CN104361732A - Intelligent wireless communication signal collecting system for long-distance transmission line - Google Patents
Intelligent wireless communication signal collecting system for long-distance transmission line Download PDFInfo
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- CN104361732A CN104361732A CN201410688354.XA CN201410688354A CN104361732A CN 104361732 A CN104361732 A CN 104361732A CN 201410688354 A CN201410688354 A CN 201410688354A CN 104361732 A CN104361732 A CN 104361732A
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Abstract
The invention relates to an intelligent wireless communication signal collecting system for a long-distance transmission line, which is applied to the technical field of a long-distance bulk material transmission line. The system comprises a signal processing center, wireless transmitters, signal collectors, signals needing to be collected, mobile equipment, semaphore needing to be collected, a mobile signal collector and a mobile wireless transmitter, wherein wireless signal collecting stations consist of upper wireless signal transmitters and lower signal collectors; a wireless signal collecting network is arranged, the signal processing center is responsible for receiving signals collected by all collecting substations as well as the wireless transmitter of certain signal collecting station and signal collector. According to the system provided by the invention, the quantity of failure points is reduced by reducing the use level of cables and optical fibers, so that control signals can be quickly and accurately transmitted with fidelity, the whole network is easy to maintain, networking is flexible, and dilatation and recombination are easy. Signal collection for the mobile equipment is achieved, and a signal collecting network combining fixed signal collection and mobile equipment signal collection is established.
Description
Technical field
The present invention relates to a kind of long distance delivery line intelligent wireless communication signal acquiring system in long distance bulk material pipeline technical field, especially realize carrying out signals collecting to the equipment of large moving range.
Background technology
Considering the factors such as finished product transport, resource exploitation, environment, sometimes need the bulk material pipeline grown very much.In order to ensure the safety of the operation that pipeline is normally orderly and equipment along the line; need accurate acquisition pipeline guard signal along the line; the method of current employing arranges a lot of signals collecting substation; collection and the transmission of signal adopt the cross interconnected mode of fiber optic cables; namely some signals collecting substations are set on the way; signal along the line accesses each self-corresponding signals collecting station by cable, and data are sent to data processing centre (DPC) by optical fiber by signals collecting station.The cross interconnected mode of fiber optic cables has a lot of drawback, when there is fiber break along the line, system cannot judge communicating interrupt position, need a large amount of maintainer to carry out investigation trouble-shooting point to communication optical fiber along the line, when communication optical fiber inside disconnects, maintainer is with the naked eye difficult to investigation and is out of order a little, now often in order to the normal operation of fast quick-recovery pipeline, communication cable along the line can be changed, cause a large amount of wastes of material, and servicing time is longer.The network system of the cross interconnected mode of fiber optic cables, when needs carry out network again plan time, often need again to lay communication media and do larger change, and after signals collecting station is determined, this acquisition station can not move, and needs increase-volume also will carry out larger change to former network.Wireless signal acquiring system makes networking break away from the constraint of legacy network wiring, at any time network changed virtually, expanded, increase-volume, make network have stronger adaptability and dirigibility, open fixed signal collection and a signals collecting network combining very well mobile device signal acquiring system.
Current signal acquiring system can not carry out signals collecting to mobile device on a large scale well.Need arrange a lot of signals collecting substation on the way in collection and consume a lot of corresponding auxiliary material to the collection of fixed signal, the transmission of signal adopts the cross interconnected mode of fiber optic cables.The cross interconnected mode of fiber optic cables needs the trend considering transmission medium, and security etc., bracing wire pipe laying, destroys original setting, and collection signal is connected to signals collecting station nearby by cable, is then connected at each signals collecting station by optical fiber.The cross interconnected mode of fiber optic cables has a lot of drawback, when there is fiber break along the line, the interruption position of communication cannot be judged, need a large amount of maintainer to carry out investigation trouble-shooting point to communication optical fiber along the line, when communication optical fiber inside disconnects, maintainer is with the naked eye difficult to investigation and is out of order a little, now in order to quick recovery system, need to change communication cable along the line, cause a large amount of wastes of material, and servicing time is longer.The cross interconnected mode of fiber optic cables carries out communication connection owing to needing real transmission medium, and this can not carry out signals collecting by equipment larger to moving range with regard to causing.Therefore, developing a kind of long distance delivery line intelligent wireless communication signal acquiring system is the new problem being badly in need of solving.
Summary of the invention
The object of the present invention is to provide a kind of long distance delivery line intelligent wireless communication signal acquiring system, this invention is carried out data by wireless transmission method and is transmitted the constraint that the airlink erected breaks away from legacy network wiring, network is made to have stronger adaptability and dirigibility, when having no progeny in communication network, the position of the accurate failure judgement point of system energy, fast easy to maintenance, very fast restoration signal acquisition system, whole intelligent radio signal acquiring system convenient management, be easy to safeguard, save maintenance cost, execution efficiency is high, without bracing wire pipe laying, original setting need not be destroyed, expansion, increase-volume, change network extremely convenient, installation is established on the mobile apparatus, realize the equipment large to moving range and carry out signals collecting, start the novel signal collection network of the perfect adaptation of fixed signal collection and mobile device signals collecting.
