A mine auxiliary operation management system

Abstract

The present invention relates to the technical field of mine auxiliary operation management, and specifically, to a mine auxiliary operation management system. It includes an auxiliary operation management system, a resource monitoring system, a data synchronization system, a GPS positioning module and a transmission module. The auxiliary operation management system includes a manual management terminal, an intelligent allocation processing module, a data storage module, a monitoring module and a prompt module. The auxiliary operation management system is electrically connected to the transmission module. The present invention uses an auxiliary operation management system, so that when the management personnel have no time to manage the operation during use, the intelligent allocation processing module can be used to reasonably issue management instructions to different operation vehicles and tools according to current conditions. In this way, in the process of mine auxiliary operation management, the labor cost is effectively reduced, and at the same time, it is avoided that the problem of resource waste and safety hazards caused by human autonomous judgment is often avoided.

Description

Technical Field

[0001] The present invention relates to the technical field of mine auxiliary operations, and in particular to a mine auxiliary operation management system. Background Art

[0002] A mine refers to an independent production and operation unit that mines ores with a certain mining area. A mine mainly includes one or more mining workshops and some auxiliary workshops. Most mines also include a beneficiation plant. During the operation of a mine, it is often managed in conjunction with a management system.

[0003] The auxiliary mine operation management in the prior art can assist in the management of mine operation vehicles and tools during use, but it is often done through manual monitoring of mines, and instructions are issued by management personnel, and the operation vehicles and tools are managed through voice dispatch. However, due to the large number of mine operation vehicles and tools, there are management confusion and inadequate management in the management process. At the same time, it is also impossible to issue accurate instructions in real time according to the situation of mine operations. It is often done through human autonomous judgment, which will lead to waste of resources and safety hazards.

[0004] The Chinese patent with publication number: CN215867666U discloses a mine auxiliary operation management system. The utility model provides a mine auxiliary operation management system, including: a ground management system and a management terminal arranged on a mining vehicle and connected to the ground management system, the management terminal including: an inertial navigation unit configured to obtain positioning information of the mining vehicle; a control host connected to the inertial navigation unit, including an expansion board and a power supply and a core board connected to the expansion board; a touch display unit connected to the control host; a communication unit connected to the control host and the ground management system. The mine auxiliary operation management system provided by the utility model can realize effective management of mining vehicles and improve the safety and work efficiency of the mining system.

[0005] The above scheme can achieve effective management of mining vehicles and improve the safety and work efficiency of the mining system, but it cannot issue accurate instructions in real time according to the situation of mining operations. It is often based on human autonomous judgment, which will lead to waste of resources and safety hazards, and fails to solve the problems in the above background technology.

[0006] In view of this, the present utility model is proposed. Summary of the invention

[0007] The purpose of the present invention is to provide a mine auxiliary operation management system to solve the problems raised in the above background technology.

[0008] To achieve the above-mentioned object, one of the objects of the present invention is to provide a mine auxiliary operation management system, including an auxiliary operation management system, a resource monitoring system, a data synchronization system, a GPS positioning module and a transmission module;

[0009] The auxiliary operation management system includes a manual management terminal, an intelligent allocation processing module, a data storage module, a monitoring module and a prompt module. The auxiliary operation management system is electrically connected to the transmission module, the manual management terminal is wirelessly connected to the operation vehicle and the tool, the manual management terminal is electrically connected to the prompt module, the data storage module, the cloud database and the data fusion module, the intelligent allocation processing module is electrically connected to the data storage module, the prompt module, the cloud database and the data fusion module, and the monitoring module is wirelessly connected to the operation vehicle and the tool and the GPS positioning module;

[0010] The resource monitoring system includes an operating drone, a mine resource collection module, a mine resource update module, an operating area collection module and an operating area update module. The resource monitoring system is electrically connected to the data fusion module. The operating drone is wirelessly connected to the mine resource collection module, the mine resource update module, the operating area collection module and the operating area update module. The mine resource collection module is electrically connected to the mine resource update module and the cloud database, and the operating area collection module is electrically connected to the operating area update module.

[0011] The data synchronization system includes a cloud database and a data fusion module, and the cloud database is electrically connected to the transmission module.

