CN111062660A - Online mall inventory quantity calculation method and device - Google Patents
Online mall inventory quantity calculation method and device Download PDFInfo
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Abstract
The application belongs to the technical field of inventory management in an e-commerce platform, and particularly relates to a method and a device for calculating the inventory quantity of an online shopping mall; the method for calculating the inventory quantity of the online shopping mall comprises the following steps: before generating the order, initializing a storage module inventory, a sorting module inventory and a delivery module inventory in the central inventory system according to the actual inventory; after the order is generated, business type information fed back by each central system is obtained; obtaining the current central stock quantity and the pre-occupied state stock according to each piece of service type information; and calculating the available state stock according to the difference between the current central stock quantity and the pre-occupied state stock quantity, and using the available state stock quantity as the current available stock quantity of the commodity to be tested. According to the online shopping mall inventory quantity calculating method and device, in-transit inventory and pre-occupied inventory are added in the central inventory system, and the shopping mall pre-occupied inventory is put into the central inventory to be managed in a unified mode, so that shopping mall selling inventory statistics is more accurate.
Description
Technical Field
The application belongs to the technical field of inventory management in an e-commerce platform, and particularly relates to a method and a device for calculating the inventory quantity of an online shopping mall.
Background
Electronic commerce generally adopts an operation strategy of selling according to inventory, so that the shortage of commodities in inventory is avoided, and economic inefficiency and waste caused by overhigh inventory are prevented; particularly, for selling inventory in a shopping mall, the statistical accuracy is particularly important.
Currently, mall selling inventory equals mall inventory minus mall pre-emption inventory; and the store inventory is equal to the central inventory, and is equal to the sum of the storage (i.e., storage center) inventory, the sorting (i.e., sorting center) inventory, and the delivery (i.e., distribution center) inventory.
However, the stock quantity of the mall is obtained from a plurality of systems (namely, a storage center, a sorting center and a distribution center) by a central stock, and the central stock quantity is inaccurate due to inconsistent stock obtaining time, so that the selling stock statistics of the mall is inaccurate; in addition, when the current shopping mall pre-occupation inventory statistics does not consider the pre-occupation inventory of the call ticket and the withdrawal ticket, the shopping mall selling inventory statistics is inaccurate, and the shopping mall is over-sold.
Disclosure of Invention
In order to solve at least one of the above technical problems, the present application provides a method and an apparatus for calculating the inventory quantity of an online shopping mall.
In a first aspect, the application discloses a method for calculating the inventory quantity of an online shopping mall, which comprises the following steps:
before generating an order, initializing a warehousing module inventory, a sorting module inventory and a delivery module inventory in a central inventory system according to the actual warehousing inventory of a warehousing center system, the sorting inventory of the sorting center system and the delivery inventory of the delivery center system;
after an order is generated, business type information fed back by each central system is obtained, and each piece of business type information corresponds to one or one type of preset business of each central system;
determining an in-transit module inventory corresponding to the current predetermined service according to each piece of service type information;
controlling the module inventory in the corresponding central inventory system to synchronize according to each piece of service type information, and recalculating the current central inventory quantity, wherein the current central inventory quantity is the sum of the inventory of the storage modules, the inventory of the sorting modules, the inventory of the delivery modules and the inventory of the modules in transit;
determining the pre-occupied state inventory in the current central inventory quantity;
and calculating the available state inventory in the current central inventory quantity according to the difference value between the current central inventory quantity and the pre-occupied state inventory, and taking the available state inventory as the current available inventory of the to-be-tested commodity.
According to at least one embodiment of the present application, the acquiring the service type information fed back by each central system includes:
acquiring an operation instruction for controlling increase and decrease of each module inventory in a central inventory system corresponding to each central system; and
and acquiring the quantity for increasing or decreasing the inventory of each module.
According to at least one embodiment of the present application, one or a class of predetermined services of each of the central systems is divided according to a warehousing type and a warehousing type.
