Management system for using silos before inspection at mixing stations

Abstract

The present invention relates to a management system for uninspected use of silos at mixing stations, which belongs to the field of concrete production management technology. It solves technical problems such as uninspected use of aggregates, wrong use of aggregates, and difficulty in managing existing aggregate access control systems. The solution is: a management system for uninspected use of silos at mixing stations, including a management module, a monitoring module, a transmission module, a server, a storage module, and an early warning module; the management module is used for management personnel to manage and set the status of silos at mixing stations; the monitoring module is used for real-time monitoring of the loading, unloading, entry, and exit status of loaders and unloaders; the server is used to receive information transmitted by the transmission module and identify the trajectories of loaders and unloaders, and make response strategies based on the trajectories of loaders and unloaders; the early warning module is used to make early warning reminders based on the response strategies. Compared with the existing technology, the present invention has the advantages of avoiding uninspected use, avoiding wrong use of aggregates, reducing management difficulty, reducing interference from human factors, and improving work efficiency.

Description

Technical Field

[0001] The invention belongs to the technical field of concrete production management, and in particular relates to a management system for using silos before inspection at a mixing station. Background Art

[0002] As the quality and technology of the construction market continue to mature, the requirements for standardization and production quality of construction mixing plants are becoming increasingly stringent. Strict management systems have been established for the quality control of concrete used in construction projects, and strict control measures are also in place for the procurement and use of raw materials. Uninspected use of raw materials, or the misuse of raw materials, has always been a management challenge. Existing access control systems for powder tank soot blowing effectively address these issues. However, the uninspected use of aggregates and the misuse of aggregates remain a problem. Despite the implementation of access control systems, the management complexity and workload remain significant.

[0003] Existing aggregate silo access control systems utilize gates or infrared access control systems, combined with video surveillance. However, these systems cannot prevent misoperation, inaction, intentional power outages, and other unauthorized activities. Even with video surveillance, verification is time-consuming and extremely difficult to manage. This is especially true when there is intentional misuse of raw materials. Without a clear path to verification, the process is like searching for a needle in a haystack, making management virtually impossible. Summary of the Invention

[0004] In order to overcome the shortcomings of the existing technology and solve technical problems such as the use of aggregates without inspection, the use of wrong materials and the difficulty in managing the existing aggregate access control system, the present invention provides a management system for the use of aggregates without inspection in mixing stations.

[0005] The present invention is achieved through the following technical solutions.

[0006] The present invention provides a management system for pre-inspection use of a mixing station silo. The mixing station silo is equipped with several small silos and several belt scale unloading silos. Loaders and unloading trucks travel back and forth in and out of the mixing station silo. The system includes a management module, a monitoring module, a transmission module, a server, a storage module, and an early warning module.

[0007] The management module is used for the management personnel to manage and set the mixing station silo status, and the mixing station silo status includes the state of waiting for inspection and not loaded, the state of waiting for inspection and loaded, the state of qualified, and the state of unqualified clearance;

[0008] The monitoring module is used to monitor the loading, unloading, entry and exit status of the loader and unloader in the mixing station silo in real time;

[0009] The transmission module is used to transmit the information monitored in real time by the monitoring module to the server;

[0010] The server is used to receive information transmitted by the transmission module and identify the tracks of the loader and the unloader, and make a response strategy based on the tracks of the loader and the unloader;

[0011] The storage module is used to store the tracks of the loader and unloader identified by the server;

[0012] The early warning module is used to issue early warning reminders based on the response strategy made by the server. The early warning module includes a traffic light unit and a voice prompt unit. The traffic light unit is used to alternate the traffic lights according to the trajectories of the loader and unloader identified by the server, and the voice prompt unit is used for voice prompts; the traffic light unit includes a traffic light, which is a high-brightness three-light device. The traffic light unit alternates the traffic lights through a network control module; the traffic light unit is a yellow light when the state is unloaded for inspection, the traffic light unit is a red light when the state is loaded for inspection, the traffic light unit is a green light when the state is qualified, and the traffic light unit is a yellow light when the state is unqualified and cleared.

[0013] Furthermore, the monitoring module includes a first monitoring unit, which includes an intelligent camera and a panoramic camera. The intelligent camera is installed on the top of several small silos and the top of several belt scale unloading silos, and the panoramic camera is installed on the top of the mixing station silo.

