CN107856702A - Railway track broken rail monitoring system - Google Patents
Railway track broken rail monitoring system Download PDFInfo
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- CN107856702A CN107856702A CN201710883589.8A CN201710883589A CN107856702A CN 107856702 A CN107856702 A CN 107856702A CN 201710883589 A CN201710883589 A CN 201710883589A CN 107856702 A CN107856702 A CN 107856702A
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61L—GUIDING RAILWAY TRAFFIC; ENSURING THE SAFETY OF RAILWAY TRAFFIC
- B61L23/00—Control, warning or like safety means along the route or between vehicles or trains
- B61L23/04—Control, warning or like safety means along the route or between vehicles or trains for monitoring the mechanical state of the route
- B61L23/042—Track changes detection
- B61L23/044—Broken rails
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Train Traffic Observation, Control, And Security (AREA)
Abstract
Present invention is disclosed a kind of railway track broken rail monitoring system, the broken rail monitoring system includes at least two transceivers, server, and part or all of transceiver is as management module；Rail to be monitored is divided at least rail monitoring section；Each rail monitoring section distribution sets at least two transceivers；Each transceiver is divided at least one set, and every group includes at least two transceivers, and every group of transceiver carries out relay carrier communication using rail as wire, until management module receives setting data, server is sent data to by management module.Railway track broken rail monitoring system proposed by the present invention, rail broken rail can be monitored in real time, it is ensured that the security of railway traffic.
Description
Technical field
The invention belongs to railway communication technical field, is related to a kind of rail broken rail monitoring system, more particularly to one kind half is certainly
Dynamic block section rail broken rail monitoring system.
Background technology
With the fast development of China railways cause and the raising of train speed, safety and efficiency to railway transportation propose
Higher requirement.Therefore, real-time broken rail detection is carried out to the rail on railway operation line, it is ensured that broken rail disclosure satisfy that when occurring
The principle of " safety of failure one " turns into an important topic.Existing high ferro and general fast railway automatic block district, railway signal
Equipment is all mounted with track circuit, realizes rail Broken rail detection.But Semi-automatic Block District section is only in home signal
1200 meters~1400 meters of machine foreign side is mounted with close to track circuit, from station close at track circuit receiving end to neighbor stations
Whole section is fitted without track circuit close at track circuit receiving end, and broken rail, which occurs, for rail can not just be checked, completely
Go to find by personnel's walkaround inspection.
Rail directly affects train transportation safety as ground base equipment, its working condition quality.Train passes through fracture
Rail can bring huge potential safety hazard, the generation of great driving accident such as result even in derailing, overturn.Because broken rail causes train
Derail, overturn great driving accident and teach that, reinforcing rail fracture detection, to ensureing that it is particularly significant that safe train operation has
Meaning.
Therefore, it is necessary to develop non-blocking section broken rail monitoring system, real-time online detects to rail broken rail, occurs
During broken rail and alarm, prevent rail broken rail from causing train derailing disturbing accident.
1st, based on track circuit principle
Real-time broken rail detection method based on track circuit principle is noteworthy characterized by:Using rail as circuit, pass through biography
Pass and receive electric signal (voltage or electric current) to judge whether that broken rail occurs.As track circuit, although being based on track circuit
The real-time broken rail detection method of principle has and by railway roadbed condition is influenceed the shortcomings that big, but because its principle and technology are relatively ripe
And show stronger feasibility.
2nd, traction current broken rail detection method
Traction current broken rail detection method is used based on complete traction return current circuits.Electricity in any one steel rail
Stream is only blocked in rail fracture.Under any circumstance, abnormal electric current is bypassed disconnected by the shorting stub of adjacent rail
Split place and be back to transformer station.The out-of-balance current thereby resulted in can be detected.But it relies on the presence of traction current, i.e., can only
Detect the broken rail between train and electric substation on traction substation supply arm.In addition, traction current real-time broken rail detection method is real
Existing difficulty is that (train load under clear various loading condictions must be analyzed according to the traction return current circuits network of actual track
Size, train position) traction current distribution situation on all rail.
3rd, optical fiber real-time broken rail detection method
Detected with the standard single-mode fiber being affixed on by epoxy resin adhesive tape on track optical fiber real-time broken rail detection side.Light
A fine termination light source, the other end is receiver.If rail fractures, optical fiber will rupture therewith, and light can not
Receiver is reached, thus judges broken rail occurs, as shown in the figure
Optical fiber broken rail detection method is proved to be very reliable broken rail detection method, but its installation and maintenance work are difficult
It is difficult to use in practice.
Similar optical cable, sense channel is used as using a cable and an one steel rail, loop current changes bright during rail broken rail
Aobvious, principle is very simple, but laying cable work is very huge along the line, it is difficult to practice.
4th, ultrasonic wave broken rail detects
Sound wave generating device, left and right ends installation acoustic receiver device separated by a distance are filled at the middle part of track section.
Adjacent interval signal isolates after emitter sends sound wave by nature attenuation, if sound wave propagates chances along rail to the left and right
To having crack or broken rail, the signal that reception device is not received or received significantly reduces, and can be determined that rail is accordingly
It is no to fracture or damaged.
Ultrasonic wave, which will run into weld seam, to have portion of energy to reflect back, and operating distance is limited.Increase detecting distance, it is necessary to add
Big transmitter power, it is very unfavorable to battery supply set.
In view of this, nowadays there is an urgent need to design a kind of railway track broken rail monitoring mode, to overcome existing rail iron
Drawbacks described above existing for the monitoring of rail broken rail.
The content of the invention
The technical problems to be solved by the invention are：A kind of railway track broken rail monitoring system is provided, can be to rail broken rail
Monitored in real time, it is ensured that the security of railway traffic.
In order to solve the above technical problems, the present invention adopts the following technical scheme that：
A kind of railway track broken rail monitoring system, the broken rail monitoring system include at least two transceivers, server, portion
Divide or whole transceivers are as management module；Rail to be monitored is divided at least rail monitoring section；Each rail monitors section
Distribution sets at least two transceivers；Each transceiver is divided at least one set, and every group includes at least two transceivers, every group of transceiver
Relay carrier communication is carried out using rail as wire, until management module receives setting data, is sent data by management module
To server.
The beneficial effects of the present invention are：Railway track broken rail monitoring system proposed by the present invention, rail broken rail can be entered
Row monitoring in real time, it is ensured that the security of railway traffic.
Brief description of the drawings
Fig. 1 is the setting schematic diagram of railway track broken rail monitoring system of the present invention.
Fig. 2 is the principle schematic of railway track broken rail monitoring system of the present invention.
Fig. 3 is the composition schematic diagram of railway track broken rail monitoring system of the present invention.
Fig. 4 is the part composition schematic diagram of railway track broken rail monitoring system of the present invention.
Fig. 5 is the network structure of railway track broken rail monitoring system of the present invention.
Fig. 6 is the composition schematic diagram of management module in railway track broken rail monitoring system of the present invention.
Fig. 7 is the composition schematic diagram of normal transceiver in railway track broken rail monitoring system of the present invention.
Fig. 8 is the circuit diagram of main controller circuit in broken rail monitoring system of the present invention.
Fig. 9 is the circuit diagram that indicator light circuit is received and dispatched in broken rail monitoring system of the present invention.
Figure 10 is the circuit diagram of frequency selection circuit and carrier signal modulation circuit in broken rail monitoring system of the present invention.
Figure 11 is the circuit diagram that lightning protection detects circuit in broken rail monitoring system of the present invention.
Figure 12 is the circuit diagram that the big value detection circuit of level is received in broken rail monitoring system of the present invention.
Figure 13 is the circuit diagram of device id identification circuit in broken rail monitoring system of the present invention.
Figure 14 is the circuit diagram of oscillation source circuit in broken rail monitoring system of the present invention.
Figure 15 is the circuit diagram of transmission power detection circuit and constant-current source circuit in broken rail monitoring system of the present invention.
Figure 16 is the circuit diagram of 485 telecommunication circuits in broken rail monitoring system of the present invention.
Figure 17 is that power switch observation circuit and the circuit of voltage stabilizing linear power source circuit show in broken rail monitoring system of the present invention
It is intended to.
Figure 18 is the circuit diagram of oscillation source circuit in broken rail monitoring system carrier module of the present invention.
Figure 19 is the circuit diagram of carrier wave adjustment demodulation control circuit in broken rail monitoring system carrier module of the present invention.
Figure 20 is the partial circuit schematic diagram of broken rail monitoring system carrier module of the present invention.
Figure 21 is the schematic diagram of another embodiment of the present invention.
Figure 22 is the operating diagram of broken rail monitoring system of the present invention in example IV.
Figure 23 is the operating diagram of broken rail monitoring system of the present invention in embodiment five.
Figure 24 is the schematic diagram that each transceiver sends data format in present system.
Embodiment
The preferred embodiment that the invention will now be described in detail with reference to the accompanying drawings.
Embodiment one
It is semi-automatic suitable for electrified and non-electrical gasification section present invention is disclosed a kind of railway track broken rail monitoring system
Block section rail broken rail monitors, and can monitor the integrality of section rail connection in real time.
Referring to Fig. 1, rail to be monitored is divided at least rail monitoring section, the both ends difference in each rail monitoring section
Provided with insulation joint (can also be not provided with insulation joint), the both ends in each rail monitoring section are respectively equipped with short-circuit line (can certainly
It is not provided with short-circuit line), two short-circuit lines connect the rail of left and right two, and the tie rod between rail is insulated gage rod.It is not provided with
During short-circuit line, the 1st transceiver, n-th transceiver at both ends connect the both ends in monitoring section respectively.
Each rail monitoring section distribution sets some transceivers, and the distance of adjacent transceivers (refers to adjacent transceivers and rail
The distance between junction) be 0.5~1km, the 1st transceiver, the n-th transceiver and corresponding short-circuit line distance (refer to transceiver with
The distance of rail junction and short-circuit line between rail junction) it is 40~80m.1st transceiver is except as first hair
Send outside the transceiver of data, also upload the function of data to server with management module；N-th transceiver also has management module
The function (can certainly be that other transceivers send data to server) of data is uploaded to server.
Referring to Fig. 2, block rail break monitoring is that rail is worked as into wire, ensure to pass through certain carrier signal per one steel rail
(carrier signal is sent by transceiver, received), in the present embodiment, pass through centre frequency 13.5KHz carrier communication transmission means
It is monitored rail broken rail.When rail fracture, carrier signal receives level, launching electrical level produces change, and acquired record is simultaneously
Sending relevant information step by step, (the 1st transceiver can only receive the 2nd transceiver, the 3rd transmitting-receiving to the n-th transceiver or the 1st transceiver
The data that device is sent, naturally it is also possible to receive the data of other transceivers), GPRS is passed through by the 1st transceiver or the n-th transceiver
Send to server analysis processing.
Fig. 3, Fig. 4 are referred to, the broken rail monitoring system includes some transceivers, control centre.Control centre's bag
Server, at least a client are included, each client is connected with server；Client can be computer or mobile terminal, server
Warning message is sent by way of short message or message to client, such as by short message sending to mobile phone, or by sending message
To corresponding cell phone application.Each transceiver is connected rail as wire, and part transceiver is carried out as management module with server
Telecommunication；Management module is serviced by TCP, and the data of reception are sent into server, and server carries out Data Analysis Services,
Result is shown on the client.
The transceiver is provided with carrier module, for sending carrier signal；The transceiver includes solar charging panel, filled
Electric manager, rechargeable battery, solar charging panel connect rechargeable battery by charging manager.It is of course also possible to use
Other power modes, such as wind-driven generator, some fuel cells, such as hydrogen fuel cell can also be used.
Fig. 3 is the composition schematic diagram of the system, wherein adjacent 0.5~1KM of transceiver interval installations (refer to transceiver
With the tie point of rail), spacing depend on need monitor broken rail precision, if Dangerous Area can be spaced it is shorter, between rail
The all insulated gage rods of tie rod.Management module all by 485 telecommunication circuits and GPRS communication module connection communication, uploads
Data.1st transceiver and the n-th transceiver are all arranged on the distance apart from 40~80 meters of rail short-circuit line respectively；Transceiver needs
Power for a long time, so all using storage battery power supply, and mix charging manager with solar energy and charge.Data pass through GPRS module
Establish TCP/IP connections and upload to far-end server, data processing is carried out by server.
Transceiver positioned at rail monitoring section first end is as the 1st transceiver；1st transceiver, the n-th transceiver phase
Increase by 485 telecommunication circuits, GPRS communication module than normal transceiver, pass through 485 telecommunication circuits, GPRS communication module and server
Communication；1st transceiver, the n-th transceiver send data to corresponding GPRS communication module by 485 telecommunication circuits, and GPRS leads to
News module is established to be connected by TCP/IP with server sends the data to server；N-th transceiver and the 1st transceiver pass through
485 telecommunication circuits carry out data exchange, communication baud rate 2400bps, the 1st transceiver and the n-th transmitting-receiving with GPRS communication module
For device by 485 telecommunication circuits to GPRS communication module transmission frame format data, GPRS communication module receives data by TCP to control
Center processed sends data.
Each transceiver carries out relay carrier communication using rail as wire, from the 1st transceiver to the n-th transceiver, in transmission
Frequency of heart is 13.5KHz multicarrier communication signal, and server is that the signal that the n-th transceiver feeds back judges two according to the 1st transceiver
Whether the rail between individual adjacent transceiver and rail junction has broken rail.When rail fracture, carrier signal reception level,
Launching electrical level produces change, and acquired record and relay send relevant information to management module (the n-th transceiver, the 1st transceiver),
Management module sends information to server analysis processing.
The transceiver in each rail monitoring section carries out relay carrier communication, and at interval of setting time t, (t can be 15s, most
Big error 2s) state is cycled through successively.
2nd transceiver receives the data that the 1st transceiver is sent and preservation；I-th -1 transceiver, the i-th transceiver receive i-th -2
The data of transceiver transmission and preservation；1st transceiver receives the 2nd transceiver, the data that the 3rd transceiver is sent and preservation；Wherein,
3≤i≤n, n are the number that the rail monitors the every group of transceiver in section (the present embodiment only sets one group).
The data that each transceiver sends self information data and forwards its other transceiver received to send；Self information number
According to including unique identification data, its own transmission level data, monitoring and its cells electric quantity data obtained, monitoring and acquisition
Lightning protection device status data.
Each transceiver is constantly in using time t as the cycle and cycles through state, and reception state is in when having not timed out；The
The time of 1 transceiver first reaches, and the 1st transceiver sends self information data, includes " 5 byte datas of numbering 1 "；2nd transmitting-receiving
Device receives " 5 byte datas of numbering 1 ", and preserves, and starts simultaneously at and sends self information data, includes " 5 bytes of numbering 2
Data ", and the data for including " 5 byte datas of numbering 1 " for forwarding the 1st transceiver to send；3rd transceiver receives " numbering 1
5 byte datas " or " 5 byte datas of numbering 2 ", start to send its data, comprising " 5 byte datas of numbering 3 ", and
Forward the 2nd transceiver send the data comprising " 5 byte datas of numbering 2 " and the 1st transceiver transmission include " the 5 of numbering 1
The data of byte data "；N are arrived by that analogy.
Rail is normally without under crack conditions, and rail transmission information can be reached normally, and the i-th transceiver receives the i-th -2 transceiver
The reception level sent with the i-th -1 transceiver is not 0；I-th -2 transceiver, the i-th -1 transceiver and the i-th transceiver are launched in itself
Level is not 0 yet；The data that all transceivers send and received can be normal.
If broken rail phenomenon occurs in rail, if the connection of the contact of the i-th -1 transceiver and rail, the i-th transceiver and rail
Between rail broken rail phenomenon occurs, then the i-th transceiver receives the reception electricity that the i-th -2 transceiver and the i-th -1 transceiver are sent
It is flat to be all reduced to 0 or decline to a great extent.
If broken rail phenomenon occurs in rail, if the junction of the i-th -2 transceiver and rail, the i-th -1 transceiver and rail
Broken rail phenomenon occurs for the rail between junction, then the reception level of the i-th -1 transceiver of the i-th transceiver reception is normal, but receives
The reception level that i-th -2 transceiver is sent is reduced to 0 or declined to a great extent.
Show if broken rail occurs for the rail between the junction of the junction of the 1st transceiver and rail, the 2nd transceiver and rail
As then the 2nd transceiver receives the reception level that the 1st transceiver is sent and is all reduced to 0 or declines to a great extent.
