CN207458277U - Electric line fire incident monitors and tamper-proof telemechanical apparatus - Google Patents
Electric line fire incident monitors and tamper-proof telemechanical apparatus Download PDFInfo
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- CN207458277U CN207458277U CN201721618762.3U CN201721618762U CN207458277U CN 207458277 U CN207458277 U CN 207458277U CN 201721618762 U CN201721618762 U CN 201721618762U CN 207458277 U CN207458277 U CN 207458277U
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Abstract
The utility model is related to fire disaster of power transmission line monitoring technical fields, it is a kind of electric line fire incident monitoring and tamper-proof telemechanical apparatus, including telemechanical integrated unit, detection module includes flame detector, arc detector and fire incident controller for detection, flame detector and arc detector are electrically connected with fire incident controller for detection, and fire incident controller for detection, accident alarming module, accident fire suppression module, accident tracking module and telemechanical end transport module are communicated to connect by telemechanical end communication module and telemechanical end main control module.The utility model monitors the open fire and electric arc of electric line by flame detector and arc detector in real time, comprehensive electric arc judges the type of electric line fire incident with two factors of open fire, the reason for analyzing electric line fire incident, so as to formulate corresponding accident treatment scheme in time, influence of fire scope is reduced at the first time, prevents the further expansion of accident.
Description
Technical field
The utility model is related to fire disaster of power transmission line monitoring technical field, be a kind of electric line fire incident monitoring with
Tamper-proof telemechanical apparatus.
Background technology
Electric system is by generating electricity, transmitting electricity, the electrical energy production that power transformation, distribution and corresponding subsystem are formed, conveys and match somebody with somebody
With system, wherein power transmission and transformation line carries important power transportation carrier, is related to the fortune that can entire electric system safe
Row.With the swift and violent development of the construction of power grid, electric line quantity is increasing, and load increasingly increases, thus also deposits
In potential security risk, since residing environment is special and diversity, electric line can be subject to external and internal environment
Wait the influence of factors, when often result in the various failures and accident of circuit, wherein circuit fire incident is particularly acute, particularly
Because transformer fault, line-internal failure, artificial destruction and line short, excess load, open circuit caused by weather conditions etc. are existing
As so as to trigger circuit fire indirectly or directly.Wherein fire caused by electric arc is common and the larger accident of harm, electric arc
The energy of generation is larger thus can discharge very high heat in a short time, and when fault electric arc generates, central temperature is up to
3000 DEG C to 4000 DEG C, transmission facility and circuit can be melted, if the protective device of circuit can not detect, the circuit that can ignite is exhausted
Edge layer causes circuit on fire, at the same igniting flammable items and cause the generation of periphery fire, harm it is huge.
Traditional fire detector is divided into ionic, photoelectric type and type of respiration smoke detector, is using during substance combustion
Generated physics and chemistry sensor are transmitted the signals such as gas, cigarette, heat, light and are converted into electric signal, for calculating
Machine analyzes and processes, and is physically being made of different sensors, processing unit and judgement and indicating circuit.Therefore tradition
Fire detector electric arc cannot be detected, be not suitable for transmission line of electricity, and fire incident cannot be carried out tamper-proof
Processing.
The content of the invention
The utility model provides a kind of electric line fire incident monitoring and tamper-proof telemechanical apparatus, overcomes
The deficiency of the prior art is stated, can effectively solve traditional fire detection device cannot supervise electric line electric arc in real time
It surveys, is not suitable for electric line, it is impossible in time the problem of analysis electric line reason of fire, further solve traditional
The problem of fire detector cannot carry out tamper-proof processing to fire incident.
