Powder warehousing management and control method and system and storage medium

Abstract

The invention relates to the technical field of concrete production, in particular to a powder warehousing management and control method and system and a storage medium, and the method comprises the following steps: according to powder information corresponding to a transport vehicle according with preset matching characteristics, obtaining the type and the amount of powder transported by the transport vehicle; the method comprises the following steps of: comparing powder types with planned metering in a powder warehousing plan, if the powder metering accords with a warehousing rule of the planned metering, completing powder warehousing according to a warehousing space, and after warehousing is completed, if the warehousing metering accords with an out-of-field rule of the powder metering, generating a corresponding powder warehousing record so as to update the powder warehousing plan. Therefore, the powder conforming to the preset matching characteristics and the warehousing rule can be warehoused in the corresponding warehousing bin according to the corresponding powder warehousing plan, the phenomenon that the powder does not enter the corresponding tank or bin due to work negligence or misoperation and other reasons is reduced, the warehousing accuracy is effectively improved, and the warehousing efficiency is improved. And the concrete production efficiency is further improved.

Description

Technical Field

[0001] The present application relates to the technical field of concrete production, and in particular to a powder material storage control method, system and storage medium. Background Art

[0002] Concrete is one of the most important civil engineering materials in modern times. It is a general term for engineering composite materials that are made of aggregates bonded together by cementitious materials. Concrete usually refers to cement as a cementitious material, sand and stone as aggregates, and water (which may contain admixtures and additives) in a certain proportion, which is mixed, compacted, and cured to harden.

[0003] With the development of the construction industry, people's demand for concrete is increasing, and the requirements for concrete quality are also getting higher and higher. Since concrete powder is easily affected by moisture and its quality is affected, storage tanks or storage silos are usually used to store concrete powder.

[0004] After the concrete powder is transported to the site by the transport vehicle, it is usually put into storage under the guidance of the operator. However, due to negligence or operational errors, it is easy for the powder to fail to enter the corresponding tank or storage space, resulting in the inability to guarantee the accuracy of storage, which in turn affects the concrete production efficiency.

[0005] Therefore, in order to solve the above problems, it is an urgent problem to be solved by technical personnel in this field to provide a powder material warehousing control method, system and storage medium that can improve the warehousing accuracy. Summary of the invention

[0006] In order to improve the accuracy of warehousing, the present application provides a powder warehousing control method, system and storage medium.

[0007] In a first aspect, the present application provides a powder material storage control method, comprising the following steps: Obtaining characteristic information of transport vehicles; If the characteristic information meets the preset matching characteristics, the powder information corresponding to the transport vehicle is obtained; Analyze the powder information to obtain the corresponding powder type and powder measurement; Obtain the powder storage plan within the preset period; Obtaining the planned measurement of the powder type in the powder storage plan; If the powder material measurement meets the storage rules of the planned measurement, the storage location corresponding to the powder material type is obtained according to the powder material storage plan; Instructing the transport vehicle to complete the storage of powder materials according to the storage location; Obtaining the storage measurement based on the entry measurement and exit measurement of the transport vehicle; If the incoming measurement meets the outgoing rule of the powder measurement, a corresponding powder incoming record is generated according to the powder type and the powder measurement; The powder material storage plan is updated according to the powder material storage record.

[0008] Optionally, the instructing the transport vehicle to complete the powder storage according to the storage location includes: Obtaining the storage location information of the storage location; Forming a warehousing guide according to the warehouse location information and the powder material information; Instructing the transport vehicle to arrive at the storage location according to the storage guidance; Determine whether verification feedback that the warehousing location corresponds to the warehousing instruction is obtained; If the verification feedback is obtained, it is determined that the transport vehicle has completed the powder storage and a corresponding storage voucher is generated.

[0009] Optionally, obtaining the storage metering according to the entry metering and exit metering of the transport vehicle includes: If the transport vehicle has the storage certificate, the corresponding verification position and exit requirements are obtained according to the corresponding powder type; If the transport vehicle meets the exit requirements, directing the transport vehicle to the verification location to generate the exit measurement; If the transport vehicle does not meet the exit requirements, the transport vehicle is processed according to the exit rules corresponding to the powder type; Instructing the transport vehicle after processing to arrive at the verification location to generate the exit measurement; The entry measurement of the transport vehicle is obtained according to the entry measurement and the exit measurement.

[0010] Optionally, the determining whether verification feedback that the warehousing location corresponds to the warehousing instruction is obtained includes: Acquire the warehousing guidance received by the transport vehicle as the first warehousing guidance; Acquire the warehousing guidance received by the warehousing location as the second warehousing guidance; Determining whether the first warehousing instruction matches the second warehousing instruction; If there is no match, it is determined that the verification feedback that the warehousing location corresponds to the warehousing instruction has not been obtained; Update the storage location according to the traversal result of the storage instruction list by traversing the first storage instruction; Regenerate the warehousing guidance according to the updated warehousing location; If there is a match, then a warehousing instruction and warehousing rules corresponding to the transport material information are generated; Controlling the warehousing location and the transport vehicle to perform warehousing operations according to the warehousing instruction; If the warehousing operation satisfies the warehousing rules, it is determined that the verification feedback that the warehousing location corresponds to the warehousing instructions is obtained.

[0011] Optionally, updating the storage location according to the traversal result of the storage instruction list according to the first storage instruction includes: Traversing the warehousing instruction list according to the first warehousing instruction; If the corresponding storage entry guide is found, the storage location corresponding to the storage entry guide obtained through the traversal is used as the updated storage entry location; If the corresponding warehousing instruction is not traversed, determine whether there is a preset temporary storage location; If there is a preset temporary storage location, determining whether the temporary storage location is in a ready state; If it is in the preparation state, the preset temporary storage location is used as the updated storage location; If the storage state is not in the preparation state, outputting the first prompt information including the storage location, the preset temporary location and the first storage instruction; If there is no preset temporary storage location, the second prompt information including the storage location and the first storage instruction is output.

[0012] Optionally, forming a warehousing guide according to the warehouse location information and the powder material information includes: Parsing the bin information to obtain each sub-bin and the current available capacity of the sub-bin; Obtaining the corresponding warehousing process according to the type of powder; Determine whether the storage process of each of the sub-storage locations complies with the storage process; If the storage process is met, the sum of the current available capacities is obtained as the current total available capacity; If the current total available capacity is greater than or equal to the powder material measurement, the storage guidance including the storage process and the storage bin is formed; If the current total available capacity is less than the powder material measurement, obtaining the difference between the current total available capacity and the powder material measurement as the adjustment difference; A temporary sub-storage location whose available capacity is greater than the adjustment difference is obtained, and the warehousing guidance including the warehousing process, the warehousing location, the temporary sub-storage location and the adjustment difference is formed.

