CN206993295U - A kind of fire command system based on audio, video data transmission - Google Patents
A kind of fire command system based on audio, video data transmission Download PDFInfo
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- CN206993295U CN206993295U CN201720640672.8U CN201720640672U CN206993295U CN 206993295 U CN206993295 U CN 206993295U CN 201720640672 U CN201720640672 U CN 201720640672U CN 206993295 U CN206993295 U CN 206993295U
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Abstract
It the utility model is related to a kind of fire command system based on audio, video data transmission, including thermal infrared imager, audio collection device, emitter, complex communication terminal and FCC platform；Emitter is communicated to connect with thermal infrared imager, audio collection device and complex communication terminal respectively, and complex communication terminal is connected with FCC Platform communication；Public network communication module and UHF communication modules are provided with emitter and complex communication terminal, the double-channel intelligence handover module that the communication pattern being provided with emitter between control emitter and complex communication terminal switches between public network communication pattern and UHF communication patterns.The fire command system can realize the intelligence switching between public network communication pattern and UHF communication patterns, to avoid adverse effect of the unfavorable factor such as building and power-off to public network communication network, so as to ensure the normal operating in time of whole system communication.
Description
Technical field
It the utility model is related to fire-fighting domain, more particularly to a kind of fire command system based on audio, video data transmission.
Background technology
Because people's fire-fighting consciousness are thinner, cause in recent years such as cell fire, chemical plant toxic gas leakage with
And the fire-fighting Frequent Accidents such as road traffic accident, the security of the lives and property and social stability of people are severely compromised, turns into shadow
Ring socially harmonious important destabilizing factor.In order to tackle the fire-fighting accident of various bursts, fire fighter needs the moment to keep standby
War state, rescued with rushing towards the fire-fighting scene of the accident in time.
In current fire command system, FCC can start in time after the notice of fire-fighting and rescue is obtained
Fire dispatch commands program, goes to the fire-fighting scene of the accident to dispatch fireman and fire-fighting equipment, and going deep into thing by fireman
Therefore behind scene, the situation of the scene of the accident is transmitted by way of video or audio using existing public network communication network in time
To the floor manager platform of periphery, and scene of the accident situation is forwarded to FCC by floor manager platform again, so that
Reply decision-making is made for the commanding at FCC.
However, existing fire command system still has some shortcomings part：In the fire-fighting scene of the accident, due to by thing
Therefore the building at scene, catching fire and the unfavorable factor such as power off influences, the public network communication network of the scene of the accident is almost in paralysing
State, smooth communicate is difficult between FCC and fireman, floor manager platform and even is difficult to communicate；
Especially at all can not normal work in the intensive fire-fighting scene of the accident in such as underground or building, existing public network communication network
Make, severely impact the normal operating in time of whole fire command system.
Utility model content
Technical problem to be solved in the utility model is to provide one kind for above-mentioned prior art to be based on audio, video data
The fire command system of transmission.The fire command system can realize the intelligence between public network communication pattern and UHF communication patterns
It can switch, to avoid adverse effect of the unfavorable factor such as building and power-off to public network communication network, so as to ensure whole system
The normal operating in time of communication.
Technical scheme is used by the utility model solves above-mentioned technical problem：It is a kind of based on audio, video data transmission
Fire command system, it is characterised in that including thermal infrared imager, audio collection device, emitter, complex communication terminal and fire-fighting
Command centre's platform；The emitter communicates to connect with thermal infrared imager, audio collection device and complex communication terminal respectively, comprehensive
Communication terminal is connected with FCC Platform communication；Public network communication is provided with the emitter and complex communication terminal
Module and UHF communication modules, the communication pattern being provided with the emitter between control emitter and complex communication terminal exist
The double-channel intelligence handover module switched between public network communication pattern and UHF communication patterns.
In order to avoid at a distance to the adverse effect of data transfer between emitter and complex communication terminal, to accelerate data
The reliability of long-distance transmissions, with improvement, the fire command system also include at least one repeater, repeater respectively with hair
Penetrate machine and complex communication terminal communication connection, with by repeater by transmitted by emitter Lai voice data and/or video data
It is transmitted to complex communication terminal.
In order to realize the real-time Transmission demand to fire-fighting field condition, the situation at fire-fighting scene is sent to synthesis in real time
Communication terminal, with improvement, the fire command system also include the unmanned plane with complex communication terminal communication connection, with by nobody
The video data of collection and/or voice data are sent to complex communication terminal by machine.
