CN108596544A

CN108596544A - inventory allocation method and device

Info

Publication number: CN108596544A
Application number: CN201810387269.8A
Authority: CN
Inventors: 马东辉; 黄新娥
Original assignee: Beijing CHJ Automotive Information Technology Co Ltd
Current assignee: Beijing Rockwell Technology Co Ltd
Priority date: 2018-04-26
Filing date: 2018-04-26
Publication date: 2018-09-28
Anticipated expiration: 2038-04-26
Also published as: CN108596544B

Abstract

The present disclosure discloses a kind of inventory allocation method and device, this method includes：Obtain the characteristic for the target item for each dividing warehouse at least two points of warehouses, wherein the characteristic of the target item includes at least the flow rate and safety stock of the target item；Respectively according to the characteristic for the target item for each dividing warehouse at least two points of warehouses, calculates at least two points of warehouses each first of the target item in point warehouse and replenish quantity；According to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, partly or entirely to divide distribution depot inventory at least two points of warehouses.The inventory allocation method provided by the disclosure, can rise to the accuracy for the stockpile number that each point of warehouse is distributed, so as to reduce the overstocked or out of stock situation of point articles from the storeroom.

Description

Inventory allocation method and device

Technical field

This disclosure relates to computer realm more particularly to a kind of inventory allocation method and device.

Background technology

With the development of economy, the commodity that businessman is managed at present can be stored in respectively positioned at point warehouse of different zones In, it is convenient for commodity in the quick circulation of different zones.

However, being typically that each point of warehouse actively asks supplement according to the inventories of its own to master depot in the prior art Goods, master depot is each point of distribution depot inventory according to the request that replenishes in each point of warehouse, also i.e. by the inventory allocation of master depot To each point of warehouse.Since master depot fails to understand in real time the inventories in all points of warehouses, above-mentioned inventory allocation mode is easy It is that part divides the stockpile number of distribution depot excessive to generate master depot, the feelings for dividing the stockpile number of distribution depot less for part Condition, so as to cause partly dividing articles from the storeroom to overstock, and the problem of warehouse shortage of goods is divided in part.

As it can be seen that exist for the stockpile number distributed when point distribution depot inventory more inaccurate for the on-hand inventory method of salary distribution The problem of.

Invention content

The embodiment of the present disclosure provides a kind of inventory allocation method and device, is existed for point with solving the on-hand inventory method of salary distribution The more inaccurate problem of the stockpile number distributed when distribution depot inventory.

In a first aspect, the embodiment of the present disclosure provides a kind of inventory allocation method, this method includes：

Obtain the characteristic for the target item for each dividing warehouse at least two points of warehouses, wherein the target item Characteristic include at least the target item flow rate and safety stock；

Respectively according to the characteristic for the target item for each dividing warehouse at least two points of warehouses, calculate described in extremely Each the first of the target item in point warehouse replenishes quantity in few two points of warehouses；

According to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, for it is described at least Partly or entirely divide distribution depot inventory in two points of warehouses.

Optionally, the flow rate of the target item be the target item sales volume and the target item it is effective The ratio of quantity in stock.

Optionally, the characteristic for obtaining the target item for each dividing warehouse at least two points of warehouses, including：

Each sale of the target item in point warehouse in history calculating cycle at least two points of warehouses is obtained respectively Amount and available stock, and sales volume and available stock in current calculation cycle；

Each divide the target item in warehouse in the sale of history calculating cycle according at least two points of warehouses respectively Amount and available stock, and in the sales volume and available stock of current calculation cycle, calculate at least two points of warehouses In each divide the target item in warehouse in the flow rate of current calculation cycle.

Optionally, described respectively according to each dividing the target item in warehouse to be calculated in history at least two points of warehouses The sales volume and available stock in period, and in the sales volume and available stock of current calculation cycle, calculate described at least Each divide the target item in warehouse in the flow rate of current calculation cycle in two points of warehouses, including：

Using formulaCalculate at least two points of warehouses each the target item in point warehouse current The flow rate of calculating cycle；

Wherein, i>=1, A_iIndicate the target item in the flow rate of i-th of calculating cycle, B_jIndicate the object Product are in the sales volume of j-th of calculating cycle, S_jIndicate the target item j-th of calculating cycle available stock.

It obtains at least two points of warehouses each total sales volume of the target item in point warehouse and calculates week in history The safety stock of phase, wherein the total sales volume of the target item is from the target item from default calculating cycle to working as The sum of sales volume in preceding calculating cycle；

Respectively according to the total sales volume for the target item for each dividing warehouse at least two points of warehouses and in history meter The safety stock in period is calculated, calculates at least two points of warehouses and each divides the target item in warehouse in current calculation cycle Available stock.

Optionally, described respectively according to the total sales volume for the target item for each dividing warehouse at least two points of warehouses With the safety stock in history calculating cycle, calculate at least two points of warehouses that each the target item in point warehouse is being worked as The safety stock of preceding calculating cycle, including：

Using formulaCalculate at least two points of warehouses each target in point warehouse Safety stock of the article in current calculation cycle；

Wherein, i>=1, C₀=C₁, C_iIndicate the target item in the safety stock of i-th of calculating cycle, C_i-1Table Show the target item (i-1)-th calculating cycle safety stock,Indicate the total sales volume of the target item.

Optionally, described respectively according to the characteristic for the target item for each dividing warehouse at least two points of warehouses According to, it calculates at least two points of warehouses each first of the target item in point warehouse and replenishes quantity, including：

Using formula H_i=A_i*(C_i+Y_i-Z_i), calculate the target item for each dividing warehouse at least two points of warehouses First replenish quantity；Or

Using formula H_i=A_i*(C_i-S_i+Y_i-Z_i), calculate the object for each dividing warehouse at least two points of warehouses The first of product replenishes quantity；

Wherein, i>=1, H_iIndicate that the target item replenishes quantity the first of i-th of calculating cycle, A_iDescribed in expression Target item is in the flow rate of i-th of calculating cycle, C_iIndicate the target item i-th of calculating cycle safety inventory Amount, Y_iIndicate the target item in the reserved quantity in stock of i-th of calculating cycle, Z_iIndicate that the target item is calculated at i-th The transportation inventory amount in period, S_iIndicate the target item i-th of calculating cycle available stock.