The technical solution of the utility model is realized by following measures：A kind of electric line fire incident monitoring
Include telemechanical integrated unit and terminal integrated unit with tamper-proof telemechanical apparatus, the telemechanical integrated unit includes telemechanical end master
Control module, telemechanical end communication module, detection module, accident alarming module, accident fire suppression module, accident tracking module and remote
Moved end transport module, detection module include flame detector, arc detector and fire incident controller for detection, and flame is visited
Device and arc detector is surveyed to be electrically connected with fire incident controller for detection, fire incident controller for detection, accident alarming module,
Accident fire suppression module, accident tracking module and telemechanical end transport module pass through telemechanical end communication module and telemechanical end main control module
Communication connection, the terminal integrated unit include terminal transmission module, terminal main control module and terminal alarms module, and telemechanical end passes
Defeated module is communicated to connect with terminal transmission module, and terminal transmission module is communicated to connect with terminal main control module, terminal main control module
It is electrically connected with terminal alarms module.
Here is the further optimization and/or improvements to above-mentioned utility model technical solution：
Above-mentioned accident fire suppression module may include fire-extinguisher cock control module and at least two dry powder extinguishers, telemechanical end master
Module is controlled to communicate to connect by telemechanical end communication module and fire-extinguisher cock control module, fire-extinguisher cock control module respectively with
The switch electrical connection of each dry powder extinguisher.
Above-mentioned accident tracking module may include accident tracking control unit, RFID receiver and video camera, telemechanical end master control mould
Block is communicated to connect by telemechanical end communication module and accident tracking control unit, accident tracking control unit respectively with RFID receiver and
Image mechatronics.
Above-mentioned terminal integrated unit may also include host computer and communication interface modules, and terminal main control module passes through communication interface
Module is communicated to connect with host computer.
Above-mentioned accident alarming module may include accident alarming controller and audible-visual annunciator, and telemechanical end main control module passes through remote
Moved end communication module is communicated to connect with accident alarming controller, and accident alarming controller is electrically connected with audible-visual annunciator.
Above-mentioned telemechanical integrated unit may also include telemechanical end AC/DC power modules, telemechanical end AC/DC power modules and telemechanical
Main control module is held, terminal integrated unit further includes terminal AC/DC power modules, terminal AC/DC power modules and terminal master control mould
Block is electrically connected；Or/and telemechanical end communication module can be CAN module, telemechanical end transport module can be CAN optic fiber converters, terminal
Transport module can be fiber optic data communication interface module.
The beneficial effects of the utility model are as follows：
1st, the utility model carries out the open fire and electric arc of electric line by flame detector and arc detector real
When monitor, comprehensive electric arc judges the type of electric line fire incident, analysis electric line fire with two factors of open fire
The reason for accident, so as to formulate corresponding accident treatment scheme in time, reduces influence of fire scope at the first time, prevent accident into
One step expands.
2nd, the utility model integrates accident fire suppression module, when fire incident occurs, enables accident fire suppression module pair in time
Ignition point carries out dry-chemical fire extinguishing injection, and so as to control at the first time the intensity of a fire, tamper-proof processing, contracting are carried out to fire incident
Small fire coverage prevents the further expansion of accident.
3rd, the utility model by video camera quick lock in point of origin and carries out the shooting of video, picture, determines fire model
It encloses, while links with RFID receiver, to entering in identification range and not passing through personnel, the vehicle that RFID receiver identifies
Or the mobile objects such as equipment are captured into line trace, and video camera passes through accident tracking control unit, telemechanical end communication module, remote
Moved end transport module and terminal transmission module are sent to terminal main control module, are carried for later stage fire incident type, reason, processing etc.
For foundation.
4th, the utility model stores the video and picture of accident tracking module passback by host computer, is later stage accident investigation
Foundation is provided, while analyzes it calculating, accident fire occurrence risk is predicted, staff is made to dispatch field accident in time
Disposal personnel carries out accident treatment, and accident is avoided further to expand.
5th, the utility model is alarmed by accident alarming module and terminal alarms module in distal end and terminal respectively, right
The duty personnel of construction personnel, staff and terminal near fire incident carry out alarm, make staff right in time
Fire incident is reacted, and the construction personnel near fire incident is avoided to enter incident area.