Relay forwarding is carried out to the communication between emitter and complex communication terminal using unmanned plane in order to realize, improved
Ground, in the fire command system, the unmanned plane, which is provided with, can communicate to connect emitter and complex communication terminal respectively
Trunking, with as trunking by emitter transmitted by video data and/or voice data be transmitted to integrated communication end
End.
For the ease of the audio frequency and video situation in commanding's grasp fire-fighting scene at fire-fighting scene, with improvement, the fire-fighting
Command system also includes the intelligent terminal with complex communication terminal communication connection, and the complex communication terminal regards with display
The display screen of frequency evidence and the loudspeaker of playing audio-fequency data.
Selectively, the public network communication module is that 2G communication modules or 2.5G communication modules or 3G communication modules or 4G lead to
Believe module or 5G communication modules.
Further, in the fire command system, the complex communication terminal is provided with 2.4G with unmanned plane and led to
Believe module.
In order to facilitate the rescue situations at personal observations' fire-fighting scene of FCC, with improvement, the fire-fighting command
Central platform has display, with the video data gathered by display display thermal infrared imager.
Further, the thermal infrared imager is realized by the short-range communication module of pairing with emitter and communicated to connect.
In order to store the video situation at fire-fighting scene, with improvement, the FCC platform and/or integrated communication are whole
End there is data storage, with by corresponding data storage by transmitted by emitter Lai video data and/or voice data
Stored.
Compared with prior art, the utility model has the advantage of：
First, the fire command system is by setting double-channel intelligence handover module, so as to realize emitter with it is comprehensive
Intelligence switching of both hop communication terminals between public network communication pattern and UHF communication patterns, to avoid building and power-off etc.
Unfavorable factor is to the adverse effect of public network communication network, so as to ensure the normal operating in time of whole system communication；
Secondly, by setting up the skull vibrator dressed for fireman in fire command system, ensure that fireman is disliking
Proper communication under bad environment, so as to effectively solve fireman when going deep into the rescue of the region such as dense smoke, poisonous, rarefaction of air
The easily not smooth problem of caused voice communication by air impact, it is ensured that every fire fighting and rescue instructs to be assigned in time.
Brief description of the drawings
Fig. 1 is the fire command system schematic diagram based on audio, video data transmission in the utility model embodiment.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing embodiment.
As shown in figure 1, the fire command system based on audio, video data transmission in the present embodiment, including thermal infrared imager 1,
Audio collection device 2, emitter 3, complex communication terminal 4 and FCC platform 5；Thermal infrared imager 1 disappears for collection
Anti- live infrared data, to form infrared image；Audio collection device 2 is used to gather voice data；Emitter 3 respectively with it is infrared
Thermal imaging system 1, audio collection device 2 and complex communication terminal 4 communicate to connect, and complex communication terminal 4 is logical with FCC platform 5
Letter connection；Public network communication module 6 and UHF communication modules 7 are provided with emitter 3 and complex communication terminal 4, in emitter 3
The communication pattern between control emitter 3 and complex communication terminal 4 is provided between public network communication pattern and UHF communication patterns
The double-channel intelligence handover module 31 switched over.
Wherein, the public network communication module in emitter 3 can realize phase with the public network communication module in complex communication terminal 4
Mutual communication, the UHF communication modules in emitter 3 can realize phase with the UHF communication modules in complex communication terminal 4 in hyperfrequency
Mutual communication.UHF communication patterns herein are also known as hyperfrequency (Ultra High Frequency, abbreviation UHF) communication pattern.Disappear
Anti- command centre's platform 5 can be scheduled commander to fireman as needed, to meet the rescue needs at fire-fighting scene.Specifically
Ground, public network communication module 6 can select as 2G communication modules or 2.5G communication modules or 3G communication modules or 4G communication modules or
5G communication modules；The preferred 4G communication modules of public network communication module 6 in the present embodiment.Those skilled in the art are known, relative to
Traditional public network communication pattern, the influence of the unfavorable factor such as building or power-off is smaller suffered by UHF communication patterns.Double-channel intelligence
Can handover module 31 can or public network communication network suspension obstructed in public network communication network when automatically in order emitter 3
UHF communication modules start, and the voice data of the video data of thermal infrared imager and/or audio collection device is communicated using UHF
Pattern is sent to complex communication terminal 4, so as to avoid dependence of the emitter 3 to public network communication pattern.