[0013] Optionally, obtaining a powder material storage plan within a preset period includes: Obtaining a corresponding default preset cycle according to the type of powder; Determining whether there is the powder material information including the powder material type within a preset time; If yes, obtaining a corresponding first adjustment weight according to the information quantity of the powder information; generating the preset period according to the first adjustment weight and the default preset period; If not, the default preset period is used as the preset period; Obtain the powder material storage plan within the preset period.

[0014] Optionally, if the incoming measurement meets the exit rule of the powder measurement, generating a corresponding powder incoming record according to the powder type and the powder measurement includes: Determine whether the storage measurement is greater than or equal to the powder measurement; If so, it is determined that the incoming measurement complies with the outgoing measurement rules of the powder material; Generate a corresponding powder material storage record according to the powder material type and the powder material measurement; If not, the number of failures is increased by 1 as the updated number of failures; Re-obtaining the incoming measurement and returning to the step of determining whether the incoming measurement is greater than or equal to the powder measurement; If the number of failures is greater than the preset number of failures, a corresponding verification request is generated; If the verification feedback corresponding to the verification request is verification abnormality, the transport vehicle is marked as a blacklist vehicle.

[0015] In the second aspect, the present application also provides a powder material storage control system, including: A feature acquisition module is used to acquire feature information of transport vehicles; An information acquisition module, used for acquiring powder information corresponding to the transport vehicle if the characteristic information meets the preset matching characteristics; An information analysis module, used to analyze the powder information and obtain the corresponding powder type and powder measurement; The plan acquisition module is used to obtain the powder storage plan within the preset period; A measurement acquisition module, used to obtain the planned measurement of the powder type in the powder storage plan; A storage location acquisition module is used to acquire the storage location corresponding to the powder type according to the powder storage plan if the powder measurement meets the storage rules of the planned measurement; A storage guidance module is used to guide the transport vehicle to complete the storage of powder materials according to the storage location; An inbound metering module, used to obtain the inbound metering according to the inbound metering and outbound metering of the transport vehicle; A record generation module, for generating a corresponding powder material storage record according to the powder material type and the powder material measurement if the storage measurement meets the exit rule of the powder material measurement; A plan updating module is used to update the powder material storage plan according to the powder material storage record.

[0016] In a third aspect, the present application further provides a computer-readable storage medium, wherein the computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the powder material warehousing control method as described in any one of the above items is implemented.

[0017] To summarize, the powder material warehousing control method, system and storage medium provided in the present application obtain the type of powder and the powder measurement of the transported powder according to the powder material information corresponding to the transport vehicle that meets the preset matching characteristics, and compare it with the planned measurement of the powder material type in the powder material warehousing plan. If the powder material measurement meets the warehousing rules of the planned measurement, the powder material warehousing is completed according to the warehousing location. After the warehousing is completed, if the warehousing measurement meets the exit rules of the powder material measurement, the corresponding powder material warehousing record is generated to update the powder material warehousing plan, so that the powder material that meets the preset matching characteristics and warehousing rules can be stored in the corresponding warehousing location according to the corresponding powder material warehousing plan, reducing the phenomenon that the powder material does not enter the corresponding tank or location due to work negligence or operational errors, effectively improving the warehousing accuracy, and thus improving the concrete production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a flow chart of steps S101 to S110 of the powder material storage control method according to an embodiment of the present application; Figure 2 It is a flow chart of steps S201 to S205 of the powder material storage control method according to an embodiment of the present application; Figure 3 It is a flow chart of steps S301 to S305 of the powder material storage control method according to an embodiment of the present application; Figure 4 It is a flowchart of steps S401 to S409 of the powder material storage control method according to an embodiment of the present application; Figure 5 It is a flow chart of steps S501 to S507 of the powder material storage control method according to an embodiment of the present application; Figure 6 It is a flowchart of steps S601 to S607 of the powder material storage control method according to an embodiment of the present application; Figure 7It is a flowchart of steps S701 to S706 of the powder material storage control method according to an embodiment of the present application; Figure 8 It is a flow chart of steps S801 to S807 of the powder material storage control method according to an embodiment of the present application; Fig. 9 It is a module schematic diagram of one implementation method of the powder storage control system of the embodiment of the present application. DETAILED DESCRIPTION

[0019] In order to enable those skilled in the art to better understand the technical solutions in this application, the following will be combined with the drawings in the embodiments of this application to clearly and completely describe the technical solutions in the embodiments of this application. Obviously, the described embodiments are only part of the embodiments of this application, not all of them. Based on the embodiments in this application, all other embodiments obtained by ordinary technicians in this field without creative work should fall within the scope of protection of this application.

[0020] In the first aspect, the present application provides a powder material storage control method, such as Figure 1 As shown, the following steps are included: S101. Obtaining characteristic information of transport vehicles; S102. If the characteristic information meets the preset matching characteristics, the powder information corresponding to the transport vehicle is obtained; S103. Analyze the powder information to obtain the corresponding powder type and powder measurement; S104. Obtain the powder storage plan within the preset period; S105. Obtain the planned measurement of the powder type in the powder storage plan; S106. If the powder material measurement meets the planned measurement storage rules, the storage location corresponding to the powder material type is obtained according to the powder material storage plan; S107. Instruct the transport vehicle to complete the powder storage according to the storage location; S108. Obtain the storage measurement according to the entry measurement and exit measurement of the transport vehicle; S109. If the incoming measurement meets the exit rules of powder measurement, a corresponding powder incoming record is generated according to the powder type and powder measurement; S110. Update the powder material storage plan according to the powder material storage record.

[0021] The characteristic information in step S101 refers to the characteristics of the transport vehicle used to distinguish and identify the vehicle from other vehicles, such as license plate, vehicle model and other information. In actual use, for production safety management, transport vehicles are generally registered or recorded in advance. Therefore, it is necessary to judge whether the characteristic information meets the preset matching characteristics in order to determine whether it is the transport vehicle corresponding to the registration or record.

[0022] If the characteristic information meets the preset matching characteristics, it means that the transport vehicle is the transport vehicle corresponding to the filing or record, and then the step S102 is executed to obtain the powder information corresponding to the transport vehicle. The powder information refers to the relevant information of the powder transported by the transport vehicle, such as the type of powder, powder measurement, etc. obtained by the analysis in step S103. The type of powder can be identified based on the vehicle image obtained by the image acquisition device, and the powder measurement can be obtained by weighing, and of course, it can also be obtained based on the matching information of the transport vehicle in the transportation plan.

