CN210721734U

CN210721734U - Help calling device with 5G function

Info

Publication number: CN210721734U
Application number: CN201921830202.3U
Authority: CN
Inventors: 崔亚红; 吴国鑫; 郑福
Original assignee: Beijing Dongfang Hailong Fire Technology Co ltd
Current assignee: Beijing Dongfang Hailong Fire Technology Co ltd
Priority date: 2019-10-28
Filing date: 2019-10-28
Publication date: 2020-06-09
Anticipated expiration: 2029-10-28

Abstract

The utility model discloses a calling for help ware with 5G function, including the shell to and the singlechip of installation in the shell, following module is connected to the singlechip electricity respectively: the system comprises a power supply module, a power supply monitoring module, a startup and shutdown verification module, a display screen, a storage module, an audible alarm, a light alarm, a vibration induction module, an alarm reset module, a communication talkback module, a two-dimensional code scanning module, a positioning module, a temperature monitoring module, a 5G video public network transmission module, a wifi hotspot module, an external loudspeaker, a recording module and a camera module. The distress call device can realize automatic or manual alarm under various states, one device realizes various data acquisition, local storage, transmission to the outside, communication with the outside and record of the movement track of a carrier of the terminal, and the distress call device has multiple functions, greatly reduces the number of equipment to be carried when a fire fighter enters a scene, improves the rescue and relief efficiency, and simultaneously improves the survival probability of the fire fighter.

Description

Help calling device with 5G function

Technical Field

The utility model relates to a rescue equipment technical field, concretely relates to calling for help ware that has 5G function suitable for fire fighter wears.

Background

When a fireman carries out emergency rescue in various disaster accidents, the fireman can often not keep effective contact with the outside due to the reasons of severe environmental conditions, physical exhaustion and the like, and in order to solve the problem, people research and develop a help caller for the fireman to wear and send a help signal to the outside.

The existing help caller has single function generally, and the rescue firefighter needs to carry a large amount of other rescue equipment to enter a rescue scene for operation after carrying the help caller, so that the action is inconvenient and the efficiency is low.

SUMMERY OF THE UTILITY MODEL

In order to solve the above-mentioned problem among the prior art, the utility model provides a multi-functional integration has the calling for help ware of 5G function in an organic whole, a tractor serves several purposes, and convenient to carry realizes automatic alarm and calling for help under the multiple condition.

The utility model provides a calling for help ware with 5G function, including the shell to and the singlechip of installation in the shell, following module is connected to the singlechip electricity respectively: the system comprises a power supply module, a power supply monitoring module, a startup and shutdown verification module, a display screen, a storage module, an audible alarm, a light alarm, a vibration induction module, an alarm reset module, a communication talkback module, a two-dimensional code scanning module, a positioning module, a temperature monitoring module, a 5G video public network transmission module, a wifi hotspot module, an external loudspeaker, a recording module and a camera module;

wherein the power module is electrically connected with and supplies power to the following modules: the device comprises a startup and shutdown verification module, a display screen, a storage module, a sound alarm, a light alarm, an externally-placed loudspeaker, a power supply monitoring module, a vibration sensing module, a temperature monitoring module, a camera module, a recording module, a positioning module and a communication talkback module.

Among the above modules, the power supply monitoring module is used for monitoring the real-time voltage of the power supply module (namely the battery), recording the service time of the battery, and displaying the information on a display screen in a starting state, and the power supply module sends out a low-voltage alarm through an audible alarm after the voltage is lower than a preset value.

The power-on and power-off verification module comprises a power-on key and a verification module, wherein the power-on key is used for starting up, and the verification module is used for completing the power-on and power-off of the distress call device after the identity of a user is verified.

The vibration sensing module is used for monitoring the action of a carrier, judging the state of the carrier according to the action of the carrier and giving out distress alarm through the sound alarm and/or the light alarm.

The alarm reset module comprises an alarm/reset key and is used for realizing manual alarm and reset of alarm.

The communication talkback module is used for being in communication connection with the outside through a wireless network, realizing transmission of data in the local storage module to the outside through the communication connection, and realizing a real-time talkback function with the outside after being connected with external communication equipment.

The two-dimensional code scanning module can scan the two-dimensional code on the goods in the storehouse through the two-dimensional code scanning function of the distress call device, and the name, the manufacturer, the use instruction, the quality guarantee time and the like of the goods are known. The image acquisition of the two-dimensional code scanning module is realized by calling the camera module.

The positioning module comprises a height positioning module and a plane positioning module and is used for determining the position and the height of the carrier and storing the motion trail of the carrier to the computer through the storage module.