Optionally, described according to each the first of the target item in point warehouse replenishes number at least two points of warehouses Amount, partly or entirely to divide distribution depot inventory at least two points of warehouses, including：

The sum of the quantity that replenishes of the first of the target item in all points of warehouses is less than or waits at least two points of warehouses In the case of the quantity in stock of central warehouse, respectively according to each the first of point warehouse replenishes number at least two points of warehouses Amount, each to divide distribution depot inventory at least two points of warehouses；

The first of the target item in all points of warehouses replenishes the sum of quantity more than total storehouse at least two points of warehouses In the case of the quantity in stock in library, prompt message is exported, wherein the prompt message is for prompting user to change described at least two The first of the target item in point warehouse in point warehouse replenishes quantity；

Each second of the target item in point warehouse is received in user modified at least two points of warehouses to replenish number Amount；

It is described respectively according to each the second of the target item in point warehouse replenishes quantity at least two points of warehouses Each divide distribution depot inventory at least two points of warehouses.

Optionally, the target item in warehouse is each divided in the modified at least two points of warehouses of the reception user Second replenish after quantity, the method further includes：

Respectively according to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, institute is judged Whether reasonable state at least two points of warehouses each second of the target item in point warehouse quantity that replenishes；

It is described respectively according to each the second of the target item in point warehouse replenishes quantity at least two points of warehouses, be Each divide distribution depot inventory at least two points of warehouses, including：

Each the quantity that replenishes of the second of the target item in point warehouse is rational in determining at least two points of warehouses In the case of, it is described respectively according to each the second of the target item in point warehouse replenishes quantity at least two points of warehouses Each divide distribution depot inventory at least two points of warehouses.

Second aspect, the embodiment of the present disclosure also provide a kind of inventory allocation device, which includes：

Acquisition module, the characteristic for obtaining the target item for each dividing warehouse at least two points of warehouses, wherein The characteristic of the target item includes at least the flow rate and safety stock of the target item；

Computing module, for respectively according to the characteristic for the target item for each dividing warehouse at least two points of warehouses According to calculating at least two points of warehouses each first of the target item in point warehouse and replenish quantity；

Distribution module, for according to each the first of the target item in point warehouse replenishes number at least two points of warehouses Amount, partly or entirely to divide distribution depot inventory at least two points of warehouses.

Optionally, the acquisition module includes：

First acquisition unit, for obtaining respectively, each the target item in point warehouse is being gone through at least two points of warehouses The sales volume and available stock of history calculating cycle, and sales volume and available stock in current calculation cycle；

First computing unit, for respectively according to each the target item in point warehouse is being gone through at least two points of warehouses The sales volume and available stock of history calculating cycle, and in the sales volume and available stock of current calculation cycle, calculate institute State at least two points of warehouses each flow rate of the target item in point warehouse in current calculation cycle.

Optionally, first computing unit is specifically used for：

Using formulaCalculate at least two points of warehouses that each the target item in point warehouse is being worked as The flow rate of preceding calculating cycle；

Optionally, the acquisition module includes：

Second acquisition unit, for obtaining each total sale of the target item in point warehouse at least two points of warehouses Amount and history calculating cycle safety stock, wherein the total sales volume of the target item be from the target item from The sum of sales volume in default calculating cycle to current calculation cycle；

Second computing unit, for respectively according to the total of the target item for each dividing warehouse at least two points of warehouses Sales volume and safety stock in history calculating cycle calculate the object for each dividing warehouse at least two points of warehouses Available stock of the product in current calculation cycle.

Optionally, second computing unit is specifically used for：

Optionally, the computing module is specifically used for：

Optionally, the distribution module includes：

First allocation unit, first for the target item in all points of warehouses at least two points of warehouses replenishes In the case that the sum of quantity is less than or equal to the quantity in stock of central warehouse, respectively according to each dividing storehouse at least two points of warehouses The first of library replenishes quantity, each to divide distribution depot inventory at least two points of warehouses；

Output unit, first for the target item in all points of warehouses at least two points of warehouses replenishes quantity The sum of be more than the quantity in stock of central warehouse in the case of, export prompt message, wherein the prompt message is for prompting user to change The first of the target item in point warehouse at least two points of warehouses replenishes quantity；

Receiving unit, for receiving in the modified at least two points of warehouses of user each target item in point warehouse Second replenish quantity；

Second allocation unit, for respectively according to the of the target item for each dividing warehouse at least two points of warehouses Two replenish quantity, each to divide distribution depot inventory at least two points of warehouses.

Optionally, described device further includes：

Judgment module, the mesh for each dividing warehouse in the modified at least two points of warehouses of the reception user The second of mark article replenishes after quantity, respectively according to the of the target item for each dividing warehouse at least two points of warehouses One replenishes quantity, judges at least two points of warehouses each whether the quantity that replenishes of the second of the target item in point warehouse closes Reason；

Second allocation unit is specifically used for：

The third aspect, the embodiment of the present disclosure also provide a kind of electronic equipment, including processor, memory and are stored in described It is real when the computer program is executed by the processor on memory and the computer program that can run on the processor The step of showing above-mentioned inventory allocation method.

Fourth aspect, the embodiment of the present disclosure also provide a kind of computer readable storage medium, the computer-readable storage Computer program is stored on medium, the computer program realizes the step of above-mentioned inventory allocation method when being executed by processor Suddenly.

To consider the spy of the target item based on each point of warehouse when point distribution depot inventory in the embodiment of the present disclosure The quantity that replenishes that sign data are calculated, can rise to the accuracy for the stockpile number that each point of warehouse is distributed, so as to To reduce the situation for dividing articles from the storeroom overstocked or out of stock.

Description of the drawings

It is required in being described below to the embodiment of the present disclosure in order to illustrate more clearly of the technical solution of the embodiment of the present disclosure Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some embodiments of the present disclosure, For those of ordinary skill in the art, without having to pay creative labor, it can also obtain according to these attached drawings Obtain other attached drawings.

Fig. 1 is the flow chart for the inventory allocation method that the embodiment of the present disclosure provides；

Fig. 2 is the flow chart for the inventory allocation method that the another embodiment of the disclosure provides；

Fig. 3 is the schematic diagram for the inventory allocation device that the embodiment of the present disclosure provides；

Fig. 4 is the schematic diagram for the inventory allocation device that the embodiment of the present disclosure provides；

Fig. 5 is the schematic diagram for the inventory allocation device that the embodiment of the present disclosure provides；

Fig. 6 is the schematic diagram for the inventory allocation device that the embodiment of the present disclosure provides；

Fig. 7 is the schematic diagram for the electronic equipment that the embodiment of the present disclosure provides.