[0023] The powder material storage plan in step S104 refers to the storage plan for various powder materials within a certain period of time, and the preset period is a pre-set time period. In actual application, in order to improve the efficiency of data reading and processing, the entire powder material storage plan is generally not obtained directly, but the powder material storage plan within a certain period of time, i.e., the preset period, is obtained as described in step S104.

[0024] The powder storage plan includes the powder type and the corresponding powder storage quantity of the planned powder. The powder type is directly related to the specific storage operation. Therefore, in step S105, the powder type is used as the main matching factor to obtain the planned measurement of the powder type in the powder storage plan, and then the powder measurement corresponding to the transport vehicle is compared with the planned measurement to determine whether the storage rules are met. Among them, meeting the storage rules means that the powder measurement is less than or equal to the planned measurement.

[0025] If the powder material measurement meets the planned measurement storage rules, the step S106 is executed to obtain the storage location corresponding to the powder material type according to the powder material storage plan. The storage location is the storage location set for each powder material type according to the different planned measurements when setting the powder material storage plan.

[0026] It should be noted that, in the case where the powder measurement is greater than the planned measurement, that is, it does not meet the storage rules, in this embodiment, it is not directly stored in the warehouse, but generally processed in batches or stored in another warehouse. Among them, batch processing means that the part of the powder that exceeds the planned measurement is processed as a batch separately, and storing in another warehouse means that the whole powder is selected to other warehouses or tanks that can accommodate the whole powder. The specific processing method will not be repeated here.

[0027] After obtaining the storage location corresponding to the current powder type, step S107 is executed to guide the transport vehicle to complete the powder storage according to the storage location. When the powder is stored, the transport vehicle will be guided to the storage location and the storage location will be opened, and the powder on the transport vehicle will be placed in the storage location, thereby completing the powder storage.

[0028] After the powder is put into storage, it is necessary to determine whether the transport vehicle has completed the complete storage or correct storage of the transported powder as expected, so it is necessary to execute step S108, that is, to obtain the storage measurement according to the entry measurement and exit measurement of the transport vehicle. Among them, the entry measurement is the total amount of the transport vehicle itself and the transported powder recorded when the transport vehicle enters the site, and the exit measurement is the total amount of the transport vehicle itself and the transported powder recorded when the transport vehicle leaves the site, and the difference between the two is the storage measurement.

[0029] It is determined whether the acquired storage measurement meets the exit rules of powder measurement, and the subsequent execution of step S109 or other steps is selected according to the result. Among them, meeting the exit rules of powder measurement means that the storage measurement must be greater than or equal to the powder measurement, that is, the storage measurement is the amount of storage powder, which must be at least equal to the initially acquired powder measurement, indicating that all the powder transported by the transport vehicle has been stored. The case where it is greater than the powder measurement takes into account certain special circumstances, such as the initially acquired powder measurement is less than the actual powder amount, or the transport vehicle, in addition to unloading the transported powder, also unloads other items such as tools for collaborative transportation.

[0030] If the incoming measurement meets the exit rules for powder measurement, then execute step S109 to generate a corresponding powder incoming record based on the powder type and powder measurement. The powder incoming record includes the incoming time, incoming warehouse location, powder type, powder measurement, transport vehicle and other records related to the incoming powder. Then execute step S110 to update the powder incoming plan based on the powder incoming record. During the update, the planned measurement of the corresponding powder type in the powder incoming plan is updated mainly based on the powder type and the corresponding powder measurement in the powder incoming record.

[0031] It should be added that if the incoming measurement does not meet the exit rules of powder measurement, the reasons for non-compliance are analyzed, the transport vehicle is processed according to the corresponding processing method of the non-compliance reason, and the incoming measurement is obtained again to re-judge whether it meets the exit rules of powder measurement, and when the number of judgments exceeds the preset number of judgments, a warning message is output. The warning message includes information such as the number of judgments, the vehicle information of the transport vehicle, and the processing method.

[0032] The powder material warehousing control method provided in the present embodiment obtains the type of powder material and the powder material measurement transported by the transport vehicle according to the powder material information corresponding to the transport vehicle meeting the preset matching characteristics, and compares the powder material type with the planned measurement in the powder material warehousing plan. If the powder material measurement meets the warehousing rules of the planned measurement, the powder material warehousing is completed according to the warehousing bin. After the warehousing is completed, if the warehousing measurement meets the exit rules of the powder material measurement, the corresponding powder material warehousing record is generated to update the powder material warehousing plan, so that the powder material meeting the preset matching characteristics and warehousing rules can be stored in the corresponding warehousing bin according to the corresponding powder material warehousing plan, thereby reducing the phenomenon that the powder material does not enter the corresponding tank or bin due to work negligence or operational errors, effectively improving the warehousing accuracy, and thus improving the concrete production efficiency.

[0033] In one implementation of this embodiment, Figure 2 As shown, step S107 is to instruct the transport vehicle to complete the powder storage according to the storage location, including: S201. Obtain the warehouse location information; S202. Form a warehousing guide based on the warehouse information and powder information; S203. Instruct the transport vehicle to arrive at the storage location according to the storage instructions; S204. Determine whether verification feedback corresponding to the warehousing instructions for the warehousing location is obtained; S205. If verification feedback is obtained, it is determined that the transport vehicle has completed the powder storage and a corresponding storage voucher is generated.

[0034] The storage location information in step S201 refers to the location, type, capacity and corresponding powder type of the storage location, which is combined with the powder information in step S202 to form a storage guide, which is used to guide the transport vehicle to the storage location in step S203.

[0035] In actual use, the entry instructions will be sent to the transport vehicle and the entry location at the same time. When the vehicle arrives at the entry location, the entry instructions it carries will be compared with the entry instructions of the entry location. If the comparison is successful, the powder will be entered into the warehouse. After the verification of the powder entry is completed, the entry location will form a corresponding verification feedback. Therefore, step S204 is first executed to determine whether the verification feedback corresponding to the entry instructions of the entry location is obtained. Among them, the triggering starting point of the judgment is when the powder entry action starts to be executed, and the end point of the judgment is after the preset judgment time of the triggering starting point.

[0036] If verification feedback is obtained within the preset judgment time, step S205 is executed to determine whether the transport vehicle has completed the powder material storage and generate the corresponding storage voucher; if verification feedback is not obtained, an additional preset judgment time is added to try to obtain verification feedback. If it is still not obtained, try to obtain stop feedback or adjustment feedback. If stop feedback is obtained, it is determined that the transport vehicle has not completed the powder material storage. If adjustment feedback is obtained, it is processed according to the corresponding processing instructions in the adjustment feedback, such as controlling the storage location to restart, or instructing the transport vehicle to perform troubleshooting and other processing.