[0012] As a further improvement of the technical solution, the function of the manual management terminal is that the operator issues instructions to the operating vehicles and tools in the mining operation process through the manual management terminal;

[0013] The function of the intelligent allocation processing module is to allocate the operation resources reasonably and intelligently through the intelligent allocation processing module and assign the operation resources to the operation vehicles or tools when the operator fails to assign the operation vehicles or tools within the specified time.

[0014] The data storage module is used to store the instructions issued by the management system including the manual management terminal and the intelligent allocation processing module to different working vehicles and tools, and to store all the working vehicle and tool information, usage and operator information.

[0015] As a further improvement of the technical solution, the function of the monitoring module is that the monitoring module cooperates with the GPS positioning module to locate all working vehicles and tools, and monitors the positions of all working vehicles and tools in real time, and transmits warning signals to the working vehicles and tools when the working areas of the working vehicles and tools deviate or enter the dangerous areas;

[0016] The function of the prompt module is that when the operating vehicle and equipment transmit a request to issue a management instruction, the prompt module will give a prompt at the manual management terminal so that it can be better discovered by the operator, and when the manual management terminal does not issue an operation instruction within the specified time, the prompt module will transmit the management signal to the intelligent allocation processing module.

[0017] As a further improvement of the technical solution, the allocation method of the intelligent allocation processing module includes the following steps:

[0018] S1: First, after receiving the information transmitted by the prompt module, the intelligent allocation processing module collects the information of the operating vehicles or tools that need to be issued management instructions through the data storage module;

[0019] S2: Analyze the information of the working vehicles or tools that need to be managed;

[0020] S3: Combine the data transmitted by the data fusion module and further analyze it based on the progress of the previous work, the remaining time of the work and the demand;

[0021] S4: Afterwards, the best management instruction is obtained after analysis, and the instruction is transmitted to the working vehicle or tool;

[0022] S5: The operation information of the operation vehicle or tool after the final instruction is issued is transmitted to the data storage module.

[0023] As a further improvement of the technical solution, the function of the working drone is to collect signals in the operating mine area and the current operating area through the working drone at the specified time, and transmit the video data to the mine resource collection module and the operating area collection module;

[0024] The function of the mine resource acquisition module is to collect data of the current operating mine area through the operating drone, generate the current mine plane data map through the collected data, and update the mine plane data map according to the mine resource update module;

[0025] The function of the mine resource update module is to compare the mine data collected by the operating drone during daily work with the previous mine data and transmit the differences to the mine resource collection module;

[0026] The function of the operation area acquisition module is to collect the operation area conditions in the current mine area through the operation drone, generate estimated data, transmit the estimated data to the manual management terminal and the intelligent allocation processing module, and update the estimated data according to the operation area update module;

[0027] The function of the operation area update module is to compare the data in the mine operation area collected by the operation drone during daily work with the previous estimated data and transmit the differences to the operation area collection module.

[0028] As a further improvement of the technical solution, the method for generating a mine plane data map and updating the generated mine plane data map of the mine resource acquisition module includes the following steps:

[0029] S1: First, collect information about the current mining area through the operating drone;

[0030] S2: splicing and processing the information collected by the operating drone to form a preliminary mine data map;

[0031] S3: Secondly, the mine data map is installed with the information collected by the operating drone to mine the operating area, process the operating area, etc.;

[0032] Manage the division of work area and rest area;

[0033] S4: Then the preliminary mine data map is gridded and the longitudinal coordinates and transverse coordinates are generated to complete the construction of the mine plane data map, and finally the mine plane data map is transmitted to the cloud database for storage;

[0034] S5: After receiving the updated data processed by the mine resource update module, the mine plan data map is updated, and the latest mine plan data map is transmitted to the cloud database for storage.

[0035] As a further improvement of the technical solution, the cloud database is used to store the instruction information in the auxiliary operation management system and store the mine plane data map generated by the mine resource acquisition module;

[0036] The function of the data fusion module is to analyze and fuse the data collected and stored in the data synchronization system, transmit the powder box and the fused data information to the manual management terminal for reference by the operator, and transmit it to the intelligent allocation processing module for intelligent allocation processing.

[0037] As a further improvement of the technical solution, a GPS positioning module is installed inside all working vehicles and tools, so that all working vehicles and tools can be positioned in real time.