[0014] Furthermore, the monitoring module includes a second monitoring unit, which includes a general camera, a panoramic camera and an AI algorithm server. The general camera is installed on the top of several small silos and the top of several belt scale unloading silos. The panoramic camera is installed on the top of the mixing station silo. The AI ​​algorithm server is used to identify loaders and unloading trucks.

[0015] Furthermore, the operation method of the management system for using the silo before inspection at the mixing station includes the following steps:

[0016] Preparation before aggregate delivery:

[0017] The management personnel use the management module to set the mixing station silo status to the pending inspection and unloaded state, and the traffic light unit is yellow. The monitoring module monitors in real time and saves the video. If the loader loads and unloads the silo, the server will make a corresponding policy judgment as uninspected use, and the early warning module will issue an early warning.

[0018] Real-time monitoring by the monitoring module after entering and ending the site:

[0019] After the aggregates are delivered to the site, the manager sets the mixing station silo status to the waiting-for-inspection loaded state through the management module, and the traffic light unit is red. The intelligent camera, panoramic camera of the first monitoring unit or the ordinary camera, panoramic camera of the second monitoring unit and the AI ​​algorithm server monitor the trajectory of the loader and unloader, and make judgments through the server. According to the trajectory of the loader and unloader, the corresponding strategy is made. If the loader or unloader enters or exits the small silo and the belt scale unloading silo, the server makes a corresponding strategy judgment that it is used before inspection, and the early warning module issues an early warning reminder;

[0020] Laboratory testing:

[0021] The management personnel takes samples for inspection in the sample room. If the inspection is qualified, a qualified inspection report will be issued. The management personnel will set the mixing station silo status to qualified status, and the traffic light unit will be green. If the unloading truck unloads the material, the server will make a corresponding strategy to determine it as illegal unloading, and the early warning module will issue an early warning reminder; if the inspection is unqualified, an unqualified inspection report will be issued. The management personnel will set the mixing station silo status to unqualified clearance status, and the traffic light unit will be yellow. If the loader loads the material out of the silo and unloads it to the belt scale unloading silo, the server will make a corresponding strategy to determine it as illegal material use, and the early warning module will issue an early warning reminder.

[0022] The beneficial effects achieved by the present invention are:

[0023] The present invention uses a monitoring module that monitors the loading, unloading, silo entry, and silo exit status of loaders and unloaders in the mixing station in real time. If the status is not updated or intentionally not updated within the specified time, an alarm will be triggered. This prevents the loader driver from unloading uninspected materials into the belt scale unloading bin due to misoperation or non-operation of the mixing station silo access control, which affects the quality of concrete.

[0024] By selecting the management module, managers can set the silo status of the mixing station according to the real-time status, remotely operate and reduce labor;

[0025] A server is used to identify the tracks of loaders and dump trucks and formulate response strategies based on their tracks, making it easier for regulators to screen massive amounts of video and facilitate accurate access to relevant videos for tracing.

[0026] The storage module is selected so that supervisory units can access and download data at any time, making data safe, reliable and easy to manage.

[0027] Use the early warning module to push alarm information in time. If illegal or unqualified aggregates have not yet been made into concrete, an alarm will be issued and a notification will be issued. The management unit will stop it in time to avoid further losses.

[0028] In addition, the management system for using the silo before inspection in the mixing station of the present invention has different viewing and management permissions for users at different levels, thereby ensuring the reliability of the data;

[0029] The present invention proposes an operating method for a management system for the use of aggregates in mixing station silos without inspection, which can promptly detect and stop the use of aggregates in mixing station silos without inspection, and prevent unqualified concrete from entering the construction site and causing losses. In addition, it can also reduce management difficulty and improve work efficiency.

[0030] Compared with the existing technology, the present invention has the advantages of avoiding use without inspection, avoiding the use of wrong materials, reducing management difficulty, reducing interference from human factors, and improving work efficiency. DETAILED DESCRIPTION

[0031] The present invention is described in further detail below with reference to the embodiments. Example

[0032] The pre-inspection management system for mixing station silos adjusts the permissions of various users based on the site environment, such as granting the construction company higher permissions than third-party inspection agencies, which in turn grant higher permissions than the mixing station and laboratory. The mixing station silo is equipped with several small silos and several belt scale unloading bins. Loaders and unloading trucks travel back and forth in and out of the silo. The system includes a management module, monitoring module, transmission module, server, storage module, and early warning module. The integration of these multiple modules improves work efficiency and production results.