[0037] The powder material warehousing control method provided in the present embodiment forms warehousing instructions based on the warehouse location information of the warehousing location combined with the powder material information, so as to guide the transport vehicle to arrive at the warehousing location for warehousing the powder material, and then, based on whether the verification feedback corresponding to the warehousing location and the warehousing instructions is obtained, it is selected to determine whether the transport vehicle has completed the warehousing of the powder material and generate a corresponding warehousing voucher, or to select other subsequent processing, so as to guide the vehicle directly to the expected warehousing location, and combined with the verification feedback of the warehousing location and the corresponding warehousing instructions of the transport vehicle, it can ensure that the transported powder material completes the expected warehousing of the powder material, thereby improving the accuracy of the powder material warehousing.

[0038] In one implementation of this embodiment, Figure 3 As shown, step S108, that is, obtaining the warehouse entry measurement according to the entry measurement and exit measurement of the transport vehicle, includes: S301. If the transport vehicle has a storage voucher, the corresponding check position and exit requirements are obtained according to the corresponding powder type; S302. If the transport vehicle meets the exit requirements, the transport vehicle is directed to the check position to generate the exit measurement; S303. If the transport vehicle does not meet the exit requirements, the transport vehicle is processed according to the exit rules corresponding to the type of powder; S304. Directing the transport vehicle to arrive at the check location after processing to generate the exit measurement; S305. Obtain the entry measurement of the transport vehicle based on the entry measurement and exit measurement.

[0039] In actual use, the transport vehicle that obtains the warehouse entry certificate needs to determine whether it meets the exit rules. Therefore, it is necessary to execute step S301 to obtain the corresponding check position and exit requirements according to the corresponding powder type, and then determine whether the transport vehicle meets the exit requirements. The check position and exit requirements are preset in advance according to various powder types, and the specific acquisition method is based on the powder type corresponding to the transport vehicle.

[0040] It should be noted that the exit requirements are specific requirements for allowing transport vehicles to exit, and the verification position is a specific position used to verify the transport vehicles and generate exit measurements. The verification positions for different types of powders may be different, for example, the verification positions for conventional types and hazardous types are different.

[0041] If the transport vehicle meets the exit requirements, for example, all the powder on the vehicle has been unloaded or put into storage, and the vehicle itself has been cleaned, then step S302 is executed to guide the transport vehicle to the verification position to generate the exit measurement.

[0042] If the transport vehicle does not meet the exit requirements, the transport vehicle is processed according to the exit rules corresponding to the type of powder in step S303. For example, for transport vehicles of dangerous types such as flammable and explosive materials, the vehicles need to be cleaned accordingly to avoid safety hazards of residual powder. For example, some powders that are easy to cause road pollution also need additional corresponding cleaning.

[0043] Among them, the exit rules are preset for various types of powders, and the transport vehicles that do not meet the exit requirements are processed so that the processed transport vehicles meet the specific rules of the exit requirements. After the processing is completed, step S304 is executed to guide the processed transport vehicles to the verification position to generate the exit measurement.

[0044] After the exit measurement is obtained, it means that the corresponding transport vehicle meets the exit requirements and the exit measurement has been obtained and can exit, then step S305 is executed to obtain the entry measurement of the transport vehicle according to the entry measurement and the exit measurement.

[0045] The powder material warehousing control method provided in the present embodiment obtains the corresponding verification position and exit requirements according to the type of powder material if the transport vehicle has the warehousing certificate. According to whether the transport vehicle meets the exit requirements, it is selected to directly guide the transport vehicle to the verification position to generate the exit measurement, or it is selected to process the transport vehicle according to the exit rules corresponding to the type of powder material, and then guide the processed transport vehicle to the verification position to generate the exit measurement. The entry measurement is obtained by combining the exit measurement and the entry measurement, so that the transport vehicle that has completed the powder material warehousing can generate the exit measurement at the verification position on the premise of meeting the exit requirements, thereby ensuring the safety of the transport vehicle after exiting the market and improving the safety effect of the powder material warehousing control method.

[0046] In one implementation of this embodiment, Figure 4 As shown, step S204, i.e., determining whether the verification feedback of the incoming warehouse location corresponding to the incoming warehouse instruction is obtained, includes: S401. Obtain the warehousing guidance received by the transport vehicle as the first warehousing guidance; S402. Obtain the warehousing guidance received by the warehousing location as the second warehousing guidance; S403. Determine whether the first warehousing instruction matches the second warehousing instruction; S404. If there is no match, it is determined that the verification feedback of the incoming warehouse location corresponding to the incoming warehouse instruction has not been obtained; S405. Update the storage location according to the traversal result of the storage instruction list according to the first storage instruction; S406. Regenerate the warehousing instructions according to the updated warehousing location; S407. If there is a match, generate warehousing instructions and warehousing rules corresponding to the material transportation information; S408. Control the storage location and transport vehicles to perform storage operations according to the storage instructions; S409. If the warehousing operation satisfies the warehousing rules, it is determined that the verification feedback corresponding to the warehousing instructions is obtained.

[0047] As mentioned above, the entry instructions will be sent to the transport vehicle and the entry location respectively. However, in some cases, such as network transmission errors, the entry instructions received by the two may be inconsistent, and the entry instructions may even be lost during the transmission process. Therefore, it is necessary to distinguish the entry instructions obtained by the transport vehicle and the entry location into the first entry instructions and the second entry instructions in step S401 and step S402 respectively, and determine whether the two match in step S403.

[0048] It should be noted that the specific conditions for determining whether the first warehousing instructions and the second warehousing instructions match can be based on preset matching conditions. For example, the preset matching conditions are full matching, that is, the corresponding attributes in the first warehousing instructions and the second warehousing instructions are all matched. Of course, it can also be based on temporary matching conditions that are temporarily set. For example, the temporary matching conditions are partial matching, that is, the powder types match and the warehousing locations match, then the temporary matching conditions are met.

[0049] If there is no match, the verification feedback of determining that the entry location corresponds to the entry instruction is not obtained in step S404, and it is necessary to try to obtain the correct entry location again, and then step S405 is executed, that is, the entry location is updated according to the traversal result of the entry instruction list according to the first entry instruction, and step S406 is executed, that is, the entry instruction is regenerated according to the updated entry location. Among them, the entry instruction list is a list formed by the entry instructions directly generated on site within a certain period and the entry instructions that have been pre-set before.

[0050] It should be noted that updating the storage location according to the traversal result means determining how to update the storage location according to whether there is a storage guide corresponding to the first storage guide, and returning to the step of regenerating the storage guide, that is, returning to step S202. Traversing according to the first storage guide is because in the actual use environment, the system location or software location of generating the storage guide is closer to the transport vehicle, that is, the probability of the first storage guide being lost due to network packet loss or causing errors due to network transmission is relatively small.

