cloud service Bluetooth emergency rescue system.
The technical scheme adopted by the invention for solving the problems in the prior art is as follows: a cloud-service bluetooth emergency rescue system, comprising:
the intelligent wearing equipment is worn on the body of the person seeking help; the intelligent wearable device is provided with a Bluetooth help-seeking key with a device identification code bound with identity information of a help-seeking person and a help-seeking information sending module which is in signal connection with the Bluetooth help-seeking key and is used for sending the device identification code information bound with the identity information of the help-seeking person when the Bluetooth help-seeking key is pressed;
a smartphone a carried by a person seeking help; the intelligent mobile phone A is provided with a microprocessor A, a Bluetooth module A which is connected with the intelligent wearable device through Bluetooth and is used for receiving the device identification code information bound with the identity information of the SOS and sent by the help-seeking information sending module, a GPS positioning module A which is used for positioning the geographical position of the SOS and a wireless communication module A which is used for sending the device identification code information bound with the identity information of the SOS and the GPS address data of the SOS to a far end; the Bluetooth module A, GPS positioning module A and the wireless communication module A are respectively in signal connection with the microprocessor A;
a cloud server; the cloud server is in signal connection with the wireless communication module A through a wireless network and is used for storing and pushing equipment identification code information and SOS GPS address data bound with SOS identity information to a far end;
the remote rescue terminal is arranged on a rescuer; the remote rescue terminal is in signal connection with the cloud server through a wireless network and is used for receiving the equipment identification code information bound with the identity information of the help seeker and the GPS address data of the help seeker, which are pushed by the cloud server, so that the rescue party can give rescue service to the help seeker according to the equipment identification code information bound with the identity information of the help seeker and by referring to the GPS address data of the help seeker.
The above technical solution is further described as follows:
preferably, the system also comprises a plurality of smart phones B which are close to the geographical position of the person asking for help and correspondingly carried by a plurality of information transmitting parties for transmitting the information asking for help; each smart phone B is provided with a microprocessor B, a Bluetooth module B which is connected with the intelligent wearable device in a Bluetooth mode and used for receiving the device identification code information bound with the identity information of the help seeker and sent by the help seeking information sending module, a GPS positioning module B used for positioning the geographical position of the information transmitting party and a wireless communication module B used for sending the device identification code information bound with the identity information of the help seeker and the GPS address data of the information transmitting party to a far end; the Bluetooth module B, GPS, the positioning module B and the wireless communication module B are respectively in signal connection with the microprocessor B;
the cloud server is in signal connection with the wireless communication module B through a wireless network and is used for storing and pushing equipment identification code information and information transmitting party GPS address data bound with identity information of a help seeker to a far end;
the remote rescue terminal is in signal connection with the cloud server through a wireless network and is used for receiving the equipment identification code information bound with the identity information of the help seeker and the GPS address data of the information transmitting party pushed by the cloud server, so that the rescue party can give rescue service to the help seeker according to the equipment identification code information bound with the identity information of the help seeker and by referring to the GPS address data of the information transmitting party.
Preferably, the distance between the geographical position of at least one information transmitter and the geographical position of the help seeker in the plurality of information transmitters is not more than twenty meters.
Preferably, when the smart phone A carried by the person seeking help is in a power-on state and the Bluetooth help-seeking key is pressed, the help-seeking information sending module sends the equipment identification code information bound with the identity information of the person seeking help to the smart phone A carried by the person seeking help;
when the smart phone A carried by the help seeker is turned off, the smart phones B carried by the plurality of information transmission parties are all turned on, and the Bluetooth help-seeking key is pressed, the help-seeking information sending module sends the equipment identification code information bound with the identity information of the help seeker to the corresponding smart phone B carried by the information transmission party closest to the help seeker.
