Management system for railway station operation

Abstract

The invention relates to the technical field of railway transportation management, and provides a management system for railway station operation, and the system comprises a mobile platform server side which is used for carrying out the data collection and data processing of task operation, and carrying out the management of the task operation; the fixed terminal communicates with the mobile platform server side, is used for providing operation generation information, operation state monitoring information and operation completion information of task operation for indoor workers, and is also used for presetting an emergency plan for emergency operation; and the mobile terminal communicates with the mobile platform server side, is used for providing work item details of task work and a work submission window for outdoor workers, and is also used for the outdoor workers to query emergency plans and initiate emergency processing according to work emergencies.

Description

Technical Field

[0001] The invention belongs to the technical field of railway transportation management, and in particular relates to a management system for railway station operations. Background Art

[0002] At present, with the widespread popularization of railway informatization construction and the rapid development of mobile Internet technology, the development and transformation of the railway transportation industry are being promoted.

[0003] In the prior art, when performing field work at a station, the station attendant is responsible for handling the receiving and dispatching of trains and notifying the station of the work. When a train is approaching the station, the station attendant conveys instructions to the field workers by phone; when the work is completed, the field workers also give feedback on the completion of the work by phone, and the station attendant records it.

[0004] When conducting shunting operations, the station dispatcher is responsible for preparing the shunting plan, notifying the shunting master by phone to prepare the operation and take away the paper shunting operation sheet, or distributing the operation sheet through a remote printer. The shunting team members hand-write the time of each hook report according to the content of the operation sheet. After the operation is completed, the paper shunting operation sheet is uniformly sent back to the dispatching room, and the station dispatcher organizes and records it in the information system.

[0005] The prior art has the following technical problems: 1. The workflows of the two operations are cumbersome, difficult to track responsibilities, and there is a problem of delayed information submission.

[0006] 2. Station duty officers do not supervise field operations sufficiently and lack real-time and effective means to accurately grasp the location of operators and actual working conditions. In addition, the information reported on field operations lacks standardization, making it difficult for station duty officers to control the progress and quality of station operations.

[0007] 3. When performing shunting operations, the distance between the station and the dispatching room is usually far. This operation mode consumes time and energy, affecting operation efficiency.

[0008] 4. When encountering emergencies during field operations, they rely on walkie-talkies or telephones to report and convey instructions layer by layer. The information transmission chain is too long, the response time is delayed, the problem handling efficiency is low, and emergency incidents are difficult to be quickly resolved in the cumbersome communication mode. Summary of the invention

[0009] The present invention provides a management system for railway station operations, aiming to solve the technical problems existing in the above-mentioned prior art.

[0010] The technical solution of the present invention to solve the above technical problems is as follows: A management system for railway station operations, comprising: The mobile platform server is used to collect and process data for task operations, as well as manage task operations; The fixed terminal communicates with the mobile platform server to provide indoor staff with job generation information, job status monitoring information and job completion information of task operations, and is also used to preset emergency plans for emergency operations; The mobile terminal communicates with the mobile platform server to provide outdoor workers with detailed task items and a job submission window, and is also used for outdoor workers to query emergency plans and initiate emergency processing based on sudden work situations.

[0011] Furthermore, the task operation described above is an off-site operation, and the fixed terminal includes: The operation notification module is used to generate corresponding field operation information according to the field operation type and upload it to the mobile platform server. The field operation categories include: car receiving operation, anti-skid operation, train inspection operation, train tail operation, wind test operation, car number operation, ticket collection and delivery operation and vehicle dispatch operation; wherein the field operation information is the operation generation information; The operation monitoring module is used to monitor the working status of the field operation in real time. The working status of the field operation includes: notified, received and completed. The working status of the field operation is the operation status monitoring information; The job submission module is used to receive the job content of the field work, and after being reviewed and approved by the indoor staff, it is integrated into a field work data package and uploaded to the mobile platform server; wherein the field work data package is the completion information of the job; The operation history query module is used to query the historical records of the staff connected to each process node of the field operation and the historical records of the node data of each process node; The mobile platform server is also used to generate a field work list based on the received field work information, and send it to the outdoor staff or indoor staff at the corresponding post, so that the outdoor staff or indoor staff can work according to the field work list and generate the work content of the field work.

