CN-117645085-B - Chemical scheduling method, system, computer device and storage medium

CN117645085BCN 117645085 BCN117645085 BCN 117645085BCN-117645085-B

Abstract

The application relates to the field of transportation, and provides a chemical dispatching method, a system, computer equipment and a storage medium, wherein the method is applied to the computer equipment and comprises the steps of receiving demand information of a production workshop on target chemicals; and controlling a carrier vehicle and a lifting device to convey the target chemical from a storage bin to the production workshop through a logistics corridor based on the conveying times and the conveying time intervals. The method can ensure safe transportation of chemicals and improve chemical dispatching efficiency.

Inventors

HAN ZHENGJIE
XIANG CHUNLIAN
SUN MENGHAN
HUANG WENYU
CHEN JIAWEI
CAI JIN
Luo Benhui

Assignees

富联裕展科技(深圳)有限公司

Dates

Publication Date: 20260512
Application Date: 20231023

Claims (11)

1. A chemical scheduling method applied to a computer device, the method comprising: Receiving demand information of a production workshop on target chemicals; determining the number of delivery times and the delivery time interval of the target chemical in the demand time based on the demand information and a chemical delivery algorithm model; Controlling a carrier vehicle and a lifting device to convey the target chemical from a storage bin to the production workshop through a logistics corridor based on the conveying times and the conveying time interval; the method comprises determining the required period usage amount of the target chemicals according to the required information, determining the number of times of transportation and the transportation time interval in the required time of the target chemicals according to the required information, determining the number of times of transportation according to the required period usage amount and the preset single maximum safe transportation amount, determining the passing time of the target fireproof subarea according to the length of each fireproof subarea and the corresponding transportation speed, determining the passing time interval of the target fireproof subarea according to the passing time and the maximum number of load bearing cargo plates in the target fireproof subarea, determining the passing time interval according to the length of each fireproof subarea and the corresponding transportation speed, wherein the determining the passing time of the target fireproof subarea according to the length of each fireproof subarea and the corresponding transportation speed comprises obtaining the longest fireproof subarea in the plurality of fireproof subareas corresponding to the ground transportation as a first fireproof subarea and the longest fireproof subarea in the plurality of fireproof subareas corresponding to the ground transportation as a second fireproof subarea, determining the passing time of the first fireproof subarea and the first transport vehicle passing the first fireproof subarea and the second transport vehicle passing the first ground according to the length of the first fireproof subarea and the first transport vehicle passing the second ground and the first transport vehicle passing time and the second transport vehicle passing the first ground and the first transport vehicle passing time and the second transport vehicle passing time of the first subarea passing time and the first transport vehicle passing time and the first vehicle passing time subarea, and if the second pass time length is longer than the first pass time length, determining the second pass time length as the pass time length, and determining the second fireproof partition as the target fireproof partition.
2. The chemical dispatching method of claim 1, further comprising: And determining the maximum number of cargo carrying boards in the target fireproof partition according to the maximum bearing capacity of the target fireproof partition and the single maximum safe transportation capacity.
3. The chemical dispatching method of claim 1, wherein the carrier comprises a ground carrier and a ceiling carrier, the controlling the carrier and lifting device to transport the target chemical from a storage bin to the production plant through a logistics vestibule based on the number of shipments and the time interval of shipments comprising: Controlling the ground carrier to bear the target chemical moved out of the storage bin, placing the target chemical on a conveying line, and conveying the target chemical to a checking center through the conveying line; When the checking result that the target chemical sent by the checking center meets a first checking standard is received, the target chemical is transported to the lifting device, and the lifting device is controlled to bear the target chemical and transport the target chemical to the sky carrier; and controlling the overhead carrier to convey the target chemical to the production workshop.
4. The chemical dispatching method of claim 3, wherein prior to receiving the information of the demand for the target chemical from the production plant, the method further comprises: Responding to a warehousing instruction for chemicals, wherein the chemicals comprise the target chemicals; controlling the ground carrier vehicle to transport the chemicals to a conveying line corresponding to the storage bin; When the chemicals reach the conveying line pair interface of the storage bin, controlling the ground carrier vehicle to store the chemicals on the conveying line pair interface to the storage bin.
5. A chemical scheduling method according to claim 3, wherein the method further comprises: receiving a vehicle-out request sent by dangerous waste generated after the target chemical is processed by the production workshop; controlling the lifting device to bear the dangerous waste and carry the dangerous waste to the sky carrier; Controlling the overhead carrier vehicle to transport the dangerous waste to a checking center; and when the inspection result that the dangerous waste sent by the inspection center meets the second inspection standard is received, transporting the dangerous waste to a dangerous waste warehouse.
6. The chemical dispatch method of claim 5, wherein the transporting the hazardous waste to a hazardous waste bin comprises: controlling the ground carrier vehicle to bear the dangerous waste and placing the dangerous waste on a conveying line corresponding to the dangerous waste bin; When the dangerous waste is transported to the dangerous waste bin through the conveying line, calculating the number of the dangerous waste in the dangerous waste bin; And when the number of the dangerous wastes reaches a preset stock, sending out bin outlet indication information to indicate the dangerous wastes to be subjected to bin outlet treatment.
7. The chemical dispatching method of claim 1, further comprising: acquiring personnel information of a dispatcher in the demand information and workshop information of the production workshop; when the personnel information is in the scheduling authority white list, determining that a dispatcher corresponding to the personnel information passes verification; and when the workshop information is on a chemical workshop white list, determining that the production workshop corresponding to the workshop information passes verification.
8. The chemical dispatching method of claim 7, wherein after the personnel information and the plant information are verified, the method further comprises: the estimated time for the target chemical to reach the production plant is sent to the production plant.
9. The chemical dispatching system is characterized by comprising computer equipment, a carrier vehicle and a lifting device, wherein the computer equipment is respectively in communication connection with the carrier vehicle and the lifting device: The computer equipment is used for receiving demand information of target chemicals from a production workshop and controlling the carrier vehicle and the lifting device to transport the target chemicals stored in the storage bin to the production workshop so as to meet scheduling demands of the production workshop, a plurality of fireproof partitions are arranged on a logistics corridor between the storage bin and the production workshop, and the computer equipment comprises: the calculation module is used for determining the number of times of delivery and the time interval of delivery of the target chemical in the demand time based on the demand information and the chemical delivery algorithm model, and comprises the steps of determining the demand cycle usage amount of the target chemical according to the demand information; the method comprises the steps of determining the number of times of transportation according to the required period usage amount and a preset single maximum safe transportation amount, determining the passing time of passing through a target fireproof partition according to the length of each fireproof partition and the corresponding transportation speed, determining the transportation time interval according to the passing time and the maximum number of load bearing plates in the target fireproof partition, determining the passing time of passing through the target fireproof partition according to the length of each fireproof partition and the corresponding transportation speed, wherein the method comprises the steps of acquiring the longest fireproof partition in the corresponding plurality of fireproof partitions in ground transportation as a first fireproof partition, and the longest fireproof partition in the corresponding plurality of fireproof partitions in the space transportation as a second fireproof partition, determining the first passing time of passing through the first fireproof partition according to the length of the first fireproof partition and the ground transportation speed, determining the second passing time of passing through the second fireproof partition according to the length of the second fireproof partition and the space transportation speed, determining the first passing time of passing through the second fireproof partition as the space transportation speed, determining the second passing time of passing through the second fireproof partition as the second passing time when the first passing through the first fireproof partition is longer than the first passing time, determining the second fire partition as the target fire partition; the computer equipment is also used for controlling a carrier vehicle and a lifting device to convey the target chemicals from a storage bin to the production workshop through a logistics corridor based on the conveying times and the conveying time intervals; the carrier vehicle and the lifting device are used for transporting the target chemicals stored in the storage bin to the production workshop.
10. A computer device comprising a processor and a memory, the processor being configured to execute a computer program stored in the memory to implement the chemical scheduling method of any one of claims 1 to 8.
11. A computer readable storage medium storing at least one instruction that when executed by a processor implements the chemical scheduling method of any one of claims 1 to 8.

