CN116452111B

CN116452111B - Inventory management system and method based on digital label

Info

Publication number: CN116452111B
Application number: CN202310358705.XA
Authority: CN
Inventors: 邹骢; 张瑞; 郑忠
Original assignee: Shanghai Tongtianxiao Information Technology Co ltd
Current assignee: Shanghai Tongtianxiao Information Technology Co ltd
Priority date: 2023-04-06
Filing date: 2023-04-06
Publication date: 2024-01-26
Anticipated expiration: 2043-04-06
Also published as: CN116452111A

Abstract

The invention discloses an inventory management system and method based on digital labels, wherein the system comprises: the label adding module is used for adding the corresponding digital label to the commodity according to the received warehousing distribution instruction before warehousing the commodity, and constructing a label stock; the digital labels comprise general labels, channel labels and store labels; the inventory statistics module is used for counting all commodities of the digital label, and acquiring the inventory quantity of a logic inventory layer, the inventory quantity of a channel inventory layer and the inventory quantity of a store inventory layer of the digital label inventory; further comprises: channel and store label management module; a group exclusive label management module; a purchase allocation module; an inventory source searching module; the several modules are used to manage the inventory of digitized tags. According to the invention, the digital label is applied to the whole processes of purchasing and warehousing goods, shop-setting and selling and delivering goods, and the expansion of multiple types of labels is supported, so that a more complex inventory management system is realized.

Description

Inventory management system and method based on digital label

Technical Field

The invention relates to the field of inventory management, in particular to an inventory management system and method based on digital labels.

Background

In the order management system in the market at present, for the management mode of inventory, a plurality of levels are adopted to calculate the inventory data of each level step by adopting a complex inventory algorithm. The conventional inventory management method has the following problems:

problem one: the traditional inventory management mode can not meet diversified sales scenes for small and medium-sized enterprises or single-level inventory enterprises. In this type, inventory is synchronized from the underlying inventory data directly to the upper sales channel according to an algorithm in a vertically managed manner. If the bottom stock adopts the convergence type, the upper sales channel updates the stock of all the upper sales channels in real time according to the change of the bottom stock, and the change is quick and is not beneficial to the parallelization of multiple sales scenes; if the bottom stock adopts the stock place to bind with the upper channel, the use efficiency of the bottom stock is greatly reduced, the uneven stock condition is unavoidable, and the sales scene effect is limited by the stock.

And a second problem: the medium-sized and large-sized enterprises or multi-level inventory enterprises have a large inventory using mode and huge traffic, and adopt a complex inventory structure and a fixed inventory management mode. Under the condition that each inventory service stably operates, the method can deal with the condition that new inventory service or service change occurs, the adjustment period of the inventory management mode is very long, and the service adjustment is completed on the premise that the inventory is not disordered by stopping the service in a large area, so that the cost is high and the risk resistance is weak.

Problem three: the rapid iterative updating of marketing business results in more complex and more traditional inventory patterns that are more difficult to support. Often, in the enterprise, when marketing business is updated, the adaptability of the inventory management mode needs to be evaluated, and a detailed supporting plan is made, so that the market precedent is lost. Or the inventory management mode in the current enterprise cannot be satisfied, and the exploration of the new business is abandoned.

Fourth problem: traditional inventory management methods ensure the efficient operation of enterprises through complex inventory algorithm systems. However, in the operation process, if inventory is disordered due to unknown reasons, the difficulty of finding out the problem and repairing the inventory is very high, and the more complicated and difficult to locate is which inventory usage causes errors.

Problem five: the group commodity is widely used, and most of the group commodity exists in a virtual inventory mode, but a plurality of sub commodities are sold in a packaged mode. The traditional management mode cannot ensure that the sales inventory of the packaged goods is sufficient, and particularly when a group of packaged goods are sold simultaneously by multiple shops, the goods are seriously robbed. However, if the stock of the commodity of the group is materialized, too much stock is occupied, and the individual selling of sub-commodities in the commodity of the group is seriously affected.

Disclosure of Invention

In order to solve at least one technical problem, the invention provides an inventory management system and method based on a digital label, which applies the digital label to inventory goods, thereby realizing a more complex inventory management system to meet the requirements of enterprise all-channel inventory management.

Specifically, the technical scheme of the invention is as follows:

in a first aspect, the present invention discloses an inventory management system based on digitized labels, comprising: the label adding module is used for adding the corresponding digital label to the commodity according to the received warehousing distribution instruction before warehousing the commodity, and constructing a label stock; the digital label comprises a general label, a channel label, a shop label and a group exclusive label; the inventory statistics module is used for counting all commodities of the digital label and acquiring the inventory quantity of a logic inventory layer of the digital label inventory; the label adding module is also used for counting commodities distributed to each channel in general labels as channel distribution inventory based on a set distribution rule of various digital labels or an input distribution instruction of various digital labels; the inventory statistics module is further used for counting the number of all channel label commodities and the number of channel distribution inventory, and acquiring the inventory number of the channel inventory layer of the digital label inventory; the label adding module is also used for counting commodities distributed to each store in the commodities of the general label and the commodities of the channel label into store distribution inventory based on a set distribution rule of various digital labels or an input distribution instruction of various digital labels; the inventory statistics module is also used for counting the number of all store label commodities and the number of store distribution inventory, and acquiring the inventory number of store inventory layers of the label inventory; the inventory management system based on the digital label further comprises the following modules: the channel and store label management module is used for adding or releasing the channel labels and store labels in the label stock; the exclusive label management module of the group sleeve is used for adding or releasing the exclusive label of the group sleeve in the label stock; the purchasing and allocating module is used for managing the tag inventory when purchasing the goods or allocating the goods in the tag inventory; and the inventory source searching module is used for searching sources in the label inventory according to the label priority when the commodity is delivered out of the warehouse.

In some embodiments, the inventory statistics module is further configured to divide the digital tag inventory into a general tag inventory, a channel tag inventory, and a store tag inventory into a single item marketable inventory and a group of marketable inventory according to a preset ratio; the single item marketable inventory is for individual sales of the commodity; the stack marketable inventory is for commodity stack sales.

In some embodiments, the channel, store label management module further comprises: the first instruction receiving sub-module is used for receiving an instruction of adding or releasing a channel label or a shop label; the first judging submodule is used for judging whether the newly added channel label or store label exists in the label stock or not when receiving a new instruction of the newly added channel label or store label; the first adding sub-module is used for adding corresponding warehousing quantity in the corresponding stock quantity of the channel labels or the store labels according to the new adding instruction when the newly added channel labels or the store labels exist in the label stock; the label adding module is further used for adding the newly added channel label or store label in the label stock when the newly added channel label or store label does not exist in the label stock; so that the first new adding sub-module increases the corresponding warehousing quantity in the warehousing quantity of the newly added channel labels or store labels according to the new adding instruction; the first inventory reading sub-module is used for reading the corresponding commodity inventory quantity of the channel label or the store label when receiving a release instruction for releasing the channel label or the store label; the first judging submodule is further used for judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the channel label or the store label; the first release sub-module is used for releasing the corresponding commodity inventory quantity in the corresponding channel label or store label according to the release instruction when judging that the release quantity in the release instruction is smaller than or equal to the commodity inventory quantity of the corresponding channel label or store label; the system is also used for releasing the inventory which is not more than the inventory quantity of the channel label or the store label when judging that the release quantity in the release instruction is more than the corresponding commodity inventory quantity of the channel label or the store label; the label adding module is also used for re-marking the released commodity inventory as a general label inventory.