[0012] Furthermore, the mobile terminal comprises: A job display module is used to receive a field job list sent by a mobile platform server, and display field job item details according to the field job list; The job upload module is used to upload the job content of the field work generated by the outdoor staff according to the detailed work of the field work project, wherein the job content of the field work is submitted in the form of text, pictures or videos.

[0013] Furthermore, the task operation described above is a shunting operation, and the fixed terminal includes: The operation notification module is also used to generate a shunting plan according to the station where the shunting operation is located and the shunting locomotive used to perform the shunting operation, and send the shunting plan to the mobile platform server; wherein the shunting plan is the operation generation information; The operation monitoring module is also used to monitor the working status of the shunting operation in real time, and the working status includes: draft status, push status and reporting status, wherein the working status of the shunting operation is the operation status monitoring information; The operation submission module is also used to receive the operation content of the shunting operation, and after being reviewed and approved by the indoor staff, it is integrated into a shunting operation data package and uploaded to the mobile platform server; wherein the shunting operation data package is the completion information of the operation; The operation history query module is used to query the historical records of the staff connected to each process node of the shunting operation and the historical records of the node data of each process node; The mobile platform server is also used to select the notified post according to the received shunting plan, and send it to the outdoor staff at the notified post, so that the outdoor staff can work according to the shunting plan.

[0014] Furthermore, the mobile terminal comprises: The operation display module is also used to receive the shunting plan sent by the mobile platform server, and display the details of the shunting operation project according to the shunting plan, including: the order of execution of the work steps, the track, the vehicle running mode, the number of vehicles and the note information; The job upload module is used to upload the job content of the shunting operation generated by outdoor staff according to the detailed work of the shunting operation project.

[0015] Furthermore, the task operation described above is an emergency operation, and the mobile terminal includes: The emergency plan query module is used to receive search keywords input by outdoor staff according to the emergency events that occurred, and generate corresponding emergency plans based on the search keywords; The operation display module is also used to display the details of emergency operation items according to the emergency plan; The job upload module is also used to upload the job content of the emergency operation to the mobile platform server; wherein, the job content of the emergency operation is generated by outdoor staff according to the emergency plan.

[0016] Furthermore, the above-mentioned fixed terminal also includes: The emergency plan editing module is used to edit the preset emergency plan. The editing methods include: adding, modifying and deleting.

[0017] Furthermore, the mobile platform server mentioned above further includes: The emergency communication module is used to establish an emergency communication channel between indoor and outdoor staff.

[0018] Furthermore, the mobile platform server mentioned above further includes: The authority management module is used to manage the authority of logged-in users of mobile terminals and fixed terminals.

[0019] Furthermore, the above also includes: The data storage module communicates with the fixed terminal and is used to store the job completion information uploaded by the fixed terminal.

[0020] Compared with the prior art, the present invention has the following advantages: 1. The present invention centrally processes data collection and management of task operations through the mobile platform server, simplifies the operation process, reduces the level of information transmission, and makes task operations more efficient. The coordinated use of fixed terminals and mobile terminals makes the generation, monitoring, and submission of operation information more convenient, reducing the workload of operators.

[0021] 2. The present invention can monitor the status of the operation in real time, so as to find problems in time and take corrective measures. The electronic record of operation information is helpful to trace the responsibility. Once a problem occurs, the responsible party can be quickly identified and dealt with. Indoor staff can grasp the location and operation progress of outdoor workers in real time through fixed terminals, which enhances the supervision of outdoor operations. Standardized operation reporting information helps to improve the quality of operations and the ability to control progress.

[0022] 3. The emergency plan query module enables outdoor staff to quickly find ways to deal with emergencies, improving the speed of emergency response. The emergency communication module establishes an instant communication channel between indoor and outdoor staff, shortens the time for information transmission, and improves the efficiency of problem handling.

[0023] 4. Mobile terminals support multiple forms of job content submission, such as text format, image format and video format, which increases the diversity and flexibility of job reports. The mobile platform server has a permission management function, ensuring that users of different roles can only access information within their authority, enhancing the security and flexibility of the system.