The temperature monitoring module is used for monitoring the external temperature of the calling device and the internal temperature of the calling device, and sending out a high-temperature alarm through the sound alarm after the temperature exceeds a preset value.

The 5G video public network transmission module is used for remotely transmitting the video of the site to a computer and a remote command center. And monitoring, commanding and remotely recording the scene. The voice is transmitted in real time in two ways through the public network, so that the situation of the scene is reported and known conveniently.

The wifi hot spot module is used for providing a hot spot network, and the on-site computer can transmit data such as videos in the computer to the command center through the GSM card of the help caller on the other end device connected through the 5G network. The caller can also transmit other data of the picture to the other end equipment by the router.

And the recording module is used for recording, and recorded audio is stored in the local machine through the storage module and is played back through the external loudspeaker.

And the camera module is used for shooting pictures and videos, storing the pictures and the videos into the local machine through the storage module and playing back the pictures and the videos through the display screen.

Preferably, in the above-mentioned distress call device, the power on/off verification module includes any one or a combination of a plurality of fingerprint verification modules, voice verification modules and face identification modules, and the face information obtaining function of the face identification module is implemented by the camera module.

Preferably, in the above-mentioned distress call device, the power module is a rechargeable lithium battery.

Preferably, in the above-mentioned saving alarm, the communication connection between the communication intercom module and the external communication device includes at least one of wifi, mesh ad hoc network and bluetooth.

Preferably, in the above-mentioned distress call device, the external communication device is a bluetooth headset or an intercom connected by wire.

Preferably, in the above-mentioned distress call device, the positioning module is a GPS module.

Preferably, in the above-mentioned distress call device, the vibration sensing module includes a vibration sensor and an independent single chip microcomputer; the vibration sensor is a gyroscope, and a timer function is built in the independent single chip microcomputer.

Preferably, in the above-mentioned distress call device, the housing is provided with a back clip slot for wearing on clothes.

The utility model provides a help calling device has following beneficial effect:

the automatic alarm and the manual alarm under various states can be realized, and meanwhile, various data acquisition, local storage, transmission to the outside, communication with the outside and record of the motion trail of a carrier of the terminal are realized by using a single device. The multifunctional fire fighting truck has the advantages that multiple purposes can be realized, the number of equipment to be carried when fire fighting personnel enter a site is greatly reduced, the emergency rescue and relief efficiency is improved, and the survival probability of the fire fighting personnel is also improved.

Drawings

FIG. 1 is a schematic view of a connection structure of a single chip microcomputer and each module of the distress call device with the 5G function in embodiment 1;

FIG. 2 is a schematic front side view of the distress call device with 5G function in embodiment 1;

FIG. 3 is a left side structure view of the saving alarm with 5G function in the embodiment 1;

FIG. 4 is the right side structure view of the saving alarm with 5G function in the embodiment 1;

fig. 5 is a rear side structural view of the distress call device with the 5G function in embodiment 1.

In the figure:

1. camera 2, infrared lamp 3, laser positioning lamp

4. Help-calling device flash lamp 5, microphone 6 horn

7. Video recording key 8, recording key 9, key for identifying important function

10. Sound cavity 11, photographing key 12, PTT

13. Power-on/hand-operated alarm reset key 14, fingerprint key 15 and display screen

16. Back key 17, upturning key 18 and down key

19. Menu key 20, reset key 21, back clip slot.

Detailed Description

The technical solutions of the present invention are explained and illustrated in detail below with reference to specific embodiments so that those skilled in the art can better understand the present invention and implement the present invention.

Example 1

This embodiment provides a calling for help ware with 5G function, its core component is the singlechip and each module of being connected with the monolithic is electromechanical, please refer to figure 1 specifically, this calling for help ware includes the singlechip, power module, power monitoring module, the module is verified in the switching on and shutting down, a display screen, storage module, audible alarm ware, light alarm ware, vibration induction module, the alarm module that resets, the communication module of talkbacking, two-dimensional code scanning module, orientation module, temperature monitoring module, 5G video public network transmission module, wifi focus module, put loudspeaker outward, recording module and camera module.

The individual modules are detailed below:

(1) and a program for interacting information with each module and responding to the instruction is preset in the single chip microcomputer.

(2) Power supply module

The power supply device is used for supplying power to the startup and shutdown verification module, the display screen, the storage module, the sound alarm, the light alarm, the externally-placed loudspeaker, the power supply monitoring module, the vibration induction module, the temperature monitoring module, the camera module, the recording module, the positioning module and the communication talkback module. The power module is a rechargeable lithium battery, and according to the national standard (please refer to GB27900-2011), the lithium battery can meet the condition that the continuous startup standby time of the equipment is not less than 24 hours.