Specific implementation mode

Below in conjunction with the attached drawing in the embodiment of the present disclosure, the technical solution in the embodiment of the present disclosure is carried out clear, complete Site preparation describes, it is clear that described embodiment is disclosure a part of the embodiment, instead of all the embodiments.Based on this public affairs Embodiment in opening, the every other implementation that those of ordinary skill in the art are obtained without creative efforts Example belongs to the range of disclosure protection.

The embodiment of the present disclosure provides a kind of inventory allocation method.It is the inventory that the embodiment of the present disclosure provides referring to Fig. 1, Fig. 1 The flow chart of distribution method, as shown in Figure 1, including the following steps：

Step 101, the characteristic for obtaining the target item for each dividing warehouse at least two points of warehouses, wherein described The characteristic of target item includes at least the flow rate and safety stock of the target item.

In the embodiment of the present disclosure, target item can be arbitrary article, for example, vehicle part.Above-mentioned safety stock Be properly termed as secure storage amount or safety inventory, refer in order to prevent uncertain factor (such as a large amount of sudden order, delivery dates Suddenly in advance, the increase of interim dosage, the cause specifics such as delivery failure) and it is expected that minimum stock (or buffer stock), the peace Full quantity in stock can be obtained by user setting, can also be calculated according to history safety stock and sales volume.Above-mentioned target The flow rate of article can be the ratio of the sales volume of target item and the average inventory level of target item, can also be object The ratio of the sales volume of product and the available stock of target item；Etc..

Step 102, respectively according to the characteristic for the target item for each dividing warehouse at least two points of warehouses, meter Each first of the target item in point warehouse is calculated at least two points of warehouses to replenish quantity.

In the embodiment of the present disclosure, each it can divide storehouse according to the calculating of the characteristic of each target item in point warehouse respectively The quantity that replenishes (namely first replenish quantity) of the target item in library, for example, when in the presence of point warehouse a, point warehouse b and divide warehouse c When, the target item of point warehouse a is calculated according to the characteristic of point target item of warehouse a first replenishes quantity, according to point The characteristic of the target item of warehouse b calculates the first of the target item of point warehouse b and replenishes quantity, according to the mesh for dividing warehouse c What the characteristic of mark article calculated the target item of point warehouse c first replenishes quantity.In some embodiments, it above-mentioned first mends Goods quantity can be that the flow rate of target item and the product of the difference of safety stock and available stock or first replenish Quantity can be the product etc. of the flow rate and safety stock of target item.

Step 103, according to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, be Partly or entirely divide distribution depot inventory at least two points of warehouses.

It, can be according to the first of the target item for each dividing warehouse at least two points of warehouses in the embodiment of the present disclosure Replenish quantity, partly or entirely to divide distribution depot inventory at least two points of warehouses, if for example, described at least two points All the sum of the quantity that replenishes of the first of the target item in point warehouse is less than or equal to the quantity in stock of central warehouse in warehouse, then root respectively It is every at least two points of warehouses according to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses It is a to divide distribution depot inventory；If all the first of the target item in point warehouse replenishes the sum of quantity at least two points of warehouses More than the quantity in stock of central warehouse, then the quantity that can replenish in conjunction with each history inventory quantity allotted in point warehouse and first determines every A allocation proportion for dividing warehouse, and can be each to divide at least two points of warehouses according to the allocation proportion in each point warehouse Distribution depot inventory.If it is understood that the first of some point of warehouse replenish number be 0, can not be this divide distribution depot Inventory.

The inventory allocation method of the embodiment of the present disclosure, central warehouse can obtain the spy of the target item in each point of warehouse in time Data (such as flow rate and safety stock) are levied, each point of storehouse is calculated according to the characteristic of the target item in each point of warehouse The quantity that replenishes of the target item in library, and the quantity that replenishes that can consider the target item in each point of warehouse is divided for point warehouse With inventory, the accuracy for the stockpile number that each point of warehouse is distributed can be risen to, is accumulated so as to reduce a point articles from the storeroom Pressure or the situation of shortage of goods.

In some embodiments, the flow rate of the target item is the sales volume of the target item and the object The ratio of the available stock of product.

In the embodiment of the present disclosure, the sales volume of above-mentioned target item can refer to pin of the end article in a calculating cycle The amount of selling can also be average sales volume of the end article in multiple calculating cycles.Above-mentioned calculating cycle can be according to actual demand It is configured, for example, with each week for a calculating cycle, or to be every month calculating cycle etc..It is above-mentioned effective Quantity in stock can refer to the currently practical available stock amount in point warehouse.

In some embodiments, the mesh in warehouse is each divided at least two points of warehouses of above-mentioned steps 101 namely the acquisition The characteristic of article is marked, including：

In the embodiment of the present disclosure, above-mentioned history calculating cycle can be one or at least two before current calculation cycle A calculating cycle.Above-mentioned calculating cycle can be configured according to actual conditions, for example, each week is a calculating cycle, Or every month is calculating cycle etc..

In some embodiments, the sales volume of history calculating cycle and the sales volume of current calculation cycle can be calculated separately The sum of the available stock of Bs and history calculating cycle and the sum of the available stock Ss of current calculation cycle, and by Bs and The ratio of Ss, in the flow rate of current calculation cycle, or calculates separately the sale of each history calculating cycle as target item Amount and the ratio A1 of available stock and the sales volume and available stock ratio A2 of current calculation cycle, and by A1 and A2 Average value as target item current calculation cycle flow rate.It should be noted that above-mentioned ratio A1 can be multiple.

Embodiment of the present disclosure combination history calculating cycle and the sales volume of current calculation cycle, available stock calculate target The flow rate of the flow rate of article, the target item that can make more is bonded actual conditions, and it is each that can further increase The accuracy for the stockpile number that a point of warehouse is distributed reduces the situation for dividing articles from the storeroom overstocked or out of stock.

In some embodiments, described each to divide the target item in warehouse to exist according at least two points of warehouses respectively The sales volume and available stock of history calculating cycle, and in the sales volume and available stock of current calculation cycle, calculate Each divide the target item in warehouse in the flow rate of current calculation cycle at least two points of warehouses, including：

In the embodiment of the present disclosure, i-th of calculating cycle can be current calculation cycle namely A_iIt can indicate target item In the flow rate of current calculation cycle.In practical applications, an initial calculation period can be set namely first calculates week Phase, i=1 subsequently often increase a calculating cycle, and i values add 1.