6th, the utility model realizes that telemechanical end main control module and terminal main control module, fire incident detect by CAN module
It is new to reduce this practicality for high speed data transfer between controller, accident alarming module, accident fire suppression module, accident tracking module
Type accelerates to fire incident processing speed the reaction time of fire incident；Telemechanical end main control module leads to terminal main control module
It crosses CAN optic fiber converters and fiber optic data communication interface module carries out fiber optic communication, the stability and video file for increasing communication pass
Defeated stability.
Description of the drawings
Attached drawing 1 is the electrical block diagram of the utility model.
Attached drawing 2 is the flow chart of the utility model.
Specific embodiment
The utility model, can technical solution according to the present utility model and actual conditions from the limitation of following embodiments
Determine specific embodiment.
The utility model is further described with reference to embodiment and attached drawing：
As shown in attached drawing 1,2, electric line fire incident monitoring and tamper-proof telemechanical apparatus are integrated including telemechanical
Unit and terminal integrated unit, the telemechanical integrated unit include telemechanical end main control module, telemechanical end communication module, detection
Module, accident alarming module, accident fire suppression module, accident tracking module and telemechanical end transport module, detection module include
Flame detector, arc detector and fire incident controller for detection, flame detector and arc detector are and fire incident
Controller for detection be electrically connected, fire incident controller for detection, accident alarming module, accident fire suppression module, accident tracking module and
Telemechanical end transport module is communicated to connect by telemechanical end communication module and telemechanical end main control module, the terminal integrated unit bag
Include terminal transmission module, terminal main control module and terminal alarms module, telemechanical end transport module and terminal transmission module communication link
It connects, terminal transmission module is communicated to connect with terminal main control module, and terminal main control module is electrically connected with terminal alarms module.
Here telemechanical integrated unit is mounted on transmission line of electricity, and the multiple telemechanical collection of installation can be spaced on a transmission line of electricity
Into unit, two neighboring telemechanical integrated unit interval is 10 meters to 50 meters, and wherein telemechanical end main control module is existing known
Technology can be made of ARM11 and peripheral circuit, complete the control to detection module, accident alarming module, pass through telemechanical end
Communication module receives the data that detect of detection module, and to whether fire incident occurring judging, then controls thing
Therefore alarm module is alarmed, while type on fire is marked and is sent to terminal main control module；Telemechanical end communication module
For existing known technology, for telemechanical end main control module and detection module, accident alarming module and terminal main control module it
Between communication；Detection module is for detecting transmission line of electricity information on fire, including flame detector, arc detector and fire
Accident detection controller completes arc detection and the open fire detection to the fire incident of transmission line of electricity, fire incident detection control
Device is existing known technology, can be programmable controller；Accident alarming module carries out alarm on fire；Telemechanical end transport module is existing
There is known technology, for the communication of telemechanical end main control module and terminal main control module；Accident fire suppression module is used to that fire to occur
Fire extinguishing processing is carried out to fire incident during accident；Accident tracking module when fire incident occurs to scene of fire carry out video and
The shooting of photo, the processing for follow-up fire incident provide foundation.
Here all telemechanical integrated units correspond to same terminal integrated unit, and terminal integrated unit can be located behind
Control centre for receiving the information on fire that all telemechanical integrated units are sent, and alarms, and wherein terminal main control module is
Existing known technology can be made of ARM11 processors and peripheral circuit, main to complete to pass with the information of telemechanical end main control module
It is defeated, and the data after finishing receiving are handled, it is sent to terminal alarms module, drives terminal alarm after generating alarm command
Module is alarmed；Terminal transmission module is existing known technology, for the communication of terminal main control module and telemechanical end main control module；Eventually
End alarm module can be made of LED, buzzer and control circuit, after receiving terminal main control module drive signal, LED and buzzer
It alarms respectively.