In order to avoid at a distance to the adverse effect of data transfer between emitter and complex communication terminal, to accelerate data
The reliability of long-distance transmissions, with improvement, the fire command system in the present embodiment also include at least one repeater 8, relaying
Device 8 communicates to connect with emitter 3 and complex communication terminal 4 respectively, with by repeater 8 by transmitted by emitter 3 Lai audio number
According to and/or video data be transmitted to complex communication terminal 4.
In order to realize the real-time Transmission demand to fire-fighting field condition, the situation at fire-fighting scene is sent to synthesis in real time
Communication terminal, with improvement, the fire command system in the present embodiment also include the unmanned plane communicated to connect with complex communication terminal 4
9, so that the video data of collection and/or voice data are sent into complex communication terminal by unmanned plane 9.In addition, in the present embodiment
Fire command system in, by set up unmanned plane gather fire-fighting scene audio, video data fire fighter can also be avoided straight
Connect and enter more serious scene of fire, so as to ensure that the personal safety of fire fighter.
Relay forwarding is carried out to the communication between emitter and complex communication terminal using unmanned plane in order to realize, improved
Ground, in the fire command system of the present embodiment, unmanned plane 9, which is provided with, can communicate to connect emitter 3 and integrated communication respectively
The trunking 91 of terminal 4, with as trunking 91 by emitter 3 transmitted by video data and/or voice data be transmitted to
Complex communication terminal 4.
For the ease of the audio frequency and video situation in commanding's grasp fire-fighting scene at fire-fighting scene, with improvement, the present embodiment
Fire command system also include the intelligent terminal 10 communicated to connect with complex communication terminal 4, complex communication terminal 4 has
Show the display screen of video data and the loudspeaker of playing audio-fequency data.
In order to adapt to the communication requirement of current unmanned plane, further, the complex communication terminal 4 and unmanned plane of the present embodiment
9 are provided with 2.4G communication modules.
In order to facilitate the rescue situations at personal observations' fire-fighting scene of FCC, with improvement, FCC
Platform 5 has display, with the video data gathered by display display thermal infrared imager.
Further, thermal infrared imager 1 is realized by the short-range communication module of pairing with emitter 3 and communicated to connect.This
Sample, when fireman carries with thermal infrared imager and emitter enters fire-fighting scene, thermal infrared imager is gathered infrared
Thermal-image data (or temperature field data) can is sent to emitter via short haul connection mode, then by emitter by institute
The video data of the thermal infrared imager of reception is sent.Short-range communication module in the present embodiment is using WIFI communication moulds
Block, certainly, short-range communication module can also as needed using bluetooth communication or Zigbee communication module etc. other
Short-range communication module.
In addition, in order to effectively solve fireman when going deep into the rescue of the region such as dense smoke, poisonous, rarefaction of air easily by sky
Gas influences and the not smooth problem of caused voice communication, then improves, and also includes for fire-fighting in the fire command system of the present embodiment
The skull vibrator of member's wearing, to carry out phonetic incepting using bone conduction technology by the skull vibrator, so as to ensure fireman
Proper communication in the presence of a harsh environment, it is ensured that every fire fighting and rescue instructs to be assigned in time.
In order to store the video situation at fire-fighting scene, with improvement, FCC platform 5 and/or complex communication terminal 4
With data storage, with by corresponding data storage by transmitted by emitter Lai video data and/or voice data enter
Row storage.
Below in conjunction with Fig. 1, the fire command system working condition based on audio, video data transmission in the present embodiment is made
Explanation：
When fireman carries with thermal infrared imager, audio collection device and emitter and enters fire-fighting scene, fireman
The temperature field situation at fire-fighting scene is detected by thermal infrared imager, to understand whether fire-fighting scene has personnel to need to rescue, and
Voice output is carried out by audio collection device；
If the public network communication at fire-fighting scene is smooth, then the double-channel intelligence handover module in emitter does not do any place
Reason, the emitted machine of data of the data and audio collection device of thermal infrared imager are outwards direct using existing public network communication network
It is emitted to complex communication terminal or complex communication terminal can also be transmitted to via repeater；
If the public network communication at fire-fighting scene has some setbacks or public network communication suspension, the double-channel in emitter 3 is intelligently cut
The UHF communication modules changed the mold in block control emitter start, by the data of thermal infrared imager and the data of audio collection device
Complex communication terminal is emitted to using UHF communication patterns；
In addition, the data that emitter is sent can also carry out relay forwarding through the unmanned plane positioned at fire-fighting peripheral site,
With by the data forwarding of emitter to complex communication terminal；
The various data come transmitted by emitter are then sent to FCC platform by complex communication terminal, and fire-fighting refers to
Central platform is waved by showing the video situation at fire-fighting scene or the audio of fireman, with by FCC platform
Personnel make dispatch control.