In the present embodiment, as shown in Figure 2：" transceiver 1 ", " transceiver 2 ", " transceiver 3 " is constantly in 15 seconds circulation hairs
Send state, 15 seconds not timed out to be in reception state.Circulation countdowns in 15 seconds of transceiver 1 first are first reached, and " transceiver 1 " is sent
" 5 byte datas of numbering 1 ", " transceiver 2 " receives " 5 byte datas of numbering 1 " and preserved, and starts simultaneously at transmission " numbering 2
5 byte datas " and forward " 5 byte datas of numbering 1 "；" transceiver 3 " receives " 5 byte datas of numbering 1 " or " compiled
Numbers 25 byte datas ", start to send " 5 byte datas of numbering 3 " and forward " 5 byte datas of numbering 2 " and " the 5 of numbering 1
Byte data ".N are arrived by that analogy.
Rail is normally without under crack conditions, then rail transmission information can be reached normally, and " transceiver 3 " receives " transceiver 1 "
" it is not 0 that transceiver 2 ", which receives level,；" transceiver 1 ", " transceiver 2 " and " transceiver 3 " launching electrical level itself also be 0；
If there is broken rail phenomenon in rail such as figure, then " transceiver 3 " receive " transceiver 1 " and " transceiver 2 " receive level be all reduced to 0
Or decline to a great extent.
The major function of transceiver is that intercycle (the present embodiment is to be spaced for 15 seconds) transmission is originally by rail transmission signal
Body information data and the information data for forwarding other transceivers.Self-information data parcel launching electrical level data itself, receive
Preceding or preceding level data, detection battery electric quantity itself, monitor lightning protection device state and forward other transceiver information numbers
According to function.The structure of transceiver is by groups such as battery, power circuit, constant-current source circuit, single-chip microcomputer, carrier module, lightning-protection modules
Into.
System Working Principle see Fig. 4, except transceiver 1 (transceiver 1 is the 1st transceiver, and function is special, is introduced later)
Outside, all transceiver work have four kinds of states：Actively send data countdown state (waiting receive information data mode), data
Information re-ception state, collection level itself simultaneously send data message state, forward other Transceiver Data information states.
1. actively send data countdown state (waiting receive information data mode)：
Can slightly have difference because crystal oscillator opens the time of shaking, and in order to allow the carry out data of transceiver order successively to send without producing
Raw conflict, one is set to first power on autonomous transmission time point when we are electric on the transceiver, this time point is only carried out
Countdown, is not just used later, is terminated when first powering on autonomous transmission time countdown, transceiver independently sends one
Secondary data message, then formally enter after being sent completely and actively send data countdown state.Transceiver in this case, if
Countdown does not reach also, then is substantially at idle condition, in the state for receiving other transceiver information data；Assuming that can not
In the case of the data message for receiving other transceivers, transceiver can cycle through itself with the variable interval time that interval is set
Data message give other transceivers.The spontaneous circulation of transceiver 2 sent the time as the 15.667th second in such as figure, and transceiver 3 is autonomous
It is the 15.809th second etc. (the 1st transceiver spontaneous circulation transmission time is the 15th second) to cycle through the time.
2., data message reception state：
When transceiver, which has the initiative, sends data countdown state (waiting receive information data mode), before receiving or
The data message of preceding transceiver before person, then transceiver enter data message reception state.Under this state transceiver receive before or
Preceding Transceiver Data information is simultaneously stored in buffer area, and changed according to being the data of preceding or preceding transceiver of reception from
The main count down time counter for sending data, make its shorten can namely shift to an earlier date accordingly it is autonomous send data, equivalent to making
Transceiver below sends data message immediately with the transceiver before this.As shown in Figure 4, transceiver 1 is independently sent completely
After data message, transceiver 2 receives the count down timer that the data message of transceiver 1 independently sends data originally and also had 500,
But because receiving the data message of transceiver 1, then count down timer is changed 250, that is, transceiver 2 will in advance 250
Start to send data message.The like transceiver 3, transceiver 4 all can before receiving or preceding data message and incite somebody to action from
Main transmission data time shifts to an earlier date.
3., collection level itself and send data message state：
After it have modified autonomous count down timer for sending data itself, when countdown is completed, data message is entered
Transmission state.Transceiver in this case, transmission level of transceiver collection itself, cell voltage state itself, lightning protection device state
And store data in corresponding buffering area, and corresponding data bit is removed or set according to state, data preparation is complete
Start carrier module after finishing to send in data message.Data message itself sends 3 times 5 byte datas in order to ensure success.
Transceiver 1 sends " 5 byte datas of numbering 1 " in Fig. 4 and transceiver 2 sends " 5 byte datas of numbering 2 " and transceiver 3
It is all data message itself to send " 5 byte datas of numbering 3 ".
4., forward other Transceiver Data information states：
Transceiver then enters after data message itself is sent completely by carrier module forwards other Transceiver Datas letter
Breath state.Above transceiver is under data message reception state by transceiver in this case receive before or it is preceding receive
Send out device data message by carrier module by 5 bytes once in the form of be forwarded to other transceivers.As transceiver 2 is sent out in Fig. 4
Send " 5 byte datas of numbering 1 ", transceiver 4 can send " 5 byte datas of numbering 3 " and " 5 byte datas of numbering 2 ".
After transceiver 1 independently sends " 5 byte datas of numbering 1 " in Fig. 4, transceiver 2 receives " 5 bytes of numbering 1
Data " then change the autonomous transmission time, send " 5 byte datas of numbering 2 " in advance and simultaneously forward " 5 byte datas of numbering 1 ", receive
Hair device 3 receives " 5 byte datas of numbering 1 " or " 5 byte datas of numbering 2 ", and then modification independently sends the time, sends out in advance
Send " 5 byte datas of numbering 3 " and forward " 5 byte datas of numbering 2 " and " 5 byte datas of numbering 1 ", transceiver 4 receives
" 5 byte datas of numbering 2 " or " 5 byte datas of numbering 3 " then modification independently sends the time, sends " the 5 of numbering 4 in advance
Byte data " simultaneously forwards " 5 byte datas of numbering 3 " and " 5 byte datas of numbering 2 ", is being down last transceiver
The reception of (the n-th transceiver, present embodiment in n=5), the 5th transceiver receive data and do not forward but establish TCP by GPRS
Service is uploaded to server and carries out data processing.
And the 1st transceiver is with other transceiver differences, transceiver not only has four kinds of states of the above, and the 1st transceiver is also
There is the function of management module, can be communicated by 485 telecommunication circuits with GPRS communication module, upload the transceiver received
2 and the data message of transceiver 3.
The major function of 1st transceiver and the n-th transceiver is to concentrate each transceiver information by rail carrier communication to beat
Bag, the 1st transceiver and the n-th transceiver are sent to GPRS communication module by 485 telecommunication circuits, and GPRS communication module leads to data
Cross TCP/IP and server establishes the link and is sent to server.
When 1st transceiver is in the data countdown state that actively sends (waiting receive information data mode), it can be spaced
The launching electrical level collection of progress in 3.75 seconds itself, and train is preserved by caused high level, when independently sending data, high electricity
Flat data are sent；When 1st transceiver is in data message reception state, the reception electricity of transceiver 2 and transceiver 3 can be received
Put down and preserve, after the completion of independently data are sent, the server that data message is uploaded to control centre by GPRS module is carried out
Data Management Analysis.
When n-th transceiver is in the data countdown state that actively sends (waiting receive information data mode), it can be spaced 5 seconds
Progress launching electrical level collection itself, and train is preserved by caused high level, after the completion of independently data are sent, pass through GPRS
The server that module uploads data message control centre carries out Data Management Analysis.
Because rail is directly exposed to earth's surface, for semiautomatic block section, there is no lightning rod, thunder directly over rail
When percussion is raw, lightning current can import the earth by rail, and for the equipment being joined directly together with rail, lightning protection seems ratio
It is more important.It is a kind of practical ways to install SPD (Surge Protector).If SPD damage equipment can alarm immediately.
The also detectable battery electric quantity of equipment, if battery electric quantity is too low, equipment can report " battery electric quantity is low " to warn, please be timely
Change battery.
Transceiver forms link by the way of transmission information one by one, can pass through the break-make of link, receive information and letter
Number intensity judges rail broken rail, if pressure rail.Because weather reason (exposing to the sun and rain, wind and frost sleet) causes railway roadbed resistance not
One, received signal strength occurs therewith can also change.
Judge broken rail point by 3 transceivers：1st transceiver sends data by rail, and transceiver 2 is sent by rail
Data, transceiver 3 receive data by rail；If rail is normal and without pressure rail (double track is not turned on)：Transceiver 3 is connect by rail
The 1st transceiver, " carrier signal of rail " of transceiver 2, the state 0 of reception signal are received, and is inscribed in the time of lasting wait
The state of the collection of letters number is 0 always, then judges " broken rail " fault message.Extend to three transceivers of arbitrary neighborhood：Pass through 3
Individual transceiver judges whether broken rail point：I-th -2 transceiver sends data by rail, and the i-th -1 transceiver is sent out by rail
Send data；I-th transceiver receives the rail carrier signal of the i-th -2 transceiver, the i-th -1 transceiver by rail, if reception signal
State 0, and in the setting time of lasting wait reception signal state always be 0, then judge there is broken rail failure；Its
In, 3≤i≤n.
Judge device transceiver quality by 3 transceivers or whether there is train to pass through：Receive " the rail of transceiver 2
Carrier signal " state be 0, then see receive the 1st transceiver " carrier signal of rail " state, if receiving state signal is
1 or 2, judge " transceiver 2 is bad "；If " carrier wave transmission level " becomes big, judge " train passes through ".Extend to any phase
Three adjacent transceivers：If the state that the i-th transceiver receives the rail carrier signal of the i-th -1 transceiver is 0, further according to reception
Rail carrier signal state to the i-th -2 transceiver is determined whether；If receive the rail carrier wave letter of the i-th -2 transceiver
Number state is 1 or 2, judges the damage of the i-th -1 transceiver；If the rail carrier signal state for receiving the i-th -2 transceiver is load
Ripple transmission level becomes big, then is judged as that train passes through state.
Embodiment two
The present embodiment and the difference of embodiment one are, in the present embodiment, referring to Fig. 6, n-th transceiver, the 1st receipts
Hair device include main controller circuit, transmitting-receiving indicator light circuit, frequency selection circuit, carrier signal modulation circuit, lightning protection detection circuit, connect
Receive the big value detection circuit of level, device id identification circuit, oscillation source circuit, transmission power detection circuit, constant-current source circuit, 485
Telecommunication circuit, GPRS communication module, power switch observation circuit, voltage stabilizing linear power source circuit, carrier module.
The main controller circuit connects transmitting-receiving indicator light circuit, lightning protection detection circuit, receives the big value detection of level respectively
Circuit, device id identification circuit, oscillation source circuit, transmission power detection circuit, 485 telecommunication circuits, GPRS communication module, power supply
Switch monitors circuit, carrier module.The frequency selection circuit connects carrier signal modulation circuit, receives the big value detection electricity of level respectively
Road, carrier signal modulation circuit connection transmission power detection circuit, transmission power detection circuit connection constant-current source circuit, power supply are opened
Close observation circuit connection voltage stabilizing linear power source circuit.
Referring to Fig. 7, the transceiver includes main controller circuit, transmitting-receiving indicator light circuit, frequency selection circuit, carrier signal
Modulation circuit, lightning protection detection circuit, receive the big value detection circuit of level, device id identification circuit, oscillation source circuit, transmission power
Detect circuit, constant-current source circuit, power switch observation circuit, voltage stabilizing linear power source circuit, carrier module.
【Main controller circuit】
Referring to Fig. 8, the main controller circuit includes single-chip microcomputer U5, the 9th electric capacity C9, the tenth electric capacity C10, the second electricity
Hinder R2, the 5th resistance R5, the 7th resistance R7, the 8th resistance R8, the tenth resistance R10, the two or six resistance R26, the 4th 1 resistance
R41；Single-chip microcomputer U5 the first pin is grounded by second resistance R2, and single-chip microcomputer U5 the 5th pin is connect by the 5th resistance R5
Ground, single-chip microcomputer U5 the 6th pin ground connection, single-chip microcomputer U5 the 7th pin connection 3.3V supply voltages, single-chip microcomputer U5 the 9th pipe
Pin receives the small value of level by the tenth resistance R10 connections；Single-chip microcomputer U5 the 17th pin passes through the 7th resistance R7 connections the 8th
Resistance R8 the second end, the 9th electric capacity C9 first end, the 8th resistance R8 first end connection 3.3V supply voltages, the 9th electric capacity
C9 the second end ground connection；Single-chip microcomputer U5 the 2nd 1 pin connects the 4th 1 resistance R41, single-chip microcomputer U5 the two or two pin connection
Two or six resistance R26；Single-chip microcomputer U5 the second three-prong is grounded by the tenth electric capacity C10, and single-chip microcomputer U5 the two or eight pin connects
Connect 3.3V supply voltages, single-chip microcomputer U5 the two or nine pin ground connection；
【Receive and dispatch indicator light circuit】
Referring to Fig. 9, the transmitting-receiving indicator light circuit includes the 7th triode Q7, the 8th triode Q8, the first LED
D13, the second LED D14, the three or three resistance R33, the three or four resistance R34, the three or five resistance R35, the three or six resistance R36；7th
Triode Q7 base stage passes through the three or four resistance by the three or three resistance R33 connections single-chip microcomputer U5, the 8th triode Q8 base stage
R34 connection single-chip microcomputers U5；7th triode Q7 grounded emitter, the 8th triode Q8 grounded emitter；7th triode
Q7 colelctor electrode passes through the three or six resistance R36 connections by the three or five resistance R35 the first LEDs of connection D13, the 8th triode Q8
Second LED D14；First LED D13, the second LED D14 connect 3.3V supply voltages respectively.
【Frequency selection circuit】
Referring to Fig. 10, the frequency selection circuit include the 7th amplifier U4A, the 8th amplifier U4B, the 11st electric capacity C11,
14th electric capacity C14, the 20th electric capacity C20, the two or three electric capacity C23, the two or four electric capacity C24, the two or six electric capacity C26, the three or two
Electric capacity C32, some resistance.
The power end connection 5V supply voltages of the 7th amplifier U4A, the 7th amplifier U4A earth terminal ground connection；The
Seven amplifier U4A output end connects the six or seven resistance R67 first end, the five or two resistance R52 first end, the 14th electric capacity
C14 the second end；7th amplifier U4A negative input end connects the two or three electric capacity C23 the second end, the May 4th resistance R54
Second end, the five or two resistance R52 the second end connection the May 4th resistance R54 first end；7th amplifier U4A positive input terminal
Connect the 8th amplifier U4B positive input terminal, the two or four electric capacity C24 first end, the five or nine resistance R59 the second end, the 6th
Four resistance R64 first end.
Six or seven resistance R67 the second end connect the two or six electric capacity C26 first end, the six or two resistance R62 first end,
Six or eight resistance R68 the second end；The big value detection circuit of the second end connection reception level of two or the six electric capacity C26, the 6th
Two resistance R62 the second end ground connection.
Two or three electric capacity C23 first end connect the 14th electric capacity C14 first end, the 60th resistance R60 the second end,
Five or eight resistance R58 first end, the six or three resistance R63 first end；Six or three resistance R63 the second end ground connection, the five or eight
Resistance R58 the second end is grounded by 3rd resistor R3；60th resistance R60 first end connects the of the 11st electric capacity C11
Two ends, the five or six resistance R56 first end；11st electric capacity C11 first end connection carrier signal modulation circuit；Five or six electricity
The second end for hindering R56 connects the five or seven resistance R57 first end, the 6th 1 resistance R61 first end, the 19th electric capacity C19
The first end of first end, the 20th electric capacity C20；Five or seven resistance R57 the second end, the 6th 1 resistance R61 the second end difference
Ground connection.
The output end of the 8th amplifier U4B connects the six or eight resistance R68 first end, the of the 19th electric capacity C19
Two ends, the five or three resistance R53 first end；Five or nine resistance R59 first end, the three or two electric capacity C32 first end connection 5V
Supply voltage, the three or two electric capacity C32 the second end, the five or nine resistance R59 the second end, the two or four electric capacity C24 the second termination
Ground；The negative input end of the 8th amplifier U4B connects the five or five resistance R55 the second end, the second of the 20th electric capacity C20
End, the five or three resistance R53 the second end connect the five or five resistance R55 first end.
【Carrier signal modulation circuit】
Referring to Fig. 10, the carrier signal modulation circuit includes the first N-type metal-oxide-semiconductor Q1, the second N-type metal-oxide-semiconductor Q2, first
Coupling transformer T1, the first diode D1, the 3rd diode D3, the 5th diode D5, the 7th diode D7, the 3rd electric capacity C3,
Some resistance.
11st electric capacity C11 first end connect the first coupling transformer T1 first end, the first diode D1 negative pole,
Second N-type metal-oxide-semiconductor Q2 drain electrode；First diode D1 plus earth.