[0024] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures pointed out in the description, claims and drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0026] Figure 1 A schematic structural diagram of a management system for railway station operations according to an embodiment of the present invention is shown; Figure 2 A schematic diagram of a process flow of field work according to an embodiment of the present invention is shown; Figure 3 A schematic diagram of a process flow of a shunting operation according to an embodiment of the present invention is shown; Figure 4 A schematic diagram of the process of emergency plan management according to an embodiment of the present invention is shown; Figure 5 A schematic diagram of the process of emergency operation audio and video communication according to an embodiment of the present invention is shown; Figure 6 The network topology structure of a management system for railway station operations according to an embodiment of the present invention is shown; Figure 7 A schematic diagram of a B / S microservice architecture based on SOA according to an embodiment of the present invention is shown. DETAILED DESCRIPTION

[0027] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0028] Figure 1 FIG. 4 shows a schematic diagram of a management system for railway station operations according to an embodiment of the present invention. Figure 1 As shown, a management system for railway station operations according to an embodiment of the present invention includes: The mobile platform server is used to collect and process data for task operations, as well as manage task operations; The fixed terminal communicates with the mobile platform server to provide indoor staff with job generation information, job status monitoring information and job completion information of task operations, and is also used to preset emergency plans for emergency operations; The mobile terminal communicates with the mobile platform server to provide outdoor workers with detailed task items and a job submission window, and is also used for outdoor workers to query emergency plans and initiate emergency processing based on sudden work situations.

[0029] In this embodiment, the task operations of the station include field operations, shunting operations and emergency operations. Outdoor operation personnel correspond to field operation personnel, shunting operation personnel and emergency operation personnel. These three task operations are described below.

[0030] Optionally, the task operation is an off-site operation, and the fixed terminal includes: The operation notification module is used to generate corresponding field operation information according to the field operation type and upload it to the mobile platform server. The field operation categories include: car receiving operation, anti-skid operation, train inspection operation, train tail operation, wind test operation, car number operation, ticket collection and delivery operation and vehicle dispatch operation; wherein the field operation information is the operation generation information; The operation monitoring module is used to monitor the working status of the field operation in real time. The working status of the field operation includes: notified, received and completed. The working status of the field operation is the operation status monitoring information; The job submission module is used to receive the job content of the field work, and after being reviewed and approved by the indoor staff, it is integrated into a field work data package and uploaded to the mobile platform server; wherein the field work data package is the completion information of the job; The operation history query module is used to query the historical records of the staff connected to each process node of the field operation and the historical records of the node data of each process node; The mobile platform server is also used to generate a field work list based on the received field work information, and send it to the outdoor staff or indoor staff at the corresponding post, so that the outdoor staff or indoor staff can work according to the field work list and generate the work content of the field work.

[0031] Optionally, the mobile terminal includes: A job display module is used to receive a field job list sent by a mobile platform server, and display field job item details according to the field job list; The job upload module is used to upload the job content of the field work generated by the outdoor staff according to the detailed work of the field work project, wherein the job content of the field work is submitted in the form of text, pictures or videos.

[0032] In this embodiment, the operations for field work include: During the field operation management stage, indoor operators push driving information and field operation tasks to field operators through fixed terminals for the upcoming train reception and departure plans. Field operation tasks include: train reception, anti-skid operations, train inspection, train tail operations, wind test operations, car number operations, ticket collection and delivery operations, and departure operations. Indoor operators can monitor the location of field operators and the status of various field operation tasks (notified, received, and completed) on fixed terminals. At the same time, the completed field operation tasks display the specific operation content or equipment placement in the form of text, pictures, or icons. Therefore, indoor operators cooperate with field operators' mobile terminals through fixed terminals to form a closed-loop management of the field operation process, including the issuance, notification, receipt, completion, operation status feedback, and operator location.

[0033] During the field work submission stage, field workers can view related field work tasks according to their own stations, positions and permissions. When the mobile terminal receives a notification message pushed by the background, voice and text reminders are given on the main page of the mobile terminal. Field workers can browse and sign for field work tasks on the field APP, and fill in specific work content by checking, taking photos or writing according to the work requirements. The content submitted by the mobile terminal is connected to the mobile platform server through the "application aggregation service layer", providing a basis for subsequent work process card control, station work plan adjustment and statistical analysis.