According to at least one embodiment of the application, the storage center system is at least divided into a purchase storage service, a passenger return storage service, a transfer storage service and a check storage service according to storage types, and is at least divided into a check loss delivery service, a report residue delivery service, a report loss delivery service, a transfer delivery service, a return delivery service, a processing delivery service and a sorting delivery service according to delivery types;
the sorting center system at least comprises warehouse-crossing and shelving business, inventory filling and warehousing business, processing and shelving business and goods-picking and shelving business according to the warehouse-in type, and at least comprises sorting and warehouse-out business and inventory shortage warehouse-out business according to the warehouse-out type;
the distribution center system is divided into sorting warehousing business and order dispatching business according to warehousing types and ex-warehouse types.
According to at least one embodiment of the present application, the central system further comprises a procurement central system and a sales central system; wherein
The purchasing center system is divided into a transfer order business and a return supply order business according to the warehousing type;
and the sales center system is divided into sales order business according to the warehousing type.
According to at least one embodiment of the present application, the step of determining the pre-occupied state inventory in the current central inventory amount includes calculating the pre-occupied state inventory according to the business type information of the procurement center system and the sales center system.
In a second aspect, the present application further provides an apparatus for calculating the inventory quantity of the online shopping mall, including:
the initial module is used for initializing the warehousing module inventory, the sorting module inventory and the delivery module inventory in the central inventory system according to the actual warehousing inventory of the warehousing center system, the sorting inventory of the sorting center system and the delivery inventory of the delivery center system before generating an order;
the system comprises a service type information acquisition module, a service type information acquisition module and a service type information processing module, wherein the service type information acquisition module is used for acquiring service type information fed back by each central system after an order is generated, and each piece of service type information corresponds to one or one class of preset service of each central system;
the on-route inventory processing module is used for determining on-route module inventory corresponding to the current predetermined service according to each service type information;
the central system total inventory processing module is used for controlling the inventory of each module in the corresponding central inventory system to be synchronized according to each piece of service type information and recalculating the current central inventory quantity, wherein the current central inventory quantity is the sum of the inventory of the storage modules, the inventory of the sorting modules, the inventory of the delivery modules and the inventory of the modules in transit;
the pre-occupied inventory processing module is used for determining the inventory in the pre-occupied state in the current central inventory quantity;
and the saleable inventory processing module is used for calculating the available state inventory in the current central inventory according to the difference value between the current central inventory and the pre-occupied state inventory and taking the available state inventory as the current saleable inventory of the commodity to be tested.
According to at least one embodiment of the present application, the service type information obtaining module includes:
the operation instruction acquisition unit is used for acquiring operation instructions for controlling the increase and decrease of the inventory of each module in the central inventory system corresponding to each central system; and
an increase/decrease quantity acquisition unit that acquires the quantity for increasing/decreasing the inventory of each module.
According to at least one embodiment of the present application, the central system further comprises a procurement central system and a sales central system; wherein
The purchasing center system is divided into a transfer order business and a return supply order business according to the warehousing type;
and the sales center system is divided into sales order business according to the warehousing type.
In a third aspect, the present application further provides a computer device, which includes a processor, a memory, and a computer program stored on the memory and executable on the processor, wherein the processor executes the computer program to implement the method for calculating the inventory quantity of the online shopping mall according to any one of the first aspect.
The application has at least the following beneficial technical effects:
according to the online shopping mall inventory quantity calculating method and device, in-transit inventory and pre-occupied inventory are added in the central inventory system, and the shopping mall pre-occupied inventory is put into the central inventory to be managed in a unified mode, so that shopping mall selling inventory statistics is more accurate.
Drawings
FIG. 1 is a flowchart of one embodiment of a method for calculating inventory quantities of online shopping malls according to the present application;
FIG. 2 is a schematic diagram illustrating an embodiment of an apparatus for calculating the inventory quantity of a shopping mall on the internet according to the present application;
fig. 3 is a schematic configuration diagram of another embodiment of the online mall inventory quantity calculation device according to the present application.