Second N-type metal-oxide-semiconductor Q2 grid connects the four or four resistance R44 first end, the 5th diode D5 negative pole, the 3rd
Eight resistance R38 first end；Four or four resistance R44 the second end, the 5th diode D5 plus earth；Second N-type metal-oxide-semiconductor Q2
Source electrode connection transmission power detection circuit.
The second end connection rail of the first coupling transformer T1, the first coupling transformer T1 first end pass through parallel connection
The 4th resistance R4 and the 3rd electric capacity C3 connection rail, the first coupling transformer T1 the 4th end connection 5V supply voltages；First
Coupling transformer T1 the 5th end connects the drain electrode of the 3rd diode D3 negative pole, the first N-type metal-oxide-semiconductor Q1；3rd diode D3
Plus earth.
First N-type metal-oxide-semiconductor Q1 grid connects the four or eight resistance R48 first end, the 7th diode D7 negative pole, the 4th
Ten resistance R40 first end；Four or eight resistance R48 the second end, the 7th diode D7 plus earth；First N-type metal-oxide-semiconductor Q1
Source electrode connection transmission power detection circuit.
【Lightning protection detects circuit】
Figure 11 is referred to, the lightning protection detection circuit includes lightning protection device cracking acquisition port, the 9th diode D9, the first electric capacity
C1, the second electric capacity C2, first resistor R1, the 12nd resistance R12；The first end ground connection of lightning protection device cracking acquisition port, lightning protection device split
The second end for changing acquisition port connects the 9th diode D9 negative pole, the first electric capacity C1 first end, the of first resistor R1 respectively
One end；9th diode D9 positive pole, the first electric capacity C1 the second end, the second electric capacity C2 the second end ground connection；First resistor R1
The second end connect the 12nd resistance R12 the second end, the second electric capacity C2 first end, the 12nd resistance R12 first end connects
Connect 3.3V supply voltages.
【Receive the big value detection circuit of level】
Figure 12 is referred to, receiving the big value detection circuit of level includes the second amplifier U1B, the tenth diode D10, the 12nd
Electric capacity C12, the two or five electric capacity C25, the 18th resistance R18, the 19th resistance R19, the two or two resistance R22, the two or four resistance
R24。
The second end of two or the six electric capacity C26 connects the 12nd electric capacity C12 first end；The of 12nd electric capacity C12
Two ends connect the second amplifier U1B positive input terminal, the two or four resistance R24 first end, the two or four resistance R24 the second termination
Ground.
Second amplifier U1B negative input end connects the two or two resistance R22 the second end, the first of the 18th resistance R18
End, the 18th resistance R18 the second end ground connection；Second amplifier U1B output end connects the tenth diode D10 positive pole, the
Ten diode D10 negative pole connects the two or two resistance R22 first end, the 19th resistance R19 first end, the two or five electric capacity
C25 first end, single-chip microcomputer U5；19th resistance R19 the second end, the two or five electric capacity C25 the second end ground connection.
【Device id identification circuit】
Figure 13 is referred to, the device id identification circuit includes some recognition units, and recognition unit includes resistance R, first
Switch, second switch, single-chip microcomputer U5 connection resistance R first end, the first end of second switch, resistance R the second end connect the
The first end of one switch；The second end connection 3.3V supply voltages of first switch, the second end ground connection of second switch.
【Oscillation source circuit】
Figure 14 is referred to, the oscillation source circuit includes the first crystal oscillator Y1, the 4th electric capacity C4, the 6th electric capacity C6, the second crystalline substance
Shake Y2, the 13rd electric capacity C13, the two or two electric capacity C22.
The first end of the first crystal oscillator Y1 connects the 4th electric capacity C4 the second end, the first crystal oscillator Y1 the second end connection the
Six electric capacity C6 the second end, the 4th electric capacity C4 first end, the 6th electric capacity C6 first end ground connection.
The first end of the second crystal oscillator Y2 connects the 13rd electric capacity C13 the second end, and the second crystal oscillator Y2 the second end connects
Connect the two or two electric capacity C22 the second end, the 13rd electric capacity C13 first end, the two or two electric capacity C22 first end ground connection.
【Transmission power detection circuit】
Figure 15 is referred to, the transmission power detection circuit includes the first MOS amplifiers U1A, the second diode D2, the 5th
Electric capacity C5, the three or five electric capacity C35, some resistance.
The source electrode of the first N-type metal-oxide-semiconductor Q1, the second N-type metal-oxide-semiconductor Q2 source electrode connect the first of the two or three resistance R23
End, the two or five resistance R25 first end, the 20th resistance R20 first end；Two or three resistance R23 the second end, the two or five electricity
Hinder R25 the second end ground connection；20th resistance R20 the second end connects the first MOS amplifiers U1A positive input terminal, the three or five
Electric capacity C35 first end；Three or five electric capacity C35 the second end ground connection.
First MOS amplifiers U1A negative input end connects the 2nd 1 resistance R21 the second end, the of the two or seven resistance R27
One end, the two or seven resistance R27 the second end ground connection；First MOS amplifiers U1A power end connection 5V supply voltages, the first MOS
Amplifier U1A earth terminal ground connection.
First MOS amplifiers U1A output end connects the second diode D2 positive pole, the four or six resistance R46 first end,
Second diode D2 negative pole connects the 2nd 1 resistance R21 first end, three nine-day periods after the winter solstice resistance R39 first end, the 5th electric capacity C5
First end, single-chip microcomputer U5；Three nine-day periods after the winter solstice resistance R39 the second end, the 5th electric capacity C5 the second end ground connection.
【Constant-current source circuit】
Figure 15 is referred to, the constant-current source circuit includes the 3rd p-type metal-oxide-semiconductor Q3, the 4th triode Q4, the 9th triode
Q9, a reference source Q10, the 15th electric capacity C15, the two or seven electric capacity C27, the 3rd 1 electric capacity C31, the two or nine electric capacity C29, the three or three electricity
Hold C33, the three or four electric capacity C34, some resistance.
The second end of four or the six resistance R46 connects the 9th triode Q9 base stage, the 9th triode Q9 colelctor electrode
Connect the four or two resistance R42 the second end, the four or seven resistance R47 first end, the two or nine electric capacity C29 the second end；9th 3
Pole pipe Q9 emitter stage connects the four or five resistance R45 the second end, the 50th resistance R50 first end, the second of a reference source Q10
End；A reference source Q10 first end ground connection；50th resistance R50 the four or three resistance R43 of the second end connection first end, the 4th
Three resistance R43 the second end ground connection；Four or five resistance R45 first end connection 5V supply voltages.
The emitter stage of the four triodes Q4 connect the 3rd p-type metal-oxide-semiconductor Q3 drain electrode, the three or three electric capacity C33 first end,
Three or four electric capacity C34 first end, the 15th electric capacity C15 first end, the two or seven electric capacity C27 first end, the 3rd 1 electric capacity
The first end of C31 first end, the four or two resistance R42；Four triode Q4 colelctor electrode connects the first of the four or nine resistance R49
End, the 3rd p-type metal-oxide-semiconductor Q3 grid, the four or nine resistance R49 the second end ground connection；3rd p-type metal-oxide-semiconductor Q3 source electrode connection 5V
Supply voltage.
【485 telecommunication circuits】
Refer to Figure 16,485 telecommunication circuit includes 485 chips, the first two-way TVS diode D17, second two-way
TVS diode D18, the 3rd two-way TVS diode D19, the first air discharge tube F1, the first self- recoverage insurance PPTC1, second are certainly
Recover insurance PPTC2, the 30th electric capacity C30, the 11st resistance R11, May Day resistance R51.
Second pin of 485 chip passes through the 11st resistance R11 connection 5V supply voltages, the second pipe of 485 chips
Pin connection single-chip microcomputer U5, the three-prong of 485 chips；The first pin, the 4th pin connection single-chip microcomputer U5 of 485 chips, 485 cores
The 5th pin ground connection of piece；The 8th pin connection 5V supply voltages of 485 chips, the 30th electric capacity C30 first end, the 30th
Electric capacity C30 the second end ground connection.
6th pin of 485 chip connects the 3rd two-way TVS diode D19 first end, the first two-way poles of TVS bis-
The first end of pipe D17 first end, the first self- recoverage insurance PPTC1；The 7th pin connection the 3rd of 485 chip is two-way
TVS diode D19 the second end, the second two-way TVS diode D18 the second end, the first of the second self- recoverage insurance PPTC2
End；First two-way TVS diode D17 the second end, the second two-way TVS diode D18 first end ground connection.
First self- recoverage insurance PPTC1 the second end connects the first air discharge tube F1 first end, May Day resistance R51
First end, single-chip microcomputer U5；Second self- recoverage insurance PPTC2 the second end connects the first air discharge tube F1 the second end, the
May Day resistance R51 the second end, single-chip microcomputer U5.
【Power switch observation circuit】
Figure 17 is referred to, the power switch observation circuit includes the 5th p-type metal-oxide-semiconductor Q5, the 6th triode Q6, the four or two
Pole pipe D4, the 16th electric capacity C16, the 2nd 1 electric capacity C21, some resistance.
The first end of battery interface connects the 4th diode D4 positive pole, the second end ground connection of battery interface；Four or two pole
Pipe D4 negative pole connect the 16th electric capacity C16 first end, the 6th resistance R6 first end, the 5th p-type metal-oxide-semiconductor Q5 drain electrode,
Voltage stabilizing linear power source circuit；16th electric capacity C16 the second end ground connection, the 6th resistance R6 the second end connect the 5th p-type metal-oxide-semiconductor
The colelctor electrode of Q5 grid, the 6th triode Q6；6th triode Q6 base stage by the 9th resistance R9 connection 5V supply voltages,
6th triode Q6 grounded emitter；5th p-type metal-oxide-semiconductor Q5 source electrode connection voltage stabilizing linear power source circuit, the 13rd resistance
R13 first end；13rd resistance R13 the second end connects the first end of the 14th resistance, the first of the 2nd 1 electric capacity C21
End, single-chip microcomputer U5；Second end of the 14th resistance, the 2nd 1 electric capacity C21 the second end ground connection.
【Voltage stabilizing linear power source circuit】
Refer to Figure 17, voltage stabilizing linear power source circuit include the second chip U2, the 3rd chip U3, the 12nd LED D12,
7th electric capacity C7, the 8th electric capacity C8, the 18th electric capacity C18, the two or eight electric capacity C28, the 17th electric capacity C17, the 15th resistance
R15。
The input of the second chip U2 connects the 4th diode D4 negative pole, and the second chip U2 earth terminal is grounded,
Second chip U2 output end connection 3.3V supply voltages, the 7th electric capacity C7 first end, the two or eight electric capacity C28 first end,
17th electric capacity C17 first end, the 7th electric capacity C7 the second end, the two or eight electric capacity C28 the second end, the 17th electric capacity C17
The second end ground connection.
The input of the 3rd chip U3 connects the 5th p-type metal-oxide-semiconductor Q5 source electrode, the 3rd chip U3 ground connection termination
Ground, the 3rd chip U3 output end connection 5V supply voltages, the 8th electric capacity C8 first end, the 18th electric capacity C18 first end,
15th resistance R15 first end, the 15th resistance R15 the second end connect the 12nd LED D12 positive pole, the 8th electric capacity
C8 the second end, the 18th electric capacity C18 the second end, the 12nd LED D12 negative pole ground connection.
【Carrier module】
The carrier module includes signal receiving circuit, oscillation source circuit, carrier modulation demodulation control circuit, local oscillator electricity
Road, receive the small value detection circuit of level, carrier wave input circuit, carrier wave demodulation output circuit.
The signal receiving circuit connects carrier modulation demodulation control circuit, local oscillation circuit, receives the small value inspection of level respectively
Slowdown monitoring circuit, carrier wave input circuit, carrier wave demodulation output circuit；Carrier modulation demodulation control circuit connection oscillation source circuit.
Refer to Figure 20, number receiving circuit include the one zero two chip U102, frequency discriminator Y103, ceramic filter Y102,
One zero four electric capacity C104, the one zero five electric capacity C105, the one zero six electric capacity C106, the one zero nine electric capacity C109, some resistance.
The one zero two chip U102 the 4th pin connection supply voltage VCC, the 3rd of the one zero two chip U102 the
Pin connection ceramic filter Y102 first end, the one zero two chip U102 the 5th pin connection ceramic filter Y102's
5th end, ceramic filter Y102 the second end, the 3rd end, the 4th end connection supply voltage VCC.
One zero two chip U102 the 6th pin connects the one zero six electric capacity C106 the second end, the one zero two chip
U102 the 7th pin connects the one zero five electric capacity C105 the second end, the one zero two chip U102 the 8th pin connection first
03 resistance R103 the second end, frequency discriminator Y103 the second end；One zero six electric capacity C106 first end, the one zero five electric capacity
C105 first end, the one zero three resistance R103 first end, frequency discriminator Y103 first end connection supply voltage VCC, first
02 resistance R102 the second end, the one zero nine electric capacity C109 first end, the one zero four electric capacity C104 first end；One zero
Two resistance R102 first end connection 5V supply voltages, the one zero nine electric capacity C109 the second end, the one zero four electric capacity C104
Second end is grounded.
One zero two chip U102 the first pin connection local circuit, the one zero two chip U102 the 9th pin connection
Carrier wave demodulation output circuit, the one zero two chip U102 small value detection circuit of the tenth three-prong connection reception level, the one zero
Two chip U102 the 15th pin ground connection, the one zero two chip U102 the 16th pin connection carrier wave input circuit.
{ oscillation source circuit }
Figure 18 is referred to, the oscillation source circuit includes the one zero one crystal oscillator Y101, the one zero two electric capacity C102, the 1st
Three electric capacity C103；The one zero two electric capacity C102 of first end connection of the one zero one crystal oscillator Y101 the second end, the one zero one
Crystal oscillator Y101 the second end connects the one zero three electric capacity C103 the second end, the one zero two electric capacity C102 first end, the 1st
Three electric capacity C103 first end ground connection.
{ carrier modulation demodulation control circuit }
Figure 19 is referred to, the carrier modulation demodulation control circuit includes the one zero one chip U101, the one zero one electric capacity
C101, the one one eight electric capacity C118, some resistance.First pin of first chip is connect by the one one eight electric capacity C118
Ground；The 4th pin of the one zero one chip U101 pass through the electric capacity C101 of the one zero four resistance R104 connections the 1st
Two ends, the one zero one resistance R101 first end；One zero one electric capacity C101 first end ground connection, the one zero one resistance R101's
Second end connects 5V supply voltages.
{ local oscillation circuit }
As shown in figure 20, the local oscillation circuit includes the one one zero capacitance C110, the one one four electric capacity C114, the first First Five-Year Plan
Electric capacity C115, the one one six electric capacity C116, the one one three resistance R113, the one one four resistance R114, the first First Five-Year Plan resistance R115.
One zero two chip U102 the first pin connects the one one zero capacitance C110 the second end, the one one zero capacitance
C110 first end connects the first First Five-Year Plan resistance R115 the second end, the one one six electric capacity C116 first end, the first First Five-Year Plan electricity
Resistance R115 the one one four resistance R114 of first end connection the second end, the first First Five-Year Plan electric capacity C115 first end, the one one four
Resistance R114 first end connects the one one three resistance R113 the second end, the one one four electric capacity C114 the second end, the 1st
Five electric capacity C115 the second end, the one one six electric capacity C116 the second end ground connection.
{ receiving the small value detection circuit of level }
As shown in figure 20, the small value detection circuit of the reception level includes the resistance one by one of the one zero seven electric capacity C107, first
R111.One zero two chip U102 the tenth three-prong connects the resistance one by one of the one zero seven electric capacity C107 first end, first
R111 first end, the one zero seven electric capacity C107 the second end, first one by one resistance R111 the second end ground connection.
{ carrier wave input circuit }
As shown in figure 20, the carrier wave input circuit include the one zero one diode D101, the one zero two diode D102,
First electric capacity C111 one by one；One zero two chip U102 the first electric capacity C111 one by one of the 16th pin connection first end, the
One one by one electric capacity C111 the second end connect the one zero one diode D101 negative pole, the one zero two diode D102 positive pole,
One zero one diode D101 positive pole, the one zero two diode D102 negative pole ground connection.
{ carrier wave demodulation output circuit }
As shown in figure 20, the carrier wave demodulation output circuit include the one one two electric capacity C112, the one zero five resistance R105,
One zero eight resistance R108, the one one zero resistance R110.One zero two chip U102 the 9th pin connects the one zero eight resistance
R108 first end, the one zero eight resistance R108 the second end connect the one one two electric capacity C112 first end, the one one zero electricity
R110 first end is hindered, the one one two electric capacity C112 the second end ground connection, the one one zero resistance R110 the second end passes through first
05 resistance R105 are grounded.
