CN105427065A - Commodity object warehouse-out information processing method and apparatus - Google Patents
Commodity object warehouse-out information processing method and apparatus Download PDFInfo
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Abstract
The application discloses a commodity object warehouse-out information processing method and an apparatus. The method includes: pre-saving corresponding relations between storage locations and commodity object identifiers in a warehouse, storage location distribution information, and order quantity loaded by transportation carriers in each warehouse; receiving at least a warehouse-out order; determining the storage location of the commodity object associated with each order; grouping the warehouse-out orders according to the distribution information of the storage location of the commodity object associated with each order, and determining each storage location included in each group; ranking the warehouse-out orders and the storage locations included in the group in each group; and outputting a grouping result of the warehouse-out orders and order and storage location raking results in each group. According to the method and the apparatus, the warehouse-out processing efficiency can be improved.
Description
Technical field
The application relates to merchandise items technical field of information processing, particularly relates to merchandise items outbound information processing method and device.
Background technology
In today of the technology develop rapidlys such as ecommerce, logistics service becomes wherein very the key link, and from storage to outbound, then to dispensing, the service quality of any one link all affects final Consumer's Experience.Wherein, for the comprehensive warehouse that some are large-scale; the commodity amount wherein deposited is very many; although can divide according to warehouse compartment in advance; inhomogeneity object commodity are deposited according to warehouse compartment, but, in commodity ex-warehouse link; face a large amount of orders that batch receives, often there will be the problem of inefficiency.
Such as, transport agent (car of such as delivering in the multiple storehouse of general outfit in warehouse, usually can be the forms such as trolley), staff is after receiving order in delivery, according to commodity required on order, commodity take off from shelf by the warehouse compartment to correspondence, then are transported to the place of specifying with transport agent in storehouse and carry out packing and binding, each commodity associated by same order are packaged in together, then install on bulk transport car and transport.
In prior art, randomly order is distributed to different staff, then carries out picking work separately.But situation about often there will be is: same order may associate multiple commodity; these commodity may be distributed in again on different warehouse compartments; therefore; each staff needs to push transport agent in storehouse and shuttles back and forth between the passage of each warehouse compartment, each shelf, and same passage may need to walk up and down repeatedly.Such as, certain staff just may take off the kinds of goods certain order from a warehouse compartment P1, move to another warehouse compartment P2 and get another kinds of goods that this order associates, afterwards again to when needing to get the kinds of goods on second order, discovery needs to come back to warehouse compartment P1 again, etc.
In a word, in use storehouse, transport agent is got in the process of commodity from shelf, how to allocate better and to use transport agent resource in storehouse, and improving Dispatching efficiency, is the technical matters needing those skilled in the art to solve.
Summary of the invention
This application provides merchandise items outbound information processing method and device, be conducive to improving outbound treatment effeciency.
This application provides following scheme:
A kind of merchandise items outbound information processing method, comprising:
Preserve in advance each warehouse compartment and merchandise items in warehouse identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry:
Receive at least one outbound order;
Determine the warehouse compartment at the merchandise items place that each order associates;
According to the distributed intelligence of the merchandise items place warehouse compartment that each order associates, described outbound order is divided into groups, and determine each warehouse compartment that each grouping comprises: wherein, the quantity on order that can carry during the picking each according to transport agent in described each storehouse of the outbound quantity on order in each group is determined, same outbound order only appears in same grouping;
In each packets inner, the outbound order comprise this grouping and warehouse compartment sort;
Export order, the warehouse compartment ranking results in the group result of outbound order and each group.
A kind of merchandise items outbound signal conditioning package, comprising:
Corresponding relation storage unit, for preserve in advance each warehouse compartment and merchandise items in warehouse identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry;
Outbound order reception unit, for receiving at least one outbound order;
Warehouse compartment determining unit, for determining the warehouse compartment at the merchandise items place that each order associates;
Grouped element, for the distributed intelligence of merchandise items place warehouse compartment associated according to each order, divides into groups to described outbound order, and determines each warehouse compartment that each grouping comprises; Wherein, the quantity on order that can carry during the picking each according to transport agent in described each storehouse of the outbound quantity on order in each group is determined, same outbound order only appears in same grouping;
Sequencing unit, in each packets inner, the outbound order comprise this grouping and warehouse compartment sort;
Output unit, for exporting order, the warehouse compartment ranking results in the group result of outbound order and each group.