For example, when there is point warehouse a and divide warehouse b, formula may be usedCalculating point warehouse a is working as The flow rate of preceding calculating cycle, wherein Aa_iIndicate the target item for dividing warehouse a in the flow rate of i-th of calculating cycle, Ba_jTable Show point target item of warehouse a in the sales volume of j-th of calculating cycle, Sa_jExpression divides the target item of warehouse a to be counted at j-th Calculate the available stock in period；Formula may be usedCalculating divides warehouse b in the circulation of current calculation cycle Rate, wherein Ab_iIndicate the target item for dividing warehouse b in the flow rate of i-th of calculating cycle, Bb_jIndicate the object for dividing warehouse b Product are in the sales volume of j-th of calculating cycle, Sb_jIndicate the target item for dividing warehouse b in the effective storage capacity of j-th of calculating cycle Amount.

The embodiment of the present disclosure by target item in whole history calculating cycles and the sales volume of current calculation cycle and effectively Flow rate of the average value of the ratio of quantity in stock as current calculation cycle, the flow rate for the target item that can make is more Actual conditions are bonded, the accuracy of the stockpile number distributed by each point of warehouse can be further increased, reduction divides warehouse goods Object is overstock or situation out of stock.

In the embodiment of the present disclosure, above-mentioned default calculating cycle can be the initial calculation period, can also be pre-set Other calculating cycles, for example, the 3rd calculating cycle before current calculation cycle.Above-mentioned history calculating cycle can be One or more calculating cycles before current calculation cycle.

For example, can calculate target item the safety stock of each history calculating cycle average value, and according to peace The average value and total sales volume of full quantity in stock calculate target item in the safety stock of current calculation cycle, can also be basis Target item calculates target item current in the safety stock and total sales volume of the previous calculating cycle of current calculation cycle The safety stock of calculating cycle.

The total sales volume of embodiment of the present disclosure combining target article and history calculating cycle safety stock calculate mesh Article is marked in the safety stock of current calculation cycle, the safety stock for the target item that can make more is bonded reality Situation, can further increase the accuracy of the stockpile number distributed by each point of warehouse, reduction divide articles from the storeroom overstock or Situation out of stock.

In some embodiments, described respectively according to the target item for each dividing warehouse at least two points of warehouses Total sales volume and safety stock in history calculating cycle calculate the target for each dividing warehouse at least two points of warehouses Article current calculation cycle safety stock, including：

In the embodiment of the present disclosure, i-th of calculating cycle can be current calculation cycle namely C_iIt can indicate target item In the safety stock of current calculation cycle.In practical applications, an initial calculation period namely first meter can be set It calculates the period, i=1, subsequently often increases a calculating cycle, i values add 1.

For example, when there is point warehouse a and divide warehouse b, formula may be usedIt calculates Divide warehouse a in the safety stock of current calculation cycle, wherein Ca_iExpression divides the target item of warehouse a to calculate week at i-th The safety stock of phase, Ca_i-1Expression divides the target item of warehouse a in the safety stock of (i-1)-th calculating cycle, Indicate the total sales volume for dividing the target item of warehouse a；Formula may be usedCalculating divides warehouse b In the safety stock of current calculation cycle, wherein Cb_iIndicate the target item for dividing warehouse b in the safety of i-th of calculating cycle Quantity in stock, Cb_i-1Indicate the target item for dividing warehouse b in the safety stock of (i-1)-th calculating cycle, Bb_jExpression divides warehouse b Target item total sales volume.

The embodiment of the present disclosure is according to target item in the safety stock of the previous calculating cycle of current calculation cycle and total Sales volume calculates target item in the safety stock of current calculation cycle, the safety stock for the target item that can make Actual conditions are more bonded, the accuracy of the stockpile number distributed by each point of warehouse can be further increased, reduction divides storehouse Library cargo is overstock or situation out of stock.

In some embodiments, above-mentioned steps 102 namely described each divide according at least two points of warehouses respectively The characteristic of the target item in warehouse, calculate the target item for each dividing warehouse at least two points of warehouses first are mended Goods quantity, including：

In the embodiment of the present disclosure, above-mentioned A_iCan be sales volume and available stock of the target item in current calculation cycle Ratio, the flow rate of target item that above-mentioned calculation can also be used to be calculated.Above-mentioned Ci can be that user is advance The safety stock of the target item of setting can also be the security vault for the target item being calculated using above-mentioned calculation Storage.Above-mentioned Y_iCan indicate target item current calculation cycle reserved quantity in stock, wherein reserved quantity in stock can refer to The quantity of target item that point warehouse has been sold but not yet delivered.Above-mentioned Z_iTarget item can be indicated in current calculation cycle Transportation inventory amount, wherein transportation inventory amount can refer to the allocated or be sent to a point warehouse, but not yet reach this point of warehouse Target item quantity.

In some embodiments, formula H is being used_i=A_i*(C_i+Y_i-Z_i), it calculates each at least two points of warehouses The first of the target item in point warehouse replenishes in the case of quantity, It is adopting With formula H_i=A_i*(C_i-S_i+Y_i-Z_i), calculate the target item for each dividing warehouse at least two points of warehouses first is mended In the case of goods quantity, wherein A_iCan be target item in the sales volume of current calculation cycle and the ratio of available stock, Ci can be the safety stock of the pre-set target item of user.

The embodiment of the present disclosure uses formula H_i=A_i*(C_i+Y_i-Z_i) or formula H_i=A_i*(C_i-S_i+Y_i-Z_i) described in calculating Each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, due to considering the target in each point of warehouse The flow rate of article, safety stock, available stock, the reserved characteristics such as quantity in stock and transportation inventory amount, calculate To each point of warehouse target item the quantity that replenishes it is more accurate, so as to further increase by each point of warehouse point The accuracy for the stockpile number matched reduces the situation for dividing articles from the storeroom overstocked or out of stock.

In some embodiments, above-mentioned steps 103 namely described each divide warehouse according at least two points of warehouses Target item first replenish quantity, partly or entirely to divide distribution depot inventory at least two points of warehouses, including：

In the embodiment of the present disclosure, at least two points of warehouses the first of the target item in all points of warehouses replenish quantity it It, then can be respectively according to each dividing storehouse at least two points of warehouses in the case of the quantity in stock less than or equal to central warehouse The first of library replenishes quantity, each to divide distribution depot inventory at least two points of warehouses.For example, in the presence of dividing warehouse a, dividing Warehouse b and divide warehouse c, wherein the quantity that replenishes of the first of point warehouse a, point warehouse b and point warehouse c is respectively a1, b1 and c1, always The quantity in stock in warehouse is d1, can be that point warehouse a distributes a1 inventory, to divide storehouse if then a1+b1+c1 is less than or equal to d1 Library b distributes b1 inventory, to divide warehouse c to distribute c1 inventory.