Detailed Description
In order to make the implementation objects, technical solutions and advantages of the present application clearer, the technical solutions in the embodiments of the present application will be described in more detail below with reference to the drawings in the embodiments of the present application. In the drawings, the same or similar reference numerals denote the same or similar elements or elements having the same or similar functions throughout. The described embodiments are a subset of the embodiments in the present application and not all embodiments in the present application. The embodiments described below with reference to the drawings are exemplary and intended to be used for explaining the present application and should not be construed as limiting the present application. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application. Embodiments of the present application will be described in detail below with reference to the accompanying drawings.
The method and the device for calculating the inventory quantity of the online shopping mall according to the present invention are further described in detail with reference to fig. 1 to 3.
In a first aspect, as shown in fig. 1, the present application discloses a method for calculating the inventory quantity of an online shopping mall, which is mainly applicable to a method of selling goods according to warehouse inventory, that is, receiving goods first and selling goods after the goods are in inventory, and specifically, the method may include the following steps:
step S101, before the order is generated, the central inventory system (the initial module 101) can initialize the inventory of the warehousing modules, the inventory of the sorting modules and the inventory of the delivery modules in the central inventory system according to the actual inventory of the warehousing system, the inventory of the sorting center system and the inventory of the delivery center system.
It should be noted that, in the central inventory system (or module), inventory of warehousing modules, inventory of sorting modules, and inventory of delivery modules corresponding to actual inventory of warehousing, inventory of sorting modules, and inventory of delivery modules may be preset, and inventory of modules in transit may also be preset. Wherein, the warehousing module inventory, the sorting module inventory, the delivery module inventory and the in-transit module inventory are respectively one field in the central inventory system. The central inventory amount (total inventory) of the central inventory system can be divided into an available status inventory amount and a reserved status inventory amount (i.e., reserved inventory).
Further, the predetermined central inventory amount is equal to the sum of the inventory of the warehousing modules, the inventory of the sorting modules, the inventory of the delivery modules and the inventory of the modules in transit. Before the order is generated, the sorting inventory of the sorting center system, the delivery inventory of the delivery center system, the in-transit inventory and the pre-occupied state inventory are all zero, so after initialization, the actual warehousing inventory of the to-be-tested goods is used as the initial central inventory quantity, namely equal to the available inventory of the to-be-tested goods at the moment.
After the order is generated, the central inventory system (the service type information obtaining module 102 in the central inventory system) can obtain the service type information fed back by each central system (i.e. the warehousing center system, the sorting center system, the distribution center system), wherein each piece of the service type information corresponds to one or one type of predetermined service of each central system. And, the central inventory system can pre-store the change rules (see table 1 below) corresponding to different predetermined services.
Step S103, the central inventory system (the on-road inventory processing module 103) can determine the on-road module inventory corresponding to the current scheduled service according to each piece of service type information; also as shown in table 1, different traffic types correspond to different inventory changes in transit.
Step S104, the central inventory system (the central system total inventory processing module 104) can control the inventories of the modules in the corresponding central inventory system to synchronize according to each piece of service type information, and recalculate to obtain the current central inventory quantity, wherein the current central inventory is the sum of the inventory of the warehousing modules, the inventory of the sorting modules, the inventory of the delivery modules, and the inventory of the modules in transit.
Step S105, the central inventory system (the pre-emption inventory processing module 105 in) can determine the pre-emption state inventory in the current central inventory quantity; as shown in table 1, the stock in the pre-occupied state may be related to, for example, a call-out service, a withdrawal service, and an order dispatch service of the distribution center system of the storage center system.
Step S106, the central inventory system (the available inventory processing module 106 in the central inventory system) can calculate an available inventory in the current central inventory quantity according to a difference between the current central inventory quantity and the current pre-occupied inventory quantity, and use the available inventory as the current available inventory of the to-be-tested commodity.
