CN110288287B - Method and system for sorting stored goods - Google Patents
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- CN110288287B CN110288287B CN201910432343.8A CN201910432343A CN110288287B CN 110288287 B CN110288287 B CN 110288287B CN 201910432343 A CN201910432343 A CN 201910432343A CN 110288287 B CN110288287 B CN 110288287B
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Abstract
The invention discloses a method and a system for sorting stored goods, wherein the method comprises the following steps: acquiring goods information of the goods in the warehouse, wherein the goods information comprises goods types, box number information of the goods and number information of the goods of each goods type; according to the goods information, dividing the goods into corresponding preset classification types, wherein the preset classification types comprise a class meeting the standard packing amount, a class not meeting the standard packing amount, a class missing the goods information and a class incomplete the goods information; combining the sorting priority of a preset sorting type and a corresponding sorting rule to generate a cargo sorting task list; and sorting the goods according to the sorting task list. According to the invention, the goods entering the warehouse are divided according to the preset sorting type according to the goods information, then the sorting task list is generated according to the sorting priority of the preset sorting type and the corresponding sorting rule, the goods are guided to be quickly sorted, and the sorted goods are regularly and orderly transmitted to the QC table, so that the QC operation efficiency is greatly improved.
Description
Technical Field
The invention relates to the technical field of stored goods sorting, in particular to a method and a system for sorting stored goods.
Background
In the warehousing information management process, when goods are warehoused, a series of warehousing processes are included, for example: QC (product quality inspection control) and the like are carried out on goods, however, due to the fact that various types of goods exist in one delivery bill, the quantity of the goods delivered by different types of goods is possibly different, the goods can be mixed in different boxes, when the goods are put in storage, the goods placed in a disordered mode tend to delay the storage flow of the goods, for example, before the goods are subjected to QC, the goods of the same type need to be found out from all the boxes one by one, QC efficiency is seriously influenced, the time for putting the goods in storage is prolonged, and efficiency is low.
Disclosure of Invention
The invention provides a method and a system for sorting stored goods, which are used for solving the problems that when goods are put into storage in the existing warehouse management system, the mixed goods seriously affect the efficiency of putting the goods into storage and the time for putting the goods into the warehouse and putting the goods on shelves is prolonged.
In order to solve the above problems, the present invention provides a method for sorting warehoused goods, which comprises: acquiring goods information of the goods in the warehouse, wherein the goods information comprises goods types, box number information of the goods and number information of the goods of each goods type; according to the goods information, dividing the goods into corresponding preset classification types, wherein the preset classification types comprise a class meeting the standard packing amount, a class not meeting the standard packing amount, a class missing the goods information and a class incomplete the goods information; combining the sorting priority of a preset sorting type and a corresponding sorting rule to generate a cargo sorting task list; and sorting the goods according to the sorting task list.
As a further improvement of the present invention, the step of dividing the goods according to the preset sort management type according to the goods information includes: the method comprises the steps that filing information of goods in a database is called, wherein the filing information comprises goods volume information, standard packing amount information and goods storage area attribute information corresponding to the goods of the type; dividing the goods which are filed in a database, have complete goods information and have the number of the same type of goods larger than or equal to a preset standard boxing amount into goods which meet the standard boxing amount; the method comprises the steps that the cargos which are filed in a database, have complete cargo information and have the number of the same type of cargos smaller than a preset standard boxing amount are classified to the type which does not meet the standard boxing amount; goods which are not built in a database are classified into goods information missing classes; and classifying the goods which are filed in the database but have incomplete goods information into goods information incomplete class.
As a further improvement of the present invention, when the preset sort management type is a sort that meets the standard packing amount, the step of generating the cargo sort management task list by combining the sorting priority of the preset sort management type and the corresponding sort management rule specifically includes: preferentially processing the goods meeting the standard packing quantity; and (4) rounding the goods of the same goods type meeting the standard packing quantity class according to the standard packing quantity, distributing at least one turnover box for the goods, and generating a goods sorting task list.