[0038] As a further improvement of the technical solution, the instructions and other operations issued in the resource monitoring system are transmitted to the user's mobile terminal for the user of the mobile terminal to review.

[0039] Compared with the prior art, the present invention has the following beneficial effects:

[0040] 1. In the mine auxiliary operation management system, through the auxiliary operation management system, when the management personnel are too busy to manage the operation during use, the intelligent allocation processing module can be used to reasonably issue management instructions to different operation vehicles and tools according to the current conditions. In this way, in the process of mine auxiliary operation management, the labor cost is effectively reduced, and at the same time, the problem of resource waste and safety hazards caused by human autonomous judgment is avoided.

[0041] 2. In the mine auxiliary operation management system, through the resource monitoring system set up, in the process of mine auxiliary operation management, the mine data can be collected by the operation drone, and the current mine plane data map can be generated by the collected data, and it can be updated daily. In this way, the mine plane data map is generated through the mine resource collection module, so that the resource distribution of the current mine and other information can be more intuitively observed through the mine plane data map, and through the set operation area collection module, estimated data can be generated, and adjustments can be made in the mine management process according to the estimated data. BRIEF DESCRIPTION OF THE DRAWINGS

[0042] Figure 1 It is a schematic diagram of the overall system structure of the present invention;

[0043] Figure 2 It is a schematic diagram of the structure of the auxiliary operation management system of the present invention;

[0044] Figure 3 It is a schematic diagram of the structure of the data synchronization system of the present invention;

[0045] Figure 4 It is a schematic diagram of the allocation method flow of the intelligent allocation processing module of the present invention;

[0046] Figure 5 It is a schematic diagram of the flow of the mine resource acquisition module of the present invention for generating a mine plane data map and a method for updating the generated mine plane data map. DETAILED DESCRIPTION

[0047] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only 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.

[0048] Example 1

[0049] See also Figure 1 - Figure 3 As shown, one of the purposes of this embodiment is to provide a mine auxiliary operation management system, including an auxiliary operation management system, a resource monitoring system, a data synchronization system, a GPS positioning module and a transmission module;

[0050] The auxiliary operation management system includes a manual management terminal, an intelligent allocation processing module, a data storage module, a monitoring module and a prompting module. The auxiliary operation management system is electrically connected to the transmission module, the manual management terminal is wirelessly connected to the operation vehicle and the tools, the manual management terminal is electrically connected to the prompting module, the data storage module, the cloud database and the data fusion module, the intelligent allocation processing module is electrically connected to the data storage module, the prompting module, the cloud database and the data fusion module, and the monitoring module is wirelessly connected to the operation vehicle and the tools and the GPS positioning module;

[0051] The resource monitoring system includes an operating drone, a mine resource collection module, a mine resource update module, an operating area collection module and an operating area update module. The resource monitoring system is electrically connected to the data fusion module. The operating drone is wirelessly connected to the mine resource collection module, the mine resource update module, the operating area collection module and the operating area update module. The mine resource collection module is electrically connected to the mine resource update module and the cloud database. The operating area collection module is electrically connected to the operating area update module.

[0052] The data synchronization system includes a cloud database and a data fusion module, and the cloud database is electrically connected to the transmission module.

[0053] The function of the manual management terminal is that the operator issues instructions to the operating vehicles and tools in the mine operation process through the manual management terminal. Through the set manual management terminal, the operator can issue instructions to the operating vehicles and tools in the mine operation process through the manual management terminal in the process of mine auxiliary operation management;

[0054] The function of the intelligent allocation processing module is to allocate operating resources reasonably and intelligently through the intelligent allocation processing module and assign them to operating vehicles or tools when the operator fails to issue designated operating vehicles or tools within the specified time. Through the set intelligent allocation processing module, in the process of mine auxiliary operation management, the operating vehicles or tools that need to be issued management instructions can be automatically and intelligently allocated;

[0055] The function of the data storage module is to store the instructions issued to different work vehicles and tools by the management system including the manual management terminal and the intelligent allocation processing module, and to store all the work vehicle and tool information, purpose and operator information. Through the set data storage module, the instructions issued to different work vehicles and tools during use can be stored, and all the work vehicle and tool information, purpose and operator information can be stored.