According to the specific embodiment that the application provides, this application discloses following technique effect:
Pass through the embodiment of the present application, can preserve in advance each warehouse compartment and merchandise items in warehouse identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry, like this when receiving the outbound order of mass, just can determine the warehouse compartment at the merchandise items place that each order associates, according to the distributed intelligence of the merchandise items place warehouse compartment that each order associates, described outbound order is divided into groups, and determine each warehouse compartment that each grouping comprises, in each packets inner, the warehouse compartment at the outbound order comprise this grouping and each outbound order place sorts, and final export outbound order group result and each group in order, warehouse compartment ranking results.Like this, when carrying out outbound, just can divide into groups to order according to the program, and take off the merchandise items of each order association from warehouse compartment according to the order provided in the program.Due to when carrying out order grouping and sequence, all consider the warehouse compartment distribution situation that order is corresponding, and, also same outbound order is only appeared in same grouping, therefore, can avoid shuttling back and forth between warehouse compartment back and forth in the process of picking, improve outbound efficiency.
Certainly, the arbitrary product implementing the application might not need to reach above-described all advantages simultaneously.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only some embodiments of the application, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the process flow diagram of the method that the embodiment of the present application provides;
Fig. 2 is the schematic diagram of the device that the embodiment of the present application provides.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, be clearly and completely described the technical scheme in the embodiment of the present application, obviously, described embodiment is only some embodiments of the present application, instead of whole embodiments.Based on the embodiment in the application, the every other embodiment that those of ordinary skill in the art obtain, all belongs to the scope of the application's protection.
In the embodiment of the present application, can be that outbound control system is disposed in concrete warehouse, in order to realize carrying out Automated condtrol to kinds of goods outbound process, to reach the object improving outbound efficiency.In order to reach this object, the attribute information about warehouse can be preserved in advance in this outbound control system, specifically can comprise the warehouse compartment distributed intelligence in warehouse, and each warehouse compartment and merchandise items identify between corresponding relation.Wherein, so-called warehouse compartment distributed intelligence can comprise: which warehouse compartment storehouse comprises, where each warehouse compartment lays respectively at warehouse, and the passage, distance etc. between each warehouse compartment, like this, the control system being the equal of is had gained some understanding to the warehouse compartment layout in warehouse, for follow-up providing of outbound scheme provides foundation.Certainly, along with the execution of commodity warehouse-in, outbound operation, correspondence relationship information between warehouse compartment and merchandise items may be in continuous change, during specific implementation, the inventory management system etc. in warehouse can be had in real time this correspondence relationship information to be updated to outbound control system.
In addition; due to when in concrete storehouse, transport agent carries out picking; usual meeting transport agent is arranged multiple casing in storehouse; each casing is for placing the merchandise items in an outbound order; therefore; the quantity on order that in a storehouse, transport agent can carry normally is fixed, and can know in advance.Therefore, in the embodiment of the present application, the quantity on order that can carry when can also preserve each picking of transport agent in each storehouse, for the grouping of follow-up order provides foundation.
Under the prerequisite saving aforementioned information, just can carry out concrete outbound control operation, outbound processing scheme is provided, to improve outbound efficiency, below concrete implementation be described in detail.
See Fig. 1, the embodiment of the present application provides a kind of merchandise items outbound information processing method, and the method can comprise the following steps:
S101: preserve in advance each warehouse compartment and merchandise items in warehouse identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry;
As mentioned before, can preserve in advance in outbound control system each warehouse compartment and merchandise items identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry, these information can be carry out typing by warehouseman, or, by modes such as intersystem communications, relevant information can also be read from the inventory management system etc. in warehouse, etc.
