CN113628372A - Full-automatic operation protective area SPKS and entrance guard interlocking management system for rail transit - Google Patents
Full-automatic operation protective area SPKS and entrance guard interlocking management system for rail transit Download PDFInfo
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- CN113628372A CN113628372A CN202110946319.3A CN202110946319A CN113628372A CN 113628372 A CN113628372 A CN 113628372A CN 202110946319 A CN202110946319 A CN 202110946319A CN 113628372 A CN113628372 A CN 113628372A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/20—Individual registration on entry or exit involving the use of a pass
- G07C9/27—Individual registration on entry or exit involving the use of a pass with central registration
Abstract
The invention discloses a full-automatic operation protective area SPKS and entrance guard interlocking management system for rail transit, which solves the problems of low reliability and potential safety hazard of entrance and exit management of a rail transit protective area in the prior art. The system comprises a data acquisition end, a data analysis processing end and a temporary authorization execution end, wherein the data acquisition end comprises a maintenance management system and an ATS system, the maintenance management system comprises a reporting system server and a reporting workstation which are connected with each other, the ATS system comprises an ATS server, an SPKS device and an ATS workstation, and the ATS server is respectively connected with the SPKS device and the ATS workstation; the data analysis processing end is a visual temporary authorization-elimination and protection perception integrated platform and comprises a data processing server, a monitoring management workstation and a temporary authorization-elimination card reader which are sequentially connected; the temporary authorization execution end comprises an access control authorization management server and an access control terminal device which are connected with each other.
Description
The technical field is as follows:
the invention belongs to the technical field of full-automatic operation of rail transit, and relates to a SPKS (security class service) and entrance guard linkage management system for a full-automatic operation protection area of rail transit.
Background art:
with the technical development, the rail transit is designed and developed in a full-oriented full-automatic operation mode, in the full-automatic operation mode, a driving area is divided into an unmanned area, personnel protection and management at an opening are strictly controlled on the boundary of the unmanned area, and driving safety and personnel safety are guaranteed. When a person is required to enter the unmanned area, the protection enabling state of the personnel protection switch (SPKS) is required, and the personnel protection switch (SPKS) is switched into the protection cancelling state after the fact that the unmanned area is not required to be confirmed before the unmanned driving mode is switched into. Therefore, the entrance and exit management of the entrance and exit entering the protection area directly affects the full-automatic operation driving safety and personnel safety, and how to improve the reliability and cause potential safety hazards by personnel errors through an information technology means is urgent.
At present, the management modes and schemes in the initial stages are different: 1) the entrance and exit of the unmanned area and the manned area adopt common door locks, are completely managed manually, and adopt a mode of mechanical key entering and exiting personnel information registration and entering and exiting. 2) The entrance guard electronic locks are adopted at the entrances and exits of the unmanned area and the manned area, semi-automatic manual management is adopted, and after personnel information registration of entering personnel in the vehicle control room is carried out, after SPKS protection is confirmed manually to be opened, an authorized attendant card or an authorized temporary card is used for entering, as shown in figure 1. 3) The entrance guard electronic lock is adopted at an entrance and an exit of an unmanned area and a manned area, the entrance guard electronic lock acquires SPKS protection opening signals through an SPKS output relay, visitors adopt semi-automatic manual management, and access personnel acquire the SPKS protection opening signals by using an authorized employee card or an authorized temporary card plus an entrance guard authorization module after the personnel information of a vehicle control room is registered, and a flow chart is shown in figure 2.
With the starting of related services and the development of related technologies, the importance and safety of personnel protection switches and access controls are clearly required, and under a full-automatic operation mode, related matched responsible functions synchronously adopt technical means, and a highly reliable authorization removal management process is completed through an automatic or informatization process.
In fig. 1, the reporting department needs to manually apply for and register on site at a vehicle control room attendant, after the attendant turns on the SPKS protection switch, the SPKS protection switch enters the protection area by swiping an authorized temporary card or an authorized attendant card, at this time, the personnel entering the protection area mainly control the SPKS protection switch by means of a registration process, so that there are large possible human errors and asymmetric information, when a large number of groups are applied, the temporary cards are insufficient and the management is very disordered, and the protection switch cannot be cancelled on time.
Fig. 2 has realized on the basis of fig. 1 that the SPKS protection is opened through switch relay output and has been opened the linkage of signal and access control system corresponding equipment, when realizing that the SPKS protection is opened, can the card-swiping entering, and the SPKS protection cancels the unable entering of authorization card, and SPKS protection state and entrance guard's chain has been solved to this scheme, avoids SPKS mispicking under the protection cancellation state, has personnel to get into the possibility in guard space. However, the hard-line interface of the relay is easily interfered by electromagnetic environment, and when a plurality of protection areas exist, the number of the interfaces of the access control system is not enough.