[0056] The function of the monitoring module is that the monitoring module cooperates with the GPS positioning module to locate all the working vehicles and tools, and monitors the positions of all the working vehicles and tools in real time, and transmits warning signals to the working vehicles and tools when the working areas of the working vehicles and tools deviate or enter the dangerous areas. Through the set monitoring module, the positions of all the working vehicles and tools are monitored in real time during use, and when the working areas of the working vehicles and tools deviate or enter the dangerous areas, warning signals are transmitted to the working vehicles and tools;

[0057] The function of the prompt module is that when the operating vehicles and tools transmit the request to issue a management instruction, the prompt module will prompt at the manual management terminal so that it can be better discovered by the operator, and when the manual management terminal does not issue an operation instruction within the specified time, the prompt module will transmit the management signal to the intelligent allocation processing module. Through the set prompt module, when the operating vehicles and tools complete the work and apply for the next management instruction, the prompt module can be used to prompt the manual management terminal so that it can be better discovered by the operator, and when the manual management terminal does not issue an operation instruction within the specified time, the prompt module will transmit the management signal to the intelligent allocation processing module.

[0058] The function of the operating drone is to collect signals in the operating mine area and the current operating area through the operating drone at the specified time, and transmit the video data to the mine resource collection module and the operating area collection module. Through the set operating drone, the operating drone can collect data for the mine resource collection module, the mine resource update module, the operating area collection module and the operating area update module during use;

[0059] The function of the mine resource acquisition module is to collect data of the current operating mine area through the operating drone, generate the current mine plane data map through the collected data, and update the mine plane data map according to the mine resource update module. Through the set mine resource acquisition module, the mine plane data map is generated through the mine resource acquisition module during use, so that the resource distribution of the current mine and other information can be more intuitively observed through the mine plane data map;

[0060] The function of the mine resource update module is to compare the mine data collected by the operating drone in daily work with the previous mine data, and transmit the differences to the mine resource acquisition module. Through the set mine resource update module, the mine resources can be updated during use, so as to observe the plane data map of the current mine more intuitively;

[0061] The function of the operation area acquisition module is to collect the operation area conditions in the current mine area through the operation drone, generate estimated data, transmit the estimated data to the manual management terminal and the intelligent allocation processing module, and update the estimated data according to the operation area update module. Through the set operation area acquisition module, estimated data can be generated and adjusted according to the estimated data in the mine management process;

[0062] The function of the operating area update module is to compare the data in the mine operating area collected by the operating drone during daily work with the previous estimated data, and transmit the differences to the operating area collection module. Through the set area update module, the data in the operating area can be updated in a timely manner.

[0063] The cloud database is used to store the instruction information in the auxiliary operation management system and the mine plane data map generated by the mine resource acquisition module. Through the set cloud database, the previous instruction information and mine plane data map can be searched during use;

[0064] The function of the data fusion module is to analyze and fuse the data collected and stored in the data synchronization system, transmit the powder box and the fused data information to the manual management terminal for the operator's reference, and transmit it to the intelligent allocation processing module for intelligent allocation processing. Through the set data fusion module, the data collected and stored in the data synchronization system can be fused and analyzed, so that the more streamlined data can be transmitted to the manual management terminal for the operator's reference and transmitted to the intelligent allocation processing module for intelligent allocation processing.

[0065] The function of the GPS positioning module is to install the GPS positioning module inside all work vehicles and tools, so that all work vehicles and tools can be located in real time. Through the set GPS positioning module, all work vehicles and tools can be located during use.

[0066] The function of the transmission module is to transmit the instructions and other operations issued in the resource monitoring system to the user's mobile terminal for the user of the mobile terminal to view. Through the set transmission module, the user can remotely view the issued instructions through the mobile device, which facilitates remote operation.