The first of the target item in all points of warehouses replenishes the sum of quantity more than central warehouse at least two points of warehouses In the case of quantity in stock, since the quantity in stock of central warehouse not enough distributes to each point of warehouse, user can be prompted to each at this time The quantity that replenishes (namely first replenish quantity) in point warehouse is modified, for example, can export each point of warehouse first replenishes Quantity, and be identified by the first pre-set color (for example, yellow, red etc.), to prompt user to modify, can also be Output prompting frame prompt user modifies, and the modification by user to the quantity that replenishes in point warehouse can make modified The sum of the quantity that replenishes (namely second replenish quantity) in each point of warehouse is less than or equal to the quantity in stock of above-mentioned central warehouse.

It is understood that if user does not modify, flow can be terminated, can also be the mesh according to each point of warehouse The quantity that replenishes of mark article calculates the allocation proportion in each point of warehouse, and is each point of storehouse according to the allocation proportion in each point of warehouse Inventory etc. is distributed in library.

It is understood that the first of the target item in all points of warehouses replenishing quantity at least two points of warehouses The sum of be less than or equal to central warehouse quantity in stock in the case of, user can also repair the quantity that replenishes in each point of warehouse Change, for example, the first of the target item in all points of warehouses replenish after quantity at least two points of warehouses are calculated, The first of the target item in each point of warehouse can be exported to replenish quantity, so that user checks, user can be according to reality at this time Demand modifies to the first of the target item in each point of warehouse quantity that replenishes.

User can be adjusted the quantity that replenishes of the target item in each point of warehouse in the embodiment of the present disclosure, Ke Yiti The flexibility of a height of point of distribution depot inventory.

In some embodiments, each divide warehouse in the modified at least two points of warehouses of the reception user The second of target item replenishes after quantity, and the method further includes：

In the embodiment of the present disclosure, the first of the target item in each point of warehouse quantity that replenishes can be based respectively on and judge user Whether the quantity that replenishes of the second of the target item in point warehouse is reasonable each of after adjustment, if for example, the second of target item replenishes Quantity and first replenish quantity difference be less than predetermined threshold value, it is determined that second replenishes reasonable quantity, otherwise determines that second replenishes Quantity is unreasonable.

In some embodiments, each the second of the target item in point warehouse is mended in determining at least two points of warehouses In the case of goods quantity is rational, mended respectively according to the second of the target item for each dividing warehouse at least two points of warehouses Goods quantity, each to divide distribution depot inventory at least two points of warehouses；Determining at least two points of warehouses presence The second of the target item in target point warehouse replenish quantity it is unreasonable in the case of, may be used the second pre-set color mark target The quantity that replenishes of the second of point warehouse is unreasonable, or second quantity that replenishes in output prompting frame prompt ownership goal point warehouse does not conform to It manages, user can continue to adjust the quantity that replenishes in target point warehouse at this time.

The embodiment of the present disclosure be based respectively on the first of the target item in each point of warehouse replenish quantity judge user adjustment after Each of the target item in point warehouse second quantity that replenishes it is whether reasonable, can make user is modified to replenish quantity more It tallies with the actual situation, rises to the accuracy for the stockpile number that each point of warehouse is distributed.

The embodiment of the present disclosure is illustrated below in conjunction with example：

The embodiment of the present disclosure can pre-set following parameter：

One, warehouse and divide the correspondence between warehouse, for example, central warehouse a corresponds to point warehouse a1, divides warehouse a2 and Fen Cang Library a3, central warehouse b correspond to point warehouse b1, point warehouse b2, point warehouse b3 and divide warehouse b4, and central warehouse c correspondences divide warehouse c1, Fen Cang Library c2 and divide warehouse c3.

Two, the safety stock in each point of warehouse.

It should be noted that above-mentioned safety stock can not also be arranged, it is obtained by calculation.

Three, the type that replenishes and delivery availability.

Four, early warning is arranged：When early warning is set as effective, early warning value Ci, namely it is less than the early warning value in available stock Shi Jinhang is alerted.

In practical application, referring to Fig. 2, above-mentioned inventory allocation method may include steps of：

Step 201 creates the plan of replenishing.

In this step, may include that selection replenishes Plan Data Source, namely selection central warehouse (namely central repository) with And point warehouse that point warehouse or needs of central warehouse covering replenish.

In some embodiments, which can also select calculating logic, wherein calculating logic may include above-mentioned formula H_i=A_i*(C_i+Y_i-Z_i) or formula H_i=A_i*(C_i-S_i+Y_i-Z_i), it is above-mentioned so as to be calculated according to selected calculating logic The suggestion in each point of selected warehouse replenishes quantity (namely first replenish quantity).

Step 202 generates the plan of replenishing.

In this step, each point of warehouse can be calculated according to replenish Plan Data Source and the selected calculating logic of selection Suggestion replenish quantity.

After the suggestion for obtaining each point of warehouse replenishes quantity, it can be found that there are following three kinds for the situation that replenishes：

The first situation, can replenish namely the quantity in stock of central repository >=each point of selected warehouse suggestion replenishes quantity The sum of.

The second situation, partly replenish namely the quantity in stock ＜ of central repository selected by each point of warehouse suggestion inventory The sum of.

The third situation, is not required to replenish namely the suggestion in each point of selected warehouse quantity that replenishes is 0.

Step 203 adjusts the part that replenishes.

In the embodiment of the present disclosure, the suggestion of the above-mentioned article (for example, part) for belonging to the different situations that replenish can be replenished Quantity is stored in difference and replenishes region.In the step, it can modify to the data in three kinds of regions that replenish in the plan of replenishing, and Three kinds of data to replenish in region can mutually convert, for example be not required to the modified quantity that replenishes of the part to replenish and can also arrive Can replenish region.

Step 204 confirms the plan of replenishing.

Step 205 generates the list that replenishes.

After the plan of replenishing confirms, the plan of replenishing can switch to the list that replenishes automatically.The simple correlation logic that replenishes can be as follows：

A), a plan of replenishing produces one or more list that replenishes.Can " point warehouse " replenished for dimension to generate It is single.

B) article (such as part) in region of, " can only replenishing " can be generated the list that replenishes, avoid central repository be inventory not Foot also generates the outbound list that replenishes.The article in " partly replenishing " region and " being not required to replenish " region in the plan of replenishing does not generate benefit Manifest.

C) type that the type for, replenishing single inherits the plan that replenishes is given birth to for example, if the plan of replenishing is " emergency transshipment " At to replenish single be also " emergency transshipment ".