[0051] If they match, the step S407 is executed to generate the storage instructions and storage rules corresponding to the material transportation information, and the step S408 is executed to control the storage location and the transport vehicle to perform the storage operation according to the storage instructions. Among them, the storage instruction is a trigger instruction that triggers the specific storage operation according to the material transportation information. Different powder types and powder measurements will correspond to different specific storage operations, and the storage rules are rules preset according to various powder types to determine whether the storage operation is compliant.

[0052] In order to confirm whether the warehousing operation is compliant, it is necessary to further determine whether the warehousing operation meets the warehousing rules, and select the subsequent execution step S409 or other steps according to the result.

[0053] If the warehousing operation satisfies the warehousing rules, the determination in step S409 is executed to obtain verification feedback that the warehousing location corresponds to the warehousing instructions.

[0054] It should be added that if the entry operation does not meet the entry rules, the specific sub-operation in the entry operation that does not meet the entry rules is obtained, and the specific sub-operation is compared with the preset entry operation specification. If the specific sub-operation belongs to the key sub-operation in the entry operation specification, a warning message is output, and then the subsequent re-entry operation is selected according to the warning feedback corresponding to the warning message; if the specific sub-operation does not belong to the key sub-operation in the entry operation specification, a warning message is output, and then the warning message is recorded in the entry operation log of the time for the operator to trace it.

[0055] The powder material warehousing control method provided in the present embodiment divides the warehousing instructions obtained by the transport vehicle and the warehousing location into a first warehousing instruction and a second warehousing instruction, and determines whether the two match. If they do not match, the warehousing location is updated and the warehousing instruction is regenerated according to the traversal result of the warehousing instruction list based on the first warehousing instruction. If they match, the warehousing location and the transport vehicle are controlled to perform warehousing operations according to the warehousing instructions, and when the warehousing operations meet the warehousing rules, it is determined that verification feedback is obtained, thereby effectively ensuring that the transport vehicle performs the warehousing operation that meets the warehousing rules in accordance with the warehousing instructions that match the warehousing location, and the warehousing location will generate corresponding verification feedback, thereby improving the accuracy of powder material warehousing in the powder material warehousing control method.

[0056] In one implementation of this embodiment, Figure 5 As shown, step S405, that is, updating the storage location according to the traversal result of the storage instruction list according to the first storage instruction, includes: S501. Traverse the warehousing instruction list according to the first warehousing instruction; S502. If the corresponding storage guidance is found, the storage location corresponding to the storage guidance obtained through the traversal is used as the updated storage location; S503. If the corresponding warehousing guidance is not traversed, determine whether there is a preset temporary storage location; S504. If there is a preset temporary position, determine whether the temporary position is in a ready state; S505. If it is in the preparation state, the preset temporary storage location is used as the updated storage location; S506. If it is not in the preparation state, output the first prompt information including the storage location, the preset temporary location and the first storage instruction; S507. If there is no preset temporary storage location, output the second prompt information including the storage location and the first storage instruction.

[0057] As mentioned above, when the verification feedback of the incoming warehouse location corresponding to the incoming warehouse instructions is not obtained, and it is necessary to try to re-obtain the correct incoming warehouse location, it is necessary to execute step S501, that is, traverse the incoming warehouse instruction list according to the first incoming warehouse instruction, and choose to execute step S502 or step S503 according to the traversal result.

[0058] If the corresponding warehousing instructions are traversed, it means that the first warehousing instructions corresponding to the transport vehicle have a preset or set corresponding warehousing location. The verification feedback of the warehousing location corresponding to the warehousing instructions was not obtained before, which is probably due to an accident such as a network transmission error. Then, the location corresponding to the warehousing instructions obtained through the traversal is executed in step S502 as the updated warehousing location.

[0059] If the corresponding storage guidance is not traversed, it means that the transport vehicle cannot be directed to the storage location corresponding to the transported powder material, then it is determined whether there is a preset temporary location, and the subsequent execution of step S504 or step S507 is selected according to the determination result. The preset temporary location is a temporary storage location pre-set for various types of powder materials, and the determination of whether there is a preset temporary location is based on the type of powder material as the main factor.

[0060] If there is a preset temporary storage location, it is necessary to perform step S504 to determine whether the temporary storage location is in a ready state because it may be occupied by other powder transports in the same situation or is in other unavailable states such as maintenance.

[0061] If it is in the preparation state, it means that the corresponding preset temporary storage location can be temporarily occupied by the current transported powder, then the preset temporary storage location is used as the updated storage location in step S505 to generate a new storage guide according to the preset temporary storage location.

[0062] If it is not in the preparation state, it means that the corresponding preset temporary storage location cannot be temporarily occupied by the current transported powder, then the output in step S506 includes the first prompt information of the storage location, the preset temporary storage location and the first storage instruction, so as to confirm the specific status of the preset temporary storage location according to the first prompt information, and thus select the subsequent processing of the transported powder.

[0063] If there is no preset temporary storage location, it means that there is no corresponding preset temporary storage location for the current transported powder to temporarily occupy, then the second prompt information including the storage location and the first storage guidance is output in step S507 to confirm the subsequent processing of the transported powder according to the second prompt information.

[0064] It should be noted that the subsequent processing of the transported powder mentioned above can be selected differently according to actual needs or specific circumstances, such as re-obtaining the powder information of the transported powder, or obtaining other sites that are closest to the current site and can meet the expected warehousing requirements of the raw powder information and have free storage space based on the raw powder information.

[0065] The powder material warehousing control method provided in the present embodiment, for the case where the corresponding warehousing guidance is not traversed, selects the preset temporary warehouse as the updated warehousing warehouse, or outputs the first prompt information or the second prompt information, based on the judgment result of whether there is a preset temporary warehouse and the judgment result of whether the corresponding preset temporary warehouse is in a preparation state. In this way, for the transported powder material that has not traversed the corresponding warehousing guidance, it can still have the corresponding warehousing or storage, thereby improving the applicability of the powder material warehousing control method.

[0066] In one implementation of this embodiment, Figure 6 As shown, step S202, i.e., forming a warehousing guide according to the warehouse location information and the powder information, includes: S601. Parse the position information and obtain each sub-position and the current available capacity of the sub-position; S602. Obtain the corresponding warehousing process according to the type of powder; S603. Determine whether the storage process of each sub-storage location meets the storage process; S604. If the warehousing process is met, the sum of the current available capacities is obtained as the current total available capacity; S605. If the current total available capacity is greater than or equal to the powder measurement, a storage guide including storage procedures and storage locations is generated; S606. If the current total available capacity is less than the powder measurement, the difference between the current total available capacity and the powder measurement is obtained as the adjustment difference; S607. Obtain a temporary sub-storage location whose available capacity is greater than the adjustment difference, and generate a storage entry guide including storage procedures, storage locations, temporary sub-storage locations, and adjustment differences.