Description

Chemical scheduling method, system, computer device and storage medium Technical Field The application relates to the field of transportation, belongs to the technical field of material dispatching, and particularly relates to a chemical dispatching method, a chemical dispatching system, computer equipment and a storage medium. Background Because chemicals belong to dangerous goods, in each process of transporting, warehousing and storing the chemicals, transporting and delivering the chemicals to a production workshop after dispatching and transporting chemical dangerous waste products, logistics operators are required to drive vehicles (e.g. manual forklift) to transport the chemicals so as to ensure safe transportation of the chemicals, but the transportation modes have the problems of high requirements on logistics manpower, high labor cost, low operation efficiency, poor timeliness and the like, and are unfavorable for realizing efficient regulation and control of the chemicals. Disclosure of Invention The embodiment of the application discloses a chemical dispatching method, a chemical dispatching system, computer equipment and a storage medium, which solve the problem of low chemical dispatching efficiency. The application provides a chemical dispatching method which is applied to computer equipment and comprises the steps of receiving demand information of a production workshop on target chemicals, determining the conveying times and the conveying time intervals of the target chemicals in demand time based on the demand information and a chemical conveying algorithm model, and controlling a carrier vehicle and a lifting device to convey the target chemicals from a storage bin to the production workshop through a logistics corridor based on the conveying times and the conveying time intervals. In some optional embodiments, a plurality of fireproof partitions are arranged on a logistics corridor between the storage bin and the production workshop, and the determining of the conveying times and the conveying time intervals of the target chemicals in the required time based on the required information and a chemical conveying algorithm model comprises determining the required period usage amount of the target chemicals according to the required information, determining the conveying times according to the required period usage amount and a preset single maximum safe conveying amount, determining the passing time of the target fireproof partition according to the length of each fireproof partition and the corresponding conveying speed, and determining the conveying time intervals according to the passing time and the maximum load bearing plate number in the target fireproof partition. In some alternative embodiments, the determining a passing duration of a passing target fire partition according to the length of each fire partition and the corresponding transport speed includes obtaining a longest fire partition of a plurality of fire partitions corresponding to ground transport as a first fire partition and a longest fire partition of a plurality of fire partitions corresponding to ground transport as a second fire partition, determining a first passing duration of the passing first fire partition according to the length of the first fire partition and the ground transport speed, the ground transport speed being the transport speed of a ground carrier, determining a second passing duration of the passing second fire partition according to the length of the second fire partition and the transport speed of the ground carrier, the ground speed being the transport speed of the ground carrier, determining the first passing duration as the passing duration if the first passing duration is greater than the second passing duration, determining the first fire partition as the target partition if the second passing duration is greater than the first passing duration, and determining the second passing duration as the target fire partition if the second passing duration is greater than the first passing duration. In some alternative embodiments, the method further comprises determining a maximum number of load bearing cargo plates within the target fire zone based on the maximum load bearing capacity of the target fire zone and the single maximum safe traffic. In some alternative embodiments, the carrier comprises a ground carrier and a sky carrier, the control of the carrier and the lifting device to convey the target chemical from the storage bin to the production shop through the logistics gallery based on the conveying times and the conveying time interval comprises the control of the ground carrier to bear the target chemical moved out of the storage bin and put the target chemical on a conveying line, conveying the target chemical to a checking center through the conveying line, conveying the target chemical to the lifting device when the checking result of the first checking standard is met by the target ch