CN109229154A - Occlusion broken rail for railway monitors system and method - Google Patents
Occlusion broken rail for railway monitors system and method Download PDFInfo
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- CN109229154A CN109229154A CN201811120365.2A CN201811120365A CN109229154A CN 109229154 A CN109229154 A CN 109229154A CN 201811120365 A CN201811120365 A CN 201811120365A CN 109229154 A CN109229154 A CN 109229154A
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- signal
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- storage
- transmitted
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- 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 vehicle trains
- B61L23/04—Control, warning, or like safety means along the route or between vehicles or vehicle trains for monitoring the mechanical state of the route
- B61L23/042—Track changes detection
- B61L23/044—Broken rails
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61K—AUXILIARY EQUIPMENT SPECIALLY ADAPTED FOR RAILWAYS, NOT OTHERWISE PROVIDED FOR
- B61K9/00—Railway vehicle profile gauges; Detecting or indicating overheating of components; Apparatus on locomotives or cars to indicate bad track sections; General design of track recording vehicles
- B61K9/08—Measuring installations for surveying permanent way
- B61K9/10—Measuring installations for surveying permanent way for detecting cracks in rails or welds thereof
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- Engineering & Computer Science (AREA)
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- Arrangements For Transmission Of Measured Signals (AREA)
Abstract
A kind of occlusion broken rail monitoring system and method for railway, monitoring host is PC machine, laptop or PDA；The monitoring host includes hard disk, and the program for executing the method for the signal that the monitoring host sends testing result by wireless signal to server is stored in the hard disk；The server is arranged in hollow machine box for server.The program that the method for executing the signal that the monitoring host sends testing result by wireless signal to server is stored in the hard disk includes taking out module, assignment module, excitation module, reduction module, building module and transfer module；Effectively prevent in the prior art that signal transmission speed is bad, increases that the duration for being transmitted to server, blocking solution are ineffective, leakage is infiltered in cabinet through cabinet side wall, be easy to cause the defect of the major accident generation of the component short circuit of the server inside cabinet in conjunction with its method.
Description
Technical field
The present invention relates to railway monitoring technical fields, and in particular to a kind of occlusion broken rail for railway monitor system and its
Method.
Background technique
In recent years, being continuously increased with gapless track, long rail are also increasing, and stress is difficult to eliminate, so long rail
Phenomenon of rupture increasingly increase.The reason of rail fracture, has very much, is actually unable in and fundamentally prevents problems, rail one
Denier fracture, greatly threatens safety of railway traffic, causes train derailing to overturn, consequence is extremely serious, if it is passenger train
High speed by when overturn, the serious consequence of car crash will be caused.In the Europe of high-speed railway prosperity, every year due to broken rail
Caused by accident up to several hundred time, cause the heavy losses of property and casualties.Then there has been such as application No. is
" 201510054162.8 ", the applying date are " 2015.02.03 " and patent name is a kind of " non-electrical electrified railway semiautomatic block
The prior art of broken rail monitoring system ", the non-electrical electrified railway semiautomatic block broken rail monitor system, including include monitoring
Host, detection terminal, detection end, insulating part, the insulating part divide rail to form a detection zone, the monitoring
Host is connected to the initial end of rail, and detection end is connected to the end of rail, and the centre of rail is connected with several detection terminals,
The monitoring host is connect by wireless network with server.
Wherein, the monitoring host connect by wireless network with server, server with operate computer connect and
SMS module connection.
The detection mode and principle of non-electrical electrified railway semiautomatic block broken rail monitoring system: steel is worked as in A, detection immediately
When broken rail occurs for rail, detection end is disconnected, and Host Detection to rail current changes, and just sends detection instruction；In addition, in host
Each portion's failure, and detect immediately；B, timing detects, and the every 10 minutes cycle detections of system setting are primary, and host sends inspection
Survey instruction；
C, train detection, after through a train, host sends detection instruction；
Broken rail judges principle: after each detection terminal receives detection instruction, the signal of testing result is successively sent to host；
If broken rail occurs for rail, all detection terminal signalings after broken rail point are disconnected；Host is according to the detection for receiving signal
Terminal number judges rail broken rail position；The failure of each component in host, and by detecting immediately；And it detects eventually
(end) holds failure, is by timing detection and train detection；If some or certain several detection terminal faults, host is received
Less than corresponding signal, to judge out of order detection end or detection terminal number and installation site.
A set of monitoring device is installed in each semiautomatic block section non-track circuit territory section in this way, efficiently solves and resolves
The blank of rail monitoring can be transplanted for implementing broken rail monitoring on other routes；After rail fracture failure can be efficiently solved
Indetectable problem, thoroughly prevented the train that may cause by broken rail derailing overturn, the serious consequence of car crash, warp
Ji and social benefit are inestimable.
The signal of testing result can be sent by wireless signal to server by monitoring host, this is primarily to prevent
The signal of testing result is lost when something goes wrong in monitoring host, because the signal of testing result is monitoring in host
Amount can constantly increase, so in order to prevent constantly increasing number of testing result signal monitoring host send out when something goes wrong
It is raw to lose, the signal of these testing results must be just transmitted in server and execute storage, these testing results are ensured with this
The safety of signal, and it is existing monitoring host by wireless signal to server send testing result signal when, be via
The intermediate server being wirelessly connected with monitoring host and server, monitoring master are provided between monitoring host and server in advance
Machine first passes through wireless signal and the signal of testing result is transmitted in intermediate server, then passes through nothing via intermediate server again
Line signal is transmitted to the signal of testing result in server and is stored, and a transfer during which must be done via intermediate server,
So that signal transmission speed is bad, the duration for being transmitted to server is increased.
It avoids damage, the server caused by extraneous shock from being just placed in hollow machine box for server, services
Device cabinet must have good blocking solution effect, can prevent because it is various it is unexpected occur so that machine box for server item in the room
Liquid stream caused by part changes is penetrated into inside machine box for server, just as the fluid pipeline leakage that is laid on ceiling in room is to servicing
On device cabinet, however the structure of current cabinet is only capable of avoiding the server extraneous shock, and blocking solution is ineffective, separately
Cover plate is arranged in outer universal cabinet upper wall, however the blocking solution by contrast of the side wall of cabinet is ineffective, usually makes leakage
It is infiltered in cabinet through cabinet side wall, the major accident for being easy to cause the component short circuit of the server inside cabinet occurs.
Summary of the invention
To solve the above problems, the present invention provides a kind of occlusion broken rails for railway to monitor system and method, have
Effect avoids in the prior art that signal transmission speed is bad, increases that the duration for being transmitted to server, blocking solution are ineffective, make
Leakage infilters in cabinet through cabinet side wall, is easy to cause the major accident generation of the component short circuit of the server inside cabinet
Defect.
In order to overcome the deficiencies in the prior art, the present invention provides a kind of occlusion broken rail for railway monitor system and
The solution of its method, specific as follows:
A kind of occlusion broken rail monitoring system for railway, including non-electrical electrified railway semiautomatic block broken rail monitor system, should
It includes monitoring host that non-electrical electrified railway semiautomatic block broken rail, which monitors system, and the monitoring host passes through wireless network and clothes
Business device connection；
The monitoring host is PC machine, laptop or PDA；
The monitoring host includes hard disk, and the execution monitoring host is stored in the hard disk and passes through wireless signal to server
Send the program of the method for the signal of testing result；
The server is arranged in hollow machine box for server.