In some embodiments, the exclusive ticket management module of the stack further includes: the second instruction receiving sub-module is used for receiving an instruction of newly adding or releasing the exclusive label of the stack; the second judging submodule is used for judging whether the newly added exclusive label of the stack exists in the label stock or not when receiving an instruction of the newly added exclusive label of the stack; the stack calculation sub-module is used for reading the formula number of the sub-commodities in the stack commodity and the commodity inventory number which can be sold by the stack and calculating the maximum stack commodity warehouse-in number which can be added currently; the second newly-added sub-module is used for increasing corresponding warehouse entry quantity in the corresponding inventory quantity of the exclusive label of the group according to the newly-added instruction when the exclusive label of the group exists in the label inventory; the tag adding module is further configured to add the exclusive tag of the stack in the tag inventory when the newly added exclusive tag of the stack does not exist in the tag inventory; so that the second newly-added sub-module increases the corresponding warehousing quantity in the inventory quantity of the newly-added exclusive label of the stack according to the newly-added instruction, wherein the increased warehousing quantity is not more than the maximum commodity warehousing quantity which can be added currently; the second stock reading sub-module is used for reading the corresponding commodity stock quantity of the exclusive label of the group sleeve when receiving a release instruction for releasing the exclusive label stock of the group sleeve; judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the exclusive label of the group through the second judging sub-module; the second release submodule is used for releasing the corresponding commodity inventory number in the corresponding exclusive label of the group according to the release instruction when judging that the release number in the release instruction is smaller than or equal to the commodity inventory number of the corresponding exclusive label of the group; the method is also used for releasing the inventory which is not more than the inventory number of the exclusive label of the group when judging that the release number in the release instruction is more than the corresponding inventory number of the commodity of the exclusive label of the group; the second release submodule is further used for automatically releasing all sets of exclusive label stock quantity of the sub-commodity of the expired commodity combination after the sub-commodity combination of the set of commodity is expired; the label adding module is also used for re-marking the released commodity inventory as a general label inventory.

In some embodiments, the procurement transfer module further comprises: the third instruction receiving sub-module is used for receiving commodity purchasing instructions or inventory allocation instructions, and generating purchasing orders according to the purchasing instructions when receiving the commodity purchasing instructions; the order processing sub-module is used for reading the order data of the purchase order and sending a commodity warehousing allocation instruction to the label adding module according to the order data of the order; the label adding module adds labels to the warehoused goods according to the order data, wherein the labels comprise general labels, channel labels and shop labels; the inventory transfer sub-module is used for reading all inventory numbers under the label according to the label inventory transfer instruction when receiving the label inventory transfer instruction; the reduced stock quantity of the labels is not greater than all the stock quantities under the corresponding labels when the labels are transferred.

In some embodiments, the inventory source searching module further comprises: the fourth instruction receiving sub-module is used for acquiring store order information, reading order data and receiving commodity inventory source searching instructions; a fourth judging sub-module, configured to judge whether a stack commodity exists in the order; if the group sleeve commodity exists, the group sleeve commodity is disassembled into corresponding sub-commodity, and whether the inventory of the exclusive label of the group sleeve exists or not is judged; the inventory locking sub-module is used for locking the inventory of the exclusive label of the group sleeve if the inventory of the exclusive label of the group sleeve exists and the inventory meets the order quantity; the fourth judging submodule is further used for judging whether the store has store label stock or not if the stack commodity does not exist in the order or if the stack commodity exists in the order but the stack exclusive label stock does not exist in the commodity stock; if the store label stock exists and the stock meets the order quantity, locking the store label stock through the stock locking submodule; the fourth judging submodule is further used for judging whether the stock of the channel label exists or not if the stock of the store label does not exist; if the stock of the channel label exists and the stock meets the order quantity, locking the stock of the channel label through the stock locking submodule; the inventory locking sub-module is further used for locking the inventory of the general labels if the inventory of the channel labels does not exist.

In a second aspect, the invention also discloses a digital label-based inventory management method, which comprises the following steps: before the commodity is put in storage, adding a corresponding digital label to the commodity according to a received storage allocation instruction, and constructing a label stock; the digital label comprises a general label, a channel label, a shop label and a group exclusive label; counting all commodities of the digital label, and obtaining the stock quantity of a logic stock layer of the digital label stock; based on the set distribution rules of various digital labels or the input distribution instructions of various digital labels, the commodities distributed to each channel in the commodities with general labels are statistically distributed as channel distribution inventory; counting the number of all channel label commodities and the number of channel distribution inventory, and obtaining the inventory number of channel inventory layers of the digital label inventory; based on the set distribution rules of various digital labels or the input distribution instructions of various digital labels, distributing commodities in the commodities of the general labels and the commodities of the channel labels to all shops to be distributed into shops for stock distribution; counting the number of all store label commodities and store distribution inventory numbers, and obtaining the inventory number of store inventory layers of the label inventory;

The inventory management method based on the digital label further comprises any one or more of the following steps: adding or releasing the channel label and the shop label in the label stock; newly adding or releasing the exclusive label of the group sleeve in the label stock; when purchasing goods or allocating goods in the label stock, managing the label stock; and when the commodity is delivered out of the warehouse, searching sources in the label stock according to the label priority.

In some embodiments, the counting each item of the digitized tag, obtaining the inventory number of the logical inventory layer of the tag inventory, includes: the digital label stock is divided into a general label stock, a channel label stock and a shop label stock into a single product saleable stock and a group saleable stock according to a preset proportion; the single item marketable inventory is for individual sales of the commodity; the stack marketable inventory is for commodity stack sales.

In some embodiments, the adding or releasing the channel label and the shop label in the label stock further comprises the following steps: when a new instruction of a new channel label or a new shop label is received, judging whether the new channel label or the new shop label exists in the label stock; when the newly added channel label or store label exists in the label stock, increasing corresponding stock quantity in the stock quantity of the corresponding channel label or store label according to the newly added instruction; when the newly added channel label or store label does not exist in the label stock, adding the newly added channel label or store label in the label stock; according to the new instruction, corresponding warehouse entry quantity is increased in the inventory quantity of the newly added channel label or store label; when a release instruction for releasing the channel label or the store label is received, reading the corresponding commodity inventory quantity of the channel label or the store label; judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the channel label or the store label; when the release quantity in the release instruction is judged to be smaller than or equal to the corresponding commodity inventory quantity of the channel label or the store label, releasing the corresponding commodity inventory quantity in the corresponding channel label or store label according to the release instruction; releasing the inventory which is not more than the inventory quantity of the channel label or the store label when judging that the release quantity in the release instruction is more than the corresponding commodity inventory quantity of the channel label or the store label; the released inventory of goods is re-labeled as a general label inventory.

In some embodiments, in the tag inventory, adding or releasing a stack exclusive tag further comprises the steps of:

when receiving an instruction of a newly added exclusive label of the stack, judging whether the newly added exclusive label of the stack exists in the label stock; reading the formula number of the sub-commodities in the commodity group and the inventory number of the commodity group which can be sold, and calculating the maximum commodity group warehouse-in number which can be added currently; when the newly added exclusive label of the group sleeve exists in the label stock, corresponding stock quantity is increased in the stock quantity of the corresponding exclusive label of the group sleeve according to the newly added instruction; adding the exclusive label of the group sleeve in the label stock when the exclusive label of the group sleeve which is added does not exist in the label stock; according to the new instruction, corresponding warehousing quantity is increased in the inventory quantity of the newly-increased exclusive label of the stack, and the increased warehousing quantity is not greater than the maximum commodity warehousing quantity of the stack which can be added currently; when a release instruction for releasing the exclusive label stock of the group sleeve is received, the corresponding commodity stock quantity of the exclusive label of the group sleeve is read; judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the exclusive label of the group; when the release quantity in the release instruction is judged to be smaller than or equal to the corresponding commodity inventory quantity of the exclusive label of the group, releasing the corresponding commodity inventory quantity in the corresponding exclusive label of the group according to the release instruction; releasing the inventory which is not more than the inventory number of the exclusive label of the group when judging that the release number in the release instruction is more than the corresponding commodity inventory number of the exclusive label of the group; when the sub-commodity combination of the commodity sets is out of date, automatically releasing all the exclusive label stock quantity of the commodity sets of the sub-commodity combinations which are out of date; the released sub-merchandise inventory is re-labeled as a generic label inventory.

In some embodiments, the managing of the tag inventory when purchasing or allocating the merchandise in the tag inventory further comprises the steps of: receiving commodity purchasing instructions or inventory allocation instructions; when receiving a commodity purchasing instruction, generating a purchasing order according to the purchasing instruction; reading order data of the purchase order, and sending a commodity warehousing allocation instruction to a label adding module according to the order data of the order; the label adding module adds labels to the warehoused goods according to the order data, wherein the labels comprise general labels, channel labels and shop labels; when receiving a label stock allocation instruction, reading all stock numbers under the label according to the label stock allocation instruction; the reduced stock quantity of the labels is not greater than all the stock quantities under the corresponding labels when the labels are transferred.