[0067] The specific use process in this embodiment is as follows: first, through the set manual management terminal, in the process of mine auxiliary operation management, instructions can be issued to the operating vehicles and tools in the mine operation process through the manual management terminal, and through the set prompt module, when the operating vehicles and tools complete the operation and apply for the next management instruction, the prompt module can prompt the manual management terminal, so that it can be better discovered by the operator, and when the manual management terminal does not issue an operation instruction within the specified time, the prompt module will transmit the management signal to the intelligent allocation processing module, so that through the set intelligent allocation processing module, in the process of mine auxiliary operation management, the operating vehicles or tools that need to be issued management instructions can be automatically intelligently allocated, and secondly, through the set monitoring module, in the process of use, the location of all operating vehicles and tools is monitored in real time, and when the operating area of ​​the operating vehicles and tools is offset or enters the dangerous area, the operating vehicles and tools are transmitted. Signals, and then through the set operating drone, in the process of use, the operating drone can be used for mine resources The acquisition module, mine resource update module, operation area acquisition module and operation area update module collect data, and then through the set mine resource acquisition module, a mine plane data map is generated through the mine resource acquisition module during use, so that the resource distribution of the current mine and other information can be more intuitively observed through the mine plane data map. At the same time, through the set mine resource update module, the mine resources can be updated during use, so that the plane data map of the current mine can be more intuitively observed, and through the set operation area acquisition module, estimated data can be generated, and adjustments can be made in the mine management process according to the estimated data, and then in conjunction with the area update module, the data of the operation area can be updated in a timely manner. Finally, through the set data fusion module, the data collected and stored in the data synchronization system can be fused and analyzed, so that the more streamlined data can be transmitted to the manual management terminal for reference by the operator and transmitted to the intelligent allocation processing module for intelligent allocation processing. In this way, a mine auxiliary operation management system is completed.

[0068] Example 2

[0069] See also Figure 4 As shown, one of the purposes of this embodiment is to provide a mine auxiliary operation management system, and the allocation method of the intelligent allocation processing module includes the following steps:

[0070] S1: First, after receiving the information transmitted by the prompt module, the intelligent allocation processing module collects the information of the operating vehicles or tools that need to be issued management instructions through the data storage module;

[0071] S2: Analyze the information of the working vehicles or tools that need to be managed;

[0072] S3: Combine the data transmitted by the data fusion module and further analyze it based on the progress of the previous work, the remaining time of the work and the demand;

[0073] S4: Afterwards, the best management instruction is obtained after analysis, and the instruction is transmitted to the working vehicle or tool;

[0074] S5: The operation information of the operation vehicle or tool after the final instruction is issued is transmitted to the data storage module.

[0075] Example 3

[0076] See also Figure 5 As shown, one of the purposes of this embodiment is to provide a mine auxiliary operation management system, and the method for generating a mine plane data map and updating the generated mine plane data map of the mine resource acquisition module includes the following steps:

[0077] S1: First, collect information about the current mining area through the operating drone;

[0078] S2: splicing and processing the information collected by the operating drone to form a preliminary mine data map;

[0079] S3: Secondly, the mine data map is installed with the information collected by the operating drone to mine the operating area, process the operating area, etc.;

[0080] Manage the division of work area and rest area;

[0081] S4: Then the preliminary mine data map is gridded and the longitudinal coordinates and transverse coordinates are generated to complete the construction of the mine plane data map, and finally the mine plane data map is transmitted to the cloud database for storage;

[0082] S5: After receiving the update data processed by the mine resource update module, the mine plan data map is updated, and the latest mine plan data map is transmitted to the cloud database for storage.