Preferably, the system also comprises a plurality of Bluetooth GPS base stations which are arranged on the periphery of the person seeking help and are uniformly distributed on the ground or a building and used for transmitting GPS address data of the person seeking help, the distance between at least one Bluetooth GPS base station and the person seeking help does not exceed twenty meters, the distance between two adjacent Bluetooth GPS base stations does not exceed twenty meters, and each Bluetooth GPS base station is in wireless connection with the cloud server through a mobile network;
when a smart phone A carried by a rescuer is turned off, smart phones B carried by a plurality of information transmitting parties are turned off, and the Bluetooth distress button is pressed, the distress information sending module sends equipment identification code information bound with identity information of the rescuer to the cloud server through the Bluetooth GPS base station closest to the rescuer, and GPS address data carried by the Bluetooth GPS base station closest to the rescuer is also sent to the cloud server at the same time so that the cloud server can push the equipment identification code information bound with the identity information of the rescuer and the GPS address data carried by the Bluetooth GPS base station closest to the rescuer to the remote rescue terminal through a wireless network;
the remote rescue terminal receives the equipment identification code information bound with the identity information of the help seeker and the GPS address data carried by the Bluetooth GPS base station closest to the help seeker, which are pushed by the cloud server, so that the rescue party can give rescue service to the place of the help seeker according to the equipment identification code information bound with the identity information of the help seeker and by referring to the GPS address data carried by the Bluetooth GPS base station closest to the help seeker.
Preferably, when the rescuer is a service organization, the remote rescue terminal is a remote monitor and is arranged in a rescue service center; when the rescue party is personal, the remote rescue terminal is a smart phone C and is worn on an emergency contact person closely related to the help seeker.
Preferably, the remote rescue terminal, the smart phone A and the smart phone B are all loaded with help-seeking alarm APPs with GPS maps.
Preferably, the main interface of the help-seeking alarm APP comprises an alarm type option button.
Preferably, the alarm type option button is one or more of a 110 emergency help alarm button, a 119 fire alarm button, a 120 emergency alarm button, and a 122 traffic accident alarm button.
Preferably, the main interface of the help-seeking alarm APP also comprises a code input window for canceling the alarm;
when a real code is input in the code input window, the main interface of the help-seeking alarm APP displays that an alarm is eliminated; when a user-defined false code is input in the code input window, the main interface of the help-seeking alarm APP displays that the alarm is cancelled, and the alarm is continued in fact.
The invention has the beneficial effects that:
firstly, the cloud service Bluetooth emergency rescue system provided by the invention is implemented in a way that a rescuer wears the intelligent wearable device on the body, when the rescuer is caught by hands or is in a kidnapped state, the smartphone A carried with the rescuer is detained or is inconvenient to use, and the corresponding smartphone A is still in a power-on state, the alarm can be started by wearing the intelligent wearable device which is difficult to find on the body, after triggering the Bluetooth distress button, the rescuer can automatically send the device identification code information bound with the identity information of the rescuer to the corresponding smartphone A through the distress information sending module, the corresponding smartphone A can automatically send the device identification code information bound with the identity information of the rescuer and GPS (global positioning system) address data of the rescuer to the cloud server through the wireless communication module A, and then the cloud server transfers the device identification code information and the GPS address data to a remote rescue terminal of the rescuer, therefore, the rescuer can provide rescue services for the rescuer to the location of the rescuer by referring to the GPS address data of the rescuer according to the equipment identification code information bound with the identity information of the rescuer, so that the problem that the rescuer can still transmit the address, the alarm condition and the like to related personnel or rescue mechanisms when the smartphone A cannot be used and the smartphone A is still in a power-on state is solved, help is sought, and further, the invention has strong practicability and good using effect.
Secondly, in the technical scheme of the invention, when a rescuer is held or kidnapped, and the portable smartphone A without the smartphone A is powered off or is detained to be forcibly turned off, the rescuer can still start an alarm by the intelligent wearable device which is worn on the body and is difficult to detect, after the rescuer triggers the Bluetooth distress button, the information of the equipment identification code bound with the identity information of the rescuer can be automatically sent to the smartphone B which is adjacent to the information transmitter and is carried by the information transmitter within twenty meters through the distress information sending module, the corresponding smartphone B can automatically send the information of the equipment identification code bound with the identity information of the rescuer and the GPS address data of the information transmitter to the cloud server through the wireless communication module B, and then the information is transmitted to a remote rescue terminal of the rescuer through the cloud server, therefore, the rescuer can provide rescue services for the rescuer to the location of the rescuer by referring to the GPS address data of the information transmitting party according to the equipment identification code information bound with the identity information of the rescuer, thereby solving the problem that the rescuer can still transmit the address, the alarm condition and the like to related personnel or rescue mechanisms when the rescuer is not provided with the smart phone A and the portable smart phone A is powered off or withheld to forcibly shut down the rescuer so as to seek help, and further effectively improving the using effect of the invention.