The invention content is as follows:
the invention aims to provide a SPKS and entrance guard interlocking management system for a rail transit full-automatic operation protection area, which solves the problems of low reliability and potential safety hazard of entrance and exit management of the rail transit protection area in the prior art, realizes separation of electronic declaration and temporary authorization elimination from the traditional authorization elimination mode, realizes batch grouping authorization by temporary authorization elimination, and realizes integration of visual temporary authorization elimination and protection perception by personnel management.
In order to achieve the purpose, the invention adopts the technical scheme that:
the utility model provides a full automatic operation zone SPKS of track traffic and entrance guard interlock management system which characterized in that: the system comprises a data acquisition end, a data analysis processing end and a temporary authorization execution end, wherein the data acquisition end comprises a maintenance management system and an ATS system, the maintenance management system comprises a reporting system server and a reporting workstation which are connected with each other, the ATS system comprises an ATS server, an SPKS device and an ATS workstation, and the ATS server is respectively connected with the SPKS device and the ATS workstation; the data analysis processing end is a visual temporary authorization-elimination and protection perception integrated platform and comprises a data processing server, a monitoring management workstation and a temporary authorization-elimination card reader which are sequentially connected; the temporary authorization execution end comprises an access control authorization management server and an access control terminal device which are connected with each other; the reporting system server, the ATS server and the entrance guard authorization management server are respectively connected with the data processing server.
The ATS server is a plurality of independent servers or an integrated system server shared by other systems; the reporting workstation is a mobile terminal and a fixed terminal platform for personnel input, and a mobile terminal or a fixed terminal platform for automatic production; the data processing server is in an independent data processing server form or an integrated platform server sharing form; the visual temporary authorization-removal and protection perception integrated platform is an independent software platform or integrated on other platforms.
A method for realizing a SPKS (shortest Path linking and linking System) and an entrance guard linkage management system in a rail transit full-automatic operation protective area is characterized by comprising the following steps of: the method comprises the following steps:
(1) the data processing server receives an authorization request sent by the declaration server:
(2) the data processing server pre-authorizes a checking request to an access control authorization management server in batches according to the list of the group authorization removal personnel in the protection area, and the access control authorization management server feeds back an authorized ID data checking result according to the request of the data processing server;
(3) authorized personnel punch a card on site to sign in and confirm and authorize the identity;
(4) the method comprises the steps that a protection zone SPKS is operated in a full-automatic mode and is interlocked with gate inhibition;
(5) realizing the interlocking of the entrance guard and the SPKS protection switch;
(6) the data processing server analyzes the SPKS state data of the protection area.
In the step (1), the data processing server receives an authorization request sent by a reporting server, performs area selection and authorization application form filling, and submits the data processing server after the filling is completed; the data processing server requests a corresponding site and a corresponding protection area to establish a virtual temporary authorization group according to the declaration server; and after the data processing server successfully establishes the protection zone group and successfully checks the temporary authorization, the data processing server feeds back the ID distributed by the application authorization employee list and the application authorization temporary employee list to the declaration server.
In the step (3), the data processing server receives the authorized employee card ID and the authorized temporary employee temporary card ID identified by the temporary disapproval authorized card reader in the duty room, automatically or manually sends card swiping ID data to the access authorization management server, requests for pre-authorization registration of access authorization of the corresponding protection area, and the access authorization management server generates temporary authorization data and feeds back an authorization result.
In the step (4), the SPKS state of the full-automatic operation protection area is collected by the ATS server, the implementation state is forwarded to the data processing server, the data processing server analyzes and analyzes the received SPKS protection state signal, and after analysis and confirmation, the data processing server forwards the entrance guard authorization management server to serve as a necessary condition for opening the entrance guard of the corresponding protection area, so that the interlocking of the entrance guard and the SPKS protection switch is realized.
In the step (5), the entrance guard authorization management server temporarily authorizes the authorized personnel, and after the entrance guard authorization management server receives the confirmation of the corresponding SPKS state of the protection area, the authorized personnel swipe a temporary authorization card at an entrance guard card reader of the protection area; and after receiving the data of the card reader in the protection area, the access control server analyzes the ID of the temporary authorization card and checks the ID and the card holder with a temporary authorization database of the access control authorization management server, when the ID and the card holder are consistent with the temporary authorization database, the access control authorization management server sends an authorization instruction to the field equipment to open the access control electronic lock of the corresponding protection area, and simultaneously, access information is synchronously fed back to the data processing server.
In the step (6), the data processing server periodically collects the SPKS state signal sent by the ATS server for multiple times, and when the same protection area and the same feedback state of the SPKS continuously appear in n seconds, the data processing server judges that the SPKS protection area state signal is true at the moment, and forwards an analysis and confirmation result to the entrance guard authorization management server; otherwise no glitch is performed.