Therefore, the utility model carries out the open fire and electric arc of electric line by flame detector and arc detector
Monitoring in real time, comprehensive electric arc judge the type of electric line fire incident, analysis electric line fire with two factors of open fire
The reason for calamity accident, and pass through accident alarming module and terminal alarms module and alarm respectively in distal end and terminal, to fire
The duty personnel of construction personnel, staff and terminal near accident carry out alarm, formulate accident treatment scheme in time,
And dispatch field accident disposal personnel in time and carry out in-situ processing, and it is real when fire incident occurs by accident fire suppression module
It now puts out a fire in time, tamper-proof processing is carried out to fire incident；By accident tracking module when fire incident occurs to fire
Calamity scene carries out the shooting of video and photo, and the processing for follow-up fire incident provides foundation, is found everywhere so as to reduce accident
The time of reason reduces influence of fire scope, prevents the further expansion of accident at the first time.
The monitoring of above-mentioned electric line fire incident can be made further with tamper-proof telemechanical apparatus according to actual needs
Optimization or/and improvement：
As shown in attached drawing 1,2, the accident fire suppression module includes fire-extinguisher cock control module and at least two dry powder go out
Firearm, telemechanical end main control module are communicated to connect by telemechanical end communication module and fire-extinguisher cock control module, fire-extinguisher cock
Switch of the control module respectively with each dry powder extinguisher is electrically connected.
Here fire-extinguisher cock control module is existing known technology, can be programmable controller；If telemechanical integrated unit
Detection range for 10 meters, then at least need to hang 2 dry powder extinguishers on transmission line of electricity, with the inspection of telemechanical integrated unit
The increase of scope is surveyed, hangs several fire extinguishers according to field demand, each dry powder extinguisher corresponds to a fixed physical address；When
After fire incident occur in telemechanical end master control module judges, telemechanical end main control module is by telemechanical end communication module to fire-extinguisher cock
Control module sends control instruction, and control instruction includes starting fire extinguishing instruction and one or more physical address, fire-extinguisher cock
Physical address of the control module according to transmitted by the main control module of telemechanical end, starts corresponding dry powder extinguisher and puts out a fire.
The utility model integrates accident fire suppression module, and when fire incident occurs, it is opposite to enable accident fire suppression module in time
Fire point carry out dry-chemical fire extinguishing injection, so as at the first time the intensity of a fire is controlled, reduce influence of fire scope, prevent accident into
One step expands.
As shown in attached drawing 1,2, the accident tracking module includes accident tracking control unit, RFID receiver and video camera,
Telemechanical end main control module is communicated to connect by telemechanical end communication module and accident tracking control unit, accident tracking control unit respectively with
RFID receiver and camera shooting mechatronics.
Here accident tracking control unit, RFID receiver and video camera are existing known technology, accident tracking control unit
But programmable controller, video camera can be spherical high-definition camera.The utility model passes through video camera quick lock in point of origin
And the shooting of video, picture is carried out, determine fire scope, while link with RFID receiver, to entering in identification range
And the mobile objects such as personnel, vehicle or equipment not identified by RFID receiver are captured into line trace, and video camera leads to
It crosses accident tracking control unit, telemechanical end communication module, telemechanical end transport module and terminal transmission module and is sent to terminal master control mould
Block provides foundation for later stage fire incident type, reason, processing etc..
As shown in attached drawing 1,2, the accident alarming module includes accident alarming controller and audible-visual annunciator, telemechanical end master
It controls module to communicate to connect by telemechanical end communication module and accident alarming controller, accident alarming controller and audible-visual annunciator electricity
Connection.
Here audible-visual annunciator may include high quick-fried lamp and high-pitched speaker；The utility model can pass through in time when accident occurs
Accident alarming module is alarmed, and warns periphery construction personnel and staff.
As shown in attached drawing 1,2, the terminal integrated unit further includes host computer and communication interface modules, terminal main control module
It is communicated to connect by communication interface modules and host computer.
Here host computer and communication interface modules are existing known technology, and communication interface modules can be RS485 interface moulds
Block, host computer are used to store the video and picture of accident tracking module passback, and foundation is provided for later stage accident investigation, while can be right
It carries out analysis calculating, predicts accident fire occurrence risk, staff is made to dispatch field accident disposal personnel in time into behaviour
Therefore handle, accident is avoided further to expand.