Therefore, the online shopping mall inventory quantity calculation method increases in-transit inventory and pre-occupied inventory in the central inventory system, and enables shopping mall selling inventory statistics to be more accurate by putting the pre-occupied inventory in the central inventory for unified management.
Further, in step S102, the obtaining of the service type information fed back by each central system includes:
acquiring an operation instruction for controlling increase and decrease of each module inventory in a central inventory system corresponding to each central system; and
and acquiring the quantity for increasing or decreasing the inventory of each module.
For example, when the obtained service type information is the codes 101 (operation instructions) and 100 (quantity) in table 1, the current central inventory processing module controls the inventory of the warehousing module to increase by 100.
Furthermore, one or one class of predetermined services of each central system is divided according to the warehousing type and the ex-warehousing type, and classified and sorted according to the influence of different systems on the warehousing central stock; each system synchronizes the type code and the inventory variation to a central inventory based on the business. The inventory increase and decrease rule corresponding to the warehousing type is to increase inventory; and the inventory increase and decrease rule corresponding to the ex-warehouse type is to reduce inventory.
Specifically, the service type division of each system can be referred to as the following table 1:
TABLE 1
Referring to table 1 above, for the warehouse center system:
at least dividing the service into a purchasing warehousing service, a guest returning warehousing service, a transferring warehousing service and a checking warehousing service according to the warehousing type;
according to the delivery type, the method is at least divided into a disc loss delivery service, a residual report delivery service, a loss report delivery service, a transfer delivery service, a return supply delivery service, a processing delivery service and a goods picking delivery service.
Aiming at the sorting center system:
at least dividing the warehouse-crossing and shelving business, the inventory stocking business, the processing and shelving business and the goods picking and shelving business into warehouse-in type;
and at least sorting out-of-warehouse service and inventory shortage out-of-warehouse service are divided according to the out-of-warehouse type.
Aiming at the distribution center system:
then according to the type of warehousing and type of ex-warehouse, the sorting and warehousing business and the order dispatching business are divided.
Further, as can be seen from table 1, in other preferred embodiments, the sales center system is further divided into sales order services according to the warehousing type; and dividing the purchasing center system into a dispatching order service and a supply back order service according to the warehousing type.
At this time, in the step of determining the pre-occupied state inventory amount in the current central inventory amount in the above step S105, (the pre-occupied inventory processing module 105 in) the central inventory system synchronizes the pre-occupied state inventory amount according to the service type information of the procurement center system and the sales center system; namely, the change of the pre-occupied state inventory quantity is related to the order information of the purchase center system and the sales center system.
In conclusion, in the online shopping mall inventory quantity calculation method, in calculation of the pre-occupied inventory quantity, the pre-occupied inventory quantity needs to be synchronized according to the quantity required by the order, the inventory quantity is synchronized with the in-transit inventory according to the actual in-out quantity, and the pre-occupied inventory of the call order and the withdrawal order is further considered, so that the accuracy of shopping inventory statistics of the shopping mall is further improved.
Further, as shown in table 2 below, the above method for calculating the inventory quantity of the online shopping mall will be further described in a specific example; wherein, the order quantity of the sales order commodity 1 needs 200, 1000 stocks (1000 stocks available for sale at this time) are stored in the storage center (before the order is not generated), and the sorting center and the distribution center have no stock; according to the above method for calculating the stock quantity of the online shopping mall, the stock, the pre-occupied stock and the available stock of each system in various order shipping service states from before the order is generated to after the order is generated can be obtained, which can be specifically shown in table 2:
TABLE 2
Specifically, as shown in table 1 and table 2, taking the example that after the order is generated, the warehousing system performs the picking and ex-warehouse operation, at this time, the warehousing system sends the operation type information including the operation instruction (code 104) and the variation amount 200 to the central inventory system, the central inventory system calculates the inventory decrease 200 of the warehousing module, the inventory increase 200 of the on-the-road module, the pre-occupied status inventory 200 (generated by the sales center 401 operation generating the order), and the final calculated saleable inventory (i.e., equal to the available status inventory) is 800. Other examples are similar and are not described in detail here.