[0034] During the train reception and dispatching and train marshalling stage, field workers can use mobile terminals to view the station's train reception and dispatching plans, as well as train marshalling contents, according to their own stations and positions, so as to carry out train reception and dispatching operations in a timely manner as planned.

[0035] During the field operation inquiry stage, indoor operators can view the historical records of train operations on fixed terminals, making the operation records traceable.

[0036] like Figure 2 As shown in the figure, the overall process of field operations includes: When field work is required, the indoor operator opens the fixed terminal and sends a notification operation request to the mobile platform server on the field work management interface of the fixed terminal. The mobile platform server selects the position to be notified based on the notification operation request and determines whether it needs to be pushed to the mobile terminal. If not needed, push it to the PC job reporting interface of the fixed terminal and add a notification record. Then, after the job is completed, update the newly added notification record, and then update the job status of the PC field management interface to end the field job.

[0037] If necessary, it will be pushed to the mobile terminal and a new notification record will be added. The mobile terminal will generate a new task reminder through the field APP and display the job list. The field workers will receive the task through the field APP of the mobile terminal and fill in the specific job content by checking, taking photos or text according to the job requirements. After the job is completed, the mobile platform server will update the notification record and update the job status of the field management interface of the fixed terminal through instructions, so that the indoor staff can refresh the task to know that the field job task has been completed.

[0038] Optionally, the task operation is a shunting operation, and the fixed terminal includes: The operation notification module is also used to generate a shunting plan according to the station where the shunting operation is located and the shunting locomotive used to perform the shunting operation, and send the shunting plan to the mobile platform server; wherein the shunting plan is the operation generation information; The operation monitoring module is also used to monitor the working status of the shunting operation in real time, and the working status includes: draft status, push status and reporting status, wherein the working status of the shunting operation is the operation status monitoring information; The operation submission module is also used to receive the operation content of the shunting operation, and after being reviewed and approved by the indoor staff, it is integrated into a shunting operation data package and uploaded to the mobile platform server; wherein the shunting operation data package is the completion information of the operation; The operation history query module is used to query the historical records of the staff connected to each process node of the shunting operation and the historical records of the node data of each process node; The mobile platform server is also used to select the notified post according to the received shunting plan, and send it to the outdoor staff at the notified post, so that the outdoor staff can work according to the shunting plan.

[0039] Optionally, the mobile terminal includes: The operation display module is also used to receive the shunting plan sent by the mobile platform server, and display the details of the shunting operation project according to the shunting plan, including: the order of execution of the work steps, the track, the vehicle running mode, the number of vehicles and the note information; The job upload module is used to upload the job content of the shunting operation generated by outdoor staff according to the detailed work of the shunting operation project.

[0040] In this embodiment, the operations for the shunting operation include: During the shunting plan viewing stage, shunting staff (station signalmen or shunting masters) access the shunting plan through their mobile devices (such as professional three-proof devices). The shunting plan is organized according to different shunting work areas. In each shunting work area, relevant shunting plans are listed, and these plans will display comprehensive information and their status. The status of the shunting plan is divided into three stages: draft status, push status, and reporting status. When outdoor staff browse the plan, they can view specific work step information, including: The order in which work steps are executed: that is, the position of each step in the overall plan.

[0041] Track: The track number where the hook planning operation is carried out.

[0042] The way the vehicle moves: the specific method and direction of the hook plan operation.

[0043] Number of vehicles: The number of vehicles involved in the operation.

[0044] Notes: May contain additional notes or special instructions.

[0045] In the reporting stage, the reporting point indicates the start time and end time of each hooking plan, which indicates that the shunting plan has entered the actual operation stage from the preparation stage. When the shunting staff completes the reporting operation of the shunting plan through the mobile terminal, it means that the shunting plan is being executed and changes from the "push state" to the "reporting state".

[0046] The cancellation reporting stage is used to change a shunting plan that is already in the reporting state back to the push state. If a shunting plan needs to be stopped for some reason, the outdoor staff can use the mobile terminal to perform the "cancel reporting" operation. Once the cancellation of the reporting is successful, the hook plan that has not been reported can be modified or otherwise processed.

[0047] like Figure 3 As shown in the figure, the process steps of shunting operation include: First, the indoor staff specifies the station where the shunting operation is located and the shunting locomotive used to perform the shunting operation through the shunting plan management interface of the fixed terminal, and then edits the shunting plan according to the needs, including the mobilization and marshaling of vehicles. The edited shunting plan is pushed into the waiting state and sent to the mobile platform server.