As a further improvement of the present invention, when the preset sort management type is a sort that does not satisfy the standard packing amount, the step of generating the cargo sort management task list by combining the sorting priority of the preset sort management type and the corresponding sort management rule specifically includes: the second priority treatment does not meet the standard for packing the volume goods; dividing the goods which do not meet the standard packing quantity class and belong to the same commodity storage region attribute into the same large group; finely dividing the goods with the same number of components in each large group into the same small groups; each group sets the sorting priority from high to low in turn according to the number of the groups from small to large; and (4) combining the cargo volume and the turnover box volume information, distributing the turnover boxes for the cargos in each group, and generating a cargo sorting task list.
As a further improvement of the present invention, when the preset classification type is a missing goods information class or an incomplete goods information class, the step of generating the goods classification task list by combining the sorting priority of the preset classification type and the corresponding classification rule specifically includes: finally, goods with missing goods information or incomplete goods information are processed; and respectively distributing the goods with the goods information missing type or the goods information incomplete type to turnover boxes according to the goods types, and generating a goods sorting task list.
In order to solve the above problems, the present invention further provides a warehouse cargo sorting system, which includes: the acquisition module is used for acquiring the cargo information of the goods in the warehouse, wherein the cargo information comprises the cargo type, the box number information of the goods and the number information of the goods of each cargo type; the goods information processing device comprises a dividing module, a storage module and a processing module, wherein the dividing module is used for dividing goods into corresponding preset dividing types according to the goods information, and the preset dividing types comprise a class meeting the standard packing amount, a class not meeting the standard packing amount, a class missing the goods information and a class incomplete the goods information; the generation module is used for generating a cargo dividing task list by combining the sorting priority of the preset dividing type and the corresponding dividing rule; and the sorting module is used for sorting the goods according to the sorting task list.
As a further improvement of the present invention, the dividing module includes: the system comprises a filing information calling unit, a database and a storage unit, wherein the filing information calling unit is used for calling the filing information of the goods in the database, and the filing information comprises goods volume information, standard boxing amount information and goods storage area attribute information corresponding to the goods of the type; the first dividing unit is used for dividing the goods which are filed in the database, have complete goods information and have the number of the same type of goods larger than or equal to the preset standard boxing amount into the goods which meet the standard boxing amount; the second dividing unit is used for dividing the goods which are filed in the database, have complete goods information and have the number of the same type of goods smaller than the preset standard boxing amount into the goods which do not meet the standard boxing amount; the third dividing unit is used for dividing goods which are not built in the database into goods information missing classes; and the fourth dividing unit is used for dividing the goods which are already filed in the database but have incomplete goods information into goods information incomplete classes.
As a further improvement of the present invention, when the predetermined sort type is a class satisfying the standard packing amount, the generating module includes: the first priority unit is used for preferentially processing the goods meeting the standard packing quantity; and the first management unit is used for rounding the goods of the same goods type meeting the standard packing quantity class according to the standard packing quantity, distributing at least one turnover box for the goods, and generating a goods sorting task list.
As a further improvement of the present invention, when the preset sort type is a bin volume class that does not satisfy the standard, the generating module specifically includes: the second priority unit is used for processing the goods which do not meet the standard packing quantity class in a second priority mode; the large group dividing unit is used for dividing the goods which do not meet the standard packing quantity class and belong to the same commodity storage region attribute into the same large group; the group dividing unit is used for finely dividing the goods with the same number of components in each large group into the same group; each group sets the sorting priority from high to low in turn according to the number of the groups from small to large; and the second management unit is used for combining the cargo volume and the turnover box volume information, distributing the turnover boxes for the cargos in each group, and generating a cargo management task list.
As a further improvement of the present invention, when the preset sort management type is a missing goods information class or an incomplete goods information class, the generating module specifically includes: the third priority unit is used for finally processing goods with missing goods information or incomplete goods information; and the third management unit is used for respectively distributing the goods with the goods information missing type or the goods information incomplete type to turnover boxes according to the goods types and generating a goods management task list.
Compared with the prior art, the goods sorting method and the device have the advantages that the goods information of the goods entering the warehouse is obtained, the corresponding preset sorting type of the goods is confirmed according to the goods information, the sorting priority of the preset sorting type and the corresponding sorting rule are combined to sort the goods, the sorting task list is generated, the goods are guided to be quickly sorted, and the sorted goods are regularly and orderly transmitted to the QC table, so that the QC operation efficiency is greatly improved.
