Simulation exercise system

Abstract

The application belongs to the technical field of simulation training, and particularly relates to a simulation training system, which can simulate real situations, meet the needs of multiple people to cooperatively carry out emergency disposal training, and further improve the emergency disposal ability of the people; can realize the effective structure of training and actual combat, facilitate the convenience and normalization of emergency training, and further achieve the effect of improving the emergency disposal ability of the employees; the architecture of the simulation training system can greatly relieve the data transmission pressure of the cloud data server, improve the efficiency of data update service, and ensure the efficient performance of the training.

Description

Technical Field

[0001] This invention belongs to the field of simulation training technology, and specifically relates to a simulation training system. Background Technology

[0002] Production safety is crucial for copper smelting enterprises. However, traditional on-site emergency drills for specific safety incidents require shutdowns and production stoppages, which are costly and limit the frequency of such drills. This results in low employee participation and is not ideal for improving employees' emergency response capabilities. Conventional production safety training, on the other hand, is detached from real production environments, and its emergency response procedures and effectiveness cannot be guaranteed. Summary of the Invention

[0003] The purpose of this invention is to provide a simulation training system that facilitates the replacement of worn parts.

[0004] To achieve the above objectives, the technical solution adopted by the present invention is as follows:

[0005] A simulation exercise system includes a management server, which is electrically connected to a cloud data server and an exercise server, and the exercise server is electrically connected to three or more client terminals.

[0006] The cloud data server includes a cloud exercise data server, a cloud resource file server, and a cloud backup server. The cloud resource file server is used to store basic material files, including simulation scenarios, models, and interactive logic. The cloud exercise data server is used to store user data, including exercise scripts and exercise archives. The cloud backup server backs up the data in the cloud resource file server and the cloud exercise data server.

[0007] The exercise server includes a data server and a synchronization server;

[0008] During simulation exercises, the management server downloads resource files from the cloud resource file server and broadcasts them to the data server, and downloads exercise scripts from the cloud exercise data server and broadcasts them to the synchronization server. The data server and the synchronization server synchronize the resource files and exercise scripts to the client respectively. The client collects the operation data of the exercisers and uploads it to the synchronization server. The synchronization server collects the operation data of each client and broadcasts it to other clients. The operation data includes the movement, interaction, and command data of the character controlled by the exerciser on the client.

[0009] Compared with the prior art, the present invention has the following technical advantages:

[0010] The simulation exercise system can simulate real-world situations, meet the needs of multiple people to conduct emergency response drills collaboratively, and thus improve personnel's emergency response capabilities.

[0011] The architecture of the simulation exercise system can greatly alleviate the data transmission pressure on the cloud data server, improve the efficiency of data update services, and ensure the efficient conduct of the exercise.

[0012] The simulation exercise system can realize an effective structure of training and actual combat, which facilitates the convenient and routine conduct of emergency drills, thereby improving employees' emergency response capabilities. Attached Figure Description

[0013] The following is a brief explanation of the contents depicted in the accompanying drawings and the markings within them:

[0014] Figure 1 This is a schematic diagram of the present invention. Detailed Implementation

[0015] The specific embodiments of the present invention will be further described in detail below with reference to the accompanying drawings and through the description of the examples.

[0016] A simulation exercise system, as shown in the attached document Figure 1 As shown, it includes a management server 10, which is electrically connected to a cloud data server 20 and a training server 30, respectively. The training server 30 is electrically connected to three or more clients 40.

[0017] The cloud data server 20 includes a cloud exercise data server 21, a cloud resource file server 22, and a cloud backup server 23. The cloud resource file server 21 is used to store basic material files including simulation scenarios, models, and interaction logic. The cloud exercise data server 22 is used to store user data including exercise scripts and exercise archives. The cloud backup server 23 backs up the data in the cloud resource file server 21 and the cloud exercise data server 22.

[0018] The exercise server 30 includes a data server 31 and a synchronization server 32.

[0019] During the simulation exercise, management server 10 downloads resource files from cloud resource file server 21 and then broadcasts them for storage on data server 31. Management server 10 also needs to download the exercise script from cloud exercise data server 22 and then broadcast it for storage on synchronization server 32. Data server 31 and synchronization server 32 then synchronize the resource files and exercise script to client 40.

[0020] The participants engage in a simulation exercise at client 40. Client 40 meticulously recreates the virtual factory environment and equipment based on received resource files. Client 40 executes the exercise process and acquires the tasks of the exercise role based on the exercise script. Client 40 collects the operation data of the participants and uploads it to synchronization server 32. Synchronization server 32 collects the operation data of each client 40 and broadcasts it to other clients 40. The operation data includes the movement, interaction, and command data of the role controlled by the participants on client 40.

[0021] During the simulation exercise, the different emergency response procedures performed by the participants resulted in variations in the emergency response process, necessitating real-time monitoring and adjustment of the exercise flow by the exercise commander. Specifically, the exercise commander can modify or adjust the exercise script at the synchronization server 32, including modifying simulation scenario parameters and assigning tasks to exercise roles. After adjustment, the new simulation scenario parameters are broadcast from the synchronization server 32 to all subordinate clients 40, and the new exercise role tasks are broadcast to selected clients 40 or to all subordinate clients 40. This allows the exercise commander to assign tasks and communicate with each client 40 in real time, ensuring that each participant clearly understands their task and can effectively collaborate with other participants.