[0048] The shunting staff logs in to the shunting APP on the mobile terminal through the work account. The shunting APP displays the shunting tasks that the shunting staff is authorized to perform according to their permissions, and displays the work items of each shunting task.

[0049] The mobile platform server determines the positions that need to be notified based on the received shunting plan, sends new task reminders to the work accounts of the corresponding positions, and creates new notification records.

[0050] The shunting APP receives new task reminders and updates the shunting operation list. The shunting staff signs for the shunting operation tasks on the shunting APP and executes them according to the work items of the shunting operation tasks. After completion, the execution results are uploaded to the mobile platform server.

[0051] The mobile platform server updates the newly added notification record and updates the shunting operation status of the shunting plan management interface of the fixed terminal to the completion status through instructions.

[0052] Optionally, the task operation is an emergency operation, and the mobile terminal includes: The emergency plan query module is used to receive search keywords input by outdoor staff according to the emergency events that occurred, and generate corresponding emergency plans based on the search keywords; The operation display module is also used to display the details of emergency operation items according to the emergency plan; The job upload module is also used to upload the job content of the emergency operation to the mobile platform server; wherein, the job content of the emergency operation is generated by outdoor staff according to the emergency plan.

[0053] Optionally, the fixed terminal further includes: The emergency plan editing module is used to edit the preset emergency plan. The editing methods include: adding, modifying and deleting.

[0054] Optionally, the mobile platform server further includes: The emergency communication module is used to establish an emergency communication channel between indoor and outdoor staff.

[0055] In this embodiment, the operations for emergency operations include: Emergency plan query function: The mobile terminal is equipped with an emergency plan query function, and emergency workers can search and view emergency plans through the mobile terminal. They can find the corresponding emergency plan based on the type of accident or other keywords. The emergency plan is pre-set in the database connected to the mobile platform server. Indoor staff can use fixed terminals to maintain the emergency plan in the database, including adding new emergency plans, modifying existing emergency plans, or deleting emergency plans that are no longer applicable.

[0056] Emergency operation stage: Figure 4This is a query and management sequence diagram of the emergency plan. When an emergency occurs, the field staff uses the mobile terminal device to send an emergency event report to the mobile platform server. The emergency event report can include basic information about the emergency event, such as the event category, and is accompanied by a text description or photo of the scene. After the mobile platform server receives the query request, it will search the database for the corresponding emergency plan information. The database returns the query results to the management background. The management background returns the emergency plan obtained from the database to the mobile terminal. The mobile terminal displays this information to the field staff for viewing.

[0057] Figure 5 This is a timing diagram of audio and video communication for emergency operations. When an emergency occurs, field staff can also use mobile terminal devices to initiate audio and video communication requests to the mobile platform server. The mobile platform server retrieves and verifies the user's identity, and then establishes a session between the office attendant and the emergency staff. The mobile platform server will push the emergency event report to the fixed terminal. After receiving the emergency event report, the office attendant will conduct a preliminary analysis of the emergency event and communicate with the emergency staff through text messages or real-time audio and video to further understand the situation and guide the handling. At the same time, the responsible persons or supervisors at all levels can hold remote meetings through the integrated video conferencing function to discuss solutions together. When the emergency staff completes the emergency event handling, the system will automatically send a notification to all relevant personnel and record all communications and data during the entire handling process as materials for future review and learning.

[0058] Optionally, the mobile platform server further includes: The authority management module is used to manage the authority of the logged-in users of the mobile terminal and the logged-in users of the fixed terminal.

[0059] Optionally, also include: The data storage module communicates with the fixed terminal and is used to store the job completion information uploaded by the fixed terminal.

[0060] In this embodiment, Figure 6 As shown, a network topology structure of a management system for railway station operations is provided, including: Mobile platform server: connects fixed terminals and mobile terminals. The mobile platform server is responsible for processing requests from mobile terminals and providing data processing and management services. It also interacts with application servers, interface servers and other hardware devices to ensure the normal operation of the entire system.

[0061] Application server: located on a private network, providing various applications and services, such as data processing and storage. The mobile platform server side of this application includes the mobile platform server and application server herein.