Thirdly, in the embodiment, when the rescuer is held or kidnapped, the portable smartphone a without the smartphone a is powered off or is detained to be powered off, and the smartphone B which is adjacent to the smartphone a and is carried by the information transmitter in the twenty-meter range is also in the power-off state, the rescuer can still start the alarm by wearing the intelligent wearable device which is difficult to find, after triggering the bluetooth distress button, the rescuer can automatically send the device identification code information bound with the identity information of the rescuer to the bluetooth GPS base station which is adjacent to the rescuer through the distress information sending module, and the corresponding bluetooth GPS base station can automatically send the device identification code information bound with the identity information of the rescuer and the GPS address data which the corresponding bluetooth GPS base station carries by itself to the cloud server, the cloud server transmits the information to a remote rescue terminal arranged on a rescuer, so that the rescuer can provide rescue services for the rescuer to the location of the rescuer by referring to GPS address data of a corresponding Bluetooth GPS base station according to equipment identification code information bound with identity information of the rescuer, thereby solving the problem that the rescuer still can transmit an address, an alarm condition and the like to related personnel or a rescue mechanism when the rescuer is not provided with the smart phone A, the portable smart phone A is powered off or is detained to be forcibly powered off and the adjacent smart phone B which is carried on by an information transmission party positioned in a twenty-meter range is also in a powered off state, so as to seek help, and further, the using effect of the cloud server can achieve the best.
Drawings
Fig. 1 is an overall topology diagram of a cloud service bluetooth emergency rescue system of the present invention;
fig. 2 is an overall block diagram of a cloud service bluetooth emergency rescue system according to the first embodiment of the present invention;
fig. 3 is an overall block diagram of the cloud service bluetooth emergency rescue system according to the second embodiment of the present invention;
fig. 4 is an overall block diagram of the cloud service bluetooth emergency rescue system according to the third embodiment of the present invention;
the implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Reference numerals:
the smart wearable device 10;
a Bluetooth SOS button 101; a help information sending module 102;
smartphone a 20;
a microprocessor A201; a Bluetooth module A202; a GPS positioning module A203; a wireless communication module A204;
a cloud server 30;
a remote rescue terminal 40;
smartphone B50;
a microprocessor B501; a Bluetooth module B502; a GPS positioning module B503; a wireless communication module B504;
bluetooth GPS base station 60.
Detailed Description
The technical solutions of the present invention will be described in detail below with reference to the accompanying drawings and specific embodiments so that the inventive spirit of the present invention can be more clearly and intuitively understood.
Example one
As shown in fig. 1 and 2;
the invention provides a cloud service Bluetooth emergency rescue system, which comprises:
the intelligent wearable device 10 is worn on the body of the person seeking help; the intelligent wearable device 10 is provided with a Bluetooth help-seeking key 101 which is bound with identity information of a help-seeking person and is provided with a device identification code, and a help-seeking information sending module 102 which is in signal connection with the Bluetooth help-seeking key 101 and is used for sending the device identification code information bound with the identity information of the help-seeking person when the Bluetooth help-seeking key 101 is pressed;
a smartphone a20 carried by the person seeking help; the smart phone a20 is provided with a microprocessor a201, a bluetooth module a202 connected with the smart wearable device 10 in a bluetooth manner and used for receiving the device identification code information bound with the identity information of the rescuer and sent by the help-seeking information sending module 102, a GPS positioning module a203 used for positioning the geographical position of the rescuer, and a wireless communication module a204 used for sending the device identification code information bound with the identity information of the rescuer and GPS address data of the rescuer to a far end; the Bluetooth module A202, the GPS positioning module A203 and the wireless communication module A204 are respectively in signal connection with the microprocessor A201;
a cloud server 30; the cloud server 30 is in signal connection with the wireless communication module A204 through a wireless network and is used for storing and pushing the equipment identification code information bound with the identity information of the help seeker and GPS (global positioning system) address data of the help seeker to a far end;
a remote rescue terminal 40 provided at a rescuer; the remote rescue terminal 40 is in signal connection with the cloud server 30 through a wireless network and is used for receiving the equipment identification code information bound with the identity information of the rescuer and the GPS address data of the rescuer, which are pushed by the cloud server 30, so that the rescuer can provide rescue services for the rescuer to the location of the rescuer according to the equipment identification code information bound with the identity information of the rescuer and by referring to the GPS address data of the rescuer.