Embodiment three
A kind of railway track broken rail monitoring system, the broken rail monitoring system include at least two transceivers, server；Will
Rail to be monitored is divided at least rail monitoring section；Each rail monitoring section distribution sets at least two transceivers；Each transmitting-receiving
Device is divided at least one set, and every group includes at least two transceivers, and every group of transceiver carries out relay carrier wave using rail as wire and led to
News, until management module receives setting data, server is sent data to by management module；Part or all of transceiver conduct
Management module.
Most start the transceiver of transmission information in every group of transceiver as the 1st transceiver；Each group transceiver is according to sending, connect
Collect mail number order be numbered, be followed successively by the 1st transceiver, the 2nd transceiver, the 3rd transceiver ..., the (n-1)th transceiver, n-th receive
Send out device；Wherein, n monitors the number of section group transceiver, n >=2 for the rail；
The transceiver in each rail monitoring section carries out relay carrier communication, and the 1st transceiver is sent certainly at interval of setting time
Body information data；Setting time of follow-up 2nd transceiver to the (n-1)th transceiver after the data of setting transceiver transmission are collected
The data for sending its data afterwards and forwarding its other transceiver received to send；If it can not receive the number that setting transceiver is sent
According to then at interval of setting time transmission its data；
M transceivers, which receive, sets number k before itmThe data of individual transceiver；Before management module receives or/and below
Set number k0The data of individual transceiver；Wherein, km>=1, k0>=1, m are the numbering of each transceiver in transceiver group, 2≤m
≤n；
Part transceiver (as management module) can carry out telecommunication with server, and each transceiver of collection is received and carried
The data of ripple signal are sent to server；Server judges two adjacent transceivers and rail junction according to the information of acquisition
Between rail whether have broken rail.
Example IV
The difference of the present embodiment and above example is, in the present embodiment, as shown in figure 22, certain rail monitoring section can
Only to set two transceivers (n=2), two transceivers can be used as manager (sending data to server), or,
Can there was only a transceiver as manager (such as using the 2nd transceiver as manager).2nd transceiver receives the 1st transceiver
The data of transmission, the 1st transceiver receive the data that the 2nd transceiver is sent；It is of course also possible to only the 2nd transceiver collection the 1st is received
The data of device are sent out, to server feedback, so as to judge whether rail monitoring section has broken rail.
In the present embodiment, the data that each transceiver is received and sent are as follows：
Step S1, the 1st transceiver sends self identification data and itself transmission level collected；
Step S2, the 2nd transceiver gather the 1st transceiver send data, send self identification data and collect from
Body transmission level, and data and self identification data that the 1st transceiver collected is sent, itself transmission level for collecting
Send to server；
Step S3, the 1st transceiver gathers the data that the 2nd transceiver is sent, and the number that the 2nd transceiver collected is sent
According to and self identification data, itself transmission level for collecting send to server (if only the 2nd transceiver is as management mould
Block, then without the step).
As n=2, the 1st transceiver, the 2nd transceiver are as management module；The data that server gathers according to management module
Carry out analysis judgement：
(1) if the 1st transceiver, the 2nd transceiver collection data and transmission data it is normal, judge each transceiver without
Damage, rail are without broken rail；
(2) if server receives the transmission level data that the 1st transceiver or/and the 2nd transceiver are sent and is less than setting value,
Then judge the 1st transceiver or/and the damage of the 2nd transceiver；Conversely, if the transmission level numerical value of corresponding transceiver is higher than setting value,
Then judge that corresponding transceiver does not damage；
(3) if the transmission level data that the 2nd transceiver is sent are higher than setting value, the transmission level number that the 1st transceiver is sent
According to higher than setting value, but server receives the reception level that the 2nd transceiver and the 1st transceiver are sent and declines to a great extent or can not connect
Receive, then judge the rail broken rail between the 1st transceiver and the 2nd transceiver；
(4) if server does not receive the data that the 1st transceiver or/and the 2nd transceiver are sent, it is judged as to receivable
Send out the failure of device radio communication；
Or only the 2nd transceiver is as management module；The data that server gathers according to management module carry out analysis and sentenced
It is disconnected；
(1) if the data of the 2nd transceiver collection and the data of transmission are normal, judge each transceiver without damage, rail
Without broken rail；
(2) if the transmission level data that server receives the transmission of the 2nd transceiver are less than setting value, the 2nd transmitting-receiving is judged
Device damages；If conversely, the transmission level numerical value of the 2nd transceiver is higher than setting value, judge that corresponding transceiver does not damage；
(3) if the transmission level data that the 2nd transceiver is sent are higher than setting value, but server receives the 2nd transceiver hair
The reception level sent declines to a great extent or can not received, then judge the damage of the 1st transceiver or the 1st transceiver and the 2nd transceiver it
Between rail broken rail；
(4) if server does not receive the data of the 2nd transceiver transmission, it is judged as that the 2nd transceiver wireless communications lose
Lose.
Embodiment five
The difference of the present embodiment and above example is, in the present embodiment, as shown in figure 23, n >=3, except the 1st transmitting-receiving
Outside device, the 2nd transceiver, each transceiver gathers the data of its previous transceiver, before either gathering before it data of transceiver or
Gather the data of its previous transceiver and preceding transceiver.Wherein, for a transceivers, its previous transceiver refers to a-1 transmitting-receivings
Device, preceding transceiver refers to a-2 transceivers, a >=3 before it.
And the data that the 1st transceiver can gather the 2nd transceiver, the 3rd transceiver is sent, the 2nd transceiver can be received only in collection the 1st
Send out the data that device is sent.
As n=3, the data that each transceiver is received and sent are as follows：
Step S1, the 1st transceiver sends self identification data and itself transmission level collected；
Step S2, the 2nd transceiver gather the 1st transceiver send data, send self identification data and collect from
Body transmission level, while the data for forwarding its 1st transceiver collected to send；
Step S3, the 3rd transceiver gather the 1st transceiver, the 2nd transceiver send data, send self identification data and
Itself transmission level collected, and by the 1st transceiver collected, the 2nd transceiver send data and self identification data,
Itself transmission level collected is sent to server (because as the n-th transceiver, it can not also send out the 3rd transceiver here
Give the information of itself)；
Step S4, the data that the 1st transceiver gathers the 2nd transceiver, the 3rd transceiver is sent, and the collect the 2nd is received and dispatched
Device, the data of the 3rd transceiver transmission and self identification data, itself transmission level collected are sent to server.
As n >=4, the data that each transceiver is received and sent are as follows：
Step S1, the 1st transceiver sends self identification data and itself transmission level collected；
Step S2, the 2nd transceiver gather the 1st transceiver send data, send self identification data and collect from
Body transmission level, while the data for forwarding its 1st transceiver collected to send；
Step S3, the 3rd transceiver gather the 1st transceiver, the 2nd transceiver send data, send self identification data and
Itself transmission level collected, while the data for forwarding its 1st transceiver, the 2nd transceiver for collecting to send；
Step S4, for b transceivers, the data that it gathers b-2 transceivers, b-1 transceivers are sent, itself is sent
Mark data and itself transmission level collected, while forward its b-2 transceivers, b-1 transceivers for collecting to send
Data, 3≤b≤n-1；
Step S5, the data that the n-th transceiver gathers the n-th -2 transceiver, the (n-1)th transceiver is sent, send self identification number
Sent according to, the data that send of itself transmission level for collecting, the n-th -2 transceiver collected and the (n-1)th transceiver to service
Device；
Step S6, the data that the 1st transceiver gathers the 2nd transceiver, the 3rd transceiver is sent, and the collect the 2nd is received and dispatched
Device, the data of the 3rd transceiver transmission and self identification data, itself transmission level collected are sent to server.
In the case of more than three transceivers, i.e. during n >=3, the data that server gathers according to management module are divided
Analysis judges (see Figure 24)；
As n >=3, the 1st transceiver, the n-th transceiver are as management module；The data that server gathers according to management module
Carry out analysis judgement；
(1) if each transceiver collection data and transmission data it is normal, judge each transceiver without damage, rail without
Broken rail；
(2) if c transceivers do not receive the data of c-1 transceivers, but the data of c-2 transceivers can be received,
Then judge that c-1 transceivers have damage, rail is without broken rail；Wherein, 3≤c≤n；
(3) if c transceivers do not receive the data of c-1 transceivers, and the data of c-2 transceivers are not received,
Then judge that the rail between the junction of the junction of c-1 transceivers and rail, c transceivers and rail has broken rail；
(4) if d transceivers do not receive the data of d-2 transceivers, but the data of d-1 transceivers can be received；
The situation that d-3 transceivers and d-2 Transceiver Datas are then received according to d-1 transceivers judges broken rail point；Wherein, 4≤d≤
n；If d-1 transceivers can receive the data of d-3 transceivers, judge that d-2 transceivers damage；If d-1 transceivers are not
The data of d-3 transceivers can be received, then judge the company of the junction of d-2 transceivers and rail, d-1 transceivers and rail
Rail between connecing has broken rail；It is of course also possible to be that d-2 transceivers, d-3 transceivers damage, but such case
The possibility of generation is relatively low, generally or with occur broken rail remind based on；
(5) if the transmission level data that server receives the transmission of the n-th transceiver are less than setting value, the n-th transmitting-receiving is judged
Device damages；If the transmission level data that server receives the transmission of the 1st transceiver are less than setting value, judge that the 1st transceiver damages
It is bad；Conversely, if the transmission level numerical value of corresponding transceiver is higher than setting value, judge that corresponding transceiver does not damage；
(6) if the 2nd transceiver does not receive the data of the 1st transceiver, and server receives the hair of the 1st transceiver transmission
Send level data to be higher than setting value, then judge the junction of the 1st transceiver and rail, the 2nd transceiver and rail junction it
Between rail broken rail；
(7) if the transmission level data that server receives the transmission of the n-th transceiver are higher than setting value, but level is received significantly
Decline or can not receive, then judge the rail broken rail between the (n-1)th transceiver and the n-th transceiver；
(8) if server does not receive the data of management module, it is judged as that radio communication fails.
Embodiment six
The difference of the present embodiment and above example is, in the present embodiment, each transceiver includes the first transceiver, the
Two transceivers, the first transceiver, the second transceiver alternately data send work, and (such as the 1st cycle 15s is by first
Transceiver is completed, and the 2nd cycle 15s is completed by the second transceiver).
In the work period of the first transceiver, the second transceiver gathers the data that the first transceiver is sent, if setting
Surely the data thrown away in the setting time after the time and do not collect the transmission of the first transceiver should be sent, then the second transceiver is carried out
Send work.
The equipment that server sends data to each transceiver is identified detection, if certain transceiver continuously sets number by the
Two transceivers send data, then judge that the first transceiver breaks down.Such as, server finds the i-th transceiver always by it
Second transceiver sends data (can obtain by sending mark such as ID data), then judges that the first transmitting-receiving of the i-th transceiver is set
It is standby to there may be problem.
Embodiment seven
The difference of the present embodiment and above example is, in the present embodiment, in each group transceiver, close to rail monitoring section
Between both ends transceiver as management module；Or close to the transceiver positioned at rail monitoring section one end as management module.
It is of course also possible to using the transceiver in other regions as manager, such as transceiver close to central region.
Embodiment eight
The difference of the present embodiment and above example is, in the present embodiment, a rail monitoring section can set more
Group transceiver, the work that each group transceiver can mutually be independent of each other, server are according to the judgement of each group transceiver feedack
It is no to have broken rail and broken rail section.It is of course also possible to think the monitoring of one group of transceiver is exactly that a rail monitors subinterval, rail
Monitoring section is simply divided into multiple rail monitoring subintervals and monitored respectively.The section of each group transceiver monitoring can have part
Overlap, can also be completely superposed.
In summary, railway track broken rail monitoring system proposed by the present invention, rail broken rail can be monitored in real time, really
Protect the security of railway traffic.
Here description of the invention and application are illustrative, are not wishing to limit the scope of the invention to above-described embodiment
In.The deformation and change of embodiments disclosed herein are possible, real for those skilled in the art
The replacement and equivalent various parts for applying example are known.It should be appreciated by the person skilled in the art that the present invention is not being departed from
Spirit or essential characteristics in the case of, the present invention can in other forms, structure, arrangement, ratio, and with other components,
Material and part are realized.In the case where not departing from scope and spirit of the present invention, embodiments disclosed herein can be entered
The other deformations of row and change.
Claims (14)
- A kind of 1. railway track broken rail monitoring system, it is characterised in that the broken rail monitoring system include at least two transceivers, Server, part or all of transceiver is as management module；Rail to be monitored is divided at least rail monitoring section；Each rail monitoring section distribution sets at least two transceivers； Each transceiver is divided at least one set, and every group includes at least two transceivers, and every group of transceiver carries out relay using rail as wire Carrier communication, until management module receives setting data, server is sent data to by management module.
- 2. railway track broken rail monitoring system according to claim 1, it is characterised in that：Most start the transceiver of transmission information in every group of transceiver as the 1st transceiver；Each group transceiver is believed according to transmission, reception Number order be numbered, be followed successively by the 1st transceiver, the 2nd transceiver, the 3rd transceiver ..., the (n-1)th transceiver, n-th transmitting-receiving Device；Wherein, n monitors the number of section group transceiver, n >=2 for the rail；The transceiver in each rail monitoring section carries out relay carrier communication, and the 1st transceiver sends itself letter at interval of setting time Cease data；Follow-up 2nd transceiver to the (n-1)th transceiver is sent out after the setting time after collecting the data of setting transceiver transmission The data sent its data and forward its other transceiver received to send；If can not receive the data that setting transceiver is sent, Then its data is sent at interval of setting time；M transceivers, which receive, sets number k before itmThe data of individual transceiver；Set before management module receives or/and below Number k0The data of individual transceiver；Wherein, km>=1, k0>=1, m are the numbering of each transceiver in transceiver group, 2≤m≤n；Part transceiver can carry out telecommunication with server, by each transceiver of collection receive carrier signal data send to Server；It is disconnected that server judges whether the rail between two adjacent transceivers and rail junction has according to the information of acquisition Rail.
- 3. railway track broken rail monitoring system according to claim 1, it is characterised in that：In each group transceiver, the transceiver close to rail monitoring section both ends is as management module；Or supervised close to positioned at rail The transceiver of section one end is surveyed as management module.
- 4. railway track broken rail monitoring system according to claim 2, it is characterised in that：In n=2, the 2nd transceiver is as management module, and the 2nd transceiver gathers the data of the 1st transceiver, to server feedback The data of reception；In n >=3, in addition to the 1st transceiver, the 2nd transceiver, each transceiver gathers the data of its previous transceiver, or collection The data of transceiver before before it, or gather the data of its previous transceiver and preceding transceiver；Wherein, a-1 transceivers are referred to for a transceivers, its previous transceiver, preceding transceiver refers to a-2 transceivers, a before it ≥3。
- 5. railway track broken rail monitoring system according to claim 2, it is characterised in that：As n=2, the 1st transceiver, the 2nd transceiver are as follows as management module, each transceiver collection and the data sent：1st transceiver sends self identification data and itself transmission level collected；2nd transceiver gathers the data that the 1st transceiver is sent, and sends self identification data and itself transmission level collected, And data, self identification data and itself transmission level that collects for sending the 1st transceiver collected are sent to service Device；1st transceiver gather the 2nd transceiver send data, and by the 2nd transceiver collected send data, self identification Data and itself transmission level collected are sent to server；As n=3, the 1st transceiver, the 3rd transceiver are as follows as management module, each transceiver collection and the data sent：1st transceiver sends self identification data and itself transmission level collected；2nd transceiver gathers the data that the 1st transceiver is sent, and sends self identification data and itself transmission level collected, The data for forwarding its 1st transceiver collected to send simultaneously；3rd transceiver gather the 1st transceiver, the 2nd transceiver send data, send self identification data and collect itself Transmission level, and by the 1st transceiver collected, the 2nd transceiver send data and self identification data, collect itself Transmission level is sent to server；The data that 1st transceiver gathers the 2nd transceiver, the 3rd transceiver is sent, and the 2nd transceiver collected, the 3rd are received and dispatched The data and self identification data of device transmission, itself transmission level collected are sent to server；As n >=4, the 1st transceiver, the n-th transceiver are as follows as management module, each transceiver collection and the data sent：1st transceiver sends self identification data and itself transmission level collected；2nd transceiver gathers the data that the 1st transceiver is sent, and sends self identification data and itself transmission level collected, The data for forwarding its 1st transceiver collected to send simultaneously；3rd transceiver gather the 1st transceiver, the 2nd transceiver send data, send self identification data and collect itself Transmission level, while the data for forwarding its 1st transceiver, the 2nd transceiver for collecting to send；For b transceivers, it gathers b-2 transceivers, b-1 transceivers are sent data, send self identification data and Itself transmission level collected, while the data for forwarding its b-2 transceivers, b-1 transceivers for collecting to send, 3≤b ≤n-1；The data that n-th transceiver gathers the n-th -2 transceiver, the (n-1)th transceiver is sent, send self identification data, collect The data that itself transmission level, the n-th -2 transceiver collected and the (n-1)th transceiver are sent are sent to server；The data that 1st transceiver gathers the 2nd transceiver, the 3rd transceiver is sent, and the 2nd transceiver collected, the 3rd are received and dispatched The data and self identification data of device transmission, itself transmission level collected are sent to server.