[0062] WAF (Web Application Firewall): protects application servers from malicious attacks and filters out potential security threats.

[0063] UTM (Unified Threat Management): Unified threat management device that integrates firewall, anti-virus, intrusion detection and other functions to ensure network security.

[0064] Core switch: As the core node of the network, it is responsible for data forwarding and routing.

[0065] Terminal switch: connects various workstations and servers and provides network access.

[0066] Firewall: Block unauthorized external access and protect the internal network.

[0067] Interface server: Serves as the boundary between internal and external networks and handles internal and external communications.

[0068] Mobile platform server: processes requests from mobile terminals and provides mobile application services.

[0069] Wireless AP (Access Point): Provides wireless network coverage for mobile terminals to access.

[0070] Outdoor wireless LAN: covers the entire station area and allows mobile terminals to access.

[0071] Mobile terminal: A dedicated device used for task operations that communicates with the internal server through wireless communication technology.

[0072] Fixed terminals: used by indoor staff. They are connected to the private network and access system resources through the application server.

[0073] On the other hand, Figure 7 As shown, this embodiment also provides a software system based on SOA (service-oriented) B / S (browser / server) microservice architecture, which has the following layers: 1. Presentation layer: Field management interface: used to manage functions related to field work.

[0074] Vehicle number and train inspection work submission interface: used to process vehicle number and train inspection work reports.

[0075] Shunting plan interface: used to plan and manage shunting plans.

[0076] Mobile terminal APP: an application used to provide for use on mobile devices.

[0077] Comprehensive query interface: used to support multi-faceted data queries.

[0078] System management interface: used for system configuration and management.

[0079] Data maintenance interface: used to maintain and manage system data.

[0080] 2. Gateway layer: Reverse proxy gateway cluster: distributes requests and handles traffic.

[0081] Nginx gateway: provides reverse proxy and HTTP services.

[0082] Load balancing: Balancing the load between different services.

[0083] 3. Interface layer: Interface definition: Define the service interface specification.

[0084] Interface implementation: implement specific interface functions.

[0085] Interface verification: Verify the input and output data of the interface.

[0086] Interface monitoring: Monitors the performance and availability of interfaces.

[0087] 4. Application service layer: Field Management: Manage field operations.

[0088] Current vehicle management: manage currently existing vehicles.

[0089] Shunting Management: Manage shunting activities.

[0090] Emergency Operations Management: Handling emergency tasks.

[0091] Emergency plan management: Develop and manage emergency plans.

[0092] Session management: manage user sessions.

[0093] Basic data management: manage basic data.

[0094] Permission management: Control user access rights.

[0095] 5. Data storage layer (DB): stores all system data.

[0096] On the client side, the PC fixed terminal is browser-based and developed using Vue.js and Element frameworks to provide a user-friendly interface and facilitate subsequent updates. The mobile terminal uses the Android operating system and adopts a hybrid development model, which can improve the portability and optimization of the code and make updates more flexible.

[0097] The gateway layer handles reverse proxy and cross-domain issues through the Nginx gateway, and uses a hardware load balancer to achieve service load balancing. As an intermediate layer, the interface layer processes user requests and forwards them to the appropriate application service layer for processing. It is also responsible for interface monitoring and data security.

[0098] The application service layer is composed of multiple Java microservices, using Spring Boot components to provide service registration, access, monitoring, and failover functions. Finally, the data storage layer selects SQL Server as a relational database to store data.

[0099] The above description is only a preferred embodiment of the present invention and an explanation of the technical principles used. Those skilled in the art should understand that the disclosure scope involved in the present invention is not limited to the technical solution formed by a specific combination of the above technical features, but should also cover other technical solutions formed by any combination of the above technical features or their equivalent features without departing from the above disclosed concept. For example, the above features are replaced with the technical features with similar functions disclosed in the present invention (but not limited to) by each other.

Claims

1. A management system for railway station operations, characterized in that: include: The mobile platform server is used to collect and process data for task operations, as well as manage task operations; The fixed terminal communicates with the mobile platform server to provide indoor staff with job generation information, job status monitoring information and job completion information of task operations, and is also used to preset emergency plans for emergency operations; The mobile terminal communicates with the mobile platform server to provide outdoor workers with detailed task items and a job submission window, and is also used for outdoor workers to query emergency plans and initiate emergency processing based on sudden work situations.

