Storage task allocation method and system

Abstract

The invention provides a storage task distribution method and system, and belongs to the technical field of storage management, the shipment weight and the stock weight of goods are dynamically adjusted, and the working types of floating personnel are dynamically identified according to the weights, so that high-demand goods are ensured to be processed preferentially, and the storage operation efficiency is remarkably improved; meanwhile, freight transport personnel are divided into fixed personnel and floating personnel, flexible allocation is carried out according to working area requirements and personnel skills, human resource allocation is optimized, and the flexibility of human resources is enhanced; in addition, automatic distribution and intelligent management of storage tasks are realized, and the intelligent level of storage management is improved; under the combined action of the measures, the order processing time is shortened, the delivery speed is improved, the customer satisfaction is improved, meanwhile, the waste of human resources is avoided by dynamically adjusting personnel allocation and task allocation, and the storage and operation cost is reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of warehouse management, and in particular to a method and system for allocating warehouse tasks. Background Art

[0002] In the field of warehousing and logistics, with the booming development of e-commerce and the increasing diversification of consumer demand, warehousing operation efficiency, cost control and system adaptability have become key factors in corporate competitiveness.

[0003] In traditional warehouse management methods, the shipment and inventory handling of goods often lack flexibility and cannot be dynamically adjusted according to actual demand. This results in high-demand goods not being processed in a timely manner, affecting overall operational efficiency.

[0004] In terms of personnel allocation, traditional warehouse management often relies on fixed positions and fixed tasks, lacking a mechanism for flexible deployment based on work area needs and personnel skills. This not only limits the mobility of personnel, but can also lead to waste of human resources and inefficiency.

[0005] Traditional warehouse management systems lack the ability to collect and analyze real-time data and are unable to make intelligent decisions based on inventory information, order information, and data provided by the warehouse management system. This limits the degree of automation and intelligence of warehouse operations.

[0006] Traditional warehouse management methods often lack the ability to flexibly adjust to changes in warehouse layout, cargo demand, and personnel skills. This makes it difficult for the system to adapt to different operating environments and demand changes, limiting the competitiveness of enterprises.

[0007] Therefore, it is necessary to provide a method and system for allocating warehousing tasks to solve the above technical problems. Summary of the invention

[0008] In order to solve the above technical problems, the present invention provides a method and system for allocating warehousing tasks for solving the problems of low warehousing operation efficiency, unreasonable allocation of human resources, low level of intelligent warehousing management and poor adaptability in traditional warehousing management.

[0009] The present invention provides a method for allocating storage tasks, comprising the following steps: The allocation method comprises the following steps: Based on the directional flow from inbound to outbound, the warehouse space is divided into multiple continuous work areas, and a sequence is assigned to each work area according to the direction of goods flow to form an orderly work area chain; Obtain the freight personnel data in the warehouse personnel information database, and assign the freight personnel to the corresponding specific work areas in combination with the scope of each work area. The freight personnel assigned to the work area specifically include fixed personnel and mobile personnel; Obtain goods inventory information and order information in real time, calculate the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamically adjust the shipment weight and inventory weight of each product by judging whether the comprehensive score exceeds the threshold; Based on the adjusted shipping weights and inventory weights of each product and the sequence of the work area chain, the work types of mobile personnel are dynamically identified according to the preset adjustment strategy, wherein the work types specifically include inventory personnel and shipping personnel; According to the work type of the identified mobile personnel and combined with real-time order information, specific task instructions are generated and pushed to the operation terminals of the corresponding inventory personnel and shipping personnel.

[0010] Preferably, the warehouse space is divided into a plurality of continuous working areas based on the directional flow direction from entering the warehouse to leaving the warehouse, and a sequence is assigned to each working area according to the flow direction of goods to form an orderly working area chain. The specific steps include: Obtain the flow path from inbound to outbound based on the warehouse layout, and divide the warehouse space into multiple continuous work areas along the flow path; Assign an increasing or decreasing sequence to each work area according to the order of goods flow to form an orderly chain of work areas.