In practical application, after the order that obtains replenishing, it is transmittable replenish it is single get ready the goods to central repository, while can be Stock information is dealt on central repository warehouse keeper's mobile phone.

In some embodiments, replenish early warning and automatic replenishing flow are can perform, namely safe when dividing warehouse inventory to be less than After inventory, system can generate a point warehouse replenishing early warning mechanism, and can be when early warning mechanism generates, while to default terminal (example Such as, mobile phone) the early warning prompting that replenishes is sent, after being replenished by default terminal check or system early warning validation of information, system can be certainly The dynamic generation plan of replenishing, system will not automatically generate the plan of replenishing if cancelling and replenishing, but system can be arranged according to system Information judges whether to remind again.

The inventory allocation method that the embodiment of the present disclosure provides, can understand the inventories in each point of warehouse in time, and It is replenished in time to each point of warehouse according to the data such as the flow rate of the article in each point of warehouse and inventory's attribute, to ensure The safety stock that each point of Kuku is deposited, to the product goods pressure for reducing by each point of library and pressure out of stock.In addition, user can move The specified logic that replenishes of state, the inventory allocation method that the embodiment of the present disclosure provides can go out often according to specified calculating logic express statistic The case where whether a point of warehouse needs the quantity to replenish and replenishes, and user can arbitrarily change the suggestion calculated and mend Goods quantity, but the inventory allocation method that the embodiment of the present disclosure provides can judge suggested quantity according to selected calculating logic in real time Whether rationally.In addition, the inventory allocation method that the embodiment of the present disclosure provides also provides replenish early warning mechanism and automatic replenishing mechanism.

It is the structure chart for the inventory allocation device that the embodiment of the present disclosure provides referring to Fig. 3, Fig. 3.As shown in figure 3, inventory point Include with device 300：Acquisition module 301, computing module 302 and distribution module 303, wherein：

Acquisition module 301, the characteristic for obtaining the target item for each dividing warehouse at least two points of warehouses, In, the characteristic of the target item includes at least the flow rate and safety stock of the target item；

Computing module 302, for respectively according to the spy for the target item for each dividing warehouse at least two points of warehouses Data are levied, each first of the target item in point warehouse is calculated at least two points of warehouses and replenishes quantity；

Distribution module 303, for being mended according to the first of the target item for each dividing warehouse at least two points of warehouses Goods quantity, partly or entirely to divide distribution depot inventory at least two points of warehouses.

In some embodiments, referring to Fig. 4, the acquisition module 301 includes：

First acquisition unit 3011, for obtaining at least two points of warehouses each target item in point warehouse respectively In the sales volume and available stock of history calculating cycle, and in the sales volume and available stock of current calculation cycle；

First computing unit 3012, for respectively according to the target item for each dividing warehouse at least two points of warehouses In the sales volume and available stock of history calculating cycle, and in the sales volume and available stock of current calculation cycle, meter Calculate at least two points of warehouses each flow rate of the target item in point warehouse in current calculation cycle.

In some embodiments, first computing unit 3012 is specifically used for：

In some embodiments, referring to Fig. 5, the acquisition module 301 includes：

Second acquisition unit 3013, for obtaining at least two points of warehouses the total of each target item in point warehouse Sales volume and safety stock in history calculating cycle, wherein the total sales volume of the target item is from the object Sales volume the sum of of the product out of default calculating cycle to current calculation cycle；

Second computing unit 3014, for respectively according to the target item for each dividing warehouse at least two points of warehouses Total sales volume and safety stock in history calculating cycle, calculate the mesh for each dividing warehouse at least two points of warehouses Available stock of the mark article in current calculation cycle.

In some embodiments, second computing unit 3014 is specifically used for：

In some embodiments, the computing module 302 is specifically used for：

In some embodiments, referring to Fig. 6, the distribution module 303 includes：

First allocation unit 3031, first for the target item in all points of warehouses at least two points of warehouses In the case that the sum of the quantity that replenishes is less than or equal to the quantity in stock of central warehouse, respectively according to each at least two points of warehouses The first of point warehouse replenishes quantity, each to divide distribution depot inventory at least two points of warehouses；

Output unit 3032, first for the target item in all points of warehouses at least two points of warehouses replenishes In the case that the sum of quantity is more than the quantity in stock of central warehouse, prompt message is exported, wherein the prompt message is for prompting user The first of the target item in point warehouse at least two points of warehouses is changed to replenish quantity；

Receiving unit 3033, for receiving in the modified at least two points of warehouses of user each target in point warehouse The second of article replenishes quantity；

Second allocation unit 3034, for respectively according to the target item for each dividing warehouse at least two points of warehouses Second replenish quantity, each to divide distribution depot inventory at least two points of warehouses.

In some embodiments, described device further includes：

Second allocation unit 3034 is specifically used for：

Inventory allocation device 300 can realize each process of the inventory allocation method of the embodiment of the method for Fig. 1 to Fig. 2, And it is to avoid repeating to reach identical effect, which is not described herein again.

The inventory allocation device 300 of the embodiment of the present disclosure, acquisition module 301 are every at least two points of warehouses for obtaining The characteristic of a target item for dividing warehouse, wherein the characteristic of the target item includes at least the target item Flow rate and safety stock；Computing module 302, for each dividing warehouse according at least two points of warehouses respectively The characteristic of target item calculates at least two points of warehouses each first of the target item in point warehouse and replenishes number Amount；Distribution module 303, for according to each the first of the target item in point warehouse replenishes number at least two points of warehouses Amount can rise to each point of warehouse and be distributed partly or entirely to divide distribution depot inventory at least two points of warehouses Stockpile number accuracy, overstock or situation out of stock so as to reduce point articles from the storeroom.

The embodiment of the present disclosure also provides a kind of inventory allocation device, including processor, memory and is stored in the storage On device and the computer program that can run on the processor, realized when the computer program is executed by the processor Each process of the inventory allocation method of either method embodiment is stated, and identical technique effect can be reached, to avoid repeating, this In repeat no more.

The embodiment of the present disclosure also provides a kind of computer readable storage medium, is stored on the computer readable storage medium There are computer program, the computer program to realize each process of above-mentioned inventory allocation method when being executed by processor, and Identical technique effect can be reached, to avoid repeating, which is not described herein again.Wherein, the computer readable storage medium, such as Read-only memory (Read-Only Memory, abbreviation ROM), random access memory (Random Access Memory, abbreviation RAM), magnetic disc or CD etc..