As for the above, it should be emphasized that, when the person seeking help uses the intelligent wearable device 10, the person seeking help needs to register in advance, implement real-name authentication, and bind the identity information of the person seeking help with the device identification code of the corresponding intelligent wearable device 10 itself, so that one person can use the device, so that after the person seeking help, the remote rescue terminal 40 can know who the person is.
Furthermore, in this embodiment, the smart wearable device 10 may be a smart band, a smart ring, a smart key ring, a smart necklace, a smart earring, a smart button, or the like, as long as it has a bluetooth distress key 101 and a distress message sending module 102 for sending the device identification code information bound with the identity information of the person seeking help when the bluetooth distress key 101 is pressed, the distress key being in signal connection with the bluetooth distress key 101.
Meanwhile, in this embodiment, the smart wearable device 10 is successfully bluetooth paired with the smartphone a20 carried by the person seeking help in advance, and the smart wearable device 10 has a power module for supplying power to the help-seeking information sending module 102, and the power module is preferably a rechargeable battery or an electronic device.
Based on the above, it can be seen that, in the specific implementation, the person seeking help wears the intelligent wearable device 10 on one's body, and when the person seeking help encounters clamping or kidnapping, the smartphone a20 carried about is detained or inconvenient to use, and the corresponding smartphone a20 is still in the on-state, the intelligent wearable device 10 that is hard to find on one's body can be worn to start an alarm.
After triggering the bluetooth distress key 101, the rescuer can automatically send the equipment identification code information bound with the identity information of the rescuer to the corresponding smart phone a20 through the distress information sending module 102, the corresponding smart phone a20 can automatically send the equipment identification code information bound with the identity information of the rescuer and the GPS address data of the rescuer to the cloud server 30 through the wireless communication module a204, and then the information is transferred to the remote rescue terminal 40 of the rescuer through the cloud server 30, so that the rescuer can provide rescue services for the rescuer to the location of the rescuer according to the equipment identification code information bound with the identity information of the rescuer and by referring to the GPS address data of the rescuer.
Therefore, the invention solves the problem that the help seeker can still transmit the address, the alarm and the like to related personnel or rescue institutions when the smartphone A20 cannot be used and the smartphone A20 is still in the on state so as to seek help.
Furthermore, the invention has strong practicability and good use effect.
Example two
As shown in fig. 1 and 3;
the invention also comprises a plurality of smart phones B50 which are close to the geographical position of the person asking for help and correspondingly carried by a plurality of information transmitting parties for transmitting the information asking for help; each smart phone B50 has a microprocessor B501, a bluetooth module B502 connected to the smart wearable device 10 in a bluetooth manner for receiving device identification code information bound with identity information of a rescuer sent by the help information sending module 102, a GPS positioning module B503 for positioning a geographical position of an information transmitter, and a wireless communication module B504 for sending the device identification code information bound with identity information of the rescuer and GPS address data of the information transmitter to a remote end; the Bluetooth module B502, the GPS positioning module B503 and the wireless communication module B504 are respectively in signal connection with the microprocessor B501;
the cloud server 30 is in signal connection with the wireless communication module B504 through a wireless network, and is used for storing and pushing the equipment identification code information and the information transmitting party GPS address data bound with the identity information of the help seeker to a remote end;
the remote rescue terminal 40 is in signal connection with the cloud server 30 through a wireless network and is used for receiving the equipment identification code information bound with the identity information of the rescuer and the GPS address data of the information transmitting party pushed by the cloud server 30, so that the rescuer can provide rescue services for the rescuer according to the equipment identification code information bound with the identity information of the rescuer and by referring to the GPS address data of the information transmitting party to the location of the rescuer.
To address the above, it should be noted that, when the smartphone a20 carried by the rescuer is in the on state and the bluetooth distress button 101 is pressed, the distress message sending module 102 preferably sends the device identification code information bound with the identity information of the rescuer to the smartphone a20 carried by the rescuer;
when the smartphone a20 carried by the rescuer is powered off, the smartphones B50 carried by multiple information senders are all powered on, and the bluetooth distress button 101 is pressed, the distress message sending module 102 preferably sends the device identification code information bound with the identity information of the rescuer to the corresponding smartphone B50 carried by the information sender closest to the rescuer.