It is stored in the hard disk and executes the letter that the monitoring host sends testing result by wireless signal to server
Number the program of method include taking out module, assignment module, excitation module, reduction module, building module and transfer module；
The taking-up module is monitoring the letter that must be transmitted to the testing result stored in server in host for taking out
Number；
The assignment module is used to must be transmitted to the signal of each testing result stored in server according to setting
Criterion assigns corresponding weighted value, and the criterion of the setting can be set according to the amount of capacity of the signal of testing result
Fixed, the weighted value of the bigger signal of capacity is bigger, and the weighted value of the smaller signal of capacity is smaller;The criterion of the setting also can
It is enough to be set according to the settling time of the signal of testing result, the weighted value of settling time more early signal is bigger, when establishing
Between more late signal weighted value it is smaller;The bigger signal of weighted value is placed on more first order on order of transmission to be transmitted to clothes
It is stored in business device；Order after the smaller signal of weighted value is placed on more on order of transmission carries out to be transmitted in server
Storage；The consistent signal of weighted value is stored on order of transmission according to random precedence to be transmitted in server；
The excitation module is used to obtain disappearing towards the transmitting for the signal that must be transmitted to the testing result stored in server
Breath；Here, the transmitting message can be the display occurred on the display screen of monitoring host for transmitting the confirmation of message
Key excitation, such mode of excitation can make via monitoring host mouse click confirmation and excite；
The reduction module is used to each signal benefit that must be transmitted to the valve control, coordinate setting that are stored in server
Execute reduction with the method for hybrid coding, each signal be reduced to one for storage sub-information, obtain therefrom several
Sub-information for storage；
The reduction module is used to the signal that must be transmitted to the testing result stored in server, that is, initial signal
After executing reduction, the sub-information for storage of acquisition, that is, the signal after reduction amount of capacity lower than clothes must be transmitted to
The signal of the testing result stored in business device, that is, the amount of capacity of initial signal；
The building module is used to construct the wireless link between monitoring host and server；
The method that the building module is used to construct the wireless link between monitoring host and server includes: can be through monitoring host
Or server monitors host with the wireless link between server to construct, and specifically includes: the monitoring before constructing wireless link
Host must must store in advance qualified information via the identification of monitoring host, server via the identification of server or server,
Must in monitoring host the typing qualified information, be sent next to execute in server and compare, confirm the qualified information of typing with
After the qualified information stored in advance in server is consistent, wireless link can be constructed；
The transfer module is used to according to the wireless link state between monitoring host and server several sons for storage
Information, which is transmitted in server, executes storage.
The machine box for server includes cabinet A and cover plate B；The hollow inside with cabinet A is provided on the upper wall of the cabinet A
The air discharge duct A1 as exhaust channel communicated；
The cover plate B is arranged on the upper wall of cabinet A and with forming certain clearance space between the upper wall；The cover plate
Coverage area of the B on upper wall integrally covers the air discharge duct A1；
The cabinet A further includes according to longitudinally disposed vertical bar A6, is also located at vertical bar A6 with the sheet between vertical bar A6
Baffle A7；The vertical bar A6 is the same as the bracket that composition cabinet A is set side by side between vertical bar A6；The baffle A7 is by the side wall of bracket
Closing；
The vertical bar A6 between vertical bar A6 via first level bar AF1, the second horizon bar AF2 set gradually from top to bottom
And third horizon bar AF3 is connected with each other；The first level bar AF1, the second horizon bar AF2 and third horizon bar AF3 handle
Vertical bar A6 is divided into baffle area one and baffle area two with the range between vertical bar A6, described in one baffle area related device one
Baffle A7.
The hydrops mouth A2 sinking for air discharge duct A1 is arranged on the periphery of air discharge duct A1 for the upper wall of the cabinet A, described
Liquid in hydrops mouth A2 is obstructed in hydrops mouth A2 by the side wall AB1 on hydrops mouth A2 close to the one side air discharge duct A1.
The hydrops mouth A2 has one section in the side wall AB2 apart from the farther one side air discharge duct A1 be with the external drain being connected to
Slot AB3.
Cabinet A's has the articulated plate cover board of a side wall, and one side of the upper wall of the cabinet A is protruded in cover plate B outwardly
Coverage area except, and the upper wall of the cabinet A protrudes part except the coverage area of cover plate B outwardly and court is arranged
Under tilting sheet first flap A3.
It is equipped in the hydrops mouth A2 and is used to assemble the positioning port A5 for propping up bar A4, one for propping up bar A4 is the same as positioning
Mouth A5 interlocking, the other end for propping up bar A4 are connected with the bottom wall of cover plate B.
Various drainage wall B1 tilting downward around the upper wall of the cover plate B.
The coverage area of the drainage wall B1 is in except cabinet A upper wall.
The one side of the vertical bar A6 towards another vertical bar A6, respectively according to longitudinal direction in baffle area one and baffle area two
Equipped with longitudinal guide channel AF4, one side first level bar AF1 opposite with the second horizon bar AF2, the second horizon bar AF2
With third horizon bar AF3 opposite on one side respectively according to being transversely provided with transverse guidance channel AF5.
The longitudinal guide channel AF4, transverse guidance channel AF5 are respectively provided with towards baffle area one and baffle area two and stretch
The tail portion of stretch section AFD1, AFE1 of exhibition, the stretch section AFD1 it is tortuous relative to stretch section and constitute positioning section AFD2,
AFE2；Described positioning section AFD2, AFE2 constitute the longitudinal guide channel AF4, transverse guidance together with stretch section AFD1, AFE1
Channel；
The wall surface complications that the top of the baffle A7 and both sides are respectively relative to baffle A7 constitute interlocking section, the interlocking section visit into
In transverse guidance channel AF5 and longitudinal guide channel AF4.
The tail portion of the positioning section AFD2 towards positioning section AFD2 reversed tortuous direction complications constitute suspension hook AFD3,
AFE3；The suspension hook connects with the inner wall of baffle A7, and in addition suspension hook AFD3, AFE3 is equipped with pin in corresponding whereabouts with baffle A7
Hole；Pin shaft is connected baffle A7 with suspension hook via pin hole.