It is the structure chart that the disclosure implements the electronic equipment provided referring to Fig. 7, Fig. 7, as shown in fig. 7, electronic equipment 700 wraps It includes：Processor 701, memory 702 and it is stored in the computer journey that can be run on the memory 702 and on the processor Sequence, the various components in electronic equipment 700 are coupled by bus interface 703, and the computer program is by the processing Device 701 realizes following steps when executing：

In some embodiments, it is additionally operable to when the computer program is executed by the processor 701：

Each divide the second of the target item in warehouse in the modified at least two points of warehouses of the reception user After the quantity that replenishes, respectively according to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, Judge at least two points of warehouses each whether the quantity that replenishes of the second of the target item in point warehouse is reasonable；

Those of ordinary skill in the art may realize that lists described in conjunction with the examples disclosed in the embodiments of the present disclosure Member and algorithm steps can be realized with the combination of electronic hardware or computer software and electronic hardware.These functions are actually It is implemented in hardware or software, depends on the specific application and design constraint of technical solution.Professional technician Each specific application can be used different methods to achieve the described function, but this realization is it is not considered that exceed The scope of the present disclosure.

It is apparent to those skilled in the art that for convenience and simplicity of description, the system of foregoing description, The specific work process of device and unit, can refer to corresponding processes in the foregoing method embodiment, and details are not described herein.

In embodiment provided herein, it should be understood that disclosed device and method can pass through others Mode is realized.For example, the apparatus embodiments described above are merely exemplary, for example, the division of the unit, only A kind of division of logic function, formula that in actual implementation, there may be another division manner, such as multiple units or component can combine or Person is desirably integrated into another system, or some features can be ignored or not executed.Another point, shown or discussed is mutual Between coupling, direct-coupling or communication connection can be INDIRECT COUPLING or communication link by some interfaces, device or unit It connects, can be electrical, machinery or other forms.

The unit illustrated as separating component may or may not be physically separated, aobvious as unit The component shown may or may not be physical unit, you can be located at a place, or may be distributed over multiple In network element.Some or all of unit therein can be selected according to the actual needs to realize embodiment of the present disclosure scheme Purpose.

In addition, each functional unit in each embodiment of the disclosure can be integrated in a processing unit, it can also It is that each unit physically exists alone, it can also be during two or more units be integrated in one unit.

It, can be with if the function is realized in the form of SFU software functional unit and when sold or used as an independent product It is stored in a computer read/write memory medium.Based on this understanding, the technical solution of the disclosure is substantially in other words The part of the part that contributes to existing technology or the technical solution can be expressed in the form of software products, the meter Calculation machine software product is stored in a storage medium, including some instructions are used so that a computer equipment (can be People's computer, server or network equipment etc.) execute each embodiment the method for the disclosure all or part of step. And storage medium above-mentioned includes：USB flash disk, mobile hard disk, ROM, RAM, magnetic disc or CD etc. are various can to store program code Medium.

The above, the only specific implementation mode of the disclosure, but the protection domain of the disclosure is not limited thereto, it is any Those familiar with the art can easily think of the change or the replacement in the technical scope that the disclosure discloses, and should all contain It covers within the protection domain of the disclosure.Therefore, the protection domain of the disclosure should be subject to the protection scope in claims.

Claims

1. a kind of inventory allocation method, which is characterized in that including：

Obtain the characteristic for the target item for each dividing warehouse at least two points of warehouses, wherein the spy of the target item Levy flow rate and safety stock that data include at least the target item；

Respectively according to the characteristic for the target item for each dividing warehouse at least two points of warehouses, calculate described at least two Each the first of the target item in point warehouse replenishes quantity in a point of warehouse；

It is described at least two according to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses Partly or entirely divide distribution depot inventory in point warehouse.

2. according to the method described in claim 1, it is characterized in that, the flow rate of the target item is the target item The ratio of the available stock of sales volume and the target item.

3. according to the method described in claim 2, it is characterized in that, each dividing warehouse at least two points of warehouses of the acquisition The characteristic of target item, including：

Obtain respectively at least two points of warehouses each target item in point warehouse in the sales volume of history calculating cycle and Available stock, and sales volume and available stock in current calculation cycle；

Respectively according to each dividing the target item in warehouse in the sales volume of history calculating cycle at least two points of warehouses and Available stock, and in the sales volume and available stock of current calculation cycle, calculate every at least two points of warehouses It is a to divide the target item in warehouse in the flow rate of current calculation cycle.

4. according to the method described in claim 3, it is characterized in that, described respectively according to each at least two points of warehouses Divide the target item in warehouse in the sales volume and available stock of history calculating cycle, and the sales volume in current calculation cycle And available stock, it calculates at least two points of warehouses and each divides the target item in warehouse in the circulation of current calculation cycle Rate, including：

Using formulaCalculate at least two points of warehouses that each the target item in point warehouse is calculated currently The flow rate in period；

Wherein, i>=1, A_iIndicate the target item in the flow rate of i-th of calculating cycle, B_jIndicate that the target item exists The sales volume of j-th of calculating cycle, S_jIndicate the target item j-th of calculating cycle available stock.

5. according to the method described in claim 1, it is characterized in that, each dividing warehouse at least two points of warehouses of the acquisition The characteristic of target item, including：

Obtain at least two points of warehouses each total sales volume of the target item in point warehouse and in history calculating cycle Safety stock, wherein the total sales volume of the target item is from the target item from default calculating cycle to current meter Calculate the sum of the sales volume in the period；

Respectively week is calculated according to the total sales volume for the target item for each dividing warehouse at least two points of warehouses and in history The safety stock of phase calculates at least two points of warehouses each target item having in current calculation cycle in point warehouse Imitate quantity in stock.

6. according to the method described in claim 5, it is characterized in that, described respectively according to each at least two points of warehouses Divide the total sales volume of the target item in warehouse and the safety stock in history calculating cycle, calculates at least two points of warehouses In each divide the target item in warehouse in the safety stock of current calculation cycle, including：

Using formulaCalculate at least two points of warehouses each target item in point warehouse In the safety stock of current calculation cycle；

Wherein, i>=1, C₀=C₁, C_iIndicate the target item in the safety stock of i-th of calculating cycle, C_i-1Indicate institute State target item (i-1)-th calculating cycle safety stock,Indicate the total sales volume of the target item.