Drawings
FIG. 1 is a schematic flow chart illustrating a method for sorting warehoused goods according to a first embodiment of the present invention;
FIG. 2 is a schematic flow chart illustrating a second embodiment of the method for sorting warehoused goods according to the present invention;
FIG. 3 is a schematic diagram illustrating the division of preset sorting types of the warehoused goods according to an embodiment of the sorting method for the warehoused goods of the present invention;
FIG. 4 is a schematic diagram illustrating generation of a sorting task sheet according to an embodiment of the method for sorting warehoused goods according to the present invention;
FIG. 5 is a schematic flow chart illustrating a third embodiment of a method for sorting warehoused goods according to the present invention;
FIG. 6 is a schematic flow chart illustrating a method for sorting warehoused goods according to a fourth embodiment of the present invention;
FIG. 7 is a schematic flow chart illustrating a fifth embodiment of a method for sorting warehoused goods according to the present invention;
FIG. 8 is a functional block diagram of a first embodiment of a warehouse cargo management system according to the present invention;
FIG. 9 is a functional block diagram of a second embodiment of the warehouse cargo management system according to the present invention;
FIG. 10 is a functional block diagram of a third embodiment of a warehouse cargo sorting system according to the present invention;
FIG. 11 is a functional block diagram of a fourth embodiment of the system for managing warehoused goods according to the present invention;
fig. 12 is a functional block diagram of a fifth embodiment of the warehouse cargo dividing and managing system according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Fig. 1 shows an embodiment of the method for sorting warehoused goods according to the invention. In this embodiment, as shown in fig. 1, the method for sorting the warehoused goods includes the following steps:
and step S1, acquiring goods information of the goods in the warehouse.
The cargo information includes cargo type, information on the number of boxes where the cargo is located, and information on the number of pieces of cargo of each cargo type.
Specifically, when a batch of goods is put into a warehouse, the goods are unpacked and then orderly placed according to the ordered box numbers on the sorting area on the ground of the warehouse so as to facilitate the collection of goods information and the subsequent sorting of the goods, and it is required to be noted that the ordered box numbers are also called sorting box numbers, and the sorting box numbers are ordered numerical numbers, such as 0-300; and then the cargo information of the cargos in each box is collected through the bargun, so that the cargo type of the cargos, the box number information of the cargos and the number information of the cargos of each cargo type are obtained.
And step S2, dividing the goods into corresponding preset sort types according to the goods information.
The preset classification type includes a standard boxing quantity type, an unsatisfied standard boxing quantity type, a cargo information missing type and a cargo information incomplete type, wherein the standard boxing quantity, namely the standard boxing quantity, refers to the number of cargos which can be loaded by standard boxes of different cargo types, and usually, when cargo management is performed, information of the cargos is built and stored in a database, so that the standard boxing quantity type refers to the condition that complete building information of the current cargo type cargos is stored in the database, and the number of the cargo type cargos is greater than or equal to the standard boxing quantity of the cargo type cargos; the standard packing quantity class is not met, namely the database stores complete filing information of the current goods of the goods type, but the number of the goods type is less than the standard packing quantity of the goods type; the goods information missing class means that the goods of the current goods type are not filed in the database; the incomplete goods information category means that the current goods of the goods type are classified in the database, but the goods information is incomplete, for example, the information of the length, width, height, single weight, standard box length, box width, box height, standard box loading amount and the like of the goods is incomplete, or the goods information of the goods type exists in the database, but the goods information is not set and checked and determined. It should be noted that the standard packaging volume for each cargo type is different due to the difference in volume of each cargo type.
Therefore, according to the above definition, as shown in fig. 2, the step S2 specifically includes the following steps:
and step S21, the filing information of the goods in the database is called.
It should be noted that the filing information includes cargo volume information, standard container loading information, and commodity storage area attribute information of the cargo corresponding to the type of cargo. The cargo volume information can be the length, width and height information of the cargo; the commodity storage area attribute refers to a goods position type and a goods shelving type for storing goods, the goods storage type comprises a dismantling part, a layer net, a VNA, a flat placement area, a difference goods position and the like, the goods shelving type comprises a common part, a large part, a hanging part and the like, and for example, when the commodity storage area attribute information of the goods is described, the commodity storage area attribute information can be described as a dismantling part common part and a flat placement area large part.
And step S22, classifying the goods which are filed in the database, have complete goods information and have the same type of goods with the number more than or equal to the preset standard boxing amount into the goods meeting the standard boxing amount.