- 6. railway track broken rail monitoring system according to claim 5, it is characterised in that：As n=2, the 1st transceiver, the 2nd transceiver are as management module；The data that server gathers according to management module are carried out Analysis judges；(1) if the data of the 1st transceiver, the data of the 2nd transceiver collection and transmission are normal, judge that each transceiver is lossless Bad, rail is without broken rail；(2) if server receives the transmission level data that the 1st transceiver or/and the 2nd transceiver are sent and is less than setting value, sentence Disconnected 1st transceiver or/and the 2nd transceiver damage；Conversely, if the transmission level numerical value of corresponding transceiver is higher than setting value, sentence Disconnected corresponding transceiver does not damage；(3) if the transmission level data that the 2nd transceiver is sent are higher than setting value, the transmission level data that the 1st transceiver is sent are high In setting value, but server receives the reception level that the 2nd transceiver and the 1st transceiver are sent and declines to a great extent or can not receive Arrive, then judge the rail broken rail between the 1st transceiver and the 2nd transceiver；(4) if server does not receive the data that the 1st transceiver or/and the 2nd transceiver are sent, it is judged as corresponding transceiver Radio communication fails；Or only the 2nd transceiver is as management module；The data that server gathers according to management module carry out analysis judgement；(1) if the data of the 2nd transceiver collection and the data of transmission are normal, judge each transceiver without damage, rail without disconnected Rail；(2) if the transmission level data that server receives the transmission of the 2nd transceiver are less than setting value, judge that the 2nd transceiver damages It is bad；If conversely, the transmission level numerical value of the 2nd transceiver is higher than setting value, judge that corresponding transceiver does not damage；(3) if the transmission level data that the 2nd transceiver is sent are higher than setting value, but server receives the transmission of the 2nd transceiver Receive level to decline to a great extent or can not receive, then judge between the damage of the 1st transceiver or the 1st transceiver and the 2nd transceiver Rail broken rail；(4) if server does not receive the data of the 2nd transceiver transmission, it is judged as that the 2nd transceiver wireless communications fail.
- 7. railway track broken rail monitoring system according to claim 5, it is characterised in that：As n >=3, the 1st transceiver, the n-th transceiver are as management module；The data that server gathers according to management module are carried out Analysis judges；(1) if the data of each transceiver collection and the data of transmission are normal, judge each transceiver without damage, rail without disconnected Rail；(2) if c transceivers do not receive the data of c-1 transceivers, but the data of c-2 transceivers can be received, then sentenced Disconnected c-1 transceivers have damage, and rail is without broken rail；Wherein, 3≤c≤n；(3) if c transceivers do not receive the data of c-1 transceivers, and the data of c-2 transceivers are not received, then sentenced Rail between the junction of the junction of disconnected c-1 transceivers and rail, c transceivers and rail has broken rail；(4) if d transceivers do not receive the data of d-2 transceivers, but the data of d-1 transceivers can be received；Then root The situation that d-3 transceivers and d-2 Transceiver Datas are received according to d-1 transceivers judges broken rail point；Wherein, 4≤d≤n；If D-1 transceivers can receive the data of d-3 transceivers, then judge that d-2 transceivers damage；If d-1 transceivers can not connect The data of d-3 transceivers are received, then judge the junction of the junction of d-2 transceivers and rail, d-1 transceivers and rail Between rail have broken rail；(5) if the transmission level data that server receives the transmission of the n-th transceiver are less than setting value, judge that the n-th transceiver damages It is bad；If the transmission level data that server receives the transmission of the 1st transceiver are less than setting value, judge that the 1st transceiver damages；Instead It, if the transmission level numerical value of corresponding transceiver is higher than setting value, judges that corresponding transceiver does not damage；(6) if the 2nd transceiver does not receive the data of the 1st transceiver, and server receives the transmission electricity of the 1st transceiver transmission Flat data are higher than setting value, then between the junction for judging the junction of the 1st transceiver and rail, the 2nd transceiver and rail Rail broken rail；(7) if the transmission level data that server receives the transmission of the n-th transceiver are higher than setting value, but receive level and decline to a great extent Or can not receive, then judge the steel between the junction of the junction of the (n-1)th transceiver and rail, the n-th transceiver and rail Rail broken rail；(8) if server does not receive the data of management module, it is judged as that radio communication fails.
- 8. railway track broken rail monitoring system according to claim 1, it is characterised in that：Each transceiver includes the first transceiver, the second transceiver, and the first transceiver, the second transceiver alternately count According to transmission work；In the work period of the first transceiver, the second transceiver gathers the data that the first transceiver is sent, if setting should The data thrown away in the setting time after the time and do not collect the transmission of the first transceiver are sent, then the second transceiver is transmitted Work；The equipment that server sends data to each transceiver is identified detection, if certain transceiver continuously sets number and received by second Send out equipment and send data, then judge that the first transceiver breaks down.
- 9. railway track broken rail monitoring system according to claim 2, it is characterised in that：The centre frequency of each transceiver transmission multicarrier communication signal is 13.5KHz.
- 10. railway track broken rail monitoring system according to claim 2, it is characterised in that：In addition to the 1st transceiver, all transceiver work have four kinds of states：Actively send the data countdown state letter to be received such as i.e. Breath data mode, data message reception state, gather itself level and send data message state, forward other Transceiver Datas Information state；(1) actively send data countdown state, wait receive information data mode：Can slightly have difference because crystal oscillator opens the time of shaking, and in order to allow the carry out data of transceiver order successively to send without producing punching It is prominent, set one to first power on autonomous transmission time point when electric on the transceiver, this time point only carries out once falling to count When, just do not use, terminate when first powering on autonomous transmission time countdown, transceiver independently sends a data letter later Breath, then formally enter after being sent completely and actively send data countdown state；Transceiver is in this case, if countdown is also Do not reach, be then substantially at idle condition, in the state for receiving other transceiver information data；Assuming that other can not be received In the case of the data message of transceiver, transceiver can set variable time with interval and cycle through the data message of itself to it His transceiver；(2) data message reception state：When transceiver have the initiative send data countdown state wait receive information data mode when, receive preceding transceiver Or the data message of preceding transceiver, then transceiver enter data message reception state；Under this state transceiver receive before or Preceding Transceiver Data information and buffer area is stored in before person, and is the data of preceding or preceding transceiver and changes according to reception The autonomous count down time counter for sending data, makes its shortening, i.e., corresponding transmission data autonomous in advance, equivalent to making below Transceiver sends data message immediately with the transceiver before this；(3) gather itself level and send data message state：After it have modified itself autonomous count down timer for sending data, when countdown is completed, data message transmission is entered State；In this case, transceiver gathers itself transmission level, its cells voltage status, lightning protection device state and handle to transceiver Data storage is removed in corresponding buffering area, and according to state or sets corresponding data bit, after data preparation Start carrier module to send in data message；In order to ensure being successfully transmitted its data information, its data information is sent out Send some times；(4) other Transceiver Data information states are forwarded：Transceiver then enters after data message itself is sent completely by carrier module forwards other Transceiver Data information shapes State；Above transceiver is under data message reception state by transceiver in this case receive before or preceding transceiver Data message other transceivers are forwarded to by carrier module.
- 11. railway track broken rail monitoring system according to claim 2, it is characterised in that：1st transceiver is in when actively sending data countdown state and waiting receive information data mode, when can be spaced setting Between t1 progress launching electrical level collection itself, and train is preserved by caused high level, when independently sending data, high level Data are sent；When 1st transceiver is in data message reception state, the reception of the 2nd transceiver and the 3rd transceiver can be received Level is simultaneously preserved, and after the completion of independently data are sent, data message is uploaded onto the server into line number by wireless communication module According to Treatment Analysis；N-th transceiver is in when actively sending data countdown state and waiting receive information data mode, when can be spaced setting Between t2 carry out its own transmission level collection, and preserve train by caused high level, after the completion of independently data are sent, pass through The server that data message is uploaded to control centre by wireless communication module carries out Data Management Analysis.
- 12. railway track broken rail monitoring system according to claim 2, it is characterised in that：Transceiver forms link by the way of transmission information one by one, by the break-make of link, receive information and signal intensity To judge rail broken rail, if pressure rail；Because weather reason causes railway roadbed resistance to differ, received signal strength occurs also can be therewith Change；Normally without under crack conditions, rail transmission information can be reached normally rail, and the i-th transceiver receives the i-th -2 transceiver and the The reception level that i-1 transceivers are sent is not 0；I-th -2 transceiver, the i-th -1 transceiver and the i-th transceiver launching electrical level itself It is not 0 yet；The data that all transceivers send and received can be normal；3≤i≤n；If broken rail phenomenon occurs in rail, if the junction of the junction of the i-th -1 transceiver and rail, the i-th transceiver and rail Between rail broken rail phenomenon occurs, then the i-th transceiver receives the reception level that the i-th -2 transceiver and the i-th -1 transceiver are sent All it is reduced to 0 or declines to a great extent；If the steel between the junction of the junction of the 1st transceiver and rail, the 2nd transceiver and rail Broken rail phenomenon occurs for rail, then the 2nd transceiver receives the reception level that the 1st transceiver is sent and is all reduced to 0 or declines to a great extent；Broken rail point is judged whether by 3 transceivers：I-th -2 transceiver sends data by rail, and the i-th -1 transceiver leads to Cross rail and send data；I-th transceiver receives the rail carrier signal of the i-th -2 transceiver, the i-th -1 transceiver by rail, if The state 0 of reception signal, and the state of reception signal is 0 always in the setting time of lasting wait, then judges broken rail occur Failure；Judge that device transceiver quality or train pass through by 3 transceivers；If the i-th transceiver receives the i-th -1 transceiver Rail carrier signal state be 0, further sentenced further according to the rail carrier signal state for receiving the i-th -2 transceiver It is disconnected；If the rail carrier signal state for receiving the i-th -2 transceiver is 1 or 2, judge that the i-th -1 transceiver damages；If receive The rail carrier signal state of i-th -2 transceiver is that carrier wave transmission level becomes big, then is judged as that train passes through state.
- 13. railway track broken rail monitoring system according to claim 1, it is characterised in that：The transceiver includes main controller circuit, transmitting-receiving indicator light circuit, frequency selection circuit, carrier signal modulation circuit, lightning protection Detect circuit, receive the big value detection circuit of level, device id identification circuit, oscillation source circuit, transmission power detection circuit, constant current Source circuit, power switch observation circuit, voltage stabilizing linear power source circuit, carrier module；Transceiver as management module is compared to general Logical transceiver increases by 485 telecommunication circuits, GPRS communication module；The main controller circuit connects transmitting-receiving indicator light circuit respectively, lightning protection detects circuit, the big value of reception level detects circuit, Device id identification circuit, oscillation source circuit, transmission power detection circuit, power switch observation circuit, carrier module；The frequency selection circuit connects carrier signal modulation circuit, receives the big value detection circuit of level, carrier signal modulation electricity respectively Road connects transmission power detection circuit, and transmission power detection circuit connection constant-current source circuit, the connection of power switch observation circuit is surely Press linear power source circuit；The main controller circuit includes single-chip microcomputer U5, the 9th electric capacity C9, the tenth electric capacity C10, second resistance R2, the 5th resistance R5, the 7th resistance R7, the 8th resistance R8, the tenth resistance R10, the two or six resistance R26, the 4th 1 resistance R41；The of single-chip microcomputer U5 One pin is grounded by second resistance R2, and single-chip microcomputer U5 the 5th pin is grounded by the 5th resistance R5, and the 6th of single-chip microcomputer U5 the Pin is grounded, and single-chip microcomputer U5 the 7th pin connection 3.3V supply voltages, single-chip microcomputer U5 the 9th pin passes through the tenth resistance R10 Connection receives the small value of level；Single-chip microcomputer U5 the 17th pin passes through the resistance R8 of the 7th resistance R7 connections the 8th the second end, Nine electric capacity C9 first end, the 8th resistance R8 first end connection 3.3V supply voltages, the 9th electric capacity C9 the second end ground connection；It is single Piece machine U5 the 2nd 1 pin connects the 4th 1 resistance R41, and single-chip microcomputer U5 the two or two pin connects the two or six resistance R26；It is single Piece machine U5 the second three-prong is grounded by the tenth electric capacity C10, single-chip microcomputer U5 the two or eight pin connection 3.3V supply voltages, single Piece machine U5 the two or nine pin ground connection；Receiving and dispatching indicator light circuit includes the 7th triode Q7, the 8th triode Q8, the first LED D13, the second LED D14, the Three or three resistance R33, the three or four resistance R34, the three or five resistance R35, the three or six resistance R36；7th triode Q7 base stage passes through Three or three resistance R33 connections single-chip microcomputer U5, the 8th triode Q8 base stage connects single-chip microcomputer U5 by the three or four resistance R34；The Seven triode Q7 grounded emitter, the 8th triode Q8 grounded emitter；7th triode Q7 colelctor electrode passes through the 3rd Five resistance R35 the first LEDs of connection D13, the 8th triode Q8 pass through the three or six resistance R36 the second LEDs of connection D14；First LED D13, the second LED D14 connect 3.3V supply voltages respectively；The frequency selection circuit include the 7th amplifier U4A, the 8th amplifier U4B, the 11st electric capacity C11, the 14th electric capacity C14, 20th electric capacity C20, the two or three electric capacity C23, the two or four electric capacity C24, the two or six electric capacity C26, the three or two electric capacity C32, Ruo Gan electricity Resistance；The power end connection 5V supply voltages of the 7th amplifier U4A, the 7th amplifier U4A earth terminal ground connection；7th puts Big device U4A output end connects the six or seven resistance R67 first end, the five or two resistance R52 first end, the 14th electric capacity C14 The second end；7th amplifier U4A negative input end connects the two or three electric capacity C23 the second end, the second of the May 4th resistance R54 End, the five or two resistance R52 the second end connection the May 4th resistance R54 first end；7th amplifier U4A positive input terminal connection 8th amplifier U4B positive input terminal, the two or four electric capacity C24 first end, the five or nine resistance R59 the second end, the six or four electricity Hinder R64 first end；Six or seven resistance R67 the second end connects the two or six electric capacity C26 first end, the six or two resistance R62 first end, the 6th Eight resistance R68 the second end；The second end connection of two or the six electric capacity C26 receives the big value detection circuit of level, the six or two electricity Hinder R62 the second end ground connection；Two or three electric capacity C23 first end connects the 14th electric capacity C14 first end, the 60th resistance R60 the second end, the 5th Eight resistance R58 first end, the six or three resistance R63 first end；Six or three resistance R63 the second end ground connection, the five or eight resistance R58 the second end is grounded by 3rd resistor R3；60th resistance R60 the 11st electric capacity C11 of first end connection the second end, Five or six resistance R56 first end；11st electric capacity C11 first end connection carrier signal modulation circuit；Five or six resistance R56 The second end connect the five or seven resistance R57 first end, the 6th 1 resistance R61 first end, the first of the 19th electric capacity C19 End, the 20th electric capacity C20 first end；Five or seven resistance R57 the second end, the 6th 1 resistance R61 the second end is grounded respectively；The output end of the 8th amplifier U4B connect the six or eight resistance R68 first end, the 19th electric capacity C19 the second end, Five or three resistance R53 first end；Five or