In a second aspect, as shown in fig. 2, the present application further provides an online shopping mall inventory quantity calculation device, which may include an initialization module 101, a business type information acquisition module 102, an in-transit inventory processing module 103, a central system total inventory processing module 104, a pre-emptive inventory processing module 105, and a vendable inventory processing module 106.
The initialization module 101 is configured to initialize inventory of the warehousing modules, inventory of the sorting modules, and inventory of the delivery modules in the central inventory system according to the actual inventory of the warehousing center system, the actual inventory of the sorting center system, and the actual inventory of the delivery center system before generating the order.
The service type information obtaining module 102 is configured to obtain service type information fed back by each central system after an order is generated, where each piece of service type information corresponds to one or one type of predetermined service of each central system.
The in-transit inventory processing module 103 is used for determining in-transit module inventory corresponding to the current predetermined service according to each piece of service type information.
The central system total inventory processing module 104 is configured to control, according to each piece of service type information, each module inventory in the corresponding central inventory system to synchronize, and recalculate to obtain a current central inventory quantity, where the current central inventory quantity is a sum of a storage module inventory, a sorting module inventory, a delivery module inventory, and an in-transit module inventory.
The preemption inventory processing module 105 is operable to determine a preemption state inventory in the current central inventory amount.
The sellable inventory processing module 106 is configured to calculate an available state inventory in the current central inventory quantity according to a difference between the current central inventory quantity and the current pre-occupied state inventory, and use the available state inventory as the current sellable inventory of the to-be-detected commodity.
Further, as shown in fig. 3, the service type information acquiring module 102 of the present application may further include an operation instruction acquiring unit 1021 and an increase/decrease number acquiring unit 1022.
The operation instruction obtaining unit 1021 obtains an operation instruction for controlling increase and decrease of each module inventory in the central inventory system corresponding to each central system; the increased/decreased number acquisition unit 1022 acquires the number for increasing/decreasing the stock of each module.
In conclusion, the online shopping mall inventory quantity calculating device increases in-transit inventory and pre-occupied inventory in the central inventory system, and puts the pre-occupied inventory in the shopping mall into the central inventory for unified management, so that shopping mall selling inventory statistics is more accurate; in addition, in calculation aiming at the pre-occupied inventory, the pre-occupied inventory needs to be synchronized according to the quantity required by orders, the inventory quantity is synchronized with the quantity of in-transit inventory in an actual in-out warehouse, and the pre-occupied inventory of a dialing sheet and a withdrawal sheet is further considered, so that the accuracy of the shopping inventory statistics of the mall is further improved.
In a third aspect, the present application discloses a computer device, which includes a processor, a memory, and a computer program stored on the memory and executable on the processor, wherein the processor executes the computer program to implement the method for calculating the inventory quantity of the online shopping mall of the first aspect.
The above description is only for the specific embodiments of the present application, but the scope of the present application is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present application should be covered within the scope of the present application. Therefore, the protection scope of the present application shall be subject to the protection scope of the claims.
Claims (10)
1. A method for calculating the inventory quantity of an online shopping mall is characterized by comprising the following steps:
before generating an order, initializing a warehousing module inventory, a sorting module inventory and a delivery module inventory in a central inventory system according to the actual warehousing inventory of a warehousing center system, the sorting inventory of the sorting center system and the delivery inventory of the delivery center system;
after an order is generated, business type information fed back by each central system is obtained, and each piece of business type information corresponds to one or one type of preset business of each central system;
determining an in-transit module inventory corresponding to the current predetermined service according to each piece of service type information;
controlling the module inventory in the corresponding central inventory system to synchronize according to each piece of service type information, and recalculating the current central inventory quantity, wherein the current central inventory quantity is the sum of the inventory of the storage modules, the inventory of the sorting modules, the inventory of the delivery modules and the inventory of the modules in transit;
determining the pre-occupied state inventory in the current central inventory quantity;
and calculating the available state inventory in the current central inventory quantity according to the difference value between the current central inventory quantity and the pre-occupied state inventory, and taking the available state inventory as the current available inventory of the to-be-tested commodity.