[0067] In actual use, the storage bin may include multiple sub-bins, each of which has its own bin capacity. The powder storage has different storage processes according to the type of powder. Therefore, it is necessary to execute step S601, i.e., parse the bin information to obtain each sub-bin and the current available capacity of the sub-bin. The sub-bin refers to the currently available sub-bin that constitutes the storage bin, and the current available capacity refers to the currently available bin capacity of the sub-bin.

[0068] In order to ensure that the storage process of the sub-bin is carried out according to the storage process corresponding to the powder type when the powder is put into storage, it is necessary to execute step S602, that is, to obtain the corresponding storage process according to the powder type, and then determine whether the storage process of each sub-bin meets the storage process in step S603. Among them, the storage process meets the storage process, which means that the storage process meets the requirements of the storage process for the number of bins, the order of bins, etc.

[0069] If it meets the warehousing process, it is still necessary to determine whether the sub-bin meets the capacity requirement for powder warehousing, then execute step S604 to obtain the sum of each current available capacity as the current total available capacity, and compare it with the powder measurement.

[0070] It should be added that if it does not conform to the warehousing process, the difference process between the current storage process and the warehousing process is obtained, and the storage process is adjusted according to the difference process to form an adjusted process, and it is determined whether the process confirmation corresponding to the adjusted process is obtained. If the process confirmation is obtained, the current storage process is updated according to the adjusted process, and return to step S603 to re-determine whether the storage process of each sub-bin conforms to the warehousing process.

[0071] If the current total available capacity is greater than or equal to the powder measurement, it means that the current sub-bins meet the capacity requirements for powder storage, then step S605 is executed to form storage instructions including storage procedures and storage bins, so that the transported powder can be stored in the storage bins according to the storage procedures and the storage quantity of each bin.

[0072] If the current total available capacity is less than the powder measurement, it means that the current sub-bins cannot meet the capacity requirements for powder storage, and it is necessary to find other bins that can meet the capacity requirements. Then execute step S606 to obtain the difference between the current total available capacity and the powder measurement as the adjustment difference.

[0073] After the adjustment difference is obtained, step S607 is executed to obtain a temporary sub-storage location whose available capacity is greater than the adjustment difference, and a storage entry guide including a storage process, a storage location, a temporary sub-storage location and the adjustment difference is formed.

[0074] It should be noted that the temporary sub-bin is a bin used to temporarily store incoming powder materials. It stores a part of the incoming powder materials that cannot be stored in the incoming bin. Generally, when the original incoming bin returns to its normal capacity, some of the incoming powder materials stored in the temporary sub-bin still need to be re-stored to the original incoming bin.

[0075] It should be added that if there is no temporary sub-storage location with available capacity greater than the adjustment difference, a warehousing guide including powder type and powder measurement will be generated so as to obtain other sites that are closest to the current site and can meet the expected warehousing requirements of the raw powder information and have free storage space based on the raw powder information.

[0076] The powder material warehousing control method provided in the present embodiment selects to form a warehousing guide including the warehousing process and the warehousing bin, or selects to form a warehousing guide including the warehousing process, the warehousing bin, the temporary sub-bin and the adjustment difference, according to the bin process of each sub-bin and the current available capacity of the sub-bin, and the compliance results of the warehousing process and the powder material measurement. This enables flexible selection of a suitable bin that can accommodate the incoming powder according to the actual situation of each current bin, thereby improving the flexibility of the powder material warehousing control method.

[0077] In one implementation of this embodiment, Figure 7 As shown, step S104, i.e. obtaining the powder material storage plan within the preset period, includes: S701. Obtain the corresponding default preset cycle according to the type of powder; S702. Determine whether there is powder information including powder type within the preset time; S703. If yes, obtain the corresponding first adjustment weight according to the amount of information of the powder information; S704. Generate a preset period according to the first adjustment weight and the default preset period; S705. If not, the default preset period is used as the preset period; S706. Obtain the powder material storage plan within the preset period.

[0078] In actual use, for different types of powders, some standard cycle times, i.e. default preset cycles, are pre-set to ensure that the characteristics and requirements of each type of powder can be fully considered during storage and management. The default preset cycle can be set based on the characteristics of the powder, the frequency of use or other relevant factors. For example, the higher the frequency of use, the shorter the default preset cycle of the corresponding type of powder.

[0079] Based on the above reasons, executing step S701, that is, obtaining the corresponding default preset period according to the powder type, can better match the current powder type to a certain extent compared to using only a unified default preset period for all powder types. Then executing step S702, that is, determining whether there is powder information including the powder type within the preset time, where the preset time is based on a period of time before and after the current time, for example, if the current time is 12:30 noon, the preset time is half an hour before and after.

[0080] If yes, it means that there is a high possibility that other similar powder types are being put into storage before and after the preset time, and it is necessary to expand the range of the default preset period to obtain more available storage locations. Then, execute step S703 to obtain the corresponding first adjustment weight according to the amount of information of the powder information, and execute step S704 to generate the preset period according to the first adjustment weight and the default preset period.

[0081] It should be noted that, according to the amount of information collected within the preset time, it can reflect the number of powder materials that are simultaneously stored in the current preset time period. The higher the number of simultaneous storage, the greater the first adjustment weight, so as to obtain a powder material storage plan for a larger time range. The first adjustment weight is greater than or equal to 1.

[0082] If not, it means that there is no other powder of the same type being put into storage before and after the preset time, and there is no need to expand the range of the default preset period, then the default period is used as the preset period in step S705.

[0083] Based on the preset period obtained in step S704 or step S705, step S706 is executed to obtain the powder material storage plan within the preset period, thereby obtaining the powder material storage plan within the preset period corresponding to the amount of powder material information within the preset time.

[0084] The powder material warehousing control method provided in this embodiment selects to generate a preset period based on the first adjustment weight and the default preset period according to the amount of powder material information within the preset time, or selects to use the default preset period as the preset period, so as to adjust the preset period of the powder material warehousing plan according to the current warehousing status, thereby improving the adaptability of the powder material warehousing control method.

[0085] In one implementation of this embodiment, Figure 8 As shown, step S109, that is, if the incoming measurement meets the exit rules of the powder measurement, the corresponding powder incoming record is generated according to the powder type and powder measurement, including: S801. Determine whether the incoming measurement is greater than or equal to the powder measurement; S802. If yes, it is determined that the incoming measurement complies with the outgoing rules for powder measurement; S803. Generate corresponding powder storage records according to powder type and powder measurement; S804. If not, the number of failures is increased by 1 as the updated number of failures; S805. Re-obtain the incoming measurement and return to the step of determining whether the incoming measurement is greater than or equal to the powder measurement; S806. If the number of failures is greater than the preset number of failures, a corresponding verification request is generated; S807. If the verification feedback corresponding to the verification request is verification abnormality, the transport vehicle is marked as a blacklist vehicle.