[0033] The management module is used for management personnel to manage and set the mixing station silo status, remote operation, and reduce labor. The mixing station silo status includes the state of waiting for inspection and not loaded, the state of waiting for inspection and loaded, the state of qualified, and the state of unqualified clearance.

[0034] The monitoring module is used to monitor the loading, unloading, entry, and exit status of loaders and unloaders within the mixing station's silos in real time. Failure to update within a specified timeframe, or intentional omission, triggers an alarm. This prevents loader drivers from unloading uninspected materials into the conveyor belt scale discharge hopper, potentially impacting concrete quality, due to erroneous or non-operational access control at the mixing station's silos. The monitoring module comprises a first monitoring unit, which includes an intelligent camera and a panoramic camera. The intelligent cameras are located atop several small silos and several conveyor belt scale discharge hoppers. These cameras have built-in algorithms and, in conjunction with the traffic light unit, monitor the small silos and several conveyor belt scale discharge hoppers, capturing and uploading any violations. The panoramic camera, located atop the mixing station's silos, provides a comprehensive view of the entire silo area and collaborates with the intelligent camera to capture and upload videos of violations, forming a complete chain of video evidence. The panoramic camera rotates 360 degrees to record information about violating vehicles, the incident, the location of the violation, and material information.

[0035] The transmission module is used to transmit the information monitored in real time by the monitoring module to the server;

[0036] The server is used to receive information transmitted by the transmission module and identify the trajectories of loaders and unloaders. It also formulates response strategies based on these trajectories, making it easier for regulators to sift through massive amounts of video and facilitating accurate access to relevant videos for tracing. Regulators can use video images to identify violating units, locations, and incidents. Mixing station staff and supervisory managers install a dedicated app or WeChat mini-program on their phones. This app or WeChat mini-program allows mixing station staff to update the status of the mixing station's silos and traffic light units in real time and view alarm information for the mixing station. Supervisory managers can use this app or WeChat mini-program to view alarm information and status change records for all subordinate mixing stations.

[0037] The storage module is used to store the tracks of the loader and unloader identified by the server, which can be viewed and downloaded by the supervisory unit at any time. The data is safe, reliable and easy to manage.

[0038] The early warning module is used to issue early warning reminders based on the response strategy made by the server. The early warning module includes a traffic light unit and a voice prompt unit. The traffic light unit is used to alternate the traffic lights according to the trajectory of the loader and unloader identified by the server. The traffic light unit includes a traffic light, which is a high-brightness three-light device. The traffic light unit alternates the traffic lights through a network control module. The traffic light unit has a built-in switch and network relay, which can synchronize the existing gate access control to prevent human intervention. When the vehicle is in the unloaded state, the traffic light unit is yellow. At this time, the loader or unloader can freely enter and exit the mixing station silo. However, if the loader starts from the small silo and goes to the belt scale unloading silo to unload without passing through other small silos to load, it will be judged as unchecked use, triggering an alarm. The panoramic camera will save and upload the corresponding video and notify the management. When the vehicle is in the loaded state, the traffic light unit is red. At this time, all vehicles are prohibited from entering. Otherwise, an alarm will be triggered, and the panoramic camera will save and upload the corresponding video and notify the management. In the qualified state, the traffic light unit is green, and the loader can enter and exit the small silo. However, if the unloading truck enters the small silo to unload, an alarm will be triggered, and the corresponding video of the panoramic camera will be saved and uploaded, and the management will be notified. In the unqualified clearance state, the traffic light unit is yellow, and the loader or unloading truck can freely enter and exit the mixing station silo. However, if the loader starts from the small silo and goes to the belt scale unloading silo to unload without passing through other small silos to load, it will be judged as uninspected use, triggering an alarm, and the corresponding video of the panoramic camera will be saved and uploaded, and the management will be notified. The alternating changes of the traffic light unit's red and green lights enable the loader driver and the unloading truck driver to have an intuitive and clear understanding of the status of the mixing station silo. The voice prompt unit is used for voice prompts.

[0039] The operation method of the management system for using the silo before inspection at the mixing station includes the following steps:

[0040] Preparation before aggregate delivery:

[0041] The management personnel use the management module to set the mixing station silo status to pending inspection and unloaded. The traffic light unit is yellow. The monitoring module monitors in real time and saves the video. If the loader loads and unloads the silo, the server will make a corresponding policy judgment as uninspected use. The early warning module will issue an early warning, and the panoramic camera will save the corresponding video and upload it to notify the supervisor.