In some embodiments, the sourcing the tag inventory according to tag priority further comprises the steps of: acquiring store order information, reading order data and receiving commodity inventory source searching instructions; judging whether a group of commodities exist in the order; if the group sleeve commodity exists, the group sleeve commodity is disassembled into corresponding sub-commodity, and whether the inventory of the exclusive label of the group sleeve exists or not is judged; if the stock of the exclusive label of the group sleeve exists and the stock meets the order quantity, locking the stock of the exclusive label of the group sleeve; if the commodity of the group sleeve does not exist in the order or the commodity of the group sleeve exists in the order but the commodity inventory does not exist in the inventory of the exclusive label of the group sleeve, judging whether the store has the inventory of the store label or not; if the store label stock exists and the stock meets the order quantity, locking the store label stock; if the store label stock does not exist, judging whether the channel label stock exists or not; if the stock of the channel label exists and the stock meets the order quantity, locking the stock of the channel label; if the stock of the channel label does not exist, the stock of the general label is locked.

Compared with the prior art, the invention has at least one of the following beneficial effects:

1. four kinds of inventory tags, namely general inventory, channel inventory, store inventory and group sleeve exclusive tag, are designed. All the inventory are labeled, and a plurality of different label inventory numbers can exist for the same commodity, so that the inventory management modes of defining the inventory location and designating the virtual inventory are satisfied.

2. And (3) supporting to specify the inventory tag in the standard purchasing link and generating the available inventory of the specified tag when the warehousing is completed. The way that the stock needs to reach a certain sales location through a complex algorithm after being put in storage under normal conditions can be reduced. The scheme can meet the requirements that a user designates a certain channel and a certain store to implement a replenishment plan, and avoid the situation that the designated quantity cannot be reached after the initial purchasing inventory is reversely pushed out through a multi-level inventory formula or the excessive-level inventory algorithm is undergone. When the inventory location is appointed in the complex inventory structure, the scheme has great advantages in use timeliness and accuracy, is easy to label inventory source searching, and is convenient to search inventory errors and repair error inventory in time.

3. The stack commodity supports exclusive inventory of a certain amount, namely, exclusive inventory of sub-commodities within the component package commodity. The problem of sufficient inventory of the stack goods during the large promotion period or the main pushing period is solved. The method can add the number of the monopolizes at any time and reduce the number of the monopolizes, fully satisfies the operation plan which is updated rapidly, avoids the stock waste of sub-commodities, ensures the stock quantity of the commodity of the group, and is easy to count the stock of the commodity of the group in time.

4. Support to carry out inventory transfer and right to transfer operations on the premise of keeping inventory labels. The special stock is still the exclusive use no matter where the goods are and whom the goods are. The method solves the problems that if special rules exist in the past stock, the stock cannot be freely mobilized before the stock is not consumed, the stock is easy to mobilize and transfer, and the label stock is easy to seek the source.

5. The label stock has priority, and the exclusive label, the store stock, the channel stock and the general stock of the group sleeve are searched in sequence according to the store sold at present, so that the stock can be hit quickly. The more accurate the label is, the higher the priority is, the more accurate the source searching is, and the inventory confusion probability is reduced.

6. Support the fast adjustment function of all tag inventory. Based on the dimension of the sub-commodity, all label stock is visually displayed. The number of each tag inventory may be adjusted at any time or the number of multiple tag inventories may be fully released. A convenient inventory adjustment mode is achieved, and the support business is adjusted rapidly.

7. The system has high business support, can customize a plurality of inventory management levels and a plurality of independent scenes, meets a complex inventory management mode, and meets a full-channel inventory management system of a medium-sized and large-sized enterprise.

Drawings

The above features, technical features, advantages and implementation of the present invention will be further described in the following description of preferred embodiments with reference to the accompanying drawings in a clear and easily understood manner.

FIG. 1 is a block diagram illustrating one embodiment of a digital label-based inventory management system of the present invention;

FIG. 2 is a flow chart of the distribution of store commodity on-shelf inventory for one embodiment of the digital label-based inventory management system of the present invention;

FIG. 3 is a block diagram of another embodiment of a digital label-based inventory management system of the present invention;

FIG. 4 is a block diagram of another embodiment of a digital label-based inventory management system of the present invention;

FIG. 5 is a flow chart of one embodiment of a digital label-based inventory management method of the present invention;

FIG. 6 is a flowchart of an on-shelf inventory allocation for individual sales or group sales of store merchandise in accordance with another embodiment of the digital label-based inventory management method of the present invention;

FIG. 7 is a flow chart of another embodiment of a digital label-based inventory management method of the present invention;

FIG. 8 is a flow chart of another embodiment of a digital label-based inventory management method of the present invention.

Detailed Description

In the following description, for purposes of explanation and not limitation, specific details are set forth, such as particular system configurations, techniques, etc. in order to provide a thorough understanding of the embodiments of the present application. However, it will be apparent to one skilled in the art that the present application may be practiced in other embodiments that depart from these specific details. In other instances, detailed descriptions of well-known systems, devices, circuits, and methods are omitted so as not to obscure the description of the present application with unnecessary detail.

It should be understood that the terms "comprises" and/or "comprising," when used in this specification and the appended claims, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof.

In addition, in the description of the present application, the terms "first," "second," and the like are used merely to distinguish between descriptions and are not to be construed as indicating or implying relative importance.

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following description will explain the specific embodiments of the present invention with reference to the accompanying drawings. It is evident that the drawings in the following description are only examples of the invention, from which other drawings and other embodiments can be obtained by a person skilled in the art without inventive effort.

One embodiment of a digital label-based inventory management system according to the present invention is as follows, as shown in fig. 1 of the specification, including:

the label adding module 10 is used for adding a corresponding digital label to the commodity according to the received warehousing distribution instruction before warehousing the commodity, and constructing a label stock; the digital label comprises a general label, a channel label and a shop label.

Specifically, the OMS system obtains the actual commodity inventory from the WMS, and for adapting to the multi-level inventory management system, segments the inventory into logical inventory layers, channel inventory layers, store inventory layers, and 3-tier inventory structures.

The inventory statistics module 20 is configured to count each commodity of the digital label, and obtain the inventory number of the logical inventory layer of the digital label inventory.

Specifically, the logic inventory layer defines a cargo owner logic bin according to two dimensions of a cargo owner and a warehouse; different owners will be defined as multiple logical bins within the same warehouse; the same owner may also define multiple logical bins at different warehouses.

The tag adding module 10 is further configured to statistically allocate the commodities allocated to each channel in the general tagged commodities as channel allocation inventory based on the set allocation rules of each type of digital tags or the input allocation instructions of each type of digital tags.

Specifically, the inventory of the logical bins refers to the total inventory of a commodity of a pallet owner within a warehouse.

Channel inventory aggregation refers to summarizing general tag inventory of all logic bins according to commodity dimensions, and calculating channel aggregation inventory of each commodity;

the inventory statistics module 20 is further configured to count the number of all channel tag commodities and the number of channel distribution inventory, and obtain the inventory number of the channel inventory layer of the digital tag inventory.

Specifically, after channel inventory is aggregated, the channel inventory is divided into different channels according to a certain proportion to generate channel distribution inventory; if the channel label stock exists, the channel distribution stock is used for adding the stock of the commodity of the channel to generate the final commodity stock of the channel.

The tag adding module 10 is further configured to sum up the commodities assigned to each store in the general-tag commodity and the channel-tag commodity into a store-assigned inventory based on the set rule for assigning each type of digital tag or the input command for assigning each type of digital tag.

Specifically, the store inventory set refers to a store allocation inventory generated according to the allocation proportion of stores after channel inventory is generated according to the binding relation between stores and channels.

The inventory statistics module 20 is further configured to count the number of tag commodities in all stores and the number of stores allocated to store, and obtain the number of stores in the store inventory layer of the tag inventory.

Specifically, the store inventory layer generates store commodity inventory according to the shelf proportion of commodities in the store after store allocation inventory generation (the shelf proportion is generally understood as the saleable safety inventory proportion of the commodities when the store is shelf); if the store label stock exists, the store label stock of the commodity is added to the store distribution stock of the commodity, and then the store label stock is multiplied by the shelf proportion to generate the store commodity stock; if the commodity is a group commodity and a group exclusive label exists, the store distribution stock of the group commodity is added with the group exclusive label stock, and then the product is multiplied by the shelf proportion to generate the store commodity stock of the group commodity. The process of distribution can be referred to in fig. 2 of the specification.