Here, it should be added that, among the plurality of information transmitters, the distance between the geographic location of at least one information transmitter and the geographic location of the help seeker is not more than twenty meters, so that the smartphone B50 carried by the information transmitter can receive help information well through bluetooth.
And after triggering the bluetooth help-seeking key 101, the help seeker starts a broadcast mode to send help-seeking information when the help seeker cannot automatically match with the smartphone B50, so that the smartphone B50 carried by an information transmitter adjacent to the help seeker and located within a twenty-meter range can still automatically receive and forward the help-seeking information.
Based on this, in the technical scheme of the invention, when the rescuer is under the condition of being clamped or bound, and is forcibly turned off without carrying the smart phone A20 or the portable smart phone A20 without power or being detained, the rescuer can still start the alarm by wearing the smart wearable device 10 which is difficult to detect on the body.
On this basis, after triggering the bluetooth help-seeking key 101, the rescuer can automatically send the equipment identification code information bound with the identity information of the rescuer to a smartphone B50 carried by an information transmission party adjacent to the rescuer and located within a twenty-meter range through the help-seeking information sending module 102, and the corresponding smartphone B50 can automatically send the equipment identification code information bound with the identity information of the rescuer and GPS address data of the information transmission party to the cloud server 30 through the wireless communication module B504 and then transmit the equipment identification code information and GPS address data to the remote rescue terminal 40 of the rescuer through the cloud server 30, so that the rescuer can provide rescue services for the rescuer to the location of the rescuer according to the equipment identification code information bound with the identity information of the rescuer and by referring to the GPS address data of the information transmission party.
Therefore, the invention solves the problem that when a person with no smart phone A20 and a portable smart phone A20 is powered off forcibly, the person can still transmit addresses, police situations and the like to related personnel or rescue institutions to seek help.
Further, the use effect of the present invention can be effectively improved.
EXAMPLE III
As shown in fig. 1 and 4;
the invention also comprises a plurality of Bluetooth GPS base stations 60 which are arranged on the periphery of the person seeking help and are uniformly distributed on the ground or a building and used for transmitting GPS address data of the person seeking help, the distance between at least one Bluetooth GPS base station 60 and the person seeking help does not exceed twenty meters, the distance between two adjacent Bluetooth GPS base stations 60 does not exceed twenty meters, and each Bluetooth GPS base station 60 is in wireless connection with the cloud server 30 through a mobile network;
therefore, the intelligent wearable device 10 carried by the person can always be connected and communicated with one of the adjacent Bluetooth GPS base stations 60 within a range of no more than twenty meters no matter where the person is.
In this embodiment, when the smartphone a20 carried by a rescuer is powered off, the smartphones B50 carried by multiple information transmitters are powered off, and the bluetooth distress button 101 is pressed, the distress message sending module 102 preferably sends the device identifier information bound with the identity information of the rescuer to the cloud server 30 through the bluetooth GPS base station 60 closest to the rescuer, and simultaneously sends GPS address data carried by the bluetooth GPS base station 60 closest to the rescuer to the cloud server 30, so that the cloud server 30 pushes the device identifier information bound with the identity information of the rescuer and the GPS address data carried by the bluetooth GPS base station 60 closest to the rescuer to the remote rescue terminal 40 through a wireless network;
the remote rescue terminal 40 receives the device identification code information bound with the identity information of the rescuer and the GPS address data carried by the bluetooth GPS base station 60 closest to the rescuer, which are pushed by the cloud server 30, so that the rescuer can provide rescue services to the location of the rescuer by referring to the GPS address data carried by the bluetooth GPS base station 60 closest to the rescuer according to the device identification code information bound with the identity information of the rescuer.
As described above, it can be summarized that when the rescuer is under a clamping or kidnapping condition, and is in a power-off state when the smartphone a20 is not carried, the smartphone a20 carried around is not powered or left behind, and the smartphone B50 carried around by the nearby information transmitter located in the twenty-meter range is also in a power-off state, the rescuer can still start the alarm by wearing the smart wearable device 10 on the body, which is difficult to detect.
After triggering the bluetooth help-seeking key 101, the rescuer can automatically send the equipment identification code information bound with the identity information of the rescuer to the adjacent bluetooth GPS base station 60 within a twenty-meter range through the help-seeking information sending module 102, the corresponding bluetooth GPS base station 60 can automatically send the equipment identification code information bound with the identity information of the rescuer and the GPS address data carried by the corresponding bluetooth GPS base station 60 to the cloud server 30, and then the equipment identification code information and the GPS address data carried by the corresponding bluetooth GPS base station 60 are transferred to the remote help-seeking terminal 40 of the rescuer through the cloud server 30.