The method of the occlusion broken rail monitoring system for railway includes that the monitoring host passes through wireless signal to clothes
The signal for device transmission testing result of being engaged in；
The method for the signal that the monitoring host sends testing result to server by wireless signal specifically comprises the following steps:
Step 1: the monitoring host, which takes out, is monitoring the testing result stored in server that must be transmitted in host
Signal；
The monitoring host can be must be transmitted to the signal of each testing result stored in server according to setting
Criterion assigns corresponding weighted value, and the criterion of the setting can be set according to the amount of capacity of the signal of testing result
Fixed, the weighted value of the bigger signal of capacity is bigger, and the weighted value of the smaller signal of capacity is smaller;The criterion of the setting also can
It is enough to be set according to the settling time of the signal of testing result, the weighted value of settling time more early signal is bigger, when establishing
Between more late signal weighted value it is smaller;The bigger signal of weighted value is placed on more first order on order of transmission to be transmitted to clothes
It is stored in business device；Order after the smaller signal of weighted value is placed on more on order of transmission carries out to be transmitted in server
Storage；The consistent signal of weighted value is stored on order of transmission according to random precedence to be transmitted in server；
Step 2: the monitoring host obtains the transmitting towards the signal that must be transmitted to the testing result stored in server
Message；
Here, the transmitting message can be the display occurred on the display screen of monitoring host for transmitting the confirmation of message
Key excitation, such mode of excitation can make via monitoring host mouse click confirmation and excite；
Step 3: the monitoring host is each signal that must be transmitted to the valve control, coordinate setting that are stored in server
Execute reduction using the method for hybrid coding, each signal be reduced to one for storage sub-information, if obtaining therefrom
Do the sub-information for storage；
The monitoring host executes the signal that must be transmitted to the testing result stored in server, that is, initial signal
After reduction, the sub-information for storage of acquisition, that is, the signal after reduction amount of capacity lower than server must be transmitted to
The signal of the middle testing result stored, that is, the amount of capacity of initial signal；
Step 4: the wireless link between the monitoring host building monitoring host and server；
The method of wireless link between the monitoring host building monitoring host and server includes: can be through monitoring host or clothes
Business device monitors host with the wireless link between server to construct, and specifically includes: to monitor host before constructing wireless link
Qualified information must must be stored in advance via the identification of monitoring host, server via the identification of server or server, it must be
Typing qualified information in host is monitored, is sent next to execute in server and compare, confirm qualified information and the service of typing
After the qualified information stored in advance in device is consistent, wireless link can be constructed；
Step 5: it is described monitoring host according to monitoring host and server between wireless link state it is several for storage
Sub-information, which is transmitted in server, executes storage.
The weight threshold of setting is stored in the hard disk of the monitoring host, which is exactly the value set,
Compared with the value is used to execute with the weighted value of the signal of testing result；Several sub-informations for storage include corresponding signal
Weighted value be higher than sub-information and the weighted value of corresponding signal for storage of weight threshold and be lower than being used for for weight threshold
The sub-information of storage, thus the monitoring host can have in condition transmits the various son letters for storage under the conditions of different link
The method of breath also can include:
If monitoring host with the wireless link between server is when blocking, monitoring host is low the weighted value of corresponding signal
It is transmitted to server according to the order of weighted value from low to high in the sub-information for storage of weight threshold, then again corresponding
Signal weighted value be higher than weight threshold for storage sub-information be transmitted to clothes according to the order of weighted value from low to high
Business device；
If when monitoring host is smooth with the wireless link between server, monitoring host is high the weighted value of corresponding signal
It is transmitted to server according to the order of weighted value from high to low in the sub-information for storage of weight threshold, then again corresponding
Sub-information of the weighted value lower than weight threshold for storage of signal according to the order of weighted value be from high to low transmitted to clothes
Business device.
The step 5 can also include:
If when monitoring host is smooth with the wireless link between server, monitoring host starts the method court of several processes
Server transmits several sub-informations for storage respectively；
Here, monitoring host can start several processes, when wireless link is smooth, can distinguish simultaneously in several processes
Several sub-informations for storage of the transmitting of hair.
After having carried out step 5, additionally it is possible to carry out following method:
The monitoring host judgement monitoring host falls wireless link either with or without revocation with server；
If when having cancelled wireless link, the monitoring host is saved and is not transmitted also in several sub-informations for storage
For storage sub-information and transmit it is unsuccessful for storage sub-information, also no transmitting for storage sub-information
It identifies with the unsuccessful sub-information for storage is transmitted into the sub-information for storage that do not transmit；
When the monitoring host again pulls up wireless link with server, the monitoring host is several sons for storage
It is identified in information and is transmitted to server at the sub-information for storage that do not transmit；
Here, the unsuccessful sub-information for storage of the transmitting can monitor host in the son letter for transmitting this for storage
Surprisingly wireless link is fallen in revocation when breath, so that the sub-information for being used to the store transmitting is unsuccessful.
The signal that the testing result stored in server must be transmitted to is not transmitted in the monitoring host
The signal of the testing result stored into server.
The signal that the testing result stored in server must be transmitted to is utilized hybrid coding by the monitoring host
Method executes reduction, and the method for obtaining several sub-informations for storage includes:
The method for the hybrid coding that the monitoring host is constituted with the combination of entropy coding and message sink coding is executed to must be transmitted to
The reduction of the signal of the testing result stored in server；Specifically first palpus is transmitted with the method for message sink coding
The signal of the testing result stored into server obtains coding one after executing reduction, then uses the method pair of entropy coding
Coding obtains coding two after executing reduction again and again, and all codings two are exactly several sub-informations for storage.
Before carrying out step 5, additionally it is possible to execute following steps:
The information of the corresponding hybrid decoding method of method of hybrid coding is concurrently transmitted to server by the monitoring host, described
The information of hybrid decoding method is that server is used to execute decoding to the sub-information for storage of acquisition.
The invention has the benefit that
It, can be must be transmitted under the conditions of the signal volume that must be transmitted to the testing result stored in server is no small
The signal of the testing result stored in server is reduced to several sub-informations for storage, and server must be transmitted to by comparing
From the point of view of the signal of the middle testing result stored, each sub-information for storage will be reduced much, so transmitting is used for
The sub-information of storage increases much than the signal speed that transmitting must be transmitted to the testing result stored in server.Described
Monitoring host again pull up wireless link with server when, it is described monitoring host it is several for storage sub-informations in identify
Server is transmitted at the sub-information for storage that do not transmit；Compared with current mode, monitoring host with server again
When secondary building wireless link, it is not necessary to transmit several sub-informations for storage again, signal transmission speed can be improved.
Cover plate B is arranged on the upper wall of cabinet A and with forming certain clearance space between the upper wall；The cover plate
Coverage area of the B on upper wall integrally covers the air discharge duct A1；Thus cover plate B can be allowed the liquid stream dripped from top to bottom
Blocking is executed, liquid stream can not be dripped into cabinet 1, constitutes preliminary blocking solution structure.The upper wall of cabinet A is provided with hydrops mouth A2,
Hydrops mouth A2 stops between the air discharge duct A1 for serving as exhaust channel with side wall, prevents the liquid in hydrops mouth A2 from infiltering exhaust logical
Road.In addition, having one section in the side wall of hydrops mouth A2 is column sump pit AB3 with external connection, can allow in hydrops mouth A2
Liquid is efficiently gushed via column sump pit AB；Hydrops mouth A2 constitutes further blocking solution structure, crosses cover plate B drop in liquid stream
To cabinet upper wall when, liquid stream can fall into and then gush in hydrops mouth A2.First level bar AF1, the second horizon bar AF2 with
And vertical bar A6 is divided into baffle area one and baffle area two, a barrier with the range between vertical bar A6 by third horizon bar AF3
The area's related device one baffle A7.One side wall assembles a pair of of baffle A7, it will be able to which the range for reducing a baffle A7 is big
Small, the assembly intensity of baffle A7 will can ensure, when generation liquid stream skew arrives, combination of the baffle A7 with vertical bar A6
Position is difficult to occur straining and gap occurs and leakage.Allow baffle A7, transverse guidance channel AF5 and longitudinal guide channel AF4
Joint construction is constituted, because combining interlocking framework, the sealing effect being connected between baffle A7 and cabinet A just has bigger change
It is kind.Suspension hook AFD3, AFE3 are equipped with pin hole in corresponding whereabouts with baffle A7；Pin shaft is consolidated baffle A7 with suspension hook via pin hole
It even, is that the assembly strong degree of baffle A7 is allowed to obtain preferably enhancing via the mode of pin joint.