[0011] Preferably, the freight personnel data in the warehouse personnel information database is obtained, and the freight personnel are assigned to the corresponding specific work areas in combination with the scope of each work area, wherein the freight personnel assigned to the work area specifically include fixed personnel and mobile personnel, and the specific steps include: Obtain basic information of freight personnel from the warehouse personnel information database, including the number and skills of freight personnel; Assign freight personnel to specific work areas based on their skills and the scope of each work area; After the freight personnel are assigned to the corresponding specific work areas, they are divided into fixed personnel and mobile personnel according to the preset ratio, and a dynamic deployment pool is established based on the mobile personnel and the movable work terminals are bound.

[0012] Preferably, the real-time acquisition of goods inventory information and order information, calculation of the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamic adjustment of the shipment weight and inventory weight of each goods by judging whether the comprehensive score exceeds a threshold, specifically includes the following steps: Obtain cargo inventory information and order information through the warehouse management system; Based on inventory and order information, calculate the shipment demand intensity and inventory demand intensity for the current period; Based on the calculated shipment demand intensity and inventory demand intensity, a comprehensive score is generated according to the preset linear weighted algorithm, and the shipment weight and inventory weight of the goods in each area are updated and synchronized to the work area chain.

[0013] Preferably, the shipment demand intensity and inventory demand intensity of the current period are calculated based on the inventory and order information. In the process, the formula for calculating the shipment demand intensity of the current period is: shipment demand intensity = number of orders in the current period / standard shipment capacity, and the formula for calculating the inventory demand intensity of the current period is: inventory demand intensity = inventory difference / safety stock, wherein inventory difference = safety stock - current inventory.

[0014] Preferably, the work type of mobile personnel is dynamically identified according to a preset adjustment strategy based on the adjusted shipping weight and inventory weight of each cargo and the sequence of the work area chain, wherein the work type specifically includes inventory personnel and shipping personnel, and the specific steps include: Based on the adjusted shipment weight and inventory weight of each cargo, combined with the sequence of the work area chain, determine the priority of each area; According to the preset adjustment strategy, the work type of the mobile personnel is dynamically identified, wherein the adjustment strategy is specifically as follows: Inventory personnel are transferred to the work area at the front end of the work area chain and the work area where the inventory weight is ≥ the preset threshold; shipping personnel are dispatched to the work area at the end of the work area chain and the shipping weight is ≥ the preset threshold.

[0015] Preferably, the specific task instructions are generated based on the marked work type of the mobile personnel and combined with the real-time order information and pushed to the operation terminals of the corresponding inventory personnel and shipping personnel. The specific steps include: Based on real-time order information, the real-time order is mapped into three-dimensional coordinates according to the location of the work area chain where the goods are located; Generate specific task instructions for each inventory staff and shipping staff, where the task instructions include: generating instructions for the coordinates of the shelf locations and replenishment paths for inventory staff, and generating instructions for the sorting sequence and packing priority for shipping staff; The generated task instructions are pushed to the operation terminals of the corresponding inventory personnel and the shipping personnel.

[0016] A storage task allocation system, the allocation system comprising: The area division module is used to divide the warehouse space into multiple continuous work areas based on the directional flow direction from warehouse entry to warehouse exit, and to assign a sequence to each work area according to the direction of goods flow to form an orderly work area chain; The personnel allocation module is used to obtain the freight personnel data in the warehouse personnel information database, and allocate the freight personnel to the corresponding specific work areas according to the scope of each work area. The freight personnel allocated to the work area specifically include fixed personnel and mobile personnel; The dynamic adjustment module is used to obtain the inventory information and order information of goods in real time, calculate the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamically adjust the shipment weight and inventory weight of each product by judging whether the comprehensive score exceeds the threshold; A personnel identification module is used to dynamically identify the work type of mobile personnel according to a preset adjustment strategy based on the adjusted shipping weight and inventory weight of each cargo and the sequence of the work area chain, wherein the work type specifically includes inventory personnel and shipping personnel; The task allocation module is used to generate specific task instructions based on the work type of the identified mobile personnel and combined with real-time order information, and push them to the operation terminals of the corresponding inventory personnel and shipping personnel.