Therefore, the invention solves the problem that when a rescuer is not provided with the smart phone A20, the portable smart phone A20 is out of power or is detained to be forcibly turned off, and the nearby information transmitter in the twenty-meter range carries the smart phone B50 to be in a power-off state, the rescuer can still transmit addresses, police situations and the like to related personnel or rescue mechanisms so as to seek help.
Furthermore, the using effect of the invention can reach the best.
It should be added that, in the first and second embodiments, the wireless communication module a204 and the wireless communication module B504 are preferably a GSM wireless communication module, a 3G wireless communication module, or a 4G wireless communication module, and the corresponding wireless network is correspondingly selected as a GSM network, a 3G network, or a 4G network. In any of the first embodiment, the second embodiment and the third embodiment, when the rescuer is a service organization, the remote rescue terminal 40 is a remote monitor and is disposed in a rescue service center, such as an alarm center or a community police office; when the rescuer is a person, the remote rescue terminal 40 is a smart phone C and is worn on an emergency contact person closely related to the rescuer.
In addition, in the technical scheme, help-seeking alarms APPs with GPS maps are loaded in the remote rescue terminal 40, the smart phone a20 and the smart phone B50, and a main interface of the help-seeking alarms APP includes an alarm type option button.
Preferably, the alarm type option button is one or more of a 110 emergency help-seeking alarm button, a 119 fire alarm button, a 120 emergency alarm button, and a 122 traffic accident alarm button.
So, the person of seeking help is not using when intelligent wearing equipment 10, and its accessible is opened with oneself smart mobile phone A20 the warning APP of seeking help, and the corresponding warning type option button of manual trigger comes the different warning type of selection to report to the police, and corresponding information transfer side when the help is sought to needs, also can open through the smart mobile phone B50 of taking with oneself the warning APP of seeking help, the corresponding warning type option button of manual trigger comes the different warning type of selection to report to the police.
Meanwhile, no matter the person seeking help or the information transmitting party, the person can input the alarm content in the corresponding help-seeking alarm APP to define alarm information.
In the technical scheme, the main interface of the help-seeking alarm APP also comprises a code input window for canceling the alarm;
when a real code is input in the code input window, the main interface of the help-seeking alarm APP displays that an alarm is eliminated; when a user-defined false code is input in the code input window, the main interface of the help-seeking alarm APP displays that the alarm is cancelled, and the alarm is continued in fact.
Thus, when the rescuer or the information transmitter is clamped or kidnapped, after the alarm is given, the clamper can input a false code to deceive the clamper and wait for the help provider to give help; when the help seeker or the information transmission party triggers ordinary alarms, such as 110 alarm, 119 alarm and the like, after the alarm is finished, the real code can be input to eliminate the alarm, and the help is waited.
It is further necessary to supplement that, no matter where the person seeking help is, as long as the smartphone a20 carried by the person seeking help is in the on state, the rescuer can monitor the geographical position and dynamic movement of the person seeking help by calling the GPS map and displaying the GIS map on the display screen of the corresponding remote rescue terminal 40, so as to enable better positioning and tracking, and thus, the application of the present invention is greatly facilitated.
It further needs to supplement, when concrete implementation, the bluetooth distress key 101 of taking the equipment identification code that intelligence wearing equipment 10 contained can be a plurality of, every bluetooth distress key 101 all has a bluetooth ID code, and different bluetooth distress key 101 then represent the warning of different grade type, its alarm type one-to-one with the option button that the main interface of corresponding distress alarm APP contained, corresponding bluetooth distress key 101 can be one or several kinds in 110 emergency and distress call alarm key, 119 fire alarm key, 120 first aid alarm key and 122 traffic accident alarm key promptly.
In addition, in the technical scheme, both the smart phone a20 and the smart phone B50 can be replaced by a tablet personal computer with bluetooth and GPS or other mobile communication devices with bluetooth and GPS or a customized mobile communication terminal with bluetooth and GPS;
other embodiments, etc., will not be illustrated herein.