The inventory management system based on the digital label further comprises the following modules:

and a channel/store label management module 30 for adding or releasing the channel label and store label to the label stock.

And a stack exclusive label management module 40, configured to add or release a stack exclusive label in the label stock.

The purchase allocation module 50 is used for managing the tag inventory when purchasing or allocating the goods in the tag inventory.

The inventory source searching module 60 is used for searching sources in the label inventory according to the label priority when the commodity is delivered out of the warehouse.

Specifically, the four modules may assist the tag adding module 10 in managing digitized tags. Can be used in combination or selected according to the requirements, and has stronger flexibility.

In another embodiment of the inventory management system based on digital labels provided by the present invention, on the basis of the above embodiment of the system, the channel and store label management module 30 further includes the following sub-modules, as shown in fig. 3:

the first instruction receiving sub-module 301 is configured to receive an instruction for adding or releasing a channel tag or a store tag.

A first judging sub-module 302, configured to, when receiving a new instruction of a new channel label or store label, judge whether the new channel label or store label exists in the label stock.

Specifically, all channel label stock and store label stock details of the commodity are opened, channel label stock or store label stock can be added, and whether channel label stock or store label stock exists in the saleable stock of the commodity or not is judged.

The first adding sub-module 304 is configured to increase a corresponding stock quantity of the channel tags or store tags in the corresponding stock quantity of the channel tags or store tags according to the new instruction when the new channel tags or store tags exist in the tag stock.

Specifically, if a product already has a channel tag stock or a store tag stock, a channel of the unlabeled channel tag stock or a store of the unlabeled store tag stock may be newly added, or the number may be modified in the channel of the existing channel tag stock or the store of the store tag stock.

Saleable inventory = general label inventory quantity + all channel label inventory quantity + all store label inventory quantity;

channel label stock of the appointed channel can be arbitrarily added;

store tag stock of a designated store can be arbitrarily added;

if the channel label stock of the designated channel or the store stock of the designated store is added, only the quantity of modification on the channel label stock or the store label stock is needed, and the quantity of modification is not more than the difference value between the current saleable stock and all the current label stock.

The first adding sub-module 304 is further configured to add the new channel tag or store tag to the tag inventory when the new channel tag or store tag does not exist in the tag inventory. And according to the new instruction, increasing the corresponding warehouse entry quantity in the inventory quantity of the newly added channel label or store label.

Specifically, if the commodity does not have channel label stock or store label stock, channel label stock can be added, channels are designated first, and the label stock quantity of the channels is filled, wherein the quantity is not more than the difference value between the current saleable stock and all the current label stock; store tag inventory may be added, with the channel designated first, the store designated second, and the number of tag inventory for that store filled in, which is no greater than the difference between the current marketable inventory and the current all tag inventory.

The first inventory reading sub-module 303 is configured to, when receiving a release instruction for releasing the channel tag or the store tag, read the corresponding inventory quantity of the commodity of the channel tag or the store tag.

Specifically, all inventory amounts of a certain commodity in a specified warehouse and a specified owner are checked, wherein the inventory amounts comprise inventory total amounts, saleable amounts, on-transit amounts, allocated amounts, locking amounts, stack amounts and stack exclusive amounts;

inventory total of commodity = number of sellable + number of allocated + number of locked + number of used-for-stack + number of exclusive-for-stack;

wherein the saleable quantity refers to the saleable quantity in the existing unoccupied inventory and comprises saleable quantity of three label inventories, namely a general label inventory, a channel label inventory and a store label inventory;

Unoccupied inventory = marketable quantity + quantity for stack;

occupied inventory = allocated quantity + locked quantity + exclusive quantity of stack

Each tag has a saleable inventory ratio and a stack inventory ratio, such as a saleable inventory of a general tag = a non-occupied inventory of a general tag x a saleable inventory ratio; general label for stack quantity = general label unoccupied inventory x stack inventory ratio;

the in-transit quantity refers to the commodity stock in the confirmed purchasing process, and is not put in storage, so that no label is given;

the allocated quantity refers to commodity stock occupied by order source searching, stock returning order, transfer order, right transfer order and the like, which cannot be reused under the condition that the original bill is not completed, and the stock comprises four kinds of stock, namely general label stock, channel label stock, store label stock and group exclusive label stock;

the locking quantity means that the inventory of the commodity is manually locked, such as the reasons of commodity quality problems, inventory errors and the like, and four kinds of inventory, namely general label inventory, channel label inventory, store label inventory and group exclusive label inventory, can be locked;

the method is characterized in that the stock of the commodity which is specially used for containing the commodity is cut out according to a fixed proportion in the unoccupied stock, the commodity is calculated according to the proportion, so that the stock of the commodity which is used for containing the commodity is also changed in real time, and the stock of the commodity for the commodity comprises three kinds of stock of general label stock, channel label stock and store label stock;

The first determining sub-module 302 is further configured to determine whether the release quantity in the release instruction is greater than the corresponding inventory quantity of the channel label or the store label.

The first release sub-module 305 is configured to release the corresponding inventory quantity of the commodity in the corresponding channel label or store label according to the release instruction when the release quantity in the release instruction is determined to be less than or equal to the inventory quantity of the commodity in the corresponding channel label or store label.

Specifically, on the basis of the existing channel label stock of the commodity, the quantity of the labeled channel label stock is released, and the stock with the quantity returns to the general label stock of the commodity after the quantity is released; the number of store label stock marked may also be released based on the store label stock where the commodity is already present.

The first release submodule 305 is configured to release, when it is determined that the release number in the release instruction is greater than the corresponding inventory number of the commodity of the channel tag or the store tag, an inventory not greater than the inventory number of the channel tag or the store tag.

Specifically, if the number of the required released tags in the release instruction is greater than the number of the existing tags, the inventory which is equal to or less than the number of the existing tags is released, and a popup window can be popped up to prompt the error of release.

The tag adding module 10 is also used for re-labeling the released commodity inventory as a general tag inventory.

Specifically, the released inventory of the quantity is re-marked as a general label inventory, and the general label inventory of the commodity is returned.

In another embodiment of the digital tag-based inventory management system provided by the present invention, on the basis of the above system embodiment, the stack exclusive tag management module 40 further includes the following modules, as shown in fig. 4:

a second instruction receiving sub-module 401, configured to receive an instruction for adding or releasing the exclusive tag of the stack.

A second judging sub-module 402, configured to, when receiving an instruction of adding a new exclusive label of a stack, judge whether the new exclusive label of the stack exists in the label stock.

And the stack calculation sub-module 403 is configured to read the formula number of sub-commodities in the stack commodity and the commodity inventory number that the stack can sell, and calculate the maximum stack commodity inventory number that can be added currently.

Specifically, the details of a group commodity are opened, and all inventory information of formula sub-commodities in the group commodity can be checked, wherein the inventory information comprises the inventory number of each sub-commodity for the group commodity, the inventory number of the unique sub-commodity, the quantity required by the formula, the group distribution inventory, the group exclusive inventory and the group available total inventory;

Formula sub-commodities in a stack commodity refer to all independent commodities which form the stack commodity;

the inventory for a stack refers to the unoccupied inventory of the sub-commodity multiplied by the amount for the stack proportion, exclusive to the calculated marketable inventory for all of the stack commodities that contain the sub-commodity;

exclusive sub-commodity inventory refers to the independent division of sub-commodities into the inventory of a group of commodities containing the sub-commodity;

the formula quantity refers to the composition quantity of the sub-commodity in the group commodity, if one group commodity A contains two sub-commodities B, the formula of B in A is 2;

the stack distribution inventory refers to the stack inventory quantity obtained by dividing the stack inventory for the sub-commodity by the formula quantity; if a stack article a contains two sub-articles B, then B has a formulation of 2 in a, B is used for a stack inventory count of 300, and a's stack allocation inventory=300/2=150;

the group exclusive stock refers to the group stock quantity obtained by dividing the group commodity by the formula quantity through the exclusive sub commodity stock of the sub commodity; if a group commodity A contains two sub-commodities B, the formula of B in A is 2, the inventory quantity of the exclusive sub-commodities B is 100, and the inventory of A is=100/2=50;

The sum of the stack available total stock finger stack distribution stock and the stack exclusive stock, namely, the stack distribution stock of A in the example is 150, the stack exclusive stock is 50, and the stack available total stock is 200;

and the second adding submodule 405 is configured to add a corresponding warehousing quantity to the corresponding stock quantity of the exclusive set of labels according to the new instruction when the exclusive set of labels exist in the label stock.