[0086] In actual use, after the powder is put into storage, the transport vehicle needs to leave the warehouse, and a certain check needs to be performed when leaving the warehouse to determine whether the transport vehicle meets the exit rules. The warehouse measurement can be used as a basis for judgment, so step S801 is executed to determine whether the warehouse measurement is greater than or equal to the powder measurement.

[0087] If yes, it means that the powder corresponding to this type of powder in the current transport vehicle has been fully put into storage, then step S802 is executed to determine whether the storage measurement meets the exit rules of powder measurement, and step S803 is executed to generate the corresponding powder storage record according to the powder type and powder measurement.

[0088] If not, it means that the powder corresponding to the powder type of the current transport vehicle has not been fully put into storage, then the number of failures in step S804 is increased by 1 as the updated number of failures, and step S805 is executed to re-acquire the storage measurement, and then the process returns to the step of determining whether the storage measurement is greater than or equal to the powder measurement, i.e. step S801. The initial value of the number of failures is 1.

[0089] During the loop judgment execution, if the number of failures is greater than the preset number of failures, it means that after multiple warehousing measurements and re-acquisition, the transport vehicle has not completed the powder warehousing as expected, then execute step S806 to generate a corresponding verification request to verify the transport vehicle, and if the verification feedback corresponding to the verification request is a verification abnormality, execute step S807 to mark the transport vehicle as a blacklist vehicle.

[0090] It should be added that before obtaining the characteristic information of the transport vehicle, it is also necessary to determine whether the transport vehicle is a blacklist vehicle. If it is a blacklist vehicle, the vehicle warning information is output, and the management personnel will control it according to the historical records of this transport vehicle; if it is not a blacklist vehicle, the step of obtaining the characteristic information of the transport vehicle is entered.

[0091] The powder material warehousing control method provided in the present embodiment chooses to generate a corresponding powder material warehousing record according to the powder type and powder material measurement, or chooses to add 1 to the number of failures and re-obtain the warehousing measurement for judgment with the powder material measurement, or chooses to mark the transport vehicle as a blacklist vehicle, so as to process different transport vehicles according to the corresponding exit rules, thereby improving the adaptability of the powder material warehousing control method.

[0092] In the second aspect, the present application provides a powder material storage control system, such as Fig. 9 As shown, including: Feature acquisition module 1, used to acquire feature information of transport vehicles; Information acquisition module 2, used to acquire powder information corresponding to the transport vehicle if the characteristic information meets the preset matching characteristics; Information analysis module 3, used to analyze powder information and obtain corresponding powder type and powder measurement; The plan acquisition module 4 is used to obtain the powder material storage plan within a preset period; The measurement acquisition module 5 is used to obtain the planned measurement of the powder material types in the powder material storage plan; The storage location acquisition module 6 is used to obtain the storage location corresponding to the powder type according to the powder storage plan if the powder measurement meets the storage rules of the planned measurement; The storage guidance module 7 is used to guide the transport vehicle to complete the storage of powder materials according to the storage location; The warehouse entry metering module 8 is used to obtain the warehouse entry metering according to the entry metering and exit metering of the transport vehicle; The record generation module 9 is used to generate a corresponding powder material storage record according to the powder material type and powder material measurement if the storage measurement meets the powder material measurement exit rules; The plan updating module 10 is used to update the powder material storage plan according to the powder material storage record.

[0093] It should be noted that the data transmission relationship or logical connection relationship between the above-mentioned functional modules can be determined according to the corresponding steps in the corresponding powder storage control method, and will not be repeated here. Fig. 9 The data transmission relationship or logical connection relationship of each functional module shown is only used for understanding the powder storage control system and is not specifically limited.

[0094] The powder material warehousing control system provided in the present embodiment obtains the type of powder and the powder measurement of the transported powder according to the powder material information corresponding to the transport vehicle that meets the preset matching characteristics, and compares it with the planned measurement of the powder material type in the powder material warehousing plan. If the powder material measurement meets the warehousing rules of the planned measurement, the powder material warehousing is completed according to the warehousing bin. After the warehousing is completed, if the warehousing measurement meets the exit rules of the powder material measurement, the corresponding powder material warehousing record is generated to update the powder material warehousing plan, so that the powder material that meets the preset matching characteristics and warehousing rules can be stored in the corresponding warehousing bin according to the corresponding powder material warehousing plan, thereby reducing the phenomenon that the powder material does not enter the corresponding tank or bin due to work negligence or operational errors, effectively improving the warehousing accuracy, and thus improving the concrete production efficiency.

[0095] Furthermore, the powder material warehousing control system provided in this embodiment may also be provided with other functional modules as required, or the above functional modules may be divided into multiple functional units, so as to achieve the technical effect corresponding to the above-mentioned powder material warehousing control method.

[0096] On the third aspect, the present application provides a computer-readable storage medium, in which computer instructions are stored. When the computer instructions are loaded and executed by a processor, the powder material warehousing control method as described above is adopted, which can achieve the technical effect corresponding to the above-mentioned powder material warehousing control method.

[0097] It should be understood that, although the steps in the flowchart of the accompanying drawings are displayed in sequence as indicated by the arrows, these steps are not necessarily executed in sequence in the order indicated by the arrows. Unless otherwise specified herein, there is no strict order restriction on the execution of these steps, and they can be executed in other orders, that is, the execution order between each other can be reasonably arranged according to actual needs. Moreover, at least a part of the steps in the flowchart of the accompanying drawings may include multiple sub-steps or multiple stages, and these sub-steps or stages are not necessarily executed at the same time, but can be executed at different times, and their execution order is not necessarily sequential, but can be executed in turn or alternately with other steps or at least a part of the sub-steps or stages of other steps.

[0098] It should also be noted that, in this specification, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "comprises", "comprising" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those factors, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device. In the absence of further restrictions, an element defined by the statement "comprising a ..." does not exclude the presence of other identical elements in the process, method, article or device including the element.