[0042] Real-time monitoring by the monitoring module after entering and ending the site:

[0043] After the aggregates are delivered to the site, the manager sets the mixing station silo status to "loaded pending inspection" through the management module. The traffic light unit turns red. The intelligent camera and panoramic camera of the first monitoring unit monitor the trajectory of the loader and unloader, and the server determines the trajectory and formulates corresponding strategies. If the loader or unloader enters or exits the small silo and the belt scale unloading silo, the server will make a corresponding strategy judgment as uninspected use. The early warning module will issue an early warning, and the panoramic camera will save the corresponding video and upload it to notify the supervisor.

[0044] Laboratory testing:

[0045] The management personnel takes samples for inspection in the sample room. If the inspection is qualified, a qualified inspection report will be issued. The management personnel will set the mixing station silo status to qualified status, and the traffic light unit will be green. If the unloading truck unloads the material, the server will make a corresponding strategy to determine it as illegal unloading, and the early warning module will issue an early warning reminder. The panoramic camera will save the corresponding video and upload it to notify the supervisor. If the inspection is unqualified, an unqualified inspection report will be issued. The management personnel will set the mixing station silo status to unqualified clearance status, and the traffic light unit will be yellow. If the loader loads the material out of the silo and unloads it to the belt scale unloading silo, the server will make a corresponding strategy to determine it as illegal use of materials, and the early warning module will issue an early warning reminder. The panoramic camera will save the corresponding video and upload it to notify the supervisor.

[0046] The present invention proposes an operating method for a management system for the use of aggregates in mixing station silos without inspection, which can promptly detect and stop the use of aggregates in mixing station silos without inspection, and prevent unqualified concrete from entering the construction site and causing losses. In addition, it can also reduce management difficulty and improve work efficiency. Example

[0047] The pre-inspection management system for mixing station silos adjusts the permissions of various users based on the site environment, such as granting the construction company higher permissions than third-party inspection agencies, which in turn grant higher permissions than the mixing station and laboratory. The mixing station silo is equipped with several small silos and several belt scale unloading bins. Loaders and unloading trucks travel back and forth in and out of the silo. The system includes a management module, monitoring module, transmission module, server, storage module, and early warning module. The integration of these multiple modules improves work efficiency and production results.

[0048] The management module is used for management personnel to manage and set the mixing station silo status, remote operation, and reduce labor. The mixing station silo status includes the state of waiting for inspection and not loaded, the state of waiting for inspection and loaded, the state of qualified, and the state of unqualified clearance.

[0049] The monitoring module is used to monitor the loading, unloading, entry, and exit status of loaders and unloaders within the mixing station's silos in real time. Failure to update within a specified timeframe, or intentional omission, triggers an alarm. This prevents loader drivers from unloading uninspected materials into the conveyor belt scale discharge hopper, potentially impacting concrete quality, due to erroneous or non-operational access control at the mixing station's silos. The monitoring module includes a second monitoring unit, which comprises a standard camera, a panoramic camera, and an AI algorithm server. The standard cameras are located atop several small silos and several conveyor belt scale discharge hoppers. The AI ​​algorithm server is used to identify loaders and unloaders. The standard cameras and AI algorithm server collaborate to identify loaders and unloaders and, in conjunction with the traffic light unit, monitor the small silos and several conveyor belt scale discharge hoppers, capturing and uploading any violations. The panoramic camera, located atop the mixing station's silos, provides a comprehensive view of the entire silo area. It collaborates with the intelligent camera to capture and upload videos of violations, forming a complete video evidence chain. The panoramic camera rotates 360 degrees to record information about violating vehicles, the incident, the location of the violation, and material information.

[0050] The transmission module is used to transmit the information monitored in real time by the monitoring module to the server;

[0051] The server is used to receive information transmitted by the transmission module and identify the trajectories of loaders and unloaders. It also formulates response strategies based on these trajectories, making it easier for regulators to sift through massive amounts of video and facilitating accurate access to relevant videos for tracing. Regulators can use video images to identify violating units, locations, and incidents. Mixing station staff and supervisory managers install a dedicated app or WeChat mini-program on their phones. This app or WeChat mini-program allows mixing station staff to update the status of the mixing station's silos and traffic light units in real time and view alarm information for the mixing station. Supervisory managers can use this app or WeChat mini-program to view alarm information and status change records for all subordinate mixing stations.