In step (1), the data processing server receives an authorization request sent by the declaration server, wherein the authorization request comprises: emergency maintenance request, normal maintenance request, temporary maintenance request, authorized site ID, authorized guard zone ID, and authorized guard zone status; the reporting server performs area selection and authorization application form filling according to the emergency maintenance request, the normal maintenance request, the temporary maintenance request, the authorized site ID, the authorized protection zone ID and the authorized protection zone state acquired in the request, wherein the area selection comprises the following steps: site ID, guard zone ID, the application form is filled and reported and is included: applying for authorization department, applying for authorization responsible person, applying for authorization item, applying for authorized staff list, applying for authorized temporary staff list, applying for authorized tool list, applying for authorized operation plan time; the application of the authorized employee list comprises: name, gender, and the list of temporary persons applying for authorization include: name, gender, identification card number, telephone number, unit name, job title; submitting the data to a data processing server after the completion of the filling; the data processing server establishes a virtual temporary authorization group in the corresponding site and the corresponding protection area according to the request of the declaration server, wherein the temporary authorization group comprises: the method comprises the following steps of applying for an authorization department, applying for an authorization principal, applying for authorization items, applying for an authorization tool list, applying for authorization operation plan time, the number of persons to be authorized, the number of authorized persons, the SPKS state of a protection switch, the number of persons in a protection area, an authorization person list for disappearing, a manual automatic submission authorization check switch, a manual automatic authorization switch, batch temporary authorization, batch temporary disappearing and ending of the service; the list of unauthorized persons includes: name, gender, telephone number, unit name, job title, authorization status, authorization ID, defense area status, remarks; the authorization status includes: in the temporary authorization check, the temporary authorization check is successful or failed, the temporary authorization is successful or failed, and the right is cancelled successfully or failed; and after the data processing server successfully establishes the protection zone group and successfully checks the temporary authorization, the data processing server feeds back the ID distributed by the application authorization employee list and the application authorization temporary employee list to the declaration server.
Compared with the prior art, the invention has the following advantages and effects:
1) the invention realizes that the SPKS and the entrance guard are realized through a redundant communication interface, has simple interface relation, reduces complex interlocking hardwires, improves the digitization and the informatization of the interface, has flexible expandability and additional information convenience, and provides more function development conditions.
2) The invention realizes the functions of communicating the data of the maintenance management system and the production system, temporarily authorizing and automatically reporting the maintenance dispatching and the operation of the protection area, reduces the difficulty of manual butt joint of services among different departments, and realizes digital and automatic dispatching and authorization reporting.
3) The invention realizes data processing service independently or integrated with a related integrated system, establishes a visual temporary authorization elimination and protection perception integrated system, is responsible for integrated management of safety protection and state perception of a full-automatic protection area, and realizes functions of receiving declaration and batch authorization elimination. The data sharing and linkage automatic control among the maintenance management system, the ATS system and the access authorization management system are realized, the automatic, visual, cross-system and batch authorization elimination are realized, the flow and manual processes are simplified, and the informatization management level is improved.
4) By receiving the SPKS signal lasting for a certain time, the SPKS signal is used as a condition for confirming the starting and releasing of the protection area, a certain gap is reserved, misoperation is effectively avoided, and the interlocking reliability is improved.
5) All people come in and go out of the protection area, on-site temporary authorization and right-of-cancellation limitation are needed, and the problems that management is disordered and the people come in and go out of the protection area are difficult to control due to the fact that historical authorized people enter the protection area by mistake after the SPKS protection area is started are avoided.
6) The method provides a link of pre-batch automatic authorization, related information is registered and pre-authorized before personnel entering a protection area temporarily cancels authorization on site, related temporary authorization IDs are distributed, and after the personnel arrive at the site, the personnel adopt simple card swiping to confirm authorization and register as a condition of formal authorization, thereby realizing quick cancellation authorization management and improving the work efficiency on duty on site.
7) The system can combine the person clamping information to simultaneously cancel the temporary authorization after all entering persons electronically cancel the right at the appointed place, provides an auxiliary visual interface to reflect the specific information of the protection area, and can recover the unmanned protection area and recover the full-automatic operation state after further manual confirmation.
8) The system can provide reliable electronic registration, disapproval authorization and other record information of personnel entering and leaving the protected area, and can be used for accident pursuit.