[0017] Compared with the related art, the storage task allocation method and system provided by the present invention have the following beneficial effects: The present invention ensures that high-demand goods are given priority by dynamically adjusting the shipment weight and inventory weight of goods, and dynamically identifying the work type of mobile personnel according to these weights, thereby significantly improving the efficiency of warehousing operations; at the same time, freight personnel are divided into fixed personnel and mobile personnel, and flexibly allocated according to work area requirements and personnel skills, thereby optimizing human resource allocation and enhancing the flexibility of human resources; in addition, the automated allocation and intelligent management of warehousing tasks are realized, and the intelligence level of warehousing management is improved; under the combined effect of these measures, order processing time is shortened, delivery speed is increased, and thus customer satisfaction is improved. At the same time, dynamic adjustment of personnel allocation and task allocation also avoids waste of human resources, reduces warehousing and operating costs, and enhances the adaptability and scalability of the warehousing system, so that it can better adapt to different operating environments and demand changes. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 A schematic diagram of a flow chart of a method for allocating storage tasks of the present invention; Figure 2 This is a system block diagram of a storage task allocation system of the present invention. DETAILED DESCRIPTION

[0019] The present invention will be further described below in conjunction with the accompanying drawings and implementation modes.

[0020] Embodiment 1 like Figure 1 As shown, a method for allocating storage tasks includes the following steps: S1. Based on the directional flow from warehouse entry to warehouse exit, the warehouse space is divided into multiple continuous work areas, and a sequence is assigned to each work area according to the direction of goods flow to form an orderly work area chain; S2. Obtain the freight personnel data in the warehouse personnel information database, and assign the freight personnel to the corresponding specific work areas in combination with the scope of each work area. The freight personnel assigned to the work area specifically include fixed personnel and mobile personnel; S3. Obtain goods inventory information and order information in real time, calculate the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamically adjust the shipment weight and inventory weight of each product by judging whether the comprehensive score exceeds the threshold; S4. Based on the adjusted shipping weights and inventory weights of each cargo and the sequence of the work area chain, dynamically identify the work type of the mobile personnel according to the preset adjustment strategy, wherein the work type specifically includes inventory personnel and shipping personnel; S5. Generate specific task instructions based on the work type of the mobile personnel after identification and in combination with real-time order information and push them to the operation terminals of the corresponding inventory personnel and shipping personnel.

[0021] In the specific implementation process, the specific steps of step S1 are: S101. Obtain a flow path from warehouse entry to warehouse exit according to the warehouse layout, and divide the warehouse space into multiple continuous work areas along the flow path.

[0022] Specifically, we first need to clarify the overall layout of the warehouse, especially the paths for goods to enter and leave the warehouse, including shelf arrangement, aisle settings, and entrance and exit locations. By identifying the warehouse layout, we can determine the natural flow path of goods from entering the warehouse to leaving the warehouse. Once the flow path is determined, the warehouse space can be divided into multiple continuous work areas along this path. These work areas are relatively independent but closely connected to ensure that goods can flow smoothly from one area to another.

[0023] In this embodiment, a warehouse is rectangular with two entrances and exits located at the two ends of the long side of the warehouse. The goods entrance is located at one end of the warehouse, while the exit is located at the other end. The warehouse space can be divided into multiple work areas along the long side according to the flow direction of the goods. For example, the warehouse can be divided into three areas: an entry area (near the entry), a storage area (located in the middle) and an exit area (near the exit). Each area is equipped with corresponding shelves, passages and transfer equipment to ensure that the goods can be efficiently transferred from one area to another.

[0024] S102. Allocate an increasing or decreasing sequence to each work area according to the order of goods flow to form an orderly work area chain.

[0025] Specifically, from the warehouse entry area to the warehouse exit area, each work area has an increasing or decreasing sequence identifier to indicate their relative position on the goods flow path, so as to form an orderly work area chain, which is convenient for clearly reflecting the flow path of goods in the warehouse, more easily tracking the location of goods, optimizing the storage and transshipment process, and improving the efficiency of warehousing operations.

[0026] In this embodiment, sequences are assigned to the three working areas of the warehouse, wherein the warehouse entry area is area sequence 1, the storage area is area sequence 2, and the warehouse exit area is area sequence 3, thus forming an increasing working area chain: area sequence 1 (warehouse entry area) → area sequence 2 (storage area) → area sequence 3 (warehouse exit area).

[0027] In the specific implementation process, the specific steps of step S2 are: S201. Obtain basic information of freight personnel from the warehouse personnel information database, including the number and skills of freight personnel.

[0028] S202: Based on the skills of each freight forwarder and the scope of each work area, the freight forwarders are assigned to corresponding specific work areas.

