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CN-121981649-A - Logistics storage management method and system

CN121981649ACN 121981649 ACN121981649 ACN 121981649ACN-121981649-A

Abstract

The invention relates to a logistics storage management method and a system, and relates to the field of logistics storage, wherein the logistics storage management method comprises the steps of obtaining a commodity subclass of goods to be placed into a logistics storage center and a commodity associated storage parameter, wherein the commodity associated storage parameter comprises a month sales value and other commodity parameters; the method comprises the steps of carrying out homogenization according to a preset conversion formula according to the storage parameters related to the articles to obtain a current measurement standard value, determining sequence position numbers of the article subclasses in a preset storage measurement standard group based on the current measurement standard value, determining storage warehouse numbers based on the sequence position numbers, wherein the sequence position numbers and the storage warehouse numbers have a one-to-one mapping relation, and storing cargoes corresponding to the article subclasses into warehouses corresponding to the storage warehouse numbers. The invention has the effect of solving the problem that the goods with high turnover rate are not matched with the high-quality storage area.

Inventors

  • LIN MIAO
  • ZHANG YANYAN
  • XU LEI
  • CHEN JIAYUAN

Assignees

  • 杭州焱宝科技有限公司

Dates

Publication Date
20260505
Application Date
20260115

Claims (10)

  1. 1. The logistics storage management method is characterized by comprising the following steps of: step 1, acquiring article subclasses of cargoes to be put into a logistics storage center and article-related storage parameters, wherein the article-related storage parameters comprise month sales values and other article parameters; Step 2, homogenizing according to a preset conversion formula according to the article-related storage parameters to obtain a current measurement standard value; Step 3, determining sequence position numbers of the article subclasses in a preset storage measurement standard group based on the current measurement standard value, wherein the storage measurement standard group is a sequence of the article subclasses of the stored cargoes after being sequenced from large to small according to the storage measurement standard value of the stored cargoes; step 4, determining a storage warehouse number based on the sequence position number, wherein the sequence position number and the storage warehouse number have a one-to-one mapping relation; and 5, storing the goods corresponding to the object subclasses into the goods warehouse corresponding to the storage warehouse number.
  2. 2. The logistics warehouse management method of claim 1, further comprising a method of outputting the item-related warehouse parameters when the item-related warehouse parameters are missing or partially missing, the method further comprising: step 10, when the monthly sales value does not exist, determining the related parameters of the same subclass of articles stored in the warehouse in the history based on the subclass of articles; Step 11, searching a corresponding current measurement standard value based on the related parameters of the same subclass object, and defining the current measurement standard value as the same class measurement standard value; Step 12: goods and same subclasses corresponding to article-related storage parameters based on article subclasses comparing goods corresponding to the similar article association parameters to obtain difference parameters; Step 13, searching a corresponding difference conversion formula from a preset influence database based on the article subclass; step 14, calculating the difference parameters according to a difference conversion formula to obtain difference storage parameters; And 15, adding the difference storage parameters and the related parameters of the same class of articles to obtain predicted related storage parameters of the articles, and outputting the predicted related storage parameters as related storage parameters of the articles.
  3. 3. The logistics warehouse management method of claim 2, further comprising a method of outputting the item-related warehouse parameters when the item-related parameters of the same subclass are not present, the method comprising: Step 100, performing upper level searching based on the article subclasses to obtain article subclasses; step 101, determining related parameters of the same large class of articles from a preset history storage record based on the large class of the articles; 102, calculating average values of related parameters of the same large-class articles to obtain average article related parameters; and 103, outputting the average article-related parameters as article-related storage parameters corresponding to the article subclasses.
  4. 4. A method of logistics warehouse management as claimed in claim 3, further comprising a method of optimizing the average item association parameter, the method comprising: step 1020, defining the part of the missing article-related storage parameters as incomplete related storage parameters; step 1021, searching a corresponding parameter reasonable range based on any one of the parameter categories corresponding to the incomplete correlation storage parameters; Step 1022, screening the corresponding similar article association parameters based on the reasonable parameter range to obtain similar article association parameters of which all similar article association parameters fall into the corresponding reasonable parameter range, and defining the similar article association parameters as reasonable article association parameters; step 1023, calculating the average value of the combined article related parameters to obtain the average article related parameters.