The object of the present invention is achieved like this: a kind of long distance delivery line intelligent wireless communication signal acquiring system, comprises signal transacting center, wireless launcher, signal picker, the required signal gathered, mobile device, need the semaphore gathered, movable signal acquisition device, mobile radio transmitter, wireless signal acquiring station is made up of the wireless signal transmitter on top and the signal picker of bottom, the layout of wireless signal acquiring network, the signal receiving the collection of all collection substations is responsible at signal transacting center, the wireless launcher at certain signals collecting station, signal picker, the signal of required collection is the various switching value and analog quantity that will gather, and comprises device temperature, environment temperature, on-the-spot switch, the rotating speed of motor, the vibration of equipment, when network needs change to arrange, only need the position at movable signal acquisition station, do not need to reset network, when network needs expansion capacity, simply arrange after need increasing signals collecting station to network, whole network is easy to safeguard, networking flexibility, is easy to dilatation restructuring, be arranged in the wireless signal acquiring station on mobile device, the semaphore that mobile device, needs gather, movable signal acquisition device, mobile radio transmitter carry out signals collecting by the present invention to mobile device, the airlink that Wireless Data Transmission is erected breaks away from the constraint of legacy network wiring, at any time network changed virtually, expanded, increase-volume, make network have stronger adaptability and dirigibility, by one, compatible collection fixed signal station A, collection fixed signal station C and mobile device signal station B form signal acquiring system simultaneously, its principle of work is, range of control is carried out subregion by the factor such as feature, signal distributions according to range of control, environment, semaphore, signal, a signals collecting station be made up of wireless launcher and signal picker is set in each region, the signal picker of signal nearby in entering signal acquisition station, information is sent to information processing centre by wireless launcher by signals collecting station, because signals collecting station wirelessly data is sent to signal transacting center, so also signals collecting station can be placed on the larger equipment of moving range, expand the collection field of signal acquiring system, the airlink that simultaneously Wireless Data Transmission signal acquiring system is erected breaks away from the constraint of legacy network wiring, is changed by network at any time virtually, expands, increase-volume, makes network have stronger adaptability and dirigibility, realize signal center to the effective collection controlling all signals in covering scope, break through the collection limitation of signal in the past, make network more rationally, effectively.
Main points of the present invention are a kind of long distance delivery line intelligent wireless communication signal acquiring system.Its principle of work is, range of control is carried out subregion by the factor such as feature, signal distributions according to range of control, environment, semaphore, signal, a signals collecting station be made up of wireless launcher and signal picker is set in each region, the signal picker of signal nearby in entering signal acquisition station, information is sent to information processing centre by wireless launcher by signals collecting station; Because signals collecting station wirelessly data is sent to signal transacting center, so also signals collecting station can be placed on the larger equipment of moving range, expand the collection field of signal acquiring system.The airlink that simultaneously Wireless Data Transmission signal acquiring system is erected breaks away from the constraint of legacy network wiring, is changed by network at any time virtually, expands, increase-volume, makes network have stronger adaptability and dirigibility; Realize signal center to the effective collection controlling all signals in covering scope, break through the collection limitation of signal in the past, make network more rationally, effectively.
A kind of long distance delivery line intelligent wireless communication signal acquiring system compared with prior art, there is the quantity reduced the fault point from the use amount reducing cable and optical fiber, what intelligent radio control signal acquisition system was not only transmitted contains much information, also have stronger antijamming capability, realize at a high speed, accurately, the transmission of control signals of fidelity, whole network is easy to safeguard, and there is networking flexibility, be easy to dilatation restructuring, realize carrying out signals collecting to mobile device, set up the signals collecting network of a fixed signal collection and the combination of mobile device signals collecting, the signals collecting network of this mode can judge rapidly communication failure point, ensure the advantages such as the quick restore funcitons of network, to be widely used in long distance bulk material pipeline technical field.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is described in detail.
Fig. 1 is systematic schematic diagram of the present invention.
Fig. 2 is the schematic diagram at mobile device signals collecting station of the present invention.
Fig. 3 is the schematic diagram of the signals collecting network of collection fixed signal of the present invention and movable signal.