2. The method as claimed in claim 1, wherein the step of obtaining the service type information fed back by each central system comprises:
acquiring an operation instruction for controlling increase and decrease of each module inventory in a central inventory system corresponding to each central system; and
and acquiring the quantity for increasing or decreasing the inventory of each module.
3. The method as claimed in claim 1, wherein one or more predetermined services of each central system are divided according to warehousing type and ex-warehousing type.
4. The method for calculating the inventory quantity of the online shopping mall according to claim 3, wherein the warehousing center system is classified into at least a purchase warehousing service, a passenger returning warehousing service, a transfer warehousing service and an inventory warehousing service according to warehousing types, and is classified into at least a loss inventory service, a residual inventory ex service, a loss and report ex service, a transfer ex service, a return supply ex service, a processing ex service and a pick-up ex service according to ex-warehouse types;
the sorting center system at least comprises warehouse-crossing and shelving business, inventory filling and warehousing business, processing and shelving business and goods-picking and shelving business according to the warehouse-in type, and at least comprises sorting and warehouse-out business and inventory shortage warehouse-out business according to the warehouse-out type;
the distribution center system is divided into sorting warehousing business and order dispatching business according to warehousing types and ex-warehouse types.
5. The method of claim 3, wherein the central system further comprises a purchasing central system and a selling central system; wherein
The purchasing center system is divided into a transfer order business and a return supply order business according to the warehousing type;
and the sales center system is divided into sales order business according to the warehousing type.
6. The method as claimed in claim 5, wherein the step of determining the pre-emptive status inventory in the current central inventory comprises calculating the pre-emptive status inventory according to the traffic type information of the procurement center system and the sales center system.
7. An online shopping mall inventory quantity calculation device, comprising:
the initial module is used for initializing the warehousing module inventory, the sorting module inventory and the delivery module inventory in the central inventory system according to the actual warehousing inventory of the warehousing center system, the sorting inventory of the sorting center system and the delivery inventory of the delivery center system before generating an order;
the system comprises a service type information acquisition module, a service type information acquisition module and a service type information processing module, wherein the service type information acquisition module is used for acquiring service type information fed back by each central system after an order is generated, and each piece of service type information corresponds to one or one class of preset service of each central system;
the on-route inventory processing module is used for determining on-route module inventory corresponding to the current predetermined service according to each service type information;
the central system total inventory processing module is used for controlling the inventory of each module in the corresponding central inventory system to be synchronized according to each piece of service type information and recalculating the current central inventory quantity, wherein the current central inventory quantity is the sum of the inventory of the storage modules, the inventory of the sorting modules, the inventory of the delivery modules and the inventory of the modules in transit;
the pre-occupied inventory processing module is used for determining the inventory in the pre-occupied state in the current central inventory quantity;
and the saleable inventory processing module is used for calculating the available state inventory in the current central inventory according to the difference value between the current central inventory and the pre-occupied state inventory and taking the available state inventory as the current saleable inventory of the commodity to be tested.
8. The apparatus of claim 7, wherein the service type information acquiring module comprises:
the operation instruction acquisition unit is used for acquiring operation instructions for controlling the increase and decrease of the inventory of each module in the central inventory system corresponding to each central system; and
an increase/decrease quantity acquisition unit that acquires the quantity for increasing/decreasing the inventory of each module.
9. The apparatus for calculating the inventory quantity of the online shopping mall according to claim 7, wherein the central system further comprises a procurement central system and a sales central system; wherein
The purchasing center system is divided into a transfer order business and a return supply order business according to the warehousing type;
and the sales center system is divided into sales order business according to the warehousing type.
10. A computer device, characterized by comprising a processor, a memory and a computer program stored on the memory and executable on the processor, the processor executing the computer program for implementing the method of calculating the amount of online mall inventory according to any one of claims 1 to 6.
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