The fire command system is by setting double-channel intelligence handover module, so as to realize emitter and integrated communication
Both terminals between public network communication pattern and UHF communication patterns intelligence switching, with avoid building and power-off etc. it is unfavorable because
The plain adverse effect to public network communication network, so as to ensure the normal operating in time of whole system communication.
Although preferred embodiment of the present utility model described in detail above, it is to be clearly understood that for this
For the technical staff in field, the utility model can have various modifications and variations.It is all in the spirit and principles of the utility model
Within any modification, equivalent substitution and improvements made etc., should be included within the scope of protection of the utility model.
Claims (10)
1. a kind of fire command system based on audio, video data transmission, it is characterised in that including thermal infrared imager (1), audio
Collector (2), emitter (3), complex communication terminal (4) and FCC platform (5)；The emitter (3) is respectively
Communicated to connect with thermal infrared imager (1), audio collection device (2) and complex communication terminal (4), complex communication terminal (4) and fire-fighting
Command centre's platform (5) communicates to connect；Public network communication module is provided with the emitter (3) and complex communication terminal (4)
(6) the communication mould and UHF communication modules (7), being provided with the emitter (3) between control emitter and complex communication terminal
The double-channel intelligence handover module (31) that formula switches between public network communication pattern and UHF communication patterns.
2. fire command system according to claim 1, it is characterised in that also including at least one repeater (8), relaying
Device (8) communicates to connect with emitter (3) and complex communication terminal (4) respectively, with by repeater (8) by transmitted by emitter Lai
Voice data and/or video data are transmitted to complex communication terminal.
3. fire command system according to claim 1, it is characterised in that also include communicating with complex communication terminal (4)
The unmanned plane (9) of connection, so that the video data of collection and/or voice data are sent into complex communication terminal by unmanned plane.
4. fire command system according to claim 3, it is characterised in that the unmanned plane (9) is provided with and can distinguished
The trunking (91) of emitter (3) and complex communication terminal (4) is communicated to connect, transmitted by as trunking by emitter
Video data and/or voice data are transmitted to complex communication terminal.
5. fire command system according to claim 1, it is characterised in that also include communicating with complex communication terminal (4)
The intelligent terminal (10) of connection, the complex communication terminal (4) have the display screen of display video data and play sound
The loudspeaker of frequency evidence.
6. fire command system according to any one of claim 1 to 5, it is characterised in that the public network communication module
(6) it is 2G communication modules or 2.5G communication modules or 3G communication modules or 4G communication modules or 5G communication modules.
7. the fire command system according to claim 3 or 4, it is characterised in that the complex communication terminal (4) and nobody
Machine (9) is provided with 2.4G communication modules.
8. fire command system according to any one of claim 1 to 5, it is characterised in that the FCC
Platform (5) has display, with the video data gathered by display display thermal infrared imager.
9. fire command system according to any one of claim 1 to 5, it is characterised in that the thermal infrared imager (1)
Realized and communicated to connect by the short-range communication module of pairing with emitter (3).
10. fire command system according to any one of claim 1 to 5, it is characterised in that the FCC
Platform (5) and/or complex communication terminal (4) have data storage, transmitted by as corresponding data storage by emitter
The video data and/or voice data come is stored.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720640672.8U CN206993295U (en) | 2017-06-05 | 2017-06-05 | A kind of fire command system based on audio, video data transmission |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720640672.8U CN206993295U (en) | 2017-06-05 | 2017-06-05 | A kind of fire command system based on audio, video data transmission |
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| CN206993295U true CN206993295U (en) | 2018-02-09 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109150292A (en) * | 2018-10-24 | 2019-01-04 | 北京电子工程总体研究所 | A kind of UAV Communication method and system |
| CN112214025A (en) * | 2020-10-23 | 2021-01-12 | 浙江疆锋科技有限公司 | Intelligent reconnaissance fire extinguishing system and fire extinguishing control method thereof |
-
2017
- 2017-06-05 CN CN201720640672.8U patent/CN206993295U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109150292A (en) * | 2018-10-24 | 2019-01-04 | 北京电子工程总体研究所 | A kind of UAV Communication method and system |
| CN112214025A (en) * | 2020-10-23 | 2021-01-12 | 浙江疆锋科技有限公司 | Intelligent reconnaissance fire extinguishing system and fire extinguishing control method thereof |
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