Specifically, the maximum addable quantity of commodity a for a stack = the total inventory available for a stack minus the exclusive inventory of a stack.

The second add-on submodule 405 is further configured to add the exclusive ticket to the ticket inventory when the newly added exclusive ticket does not exist in the ticket inventory. And according to the new instruction, increasing corresponding warehousing quantity in the inventory quantity of the newly-increased exclusive label of the stack, wherein the increased warehousing quantity is not greater than the maximum commodity warehousing quantity of the stack which can be added currently.

Specifically, after the number of exclusive label stock of all sets of sub-commodities of a certain expired commodity combination is newly increased, the newly increased performance stock is not greater than the calculated maximum addable number of the set of commodities.

And the second inventory reading sub-module 404 is configured to, when receiving a release instruction for releasing the exclusive label inventory of the stack, read the corresponding number of commodity inventory of the exclusive label of the stack.

Specifically, if the stack commodity has an exclusive quantity, an operation of reducing the exclusive inventory may be performed, where the reduced exclusive inventory quantity is not greater than the exclusive quantity.

The second determining submodule 402 is further configured to determine whether a release number in the release instruction is greater than a corresponding inventory number of goods of the exclusive tag of the stack.

And the second release submodule 406 is configured to release the corresponding inventory quantity of the commodity in the corresponding exclusive label of the stack according to the release instruction when the release quantity in the release instruction is determined to be less than or equal to the inventory quantity of the commodity in the corresponding exclusive label of the stack.

The second release submodule 406 is further configured to release, when it is determined that the release number in the release instruction is greater than the corresponding inventory number of the commodity of the exclusive tag of the stack, an inventory not greater than the inventory number of the exclusive tag of the stack.

Specifically, if the monopolized quantity of the stack commodity is 100, the monopolized quantity of the reduced stack cannot be more than 100;

Since the commodity has concurrent ordering operation in each store of each channel on line, the number of the monopolized stores can be applied to all store orders of the commodity in the group, if the monopolized stores of the commodity in the group need to be reduced, subtraction is performed on the number of the monopolized stores which are not currently used by using the reduction operation, thus avoiding influencing the existing orders of the commodity in the group and improving the accuracy.

The second release submodule 406 is further configured to automatically release, when the sub-commodity combination of the group commodity expires, the total group exclusive tag inventory quantity of the sub-commodity of the expired commodity combination.

Specifically, the exclusive sub-commodity inventory in the failed formula of the stack commodity can be automatically released in the background;

in the current live E-commerce or Taobao traditional E-commerce, the sales volume of an online sales link is important reference data of the commodity. The merchant can ensure that the high sales volume of one commodity link attracts more buyers to pay or the online sales link is unchanged in the live broadcast process in the live broadcast electronic commerce, but the commodity in the link can be changed frequently, so that the commodity of the group can change the formed formula frequently, but the commodity of the group is unchanged; if the formula is changed on the premise, the exclusive sub-commodity stock in the formula is lost, and the sub-commodity stock needs to be released manually or automatically; the scheme adopts automatic release, so that the need of maintenance one by one during manual release is avoided, and the operation is too complicated;

Setting a timing task, wherein the time can be set every half hour/day, and the automatic operation is carried out once to release the exclusive inventory of the sub-commodity in the overdue distribution;

the specific release process is as follows:

1. searching all the stack commodities with exclusive inventory;

2. screening out the failed group sleeve formula with the failure time longer than 6 hours from the group sleeve commodity; (the failed recipe may have an order that was not processed, 6 hours for reserved system processing time)

3. The exclusive stack label stock of all the sub-commodities in the stack formula which are screened out and lose efficacy for more than 6 hours is used for releasing the exclusive stock of the sub-commodities according to the unique occupation quantity, and the stock marked as the common label;

after the exclusive inventory of sub-commodity is released, these failed stack formulas are marked as exclusive inventory free, and such released failed stack formulas are no longer retrieved the next time.

The tag adding module 10 is also used for the released sub-commodity inventory, and is re-labeled as a general tag inventory.

Based on the same technical concept, the invention also discloses a method for managing inventory based on the digital label, which can adopt any one of the embodiments of the inventory management system based on the digital label to realize inventory management of the digital label, specifically, one embodiment of a method for managing inventory based on the digital label is shown in fig. 5, and comprises the following steps:

S100, before the commodity is put in storage, adding the corresponding digital label to the commodity according to the received storage allocation instruction, and constructing a label stock. The digital label comprises a general label, a channel label and a shop label.

Specifically, the attribution relation of all commodity inventories of different owners in different warehouses is clearly divided.

S200, counting all the goods of the digital label, and obtaining the stock quantity of the logic stock layer of the digital label stock.

Specifically, the inventory information of each tag in a logical bin is counted, wherein the logical bin refers to a commodity set of a cargo owner in a warehouse.

S300, based on the set distribution rules of various digital labels or the input distribution instructions of various digital labels, the commodities distributed to each channel in the commodities of the general label are counted as channel distribution inventory.

Specifically, all the inventory of the owners are aggregated, a maximum inventory utilization mechanism of one inventory is realized, the inventory of the owners can be definitely used on a designated target channel through channel label inventory, and certain flexibility is provided.

S400, counting the number of all channel label commodities and the number of channel distribution inventory, and obtaining the inventory number of the channel inventory layer of the digital label inventory.

Specifically, summarizing the general label stock of all the logic bins according to commodity dimensions, and calculating channel aggregation stock of each commodity; after channel inventory is aggregated, dividing the channel inventory into different channels according to a certain proportion, and generating channel distribution inventory; if the channel label stock exists, the channel distribution stock is used for adding the stock of the commodity of the channel to generate the final commodity stock of the channel.

S500, based on the set distribution rules of various digital labels or the input distribution instructions of various digital labels, the commodities distributed to each store in the commodities of the general labels and the commodities of the channel labels are counted as store distribution stock.

Specifically, through the sales relationship between the shops and the channels, the stock of the channels can be distributed to each binding shop for sale according to a certain proportion, or the designated goods owner stock can be used in the designated shops through shop labels, so that the capability of accurate management is achieved.

S600, counting the number of all store label commodities and the number of store distribution stores, and obtaining the number of stores of store stock layers of the label stores.

Specifically, according to the binding relation between the store and the channel, generating a channel inventory, and then generating a store distribution inventory according to the distribution proportion of the store; after the store allocation inventory is generated, store commodity inventory is generated according to the shelf proportion of commodities in the store (the shelf proportion is generally understood as the saleable safety inventory proportion when the commodities are placed in the store); if the store label stock exists, the store label stock of the commodity is added to the store distribution stock of the commodity, and then the store label stock is multiplied by the shelf proportion to generate the store commodity stock; if the commodity is a group commodity and a group exclusive label exists, the store distribution stock of the group commodity is added with the group exclusive label stock, and then the product is multiplied by the shelf proportion to generate the store commodity stock of the group commodity.

The scheme is based on 3-layer inventory progressive inventory transfer of a logic inventory layer, a channel inventory layer and a store inventory layer, and each inventory layer has unique algorithm and characteristics; the system not only has the maximized application of the inventory, but also has the capability of fine management, embodies the characteristics of high adaptability and rapid service support in complex environments of an inventory management system based on label inventory, and can meet the inventory management mode of all-channel service or multi-scene service.

The invention also discloses an implementation mode, based on an example of the digital label management method, the digital label-based inventory management method further comprises any one or more of the following:

s710, adding or releasing the channel label and the shop label in the label stock.

S720, in the label stock, the exclusive label of the group sleeve is newly added or released.

And S730, managing the label stock when purchasing the goods or allocating the goods in the label stock.

S740, searching sources in the label stock according to the label priority when the commodity is delivered out of the warehouse.

Specifically, the four inventory management methods based on the digital labels can be combined or selected according to requirements, so that the flexibility is higher.