[0029] Specifically, after obtaining the basic information of the freight personnel, the specific responsibilities and requirements of each work area are clarified, and matched according to the skills of the freight personnel and the needs of the work area. For example, the warehouse entry area needs personnel who are good at receiving and preliminarily classifying goods, the storage area needs personnel who can efficiently manage shelves and goods, and the warehouse exit area needs personnel who are familiar with the sorting and packaging processes.

[0030] S203. After the freight personnel are assigned to the corresponding specific work areas, the freight personnel in the work areas are divided into fixed personnel and mobile personnel according to a preset ratio, and a dynamic allocation pool is established based on the mobile personnel and the movable work terminals are bound.

[0031] Specifically, after the freight personnel are assigned to specific work areas, they need to be further divided into fixed personnel and mobile personnel. Fixed personnel are usually responsible for handling routine tasks, such as shelf management, inventory counting, etc., while mobile personnel are responsible for handling more flexible and urgent tasks, such as replenishment, sorting and packaging. In this embodiment, the freight personnel are divided into specific fixed personnel and mobile personnel in a ratio of 3:7, and a dynamic allocation pool is established for mobile personnel, and mobile work terminals are bound to them. It should be noted that the dynamic allocation pool allows managers to quickly dispatch mobile personnel according to actual conditions to meet urgent or sudden needs, and the mobile work terminal can help mobile personnel receive task instructions, update task status and communicate with other personnel in real time.

[0032] In the specific implementation process, the specific steps of step S3 are: S301. Obtain goods inventory information and order information through a warehouse management system.

[0033] Specifically, a warehouse management system is usually a comprehensive platform that integrates information from multiple links such as goods entering, storing, and leaving the warehouse. First, a specific data interface or API call is used to establish a connection with the warehouse management system, and the inventory information and order information of the goods are extracted from the warehouse management system. For example, a warehouse stores a variety of goods, including electronic products, daily necessities, and food. The current inventory of each type of goods is extracted from the warehouse management system, for example, the inventory of electronic products is 1,000 pieces, the inventory of daily necessities is 500 pieces, and the inventory of food is 2,000 pieces. At the same time, the current pending order information is also obtained, including the order number, customer name, type of goods, and quantity.

[0034] S302. Based on inventory and order information, calculate the shipment demand intensity and inventory demand intensity of the current period.

[0035] Specifically, after obtaining the inventory information and order information of the goods, the next step is to calculate the shipment demand intensity and inventory demand intensity of the current period. These two indicators are important parameters that reflect the warehouse operation status, and are also the key basis for dynamically adjusting the weight of goods and optimizing the efficiency of warehousing operations. Among them, the formula for calculating the shipment demand intensity of the current period is: shipment demand intensity = number of orders in the current period / standard shipment capacity, and the formula for calculating the inventory demand intensity of the current period is: inventory demand intensity = inventory difference / safety stock, where inventory difference = safety stock - current inventory. The specific values ​​of shipment demand intensity and inventory demand intensity are calculated through the calculation formula.

[0036] S303. Generate a comprehensive score according to the calculated shipment demand intensity and inventory demand intensity using a preset linear weighted algorithm, update the shipment weight and inventory weight of the goods in each area, and synchronize them to the work area chain.

[0037] Specifically, a comprehensive score is generated according to a preset linear weighted algorithm, and the formula is as follows: Comprehensive score = Shipment demand intensity * Shipment weight coefficient + Inventory demand intensity * Inventory weight coefficient. In this embodiment, the preset shipment weight coefficient is 0.6, and the inventory weight coefficient is 0.4. The comprehensive score of each type of goods is calculated, and its comprehensive score is compared with the threshold defined by the management personnel. It is determined whether the comprehensive score exceeds the defined threshold to determine whether it is high or low. Then, the shipment weight and inventory weight of the goods are updated according to the score. For example, if the comprehensive score of electronic products is high, then its shipment weight is increased accordingly; if the comprehensive score of food is low, then its inventory weight is reduced.

[0038] In the specific implementation process, the specific steps of step S4 are: S401. Based on the adjusted shipment weight and inventory weight of each cargo and in combination with the sequence of the work area chain, determine the priority of each area.