And step S23, classifying the goods which are filed in the database, have complete goods information and have the number of the same type of goods smaller than the preset standard boxing amount into the goods which do not meet the standard boxing amount.
And step S24, classifying the goods which are not filed in the database into goods information missing classes.
Step S25, the goods with incomplete goods information, which have been filed in the database, are classified into the goods information incomplete category.
Specifically, for an example, referring to fig. 3, it is assumed that the currently-taken cargo includes 4 skus 1, 4 skus 2, 2 skus 3, 2 skus 4, 1 sku5, 1 sku6, 4 sku7, 2 sku8, and 1 sku9(sku refers to a cargo type), which are distributed in 6 cargo boxes, assuming that the standard packing volume of all cargo types is 4 pieces, sku1, sku2, sku3, sku4, sku5, sku6 and sku9 have complete filing information in the database, sku7 has no filing information in the database, sku8 has incomplete filing information in the database, according to the definition of the preset classification types, two cargo types of sku1 and sku2 can be confirmed to belong to the category meeting the standard packing quantity, sku3, sku4, sku5, sku6 and sku9 belong to the category not meeting the standard packing quantity, sku7 belongs to the category lacking cargo information, and sku8 belongs to the category incomplete cargo information, so that the classification of all cargos is completed.
And step S3, generating a cargo allocation task list by combining the sorting priority of the preset allocation type and the corresponding allocation rule.
Specifically, after the preset branch management type to which the goods belong is confirmed, the goods branch management task list is generated according to the sorting priority of the preset branch management type and the corresponding branch management rule, for example, please refer to fig. 4, which is described by taking the above example as an example, and the branch management task list is generated according to the sorting priority of the preset branch management type and the corresponding branch management rule, and the branch management task list records the branch management batch information, the task list number information, the branch management type information, the goods type information, the box number information of the goods, and the number information of the pieces of the goods in the box number. It should be noted that the objects targeted by the cargo allocation task list are the same batch of cargos. Through the goods divides the reason task list, guides and carries out quick letter sorting to the goods, and the regular orderly transmission of goods reaches QC platform after the letter sorting to QC's operating efficiency has greatly been improved.
Specifically, when the predetermined sort order type is the type satisfying the standard packing amount, referring to fig. 5, step S3 specifically includes:
and S301, preferentially processing the goods meeting the standard packing quantity.
Specifically, goods meeting the standard bin-fill category are processed according to a first priority.
And S302, rounding the goods of the same goods type meeting the standard packing quantity class according to the packing quantity of the standard boxes, distributing at least one turnover box for the goods, and generating a goods sorting task list.
Specifically, when the preset classification type meets the standard packing quantity class, the standard packing quantity of each cargo type is confirmed, and then the cargo of each cargo type is respectively rounded according to the standard packing quantity of each cargo type. And after the goods are rounded, if the remaining goods exist and cannot meet the standard packing amount, dividing the rounded remaining goods into the class of the quantity which does not meet the standard packing amount. For example, assuming that the standard packing number of sku1 is 4, when sku1 is 10, 8 of sku1 are rounded and respectively allocated to two turnover boxes to generate two cargo sorting task lists, and the remaining 2 cargos are sorted until the standard packing amount is not satisfied.
Further, when the goods satisfying the standard packing amount class are processed, the goods of the goods type with a large number of the goods are processed preferentially.
Further, when the predetermined sort is not satisfied with the standard packing amount class, referring to fig. 6, step S3 specifically includes:
and step S311, processing the goods which do not meet the standard packing quantity class firstly.
Specifically, after the goods satisfying the standard packing amount class are processed, the goods not satisfying the standard packing amount class are processed.
And step S312, dividing the goods which do not meet the standard packing quantity class and belong to the same commodity storage area attribute into the same large group.
Specifically, for goods which do not meet the standard packing quantity class, the goods storage area attribute of each goods type is confirmed, and the goods belonging to the same goods storage area attribute are divided into the same large group. For example, assuming that cargo information of sku3, sku4, sku5, sku6 and sku9 in the database is complete, the standard packing amount is 4, and sku3 and sku4 in the warehouse entry cargo are both 2 pieces, and the attributes of the commodity storage area are all "normal piece with zero splitting", and sku5, sku6 and sku9 are all 1 pieces, and the attributes of the commodity storage area are all "large piece with zero splitting", sku3, sku4, sku5, sku6 and sku9 belong to the category which does not satisfy the standard packing amount, at this time, sku3 and sku4 are divided into one large group, and sku5, sku6 and sku9 are divided into another large group.