(3) Power supply monitoring module

The power supply module is used for monitoring the implementation voltage of the power supply module, recording the service time of the battery and displaying the information on the display screen in the starting state, so that a user can monitor the actual state of the power supply module conveniently.

Furthermore, the power supply monitoring module can store the information in the local computer through the storage module, and the change value and the service time of the voltage of the power supply module can be conveniently checked afterwards.

When the power supply monitoring module monitors that the voltage of the power supply module is lower than a preset value, a low-voltage alarm different from other alarm sounds is sent out through the sound alarm, and according to the regulation of GB27900-2011, when the required distance of the low-voltage alarm is 1m, the sound intensity is larger than 65 dB.

The power supply monitoring module is the same as that in the prior art, and is not described in detail here.

(4) Startup and shutdown verification module

The method and the device are used for finishing the startup and shutdown of the distress call device after the identity of a user is verified, and preventing the misuse of the distress call device. The startup and shutdown verification module comprises a startup key and a verification module for startup. The power-on key is the power-on/manual alarm key 13 of fig. 4.

Further, the verification module may take a variety of forms. In this embodiment, the verification module includes any one or more of a fingerprint verification module, a voice verification module, and a facial recognition module.

The following further explains the implementation of various kinds of verification modules one by one:

starting up:

starting up by fingerprints: pressing a power-on/manual alarm key for 13 seconds, and verifying the fingerprint through a fingerprint verification module;

and (3) starting up the voice verification: pressing the power-on/manual alarm key for 13 seconds to send out a password by voice, and verifying by the voice verification module according to the password;

starting up the face recognition: and pressing a power-on/manual alarm key 13 for three seconds, and carrying out facial verification on the carrier through a camera module or a camera arranged on the same side of the display screen.

Shutdown:

and (3) turning off the fingerprint: in the power-on state, pressing a power-on/manual alarm key 13 for three seconds, and verifying the fingerprint through a fingerprint verification module;

and (3) voice verification shutdown: in the power-on state, a power-on/manual alarm key is pressed for 13 seconds, a password is reported by voice, and the voice verification module verifies according to the password;

and (3) turning off the face recognition: in the power-on state, the power-on/manual alarm key 13 is pressed for three seconds, and the face of the carrier is verified through the camera module or the camera arranged on the same side of the display screen.

However, it should be noted that the present invention is not limited to the actual authentication method, and those skilled in the art can select an appropriate verification module and verification method according to actual needs.

Similarly, the specific implementation of the fingerprint verification module, the voice verification module, and the face recognition module are the same as those in the prior art, and are not described herein again.

(5) Display screen

A instruction for receiving the singlechip shows relevant information, the utility model discloses well display screen does not have special construction to improve, can choose for use conventional product.

(6) Memory module

The data storage module is used for storing information data generated by each module of the distress call device, such as photos or video data taken by the camera module.

(7) Sound alarm and light alarm

After receiving the instruction of the singlechip, the alarm is given to the outside through sound or light.

(8) Vibration sensing module

The vibration sensing module comprises an independent single chip microcomputer and a vibration sensor, and when the vibration sensor receives vibration, a signal is sent to a timer of the independent single chip microcomputer to enable the timer of the single chip microcomputer to reset.

The step counting function can also be realized by utilizing the gyroscope.

The vibration sensing module is further described below:

because the calling for help ware of taking 5G function that this embodiment provided can be worn on one's body the carrier when using, consequently when the carrier motion, the vibration sensor among the vibration response module can continuously receive the vibration, receives the vibration at every turn, and the vibration sensor all can make independent singlechip timer reset, and the vibration response module is in quiescent condition this moment, and the carrier is the state of normal operation promptly, and the vibration response module makes light alarm send regular light signal this moment.

When the timing of the independent single-chip timer reaches preset time, namely the vibration sensor does not receive vibration in the preset time, the state that the wearer stops moving is judged, the vibration sensing module enters a pre-alarming state, the independent single-chip of the vibration sensing module sends an instruction to the single-chip at the moment, the light alarm is controlled to send out regular light signals (flickering is more rapid than in a static state), the sound alarm is controlled to send out a pre-alarm, and when the distance of the pre-alarm is 1m according to GB27900-2011, the sound intensity is larger than 80 dB.

In the pre-alarming time, the vibration sensor receives vibration, the single chip microcomputer timer is reset, the vibration sensing module enters a static state, and the independent single chip microcomputer communicates with the single chip microcomputer of the help caller to stop alarming.