[0052] The storage module is used to store the tracks of the loader and unloader identified by the server, which can be viewed and downloaded by the supervisory unit at any time. The data is safe, reliable and easy to manage.

[0053] The early warning module is used to issue early warning reminders based on the response strategy made by the server. The early warning module includes a traffic light unit and a voice prompt unit. The traffic light unit is used to alternate the traffic lights according to the trajectory of the loader and unloader identified by the server. The traffic light unit includes a traffic light, which is a high-brightness three-light device. The traffic light unit alternates the traffic lights through a network control module. The traffic light unit has a built-in switch and network relay, which can synchronize the existing gate access control to prevent human intervention. When the vehicle is in the unloaded state, the traffic light unit is yellow. At this time, the loader or unloader can freely enter and exit the mixing station silo. However, if the loader starts from the small silo and goes to the belt scale unloading silo to unload without passing through other small silos to load, it will be judged as unchecked use, triggering an alarm. The panoramic camera will save and upload the corresponding video and notify the management. When the vehicle is in the loaded state, the traffic light unit is red. At this time, all vehicles are prohibited from entering. Otherwise, an alarm will be triggered, and the panoramic camera will save and upload the corresponding video and notify the management. In the qualified state, the traffic light unit is green, and the loader can enter and exit the small silo. However, if the unloading truck enters the small silo to unload, an alarm will be triggered, and the corresponding video of the panoramic camera will be saved and uploaded, and the management will be notified. In the unqualified clearance state, the traffic light unit is yellow, and the loader or unloading truck can freely enter and exit the mixing station silo. However, if the loader starts from the small silo and goes to the belt scale unloading silo to unload without passing through other small silos to load, it will be judged as uninspected use, triggering an alarm, and the corresponding video of the panoramic camera will be saved and uploaded, and the management will be notified. The alternating changes of the traffic light unit's red and green lights enable the loader driver and the unloading truck driver to have an intuitive and clear understanding of the status of the mixing station silo. The voice prompt unit is used for voice prompts.

[0054] The operation method of the management system for using the silo before inspection at the mixing station includes the following steps:

[0055] Preparation before aggregate delivery:

[0056] The management personnel use the management module to set the mixing station silo status to pending inspection and unloaded. The traffic light unit is yellow. The monitoring module monitors in real time and saves the video. If the loader loads and unloads the silo, the server will make a corresponding policy judgment as uninspected use. The early warning module will issue an early warning, and the panoramic camera will save the corresponding video and upload it to notify the supervisor.

[0057] Real-time monitoring by the monitoring module after entering and ending the site:

[0058] After the aggregates are delivered to the site, the manager sets the mixing station silo status to "loaded pending inspection" through the management module, and the traffic light unit turns red. The ordinary camera, panoramic camera, and AI algorithm server of the second monitoring unit monitor the trajectory of the loader and unloader, and make judgments through the server. According to the trajectory of the loader and unloader, the corresponding strategy is made. If the loader or unloader enters or exits the small silo and the belt scale unloading silo, the server will make a corresponding strategy judgment as uninspected use. The early warning module will issue an early warning, and the panoramic camera will save the corresponding video and upload it to notify the supervisor.

[0059] Laboratory testing:

[0060] The management personnel takes samples for inspection in the sample room. If the inspection is qualified, a qualified inspection report will be issued. The management personnel will set the mixing station silo status to qualified status, and the traffic light unit will be green. If the unloading truck unloads the material, the server will make a corresponding strategy to determine it as illegal unloading, and the early warning module will issue an early warning reminder. The panoramic camera will save the corresponding video and upload it to notify the supervisor. If the inspection is unqualified, an unqualified inspection report will be issued. The management personnel will set the mixing station silo status to unqualified clearance status, and the traffic light unit will be yellow. If the loader loads the material out of the silo and unloads it to the belt scale unloading silo, the server will make a corresponding strategy to determine it as illegal use of materials, and the early warning module will issue an early warning reminder. The panoramic camera will save the corresponding video and upload it to notify the supervisor.

[0061] The present invention proposes an operating method for a management system for the use of aggregates in mixing station silos without inspection, which can promptly detect and stop the use of aggregates in mixing station silos without inspection, and prevent unqualified concrete from entering the construction site and causing losses. In addition, it can also reduce management difficulty and improve work efficiency.