Detailed description of the invention
Fig. 1 is the flow chart for the method that the occlusion broken rail for railway of the invention monitors system.
Fig. 2 is the schematic three dimensional views of machine box for server of the invention.
Fig. 3 is the structural schematic diagram of cover plate of the invention.
Fig. 4 is the structure chart of the upper wall of machine box for server of the invention.
Fig. 5 is the structure chart of vertical bar of the invention.
Fig. 6 is the structure chart of first level bar and third horizon bar of the invention.
Fig. 7 is the structure chart of the second horizon bar of the invention.
Fig. 8 is the partial enlarged view of Fig. 6.
Specific embodiment
The present invention is described further below in conjunction with drawings and examples.
As Figure 1-Figure 8, for railway occlusion broken rail monitor system, including including such as application No. is
" 201510054162.8 ", the applying date are " 2015.02.03 " and patent name is a kind of " non-electrical electrified railway semiautomatic block
The non-electrical electrified railway semiautomatic block broken rail of broken rail monitoring system " monitors system, and the non-electrical electrified railway semiautomatic block is disconnected
It includes monitoring host, detection terminal, detection end, insulating part that rail, which monitors system, and the insulating part divides rail to form one
A detection zone, the monitoring host are connected to the initial end of rail, and detection end is connected to the end of rail, the centre of rail
Several detection terminals are connected with, the monitoring host is connect by wireless network with server；
Wherein, the monitoring host is connect by wireless network with server, and server is connect with operation computer and short message
Module connection.
The detection mode and principle of non-electrical electrified railway semiautomatic block broken rail monitoring system: steel is worked as in A, detection immediately
When broken rail occurs for rail, detection end is disconnected, and Host Detection to rail current changes, and just sends detection instruction；In addition, in host
Each portion's failure, and detect immediately；B, timing detects, and the every 10 minutes cycle detections of system setting are primary, and host sends inspection
Survey instruction；
C, train detection, after through a train, host sends detection instruction；
Broken rail judges principle: after each detection terminal receives detection instruction, the signal of testing result is successively sent to host；
If broken rail occurs for rail, all detection terminal signalings after broken rail point are disconnected；Host is according to the detection for receiving signal
Terminal number judges rail broken rail position；The failure of each component in host, and by detecting immediately；And it detects eventually
(end) holds failure, is by timing detection and train detection；If some or certain several detection terminal faults, host is received
Less than corresponding signal, to judge out of order detection end or detection terminal number and installation site.
A set of monitoring device is installed in each semiautomatic block section non-track circuit territory section in this way, efficiently solves and resolves
The blank of rail monitoring can be transplanted for implementing broken rail monitoring on other routes；After rail fracture failure can be efficiently solved
Indetectable problem, thoroughly prevented the train that may cause by broken rail derailing overturn, the serious consequence of car crash, warp
Ji and social benefit are inestimable.
The server is arranged in machine box for server.
The monitoring host is PC machine, laptop or PDA；
The monitoring host includes hard disk, and the execution monitoring host is stored in the hard disk and passes through wireless signal to server
Send the program of the method for the signal of testing result.
It is stored in the hard disk and executes the letter that the monitoring host sends testing result by wireless signal to server
Number the program of method include taking out module, assignment module, excitation module, reduction module, building module and transfer module；
The taking-up module is monitoring the letter that must be transmitted to the testing result stored in server in host for taking out
Number；
Here, the signal that must be transmitted to the testing result stored in server is to be not transferred to clothes in the monitoring host
The signal of the testing result stored in business device；The signal for being not transferred to the testing result stored in server
It is in being stored in the hard disk of monitoring host or keeping in.
The assignment module is used to must be transmitted to the signal of each testing result stored in server according to setting
Fixed criterion assigns corresponding weighted value, and the criterion of the setting can be the amount of capacity according to the signal of testing result
It sets, the weighted value of the bigger signal of capacity is bigger, the weighted value of the smaller signal of capacity is smaller;The criterion of the setting
It also can be to be set according to the settling time of the signal of testing result, the weighted value of settling time more early signal is bigger, builds
The weighted value of more late signal is smaller between immediately;The bigger signal of weighted value is placed on more first order on order of transmission to transmit
It is stored into server；Order after weighted value smaller signal is placed on more on order of transmission is transmitted in server
It is stored；The consistent signal of weighted value is deposited on order of transmission according to random precedence to be transmitted in server
Storage；
The excitation module is used to obtain disappearing towards the transmitting for the signal that must be transmitted to the testing result stored in server
Breath；Here, the transmitting message can be the display occurred on the display screen of monitoring host for transmitting the confirmation of message
Key excitation, such mode of excitation can make via monitoring host mouse click confirmation and excite；
The reduction module is used to each signal benefit that must be transmitted to the valve control, coordinate setting that are stored in server
Execute reduction with the method for hybrid coding, each signal be reduced to one for storage sub-information, obtain therefrom several
Sub-information for storage；
The reduction module is used to the signal that must be transmitted to the testing result stored in server, that is, initial signal
After executing reduction, the sub-information for storage of acquisition, that is, the signal after reduction amount of capacity lower than clothes must be transmitted to
The signal of the testing result stored in business device, that is, the amount of capacity of initial signal；
The building module is used to construct the wireless link between monitoring host and server；
The method that the building module is used to construct the wireless link between monitoring host and server includes: can be through monitoring host
Or server monitors host with the wireless link between server to construct, and specifically includes: the monitoring before constructing wireless link
Host must must be via the identification of monitoring host, to improve the reliability of wireless link via the identification of server or server.Just
Such as, server stores qualified information in advance, and qualified information is character string " wwwkkkttt ", typing must be somebody's turn to do in monitoring host
Qualified information is sent next to execute in server and compare, confirms that stores in advance in the qualified information and server of typing recognizes
Determine information it is consistent after, wireless link can be constructed；
The transfer module is used to according to the wireless link state between monitoring host and server several sons for storage
Information, which is transmitted in server, executes storage.
Server is just placed in hollow machine box for server, and machine box for server includes cabinet A and cover plate B；Cabinet A's is upper
The column air discharge duct A1 as exhaust channel communicated with the hollow inside of cabinet A is provided on wall；
Cover plate B is arranged on the upper wall of cabinet A and with forming certain clearance space between the upper wall；Cover plate B is in upper wall
On coverage area air discharge duct A1 is integrally covered；Thus it can allow cover plate B that the liquid stream dripped from top to bottom is executed blocking, allow
Liquid stream can not be dripped into cabinet 1, constitute preliminary blocking solution structure；
Such framework is the blocking solution effect reached to cabinet A upper wall；However what liquid stream was often acock dripped, thus
Meeting if the liquid barrier property of side wall is bad, still has liquid in cabinet A so that many liquid streams are dropped in the side wall of cabinet A straight
Stream infilters.