As shown in attached drawing 1,2, the telemechanical integrated unit further includes telemechanical end AC/DC power modules, telemechanical end AC/DC electricity
Source module and telemechanical end main control module, terminal integrated unit further include terminal AC/DC power modules, terminal AC/DC power modules
It is electrically connected with terminal main control module.
Here telemechanical end AC/DC power modules and terminal AC/DC power modules are existing known technology, and telemechanical end
AC/DC power modules and terminal AC/DC power modules can be sensed by transmission line of electricity takes electricity to realize that electric energy is converted.
As shown in attached drawing 1,2, telemechanical end communication module is CAN module, and telemechanical end transport module is CAN optic fiber converters,
Terminal transmission module is fiber optic data communication interface module.
Here CAN module can realize telemechanical end main control module and terminal main control module, fire incident controller for detection, accident
High speed data transfer between alarm module, accident fire suppression module, accident tracking module reduces the utility model to fire incident
Reaction time, accelerate to fire incident processing speed；Telemechanical end main control module is converted with terminal main control module by CAN optical fiber
Device and fiber optic data communication interface module carry out fiber optic communication, add the stability of communication and the stability of video file transfer.
As shown in attached drawing 1,2, the application method of the utility model comprises the following steps：
The first step, host computer to terminal main control module send initialization directive, terminal main control module receive instruction after it is right
Peripheral circuit and terminal transmission module are initialized, afterwards into second step；
Second step, terminal main control module are built by terminal transmission module and telemechanical end transport module with telemechanical end communication module
Vertical communication link, afterwards into the 3rd step；
3rd step, telemechanical end main control module is by telemechanical end communication module to detection module, accident alarming module, thing
Therefore tracking module and accident fire suppression module send initialization directive, telemechanical end main control module, detection module, accident alarming mould
Block, accident tracking module and accident fire suppression module are initialized, afterwards into the 4th step；
4th step, after the completion of initialization, fire incident controller for detection starts flame detector and arc detector carries out
Loop detection, flame detector detection transmission line of electricity open fire information, arc detector transmission line of electricity accident arc information, if flame
Detector and arc detector detect corresponding information, then by the information detected successively by fire incident controller for detection and
Telemechanical end communication module is sent to telemechanical end main control module, afterwards into the 5th step, if not detecting corresponding information, continues
Detection；
5th step, telemechanical end main control module judge whether the transmission line of electricity occurs fire thing according to the detection information received
It is therefore specific as follows：
If the 1, telemechanical end main control module receives the detection information that flame detector and arc detector are sent simultaneously, sentence
It is disconnected that electric arc fire incident occurs；
If the 2, telemechanical end main control module only receives the detection information of flame detector transmission, judge that external force, which occurs, to be destroyed
Fire incident；
If the 3, telemechanical end main control module only receives the detection information of arc detector transmission, judge that fire does not occur
Accident；
If fire incident occurs for telemechanical end master control module judges, telemechanical end main control module is to the type of generation fire incident
It is marked, afterwards into the 6th step, if fire incident does not occur for telemechanical end master control module judges, carries out next group of detection
The reception and judgement of data；
6th step, telemechanical end main control module pass through telemechanical end communication module, telemechanical end transport module and terminal transmission module
Fire incident information after mark is sent to terminal main control module, afterwards into the 7th step, while telemechanical end main control module opens
Dynamic accident alarming module, accident fire suppression module and accident tracking module alarm to fire incident, put out a fire processing and image is adopted
Collection；
7th step, terminal main control module control terminal alarm module are alarmed, and are terminated.