Step S313, finely dividing the goods with the same number of components in each large group into the same small groups; each group is sequentially provided with a high sorting priority and a low sorting priority according to the number of the groups from small to large.
Specifically, continuing with the above example, after sku3, sku4 are divided into one large group and sku5, sku6, sku9 are divided into another large group, both sku3 and sku4 are divided into 2 pieces, and both are divided into the same group (if the number of sku3, sku4 is different, both are divided into different groups), whereas sku5, sku6, and sku9 are all 1 piece, and are likewise divided into the same group. When the groups are divided, the groups are divided in the order of the number of the groups from small to large, and the smaller the number of the groups, the higher the priority, and the higher the priority, the higher the processing is, and for example, the number of sku5, sku6, and sku9 is 1, the priority of the group is larger than that of the sku3 and sku4 groups.
And step S314, distributing the turnover boxes for the goods in each group by combining the goods volume and the turnover box volume information, and generating a goods sorting task list.
Specifically, after grouping and dividing are completed, how many goods can be put into one turnover box is calculated according to the volume of the goods, then the turnover box is allocated to the goods according to the calculation result, and finally a task list for sorting the goods is generated.
Further, when the preset sort management type is a missing goods information class or an incomplete goods information class, referring to fig. 7, step S3 specifically includes:
and step S321, finally, processing goods with missing goods information or incomplete goods information.
Specifically, after the goods satisfying the standard packing amount class and the goods not satisfying the standard packing amount class are processed, the goods not satisfying the standard packing amount class are processed.
And step S322, respectively distributing turnover boxes for the goods with missing goods information or incomplete goods information according to the goods types, and generating a goods sorting task list.
Specifically, for goods with missing goods information, firstly, determining the goods types included in the goods information, then respectively allocating turnover boxes for each goods type, and respectively generating a sorting task list for each goods type; similarly, the goods with incomplete goods information are processed according to the above mode. For example, in fig. 3, when sku7 is a good that satisfies the class of missing goods information, sku7 is allocated to one container and loaded, and when sku8 is a good that satisfies the class of incomplete goods information, sku8 is allocated to one container and loaded.
And step S4, sorting the goods according to the sorting task list.
Specifically, after the sorting task list is generated, the warehouse-in goods are sorted according to the sorting task list, for example, referring to fig. 4 of the above embodiment, the first sorting task list records the goods of the type of the sku1 and the information of the container number where the goods are located, 3 goods of the type are sorted from the container 1 according to the sorting task list, 1 goods of the type are sorted from the container 3 and are placed into a week container, and sorting of the goods of the sku1 is completed, and the sorting process of the remaining sorting task lists is similar to the above process, and is not described again here.
In the embodiment of the invention, the goods information of the goods entering the warehouse is acquired, the corresponding preset sorting type of the goods is confirmed according to the goods information, the sorting priority of the preset sorting type and the corresponding sorting rule are combined to sort the goods, a sorting task list is generated, the goods are guided to be quickly sorted, and the sorted goods are orderly transmitted to the QC table, so that the operation efficiency of QC is greatly improved.
Fig. 8 shows an embodiment of the system for sorting warehoused goods according to the invention. In this embodiment, as shown in fig. 8, the system for dividing warehoused goods comprises an acquiring module 10, a dividing module 11, a generating module 12 and a sorting module 13.
The acquiring module 10 is used for acquiring the cargo information of the imported cargo, wherein the cargo information comprises cargo types, information of box numbers of the cargo and the number information of the cargo of each cargo type; the dividing module 11 is configured to divide the goods into corresponding preset division types according to the goods information, where the preset division types include a category that meets a standard packing amount, a category that does not meet the standard packing amount, a category that lacks goods information, and a category that does not complete goods information; the generation module 12 is configured to combine the sorting priority of the preset sorting type and the corresponding sorting rule to generate a cargo sorting task list; and the sorting module 13 is used for sorting the goods according to the sorting task list.