Description of the drawings:
fig. 1 is a flow chart of manual confirmation management of SPKS and entrance guard in a protected area provided in the prior art;
fig. 2 is a flow chart of confirming and managing the SPKS and entrance guard interlocking in the protection area provided by the prior art;
FIG. 3 is a schematic diagram of a de-authorization system provided by an embodiment of the present invention;
FIG. 4 is a schematic diagram of a de-authorization system provided by an embodiment of the present invention;
fig. 5 is a flowchart of processing data of the guard areas SPKS and the gate chain provided in the embodiment of the present invention;
FIG. 6 is a flow chart of a process for de-authorization application and data processing according to an embodiment of the present invention;
fig. 7 is a diagram illustrating an opening relationship of an SPKS-linked electronic door lock according to an embodiment of the present invention;
FIG. 8 is a logic diagram for reliability validation of SPKS signals provided by embodiments of the present invention;
fig. 9 is a schematic view illustrating the visualization of a station, a protection area, and a defense area according to an embodiment of the present invention;
fig. 10 is a schematic view of an authorization interface of a site protected partition according to an embodiment of the present invention.
The specific implementation mode is as follows:
in order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention relates to a full-automatic operation protection zone SPKS and entrance guard interlocking management system for rail transit, which comprises a data acquisition end (S301), a data analysis processing end (S302) and a temporary authorization execution end (S303), wherein the data acquisition end (S301) comprises a maintenance management system and an ATS system, the maintenance management system comprises a declaration system server and a declaration workstation which are connected with each other, the declaration workstation is a mobile terminal and a fixed terminal platform for personnel input, and the mobile terminal or the fixed terminal platform is automatically produced. The ATS system comprises an ATS server, an SPKS device and an ATS workstation, wherein the ATS server is respectively connected with the SPKS device and the ATS workstation, and the ATS server is a plurality of independent servers or an integrated system server shared by other systems; (ii) a The data analysis processing end (S302) is a visual temporary authorization and protection perception integrated platform, the visual temporary authorization and protection perception integrated platform is an independent software platform or is integrated on other platforms, the visual temporary authorization and protection perception integrated platform comprises a data processing server, a monitoring management workstation and a temporary authorization card reader, the data processing server is in an independent data processing server form or an integrated platform server sharing form, and the temporary authorization execution end (S303) comprises an access authorization management server and an access terminal device which are connected with each other. The reporting system server, the ATS server and the entrance guard authorization management server are respectively connected with the data processing server.
The invention also comprises an implementation method of the SPKS and entrance guard linkage management system in the rail transit full-automatic operation protective area, which comprises the following steps:
the data processing server receives an authorization request sent by the declaration server: emergency maintenance request, normal maintenance request, temporary maintenance request, authorized site ID, authorized guard zone ID, and authorized guard zone status. The declaration server performs area selection and authorization application form report according to an emergency maintenance request, a normal maintenance request, a temporary maintenance request, an authorized site ID, an authorized protection area ID and an authorized protection area state acquired from the requests, wherein the area selection comprises the following steps: site ID, guard zone ID, the application form is filled and reported and is included: the system comprises an application authorization department, an application authorization responsible person, an application authorization item, an application authorization employee list, an application authorization temporary staff list, an application authorization tool list, an application authorization operation plan time and the like, wherein the application authorization employee list comprises: name, gender, etc., the application authorization temporary personnel list includes: name, gender, identification number, telephone number, unit name, job title, etc. And submitting the data to a data processing server after the filling is finished. The data processing server establishes a virtual temporary authorization group in a corresponding site and a corresponding protective area according to the request of the declaration server, wherein the temporary authorization group comprises: the system comprises an authorization applying department, an authorization applying responsible person, an authorization applying item, an authorization applying tool list, an authorization applying operation plan time, a number of persons to be authorized, an authorized number, a protection switch SPKS state, a number of persons in a protection area, an authorization eliminating person list, a manual automatic submission authorization check switch, a manual automatic authorization switch, a batch temporary authorization elimination, a service termination of the group and the like. The list of unauthorized persons includes: name, gender, telephone number, unit name, job title, authorization status, authorization ID, defense status, remarks, etc., the authorization status including: checking the temporary authorization, checking the temporary authorization successfully or unsuccessfully, and disappearing the right successfully or unsuccessfully. And after the data processing server successfully establishes the protection zone group and successfully checks the temporary authorization, the data processing server feeds back the ID distributed by the application authorization employee list and the application authorization temporary employee list to the declaration server.
And the data processing server pre-authorizes the checking request to the access control authorization management server in batches according to the protection zone group authorization eliminating personnel list, and the access control authorization management server feeds back the authorized ID data checking result according to the data processing server request.
The field card-swiping sign-in and identity confirmation and authorization method for authorized personnel comprises the following steps: after the operation is completed, the data processing server receives the authorized employee card ID and the authorized temporary employee temporary card ID identified by the temporary disapproval authorized card reader in the duty room, automatically or manually sends card swiping ID data to the access authorization management server, and requests to register the access authorization of the corresponding protection area for pre-authorization. And the access control authorization management server generates temporary authorization data and feeds back an authorization result.