Telemechanical end main control module starts accident alarming module, accident fire suppression module and accident tracking mould in wherein the 6th step
Block, alarmed fire incident, put out a fire processing and Image Acquisition it is specific as follows：
(1) accident alarming module alarm procedure is as follows：
1st, telemechanical end main control module sends alarm command by telemechanical end communication module to accident alarming module controller；
2nd, accident alarming module controller is alarmed according to instruction control audible-visual annunciator, is terminated；
(2) accident fire suppression module fire extinguishing processing procedure is as follows：
1st, telemechanical end main control module according to the detection information that flame detector is sent by telemechanical end communication module to fire extinguishing
Device switch control module sends control instruction；
2nd, fire-extinguisher cock control module starts one or more dry powder extinguishers according to control instruction and puts out a fire；
3rd, fire-extinguisher cock control module judges whether to receive the stopping fire extinguishing instruction that telemechanical end main control module is sent, if
It receives and stops the dry powder extinguisher that fire extinguishing instruction then controls closing to have been turned on, terminate, if being not received by stopping fire extinguishing instruction
Then continue to put out a fire；
(3) accident tracking module image acquisition process is as follows：
1st, telemechanical end main control module sends enabled instruction by telemechanical end communication module to accident tracking control unit；
2nd, accident tracking control unit starts video camera to fire incident progress video capture and video capture, and will take
Video and picture passes sequentially through accident tracking control unit, telemechanical end communication module is sent to telemechanical end control module, then by remote
Moved end main control module passes sequentially through telemechanical end communication module, telemechanical end transport module and terminal transmission module and is sent to terminal master control
Module, terminal main control module are sent to host computer storage, terminate；
3rd, accident tracking control unit starts RFID receiver to knowing into personnel, vehicle and the equipment in detection range
Not, accident tracking control unit, accident tracing control will be sent to not over the location information of the personnel of identification, vehicle and equipment
Device is according to received location information control video camera to carrying out track up not over the personnel of identification, vehicle and equipment
And take pictures, and the video taken and picture are passed sequentially through into accident tracking control unit, telemechanical end communication module is sent to telemechanical
Main control module is held, then telemechanical end communication module, telemechanical end transport module and terminal transmission are passed sequentially through by telemechanical end main control module
Module is sent to terminal main control module, and terminal main control module is sent to host computer storage, terminates.
When accident fire suppression module carries out fire incident fire extinguishing processing in the 6th step, since detection module is Xun Huan
Detection, so after starting dry powder extinguisher and being put out a fire, telemechanical end main control module still constantly receives detection mould
The detection information of block transmission is simultaneously made whether the judgement of fire incident, and mould is controlled to fire-extinguisher cock by sending corresponding information
Block, therefore fire-extinguisher cock control module determines whether to receive the stopping fire extinguishing instruction that telemechanical end main control module is sent, if
It receives and stops the dry powder extinguisher that fire extinguishing instruction then controls closing to have been turned on, terminate, if being not received by stopping fire extinguishing instruction
Then continue to put out a fire.
More than technical characteristic constitutes the embodiment of the utility model, can with stronger adaptability and implementation result
Increase and decrease non-essential technical characteristic according to actual needs, to meet the needs of different situations.
Claims (8)
1. a kind of electric line fire incident monitoring and tamper-proof telemechanical apparatus, it is characterised in that including telemechanical integrated unit
With terminal integrated unit, the telemechanical integrated unit includes telemechanical end main control module, telemechanical end communication module, detection mould
Block, accident alarming module, accident fire suppression module, accident tracking module and telemechanical end transport module, detection module include fire
Flame detector, arc detector and fire incident controller for detection, flame detector and arc detector are visited with fire incident
Survey controller electrical connection, fire incident controller for detection, accident alarming module, accident fire suppression module, accident tracking module and remote
Moved end transport module is communicated to connect by telemechanical end communication module and telemechanical end main control module, and the terminal integrated unit includes
Terminal transmission module, terminal main control module and terminal alarms module, telemechanical end transport module are communicated to connect with terminal transmission module,
Terminal transmission module is communicated to connect with terminal main control module, and terminal main control module is electrically connected with terminal alarms module.