[0039] Specifically, the updated shipment weight and inventory weight data are first obtained, where the updated shipment weight and inventory weight data reflect the demand intensity of each commodity in different working areas during the current period. Then, combined with the sequence information of the working area chain, the priority of each working area is determined by taking the average value of the shipment weight and inventory weight as the sorting basis. It should be noted that areas with high shipment weight and inventory weight will be given higher priority because these areas may face greater shipment or inventory pressure.

[0040] In this embodiment, the updated shipment weight and inventory weight data of the three areas of the warehouse: Area 1, Area 2, and Area 3 are obtained as follows: Area 1: shipment weight = 0.8, inventory weight = 0.6; Area 2: shipment weight = 0.5, inventory weight = 0.4; Area 3: shipment weight = 0.2, inventory weight = 0.8; the calculated comprehensive scores are: Area 1 average value (0.8+0.6) / 2=0.7; Area 2 average value (0.5+0.4) / 2=0.45; Area 3 average value (0.2+0.8) / 2=0.5. According to the average value sorting, Area 1 is identified as the highest priority area, followed by Area 3, and finally Area 2.

[0041] S402: Dynamically identify the work type of the mobile personnel according to a preset adjustment strategy, wherein the adjustment strategy specifically includes: Inventory personnel are transferred to the work area at the front end of the work area chain (sequence ≤ 1 / 3 of the total number of areas) and the work area where the inventory weight is ≥ the preset threshold; shipping personnel are dispatched to the end of the work area chain (sequence ≥ 2 / 3 of the total number of areas) and the work area where the shipping weight is ≥ the preset threshold.

[0042] Specifically, first obtain the basic information and current location information of the mobile personnel, then determine whether each mobile personnel needs to adjust their work type according to the work area priority and adjustment strategy determined in the previous step, and if adjustment is required, generate corresponding adjustment instructions and send the instructions to the corresponding mobile personnel operation terminal. For example, when the inventory weight of a certain work area exceeds the preset threshold, some inventory personnel are dispatched to the area to strengthen inventory operations; when the shipment weight of a certain work area exceeds the preset threshold, some shipment personnel are dispatched to the area to strengthen shipment operations.

[0043] In this embodiment, when the inventory weight of a work area is ≥0.7, inventory personnel are dispatched to the area; when the shipping weight of a work area is ≥0.6, shipping personnel are dispatched to the area.

[0044] In the specific implementation process, the specific steps of step S5 are: S501. Based on the real-time order information, the real-time order is mapped into three-dimensional coordinates according to the working area chain position where the goods are located.

[0045] Specifically, based on real-time order information, according to the actual storage location of the goods in the warehouse, that is, their work area chain location, the order information is mapped into a three-dimensional coordinate system. This three-dimensional coordinate system usually includes the length and width of the warehouse and the vertical position of the goods in the warehouse.

[0046] For example, an order requires the shipment of 10 boxes of apples, and these apples are stored in the third working area of ​​the warehouse, close to the east side of the warehouse (larger value on the X axis) and the middle height (moderate value on the Y axis). Then the order information is mapped to a three-dimensional coordinate point, such as (X3, Ym, Z0), where X3 represents the third working area, Ym represents the moderate position on the east side of the area, and Z0 represents the ground floor (assuming that the warehouse is a single-story warehouse or the goods are stored on the ground floor).

[0047] S502. Generate specific task instructions for each inventory staff and shipping staff, wherein the task instructions include: generating instructions for the inventory staff on the coordinates of the shelves to be put on the shelves and the replenishment path, and generating instructions for the shipping staff on the sorting sequence and packing priority.

[0048] Specifically, for example, if an inventory staff is responsible for moving apples from the storage area to the outbound area, an instruction is generated for him, such as "Move 10 boxes of apples from (X3, Ym, Z0) to (X5, Yn, Z0), the path is X3→X4→X5, and walk along the east channel." At the same time, for the shipping staff responsible for packaging, an instruction is generated, such as "Prioritize packaging of 10 boxes of apples with order number 12345, and pack them in the order required by the customer.

[0049] S503: Push the generated task instruction to the operation terminal of the corresponding inventory staff and the operation terminal of the shipping staff.