In summary, the cloud service bluetooth emergency rescue system provided by the present invention, on one hand, solves the problem that the rescuer can still transmit the address and the alert to the relevant personnel or rescue mechanisms to seek help when the smartphone a20 cannot be used, on the other hand, solves the problem that the rescuer can still transmit the address and the alert to the relevant personnel or rescue mechanisms to seek help when the smartphone a20 is not provided, the portable smartphone a20 is not powered on or is retained and is forcibly powered off, and furthermore, the invention also solves the problem that the rescuer can still transmit the address and the alert to the relevant personnel or rescue mechanisms when the smartphone a20 is not provided, the portable smartphone a20 is powered on or is retained and is forcibly powered off and the smartphone B50 which is provided by the nearby information transmission party and located in the twenty meters range is also in the powered off state, therefore, help is sought, and further, the invention has strong practicability and strong use reliability.
Correspondingly, the method is easy to implement and operate, so that the method inevitably has good market popularization value, is very popular, and can be effectively popularized.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the specification and the drawings of the present invention, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (7)
1. The utility model provides a cloud service bluetooth emergency rescue system which characterized in that, it includes:
the intelligent wearing equipment is worn on the body of the person seeking help; the intelligent wearable device is provided with a Bluetooth help-seeking key with a device identification code bound with identity information of a help-seeking person and a help-seeking information sending module which is in signal connection with the Bluetooth help-seeking key and is used for sending the device identification code information bound with the identity information of the help-seeking person when the Bluetooth help-seeking key is pressed;
a smartphone a carried by a person seeking help; the intelligent mobile phone A is provided with a microprocessor A, a Bluetooth module A which is connected with the intelligent wearable device through Bluetooth and is used for receiving the device identification code information bound with the identity information of the SOS and sent by the help-seeking information sending module, a GPS positioning module A which is used for positioning the geographical position of the SOS and a wireless communication module A which is used for sending the device identification code information bound with the identity information of the SOS and the GPS address data of the SOS to a far end; the Bluetooth module A, GPS positioning module A and the wireless communication module A are respectively in signal connection with the microprocessor A;
a cloud server; the cloud server is in signal connection with the wireless communication module A through a wireless network and is used for storing and pushing equipment identification code information and SOS GPS address data bound with SOS identity information to a far end;
the remote rescue terminal is arranged on a rescuer; the remote rescue terminal is in signal connection with the cloud server through a wireless network and is used for receiving the equipment identification code information bound with the identity information of the help seeker and the GPS address data of the help seeker, which are pushed by the cloud server, so that the rescue party can refer to the GPS address data of the help seeker to the location of the help seeker according to the equipment identification code information bound with the identity information of the help seeker and provide rescue service for the help seeker;
the system also comprises a plurality of smart phones B which are close to the geographical position of the SOS and correspondingly carried by a plurality of information transmitting parties and used for transmitting SOS information; each smart phone B is provided with a microprocessor B, a Bluetooth module B which is connected with the intelligent wearable device in a Bluetooth mode and used for receiving the device identification code information bound with the identity information of the help seeker and sent by the help seeking information sending module, a GPS positioning module B used for positioning the geographical position of the information transmitting party and a wireless communication module B used for sending the device identification code information bound with the identity information of the help seeker and the GPS address data of the information transmitting party to a far end; the Bluetooth module B, GPS, the positioning module B and the wireless communication module B are respectively in signal connection with the microprocessor B;
the cloud server is in signal connection with the wireless communication module B through a wireless network and is used for storing and pushing equipment identification code information and information transmitting party GPS address data bound with identity information of a help seeker to a far end;
the remote rescue terminal is in signal connection with the cloud server through a wireless network and is used for receiving the equipment identification code information bound with the identity information of the help seeker and the GPS address data of the information transmitting party, which are pushed by the cloud server, so that the rescue party can give rescue service to the help seeker according to the equipment identification code information bound with the identity information of the help seeker and by referring to the GPS address data of the information transmitting party;
the distance between the geographical position of at least one information transmitter and the geographical position of the help seeker in the plurality of information transmitters is not more than twenty meters;
when the smart phone A carried by the help seeker is in a starting state and the Bluetooth help seeking button is pressed, the help seeking information sending module sends the equipment identification code information bound with the identity information of the help seeker to the smart phone A carried by the help seeker;
when the smart phone A carried by the help seeker is turned off, the smart phones B carried by the plurality of information transmission parties are all turned on, and the Bluetooth help-seeking key is pressed, the help-seeking information sending module sends the equipment identification code information bound with the identity information of the help seeker to the corresponding smart phone B carried by the information transmission party closest to the help seeker.