The full-automatic operation protection zone SPKS and entrance guard interlocking method comprises the following steps: the full-automatic operation guard zone SPKS state is collected by the ATS server and the implementation state is forwarded to the data processing server, the data processing server analyzes and analyzes the received SPKS protection state signal, and after analysis and confirmation, the data processing server forwards the entrance guard authorization management server as a necessary condition for opening the entrance guard of the corresponding guard zone, so that the interlocking of the entrance guard and the SPKS protection switch is realized.
The specific method for realizing the interlocking of the entrance guard and the SPKS protection switch comprises the following steps: the access control authorization management server temporarily authorizes authorized personnel, after the access control authorization management server receives and confirms the state of the SPKS in the corresponding protection area, the authorized personnel swipe temporary authorization cards (employee card temporary authorization cards and non-employee temporary authorization cards) at an access controller card reader in the protection area, after receiving the data of the card reader in the protection area, the access control server analyzes the ID of the temporary authorization card and checks the ID of a card holder with a temporary authorization database of the access control authorization management server, when the check is consistent, the access control authorization management server sends an authorization instruction to field equipment, opens an access control electronic lock in the corresponding protection area, and simultaneously, access information is synchronously fed back to the data processing server.
The method for analyzing the SPKS state data of the protection area by the data processing server comprises the following steps: the data processing server carries out periodic acquisition on the SPKS state signal sent by the ATS server for multiple times, and when the same protection area and the same feedback state of the SPKS continuously appear in n seconds (which can be adjusted according to items), the data processing server judges that the SPKS protection area state signal is true at the moment, and forwards an analysis and confirmation result to the entrance guard authorization management server; otherwise no glitch is performed.
Example (b):
referring to fig. 3, fig. 3 is a schematic diagram of a system for managing and canceling an authorization linkage between an SPKS and an entrance guard in a full-automatic operation protected area of a rail transit, where the system includes an S301 data acquisition end, an S302 data analysis processing end, and an S303 temporary authorization execution end, where the S301 data acquisition end includes: maintenance management system, ATS system, maintenance management system mainly includes: and the reporting system server, the reporting workstation and the like are used for reporting the specific content of the working service to the data processing terminal according to the standard interfaces of the two parties. The ATS system mainly comprises: SPKS device, ATS workstation etc. for gather and forward this patent key data SPKS state information, realize with access control system authorization chain. The S302 data analysis processing terminal comprises a data processing server, a monitoring management workstation and a temporary authorization removal card reader, and is used for analyzing, grouping and classifying, counting and managing, sharing and forwarding, temporary authorization removal ID management and visual display of collected data, and the application of the visual temporary authorization removal and protection perception integrated system is realized. And the S303 temporary authorization execution end comprises an access control authorization management server and access control terminal equipment, is used for checking the ID of the report personnel lists in batches, processing temporary authorization cancellation applications of the report personnel in batches, performing interlocking control with SPKS state signals, performing operation record and feedback and the like, and realizes reliable access management of personnel in the protected area through access control.
The declaration system server and the ATS server of the S301 data acquisition end may include a plurality of independent servers, or may include an integrated system server shared with other systems, the connection of the declaration system server, the ATS server, and the data server is only the intercommunication of related resources, and the data processing server supports an open interface and a protocol, but in a specific embodiment, the ATS server and the declaration server may be bound to the data processing server. The data entry of the S301 data acquisition end can adopt a declaration server as a data processing forwarding service and an interface service of a declaration workstation, and a data processing server can also provide a web service end (in a remote web page form) to access the entry data.
The declaration workstation of the S301 data acquisition end can be a mobile terminal or a fixed terminal platform for personnel entry, and can also be a mobile terminal or a fixed terminal platform for automatic production.
The data processing server of the S302 data analysis processing terminal can be in an independent data processing server form, and can also be in a form shared by integrated platform servers, and the visual temporary authorization elimination and protection perception integrated platform can be an independent software platform, and can also be integrated on other platforms, and can be realized as integrated function modules of other integrated platforms.
Referring to fig. 4, the provisional authorization application and data includes the following steps:
s401: the data processing server receives an authorization application request sent by a declaration server, wherein the authorization application request comprises: emergency maintenance request, normal maintenance request, temporary maintenance request, authorized site ID, authorized guard zone ID, and authorized guard zone status.
S402: the declaration server acquires an emergency maintenance request, a normal maintenance request, a temporary maintenance request, an authorized site ID, an authorized protection zone ID and an authorized protection zone state according to the request.