Embodiment
With reference to accompanying drawing, a kind of long distance delivery line intelligent wireless communication signal acquiring system, comprises signal transacting center 1, wireless launcher 2, signal picker 3, the required signal 4 gathered, mobile device 5, need the semaphore 6 gathered, movable signal acquisition device 7, mobile radio transmitter 8, wireless signal acquiring station is made up of the wireless signal transmitter on top and the signal picker of bottom, the layout of wireless signal acquiring network, the signal receiving the collection of all collection substations is responsible at signal transacting center 1, the wireless launcher 2 at certain signals collecting station, signal picker 3, the signal 4 of required collection is the various switching value and analog quantity that will gather, and comprises device temperature, environment temperature, on-the-spot switch, the rotating speed of motor, the vibration of equipment, when network needs change to arrange, only need the position at movable signal acquisition station, do not need to reset network, when network needs expansion capacity, simply arrange after need increasing signals collecting station to network, whole network is easy to safeguard, networking flexibility, is easy to dilatation restructuring, be arranged in the wireless signal acquiring station on mobile device, the semaphore 6 that mobile device 5, needs gather, movable signal acquisition device 7, mobile radio transmitter 8 carry out signals collecting by the present invention to mobile device, the airlink that Wireless Data Transmission is erected breaks away from the constraint of legacy network wiring, at any time network changed virtually, expanded, increase-volume, make network have stronger adaptability and dirigibility, by one, compatible collection fixed signal station A, collection fixed signal station C and mobile device signal station B form signal acquiring system simultaneously.
Its principle of work is, range of control is carried out subregion by the factor such as feature, signal distributions according to range of control, environment, semaphore, signal, a signals collecting station be made up of wireless launcher and signal picker is set in each region, the signal picker of signal nearby in entering signal acquisition station, information is sent to information processing centre by wireless launcher by signals collecting station; Because signals collecting station wirelessly data is sent to signal transacting center, so also signals collecting station can be placed on the larger equipment of moving range, expand the collection field of signal acquiring system.The airlink that simultaneously Wireless Data Transmission signal acquiring system is erected breaks away from the constraint of legacy network wiring, is changed by network at any time virtually, expands, increase-volume, makes network have stronger adaptability and dirigibility; Realize signal center to the effective collection controlling all signals in covering scope, break through the collection limitation of signal in the past, make network more rationally, effectively.
Claims (2)
1. a long distance delivery line intelligent wireless communication signal acquiring system, comprises signal transacting center, wireless launcher, signal picker, the required signal gathered, mobile device, need the semaphore gathered, movable signal acquisition device, mobile radio transmitter, it is characterized in that: wireless signal acquiring station is made up of the wireless signal transmitter on top and the signal picker of bottom, the layout of wireless signal acquiring network, the signal receiving the collection of all collection substations is responsible at signal transacting center, the wireless launcher at certain signals collecting station, signal picker, the signal of required collection is the various switching value and analog quantity that will gather, and comprises device temperature, environment temperature, on-the-spot switch, the rotating speed of motor, the vibration of equipment, when network needs change to arrange, only need the position at movable signal acquisition station, do not need to reset network, when network needs expansion capacity, simply arrange after need increasing signals collecting station to network, whole network is easy to safeguard, networking flexibility, is easy to dilatation restructuring, be arranged in the wireless signal acquiring station on mobile device, the semaphore that mobile device, needs gather, movable signal acquisition device, mobile radio transmitter carry out signals collecting by the present invention to mobile device, the airlink that Wireless Data Transmission is erected breaks away from the constraint of legacy network wiring, at any time network changed virtually, expanded, increase-volume, make network have stronger adaptability and dirigibility, by one, compatible collection fixed signal station A, collection fixed signal station C and mobile device signal station B form signal acquiring system simultaneously.
2. a kind of long distance delivery line intelligent wireless communication signal acquiring system according to claim 1, it is characterized in that: its principle of work is, range of control is carried out subregion by the factor such as feature, signal distributions according to range of control, environment, semaphore, signal, a signals collecting station be made up of wireless launcher and signal picker is set in each region, the signal picker of signal nearby in entering signal acquisition station, information is sent to information processing centre by wireless launcher by signals collecting station; Because signals collecting station wirelessly data is sent to signal transacting center, so also signals collecting station can be placed on the larger equipment of moving range, expand the collection field of signal acquiring system; The airlink that simultaneously Wireless Data Transmission signal acquiring system is erected breaks away from the constraint of legacy network wiring, is changed by network at any time virtually, expands, increase-volume, makes network have stronger adaptability and dirigibility; Realize signal center to the effective collection controlling all signals in covering scope, break through the collection limitation of signal in the past, make network more rationally, effectively.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410688354.XA CN104361732A (en) | 2014-11-26 | 2014-11-26 | Intelligent wireless communication signal collecting system for long-distance transmission line |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410688354.XA CN104361732A (en) | 2014-11-26 | 2014-11-26 | Intelligent wireless communication signal collecting system for long-distance transmission line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108305452A (en) * | 2017-12-28 | 2018-07-20 | 东本电气科技(苏州)有限公司 | Wireless kilowatt meter reading-out system and the data station site selecting method for utilizing the system |
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| US7002470B1 (en) * | 2004-05-03 | 2006-02-21 | Miao George J | Wireless UWB-based space-time sensor networks communications |
| CN101808227A (en) * | 2009-02-12 | 2010-08-18 | 常州炫睿电子科技有限公司 | Emergency wireless broadband communication system |
| CN101968651A (en) * | 2010-11-03 | 2011-02-09 | 苏州科技学院 | Wireless mode based building energy-conservation monitoring system |
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