[0083] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. The above embodiments and descriptions are only preferred examples of the present invention and are not intended to limit the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A mine auxiliary operation management system, characterized in that: It includes auxiliary operation management system, resource monitoring system, data synchronization system, GPS positioning module and transmission module; The auxiliary operation management system includes a manual management terminal, an intelligent allocation processing module, a data storage module, a monitoring module and a prompt module; The function of the manual management terminal is that the operator issues instructions to the operating vehicles and tools in the mining operation process through the manual management terminal; The function of the intelligent allocation processing module is to allocate operating resources reasonably and intelligently through the intelligent allocation processing module and issue instructions to the operating vehicles or tools when the operator fails to issue instructions to the required operating vehicles or tools within the specified time; The function of the data storage module is to store the instructions issued by the management system including the manual management terminal and the intelligent allocation processing module to different working vehicles and tools, and to store all the working vehicle and tool information, usage and operator information; The monitoring module cooperates with the GPS positioning module to locate all working vehicles and tools, and monitors the positions of all working vehicles and tools in real time, and transmits warning signals to the working vehicles and tools when the working areas of the working vehicles and tools deviate or enter the dangerous areas; The function of the GPS positioning module is to install the GPS positioning module inside all working vehicles and tools to locate all working vehicles and tools in real time; The function of the prompt module is that when the operation vehicle and the tool transmit the request to issue a management instruction, the prompt module will prompt the manual management terminal. If the manual management terminal does not issue an operation instruction within the specified time, the prompt module will transmit the management signal to the intelligent allocation processing module; The auxiliary operation management system is electrically connected to the transmission module, the manual management terminal is wirelessly connected to the operation vehicle and the tool, the manual management terminal is electrically connected to the prompt module, the data storage module, the cloud database and the data fusion module, the intelligent allocation processing module is electrically connected to the data storage module, the prompt module, the cloud database and the data fusion module, and the monitoring module is wirelessly connected to the operation vehicle and the tool and the GPS positioning module; The resource monitoring system includes an operating drone, a mine resource collection module, a mine resource update module, an operating area collection module and an operating area update module. The resource monitoring system is electrically connected to the data fusion module. The operating drone is wirelessly connected to the mine resource collection module, the mine resource update module, the operating area collection module and the operating area update module. The mine resource collection module is electrically connected to the mine resource update module and the cloud database, and the operating area collection module is electrically connected to the operating area update module. The data synchronization system includes a cloud database and a data fusion module, and the cloud database is electrically connected to the transmission module; The allocation method of the intelligent allocation processing module comprises the following steps: S1: First, after receiving the information transmitted by the prompt module, the intelligent allocation processing module collects the information of the operating vehicles or tools that need to be issued management instructions through the data storage module; S2: Analyze the information of the working vehicles or tools that need to be managed; S3: Combine the data transmitted by the data fusion module and further analyze it based on the progress of the previous work, the remaining time of the work and the demand; S4: Afterwards, the best management instruction is obtained after analysis, and the instruction is transmitted to the working vehicle or tool; S5: The operation information of the operation vehicle or tool after the last instruction is issued is transmitted to the data storage module; The function of the operating drone is to collect signals in the operating mine area and the current operating area through the operating drone at the specified time, and transmit the video data to the mine resource collection module and the operating area collection module; The function of the mine resource acquisition module is to collect data of the current operating mine area through the operating drone, generate the current mine plane data map through the collected data, and update the mine plane data map according to the mine resource update module; The function of the mine resource update module is to compare the mine data collected by the operating drone during daily work with the previous mine data and transmit the differences to the mine resource collection module; The function of the operation area acquisition module is to collect the operation area conditions in the current mine area through the operation drone, generate estimated data, transmit the estimated data to the manual management terminal and the intelligent allocation processing module, and update the estimated data according to the operation area update module; The function of the operation area update module is to compare the data in the mine operation area collected by the operation drone during daily work with the previous estimated data and transmit the differences to the operation area collection module; The method for generating a mine plane data map and updating the mine plane data map of the mine resource acquisition module comprises the following steps: S1: First, collect information about the current mining area through the operating drone; S2: splicing and processing the information collected by the operating drone to form a preliminary mine data map; S3: Secondly, the mine data map is installed with the information collected by the operating drone to divide it into mining operation area, processing operation area, management operation area and rest area; S4: Then the preliminary mine data map is gridded and the longitudinal coordinates and transverse coordinates are generated to complete the construction of the mine plane data map, and finally the mine plane data map is transmitted to the cloud database for storage; S5: After receiving the update data processed by the mine resource update module, the mine plan data map is updated, and the latest mine plan data map is transmitted to the cloud database for storage.

2. The mine auxiliary operation management system according to claim 1, characterized in that: The cloud database is used to store the instruction information in the auxiliary operation management system and store the mine plane data map generated by the mine resource acquisition module; The function of the data fusion module is to analyze and fuse the data collected and stored in the data synchronization system, transmit the analyzed and fused data information to the manual management terminal for reference by the operator, and transmit it to the intelligent allocation processing module for intelligent allocation processing.

3. The mine auxiliary operation management system according to claim 2, characterized in that: The function of the transmission module is to transmit the instruction information to the user's mobile terminal according to the instruction issued by the resource monitoring system, so that the user of the mobile terminal can check it.

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