S403: the declaration server selects (can select more) sites and protection areas and fills the authorized application form according to the acquired state, wherein the selection of the protection areas comprises the following steps: site ID, guard zone ID, the application form is filled and reported and is included: the system comprises an application authorization department, an application authorization responsible person, an application authorization item, an application authorization employee list, an application authorization temporary staff list, an application authorization tool list, an application authorization operation plan time and the like, wherein the application authorization employee list comprises: name, gender, etc., the application authorization temporary personnel list includes: name, gender, identification number, telephone number, unit name, job title, etc. And submitting the data to a data processing server after the filling is finished. The data processing server establishes a virtual temporary authorization group in a corresponding site and a corresponding protective area according to the request of the declaration server, wherein the temporary authorization group comprises: the system comprises an authorization applying department, an authorization applying responsible person, an authorization applying item, an authorization applying tool list, an authorization applying operation plan time, a number of persons to be authorized, an authorized number, a protection switch SPKS state, a number of persons in a protection area, an authorization eliminating person list, a manual automatic submission authorization check switch, a manual automatic authorization switch, a batch temporary authorization elimination, a service termination of the group and the like. The list of unauthorized persons includes: name, gender, telephone number, unit name, job title, authorization status, authorization ID, defense status, remarks, etc., the authorization status including: checking the temporary authorization, checking the temporary authorization successfully or unsuccessfully, and disappearing the right successfully or unsuccessfully.
S404: the data processing server automatically establishes protection area grouping and registration, and sends temporary authorization check requests of authorized personnel to be cancelled to the access authorization management server in batches.
S405: the entrance guard authorization management server automatically feeds back the information of registered card holders ID, telephone numbers and the like of employees and distributes the information of non-employee temporary card IDs through the batch list of the authorization eliminating personnel.
S406: and the data processing server inputs and receives feedback data of the access control authorization management server and feeds back information such as ID (identity) distributed by an application authorization employee list and an application authorization temporary employee list to the declaration server.
S407: the maintenance personnel arrange the registered personnel to go to the on-site duty room of the application authorization protection area for temporary authorization and identity confirmation according to the fed back reporting result, wherein the temporary authorization is as follows: and the employee holder swipes the card at the temporary disappearing authorization card reader for registration, and the non-employee takes the distributed temporary authorization card at the duty room and swipes the card at the temporary disappearing authorization card reader for registration.
S408: after the operation is completed, the data processing server receives the authorized employee card ID and the authorized temporary employee temporary card ID identified by the temporary disapproval authorized card reader in the duty room, automatically or manually sends card swiping verification data to the access authorization management server, and requests for temporary authorization of pre-authorized registration of the access control of the corresponding protection area.
S409: and the access control authorization management server generates temporary authorization data and feeds back an authorization result.
Referring to fig. 5, the method for interlocking the SPKS with the entrance guard of the fully-automatic operation guard zone includes the following steps:
s501: the data processing server acquires the SPKS enforcement status request once every certain time.
S502: the full-automatic operation protection zone SPKS state is collected by the ATS server, the implementation state is forwarded to the data processing server, and the data processing server analyzes and analyzes the received SPKS protection state signal.
The method for analyzing the SPKS state data of the guard area by the data processing server as shown in FIG. 8 comprises the following steps: the data processing server carries out periodic acquisition on the SPKS state signal sent by the ATS server for multiple times, and when the same protection area and the same feedback state of the SPKS continuously appear in n seconds (the value of n can be adjusted according to items), the data processing server judges that the SPKS protection area state signal is true at the moment, and forwards an analysis confirmation result to the entrance guard authorization management server; otherwise no glitch is performed.
S503: after the SPKS state signal is analyzed or manually confirmed by the data processing server, the entrance guard authorization management server is forwarded to serve as a necessary condition for opening the entrance guard of the corresponding protection area, and interlocking of the entrance guard and the SPKS protection switch is achieved.
S504: and the entrance guard receives the feedback and continuously feeds back the entrance guard entrance and exit information of the protection area.
S505: and the ATS server requests to acquire the states of people and nobody in the corresponding protection area.
S506: and the data processing server feeds back the states of people and nobody in the corresponding protection area in real time.
Referring to fig. 7, a specific method for realizing interlocking of the entrance guard and the SPKS protection switch includes: the entrance guard authorization management server temporarily authorizes an authorized person, after the entrance guard authorization management server receives and confirms that the state of the SPKS corresponds to the protection area, the authorized person swipes a temporary authorization card (an employee card temporary authorization card and a non-employee temporary authorization card) at an entrance guard card reader of the protection area, after receiving the data of the card reader of the protection area, the entrance guard server analyzes the ID of the temporary authorization card and checks the ID of a card holder with a temporary authorization database of the entrance guard authorization management server, when the ID of the temporary authorization card is consistent with the data of the temporary authorization database of the entrance guard authorization management server, the entrance guard authorization management server sends an authorization instruction to field equipment, opens an entrance guard electronic lock of the corresponding protection area, and synchronously feeds back entrance and exit protection area information to the data processing server.
Referring to fig. 6, the provisional claim cancellation and the data processing include the following steps:
s601, when the maintenance task is completed, the authorized personnel vehicle control room swipes the card to remove the right and confirms the identity.