In another embodiment of the digital tag-based inventory management method provided by the present invention, tag-based inventory management example calculation logic includes the following steps as shown in fig. 6:

scene definition: 1000 small palm bottles in the Huazhong logical warehouse (Shan Luoji warehouse without aggregation) are applied to the sales of a Tianmao flagship store, and the inventory of single product sales, small palm bottle packages (formula 2) and small palm bottle big gift bags (formula 3) sales is calculated; the formula quantity refers to the quantity of the commodity content single product of the group;

s1-1, generating a label stock:

the group sets of exclusive labels, 100, can be used for small palm bottle big gift bags;

general tags, 600;

channel tags, 200;

store tags, 100;

s1-2, generating a logic bin inventory:

the individual item marketability and the group marketability of each label are divided:

dividing the general label stock into 60% of single product selling proportion and 40% of group selling proportion;

the single product selling proportion of the label stock of the dividing channel is 80 percent, and the group selling proportion is 20 percent;

a single product selling ratio of 50% and a group selling ratio of 50% of the store label stock are divided;

the sales ratio of the default single product of the exclusive label of the group is 0 percent, and the sales ratio of the group is 100 percent;

Calculating a single item marketable logical inventory of each tag:

logical inventory of common label for small brown bottle single product sales = common label inventory × common label single product saleable ratio = 600 x 0.6 = 360;

the channel label can be used for the logic inventory of small brown bottle single product sales = channel label inventory =channel label single product saleable proportion =200 x 0.8=160;

logic inventory of small brown bottle, store label for small brown bottle single product sales = store label inventory =store label single product saleable ratio =100 x 0.5=50;

calculating a logical inventory of the stack marketable for each tag:

the small palm bottle and the exclusive label of the group can be used for the group saleable logic inventory of the large palm bottle gift bags, and the number of the small palm bottles is 100;

small brown bottle, general label can be used for small brown bottle big gift bags, logical stock of small brown bottle packages = general label stock × general label group saleable ratio =600×0.4 = 240;

channel label for small brown bottle big gift bags, logical inventory of small brown bottle packages = channel label inventory =channel label stack saleable ratio =200 x 0.2 = 40;

small brown bottle, logical stock of store label for small brown bottle big gift bag, small brown bottle package = store label stock × store label set saleable ratio =100×0.5=50;

S2-1, calculating channel distribution inventory according to the channel distribution proportion of 80% of kittens:

small brown bottle big gift bags, formula 3, channel allocation inventory = stack exclusive label inventory/formula number day cat channel allocation ratio = 100/3 x 0.8 = 26;

small brown bottle package, formula 2, channel allocation inventory = logical inventory for general label for stack commodity/formula quantity ×day cat channel allocation ratio = 240/2×0.8 = 96;

channel allocation inventory = logical inventory available for general label sales of small brown bottle single items × daily cat channel allocation ratio = 360×0.8 = 288;

s2-2, calculating the total inventory of all commodities in a kitten channel:

small brown bottle big gift bags, formula 3, daily cat channel total stock = small brown bottle big gift bag channel allocation stock+ (small brown bottle for daily cat channel stack stock + small brown bottle daily cat channel label stack saleable stock)/formula number = small brown bottle big gift bag channel allocation stock+ (general label for logical stock of stack commodity × daily cat channel allocation ratio + small brown bottle daily cat channel label stack saleable stock)/formula number = 26+ (240× 0.8+40)/3 = 26+77 = 103;

small brown bottle set, formula 2, daily cat channel total stock = small brown bottle set channel allocation stock + small brown bottle daily cat channel label set marketable stock/formula number = 96+40/2 = 116;

Total stock of small brown bottle, total stock of kitten channel = distributed stock of small brown bottle, available stock of kitten channel label single article of small brown bottle = 288+160 = 448;

s3-1, calculating a distribution inventory of a cat flagship shop with a distribution proportion of 70 percent:

small brown bottle big gift bags, store allocation inventory = small brown bottle big gift bags day cat channel total inventory day cat flagship store allocation proportion = 103 x 0.7 = 71;

small brown bottle set, store allocation inventory = small brown bottle set day cat channel total inventory day cat flagship store allocation proportion = 116 x 0.7 = 81;

small brown bottle single product, store allocation inventory = small brown bottle day cat channel total inventory day cat flagship store allocation proportion = 448 x 0.7 = 313;

s3-2, calculating the total stock of each commodity in a space cat flagship store:

small brown bottle big gift bag, formula 3, commodity proportion 100%, store commodity total stock= (small brown bottle big gift bag store allocation stock+store label for logical stock of group commodity/formula number) xcommodity proportion= (71+50/3) x1 = 87;

small brown bottle package, formula 2, commodity proportion 60%, store commodity total stock= (small brown bottle package store allocation stock+store label for logical stock/formula number of stack commodity) × commodity proportion= (81+50/2) × 0.6=63;

Small brown bottle single product, commodity proportion 90%, store commodity total stock= (small brown bottle single product store allocation stock+store label logic stock for single product) xcommodity proportion= (313+50) x0.9=326;

the calculation result is as follows: 1000 small palm bottles in a China logic warehouse (Shan Luoji warehouse without aggregation), 326 small palm bottle single products on a top of a space cat flagship, 63 small palm bottle packages and 87 small palm bottle big gift bags;

in another embodiment of the method for managing inventory based on digitized tags provided by the present invention, as shown in fig. 7, in step S730 of the above embodiment of the method, when purchasing a commodity or transferring a commodity in the tag inventory, the method further comprises the following steps on the basis of managing the tag inventory:

s731, receiving commodity purchasing instructions or inventory allocation instructions.

S732, when a commodity purchasing instruction is received, a purchasing order is generated according to the purchasing instruction.

Specifically, when a purchase order is newly established, after a cargo owner and a delivery warehouse of purchase are definitely determined, the goods in the purchase bill can be divided into one or more times to generate a delivery execution order; when the purchase order generates a distribution execution list each time, the inventory label can be appointed for the current goods according to any quantity;

S733, reading order data of the purchase order, and sending a commodity warehousing allocation instruction to a label adding module according to the order data of the order. So that the label adding module adds labels to the warehoused goods according to the order data, wherein the labels comprise general labels, channel labels and shop labels.

Specifically, if no inventory tag is specified in the present delivery execution list, all the goods at the present time are marked as general inventory by default, and the goods are put in storage according to the goods owner and the delivery warehouse, and can be used as basic inventory to support all inventory type services after entering the storage; marking a certain commodity in the current distribution execution list as label stock of any channel and any store according to the quantity, wherein the total number of the label stock is not more than the total number of the commodity in the current distribution execution list; the commodity stock marked with the channel labels and the store labels is put in storage according to the marked quantity, and the rest quantity is automatically marked as a general label to finish putting in storage.

S734, when receiving the label stock allocation instruction, reading all the stock quantity under the label according to the label stock allocation instruction. The reduced stock quantity of the labels is not greater than all the stock quantities under the corresponding labels when the labels are transferred.

Specifically, when inventory allocation and goods right transfer operations are executed, all inventory types of each commodity inventory are displayed, including a group exclusive label, a channel label, a store label and a general label; the number of transfer and right transfer operations to be performed on each tag may be selected, the number of executions not being greater than the maximum number of tags; after the inventory execution allocation and the goods right transfer of the exclusive label, the channel label and the store label are completed, if the same goods inventory of the same label of the target goods owner exists after the execution, merging; if the same commodity inventory of the same label of the target cargo owner after execution does not exist, newly building the inventory of the label number;

in step S740 of the above embodiment of the method, when the commodity is taken out of the warehouse, the method further includes the following steps on the basis of searching sources in the label inventory according to the label priority:

s741, acquiring store order information, reading order data and receiving commodity inventory source searching instructions.

Specifically, the order is downloaded from the sales platform, and the preprocessing flows of order address confirmation, commodity confirmation, sales promotion matching and the like are completed. After the order is confirmed without errors, commodity inventory searching is carried out, and a proper delivery warehouse is found.

S742, it is determined whether a stack commodity exists in the order.

And S743, if the stack commodity exists, disassembling the stack commodity into corresponding sub-commodity, and judging whether the stock of the exclusive tag of the stack exists.

Specifically, the stack commodity needs to be disassembled into all sub-commodities, the sub-commodities are searched for sources and shipped, and whether the stack commodity exists or not is firstly judged. Searching whether the goods source of the exclusive label of the commodity is present.

S744, if there is an inventory of the exclusive label of the stack and the inventory satisfies the order quantity, locking the inventory of the exclusive label of the stack.

Specifically, if the source of the exclusive label of the commodity group exists and the quantity requirement of delivery is met, the commodity owner inventory of the exclusive label of the commodity group is directly hit, and inventory deduction is executed.