It is disposed so just performing corresponding blocking solution to the side wall of cabinet A, as described below:
The cabinet A further includes according to longitudinally disposed rod-shaped vertical bar A6, is also located at vertical bar A6 between vertical bar A6
Sheet baffle A7；The vertical bar A6 is the same as the bracket that composition cabinet A is set side by side between vertical bar A6；The baffle A7 is by bracket
Side wall closing；
The vertical bar A6 between vertical bar A6 via the rod-shaped first level bar AF1 set gradually from top to bottom, rod-shaped second
Horizon bar AF2 and rod-shaped third horizon bar AF3 are connected with each other；The first level bar AF1, the second horizon bar AF2 and
Vertical bar A6 is divided into baffle area one and baffle area two, a baffle area phase with the range between vertical bar A6 by three horizon bar AF3
Answer one, the device baffle A7.One side wall assembles a pair of of baffle A7, it will be able to reduce the range size of a baffle A7, keep off
The assembly intensity of piece A7 will can ensure, when generation liquid stream skew arrives, binding site of the baffle A7 with vertical bar A6
It is difficult to occur straining and gap occurs and leakage.
The hydrops mouth A2, hydrops mouth A2 sinking for air discharge duct A1 are arranged on the periphery of air discharge duct A1 for the upper wall of cabinet A
In liquid by hydrops mouth A2 close to the one side air discharge duct A1 side wall AB1 obstruct in hydrops mouth A2.
Hydrops mouth A2 has one section in the side wall AB2 apart from the farther one side air discharge duct A1 be with the external column drain being connected to
Slot AB3.The upper wall of cabinet A is provided with hydrops mouth A2, and hydrops mouth A2 is hindered between the air discharge duct A1 for serving as exhaust channel with side wall
Gear, prevents the liquid in hydrops mouth A2 from infiltering exhaust channel.In addition, having one section in the side wall of hydrops mouth A2 is with external connection
Column sump pit AB3 can allow the liquid in hydrops mouth A2 efficiently to gush via column sump pit AB；Hydrops mouth A2 constitute into
The blocking solution structure of one step is crossed when cover plate B drips to the upper wall of cabinet in liquid stream, and liquid stream can be fallen into then rushes down in hydrops mouth A2
Out.
Cabinet A's has the articulated plate cover board of a side wall, and plate cover board is used to the inside and outside by taking off of cabinet A
It opens and closes to be respectively communicated with and be isolated, cover board must be opened frequently in this way come to safeguarding in cabinet A, therefore liquid need be prevented
Drop is gathered at the top of the cover board of cabinet A with particulate contaminant, is prevented when cover board is opened with this, and drop and particulate contaminant seep
It proceeds to inside cabinet A.Reach such effect, one side of the upper wall of cabinet A protrude outwardly cover plate B coverage area it
Outside, and outwardly sheet first tilting downward is arranged in part of the protrusion except the coverage area of cover plate B in the upper wall of cabinet A
Baffle A3.
Reach cover plate B with the assembly of cabinet A, is equipped in hydrops mouth A2 and is used to assemble the column positioning that strip props up bar A4
Mouth A5, one for propping up bar A4 rabbet with positioning port A5, and the other end for propping up bar A4 is connected with the bottom wall of cover plate B.
When liquid stream is many, the upper wall of cover plate B will have the liquid stream gathered, these liquid streams are gushed in real time, are covered
Various drainage wall B1 tilting downward around the upper wall of plate B.Via tilting drainage wall B1, it can liquid stream is efficiently gushed.
The coverage area of drainage wall B1 is in except cabinet A upper wall.Thus the liquid stream dripped straight on cover plate B can not just drip
In inlet body A.In addition, allowing liquid stream just to pass through within the scope of also the overlay area of drainage wall B1 capable of being in cabinet A upper wall
It drains in wall drop progradation liquid mouth A2.
Improve baffle A7 with the isolation effect of vertical bar A6 binding site, the vertical bar A6 is towards another vertical bar A6
One side, be equipped with longitudinal guide channel AF4, the first level bar according to longitudinal respectively in baffle area one and baffle area two
AF1 it is opposite with the second horizon bar AF2 on one side, the second horizon bar AF2 and third horizon bar AF3 distinguish while opposite according to
It is transversely provided with transverse guidance channel AF5.
The longitudinal guide channel AF4, transverse guidance channel AF5 are respectively provided with towards baffle area one and baffle area two and stretch
Strip stretch section AFD1, AFE1 of exhibition, the tail portion of the stretch section AFD1 is tortuous relative to stretch section and constitutes sheet positioning section
AFD2,AFE2；Described positioning section AFD2, AFE2 constitute the longitudinal guide channel AF4, cross together with stretch section AFD1, AFE1
To guidance channel；
The wall surface complications that the top and both sides of the baffle A7 is respectively relative to baffle A7 constitute sheet interlocking section, the interlocking section
It visits into transverse guidance channel AF5 and longitudinal guide channel AF4.Thus baffle A7, transverse guidance channel AF5 and longitudinal direction are allowed
Channel AF4 is guided to constitute joint construction, because combining interlocking framework, the sealing effect being connected between baffle A7 and cabinet A is just
There is bigger improvement.
The tail portion of the positioning section AFD2 towards positioning section AFD2 reversed tortuous direction complications constitute suspension hook AFD3,
AFE3；The suspension hook connects with the inner wall of baffle A7, and in addition suspension hook AFD3, AFE3 is equipped with pin in corresponding whereabouts with baffle A7
Hole；Pin shaft is connected baffle A7 with suspension hook via pin hole, and the mode via pin joint is that the assembly strong degree of baffle A7 is allowed to obtain more
Good enhancing.
The method of the occlusion broken rail monitoring system for railway includes that the monitoring host passes through wireless signal to clothes
The signal for device transmission testing result of being engaged in；
The method for the signal that the monitoring host sends testing result to server by wireless signal specifically comprises the following steps:
Step 1: the monitoring host, which takes out, is monitoring the testing result stored in server that must be transmitted in host
Signal；
Here, the signal that must be transmitted to the testing result stored in server is to be not transferred to clothes in the monitoring host
The signal of the testing result stored in business device；The signal for being not transferred to the testing result stored in server
It is in being stored in the hard disk of monitoring host or keeping in.
The monitoring host can be must be transmitted to the signal of each testing result stored in server according to setting
Fixed criterion assigns corresponding weighted value, and the criterion of the setting can be the amount of capacity according to the signal of testing result
It sets, the weighted value of the bigger signal of capacity is bigger, the weighted value of the smaller signal of capacity is smaller;The criterion of the setting
It also can be to be set according to the settling time of the signal of testing result, the weighted value of settling time more early signal is bigger, builds
The weighted value of more late signal is smaller between immediately;The bigger signal of weighted value is placed on more first order on order of transmission to transmit
It is stored into server；Order after weighted value smaller signal is placed on more on order of transmission is transmitted in server
It is stored；The consistent signal of weighted value is deposited on order of transmission according to random precedence to be transmitted in server
Storage；
Step 2: the monitoring host obtains the transmitting towards the signal that must be transmitted to the testing result stored in server
Message；
Here, the transmitting message can be the display occurred on the display screen of monitoring host for transmitting the confirmation of message
Key excitation, such mode of excitation can make via monitoring host mouse click confirmation and excite；
Step 3: the monitoring host is each signal that must be transmitted to the valve control, coordinate setting that are stored in server
Execute reduction using the method for hybrid coding, each signal be reduced to one for storage sub-information, if obtaining therefrom
Do the sub-information for storage；
The monitoring host executes the signal that must be transmitted to the testing result stored in server, that is, initial signal
After reduction, the sub-information for storage of acquisition, that is, the signal after reduction amount of capacity lower than server must be transmitted to
The signal of the middle testing result stored, that is, the amount of capacity of initial signal；Storage appearance can be reduced by running the step
Amount；It, can be must be transmitted under the conditions of the signal volume that must be transmitted to the testing result stored in server is no small
The signal of the testing result stored in server is reduced to several sub-informations for storage, for example, service must be transmitted to
The capacity of the signal of the testing result stored in device be 16 megabits, can be reduced to 6,000 100 for depositing
The sub-information of storage, comparing must be transmitted to from the point of view of the signal of the testing result stored in server, each son for storage
Information will reduce much, so sub-information of the transmitting for storage must be transmitted to the detection stored in server than transmitting
As a result signal speed increases much.