  5. 5. The logistics warehouse management method of claim 1, wherein the method of determining the storage warehouse number based on the serial location number comprises: Step 40, determining two adjacent sequence position numbers adjacent to each other before and after the sequence from the warehouse measurement standard group based on the sequence position numbers; step 41, searching a corresponding storage warehouse number from a preset warehouse entry record based on the adjacent sequence position number, and defining the storage warehouse number as an adjacent storage warehouse number; step 42, determining an intermediate free warehouse number from a preset warehouse number group based on adjacent stored warehouse numbers; And 43, outputting any intermediate idle warehouse number as a storage warehouse number when the intermediate idle warehouse number exists.
  6. 6. The logistic warehouse management method according to claim 5, further comprising an optimizing method of outputting any one of the intermediate idle warehouse numbers as a storage warehouse number when the intermediate idle warehouse number exists, the method comprising: step 430, counting the idle number of the intermediate idle warehouse numbers; Step 431, when the number of idle goods is equal to 1, outputting the number of the intermediate idle goods warehouse as the number of the storage goods warehouse; Step 432, when the idle number is greater than 1, determining two measurement standard values corresponding to the two adjacent sequence position numbers from the storage measurement standard group based on the two adjacent sequence position numbers, and defining the two measurement standard values as adjacent measurement standard values; Step 433, subtracting two adjacent measurement standard values to obtain a standard deviation value; step 434, obtaining a unit warehouse difference value based on the standard deviation value and the intermediate idle warehouse quantity quotient; Step 435, dividing the range between two adjacent measurement standard values based on the unit warehouse difference value to obtain a warehouse measurement standard value interval corresponding to each intermediate idle warehouse number; And 436, matching the current measurement standard value with each warehouse measurement standard value interval to obtain a warehouse measurement standard value interval in which the current measurement standard value falls, and outputting the intermediate idle warehouse number corresponding to the warehouse measurement standard value interval as a storage warehouse number.
  7. 7. The logistics warehouse management method of claim 6, further comprising: 4300, when the idle number is equal to 0, determining a searching direction based on two adjacent storage warehouse numbers, and defining the adjacent storage warehouse number corresponding to the searching direction as the current adjacent storage warehouse number; 4301, searching from a preset warehouse number group according to a searching direction to determine adjacent idle warehouse numbers of the current adjacent storage warehouse numbers; 4302, determining a movable warehouse number group and a warehouse number group to be stored based on the current adjacent storage warehouse number and the adjacent idle warehouse number, wherein the warehouse number group to be stored contains the adjacent idle warehouse number; Step 4303, outputting the current adjacent stored warehouse number as an intermediate idle warehouse number, and storing the cargoes in the movable warehouse number group according to the corresponding warehouse number group to be stored.
  8. 8. The logistics warehouse management method of claim 7, further comprising a method of determining the number of the currently adjacent storage warehouse, the method further comprising: 43000, calculating the number of the movable warehouse number groups based on any one adjacent stored warehouse number; Step 43001, screening adjacent storage warehouse numbers with small numbers and outputting the adjacent storage warehouse numbers as current adjacent storage warehouse numbers.
  9. 9. The logistic warehouse management method according to claim 7, further comprising an optimization method of outputting a currently adjacent stored warehouse number as an intermediate free warehouse number and storing the goods in the mobile warehouse number group according to the corresponding warehouse number group to be stored, the method comprising: Step 43030, subtracting the two adjacent measurement standard values from the current measurement standard value to obtain a near difference value; step 43031, when the approach difference value is larger than a preset considered similarity measurement range, outputting the current adjacent storage warehouse number as an intermediate idle warehouse number, and storing cargoes in the mobile warehouse number group according to the corresponding warehouse number group to be stored; 43032 determining a mobile warehouse number near the current neighboring storage warehouse number based on the mobile warehouse number group and the current neighboring storage warehouse number when the approach difference is less than a preset considered similarity measurement range; step 43033, updating the movable warehouse number group and the warehouse number group to be stored respectively based on the current adjacent storage warehouse number and the movable warehouse number to obtain an actual movable warehouse number group and an actual warehouse number group to be stored, wherein the actual movable warehouse number group does not contain the current adjacent storage warehouse number, and the actual warehouse number group to be stored does not contain the movable warehouse number; And 43034, keeping the cargoes corresponding to the current adjacent storage bin numbers still, outputting the moving bin numbers as intermediate idle bin numbers, and storing the cargoes in the actual moving bin number group according to the corresponding actual to-be-stored bin number group.
  10. 10. A logistics warehouse management system, comprising: The acquisition module is used for acquiring the article subclasses and the article-related storage parameters; a memory for storing a program of a logistics warehouse management method as claimed in any one of claims 1 to 9; and the processor loads and executes the programs in the memory.