[0062] The above describes the implementation methods of the present invention in detail, but the present invention is not limited to the above implementation methods. The implementation methods can still be changed within the scope of knowledge possessed by ordinary technicians in this field. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the scope of protection of the present invention.

Claims

1. A management system for pre-inspection use of a mixing station silo. The mixing station silo is equipped with several small silos and several belt scale unloading silos. Loaders and unloading trucks travel back and forth in and out of the mixing station silo. The system is characterized by: Includes management module, monitoring module, transmission module, server, storage module and early warning module; The management module is used for the management personnel to manage and set the mixing station silo status, and the mixing station silo status includes the state of waiting for inspection and not loaded, the state of waiting for inspection and loaded, the state of qualified, and the state of unqualified clearance; The monitoring module is used to monitor the loading, unloading, entry and exit status of the loader and unloader in the mixing station silo in real time; The transmission module is used to transmit the information monitored in real time by the monitoring module to the server; The server is used to receive information transmitted by the transmission module and identify the tracks of the loader and the unloader, and make a response strategy based on the tracks of the loader and the unloader; The storage module is used to store the tracks of the loader and unloader identified by the server; The early warning module is used to issue early warning reminders based on the response strategy made by the server; The early warning module includes a traffic light unit and a voice prompt unit. The traffic light unit is used to alternate the traffic light according to the trajectories of the loader and the unloader identified by the server, and the voice prompt unit is used for voice prompts; the traffic light unit includes a traffic light, which is a high-brightness three-light device, and the traffic light unit alternates the traffic light through a network control module; the traffic light unit is a yellow light when the vehicle is in the uninstalled state to be inspected, a red light when the vehicle is in the installed state to be inspected, a green light when the vehicle is in the qualified state, and a yellow light when the vehicle is in the unqualified clearance state.

2. The management system for using silos before inspection in a mixing station according to claim 1 is characterized by: The monitoring module includes a first monitoring unit, which includes an intelligent camera and a panoramic camera. The intelligent camera is installed on the top of several small silos and the top of several belt scale unloading silos, and the panoramic camera is installed on the top of the mixing station silo.

3. The management system for using silos before inspection in a mixing station according to claim 1 is characterized by: The monitoring module includes a second monitoring unit, which includes a general camera, a panoramic camera and an AI algorithm server. The general camera is installed on the top of several small silos and the top of several belt scale unloading silos. The panoramic camera is installed on the top of the mixing station silo. The AI ​​algorithm server is used to identify loaders and unloading trucks.

4. The method for operating the management system for pre-inspected use of silos in a mixing station according to any one of claims 1 to 3 is characterized by: The following steps are involved: Preparation before aggregate delivery: The management personnel use the management module to set the mixing station silo status to the pending inspection and unloaded state, and the traffic light unit is yellow. The monitoring module monitors in real time and saves the video. If the loader loads and unloads the silo, the server will make a corresponding policy judgment as uninspected use, and the early warning module will issue an early warning. Real-time monitoring by the monitoring module after entering and ending the site: After the aggregates are delivered to the site, the manager sets the mixing station silo status to the waiting-for-inspection loaded state through the management module, and the traffic light unit is red. The intelligent camera, panoramic camera of the first monitoring unit or the ordinary camera, panoramic camera of the second monitoring unit and the AI ​​algorithm server monitor the trajectory of the loader and unloader, and make judgments through the server. According to the trajectory of the loader and unloader, the corresponding strategy is made. If the loader or unloader enters or exits the small silo and the belt scale unloading silo, the server makes a corresponding strategy judgment that it is used before inspection, and the early warning module issues an early warning reminder; Laboratory testing: The manager takes samples for inspection in the sample room. If the inspection is qualified, a qualified inspection report is issued. The manager sets the mixing station silo status to qualified, and the traffic light unit turns green. If the unloading truck unloads, the server will make a corresponding policy judgment as illegal unloading, and the early warning module will issue an early warning alert; If the inspection fails, an unqualified inspection report will be issued, and the management personnel will set the mixing station silo status to unqualified clearance status, and the traffic light unit will be yellow. If the loader loads the material out of the silo and unloads it to the belt scale unloading silo, the server will make a corresponding strategy to determine that it is an illegal use of materials, and the early warning module will issue an early warning reminder.