When the timing of the independent single-chip timer reaches the next preset time, namely the vibration sensing module continuously works for a period of time in the pre-alarm state, the vibration sensing module enters the strong alarm state, the vibration sensing module sends information to the single-chip of the help caller at the moment, the light alarm sends out regular light signals (faster than the flashing in the pre-alarm state), the sound alarm sends out strong alarm, when the strong alarm is required to be far away from 3m according to GB27900-2011, the sound intensity is greater than 100dB, and the continuous alarm time is greater than 240 min.

When entering the strong alarm state, other functions of the help caller are automatically closed to save the time for maintaining the strong alarm by electric energy, and the single chip timer of the vibration sensing module cannot be reset through the vibration sensor when entering the strong alarm state.

The above is only an exemplary embodiment, and the predetermined time in the above implementation is not particularly limited, and those skilled in the art can select the predetermined time according to actual needs.

Meanwhile, the specific implementation modes of the single chip microcomputer and the vibration sensor in the vibration sensing module are the same as those in the prior art, and are not repeated here.

(9) Alarm/reset module

The alarm/reset module is electrically connected with two keys, one is a power-on/manual alarm key 13, and the other is a reset key 20, and is used for realizing manual alarm and reset of the respective manual alarm. For convenience of operation, the starting and manual alarming are integrated on one key, and the manual alarming is carried out in a single key mode, when the key is pressed down, the manual alarming is carried out immediately, and the key is started or shut down when the key is pressed down for a long time (in the embodiment, the key is pressed for more than 3 seconds).

Furthermore, the upgrading intensity of the alarm sound of the manual alarm is the same as that of the strong alarm.

The above examples do not specifically limit the specific form and specific implementation of the alarm/reset module, and those skilled in the art can select the alarm/reset module according to actual needs.

(10) Communication talkback module

In this embodiment, the communication connection between the communication intercom module and the outside world includes at least one of WIFI, mesh ad hoc network and bluetooth.

Similarly, the utility model provides a calling for help ware is through external communication equipment and local and outside wireless connection in order to realize the function of talkbacking, in some embodiments, be used for external communication equipment for the intercom of being connected through wired connection and calling for help ware or through bluetooth and calling for help ware wireless connection's bluetooth headset.

The specific implementation manner of the communication intercom module is the same as that in the prior art, and is not described in detail herein.

Through the communication talkback module, videos, audios, photos and motion tracks stored in the storage module of the distress call device can be transmitted to the outside in real time, so that the rescue strategy can be adjusted in real time according to the received information or timely rescue can be carried out under the condition that a person carrying the distress call device is in danger.

(11) Two-dimensional code scanning module

The two-dimensional code scanning module is mainly used for scanning two-dimensional codes on goods in a storehouse so as to know the names of the goods, manufacturers, use instructions, quality guarantee time and the like at any time.

(12) Positioning module

The positioning module comprises a height positioning module and a plane positioning module and is used for determining the position and the height of the carrier and storing the motion trail of the carrier to the computer through the storage module. In this embodiment, the planar positioning module includes a GPS positioning module and a geomagnetic sensor, so as to realize positioning of the planar position of the carrier and recording of the planar motion trajectory.

In this embodiment, the GPS module is a GPS module with a model number of NEO-MBN-0-1.

Furthermore, the function of a compass can be realized through a geomagnetic sensor.

The height positioning module comprises an altimeter sensor, and the barometer chip of ms5611-01BA03 manufactured by MEAS of Switzerland is adopted in the embodiment. The barometer chip in combination with the gyroscope described above may enable trace recording in height.

In conclusion, the height positioning module and the plane positioning module cooperate to record the motion trail of the carrier.

The specific implementation manner of the functions of the height positioning module and the plane positioning module is the same as that in the prior art, and is not described herein again in detail.

(13) Temperature monitoring module

(14)5G video public network transmission module

The remote video transmission system is used for remotely transmitting the video of the site to a computer and a remote command center. And monitoring, commanding and remotely recording the scene. The voice is transmitted in real time in two ways through the public network, so that the situation of the scene is reported and known conveniently.

(15) Wifi hotspot module

The video and data in the computer can be transmitted to the command center by the GSM card of the help caller through the equipment at the other end connected with the 5G network. The caller can also transmit pictures and data to the other end device through the router.

(16) Externally-placed horn

The loudspeaker 6 receives the instruction of the singlechip to play the audio file.

(17) Recording module

And the recording module is used for recording, and recorded audio is stored in the local machine through the storage module and is played back through the external loudspeaker. The recorded audio is obtained through a recording microphone arranged on the distress call device. The specific implementation manner is the same as that in the prior art, and detailed description thereof is omitted here.