S745, if no stack commodity exists in the order or no stack commodity exists in the order but no stock of the stack exclusive label exists in the commodity stock, judging whether the store has stock of the store label.

Specifically, if no stack commodity exists; or a source where the stack of goods is present but no exclusive label is present; or the goods sources of the exclusive label of the group do not meet the quantity of orders; and searching whether store label goods sources meeting all the ordered goods exist or not.

S746, if there is an inventory of the store tag and the inventory satisfies the order quantity, locking the inventory of the store tag.

Specifically, if store tag sources meeting all the ordered commodities exist, and the quantity requirement of delivery is met, the store tag sources of all the commodities are directly hit in the store owners of the store tags of all the commodities, and stock deduction is performed.

S747, if the store label stock does not exist, determining whether the channel label stock exists.

Specifically, if the store label source of the commodity in the order is not satisfied, searching whether the channel label source of the commodity in the order exists.

S748 locks the inventory of the channel label if there is inventory of the channel label and the inventory meets the order quantity.

Specifically, if the channel label source meeting the order commodity exists and the quantity requirement of delivery is met, the owner inventory of the channel labels of all the commodities is directly hit, and inventory deduction is performed.

S749, if the stock of the channel tag does not exist, locking the stock of the general tag.

Specifically, if there is no store tag source satisfying the order, and there is no channel tag source satisfying the order, the store owner who provides the source for the store is hit in the general tag inventory, and inventory deduction is performed.

The method and the system for inventory management based on the digital label have the same technical conception, and the technical details of the two embodiments can be mutually applicable, so that repetition is reduced, and the description is omitted.

The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems) and computer program products according to embodiments of the invention. It will be understood that each flowchart and/or block of the flowchart illustrations and/or block diagrams, and combinations of flowcharts and/or block diagrams, can be implemented by computer program instructions.

These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.

While preferred embodiments of the present invention have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. It is therefore intended that the following claims be interpreted as including the preferred embodiments and all such alterations and modifications as fall within the scope of the invention.

It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.

Claims

1. An inventory management system based on digitized tags, comprising:

the label adding module is used for adding the corresponding digital label to the commodity according to the received warehousing distribution instruction before warehousing the commodity, and constructing a label stock; the digital label comprises a general label, a channel label and a shop label; the inventory comprises a logic inventory layer, a channel inventory layer, a store inventory layer and a 3-layer inventory structure;

the inventory statistics module is used for counting all commodities of the digital label and acquiring the inventory quantity of a logic inventory layer of the digital label inventory; the logic inventory layer is a cargo owner logic bin defined according to two dimensions of a cargo owner and a warehouse, and the inventory of different cargo owners in the same warehouse is defined as a plurality of cargo owner logic bins; inventory of the same owner in different warehouses is also defined as a plurality of said owner logical bins;

The label adding module is also used for counting commodities distributed to each channel in general labels as channel distribution inventory based on a set distribution rule of various digital labels or an input distribution instruction of various digital labels;

the inventory statistics module is further used for counting the number of all channel label commodities and the number of channel distribution inventory, and acquiring the inventory number of the channel inventory layer of the digital label inventory;

the label adding module is also used for counting commodities distributed to each store in the commodities of the general label and the commodities of the channel label into store distribution inventory based on a set distribution rule of various digital labels or an input distribution instruction of various digital labels;

the inventory statistics module is also used for counting the number of all store label commodities and the number of store distribution inventory, and acquiring the inventory number of store inventory layers of the label inventory;

the channel and store label management module is used for adding or releasing the channel labels and store labels in the label stock;

the exclusive label management module of the group sleeve is used for adding or releasing the exclusive label of the group sleeve in the label stock;

The purchasing and allocating module is used for managing the tag inventory when purchasing the goods or allocating the goods in the tag inventory;

and the inventory source searching module is used for searching sources in the label inventory according to the label priority when the commodity is delivered out of the warehouse.

2. A digital label-based inventory management system as recited in claim 1, wherein:

the stock statistics module is further used for dividing general label stock, channel label stock and shop label stock in the digital label stock into single-product saleable stock and group saleable stock according to preset proportion; the single item marketable inventory is for individual sales of the commodity; the stack marketable inventory is for commodity stack sales.

3. A digital label-based inventory management system as recited in claim 1, wherein: the channel and store label management module comprises:

the first instruction receiving sub-module is used for receiving an instruction of adding or releasing a channel label or a shop label;

the first judging submodule is used for judging whether the newly added channel label or store label exists in the label stock or not when receiving a new instruction of the newly added channel label or store label;

The first adding sub-module is used for adding corresponding warehousing quantity in the corresponding stock quantity of the channel labels or the store labels according to the new adding instruction when the newly added channel labels or the store labels exist in the label stock;

the label adding module is further used for adding the newly added channel label or store label in the label stock when the newly added channel label or store label does not exist in the label stock; so that the first new adding sub-module increases the corresponding warehousing quantity in the warehousing quantity of the newly added channel labels or store labels according to the new adding instruction;

the first inventory reading sub-module is used for reading the corresponding commodity inventory quantity of the channel label or the store label when receiving a release instruction for releasing the channel label or the store label;

the first judging submodule is further used for judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the channel label or the store label;

the first release sub-module is used for releasing the corresponding commodity inventory quantity in the corresponding channel label or store label according to the release instruction when judging that the release quantity in the release instruction is smaller than or equal to the commodity inventory quantity of the corresponding channel label or store label; the system is also used for releasing the inventory which is not more than the inventory quantity of the channel label or the store label when judging that the release quantity in the release instruction is more than the corresponding commodity inventory quantity of the channel label or the store label;

The label adding module is also used for re-marking the released commodity inventory as a general label inventory.

4. A digital label-based inventory management system as recited in claim 1, wherein: the exclusive label management module of the group sleeve further comprises:

the second instruction receiving sub-module is used for receiving an instruction of newly adding or releasing the exclusive label of the stack;

the second judging submodule is used for judging whether the newly added exclusive label of the stack exists in the label stock or not when receiving an instruction of the newly added exclusive label of the stack;

the stack calculation sub-module is used for reading the formula number of the sub-commodities in the stack commodity and the inventory number of the commodity sold by the stack and calculating the maximum warehousing number of the stack commodity which can be added currently;

the second newly-added sub-module is used for increasing corresponding warehouse entry quantity in the corresponding inventory quantity of the exclusive label of the group according to the newly-added instruction when the exclusive label of the group exists in the label inventory;

the tag adding module is further configured to add the exclusive tag of the stack in the tag inventory when the newly added exclusive tag of the stack does not exist in the tag inventory; so that the second newly-added sub-module increases the corresponding warehousing quantity in the inventory quantity of the newly-added exclusive label of the stack according to the newly-added instruction, wherein the increased warehousing quantity is not more than the maximum commodity warehousing quantity which can be added currently;

The second stock reading sub-module is used for reading the corresponding commodity stock quantity of the exclusive label of the group sleeve when receiving a release instruction for releasing the exclusive label stock of the group sleeve; judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the exclusive label of the group through the second judging sub-module;

the second release submodule is used for releasing the corresponding commodity inventory number in the corresponding exclusive label of the group according to the release instruction when judging that the release number in the release instruction is smaller than or equal to the commodity inventory number of the corresponding exclusive label of the group; the method is also used for releasing the inventory which is not more than the inventory number of the exclusive label of the group when judging that the release number in the release instruction is more than the corresponding inventory number of the commodity of the exclusive label of the group;

the second release submodule is further used for automatically releasing all sets of exclusive label stock quantity of the sub-commodity of the expired commodity combination after the sub-commodity combination of the set commodity is expired;

5. A digital label-based inventory management system as recited in claim 1, wherein: the purchase allocation module further comprises:

the third instruction receiving sub-module is used for receiving commodity purchasing instructions or inventory allocation instructions, and generating purchasing orders according to the purchasing instructions when receiving the commodity purchasing instructions;

the order processing sub-module is used for reading the order data of the purchase order and sending a commodity warehousing allocation instruction to the label adding module according to the order data of the order; the label adding module adds labels to the warehoused goods according to the order data, wherein the labels comprise general labels, channel labels and shop labels;

the inventory transfer sub-module is used for reading all inventory numbers under the label according to the label inventory transfer instruction when receiving the label inventory transfer instruction; the reduced stock quantity of the labels is not greater than all the stock quantities under the corresponding labels when the labels are transferred.