S602: the data processing server receives the temporary card ID of the temporary deputy personnel and the temporary card ID of the temporary deputy personnel identified by the temporary deputy card reader in the duty room, automatically or manually sends card swiping deputy verification data to the access control authorization management server, and requests for temporary deputy of the access control in the corresponding protective area for pre-authorization registration.
S603: the access control authorization server executes the right canceling request, feeds back a successful right canceling list and displays the successful right canceling list at the data processing server software end.
S604: and the data processing server sends a confirmation signal that the whole personnel leave the protective area to the declaration server.
S605: and the declaration server is confirmed again by the responsible person and feeds back a confirmation feedback signal for the whole staff leaving the protective area.
Referring to fig. 8, fig. 8 is a logic diagram of SPKS signal reliability validation, comprising the steps of: the data processing server carries out periodical collection on the SPKS state signals sent by the ATS server for multiple times, recording and waiting are carried out when certain SPKS state signals are collected for the first time and enabled or cancelled, when the same SPKS protection area and the same continuous feedback state continuously appear in n seconds (which can be adjusted according to projects), the data processing server judges that the SPKS protection area state signals are true at the moment, and the analysis and confirmation result is forwarded to the entrance guard authorization management server; otherwise no glitch is performed.
Referring to fig. 9 and 10, the visual temporary de-authorization and protection perception integrated system comprises the following steps:
the visual temporary authorization-elimination and protection perception integrated system is composed of a title, an upper navigation bar, a side navigation bar and content details. The upper navigation bar content includes, but is not limited to: home page, total plan of guard area, plan of site guard area, authorization information, others, historical data query, etc. The home page includes: and the visual protective area local station site detail, the temporary station related protective area detail and the description part. The general plan view of the guard zone comprises: the visual protection zone state display diagram of all stations of the line. The plan view of the protection zone of the station comprises: the station details of the local station in the protection area, the opening and the canceling states of the protection switch and the like. The temporary authorization information includes: a grouping selection area, a temporary authorization information table, a manual processing menu, an operation instruction and the like.
It will be apparent to those skilled in the art that all or a portion of the steps of the above-described method may be performed by hardware associated with program instructions, and that the program may be stored in any existing storable device.
The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and all equivalent structural changes made by using the contents of the specification and the drawings of the present invention should be included in the scope of the present invention.
Claims (9)
1. The utility model provides a full automatic operation zone SPKS of track traffic and entrance guard interlock management system which characterized in that: the system comprises a data acquisition end (S301), a data analysis processing end (S302) and a temporary authorization execution end (S303), wherein the data acquisition end (S301) comprises a maintenance management system and an ATS system, the maintenance management system comprises a declaration system server and a declaration workstation which are connected with each other, the ATS system comprises an ATS server, an SPKS device and an ATS workstation, and the ATS server is respectively connected with the SPKS device and the ATS workstation; the data analysis processing terminal (S302) is a visual temporary authorization-elimination and protection perception integrated platform and comprises a data processing server, a monitoring management workstation and a temporary authorization-elimination card reader which are sequentially connected; the temporary authorization execution end (S303) comprises an access control authorization management server and an access control terminal device which are connected with each other; the reporting system server, the ATS server and the entrance guard authorization management server are respectively connected with the data processing server.
2. The rail transit full-automatic operation protection zone SPKS and entrance guard linkage management system as claimed in claim 1, wherein: the ATS server is a plurality of independent servers or an integrated system server shared by other systems; the reporting workstation is a mobile terminal and a fixed terminal platform for personnel input, and a mobile terminal or a fixed terminal platform for automatic production; the data processing server is in an independent data processing server form or an integrated platform server sharing form; the visual temporary authorization-removal and protection perception integrated platform is an independent software platform or integrated on other platforms.
3. The implementation method of the rail transit fully-automatic operation protective zone SPKS and entrance guard linkage management system according to claim 1, is characterized in that: the method comprises the following steps:
(1) the data processing server receives an authorization request sent by the declaration server:
(2) the data processing server pre-authorizes a checking request to an access control authorization management server in batches according to the list of the group authorization removal personnel in the protection area, and the access control authorization management server feeds back an authorized ID data checking result according to the request of the data processing server;
(3) authorized personnel punch a card on site to sign in and confirm and authorize the identity;
(4) the method comprises the steps that a protection zone SPKS is operated in a full-automatic mode and is interlocked with gate inhibition;
(5) realizing the interlocking of the entrance guard and the SPKS protection switch;
(6) the data processing server analyzes the SPKS state data of the protection area.