In addition to the above embodiments, in other embodiments, as shown in fig. 9, the partitioning module 11 includes a profiling information retrieving unit 110, a first partitioning unit 111, a second partitioning unit 112, a third partitioning unit 113, and a fourth partitioning unit 114.
The filing information retrieving unit 110 is configured to retrieve filing information of the goods in the database, where the filing information includes goods volume information, standard packing amount information, and commodity storage area attribute information of the goods corresponding to the type of the goods; the first dividing unit 111 is used for dividing the goods which are filed in the database, have complete goods information and have the number of the same type of goods larger than or equal to the preset standard packing amount into the goods which meet the standard packing amount; the second dividing unit 112 is configured to divide the goods which are already filed in the database, have complete goods information, and have the number of the same type of goods smaller than a preset standard boxing amount into the goods which do not meet the standard boxing amount; a third dividing unit 113, configured to divide the goods that are not archived in the database into goods information missing classes; the fourth dividing unit 114 is configured to divide the goods that have been filed in the database but have incomplete goods information into a goods information incomplete class.
Based on the foregoing embodiment, in other embodiments, as shown in fig. 10, when the preset sort type is the bin quantity class satisfying the criterion, the generating module 12 specifically includes a first priority unit 1200 and a first sorting unit 1201.
The first priority unit 1200 is configured to preferentially process goods meeting the standard packing quantity; the first management unit 1201 is configured to round the goods of the same cargo type meeting the standard packing amount according to the standard packing amount, allocate at least one turnover box to the goods, and generate a task list for sorting the goods.
Based on the foregoing embodiment, in other embodiments, as shown in fig. 11, when the preset sort type is the sort that does not satisfy the standard packing amount, the generating module 12 specifically includes a second priority unit 1210, a large group dividing unit 1211, a small group dividing unit 1212, and a second sorting unit 1213.
The second priority unit 1210 is used for processing the goods which do not meet the standard packing quantity class with the second priority; a large group division unit 1211 configured to divide the items that do not satisfy the standard packing amount category and belong to the same item storage area attribute into the same large group; a group dividing unit 1212, configured to divide the goods with the same number of components in each large group into the same group; each group sets the sorting priority from high to low in turn according to the number of the groups from small to large; and the second dividing unit 1213 is configured to combine the cargo volume and the volume information of the turnover boxes to allocate the turnover boxes to the cargo in each group, so as to generate a cargo dividing task list.
Based on the foregoing embodiment, in other embodiments, as shown in fig. 12, when the preset classification type is a missing goods information class or an incomplete goods information class, the generating module 12 specifically includes a third priority unit 1220 and a third management unit 1221.
The third priority unit 1220 is configured to process goods with missing goods information or incomplete goods information; and the third management unit 1221 is configured to allocate the turnover boxes to the goods with the missing goods information or the incomplete goods information according to the goods types, and generate a goods management task list.
For other details of the technical solution implemented by each module in the system for separately managing warehoused goods according to the five embodiments, reference may be made to the description of the method for separately managing warehoused goods in the embodiments, and details are not described herein again.
It should be noted that, in the present specification, the embodiments are all described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments may be referred to each other. For the device-like embodiment, since it is basically similar to the method embodiment, the description is simple, and for the relevant points, reference may be made to the partial description of the method embodiment.
The embodiments of the present invention have been described in detail, but the present invention is only exemplary and is not limited to the embodiments described above. It will be apparent to those skilled in the art that any equivalent modifications or substitutions can be made within the scope of the present invention, and thus, equivalent changes and modifications, improvements, etc. made without departing from the spirit and scope of the present invention should be included in the scope of the present invention.