nine resistance R59 first end, the three or two electric capacity C32 first end connection 5V power supply electricity Pressure, the three or two electric capacity C32 the second end, the five or nine resistance R59 the second end, the two or four electric capacity C24 the second end ground connection；It is described 8th amplifier U4B the five or five resistance R55 of negative input end connection the second end, the 20th electric capacity C20 the second end, the five or three Resistance R53 the second end connects the five or five resistance R55 first end；The carrier signal modulation circuit includes the first N-type metal-oxide-semiconductor Q1, the second N-type metal-oxide-semiconductor Q2, the first coupling transformer T1, the One diode D1, the 3rd diode D3, the 5th diode D5, the 7th diode D7, the 3rd electric capacity C3, some resistance；11st electric capacity C11 first end connects the first coupling transformer T1 first end, the first diode D1 negative pole, second N-type metal-oxide-semiconductor Q2 drain electrode；First diode D1 plus earth；Second N-type metal-oxide-semiconductor Q2 grid connects the four or four resistance R44 first end, the 5th diode D5 negative pole, the three or eight electricity Hinder R38 first end；Four or four resistance R44 the second end, the 5th diode D5 plus earth；Second N-type metal-oxide-semiconductor Q2 source Pole connects transmission power detection circuit；The second end connection rail of the first coupling transformer T1, the first coupling transformer T1 first end pass through parallel connection the Four resistance R4 and the 3rd electric capacity C3 connection rail, the first coupling transformer T1 the 4th end connection 5V supply voltages；First coupling Transformer T1 the 5th end connects the drain electrode of the 3rd diode D3 negative pole, the first N-type metal-oxide-semiconductor Q1；3rd diode D3 is just Pole is grounded；First N-type metal-oxide-semiconductor Q1 grid connects the four or eight resistance R48 first end, the 7th diode D7 negative pole, the 40th electricity Hinder R40 first end；Four or eight resistance R48 the second end, the 7th diode D7 plus earth；First N-type metal-oxide-semiconductor Q1 source Pole connects transmission power detection circuit；Lightning protection detection circuit include lightning protection device cracking acquisition port, the 9th diode D9, the first electric capacity C1, the second electric capacity C2, First resistor R1, the 12nd resistance R12；The first end ground connection of lightning protection device cracking acquisition port, the second of lightning protection device cracking acquisition port End connects the 9th diode D9 negative pole, the first electric capacity C1 first end, first resistor R1 first end respectively；9th diode D9 positive pole, the first electric capacity C1 the second end, the second electric capacity C2 the second end ground connection；First resistor R1 the second end connection the tenth Two resistance R12 the second end, the second electric capacity C2 first end, the 12nd resistance R12 first end connection 3.3V supply voltages；The big value detection circuit of reception level includes the second amplifier U1B, the tenth diode D10, the 12nd electric capacity C12, the Two or five electric capacity C25, the 18th resistance R18, the 19th resistance R19, the two or two resistance R22, the two or four resistance R24；The second end of two or the six electric capacity C26 connects the 12nd electric capacity C12 first end；12nd electric capacity C12 the second end Connect the second amplifier U1B positive input terminal, the two or four resistance R24 first end, the two or four resistance R24 the second end ground connection；Second amplifier U1B negative input end connects the two or two resistance R22 the second end, the 18th resistance R18 first end, the 18 resistance R18 the second end ground connection；Second amplifier U1B output end connects the tenth diode D10 positive pole, the 12nd pole Pipe D10 negative pole connects the two or two resistance R22 first end, the 19th resistance R19 first end, the of the two or five electric capacity C25 One end, single-chip microcomputer U5；19th resistance R19 the second end, the two or five electric capacity C25 the second end ground connection；The device id identification circuit includes some recognition units, and recognition unit includes resistance R, first switch, second switch, single Piece machine U5 connection resistance R first end, the first end of second switch, the first end of resistance R the second end connection first switch；The The second end connection 3.3V supply voltages of one switch, the second end ground connection of second switch；The oscillation source circuit includes the first crystal oscillator Y1, the 4th electric capacity C4, the 6th electric capacity C6, the second crystal oscillator Y2, the 13rd electric capacity C13, the two or two electric capacity C22；The first end of the first crystal oscillator Y1 connects the 4th electric capacity C4 the second end, the first crystal oscillator Y1 electricity of the second end connection the 6th Hold C6 the second end, the 4th electric capacity C4 first end, the 6th electric capacity C6 first end ground connection；The first end of the second crystal oscillator Y2 connects the 13rd electric capacity C13 the second end, the second crystal oscillator Y2 the second end connection the Two or two electric capacity C22 the second end, the 13rd electric capacity C13 first end, the two or two electric capacity C22 first end ground connection；The transmission power detection circuit includes the first MOS amplifiers U1A, the second diode D2, the 5th electric capacity C5, the three or five electricity Hold C35, some resistance；The source electrode of the first N-type metal-oxide-semiconductor Q1, the second N-type metal-oxide-semiconductor Q2 source electrode connect the two or three resistance R23 first end, the Two or five resistance R25 first end, the 20th resistance R20 first end；Two or three resistance R23 the second end, the two or five resistance R25 The second end ground connection；20th resistance R20 the second end connects the first MOS amplifiers U1A positive input terminal, the three or five electric capacity C35 first end；Three or five electric capacity C35 the second end ground connection；First MOS amplifiers U1A negative input end connects the 2nd 1 resistance R21 the second end, the first of the two or seven resistance R27 End, the two or seven resistance R27 the second end ground connection；First MOS amplifiers U1A power end connection 5V supply voltages, the first MOS are put Big device U1A earth terminal ground connection；First MOS amplifiers U1A the second diode D2 of output end connection positive pole, the four or six resistance R46 first end, second Diode D2 negative pole connects the 2nd 1 resistance R21 first end, three nine-day periods after the winter solstice resistance R39 first end, the of the 5th electric capacity C5 One end, single-chip microcomputer U5；Three nine-day periods after the winter solstice resistance R39 the second end, the 5th electric capacity C5 the second end ground connection；The constant-current source circuit includes the 3rd p-type metal-oxide-semiconductor Q3, the 4th triode Q4, the 9th triode Q9, a reference source Q10, the tenth Five electric capacity C15, the two or seven electric capacity C27, the 3rd 1 electric capacity C31, the two or nine electric capacity C29, the three or three electric capacity C33, the three or four electric capacity C34, some resistance；The second end of four or the six resistance R46 connects the 9th triode Q9 base stage, the 9th triode Q9 colelctor electrode connection Four or two resistance R42 the second end, the four or seven resistance R47 first end, the two or nine electric capacity C29 the second end；9th triode Q9 emitter stage connection the four or five resistance R45 the second end, the 50th resistance R50 first end, a reference source Q10 the second end； A reference source Q10 first end ground connection；50th resistance R50 the second end connects the four or three resistance R43 first end, the four or three electricity Hinder R43 the second end ground connection；Four or five resistance R45 first end connection 5V supply voltages；The emitter stage of the four triodes Q4 connects the 3rd p-type metal-oxide-semiconductor Q3 drain electrode, the three or three electric capacity C33 first end, the 3rd Four electric capacity C34 first end, the 15th electric capacity C15 first end, the two or seven electric capacity C27 first end, the 3rd 1 electric capacity C31 The first end of first end, the four or two resistance R42；Four triode Q4 colelctor electrode connects the four or nine resistance R49 first end, the 3rd P-type metal-oxide-semiconductor Q3 grid, the four or nine resistance R49 the second end ground connection；3rd p-type metal-oxide-semiconductor Q3 source electrode connection 5V power supply electricity Pressure；485 telecommunication circuit includes 485 chips, the first two-way TVS diode D17, the second two-way TVS diode D18, the 3rd Two-way TVS diode D19, the first air discharge tube F1, the first self- recoverage insurance PPTC1, the second self- recoverage insurance PPTC2, the 30 electric capacity C30, the 11st resistance R11, May Day resistance R51；Second pin of 485 chip is connected by the 11st resistance R11 connection 5V supply voltages, the second pin of 485 chips Connect single-chip microcomputer U5, the three-prong of 485 chips；The first pin, the 4th pin connection single-chip microcomputer U5 of 485 chips, 485 chips 5th pin is grounded；The 8th pin connection 5V supply voltages of 485 chips, the 30th electric capacity C30 first end, the 30th electric capacity C30 the second end ground connection；6th pin of 485 chip connects the 3rd two-way TVS diode D19 first end, the first two-way TVS diode The first end of D17 first end, the first self- recoverage insurance PPTC1；7th pin of 485 chip connects the 3rd two-way TVS Diode D19 the second end, the second two-way TVS diode D18 the second end, the second self- recoverage insurance PPTC2 first end；The One two-way TVS diode D17 the second end, the second two-way TVS diode D18 first end ground connection；First self- recoverage insurance PPTC1 the second end connects the first air discharge tube F1 first end, the of May Day resistance R51 One end, single-chip microcomputer U5；Second self- recoverage insurance PPTC2 the second end connects the first air discharge tube F1 the second end, May Day Resistance R51 the second end, single-chip microcomputer U5；The power switch observation circuit includes the 5th p-type metal-oxide-semiconductor Q5, the 6th triode Q6, the 4th diode D4, the 16th electricity Hold C16, the 2nd 1 electric capacity C21, some resistance；The first end of battery interface connects the 4th diode D4 positive pole, the second end ground connection of battery interface；4th diode D4 Negative pole connect the 16th electric capacity C16 first end, the 6th resistance R6 first end, the 5th p-type metal-oxide-semiconductor Q5 drain electrode, voltage stabilizing Linear power source circuit；16th electric capacity C16 the second end ground connection, the 6th resistance R6 the second end connect the 5th p-type metal-oxide-semiconductor Q5's The colelctor electrode of grid, the 6th triode Q6；6th triode Q6 base stage is by the 9th resistance R9 connection 5V supply voltages, and the 6th Triode Q6 grounded emitter；5th p-type metal-oxide-semiconductor Q5 source electrode connection voltage stabilizing linear power source circuit, the 13rd resistance R13 First end；13rd resistance R13 the second end connects the first end, the 2nd 1 electric capacity C21 first end, monolithic of the 14th resistance Machine U5；Second end of the 14th resistance, the 2nd 1 electric capacity C21 the second end ground connection；The voltage stabilizing linear power source circuit include the second chip U2, the 3rd chip U3, the 12nd LED D12, the 7th electric capacity C7, 8th electric capacity C8, the 18th electric capacity C18, the two or eight electric capacity C28, the 17th electric capacity C17, the 15th resistance R15；The input of the second chip U2 connects the 4th diode D4 negative pole, and the second chip U2 earth terminal is grounded, and second Chip U2 output end connects 3.3V supply voltages, the 7th electric capacity C7 first end, the two or eight electric capacity C28 first end, the tenth Seven electric capacity C17 first end, the 7th electric capacity C7 the second end, the two or eight electric capacity C28 the second end, the of the 17th electric capacity C17 Two ends are grounded；The input of the 3rd chip U3 connects the 5th p-type metal-oxide-semiconductor Q5 source electrode, and the 3rd chip U3 earth terminal is grounded, the Three chip U3 output end connects 5V supply voltages, the 8th electric capacity C8 first end, the 18th electric capacity C18 first end, the tenth Five resistance R15 first end, the 15th resistance R15 the second end connect the 12nd LED D12 positive pole, the 8th electric capacity C8's Second end, the 18th electric capacity C18 the second end, the 12nd LED D12 negative pole ground connection；The carrier module includes signal receiving circuit, oscillation source circuit, carrier modulation and demodulates control circuit, local oscillation circuit, connects Receive the small value detection circuit of level, carrier wave input circuit, carrier wave demodulation output circuit；The signal receiving circuit connects carrier modulation demodulation control circuit, local oscillation circuit, receives the small value detection electricity of level respectively Road, carrier wave input circuit, carrier wave demodulation output circuit；Carrier modulation demodulation control circuit connection oscillation source circuit；The signal receiving circuit includes the one zero two chip U102, frequency discriminator Y103, ceramic filter Y102, the one zero four electricity Hold C104, the one zero five electric capacity C105, the one zero six electric capacity C106, the one zero nine electric capacity C109, some resistance；The 4th pin connection supply voltage VCC of the one zero two chip U102, the one zero two chip U102 three-prong Ceramic filter Y102 first end is connected, the one zero two chip U102 the 5th pin connects the 5th of ceramic filter Y102 the End, ceramic filter Y102 the second end, the 3rd end, the 4th end connection supply voltage VCC；One zero two chip U102 the 6th pin connects the one zero six electric capacity C106 the second end, the one zero two chip U102's 7th pin connects the one zero five electric capacity C105 the second end, the one zero two chip U102 electricity of the 8th pin connection the 1st Hinder R103 the second end, frequency discriminator Y103 the second end；One zero six electric capacity C106 first end, the one zero five electric capacity C105 First end, the one zero three resistance R103 first end, frequency discriminator Y103 first end connection supply voltage VCC, the one zero two electricity Hinder R102 the second end, the one zero nine electric capacity C109 first end, the one zero four electric capacity C104 first end；One zero two resistance R102 first end connection 5V supply voltages, the one zero nine electric capacity C109 the second end, the one zero four electric capacity C104 the second end Ground connection；One zero two chip U102 the first pin connection local circuit, the one zero two chip U102 the 9th pin connection carrier wave Output circuit is demodulated, the one zero two chip U102 the tenth three-prong connection receives the small value detection circuit of level, the one zero two core Piece U102 the 15th pin ground connection, the one zero two chip U102 the 16th pin connection carrier wave input circuit；The oscillation source circuit includes the one zero one crystal oscillator Y101, the one zero two electric capacity C102, the one zero three electric capacity C103；It is described One zero one crystal oscillator Y101 first end connects the one zero two electric capacity C102 the second end, the one zero one crystal oscillator Y101 the second end Connect the one zero three electric capacity C103 the second end, the one zero two electric capacity C102 first end, the first of the one zero three electric capacity C103 End ground connection；The carrier modulation demodulation control circuit includes the one zero one chip U101, the one zero one electric capacity C101, the one one eight electricity Hold C118, some resistance；First pin of first chip is grounded by the one one eight electric capacity C118；One zero one core Second end of piece U101 the 4th pin by the electric capacity C101 of the one zero four resistance R104 connections the 1st, the one zero one resistance R101 first end；One zero one electric capacity C101 first end ground connection, the one zero one resistance R101 the second end connection 5V power supplys Voltage；The local oscillation circuit includes the one one zero capacitance C110, the one one four electric capacity C114, the first First Five-Year Plan electric capacity C115, the 1st Six electric capacity C116, the one one three resistance R113, the one one four resistance R114, the first First Five-Year Plan resistance R115；One zero two chip U102 the first pin connects the one one zero capacitance C110 the second end, the one one zero capacitance C110 first end connection the 1st Five resistance R115 the second end, the one one six electric capacity C116 first end, the first First Five-Year Plan resistance R115 first end connection first One or four resistance R114 the second end, the first First Five-Year Plan electric capacity C115 first end, the one one four resistance R114 first end connection the Three resistance R113 the second end one by one, the one one four electric capacity C114 the second end, the first First Five-Year Plan electric capacity C115 the second end, first One or six electric capacity C116 the second end ground connection；The small value detection circuit of reception level includes the resistance R111 one by one of the one zero seven electric capacity C107, first；One zero two core Piece U102 the tenth three-prong connects the resistance R111 one by one of the one zero seven electric capacity C107 first end, first first end, and first 07 electric capacity C107 the second end, first one by one resistance R111 the second end ground connection；The carrier wave input circuit includes the electric capacity one by one of the one zero one diode D101, the one zero two diode D102, first C111；One zero two chip U102 the first electric capacity C111 one by one of the 16th pin connection first end, the first electric capacity one by one C111 the one zero one diode D101 of the second end connection negative pole, the one zero two diode D102 positive pole, the one zero one two The negative pole ground connection of pole pipe D101 positive pole, the one zero two diode D102；The carrier wave demodulation output circuit includes the one one two electric capacity C112, the one zero five resistance R105, the one zero eight resistance R108, the one one zero resistance R110；One zero two chip U102 the 9th pin connects the one zero eight resistance R108 first end, One zero eight resistance R108 the second end connects the one one two electric capacity C112 first end, the first of the one one zero resistance R110 End, the one one two electric capacity C112 the second end ground connection, the one one zero resistance R110 the second end passes through the one zero five resistance R105 Ground connection.