4. The implementation method of the SPKS and entrance guard linkage management system in the rail transit full-automatic operation protective zone, which is characterized in that:
in the step (1), the data processing server receives an authorization request sent by a reporting server, performs area selection and authorization application form filling, and submits the data processing server after the filling is completed; the data processing server requests a corresponding site and a corresponding protection area to establish a virtual temporary authorization group according to the declaration server; and after the data processing server successfully establishes the protection zone group and successfully checks the temporary authorization, the data processing server feeds back the ID distributed by the application authorization employee list and the application authorization temporary employee list to the declaration server.
5. The implementation method of the SPKS and entrance guard linkage management system in the rail transit full-automatic operation protective zone, which is characterized in that:
in the step (3), the data processing server receives the authorized employee card ID and the authorized temporary employee temporary card ID identified by the temporary disapproval authorized card reader in the duty room, automatically or manually sends card swiping ID data to the access authorization management server, requests for pre-authorization registration of access authorization of the corresponding protection area, and the access authorization management server generates temporary authorization data and feeds back an authorization result.
6. The implementation method of the SPKS and entrance guard linkage management system in the rail transit full-automatic operation protective zone, which is characterized in that:
in the step (4), the SPKS state of the full-automatic operation protection area is collected by the ATS server, the implementation state is forwarded to the data processing server, the data processing server analyzes and analyzes the received SPKS protection state signal, and after analysis and confirmation, the data processing server forwards the entrance guard authorization management server to serve as a necessary condition for opening the entrance guard of the corresponding protection area, so that the interlocking of the entrance guard and the SPKS protection switch is realized.
7. The implementation method of the SPKS and entrance guard linkage management system in the rail transit full-automatic operation protective zone, which is characterized in that:
in the step (5), the entrance guard authorization management server temporarily authorizes the authorized personnel, and after the entrance guard authorization management server receives the confirmation of the corresponding SPKS state of the protection area, the authorized personnel swipe a temporary authorization card at an entrance guard card reader of the protection area; and after receiving the data of the card reader in the protection area, the access control server analyzes the ID of the temporary authorization card and checks the ID and the card holder with a temporary authorization database of the access control authorization management server, when the ID and the card holder are consistent with the temporary authorization database, the access control authorization management server sends an authorization instruction to the field equipment to open the access control electronic lock of the corresponding protection area, and simultaneously, access information is synchronously fed back to the data processing server.
8. The implementation method of the SPKS and entrance guard linkage management system in the rail transit full-automatic operation protective zone, which is characterized in that:
in the step (6), the data processing server periodically collects the SPKS state signal sent by the ATS server for multiple times, and when the same protection area and the same feedback state of the SPKS continuously appear in n seconds, the data processing server judges that the SPKS protection area state signal is true at the moment, and forwards an analysis and confirmation result to the entrance guard authorization management server; otherwise no glitch is performed.
9. The implementation method of the SPKS and entrance guard linkage management system in the rail transit full-automatic operation protective zone, which is characterized in that:
in step (1), the data processing server receives an authorization request sent by the declaration server, wherein the authorization request comprises: emergency maintenance request, normal maintenance request, temporary maintenance request, authorized site ID, authorized guard zone ID, and authorized guard zone status; the reporting server performs area selection and authorization application form filling according to the emergency maintenance request, the normal maintenance request, the temporary maintenance request, the authorized site ID, the authorized protection zone ID and the authorized protection zone state acquired in the request, wherein the area selection comprises the following steps: site ID, guard zone ID, the application form is filled and reported and is included: applying for authorization department, applying for authorization responsible person, applying for authorization item, applying for authorized staff list, applying for authorized temporary staff list, applying for authorized tool list, applying for authorized operation plan time; the application of the authorized employee list comprises: name, gender, and the list of temporary persons applying for authorization include: name, gender, identification card number, telephone number, unit name, job title; submitting the data to a data processing server after the completion of the filling; the data processing server establishes a virtual temporary authorization group in the corresponding site and the corresponding protection area according to the request of the declaration server, wherein the temporary authorization group comprises: the method comprises the following steps of applying for an authorization department, applying for an authorization principal, applying for authorization items, applying for an authorization tool list, applying for authorization operation plan time, the number of persons to be authorized, the number of authorized persons, the SPKS state of a protection switch, the number of persons in a protection area, an authorization person list for disappearing, a manual automatic submission authorization check switch, a manual automatic authorization switch, batch temporary authorization, batch temporary disappearing and ending of the service; the list of unauthorized persons includes: name, gender, telephone number, unit name, job title, authorization status, authorization ID, defense area status, remarks; the authorization status includes: in the temporary authorization check, the temporary authorization check is successful or failed, the temporary authorization is successful or failed, and the right is cancelled successfully or failed; and after the data processing server successfully establishes the protection zone group and successfully checks the temporary authorization, the data processing server feeds back the ID distributed by the application authorization employee list and the application authorization temporary employee list to the declaration server.
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