2. A railway station operation management system according to claim 1, characterized in that: The task operation is an off-site operation, and the fixed terminal includes: The operation notification module is used to generate corresponding field operation information according to the field operation type and upload it to the mobile platform server. The field operation categories include: car receiving operation, anti-skid operation, train inspection operation, train tail operation, wind test operation, car number operation, ticket collection and delivery operation and vehicle dispatch operation; wherein the field operation information is the operation generation information; The operation monitoring module is used to monitor the working status of the field operation in real time. The working status of the field operation includes: notified, received and completed. The working status of the field operation is the operation status monitoring information; The job submission module is used to receive the job content of the field work, and after being reviewed and approved by the indoor staff, it is integrated into a field work data package and uploaded to the mobile platform server; wherein the field work data package is the completion information of the job; The operation history query module is used to query the historical records of the staff connected to each process node of the field operation and the historical records of the node data of each process node; The mobile platform server is also used to generate a field work list based on the received field work information, and send it to the outdoor staff or indoor staff at the corresponding post, so that the outdoor staff or indoor staff can work according to the field work list and generate the work content of the field work.

3. A railway station operation management system according to claim 2, characterized in that: The mobile terminal comprises: A job display module is used to receive a field job list sent by a mobile platform server, and display field job item details according to the field job list; The job upload module is used to upload the job content of the field work generated by the outdoor staff according to the detailed work of the field work project, wherein the job content of the field work is submitted in the form of text, pictures or videos.

4. A railway station operation management system according to claim 1, characterized in that: The task operation is a shunting operation, and the fixed terminal includes: The operation notification module is also used to generate a shunting plan according to the station where the shunting operation is located and the shunting locomotive used to perform the shunting operation, and send the shunting plan to the mobile platform server; wherein the shunting plan is the operation generation information; The operation monitoring module is also used to monitor the working status of the shunting operation in real time, and the working status includes: draft status, push status and reporting status, wherein the working status of the shunting operation is the operation status monitoring information; The operation submission module is also used to receive the operation content of the shunting operation, and after being reviewed and approved by the indoor staff, it is integrated into a shunting operation data package and uploaded to the mobile platform server; wherein the shunting operation data package is the completion information of the operation; The operation history query module is also used to query the historical records of the staff connected to each process node of the shunting operation and the historical records of the node data of each process node; The mobile platform server is also used to select the notified post according to the received shunting plan, and send it to the outdoor staff at the notified post, so that the outdoor staff can work according to the shunting plan.

5. A railway station operation management system according to claim 4, characterized in that: The mobile terminal comprises: The operation display module is also used to receive the shunting plan sent by the mobile platform server, and display the details of the shunting operation project according to the shunting plan, including: the order of execution of the work steps, the track, the vehicle running mode, the number of vehicles and the note information; The job upload module is used to upload the job content of the shunting operation generated by outdoor staff according to the detailed work of the shunting operation project.

6. A railway station operation management system according to claim 1, characterized in that: The task operation is an emergency operation, and the mobile terminal includes: The emergency plan query module is used to receive search keywords input by outdoor staff according to the emergency events that occurred, and generate corresponding emergency plans based on the search keywords; The operation display module is also used to display the details of emergency operation items according to the emergency plan; The job upload module is also used to upload the job content of the emergency operation to the mobile platform server; wherein, the job content of the emergency operation is generated by outdoor staff according to the emergency plan.

7. A railway station operation management system according to claim 6, characterized in that: The fixed terminal further includes: The emergency plan editing module is used to edit the preset emergency plan. The editing methods include: adding, modifying and deleting.

8. A railway station operation management system according to claim 7, characterized in that: The mobile platform server also includes: The emergency communication module is used to establish an emergency communication channel between indoor and outdoor staff.

9. A railway station operation management system according to claim 1, characterized in that: The mobile platform server also includes: The authority management module is used to manage the authority of logged-in users of mobile terminals and fixed terminals.

10. A railway station operation management system according to claim 1, characterized in that: Also includes: The data storage module communicates with the fixed terminal and is used to store the job completion information uploaded by the fixed terminal.

Images