[0022] Synchronization server 32 records and stores the modification history of the exercise script, providing a reference for the result evaluation after the exercise.

[0023] When modifications to the exercise script are required, the exercise commander can also create or modify the exercise script on the management server 10 or the synchronization server 32, and then upload the new exercise script to the cloud exercise data server 22 for archiving.

[0024] During the simulation exercise, to ensure the consistency of simulation data and time synchronization among the various client segments 40, the synchronization server 32 receives the operation data uploaded by the client 40, obtains the simulation scenario modification parameters based on a preset scenario change model, and broadcasts the operation data to other clients 40, as well as the simulation scenario modification parameters to all subordinate clients 40. Alternatively, after receiving the operation data uploaded by the client 40, the synchronization server 32 broadcasts the operation data to other clients 40, and each client 40 obtains the simulation scenario modification parameters based on a preset scenario change model.

[0025] Furthermore, the synchronization server 32 collects simulation scenario parameters from each client 40 at preset time intervals. When there are differences in the simulation scenario parameters among the clients 40, the synchronization server 32 obtains corrected simulation scenario parameters based on the received operation data records and broadcasts the corrected simulation scenario parameters to all subordinate clients 40. The preset time interval mentioned here can be adjusted by the exercise commander on the synchronization server 32 as needed.

[0026] In addition, the synchronization server 32 records the operation data uploaded by each client 40. After the simulation exercise is completed, the operation data is analyzed and evaluated based on a preset evaluation model, and the evaluation results are broadcast to all subordinate clients 40. The recording of operation data ensures effective retrospective analysis of the emergency response of each role after the exercise, providing effective data support for evaluating the exercise effect and improving emergency response.

Claims

1. A simulation exercise system, characterized in that: It includes a management server (10), which is electrically connected to a cloud data server (20) and a training server (30), and the training server (30) is electrically connected to three or more clients (40). The cloud data server (20) includes a cloud exercise data server (21), a cloud resource file server (22), and a cloud backup server (23). The cloud resource file server (21) is used to store basic material files including simulation scenarios, models, and interactive logic. The cloud exercise data server (22) is used to store user data including exercise scripts and exercise archives. The cloud backup server (23) backs up the data in the cloud resource file server (21) and the cloud exercise data server (22). The exercise server (30) includes a data server (31) and a synchronization server (32); During the simulation exercise, the management server (10) downloads resource files from the cloud resource file server (21) and broadcasts them to the data server (31), and downloads the exercise script from the cloud exercise data server (22) and broadcasts it to the synchronization server (32). The data server (31) and the synchronization server (32) synchronize the resource files and exercise script to the client (40) respectively. The client (40) collects the operation data of the exercise personnel and uploads it to the synchronization server (32). The synchronization server (32) collects the operation data of each client (40) and broadcasts it to other clients (40). The operation data includes the movement, interaction, and command data of the character controlled by the exercise personnel on the client (40).

2. The simulation training system according to claim 1, characterized in that: After receiving the operation data uploaded by the client (40), the synchronization server (32) obtains the simulation scene modification parameters based on the preset scene change model. The synchronization server (32) broadcasts the operation data to other clients (40) and broadcasts the simulation scene modification parameters to all subordinate clients (40).

3. The simulation training system according to claim 1, characterized in that: After receiving the operation data uploaded by the client (40), the synchronization server (32) broadcasts the operation data to other clients (40), and each client (40) obtains the simulation scene modification parameters based on the preset scene change model.

4. The simulation exercise system according to claim 2 or 3, characterized in that: The synchronization server (32) collects the simulation scene parameters of each client (40) at preset time intervals. When there are differences in the simulation scene parameters of each client (40), the synchronization server (32) obtains the corrected simulation scene parameters based on the received operation data records and broadcasts the corrected simulation scene parameters to all subordinate clients (40).

5. The simulation training system according to claim 1, characterized in that: The synchronization server (32) records the operation data uploaded by each client (40). After the simulation exercise is completed, the operation data is analyzed and evaluated based on the preset evaluation model, and the evaluation results are broadcast to all subordinate clients (40).

6. The simulation training system according to claim 1, characterized in that: The exercise commander creates or modifies the exercise script on the management server (10) or the synchronization server (32), and then uploads the new exercise script to the cloud exercise data server (22) for archiving.

7. The simulation training system according to claim 1, characterized in that: During the simulation exercise, the exercise commander modifies or adjusts the exercise script at the synchronization server (32), including modifying the simulation scenario parameters and assigning exercise role tasks. The new simulation scenario parameters are broadcast to all subordinate clients (40) by the synchronization server (32), and the new exercise role tasks are broadcast to the selected client (40) or to all subordinate clients (40). The synchronization server (32) records and stores the modification history of the exercise script.

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