(18) Camera module

The camera module is used for shooting pictures and videos, storing the pictures and the videos into the computer through the storage module and playing back the pictures and the videos through the display screen. The camera module obtains photos and videos through a camera 1. The specific implementation manner is the same as that in the prior art, and detailed description thereof is omitted here.

This calling for help ware with 5G function, singlechip and each module of connecting arrange the shell in, and wherein, camera 1 is settled on calling for help ware front shell upper portion, and camera 1's both sides set up calling for help ware flash light 4, infrared lamp 2, laser positioning lamp 3, miaow head 5 respectively, and camera 1 below sets up loudspeaker 6. The emergency call device flash lamp 4 and the infrared lamp 2 are external components of a light alarm, and the laser positioning lamp 3 is an external component of the positioning module.

The shell of the left side of the calling device is provided with a video recording key 7, a sound recording key 8 and an important function identification key 9, and the shell of the right side is provided with a photographing key 11, a PTT12 and a power-on/manual alarm key 13. The acoustic chamber 10 is located in a lower position of the outer housing of the distress call. The video key 7 is an external control component of the camera module and controls the camera to execute video recording operation; the recording key 8 is an external control component of the recording module, and controls the sound cavity 10 to collect sound for recording. The photographing key 11 is an external control component of the camera module and controls the camera to execute photographing operation; the power-on/manual alarm key 13 is a key for executing power-on and power-off and alarm functions in the power-on/power-off verification module and the alarm reset module, and can be set to different key durations to respectively control the power-on and power-off and alarm of the distress call device, for example, the alarm operation is executed according to 1 second, and the power-on and power-off operations are executed according to 3 seconds.

A display screen 15 is arranged at the central position of the shell behind the distress call device, a playback key 16, an up-turning key 17, a down-turning key 18 and a menu key 19 are respectively arranged below the display screen 15, and the four keys are used for controlling and viewing the content displayed by the display screen 15. The reset key 20, the back clip slot 21 and the fingerprint key 14 are arranged above the display screen 15. The reset key 20 is an external key of the alarm reset module, and is used for resetting operation during alarm and releasing alarm. The back clip slot 21 is used to wear the distress call on the firefighter's clothing or belt. The fingerprint key 14 is an external component of the fingerprint verification module in the power-on/off verification module, and is used for collecting and providing the user fingerprint for the fingerprint verification module to perform verification.

The help caller can realize automatic alarm and manual alarm under various states, and simultaneously realizes various data acquisition, local storage, transmission to the outside, communication with the outside and record of the movement track of a carrier of the terminal by using a single device. The multifunctional fire fighting truck has the advantages that multiple purposes can be realized, the number of equipment to be carried when fire fighting personnel enter a site is greatly reduced, the emergency rescue and relief efficiency is improved, and the survival probability of the fire fighting personnel is also improved.

The inventive concept is explained in detail herein using specific examples, and the above description of the embodiments is only used to help understand the core idea of the present invention. It should be understood that any obvious modifications, equivalents and other improvements made by those skilled in the art without departing from the spirit of the present invention are intended to be included within the scope of the present invention.

Claims

1. The utility model provides a calling for help ware with 5G function, includes the shell to and install the singlechip in the shell, its characterized in that, the singlechip is connected the following module of electricity respectively: the system comprises a power supply module, a power supply monitoring module, a startup and shutdown verification module, a display screen, a storage module, an audible alarm, a light alarm, a vibration induction module, an alarm reset module, a communication talkback module, a two-dimensional code scanning module, a positioning module, a temperature monitoring module, a 5G video public network transmission module, a wifi hotspot module, an external loudspeaker, a recording module and a camera module;

2. The saving alarm according to claim 1, wherein the power-on/off verification module comprises any one or more of a fingerprint verification module, a voice verification module and a facial recognition module, and the facial information acquisition function of the facial recognition module is realized by a camera module.

3. The distress call maker of claim 1, wherein the power module is a rechargeable lithium battery.

4. The saving alarm according to claim 1, wherein the communication intercom module is in communication connection with the external communication device in a manner of at least one of wifi, mesh ad hoc network and bluetooth.

5. The distress call maker of claim 4, wherein the external communication device is a Bluetooth headset or an intercom connected by wire.

6. The distress call maker of claim 1, wherein the positioning module is a GPS module.

7. The distress call maker according to claim 1, wherein the vibration sensing module comprises a vibration sensor and a separate single chip microcomputer; the vibration sensor is a gyroscope, and a timer function is built in the independent single chip microcomputer.

8. The distress call apparatus of claim 1, wherein the housing is provided with a clip slot for wearing on clothing.