- 14. a kind of railway track broken rail monitoring system, it is characterised in that the broken rail monitoring system includes some transceivers, control Center processed；The control centre includes server, at least a client, and each client is connected with server, and client is computer or shifting Dynamic terminal, server are sent warning message to client, client by way of short message or message and pass through short message or APP side Formula receives warning message；Each transceiver is connected rail as wire, and part transceiver is carried out as management module with server Telecommunication；Management module is serviced by TCP, and the data of reception are sent into server, and server carries out Data Analysis Services, Result is shown on the client；Rail to be monitored is divided at least rail monitoring section, the both ends in each rail monitoring section are respectively equipped with short-circuit line；Or Person, is not provided with short-circuit line, and the 1st receiver, n-th transceiver at both ends connect the both ends in monitoring section respectively；Each rail monitoring section distribution sets some transceivers, the distance of rail between adjacent transceivers and corresponding rail junction For 0.5~1km, the junction 40 of the 1st transceiver, the junction corresponding short-circuit line of distance of the n-th transceiver and rail and rail~ 80m；Transceiver positioned at rail monitoring section first end is as the 1st transceiver；1st transceiver, the n-th transceiver are compared to general Logical transceiver, 485 telecommunication circuits of increase, GPRS communication module, the 1st transceiver, the n-th transceiver by 485 telecommunication circuits to GPRS communication module transmission frame format data, communication baud rate 2400bps, GPRS communication module receive data by TCP to Control centre sends data；Each transceiver carries out relay carrier communication, transmission center frequency using rail as wire, from the 1st transceiver to the n-th transceiver Rate is 13.5KHz multicarrier communication signal；When rail fracture, carrier signal receives level, launching electrical level produces change, through adopting Collection record and relay send relevant information to management module, and management module sends information to server analysis processing；Server Judge whether the rail between two adjacent transceivers and rail junction has broken rail by the data of reception；The transceiver in each rail monitoring section carries out relay carrier communication, and state is cycled through successively at interval of setting time t, or Person sends setting data after the data of setting transceiver transmission are received；2nd transceiver receives the data that the 1st transceiver is sent and preservation；I-th -1 transceiver, the i-th transceiver receive the i-th -2 transmitting-receiving The data of device transmission and preservation；1st transceiver receives the 2nd transceiver, the data that the 3rd transceiver is sent and preservation；Wherein, 3≤i ≤ n, n are the number that the rail monitors the every group of transceiver in section；The data that each transceiver sends self information data and forwards its other transceiver received to send；Self information packet Include unique identification data, its own transmission level data, monitoring and its cells electric quantity data obtained, monitoring and the lightning protection obtained Unit state data；Each transceiver is constantly in using time t as the cycle and cycles through state, and reception state is in when having not timed out；1st receives The time of hair device first reaches, and the 1st transceiver sends self information data, includes " 5 byte datas of numbering 1 "；2nd transceiver connects " 5 byte datas of numbering 1 " are received, and are preserved, starts simultaneously at and sends self information data, include " 5 byte numbers of numbering 2 According to ", and the data for including " 5 byte datas of numbering 1 " for forwarding the 1st transceiver to send；3rd transceiver receives " numbering 1 5 byte datas " or " 5 byte datas of numbering 2 ", start to send its data, comprising " 5 byte datas of numbering 3 ", and turn Send out the 2nd transceiver transmission the data comprising " 5 byte datas of numbering 2 " and the 1st transceiver transmission include " 5 words of numbering 1 The data of joint number evidence "；N are arrived by that analogy；Normally without under crack conditions, rail transmission information can be reached normally rail, and the i-th transceiver receives the i-th -2 transceiver and the The reception level that i-1 transceivers are sent is not 0；I-th -2 transceiver, the i-th -1 transceiver and the i-th transceiver launching electrical level itself It is not 0 yet；The data that all transceivers send and received can be normal；If there is broken rail phenomenon in rail, if the junction of the contact of the i-th -1 transceiver and rail, the i-th transceiver and rail it Between rail broken rail phenomenon occurs, then the i-th transceiver receives reception level that the i-th -2 transceiver and the i-th -1 transceiver are sent all It is reduced to 0 or declines to a great extent；If broken rail phenomenon occurs in rail, if the connection of the junction of the i-th -2 transceiver and rail, the i-th -1 transceiver and rail Between rail occur broken rail phenomenon, then the i-th transceiver receive the i-th -1 transceiver reception level it is normal, but receive i-th -2 The reception level that transceiver is sent is reduced to 0 or declined to a great extent；If broken rail phenomenon occurs for the rail between the junction of the junction of the 1st transceiver and rail, the 2nd transceiver and rail, Then the 2nd transceiver receives the reception level that the 1st transceiver is sent and is all reduced to 0 or declines to a great extent；In addition to the 1st transceiver, all transceiver work have four kinds of states：Actively send the data countdown state letter to be received such as i.e. Breath data mode, data message reception state, gather itself level and send data message state, forward other Transceiver Datas Information state；(1) actively send data countdown state, wait receive information data mode：Can slightly have difference because crystal oscillator opens the time of shaking, and in order to allow the carry out data of transceiver order successively to send without producing punching It is prominent, set one to first power on autonomous transmission time point when electric on the transceiver, this time point only carries out once falling to count When, just do not use, terminate when first powering on autonomous transmission time countdown, transceiver independently sends a data letter later Breath, then formally enter after being sent completely and actively send data countdown state；Transceiver is in this case, if countdown is also Do not reach, be then substantially at idle condition, in the state for receiving other transceiver information data；Assuming that other can not be received In the case of the data message of transceiver, transceiver can set variable time with interval and cycle through the data message of itself to it His transceiver；(2) data message reception state：When transceiver have the initiative send data countdown state wait receive information data mode when, receive preceding transceiver Or the data message of preceding transceiver, then transceiver enter data message reception state；Under this state transceiver receive before or Preceding Transceiver Data information and buffer area is stored in before person, and is the data of preceding or preceding transceiver and changes according to reception The autonomous count down time counter for sending data, makes its shortening, i.e., corresponding transmission data autonomous in advance, equivalent to making below Transceiver sends data message immediately with the transceiver before this；(3) gather itself level and send data message state：After it have modified itself autonomous count down timer for sending data, when countdown is completed, data message transmission is entered State；In this case, transceiver gathers itself transmission level, its cells voltage status, lightning protection device state and handle to transceiver Data storage is removed in corresponding buffering area, and according to state or sets corresponding data bit, after data preparation Start carrier module to send in data message；In order to ensure being successfully transmitted its data information, its data information is sent out Send some times；(4) other Transceiver Data information states are forwarded：Transceiver then enters after data message itself is sent completely by carrier module forwards other Transceiver Data information shapes State；Above transceiver is under data message reception state by transceiver in this case receive before or preceding transceiver Data message by carrier module by 5 bytes once in the form of be forwarded to other transceivers；1st transceiver can be communicated by 485 telecommunication circuits with GPRS communication module, upload the 2nd transceiver received With the data message of the 3rd transceiver；1st transceiver is in when actively sending data countdown state and waiting receive information data mode, can be spaced 3.75 seconds Its own transmission level collection is carried out, and preserves train by caused high level, when independently sending data, high level data Send；When 1st transceiver is in data message reception state, the reception level of the 2nd transceiver and the 3rd transceiver can be received And preserve, after the completion of independently data are sent, data message is uploaded onto the server by GPRS communication module and carried out at data Reason analysis；N-th transceiver is in when actively sending data countdown state and waiting receive information data mode, can be spaced 5 seconds and carry out Its own transmission level gathers, and preserves train by caused high level, after the completion of independently data are sent, is communicated by GPRS The server that data message is uploaded to control centre by module carries out Data Management Analysis；Because rail is directly exposed to earth's surface, for semiautomatic block section, there is no lightning rod, thunderbolt hair directly over rail When raw, lightning current can import the earth by rail, and for the equipment being joined directly together with rail, lightning protection seems heavier Will；Transceiver installs Surge Protector SPD, if Surge Protector SPD is damaged, transceiver can alarm immediately；Transceiver is additionally provided with battery circuit detection circuit, and for detecting battery electric quantity, if battery electric quantity is too low, transceiver can report The low warning of battery electric quantity, remind and change battery in time；Transceiver forms link by the way of transmission information one by one, by the break-make of link, receive information and signal intensity To judge rail broken rail, if pressure rail；Because weather reason causes railway roadbed resistance to differ, received signal strength occurs also can be therewith Change；Broken rail point is judged whether by 3 transceivers：I-th -2 transceiver sends data by rail, and the i-th -1 transceiver leads to Cross rail and send data；I-th transceiver receives the rail carrier signal of the i-th -2 transceiver, the i-th -1 transceiver by rail, if The state 0 of reception signal, and the state of reception signal is 0 always in the setting time of lasting wait, then judges broken rail occur Failure；Judge that device transceiver quality or train pass through by 3 transceivers；If the i-th transceiver receives the i-th -1 transceiver Rail carrier signal state be 0, further sentenced further according to the rail carrier signal state for receiving the i-th -2 transceiver It is disconnected；If the rail carrier signal state for receiving the i-th -2 transceiver is 1 or 2, judge that the i-th -1 transceiver damages；If receive The rail carrier signal state of i-th -2 transceiver is that carrier wave transmission level becomes big, then is judged as that train passes through state；The transceiver includes solar charging panel, charging manager, rechargeable battery, and solar charging panel passes through Charge Management Device connects rechargeable battery；The transceiver includes main controller circuit, transmitting-receiving indicator light circuit, frequency selection circuit, carrier signal modulation circuit, anti- Thunder detection circuit, receive the big value detection circuit of level, device id identification circuit, oscillation source circuit, transmission power detection circuit, perseverance Current source circuit, power switch observation circuit, voltage stabilizing linear power source circuit, carrier module；1st transceiver, the n-th transceiver phase Increase by 485 telecommunication circuits, GPRS communication module than normal transceiver；The main controller circuit connects transmitting-receiving indicator light circuit respectively, lightning protection detects circuit, the big value of reception level detects circuit, Device id identification circuit, oscillation source circuit, transmission power detection circuit, power switch observation circuit, carrier module；The frequency selection circuit connects carrier signal modulation circuit, receives the big value detection circuit of level, carrier signal modulation electricity respectively Road connects transmission power detection circuit, and transmission power detection circuit connection constant-current source circuit, the connection of power switch observation circuit is surely Press linear power source circuit；The main controller circuit includes single-chip microcomputer U5, the 9th electric capacity C9, the tenth electric capacity C10, second resistance R2, the 5th resistance R5, the 7th resistance R7, the 8th resistance R8, the tenth resistance R10, the two or six resistance R26, the 4th 1 resistance R41；The of single-chip microcomputer U5 One pin is grounded by second resistance R2, and single-chip microcomputer U5 the 5th pin is grounded by the 5th resistance R5, and the 6th of single-chip microcomputer U5 the Pin is grounded, and single-chip microcomputer U5 the 7th pin connection 3.3V supply voltages, single-chip microcomputer U5 the 9th pin passes through the tenth resistance R10 Connection receives the small value of level；Single-chip microcomputer U5 the 17th pin passes through the resistance R8 of the 7th resistance R7 connections the 8th the second end, Nine electric capacity C9 first end, the 8th resistance R8 first end connection 3.3V supply voltages, the 9th electric capacity C9 the second end ground connection；It is single Piece machine U5 the 2nd 1 pin connects the 4th 1 resistance R41, and single-chip microcomputer U5 the two or two pin connects the two or six resistance R26；It is single Piece machine U5 the second three-prong is grounded by the tenth electric capacity C10, single-chip microcomputer U5 the two or eight pin connection 3.3V supply voltages, single Piece machine U5 the two or nine pin ground connection；Receiving and dispatching indicator light circuit includes the 7th triode Q7, the 8th triode Q8, the first LED D13, the second LED D14, the Three or three resistance R33, the three or four resistance R34, the three or five resistance R35, the three or six resistance R36；7th triode Q7 base stage passes through Three or three resistance R33 connections single-chip microcomputer U5, the 8th triode Q8 base stage connects single-chip microcomputer U5 by the three or four resistance R34；The Seven triode Q7 grounded emitter, the 8th triode Q8 grounded emitter；7th triode Q7 colelctor electrode passes through the 3rd Five resistance R35 the first LEDs of connection D13, the 8th triode Q8 pass through the three or six resistance R36 the second LEDs of connection D14；First LED D13, the second LED D14 connect 3.3V supply voltages respectively；The frequency selection circuit include the 7th amplifier U4A, the 8th amplifier U4B, the 11st electric capacity C11, the 14th electric capacity C14, 20th electric capacity C20, the two or three electric capacity C23, the two or four electric capacity C24, the two or six electric capacity C26, the three or two electric capacity C32, Ruo Gan electricity Resistance；The power end connection 5V supply voltages of the 7th amplifier U4A, the 7th amplifier U4A earth terminal ground connection；7th puts Big device U4A output end connects the six or seven resistance R67 first end, the five or two resistance R52 first end, the 14th electric capacity C14 The second end；7th amplifier U4A negative input end connects the two or three electric capacity C23 the second end, the second of the May 4th resistance R54 End, the five or two resistance R52 the second end connection the May 4th resistance R54 first end；7th amplifier U4A positive input terminal connection 8th amplifier U4B positive input terminal, the two or four electric capacity C24 first end, the five or nine resistance R59 the second end, the six or four electricity Hinder R64 first end；Six or seven resistance R67 the second end connects the two or six electric capacity C26 first end, the six or two resistance R62 first end, the 6th Eight resistance R68 the second end；The second end connection of two or the six electric capacity C26 receives the big value detection circuit of level, the six or two electricity Hinder R62 the second end ground connection；Two or three electric capacity C23 first end connects the 14th electric capacity C14 first end, the 60th resistance R60 the second end, the 5th Eight resistance R58 first end, the six or three resistance R63 first end；Six or three resistance R63 the second end ground connection, the five or eight resistance R58 the second end is grounded by 3rd resistor R3；60th resistance R60 the 11st electric capacity C11 of first end connection the second end, Five or six resistance R56 first end；11st electric capacity C11 first end connection carrier signal modulation circuit；Five or six resistance R56 The second end connect the five or seven resistance R57 first end, the 6th 1 resistance R61 first end, the first of the 19th electric capacity C19 End, the 20th electric capacity C20 first end；Five or seven resistance R57 the second end, the 6th 1 resistance R61 the second end is grounded respectively；The output end of the 8th amplifier U4B connect the six or eight resistance R68 first end, the 19th electric capacity C19 the second end, Five or three resistance R53 first end；Five or nine resistance R59 first end, the three or two electric capacity C32 first end connection 5V power supply electricity Pressure, the three or two electric capacity C32 the second end, the five or nine resistance R59 the second end, the two or four electric capacity C24 the second end ground connection；It is described 8th amplifier U4B the five or five resistance R55 of negative input end connection the second end, the 20th electric capacity C20 the second end, the five or three Resistance R53 the second end connects the five or five resistance R55 first end；The carrier signal modulation circuit includes the first N-type metal-oxide-semiconductor Q1, the second N-type metal-oxide-semiconductor Q2, the first coupling transformer T1, the One diode D1, the 3rd diode D3, the 5th diode D5, the 7th diode D7, the 3rd electric capacity C3, some resistance；11st electric capacity C11 first end connects the first coupling transformer T1 first end, the first diode D1 negative pole, second N-type metal-oxide-semiconductor Q2 drain electrode；First diode D1 plus earth；Second N-type metal-oxide-semiconductor Q2 grid connects the four or four resistance R44 first end, the 5th diode D5 negative pole, the three or eight electricity Hinder R38 first end；Four or four resistance R44 the second end, the 5th diode D5 plus earth；Second N-type metal-oxide-semiconductor Q2 source Pole connects transmission power detection circuit；The second end connection rail of the first coupling transformer T1, the first coupling transformer T1 first end pass through parallel connection the Four resistance R4 and the 3rd electric capacity C3 connection rail, the first coupling transformer T1 the 4th end connection 5V supply voltages；First coupling Transformer T1 the 5th end connects the drain electrode of the 3rd diode D3 negative pole, the first N-type metal-oxide-semiconductor Q1；3rd diode D3 is just Pole is grounded；First N-type metal-oxide-semiconductor Q1 grid connects the four or eight resistance R48 first end, the 7th diode D7 negative pole, the 40th electricity Hinder R40 first end；Four or eight resistance R48 the second end, the 7th diode D7 plus earth；First N-type