6. A digital label-based inventory management system as recited in claim 1, wherein: the inventory source searching module further comprises:

the fourth instruction receiving sub-module is used for acquiring store order information, reading order data and receiving commodity inventory source searching instructions;

A fourth judging sub-module, configured to judge whether a stack commodity exists in the order; if the group sleeve commodity exists, the group sleeve commodity is disassembled into corresponding sub-commodity, and whether the inventory of the exclusive label of the group sleeve exists or not is judged;

the inventory locking sub-module is used for locking the inventory of the exclusive label of the group sleeve if the inventory of the exclusive label of the group sleeve exists and the inventory meets the order quantity;

the fourth judging submodule is further used for judging whether the store has store label stock or not if the stack commodity does not exist in the order or if the stack commodity exists in the order but the stack exclusive label stock does not exist in the commodity stock; if the store label stock exists and the stock meets the order quantity, locking the store label stock through the stock locking submodule;

the fourth judging submodule is further used for judging whether the stock of the channel label exists or not if the stock of the store label does not exist; if the stock of the channel label exists and the stock meets the order quantity, locking the stock of the channel label through the stock locking submodule;

the inventory locking sub-module is further used for locking the inventory of the general labels if the inventory of the channel labels does not exist.

7. An inventory management method based on digital labels, comprising the following steps:

before the commodity is put in storage, adding a corresponding digital label to the commodity according to a received storage allocation instruction, and constructing a label stock; the digital label comprises a general label, a channel label and a shop label; the inventory comprises a logic inventory layer, a channel inventory layer, a store inventory layer and a 3-layer inventory structure;

counting all commodities of the digital label, and obtaining the stock quantity of a logic stock layer of the digital label stock; the logic inventory layer is a cargo owner logic bin defined according to two dimensions of a cargo owner and a warehouse, and the inventory of different cargo owners in the same warehouse is defined as a plurality of cargo owner logic bins; inventory of the same owner in different warehouses is also defined as a plurality of said owner logical bins;

based on the set distribution rules of various digital labels or the input distribution instructions of various digital labels, the commodities distributed to each channel in the commodities with general labels are statistically distributed as channel distribution inventory;

counting the number of all channel label commodities and the number of channel distribution inventory, and obtaining the inventory number of channel inventory layers of the digital label inventory;

Based on the set distribution rules of various digital labels or the input distribution instructions of various digital labels, distributing commodities in the commodities of the general labels and the commodities of the channel labels to all shops to be distributed into shops for stock distribution;

counting the number of all store label commodities and store distribution inventory numbers, and obtaining the inventory number of store inventory layers of the label inventory;

the inventory management method based on the digital label further comprises any one or more of the following steps:

adding or releasing the channel label and the shop label in the label stock;

newly adding or releasing the exclusive label of the group sleeve in the label stock;

when purchasing goods or allocating goods in the label stock, managing the label stock;

and when the commodity is delivered out of the warehouse, searching sources in the label stock according to the label priority.

8. The digital label-based inventory management method according to claim 7, wherein said counting each commodity of said digital label, obtaining the inventory number of the logical inventory layer of said label inventory, is characterized in that:

the digital label stock is divided into a general label stock, a channel label stock and a shop label stock into a single product saleable stock and a group saleable stock according to a preset proportion; the single item marketable inventory is for individual sales of the commodity; the stack marketable inventory is for commodity stack sales.

9. The digital label-based inventory management method as claimed in claim 7, wherein: the channel label and the shop label are newly added or released in the label stock, and the method further comprises the following steps:

when a new instruction of a new channel label or a new shop label is received, judging whether the new channel label or the new shop label exists in the label stock;

when the newly added channel label or store label exists in the label stock, increasing corresponding stock quantity in the stock quantity of the corresponding channel label or store label according to the newly added instruction;

when the newly added channel label or store label does not exist in the label stock, adding the newly added channel label or store label in the label stock; according to the new instruction, corresponding warehouse entry quantity is increased in the inventory quantity of the newly added channel label or store label;

when a release instruction for releasing the channel label or the store label is received, reading the corresponding commodity inventory quantity of the channel label or the store label;

judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the channel label or the store label;

When the release quantity in the release instruction is judged to be smaller than or equal to the corresponding commodity inventory quantity of the channel label or the store label, releasing the corresponding commodity inventory quantity in the corresponding channel label or store label according to the release instruction;

releasing the inventory which is not more than the inventory quantity of the channel label or the store label when judging that the release quantity in the release instruction is more than the corresponding commodity inventory quantity of the channel label or the store label;

the released inventory of goods is re-labeled as a general label inventory.

10. The digital label-based inventory management method as claimed in claim 7, wherein: in the label stock, the exclusive label of the group sleeve is newly added or released, and the method further comprises the following steps:

when receiving an instruction of a newly added exclusive label of the stack, judging whether the newly added exclusive label of the stack exists in the label stock;

reading the formula number of the sub-commodities in the commodity group and the inventory number of the commodity group which can be sold, and calculating the maximum commodity group warehouse-in number which can be added currently;

when the newly added exclusive label of the group sleeve exists in the label stock, corresponding stock quantity is increased in the stock quantity of the corresponding exclusive label of the group sleeve according to the newly added instruction;

Adding the exclusive label of the group sleeve in the label stock when the exclusive label of the group sleeve which is added does not exist in the label stock; according to the new instruction, corresponding warehousing quantity is increased in the inventory quantity of the newly-increased exclusive label of the stack, and the increased warehousing quantity is not greater than the maximum commodity warehousing quantity of the stack which can be added currently;

when a release instruction for releasing the exclusive label stock of the group sleeve is received, the corresponding commodity stock quantity of the exclusive label of the group sleeve is read;

judging whether the release quantity in the release instruction is larger than the corresponding commodity inventory quantity of the exclusive label of the group;

when the release quantity in the release instruction is judged to be smaller than or equal to the corresponding commodity inventory quantity of the exclusive label of the group, releasing the corresponding commodity inventory quantity in the corresponding exclusive label of the group according to the release instruction;

releasing the inventory which is not more than the inventory number of the exclusive label of the group when judging that the release number in the release instruction is more than the corresponding commodity inventory number of the exclusive label of the group;

when the sub-commodity combination of the commodity sets is out of date, automatically releasing all the exclusive label stock quantity of the commodity sets of the out-of-date commodity combination;

The released sub-merchandise inventory is re-labeled as a generic label inventory.

11. The digital label-based inventory management method as claimed in claim 7, wherein: when the commodity is purchased or allocated in the label stock, the label stock is managed, and the method further comprises the following steps:

receiving commodity purchasing instructions or inventory allocation instructions;

when receiving a commodity purchasing instruction, generating a purchasing order according to the purchasing instruction;

reading order data of the purchase order, and sending a commodity warehousing allocation instruction to a label adding module according to the order data of the order; the label adding module adds labels to the warehoused goods according to the order data, wherein the labels comprise general labels, channel labels and shop labels;

when receiving a label stock allocation instruction, reading all stock numbers under the label according to the label stock allocation instruction; the reduced stock quantity of the labels is not greater than all the stock quantities under the corresponding labels when the labels are transferred.

12. The digital label-based inventory management method as claimed in claim 7, wherein: the method for searching the label stock according to the label priority further comprises the following steps:

Acquiring store order information, reading order data and receiving commodity inventory source searching instructions;

judging whether a group of commodities exist in the order;

if the group sleeve commodity exists, the group sleeve commodity is disassembled into corresponding sub-commodity, and whether the inventory of the exclusive label of the group sleeve exists or not is judged;

if the stock of the exclusive label of the group sleeve exists and the stock meets the order quantity, locking the stock of the exclusive label of the group sleeve;

if the commodity of the group sleeve does not exist in the order or the commodity of the group sleeve exists in the order but the commodity inventory does not exist in the inventory of the exclusive label of the group sleeve, judging whether the store has the inventory of the store label or not;

if the store label stock exists and the stock meets the order quantity, locking the store label stock;

if the store label stock does not exist, judging whether the channel label stock exists or not;

if the stock of the channel label exists and the stock meets the order quantity, locking the stock of the channel label;

if the stock of the channel label does not exist, the stock of the general label is locked.