Description

Logistics storage management method and system Technical Field The invention relates to the field of logistics storage, in particular to a logistics storage management method and system. Background Logistics storage is one of the key links of a logistics system, and refers to a series of operations such as storage, preservation, loading and unloading, carrying, sorting, packaging, information processing and the like of goods in the circulation process of the goods from a production end to a consumption end, and a general term of places, facilities and management systems for supporting the operations. One of the core targets of logistics warehouse management is to improve the article warehouse-in and warehouse-out efficiency, reduce the operation cost and adapt to the increasing cargo circulation demands. At present, a layout mode of regional division of storage space is commonly adopted in the industry, and the storage space is divided into a plurality of independent or related areas, so that the storage of different types and different specifications of articles can be classified, and storage personnel can conveniently check, manage and access the articles. The storage mode of the warehouse goods is distributed to each area according to the goods type, specification or storage condition (such as temperature and humidity requirement). For the related technology, because the geographical positions of all areas of the warehouse are different, the path length and the path complexity of all areas to the warehouse outlet are different, and the turnover rate of the warehouse articles is different, if the warehouse articles with high turnover rate are in the areas with long paths and complicated paths, the warehouse transportation cost can be increased each time when the flow of storing and delivering warehouse articles is increased, and the warehouse articles with low turnover rate are in the areas with short paths and simple paths, so that goods are piled, the warehouse delivering efficiency is low, the resources of warehouse high-quality space are wasted, and the improvement space is still provided. Disclosure of Invention In order to solve the problems that if the warehouse articles with high turnover rate are in the areas of long paths and complex paths, the warehouse transportation cost is increased when the flow of each time of storage and warehouse-out is increased, and the warehouse articles with low turnover rate are in the areas of short paths and simple paths, so that goods are piled up, the warehouse-out efficiency is low, and the resources of the warehouse high-quality space are wasted, the invention provides a logistics warehouse management method and a logistics warehouse management system. In a first aspect, the present invention provides a logistic warehouse management method, which adopts the following technical scheme: a logistics warehouse management method, comprising: step 1, acquiring article subclasses of cargoes to be put into a logistics storage center and article-related storage parameters, wherein the article-related storage parameters comprise month sales values and other article parameters; Step 2, homogenizing according to a preset conversion formula according to the article-related storage parameters to obtain a current measurement standard value; Step 3, determining sequence position numbers of the article subclasses in a preset storage measurement standard group based on the current measurement standard value, wherein the storage measurement standard group is a sequence of the article subclasses of the stored cargoes after being sequenced from large to small according to the storage measurement standard value of the stored cargoes; step 4, determining a storage warehouse number based on the sequence position number, wherein the sequence position number and the storage warehouse number have a one-to-one mapping relation; and 5, storing the goods corresponding to the object subclasses into the goods warehouse corresponding to the storage warehouse number. By adopting the technical scheme, the related storage parameters such as the goods item subclass, the monthly sales value, the warehouse capacity and the like are obtained, the parameters are related to the turnover rate, the current measurement standard value is obtained through homogenization, then the serial position number of the goods item subclass in the storage measurement standard group is determined according to the value, the target warehouse is matched and the storage means is completed through the one-to-one mapping relation between the serial position number and the storage warehouse number, and the problems that the turnover rate of the uncombined goods is accurately matched with the warehouse path characteristics, the high turnover rate goods are in long-path and complex-path areas, the transportation cost is increased, and the goods are stacked, low in efficiency and high-quality space resources are wasted due to t