[0099] The above description of the disclosed embodiments enables those skilled in the art to implement or use the present application. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present application. Therefore, the present application will not be limited to the embodiments shown herein, but will conform to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A powder material storage control method, characterized in that: The following steps are involved: Obtaining characteristic information of transport vehicles; If the characteristic information meets the preset matching characteristics, the powder information corresponding to the transport vehicle is obtained; Analyze the powder information to obtain the corresponding powder type and powder measurement; Obtain the powder storage plan within the preset period; Obtaining the planned measurement of the powder type in the powder storage plan; If the powder material measurement meets the storage rules of the planned measurement, the storage location corresponding to the powder material type is obtained according to the powder material storage plan; Instructing the transport vehicle to complete the storage of powder materials according to the storage location; Obtaining the storage measurement based on the entry measurement and exit measurement of the transport vehicle; If the incoming measurement meets the outgoing rule of the powder measurement, a corresponding powder incoming record is generated according to the powder type and the powder measurement; The powder material storage plan is updated according to the powder material storage record.

2. The powder material storage control method according to claim 1, characterized in that: The step of directing the transport vehicle to complete the powder storage according to the storage location includes: Obtaining the storage location information of the storage location; Forming a warehousing guide according to the warehouse location information and the powder material information; Instructing the transport vehicle to arrive at the storage location according to the storage guidance; Determine whether verification feedback that the warehousing location corresponds to the warehousing instruction is obtained; If the verification feedback is obtained, it is determined that the transport vehicle has completed the powder storage and a corresponding storage voucher is generated.

3. The powder material storage control method according to claim 2, characterized in that: The obtaining of the storage measurement according to the entry measurement and exit measurement of the transport vehicle comprises: If the transport vehicle has the storage certificate, the corresponding verification position and exit requirements are obtained according to the corresponding powder type; If the transport vehicle meets the exit requirements, directing the transport vehicle to the verification location to generate the exit measurement; If the transport vehicle does not meet the exit requirements, the transport vehicle is processed according to the exit rules corresponding to the powder type; Instructing the transport vehicle after processing to arrive at the verification location to generate the exit measurement; The entry measurement of the transport vehicle is obtained according to the entry measurement and the exit measurement.

4. The powder material storage control method according to claim 2, characterized in that: The verification feedback of determining whether the storage location corresponds to the storage instruction includes: Acquire the warehousing guidance received by the transport vehicle as the first warehousing guidance; Acquire the warehousing guidance received by the warehousing location as the second warehousing guidance; Determining whether the first warehousing instruction matches the second warehousing instruction; If there is no match, it is determined that the verification feedback that the warehousing location corresponds to the warehousing instruction has not been obtained; Update the storage location according to the traversal result of the storage instruction list by traversing the first storage instruction; Regenerate the warehousing guidance according to the updated warehousing location; If there is a match, then a warehousing instruction and warehousing rules corresponding to the transport material information are generated; Controlling the warehousing location and the transport vehicle to perform warehousing operations according to the warehousing instruction; If the warehousing operation satisfies the warehousing rules, it is determined that the verification feedback that the warehousing location corresponds to the warehousing instructions is obtained.

5. The powder material storage control method according to claim 4, characterized in that: The updating of the storage location according to the traversal result of the storage instruction list according to the first storage instruction comprises: Traversing the warehousing instruction list according to the first warehousing instruction; If the corresponding storage entry instruction is traversed, the storage location corresponding to the storage entry instruction obtained through the traversal is used as the updated storage entry location; If the corresponding warehousing instruction is not traversed, determine whether there is a preset temporary storage location; If there is a preset temporary storage location, determining whether the temporary storage location is in a ready state; If it is in the preparation state, the preset temporary storage location is used as the updated storage location; If the storage state is not in the preparation state, outputting the first prompt information including the storage location, the preset temporary location and the first storage instruction; If there is no preset temporary storage location, the second prompt information including the storage location and the first storage instruction is output.

6. The powder material storage control method according to claim 2, characterized in that: The forming of the warehousing guidance according to the warehouse location information and the powder material information comprises: Parsing the bin information to obtain each sub-bin and the current available capacity of the sub-bin; Obtaining the corresponding warehousing process according to the type of powder; Determine whether the storage process of each of the sub-storage locations complies with the storage process; If the storage process is met, the sum of the current available capacities is obtained as the current total available capacity; If the current total available capacity is greater than or equal to the powder material measurement, the storage guidance including the storage process and the storage bin is formed; If the current total available capacity is less than the powder material measurement, obtaining the difference between the current total available capacity and the powder material measurement as the adjustment difference; A temporary sub-storage location whose available capacity is greater than the adjustment difference is obtained, and the warehousing guidance including the warehousing process, the warehousing location, the temporary sub-storage location and the adjustment difference is formed.

7. The powder material storage control method according to claim 1, characterized in that: The powder material storage plan for obtaining the preset period includes: Obtaining a corresponding default preset cycle according to the type of powder; Determining whether there is the powder material information including the powder material type within a preset time; If yes, obtaining a corresponding first adjustment weight according to the information quantity of the powder information; generating the preset period according to the first adjustment weight and the default preset period; If not, the default preset period is used as the preset period; Obtain the powder material storage plan within the preset period.

8. The powder material storage control method according to claim 1, characterized in that: If the incoming measurement meets the exit rule of the powder measurement, then generating a corresponding powder incoming record according to the powder type and the powder measurement includes: Determine whether the storage measurement is greater than or equal to the powder measurement; If so, it is determined that the incoming measurement complies with the outgoing measurement rules of the powder material; Generate a corresponding powder material storage record according to the powder material type and the powder material measurement; If not, the number of failures is increased by 1 as the updated number of failures; Re-obtaining the incoming measurement and returning to the step of determining whether the incoming measurement is greater than or equal to the powder measurement; If the number of failures is greater than the preset number of failures, a corresponding verification request is generated; If the verification feedback corresponding to the verification request is verification abnormality, the transport vehicle is marked as a blacklist vehicle.

9. A powder material storage control system, characterized in that: include: A feature acquisition module is used to acquire feature information of transport vehicles; An information acquisition module, used for acquiring powder information corresponding to the transport vehicle if the characteristic information meets the preset matching characteristics; An information analysis module, used to analyze the powder information and obtain the corresponding powder type and powder measurement; The plan acquisition module is used to obtain the powder storage plan within the preset period; A measurement acquisition module, used to obtain the planned measurement of the powder type in the powder storage plan; A storage location acquisition module is used to acquire the storage location corresponding to the powder type according to the powder storage plan if the powder measurement meets the storage rules of the planned measurement; A storage guidance module is used to guide the transport vehicle to complete the storage of powder materials according to the storage location; An inbound metering module, used to obtain the inbound metering according to the inbound metering and outbound metering of the transport vehicle; A record generation module, for generating a corresponding powder material storage record according to the powder material type and the powder material measurement if the storage measurement meets the exit rule of the powder material measurement; A plan updating module is used to update the powder material storage plan according to the powder material storage record.

10. A computer-readable storage medium, characterized in that: The computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the powder material warehousing control method according to any one of claims 1 to 8 is implemented.

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