metal-oxide-semiconductor Q1 source Pole connects transmission power detection circuit；Lightning protection detection circuit include lightning protection device cracking acquisition port, the 9th diode D9, the first electric capacity C1, the second electric capacity C2, First resistor R1, the 12nd resistance R12；The first end ground connection of lightning protection device cracking acquisition port, the second of lightning protection device cracking acquisition port End connects the 9th diode D9 negative pole, the first electric capacity C1 first end, first resistor R1 first end respectively；9th diode D9 positive pole, the first electric capacity C1 the second end, the second electric capacity C2 the second end ground connection；First resistor R1 the second end connection the tenth Two resistance R12 the second end, the second electric capacity C2 first end, the 12nd resistance R12 first end connection 3.3V supply voltages；The big value detection circuit of reception level includes the second amplifier U1B, the tenth diode D10, the 12nd electric capacity C12, the Two or five electric capacity C25, the 18th resistance R18, the 19th resistance R19, the two or two resistance R22, the two or four resistance R24；The second end of two or the six electric capacity C26 connects the 12nd electric capacity C12 first end；12nd electric capacity C12 the second end Connect the second amplifier U1B positive input terminal, the two or four resistance R24 first end, the two or four resistance R24 the second end ground connection；Second amplifier U1B negative input end connects the two or two resistance R22 the second end, the 18th resistance R18 first end, the 18 resistance R18 the second end ground connection；Second amplifier U1B output end connects the tenth diode D10 positive pole, the 12nd pole Pipe D10 negative pole connects the two or two resistance R22 first end, the 19th resistance R19 first end, the of the two or five electric capacity C25 One end, single-chip microcomputer U5；19th resistance R19 the second end, the two or five electric capacity C25 the second end ground connection；The device id identification circuit includes some recognition units, and recognition unit includes resistance R, first switch, second switch, single Piece machine U5 connection resistance R first end, the first end of second switch, the first end of resistance R the second end connection first switch；The The second end connection 3.3V supply voltages of one switch, the second end ground connection of second switch；The oscillation source circuit includes the first crystal oscillator Y1, the 4th electric capacity C4, the 6th electric capacity C6, the second crystal oscillator Y2, the 13rd electric capacity C13, the two or two electric capacity C22；The first end of the first crystal oscillator Y1 connects the 4th electric capacity C4 the second end, the first crystal oscillator Y1 electricity of the second end connection the 6th Hold C6 the second end, the 4th electric capacity C4 first end, the 6th electric capacity C6 first end ground connection；The first end of the second crystal oscillator Y2 connects the 13rd electric capacity C13 the second end, the second crystal oscillator Y2 the second end connection the Two or two electric capacity C22 the second end, the 13rd electric capacity C13 first end, the two or two electric capacity C22 first end ground connection；The transmission power detection circuit includes the first MOS amplifiers U1A, the second diode D2, the 5th electric capacity C5, the three or five electricity Hold C35, some resistance；The source electrode of the first N-type metal-oxide-semiconductor Q1, the second N-type metal-oxide-semiconductor Q2 source electrode connect the two or three resistance R23 first end, the Two or five resistance R25 first end, the 20th resistance R20 first end；Two or three resistance R23 the second end, the two or five resistance R25 The second end ground connection；20th resistance R20 the second end connects the first MOS amplifiers U1A positive input terminal, the three or five electric capacity C35 first end；Three or five electric capacity C35 the second end ground connection；First MOS amplifiers U1A negative input end connects the 2nd 1 resistance R21 the second end, the first of the two or seven resistance R27 End, the two or seven resistance R27 the second end ground connection；First MOS amplifiers U1A power end connection 5V supply voltages, the first MOS are put Big device U1A earth terminal ground connection；First MOS amplifiers U1A the second diode D2 of output end connection positive pole, the four or six resistance R46 first end, second Diode D2 negative pole connects the 2nd 1 resistance R21 first end, three nine-day periods after the winter solstice resistance R39 first end, the of the 5th electric capacity C5 One end, single-chip microcomputer U5；Three nine-day periods after the winter solstice resistance R39 the second end, the 5th electric capacity C5 the second end ground connection；The constant-current source circuit includes the 3rd p-type metal-oxide-semiconductor Q3, the 4th triode Q4, the 9th triode Q9, a reference source Q10, the tenth Five electric capacity C15, the two or seven electric capacity C27, the 3rd 1 electric capacity C31, the two or nine electric capacity C29, the three or three electric capacity C33, the three or four electric capacity C34, some resistance；The second end of four or the six resistance R46 connects the 9th triode Q9 base stage, the 9th triode Q9 colelctor electrode connection Four or two resistance R42 the second end, the four or seven resistance R47 first end, the two or nine electric capacity C29 the second end；9th triode Q9 emitter stage connection the four or five resistance R45 the second end, the 50th resistance R50 first end, a reference source Q10 the second end； A reference source Q10 first end ground connection；50th resistance R50 the second end connects the four or three resistance R43 first end, the four or three electricity Hinder R43 the second end ground connection；Four or five resistance R45 first end connection 5V supply voltages；The emitter stage of the four triodes Q4 connects the 3rd p-type metal-oxide-semiconductor Q3 drain electrode, the three or three electric capacity C33 first end, the 3rd Four electric capacity C34 first end, the 15th electric capacity C15 first end, the two or seven electric capacity C27 first end, the 3rd 1 electric capacity C31 The first end of first end, the four or two resistance R42；Four triode Q4 colelctor electrode connects the four or nine resistance R49 first end, the 3rd P-type metal-oxide-semiconductor Q3 grid, the four or nine resistance R49 the second end ground connection；3rd p-type metal-oxide-semiconductor Q3 source electrode connection 5V power supply electricity Pressure；485 telecommunication circuit includes 485 chips, the first two-way TVS diode D17, the second two-way TVS diode D18, the 3rd Two-way TVS diode D19, the first air discharge tube F1, the first self- recoverage insurance PPTC1, the second self- recoverage insurance PPTC2, the 30 electric capacity C30, the 11st resistance R11, May Day resistance R51；Second pin of 485 chip is connected by the 11st resistance R11 connection 5V supply voltages, the second pin of 485 chips Connect single-chip microcomputer U5, the three-prong of 485 chips；The first pin, the 4th pin connection single-chip microcomputer U5 of 485 chips, 485 chips 5th pin is grounded；The 8th pin connection 5V supply voltages of 485 chips, the 30th electric capacity C30 first end, the 30th electric capacity C30 the second end ground connection；6th pin of 485 chip connects the 3rd two-way TVS diode D19 first end, the first two-way TVS diode The first end of D17 first end, the first self- recoverage insurance PPTC1；7th pin of 485 chip connects the 3rd two-way TVS Diode D19 the second end, the second two-way TVS diode D18 the second end, the second self- recoverage insurance PPTC2 first end；The One two-way TVS diode D17 the second end, the second two-way TVS diode D18 first end ground connection；First self- recoverage insurance PPTC1 the second end connects the first air discharge tube F1 first end, the of May Day resistance R51 One end, single-chip microcomputer U5；Second self- recoverage insurance PPTC2 the second end connects the first air discharge tube F1 the second end, May Day Resistance R51 the second end, single-chip microcomputer U5；The power switch observation circuit includes the 5th p-type metal-oxide-semiconductor Q5, the 6th triode Q6, the 4th diode D4, the 16th electricity Hold C16, the 2nd 1 electric capacity C21, some resistance；The first end of battery interface connects the 4th diode D4 positive pole, the second end ground connection of battery interface；4th diode D4 Negative pole connect the 16th electric capacity C16 first end, the 6th resistance R6 first end, the 5th p-type metal-oxide-semiconductor Q5 drain electrode, voltage stabilizing Linear power source circuit；16th electric capacity C16 the second end ground connection, the 6th resistance R6 the second end connect the 5th p-type metal-oxide-semiconductor Q5's The colelctor electrode of grid, the 6th triode Q6；6th triode Q6 base stage is by the 9th resistance R9 connection 5V supply voltages, and the 6th Triode Q6 grounded emitter；5th p-type metal-oxide-semiconductor Q5 source electrode connection voltage stabilizing linear power source circuit, the 13rd resistance R13 First end；13rd resistance R13 the second end connects the first end, the 2nd 1 electric capacity C21 first end, monolithic of the 14th resistance Machine U5；Second end of the 14th resistance, the 2nd 1 electric capacity C21 the second end ground connection；The voltage stabilizing linear power source circuit include the second chip U2, the 3rd chip U3, the 12nd LED D12, the 7th electric capacity C7, 8th electric capacity C8, the 18th electric capacity C18, the two or eight electric capacity C28, the 17th electric capacity C17, the 15th resistance R15；The input of the second chip U2 connects the 4th diode D4 negative pole, and the second chip U2 earth terminal is grounded, and second Chip U2 output end connects 3.3V supply voltages, the 7th electric capacity C7 first end, the two or eight electric capacity C28 first end, the tenth Seven electric capacity C17 first end, the 7th electric capacity C7 the second end, the two or eight electric capacity C28 the second end, the of the 17th electric capacity C17 Two ends are grounded；The input of the 3rd chip U3 connects the 5th p-type metal-oxide-semiconductor Q5 source electrode, and the 3rd chip U3 earth terminal is grounded, the Three chip U3 output end connects 5V supply voltages, the 8th electric capacity C8 first end, the 18th electric capacity C18 first end, the tenth Five resistance R15 first end, the 15th resistance R15 the second end connect the 12nd LED D12 positive pole, the 8th electric capacity C8's Second end, the 18th electric capacity C18 the second end, the 12nd LED D12 negative pole ground connection；The carrier module includes signal receiving circuit, oscillation source circuit, carrier modulation and demodulates control circuit, local oscillation circuit, connects Receive the small value detection circuit of level, carrier wave input circuit, carrier wave demodulation output circuit；The signal receiving circuit connects carrier modulation demodulation control circuit, local oscillation circuit, receives the small value detection electricity of level respectively Road, carrier wave input circuit, carrier wave demodulation output circuit；Carrier modulation demodulation control circuit connection oscillation source circuit；The signal receiving circuit includes the one zero two chip U102, frequency discriminator Y103, ceramic filter Y102, the one zero four electricity Hold C104, the one zero five electric capacity C105, the one zero six electric capacity C106, the one zero nine electric capacity C109, some resistance；The 4th pin connection supply voltage VCC of the one zero two chip U102, the one zero two chip U102 three-prong Ceramic filter Y102 first end is connected, the one zero two chip U102 the 5th pin connects the 5th of ceramic filter Y102 the End, ceramic filter Y102 the second end, the 3rd end, the 4th end connection supply voltage VCC；One zero two chip U102 the 6th pin connects the one zero six electric capacity C106 the second end, the one zero two chip U102's 7th pin connects the one zero five electric capacity C105 the second end, the one zero two chip U102 electricity of the 8th pin connection the 1st Hinder R103 the second end, frequency discriminator Y103 the second end；One zero six electric capacity C106 first end, the one zero five electric capacity C105 First end, the one zero three resistance R103 first end, frequency discriminator Y103 first end connection supply voltage VCC, the one zero two electricity Hinder R102 the second end, the one zero nine electric capacity C109 first end, the one zero four electric capacity C104 first end；One zero two resistance R102 first end connection 5V supply voltages, the one zero nine electric capacity C109 the second end, the one zero four electric capacity C104 the second end Ground connection；One zero two chip U102 the first pin connection local circuit, the one zero two chip U102 the 9th pin connection carrier wave Output circuit is demodulated, the one zero two chip U102 the tenth three-prong connection receives the small value detection circuit of level, the one zero two core Piece U102 the 15th pin ground connection, the one zero two chip U102 the 16th pin connection carrier wave input circuit；The oscillation source circuit includes the one zero one crystal oscillator Y101, the one zero two electric capacity C102, the one zero three electric capacity C103；It is described One zero one crystal oscillator Y101 first end connects the one zero two electric capacity C102 the second end, the one zero one crystal oscillator Y101 the second end Connect the one zero three electric capacity C103 the second end, the one zero two electric capacity C102 first end, the first of the one zero three electric capacity C103 End ground connection；The carrier modulation demodulation control circuit includes the one zero one chip U101, the one zero one electric capacity C101, the one one eight electricity Hold C118, some resistance；First pin of first chip is grounded by the one one eight electric capacity C118；The 4th of the one zero one chip U101 Pin by the electric capacity C101 of the one zero four resistance R104 connections the 1st the second end, the one zero one resistance R101 first End；One zero one electric capacity C101 first end ground connection, the one zero one resistance R101 the second end connection 5V supply voltages；The local oscillation circuit includes the one one zero capacitance C110, the one one four electric capacity C114, the first First Five-Year Plan electric capacity C115, the 1st Six electric capacity C116, the one one three resistance R113, the one one four resistance R114, the first First Five-Year Plan resistance R115；One zero two chip U102 the first pin connects the one one zero capacitance C110 the second end, the one one zero capacitance C110's First end connects the first First Five-Year Plan resistance R115 the second end, the one one six electric capacity C116 first end, the first First Five-Year Plan resistance R115 First end connect the one one four resistance R114 the second end, the first First Five-Year Plan electric capacity C115 first end, the one one four resistance R114 first end connects the one one three resistance R113 the second end, the one one four electric capacity C114 the second end, the first First Five-Year Plan electricity Hold C115 the second end, the one one six electric capacity C116 the second end ground connection；The small value detection circuit of reception level includes the resistance R111 one by one of the one zero seven electric capacity C107, first；One zero two chip U102 the tenth three-prong connects the resistance R111 one by one of the one zero seven electric capacity C107 first end, first First end, the one zero seven electric capacity C107 the second end, first one by one resistance R111 the second end ground connection；The carrier wave input circuit includes the electric capacity one by one of the one zero one diode D101, the one zero two diode D102, first C111；One zero two chip U102 the first electric capacity C111 one by one of the 16th pin connection first end, the first electric capacity one by one C111 the one zero one diode D101 of the second end connection negative pole, the one zero two diode D102 positive pole, the one zero one two The negative pole ground connection of pole pipe D101 positive pole, the one zero two diode D102；The carrier wave demodulation output circuit includes the one one two electric capacity C112, the one zero five resistance R105, the one zero eight resistance R108, the one one zero resistance R110；One zero two chip U102 the 9th pin connects the one zero eight resistance R108 first end, the one zero eight resistance R108's Second end connects the one one two electric capacity C112 first end, the one one zero resistance R110 first end, the one one two electric capacity C112 The second end ground connection, the one one zero resistance R110 the second end is grounded by the one zero five resistance R105.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109001613A (en) * | 2018-06-20 | 2018-12-14 | 武汉讯康电子技术有限公司 | A kind of track circuit failure In-circiut tester |
| CN110758466A (en) * | 2019-10-15 | 2020-02-07 | 上海新海信通信息技术有限公司 | Urban rail transit steel rail broken rail data monitoring and collecting terminal and method |
| CN110834653A (en) * | 2019-10-15 | 2020-02-25 | 上海新海信通信息技术有限公司 | Urban rail transit steel rail broken rail monitoring system and method |
| CN111391893A (en) * | 2020-02-27 | 2020-07-10 | 北京交通大学 | Subway train position detection system |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103786747A (en) * | 2014-01-14 | 2014-05-14 | 杭州豪迦科技有限公司 | On-line monitoring system for steel rail breakage |
| CN204548160U (en) * | 2015-04-07 | 2015-08-12 | 昆明耐维科技有限公司 | A kind of novel real-time broken rail checking system |
| CN105059322A (en) * | 2015-08-03 | 2015-11-18 | 上海铁大电信科技股份有限公司 | Section broken rail monitoring system |
| US20160075356A1 (en) * | 2014-09-12 | 2016-03-17 | Westinghouse Air Brake Technologies Corporation | Broken Rail Detection System for Railway Systems |
| CN105553518A (en) * | 2016-01-19 | 2016-05-04 | 同济大学 | Rail breakage monitoring system based on power line carriers and wireless communication technique |
| CN105984476A (en) * | 2015-02-03 | 2016-10-05 | 兰州铁山众龙机电有限公司 | Semi-automatic blockage rail breakage monitoring system for non-electrified railways |
| CN207594999U (en) * | 2017-09-26 | 2018-07-10 | 南昌铁路通信信号厂有限公司 | Railway track broken rail monitors system |
-
2017
- 2017-09-26 CN CN201710883589.8A patent/CN107856702B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103786747A (en) * | 2014-01-14 | 2014-05-14 | 杭州豪迦科技有限公司 | On-line monitoring system for steel rail breakage |
| US20160075356A1 (en) * | 2014-09-12 | 2016-03-17 | Westinghouse Air Brake Technologies Corporation | Broken Rail Detection System for Railway Systems |
| CN105984476A (en) * | 2015-02-03 | 2016-10-05 | 兰州铁山众龙机电有限公司 | Semi-automatic blockage rail breakage monitoring system for non-electrified railways |
| CN204548160U (en) * | 2015-04-07 | 2015-08-12 | 昆明耐维科技有限公司 | A kind of novel real-time broken rail checking system |
| CN105059322A (en) * | 2015-08-03 | 2015-11-18 | 上海铁大电信科技股份有限公司 | Section broken rail monitoring system |
| CN105553518A (en) * | 2016-01-19 | 2016-05-04 | 同济大学 | Rail breakage monitoring system based on power line carriers and wireless communication technique |
| CN207594999U (en) * | 2017-09-26 | 2018-07-10 | 南昌铁路通信信号厂有限公司 | Railway track broken rail monitors system |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109001613A (en) * | 2018-06-20 | 2018-12-14 | 武汉讯康电子技术有限公司 | A kind of track circuit failure In-circiut tester |
| CN110758466A (en) * | 2019-10-15 | 2020-02-07 | 上海新海信通信息技术有限公司 | Urban rail transit steel rail broken rail data monitoring and collecting terminal and method |
| CN110834653A (en) * | 2019-10-15 | 2020-02-25 | 上海新海信通信息技术有限公司 | Urban rail transit steel rail broken rail monitoring system and method |
| CN110834653B (en) * | 2019-10-15 | 2024-03-19 | 上海新海信通信息技术有限公司 | Urban rail transit rail break monitoring system and method |
| CN110758466B (en) * | 2019-10-15 | 2024-04-12 | 上海新海信通信息技术有限公司 | Urban rail transit steel rail breakage data monitoring and collecting terminal and method |
| CN111391893A (en) * | 2020-02-27 | 2020-07-10 | 北京交通大学 | Subway train position detection system |
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