2. electric line fire incident monitoring according to claim 1 and tamper-proof telemechanical apparatus, it is characterised in that
The accident fire suppression module includes fire-extinguisher cock control module and at least two dry powder extinguishers, and telemechanical end main control module passes through
Telemechanical end communication module is communicated to connect with fire-extinguisher cock control module, and fire-extinguisher cock control module is gone out respectively with each dry powder
The switch electrical connection of firearm.
3. electric line fire incident monitoring according to claim 1 or 2 and tamper-proof telemechanical apparatus, feature exist
Include accident tracking control unit, RFID receiver and video camera in accident tracking module, telemechanical end main control module passes through telemechanical end
Communication module is communicated to connect with accident tracking control unit, and accident tracking control unit is electrically connected respectively with RFID receiver and video camera
It connects.
4. electric line fire incident monitoring according to claim 1 or 2 and tamper-proof telemechanical apparatus, feature exist
Include accident alarming controller and audible-visual annunciator in the accident alarming module, telemechanical end main control module is communicated by telemechanical end
Module is communicated to connect with accident alarming controller, and accident alarming controller is electrically connected with audible-visual annunciator.
5. electric line fire incident monitoring according to claim 3 and tamper-proof telemechanical apparatus, it is characterised in that
The accident alarming module includes accident alarming controller and audible-visual annunciator, and telemechanical end main control module passes through telemechanical end communication mould
Block is communicated to connect with accident alarming controller, and accident alarming controller is electrically connected with audible-visual annunciator.
6. electric line fire incident monitoring according to claim 1 or 2 and tamper-proof telemechanical apparatus, feature exist
Further include host computer and communication interface modules in the terminal integrated unit, terminal main control module by communication interface modules with it is upper
Position machine communication connection.
7. electric line fire incident monitoring according to claim 5 and tamper-proof telemechanical apparatus, it is characterised in that
The terminal integrated unit further includes host computer and communication interface modules, terminal main control module by communication interface modules with it is upper
Machine communicates to connect.
8. electric line fire incident monitoring according to claim 7 and tamper-proof telemechanical apparatus, it is characterised in that
Telemechanical integrated unit further includes telemechanical end AC/DC power modules, telemechanical end AC/DC power modules and telemechanical end main control module, eventually
End integrated unit further includes terminal AC/DC power modules, and terminal AC/DC power modules are electrically connected with terminal main control module；Or/
It is CAN module with, telemechanical end communication module, telemechanical end transport module is CAN optic fiber converters, and terminal transmission module is led to for optical fiber
Believe interface module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721618762.3U CN207458277U (en) | 2017-11-28 | 2017-11-28 | Electric line fire incident monitors and tamper-proof telemechanical apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721618762.3U CN207458277U (en) | 2017-11-28 | 2017-11-28 | Electric line fire incident monitors and tamper-proof telemechanical apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207458277U true CN207458277U (en) | 2018-06-05 |
Family
ID=62275276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721618762.3U Active CN207458277U (en) | 2017-11-28 | 2017-11-28 | Electric line fire incident monitors and tamper-proof telemechanical apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207458277U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107862824A (en) * | 2017-11-28 | 2018-03-30 | 新疆信息产业有限责任公司 | Electric line fire incident monitors and tamper-proof telemechanical apparatus and application method |
| CN116260241A (en) * | 2022-11-21 | 2023-06-13 | 华能花凉亭水电有限公司 | Monitoring system and method for power plant telemechanical device |
-
2017
- 2017-11-28 CN CN201721618762.3U patent/CN207458277U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107862824A (en) * | 2017-11-28 | 2018-03-30 | 新疆信息产业有限责任公司 | Electric line fire incident monitors and tamper-proof telemechanical apparatus and application method |
| CN107862824B (en) * | 2017-11-28 | 2024-02-13 | 新疆信息产业有限责任公司 | Remote device for monitoring and preventing fire accident of power transmission and distribution line and use method thereof |
| CN116260241A (en) * | 2022-11-21 | 2023-06-13 | 华能花凉亭水电有限公司 | Monitoring system and method for power plant telemechanical device |
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