[0050] Embodiment 2 like Figure 2 As shown, a storage task allocation system applied to a storage task allocation method includes: The area division module is used to divide the warehouse space into multiple continuous work areas based on the directional flow direction from warehouse entry to warehouse exit, and to assign a sequence to each work area according to the direction of goods flow to form an orderly work area chain; The personnel allocation module is used to obtain the freight personnel data in the warehouse personnel information database, and allocate the freight personnel to the corresponding specific work areas according to the scope of each work area. The freight personnel allocated to the work area specifically include fixed personnel and mobile personnel; The dynamic adjustment module is used to obtain the inventory information and order information of goods in real time, calculate the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamically adjust the shipment weight and inventory weight of each product by judging whether the comprehensive score exceeds the threshold; A personnel identification module is used to dynamically identify the work type of mobile personnel according to a preset adjustment strategy based on the adjusted shipping weight and inventory weight of each cargo and the sequence of the work area chain, wherein the work type specifically includes inventory personnel and shipping personnel; The task allocation module is used to generate specific task instructions based on the work type of the identified mobile personnel and combined with real-time order information, and push them to the operation terminals of the corresponding inventory personnel and shipping personnel.

[0051] The present application is described with reference to the flowcharts and / or block diagrams of the methods, devices (systems), and computer program products according to the embodiments of the present application. It should be understood that each process and / or box in the flowchart and / or block diagram, as well as the combination of the processes and / or boxes in the flowchart and / or block diagram, can be implemented by computer program instructions. These computer program instructions can be provided to a processor of a general-purpose computer, a special-purpose computer, an embedded processor, or other programmable data processing device to generate a machine, so that the instructions executed by the processor of the computer or other programmable data processing device generate instructions for implementing the processes in the flowchart and / or block diagram. Figure 1 A process or multiple processes and / or boxes Figure 1 A device that provides the functions specified in a block or multiple blocks.

[0052] Those skilled in the art can understand that all or part of the steps in the various methods of the above embodiments can be completed by instructing related hardware through a program, and the program can be stored in a computer-readable storage medium, and the storage medium includes a read-only memory (ROM), a random access memory (RAM), a programmable read-only memory (PROM), an erasable programmable read-only memory (EPROM), a one-time programmable read-only memory (OTPROM), an electronically erasable rewritable read-only memory (EEPROM), a compact disc (CD-ROM) or other optical disc storage, magnetic disk storage, magnetic tape storage, or any other computer-readable medium that can be used to carry or store data.

[0053] It should also be noted that the terms "include", "comprises" or any other variations thereof are intended to cover non-exclusive inclusion, so that a process, method, commodity or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, commodity or device. In the absence of more restrictions, the elements defined by the sentence "comprises a ..." do not exclude the existence of other identical elements in the process, method, commodity or device including the elements.

Claims

1. A method for allocating warehousing tasks, characterized in that: The allocation method comprises the following steps: Based on the directional flow from inbound to outbound, the warehouse space is divided into multiple continuous work areas, and a sequence is assigned to each work area according to the direction of goods flow to form an orderly work area chain; Obtain the freight personnel data in the warehouse personnel information database, and assign the freight personnel to the corresponding specific work areas in combination with the scope of each work area. The freight personnel assigned to the work area specifically include fixed personnel and mobile personnel; Obtain goods inventory information and order information in real time, calculate the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamically adjust the shipment weight and inventory weight of each product by judging whether the comprehensive score exceeds the threshold; Based on the adjusted shipping weights and inventory weights of each cargo and the sequence of the work area chain, the work types of mobile personnel are dynamically identified according to the preset adjustment strategy, wherein the work types specifically include inventory personnel and shipping personnel; According to the work type of the identified mobile personnel and combined with real-time order information, specific task instructions are generated and pushed to the operation terminals of the corresponding inventory personnel and shipping personnel.

2. A method for allocating warehousing tasks according to claim 1, characterized in that: The warehouse space is divided into multiple continuous work areas based on the directional flow direction from entering the warehouse to leaving the warehouse, and a sequence is assigned to each work area according to the direction of cargo flow to form an orderly work area chain. The specific steps include: Obtain the flow path from inbound to outbound based on the warehouse layout, and divide the warehouse space into multiple continuous work areas along the flow path; Assign an increasing or decreasing sequence to each work area according to the order of goods flow to form an orderly chain of work areas.