7. method according to any one of claim 1 to 6, which is characterized in that described respectively according to described at least two Each divide the characteristic of the target item in warehouse in point warehouse, calculates the mesh for each dividing warehouse at least two points of warehouses The first of mark article replenishes quantity, including：

Using formula H_i=A_i*(C_i+Y_i-Z_i), calculate the of the target item for each dividing warehouse at least two points of warehouses One replenishes quantity；Or

Using formula H_i=A_i*(C_i-S_i+Y_i-Z_i), calculate the target item for each dividing warehouse at least two points of warehouses First replenishes quantity；

Wherein, i>=1, H_iIndicate that the target item replenishes quantity the first of i-th of calculating cycle, A_iIndicate the target Article is in the flow rate of i-th of calculating cycle, C_iIndicate the target item in the safety stock of i-th of calculating cycle, Y_iTable Show the target item in the reserved quantity in stock of i-th of calculating cycle, Z_iIndicate the target item in i-th calculating cycle Transportation inventory amount, S_iIndicate the target item i-th of calculating cycle available stock.

8. method according to any one of claim 1 to 6, which is characterized in that described according at least two points of storehouses Each the first of the target item in point warehouse replenishes quantity in library, partly or entirely to divide warehouse at least two points of warehouses Inventory is distributed, including：

The first of the target item in all points of warehouses replenishes the sum of quantity less than or equal to total at least two points of warehouses In the case of the quantity in stock in warehouse, respectively according to each the first of point warehouse replenishes quantity at least two points of warehouses, it is Each divide distribution depot inventory at least two points of warehouses；

The first of the target item in all points of warehouses replenishes the sum of quantity more than central warehouse at least two points of warehouses In the case of quantity in stock, prompt message is exported, wherein the prompt message is for prompting user to change at least two points of storehouses The first of the target item in point warehouse in library replenishes quantity；

Each second of the target item in point warehouse is received in user modified at least two points of warehouses to replenish quantity；

Respectively according to each the second of the target item in point warehouse replenishes quantity at least two points of warehouses, for it is described at least Each divide distribution depot inventory in two points of warehouses.

9. according to the method described in claim 8, it is characterized in that, modified described at least two points in the reception user Each the second of the target item in point warehouse replenishes after quantity in warehouse, and the method further includes：

Respectively according to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, judge described in extremely Each whether the quantity that replenishes of the second of the target item in point warehouse is reasonable in few two points of warehouses；

It is described respectively according to each the second of the target item in point warehouse replenishes quantity at least two points of warehouses, be described Each divide distribution depot inventory at least two points of warehouses, including：

Each the second of the target item in point warehouse replenishes the reasonable situation of quantity in determining at least two points of warehouses Under, respectively according to each the second of the target item in point warehouse replenishes quantity at least two points of warehouses, for it is described at least Each divide distribution depot inventory in two points of warehouses.

10. a kind of inventory allocation device, which is characterized in that including：

Acquisition module, the characteristic for obtaining the target item for each dividing warehouse at least two points of warehouses, wherein described The characteristic of target item includes at least the flow rate and safety stock of the target item；

Computing module, for respectively according to the characteristic for the target item for each dividing warehouse at least two points of warehouses, Each first of the target item in point warehouse is calculated at least two points of warehouses to replenish quantity；

Distribution module, for according to each the first of the target item in point warehouse replenishes quantity at least two points of warehouses, Partly or entirely to divide distribution depot inventory at least two points of warehouses.

11. device according to claim 10, which is characterized in that the flow rate of the target item is the target item Sales volume and the target item available stock ratio.

12. according to the devices described in claim 11, which is characterized in that the acquisition module includes：

First acquisition unit, by obtain respectively at least two points of warehouses each the target item in point warehouse in history based on Calculate the sales volume and available stock in period, and sales volume and available stock in current calculation cycle；

First computing unit, by respectively according to each divide at least two points of warehouses the target item in warehouse in history based on Calculate the sales volume and available stock in period, and in the sales volume and available stock of current calculation cycle, calculate described in extremely Each divide the target item in warehouse in the flow rate of current calculation cycle in few two points of warehouses.

13. device according to claim 12, which is characterized in that first computing unit is specifically used for：

14. device according to claim 10, which is characterized in that the acquisition module includes：

Second acquisition unit, for obtain at least two points of warehouses each total sales volume of the target item in point warehouse and In the safety stock of history calculating cycle, wherein the total sales volume of the target item is from the target item from default The sum of sales volume in calculating cycle to current calculation cycle；

Second computing unit, for respectively according to the total sale for the target item for each dividing warehouse at least two points of warehouses Amount and safety stock in history calculating cycle, calculate at least two points of warehouses and the target item in warehouse are each divided to exist The available stock of current calculation cycle.

15. device according to claim 14, which is characterized in that second computing unit is specifically used for：

16. the device according to any one of claim 10 to 15, which is characterized in that the computing module is specifically used for：

17. the device according to any one of claim 10 to 15, which is characterized in that the distribution module includes：

First allocation unit, first for the target item in all points of warehouses at least two points of warehouses replenishes quantity The sum of be less than or equal to the quantity in stock of central warehouse in the case of, respectively according to each dividing warehouse at least two points of warehouses First replenishes quantity, each to divide distribution depot inventory at least two points of warehouses；

Output unit, first for the target item in all points of warehouses at least two points of warehouses replenishes the sum of quantity In the case of quantity in stock more than central warehouse, prompt message is exported, wherein the prompt message is for prompting described in user's modification The first of the target item in point warehouse at least two points of warehouses replenishes quantity；

Receiving unit, for receiving in the modified at least two points of warehouses of user each of the target item in point warehouse Two replenish quantity；

Second allocation unit, for being mended respectively according to the second of the target item for each dividing warehouse at least two points of warehouses Goods quantity, each to divide distribution depot inventory at least two points of warehouses.

18. device according to claim 17, which is characterized in that described device further includes：

Judgment module, the object for each dividing warehouse in the modified at least two points of warehouses of the reception user The second of product replenishes after quantity, is mended respectively according to the first of the target item for each dividing warehouse at least two points of warehouses Goods quantity judges at least two points of warehouses each whether the quantity that replenishes of the second of the target item in point warehouse is reasonable；

Second allocation unit is specifically used for：

19. a kind of electronic equipment, which is characterized in that including processor, memory and be stored on the memory and can be in institute The computer program run on processor is stated, such as claim 1 to 9 is realized when the computer program is executed by the processor Any one of described in inventory allocation method the step of.

20. a kind of computer readable storage medium, which is characterized in that be stored with computer on the computer readable storage medium Program, the computer program realize inventory allocation method as claimed in any one of claims 1-9 wherein when being executed by processor The step of.