Step 4: the wireless link between the monitoring host building monitoring host and server；
The method of wireless link between the monitoring host building monitoring host and server includes: can be through monitoring host or clothes
Business device monitors host with the wireless link between server to construct, and specifically includes: to monitor host before constructing wireless link
It must must be via the identification of monitoring host, to improve the reliability of wireless link via the identification of server or server.As,
Server stores qualified information in advance, and qualified information is character string " wwwkkkttt ", must typing identification in monitoring host
Information is sent next to execute in server and compare, and confirms the identification letter stored in advance in the qualified information and server of typing
After breath is consistent, wireless link can be constructed；
Step 5: it is described monitoring host according to monitoring host and server between wireless link state it is several for storage
Sub-information, which is transmitted in server, executes storage.
The monitoring host can have in condition transmits the various sub-informations for storage under the conditions of different link, as,
When wireless link is smooth, host is monitored just according to the size of the weighted value of the corresponding signal of the sub-information for storage
Come according to sub-information of the order transmitting for storage from big to small, when wireless link has obstruction, the monitoring host
Just carry out transmitting from small to large according to the amount of capacity of the sub-information for storage, to reach under the conditions of condition has different link
Several sub-informations for storage of motor-driven transmitting are transmitted to the duration of server with this to improve signal transmission speed, reduce.
The weight threshold of setting is stored in the hard disk of the monitoring host, which is exactly the value set,
Compared with the value is used to execute with the weighted value of the signal of testing result；Several sub-informations for storage include corresponding signal
Weighted value be higher than sub-information and the weighted value of corresponding signal for storage of weight threshold and be lower than being used for for weight threshold
The sub-information of storage, thus the monitoring host can have in condition transmits the various son letters for storage under the conditions of different link
The method of breath also can include:
If monitoring host with the wireless link between server is when blocking, monitoring host is low the weighted value of corresponding signal
It is transmitted to server according to the order of weighted value from low to high in the sub-information for storage of weight threshold, then again corresponding
Signal weighted value be higher than weight threshold for storage sub-information be transmitted to clothes according to the order of weighted value from low to high
Business device；
If when monitoring host is smooth with the wireless link between server, monitoring host is high the weighted value of corresponding signal
It is transmitted to server according to the order of weighted value from high to low in the sub-information for storage of weight threshold, then again corresponding
Sub-information of the weighted value lower than weight threshold for storage of signal according to the order of weighted value be from high to low transmitted to clothes
Business device.
When monitoring host is obstruction with the wireless link between server, the sub-information transmitting for storage is unhappy, often
Often occur to transmit again several times for unsuccessful then ceaselessly execute of sub-information transmitting of storage, for corresponding signal
Weighted value is higher than the sub-information for storage of weight threshold, is transmitted again several times if ceaselessly executed, can be used for
The probability that the sub-information of storage is divulged a secret increases, and the reliability that the sub-information for storage is transmitted is unable to ensure；Thus want first
The low sub-information for storage of less critical weighted value is first transmitted, and the weighted value for reducing corresponding signal is higher than weight threshold
The devotion of the sub-information transmitting for storage of value divulged a secret；Monitoring host and server between wireless link be it is smooth it
Border, monitoring host the weighted value of corresponding signal be higher than the sub-information for storage of weight threshold according to weighted value by height to
Low order is transmitted to server, then the weighted value of corresponding signal is lower than again the sub-information for storage of weight threshold
It is transmitted to server according to the order of weighted value from high to low, the resource of link can be made full use of, improves information transmission speed,
Which can improve the reliability of the sub-information transmitting for storage.
The step 5 can also include:
If when monitoring host is smooth with the wireless link between server, monitoring host starts the method court of several processes
Server transmits several sub-informations for storage respectively；
Here, monitoring host can start several processes, when wireless link is smooth, can distinguish simultaneously in several processes
Several sub-informations for storage of the transmitting of hair.As if monitoring K process of host-initiated, monitoring host can
The concurrently transmitting K sub-informations for storage, here, K is natural number.This makes it possible to concurrently transmit several sons for storage
Information, same one sends information one by one and compares, and is capable of increasing signal transmission speed.
After having carried out step 5, additionally it is possible to carry out following method:
The monitoring host judgement monitoring host falls wireless link either with or without revocation with server；
If when having cancelled wireless link, the monitoring host is saved and is not transmitted also in several sub-informations for storage
For storage sub-information and transmit it is unsuccessful for storage sub-information, also no transmitting for storage sub-information
It identifies with the unsuccessful sub-information for storage is transmitted into the sub-information for storage that do not transmit；
When the monitoring host again pulls up wireless link with server, the monitoring host is several sons for storage
It is identified in information and is transmitted to server at the sub-information for storage that do not transmit；
Here, the unsuccessful sub-information for storage of the transmitting can monitor host in the son letter for transmitting this for storage
Surprisingly wireless link is fallen in revocation when breath, so that the sub-information for being used to the store transmitting is unsuccessful.In general, in monitoring host one
It is a for storage sub-information be transmitted to server after, if server receive this for storage sub-information, will respond
One response message, monitoring host is obtained being identified as the sub-information for storage after the response message and transmit successfully, if supervising
It surveys host and does not obtain the response message, just the sub-information for storage is identified as and is not transmitted.
When the monitoring host falls wireless link with server revokes, it is several for depositing to seek the monitoring host preservation
Do not have the sub-information and the unsuccessful sub-information for storage of transmitting for storing of transmitting in the sub-information of storage also, is not passed also
The sub-information for storage passed is with the unsuccessful sub-information mark for storage of transmitting at the son for being used to store not transmitted
Information；
When the monitoring host again pulls up wireless link with server, the monitoring host is several sons for storage
It is identified in information and is transmitted to server at the sub-information for storage that do not transmit；Compared with current mode, in monitoring host
When again pulling up wireless link with server, it is not necessary to transmit several sub-informations for storage again, signal biography can be improved
Pass speed.
The signal that the testing result stored in server must be transmitted to is not transmitted in the monitoring host
The signal of the testing result stored into server.