Claims (6)
1. A method for sorting warehoused goods is characterized by comprising the following steps:
acquiring goods information of the goods in the warehouse, wherein the goods information comprises goods types, box number information of the goods and number information of the goods of each goods type;
dividing the goods into corresponding preset classification types according to the goods information, wherein the classification comprises that the goods which are filed in a database, have complete goods information and have the number of the same type of goods larger than or equal to a preset standard packing amount are divided into the classes meeting the standard packing amount; the goods which are filed in the database, have complete information and have the same type of goods with the number less than the preset standard boxing amount are classified to the goods which do not meet the standard boxing amount; classifying the goods which are not built in the database into goods information missing classes; dividing goods which are built in the database but have incomplete goods information into goods information incomplete classes;
combining the sorting priority of the preset sorting type and the corresponding sorting rule to generate a cargo sorting task list, comprising the following steps of: preferentially processing the goods meeting the standard packing quantity; the method comprises the steps that goods of the same goods type meeting standard packing quantity classes are subjected to rounding processing according to the packing quantity of the standard boxes, at least one turnover box is distributed to the goods, a goods sorting task list is generated, and after the goods are rounded and when the remaining goods do not meet the standard packing quantity, the remaining goods after rounding are divided into the classes which do not meet the standard packing quantity; the second priority treatment does not meet the standard for packing the volume goods; dividing the goods which do not meet the standard packing quantity class and belong to the same commodity storage region attribute into the same large group; finely dividing the goods with the same number of components in each large group into the same small groups; each group sets the sorting priority from high to low in turn according to the number of the groups from small to large; distributing the turnover boxes for the goods in each group by combining the goods volume and the turnover box volume information to generate a goods sorting task list;
and sorting the goods according to the sorting task list.
2. A sorting method for warehoused goods according to claim 1, wherein the step of sorting the goods according to preset sorting types according to the goods information comprises the following steps:
and calling the filing information of the goods in the database, wherein the filing information comprises goods volume information, standard packing amount information and goods storage area attribute information corresponding to the type of goods.
3. The method for sorting the warehoused goods according to claim 1, wherein the step of generating the goods sorting task list by combining the sorting priority of the preset sorting type and the corresponding sorting rule further comprises the following steps:
finally, goods with missing goods information or incomplete goods information are processed;
and respectively distributing the goods with the goods information missing type or the goods information incomplete type to turnover boxes according to the goods types, and generating a goods sorting task list.
4. A warehouse cargo sorting system, comprising:
the acquisition module is used for acquiring goods information of the goods in the warehouse, wherein the goods information comprises goods types, information of box numbers of the goods and the number information of the goods of each goods type;
the dividing module is used for dividing the goods into corresponding preset dividing types according to the goods information, and the dividing module comprises: the first dividing unit is used for dividing the goods which are filed in the database, have complete information and have the same type of goods and the number of the goods is more than or equal to the preset standard packing amount into a class meeting the standard packing amount; the second dividing unit is used for dividing the goods which are filed in the database, have complete information and have the same type of goods with the number less than the preset standard boxing amount into-goods which do not meet the standard boxing amount; the third dividing unit is used for dividing the goods which are not filed in the database into a goods information missing class; the fourth dividing unit is used for dividing the goods which are already built in the database but have incomplete goods information into a goods information incomplete class;
a generating module, configured to combine the sorting priority of the preset sorting type and a corresponding sorting rule to generate a cargo sorting task list, where the generating module includes: the first priority unit is used for preferentially processing the goods meeting the standard packing quantity; the first management unit is used for rounding the goods of the same goods type meeting the standard packing quantity class according to the standard packing quantity, distributing at least one turnover box for the goods, generating a goods sorting task list, and dividing the rounded remaining goods into the goods not meeting the standard packing quantity class when the remaining goods cannot meet the standard packing quantity after the goods rounding processing and the remaining goods are left; the second priority unit is used for processing the goods which do not meet the standard packing quantity class in a second priority mode; the large group dividing unit is used for dividing the goods which do not meet the standard packing quantity class and belong to the same commodity storage region attribute into the same large group; the group dividing unit is used for finely dividing the goods with the same number of components in each large group into the same group; each group sets the sorting priority from high to low in turn according to the number of the groups from small to large; the second management unit is used for combining the cargo volume and the turnover box volume information, distributing the turnover boxes for the cargos in each group, and generating a cargo management task list;
and the sorting module is used for sorting the goods according to the sorting task list.
5. The system for sorting warehoused goods according to claim 4, wherein the dividing module further comprises:
and the filing information calling unit is used for calling the filing information of the goods in the database, and the filing information comprises goods volume information, standard packing amount information and commodity storage area attribute information of the goods corresponding to the type of the goods.
6. The system for triaging warehoused goods according to claim 4, wherein the generating module further comprises:
the third priority unit is used for finally processing goods with missing goods information or incomplete goods information;
and the third management unit is used for respectively distributing the goods with the goods information missing type or the goods information incomplete type to turnover boxes according to the goods types and generating a goods management task list.
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