3. A method for allocating storage tasks according to claim 1, characterized in that: The method of obtaining freight personnel data in the warehouse personnel information database and assigning freight personnel to corresponding specific work areas in combination with the scope of each work area, wherein the freight personnel assigned to the work area specifically include fixed personnel and mobile personnel, specifically includes: Obtain basic information of freight personnel from the warehouse personnel information database, including the number and skills of freight personnel; Assign freight personnel to specific work areas based on their skills and the scope of each work area; After the freight personnel are assigned to the corresponding specific work areas, they are divided into fixed personnel and mobile personnel according to the preset ratio, and a dynamic deployment pool is established based on the mobile personnel and the movable work terminals are bound.

4. A method for allocating storage tasks according to claim 1, characterized in that: The real-time acquisition of goods inventory information and order information, calculation of the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamic adjustment of the shipment weight and inventory weight of each goods by judging whether the comprehensive score exceeds a threshold, specifically includes the following steps: Obtain cargo inventory information and order information through the warehouse management system; Based on inventory and order information, calculate the shipment demand intensity and inventory demand intensity for the current period; Based on the calculated shipment demand intensity and inventory demand intensity, a comprehensive score is generated according to the preset linear weighted algorithm, and the shipment weight and inventory weight of the goods in each area are updated and synchronized to the work area chain.

5. A method for allocating storage tasks according to claim 4, characterized in that: Based on the inventory and order information, the shipment demand intensity and inventory demand intensity of the current period are calculated. In the process, the formula for calculating the shipment demand intensity of the current period is: shipment demand intensity = number of orders in the current period / standard shipment capacity, and the formula for calculating the inventory demand intensity of the current period is: inventory demand intensity = inventory difference / safety stock, where inventory difference = safety stock - current inventory.

6. A method for allocating storage tasks according to claim 1, characterized in that: Based on the adjusted shipping weights and inventory weights of each cargo and the sequence of the work area chain, the work type of the mobile personnel is dynamically identified according to the preset adjustment strategy, wherein the work type specifically includes inventory personnel and shipping personnel, and the specific steps include: Based on the adjusted shipment weight and inventory weight of each cargo, combined with the sequence of the work area chain, determine the priority of each area; According to the preset adjustment strategy, the work type of the mobile personnel is dynamically identified, wherein the adjustment strategy is specifically as follows: Inventory personnel are transferred to the work area at the front end of the work area chain and the work area where the inventory weight is ≥ the preset threshold; shipping personnel are dispatched to the work area at the end of the work area chain and the shipping weight is ≥ the preset threshold.

7. A method for allocating storage tasks according to claim 1, characterized in that: The specific steps of generating specific task instructions based on the marked work type of the mobile personnel and combining the real-time order information and pushing them to the operation terminals of the corresponding inventory personnel and shipping personnel include: Based on real-time order information, the real-time order is mapped into three-dimensional coordinates according to the location of the work area chain where the goods are located; Generate specific task instructions for each inventory staff and shipping staff, where the task instructions include: generating instructions for the coordinates of the shelf locations and replenishment paths for inventory staff, and generating instructions for the sorting sequence and packing priority for shipping staff; The generated task instructions are pushed to the operation terminals of the corresponding inventory personnel and the shipping personnel.

8. A storage task allocation system, applied to a storage task allocation method according to any one of claims 1 to 7, characterized in that: The dispensing system comprises: The area division module is used to divide the warehouse space into multiple continuous work areas based on the directional flow direction from warehouse entry to warehouse exit, and to assign a sequence to each work area according to the direction of goods flow to form an orderly work area chain; The personnel allocation module is used to obtain the freight personnel data in the warehouse personnel information database, and allocate the freight personnel to the corresponding specific work areas according to the scope of each work area. The freight personnel allocated to the work area specifically include fixed personnel and mobile personnel; The dynamic adjustment module is used to obtain the inventory information and order information of goods in real time, calculate the shipment demand intensity and inventory demand intensity of the current period to generate a comprehensive score, and dynamically adjust the shipment weight and inventory weight of each product by judging whether the comprehensive score exceeds the threshold; A personnel identification module is used to dynamically identify the work type of mobile personnel according to a preset adjustment strategy based on the adjusted shipping weight and inventory weight of each cargo and the sequence of the work area chain, wherein the work type specifically includes inventory personnel and shipping personnel; The task allocation module is used to generate specific task instructions based on the work type of the identified mobile personnel and combined with real-time order information, and push them to the operation terminals of the corresponding inventory personnel and shipping personnel.

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