The signal that the testing result stored in server must be transmitted to is utilized hybrid coding by the monitoring host
Method executes reduction, and the method for obtaining several sub-informations for storage includes:
The method for the hybrid coding that the monitoring host is constituted with the combination of entropy coding and message sink coding is executed to must be transmitted to
The reduction of the signal of the testing result stored in server；Specifically first palpus is transmitted with the method for message sink coding
The signal of the testing result stored into server obtains coding one after executing reduction, then uses the method pair of entropy coding
Coding obtains coding two after executing reduction again and again, and all codings two are exactly several sub-informations for storage.In addition, entropy coding
Method be run length code, LZW coding, Shannon coding, Huffman encoding or arithmetic coding method.Here, information source is first used
The method of coding obtains coding one after executing reduction to the signal that must be transmitted to the testing result stored in server, then
Coding two is obtained after executing reduction again and again to coding with the method for entropy coding, all codings two are exactly several for storing
Sub-information can improve reliability of the sub-information for storage during transmitting, and for being not intended to, open or that announces must be passed
It is delivered to the signal of the testing result stored in server, the sub-information biography for storage can be improved via encoding twice
Defeated reliability.
Before carrying out step 5, additionally it is possible to execute following steps:
The information of the corresponding hybrid decoding method of method of hybrid coding is concurrently transmitted to server by the monitoring host, described
The information of hybrid decoding method is that server is used to execute decoding to the sub-information for storage of acquisition.
Here, in the monitoring host with the method for hybrid coding to the detection stored in server must be transmitted to
As a result signal executes reduction, after obtaining the sub-information for storage, in order to server obtain this for storage sub-information after
The signal that must be transmitted to the testing result stored in server in the available sub-information for being used to store, the prison
Server must be concurrently transmitted to the information of the corresponding hybrid decoding method of method of hybrid coding by surveying host, allow server in this way
Decoding is executed to the sub-information for storage of acquisition with the information of hybrid decoding method, then decoded signal is being serviced
Storage is executed on device.
The present invention is described in a manner of being illustrated with embodiment above, it will be understood by those of skill in the art that this
It is open to be not limited to embodiments described above, in the case of without departing from the scope of the present invention, it can make a variety of changes, change
And replacement.
Claims (10)
1. a kind of occlusion broken rail for railway monitors system, which is characterized in that disconnected including non-electrical electrified railway semiautomatic block
Rail monitors system, and it includes monitoring host which, which monitors system, and the monitoring host is logical
Wireless network is crossed to connect with server；
The monitoring host is PC machine, laptop or PDA；
The monitoring host includes hard disk, and the execution monitoring host is stored in the hard disk and passes through wireless signal to server
Send the program of the method for the signal of testing result；
The server is arranged in hollow machine box for server.
2. the occlusion broken rail according to claim 1 for railway monitors system, which is characterized in that stored in the hard disk
The program for having the method for executing the signal that the monitoring host sends testing result by wireless signal to server includes taking out
Module, assignment module, excitation module, reduction module, building module and transfer module；
The taking-up module is monitoring the letter that must be transmitted to the testing result stored in server in host for taking out
Number；
The assignment module is used to must be transmitted to the signal of each testing result stored in server according to setting
Criterion assigns corresponding weighted value, and the criterion of the setting can be set according to the amount of capacity of the signal of testing result
Fixed, the weighted value of the bigger signal of capacity is bigger, and the weighted value of the smaller signal of capacity is smaller;The criterion of the setting also can
It is enough to be set according to the settling time of the signal of testing result, the weighted value of settling time more early signal is bigger, when establishing
Between more late signal weighted value it is smaller;The bigger signal of weighted value is placed on more first order on order of transmission to be transmitted to clothes
It is stored in business device；Order after the smaller signal of weighted value is placed on more on order of transmission carries out to be transmitted in server
Storage；The consistent signal of weighted value is stored on order of transmission according to random precedence to be transmitted in server；
The excitation module is used to obtain disappearing towards the transmitting for the signal that must be transmitted to the testing result stored in server
Breath；Here, the transmitting message can be the display occurred on the display screen of monitoring host for transmitting the confirmation of message
Key excitation, such mode of excitation can make via monitoring host mouse click confirmation and excite；
The reduction module is used to each signal benefit that must be transmitted to the valve control, coordinate setting that are stored in server
Execute reduction with the method for hybrid coding, each signal be reduced to one for storage sub-information, obtain therefrom several
Sub-information for storage；
The reduction module is used to the signal that must be transmitted to the testing result stored in server, that is, initial signal
After executing reduction, the sub-information for storage of acquisition, that is, the signal after reduction amount of capacity lower than clothes must be transmitted to
The signal of the testing result stored in business device, that is, the amount of capacity of initial signal；
The building module is used to construct the wireless link between monitoring host and server；
The method that the building module is used to construct the wireless link between monitoring host and server includes: can be through monitoring host
Or server monitors host with the wireless link between server to construct, and specifically includes: the monitoring before constructing wireless link
Host must must store in advance qualified information via the identification of monitoring host, server via the identification of server or server,
Must in monitoring host the typing qualified information, be sent next to execute in server and compare, confirm the qualified information of typing with
After the qualified information stored in advance in server is consistent, wireless link can be constructed；
The transfer module is used to according to the wireless link state between monitoring host and server several sons for storage
Information, which is transmitted in server, executes storage.
3. the occlusion broken rail according to claim 1 for railway monitors system, which is characterized in that the machine box for server
Including cabinet and cover plate；The exhaust as exhaust channel communicated with the hollow inside of cabinet is provided on the upper wall of the cabinet
Slot；
The cover plate is arranged on the upper wall of cabinet and with forming certain clearance space between the upper wall；The cover plate exists
Coverage area on upper wall integrally covers the air discharge duct；
The cabinet further includes according to longitudinally disposed vertical bar, is also located at vertical bar with the sheet baffle between vertical bar；Institute
Vertical bar is stated with the bracket that composition cabinet is set side by side between vertical bar；The baffle closes the side wall of bracket；
The vertical bar between vertical bar via the first level bar, the second horizon bar and third water set gradually from top to bottom
Flat bar is connected with each other；The first level bar, the second horizon bar and third horizon bar are vertical bar with the range between vertical bar
It is divided into baffle area one and baffle area two, one baffle of a baffle area related device.
4. the occlusion broken rail according to claim 3 for railway monitors system, which is characterized in that the upper wall of the cabinet
The hydrops mouth sinking for air discharge duct is set on the periphery of air discharge duct, and the liquid in the hydrops mouth is by the close exhaust of hydrops mouth
The side wall on slot one side obstructs in hydrops mouth；
The hydrops mouth has one section in the side wall apart from the farther one side of air discharge duct be with the external sump pit being connected to.
5. the occlusion broken rail according to claim 3 for railway monitors system, which is characterized in that cabinet has a side
The articulated plate cover board of wall, one side of the upper wall of the cabinet protrudes except the coverage area of cover plate outwardly, and the case
Sheet first flap tilting downward is arranged in the part that the upper wall of body protrudes except the coverage area of cover plate outwardly.
6. the occlusion broken rail according to claim 3 for railway monitors system, which is characterized in that set in the hydrops mouth
There is the positioning port that bar is propped up for assembling, one for propping up bar rabbets with positioning port, and the other end for propping up bar is the same as cover
The bottom wall of plate is connected；
Various drainage walls tilting downward around the upper wall of the cover plate；
The coverage area of the drainage wall is in except cabinet upper wall；
The one side of the vertical bar towards another vertical bar is equipped with longitudinal direction according to longitudinal respectively in baffle area one and baffle area two
Channel is guided, first level bar one side opposite with the second horizon bar, the second horizon bar and third horizon bar are opposite
On one side respectively according to being transversely provided with transverse guidance channel.