2. The cloud-service Bluetooth emergency rescue system according to claim 1, further comprising a plurality of Bluetooth GPS base stations with GPS address data, which are disposed around the person seeking help and are uniformly distributed on the ground or on a building for transmitting the information seeking help, wherein the distance between at least one of the Bluetooth GPS base stations and the person seeking help is not more than twenty meters, the distance between two adjacent Bluetooth GPS base stations is not more than twenty meters, and each Bluetooth GPS base station is wirelessly connected with the cloud server through a mobile network;
when a smart phone A carried by a rescuer is turned off, smart phones B carried by a plurality of information transmitting parties are turned off, and the Bluetooth distress button is pressed, the distress information sending module sends equipment identification code information bound with identity information of the rescuer to the cloud server through the Bluetooth GPS base station closest to the rescuer, and GPS address data carried by the Bluetooth GPS base station closest to the rescuer is also sent to the cloud server at the same time so that the cloud server can push the equipment identification code information bound with the identity information of the rescuer and the GPS address data carried by the Bluetooth GPS base station closest to the rescuer to the remote rescue terminal through a wireless network;
the remote rescue terminal receives the equipment identification code information bound with the identity information of the help seeker and the GPS address data carried by the Bluetooth GPS base station closest to the help seeker, which are pushed by the cloud server, so that the rescue party can give rescue service to the place of the help seeker according to the equipment identification code information bound with the identity information of the help seeker and by referring to the GPS address data carried by the Bluetooth GPS base station closest to the help seeker.
3. The cloud-service Bluetooth emergency rescue system according to any one of claims 1-2, wherein when the rescuer is a service organization, the remote rescue terminal is a remote monitor and is disposed in a rescue service center; when the rescue party is personal, the remote rescue terminal is a smart phone C and is worn on an emergency contact person closely related to the help seeker.
4. The cloud-service Bluetooth emergency rescue system of claim 3, wherein the remote rescue terminal, the smart phone A and the smart phone B are loaded with help-seeking alarms APP with GPS maps.
5. The cloud-service Bluetooth emergency rescue system of claim 4, wherein the main interface of the help-seeking alarm APP includes an alarm type option button.
6. The cloud-services bluetooth emergency rescue system of claim 5, wherein the alert type option button is one or more of a 110 emergency distress call alert button, a 119 fire alert button, a 120 first aid alert button, and a 122 traffic accident alert button.
7. The cloud-service Bluetooth emergency rescue system of claim 5, wherein the main interface of the help alarm APP further includes a code input window for canceling an alarm;
when a real code is input in the code input window, the main interface of the help-seeking alarm APP displays that an alarm is eliminated; when a user-defined false code is input in the code input window, the main interface of the help-seeking alarm APP displays that the alarm is cancelled, and the alarm is continued in fact.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107579902A (en) * | 2017-06-22 | 2018-01-12 | 深圳小木科技有限公司 | Method for seeking help and help-asking system |
| CN107633666A (en) * | 2017-09-13 | 2018-01-26 | 新丝绸之路科技有限公司 | Alarm method, alarm processing method, electronic device and computer storage medium |
| CN107767641A (en) * | 2017-09-13 | 2018-03-06 | 新丝绸之路科技有限公司 | Alarm method, mobile terminal and computer storage medium |
| CN110087221B (en) * | 2019-04-26 | 2021-09-14 | 上海救要救信息科技有限公司 | Rescue method and device |
| CN110446195A (en) * | 2019-07-22 | 2019-11-12 | 万翼科技有限公司 | Location processing method and Related product |
| CN111640257A (en) * | 2020-05-21 | 2020-09-08 | 武汉黎赛科技有限责任公司 | Tool management system and method |
| CN113539521B (en) * | 2021-07-28 | 2022-04-01 | 深圳市亿莱顿科技有限公司 | Intelligent medical information processing terminal and system based on Internet |
| CN114222280B (en) * | 2022-02-22 | 2022-07-08 | 荣耀终端有限公司 | Emergency communication method, equipment and storage medium |
| CN116248965B (en) * | 2023-03-03 | 2024-10-01 | 深圳康佳电子科技有限公司 | Voice help seeking method based on intelligent television and related equipment |
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