7. the occlusion broken rail according to claim 6 for railway monitors system, which is characterized in that the longitudinal guide ditch
Road, transverse guidance channel are respectively provided with the stretch section stretched towards baffle area one and baffle area two, the tail portion of the stretch section
Positioning section is constituted relative to stretch section complications；The positioning section constitutes the longitudinal guide ditch together with stretch section, laterally draws
Guide channel road；
The wall surface complications that the top and both sides of the baffle are respectively relative to baffle constitute interlocking section, and the interlocking section is visited into transverse direction
It guides in channel and longitudinal guide channel；
The tail portion of the positioning section constitutes suspension hook towards the reversed tortuous direction complications of positioning section；Inner wall of the suspension hook with baffle
Connect, in addition suspension hook is equipped with pin hole in corresponding whereabouts with baffle；Pin shaft is connected baffle and suspension hook via pin hole.
8. the method for the occlusion broken rail monitoring system according to claim 1 for railway, which is characterized in that described to be used for
The method of the occlusion broken rail monitoring system of railway includes that the monitoring host passes through wireless signal to server transmission testing result
Signal；
The method for the signal that the monitoring host sends testing result to server by wireless signal specifically comprises the following steps:
Step 1: the monitoring host, which takes out, is monitoring the testing result stored in server that must be transmitted in host
Signal；
The monitoring host can be must be transmitted to the signal of each testing result stored in server according to setting
Criterion assigns corresponding weighted value, and the criterion of the setting can be set according to the amount of capacity of the signal of testing result
Fixed, the weighted value of the bigger signal of capacity is bigger, and the weighted value of the smaller signal of capacity is smaller;The criterion of the setting also can
It is enough to be set according to the settling time of the signal of testing result, the weighted value of settling time more early signal is bigger, when establishing
Between more late signal weighted value it is smaller;The bigger signal of weighted value is placed on more first order on order of transmission to be transmitted to clothes
It is stored in business device；Order after the smaller signal of weighted value is placed on more on order of transmission carries out to be transmitted in server
Storage；The consistent signal of weighted value is stored on order of transmission according to random precedence to be transmitted in server；
Step 2: the monitoring host obtains the transmitting towards the signal that must be transmitted to the testing result stored in server
Message；
Here, the transmitting message can be the display occurred on the display screen of monitoring host for transmitting the confirmation of message
Key excitation, such mode of excitation can make via monitoring host mouse click confirmation and excite；
Step 3: the monitoring host is each signal that must be transmitted to the valve control, coordinate setting that are stored in server
Execute reduction using the method for hybrid coding, each signal be reduced to one for storage sub-information, if obtaining therefrom
Do the sub-information for storage；
The monitoring host executes the signal that must be transmitted to the testing result stored in server, that is, initial signal
After reduction, the sub-information for storage of acquisition, that is, the signal after reduction amount of capacity lower than server must be transmitted to
The signal of the middle testing result stored, that is, the amount of capacity of initial signal；
Step 4: the wireless link between the monitoring host building monitoring host and server；
The method of wireless link between the monitoring host building monitoring host and server includes: can be through monitoring host or clothes
Business device monitors host with the wireless link between server to construct, and specifically includes: to monitor host before constructing wireless link
Qualified information must must be stored in advance via the identification of monitoring host, server via the identification of server or server, it must be
Typing qualified information in host is monitored, is sent next to execute in server and compare, confirm qualified information and the service of typing
After the qualified information stored in advance in device is consistent, wireless link can be constructed；
Step 5: it is described monitoring host according to monitoring host and server between wireless link state it is several for storage
Sub-information, which is transmitted in server, executes storage.
9. the method for the occlusion broken rail monitoring system according to claim 8 for railway, which is characterized in that the monitoring
The weight threshold of setting is stored in the hard disk of host, which is exactly the value set, which is used to tie with detection
What the weighted value execution of the signal of fruit was compared；Several sub-informations for storage include that the weighted value of corresponding signal is higher than weight
Sub-information for storage of the sub-information with the weighted value of corresponding signal lower than weight threshold for storage of threshold value, thus
The monitoring host can have the method for transmitting the various sub-informations for storage under the conditions of different link that can also wrap in condition
It includes:
If monitoring host with the wireless link between server is when blocking, monitoring host is low the weighted value of corresponding signal
It is transmitted to server according to the order of weighted value from low to high in the sub-information for storage of weight threshold, then again corresponding
Signal weighted value be higher than weight threshold for storage sub-information be transmitted to clothes according to the order of weighted value from low to high
Business device；
If when monitoring host is smooth with the wireless link between server, monitoring host is high the weighted value of corresponding signal
It is transmitted to server according to the order of weighted value from high to low in the sub-information for storage of weight threshold, then again corresponding
Sub-information of the weighted value lower than weight threshold for storage of signal according to the order of weighted value be from high to low transmitted to clothes
Business device.
10. the method for the occlusion broken rail monitoring system according to claim 8 for railway, which is characterized in that the step
Rapid 5 can also include:
If when monitoring host is smooth with the wireless link between server, monitoring host starts the method court of several processes
Server transmits several sub-informations for storage respectively；
Here, monitoring host can start several processes, when wireless link is smooth, can distinguish simultaneously in several processes
Several sub-informations for storage of the transmitting of hair；
After having carried out step 5, additionally it is possible to carry out following method:
The monitoring host judgement monitoring host falls wireless link either with or without revocation with server；
If when having cancelled wireless link, the monitoring host is saved and is not transmitted also in several sub-informations for storage
For storage sub-information and transmit it is unsuccessful for storage sub-information, also no transmitting for storage sub-information
It identifies with the unsuccessful sub-information for storage is transmitted into the sub-information for storage that do not transmit；
When the monitoring host again pulls up wireless link with server, the monitoring host is several sons for storage
It is identified in information and is transmitted to server at the sub-information for storage that do not transmit；
Here, the unsuccessful sub-information for storage of the transmitting can monitor host in the son letter for transmitting this for storage
Surprisingly wireless link is fallen in revocation when breath, so that the sub-information for being used to the store transmitting is unsuccessful;
The signal that the testing result stored in server must be transmitted to is to be not transferred to clothes in the monitoring host
The signal of the testing result stored in business device；
The method that the signal that the testing result stored in server must be transmitted to is utilized hybrid coding by the monitoring host
Reduction is executed, the method for obtaining several sub-informations for storage includes:
The method for the hybrid coding that the monitoring host is constituted with the combination of entropy coding and message sink coding is executed to must be transmitted to
The reduction of the signal of the testing result stored in server；Specifically first palpus is transmitted with the method for message sink coding
The signal of the testing result stored into server obtains coding one after executing reduction, then uses the method pair of entropy coding
Coding obtains coding two after executing reduction again and again, and all codings two are exactly several sub-informations for storage；
Before carrying out step 5, additionally it is possible to execute following steps:
The information of the corresponding hybrid decoding method of method of hybrid coding is concurrently transmitted to server by the monitoring host, described
The information of hybrid decoding method is that server is used to execute decoding to the sub-information for storage of acquisition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811120365.2A CN109229154B (en) | 2018-09-26 | 2018-09-26 | Blocking rail break monitoring system for railway and method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811120365.2A CN109229154B (en) | 2018-09-26 | 2018-09-26 | Blocking rail break monitoring system for railway and method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109229154A true CN109229154A (en) | 2019-01-18 |
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