It should be noted that, warehouse compartment can be spatially 1 dimension, 2 dimensions or 3 dimensions.But no matter how many dimensions, the path between warehouse compartment and range information are all can be calculated by the warehouse compartment positional information (coordinate) of preserving.
S102: receive at least one outbound order;
About outbound order, can be pass over from the transaction platform or logistics management platform etc. of front end, such as, certain transaction platform operated for the purchase of buyer user in one day, generate multiple trading order form, when needs carry out outbound, corresponding logistics order can be generated to logistics management platform, logistics management platform is after determining shipping room, just can generate outbound order, and be sent to concrete warehouse, accordingly, warehouse side just can receive outbound order, performs concrete outbound operation.Usually, the disposable outbound order received is generally multiple, therefore, in the subsequent step of the embodiment of the present application, can carry out the work such as packet sequencing to order.
S103: the warehouse compartment determining the merchandise items place that each order associates;
After receiving each outbound order, the merchandise items associated in each order can be determined respectively, and then, due to save in advance warehouse compartment and merchandise items identify between corresponding relation, therefore, just can determine which warehouse compartment the merchandise items that each order associates lays respectively on.It should be noted that, during specific implementation, multiple merchandise items may be associated in same outbound order, and these merchandise items may be positioned at same warehouse compartment, or, also may be distributed on multiple different warehouse compartment.Such as, there are warehouse compartment P1, P2, P3 etc. in certain warehouse, the in store different merchandise items of each warehouse compartment.Wherein each merchandise items of certain outbound order association, may partly be positioned at warehouse compartment P1, other parts are then positioned at warehouse compartment P2, etc.
S104: according to the distributed intelligence of the merchandise items place warehouse compartment that each order associates, described outbound order is divided into groups; Wherein, the quantity on order that can carry during the picking each according to transport agent in described each storehouse of the outbound quantity on order in each group is determined, same outbound order only appears in same grouping;
After the warehouse compartment determining merchandise items that each outbound order associates place respectively, the distributed intelligence of the merchandise items place warehouse compartment that can first associate according to each order, divides into groups to outbound order.Concrete, first can ensure that same order only appears in same grouping, also namely by transport agent in same storehouse, picking be carried out to same order; Secondly, just can carry out the grouping of order according to the distributed intelligence of warehouse compartment, such as, the warehouse compartment of close together is distributed in same group, to shorten the processing time in group.Certainly, because in each storehouse, the load-bearing capacity of transport agent is limited, therefore, the quantity on order comprised in each group can also be determined.
Can have multiple about concrete packet mode, such as, in the embodiment of the present application, following concrete mode can be used: first, determine that first object warehouse compartment is as initial warehouse compartment, then, the preferential first kind outbound order all merchandise items being all positioned at this first object warehouse compartment is divided into one group, if the lazy weight of first kind trading order form, then determining section merchandise items is positioned at the Equations of The Second Kind outbound order of this first object warehouse compartment, determine at least one second target warehouse compartment at other merchandise items places that described Equations of The Second Kind outbound order associates, and determine the distance of the second target warehouse compartment and described first object warehouse compartment, by the second object library distance of positions from the Equations of The Second Kind outbound order close to first object warehouse compartment, be divided in this group.
Such as, suppose that first object warehouse compartment is P1, the outbound order associated with this first object warehouse compartment has D1, D2, D3 ... Dn etc.Wherein, all merchandise items of D1, D2 association are all positioned at this P1, then first using D1, D2 as wherein two orders in same group, can suppose that the total number of orders amount in each group is 5, then can also determine other order for this group, concrete, suppose:
In the merchandise items of order D3, D4 association, wherein a part is positioned at warehouse compartment P1, and another part is positioned at warehouse compartment P2;
In the merchandise items that order D5 associates, wherein a part is positioned at warehouse compartment P1, and another part is positioned at warehouse compartment P2, and some is positioned at warehouse compartment P3;
In the merchandise items of order D6, D7, D8 association, wherein a part is positioned at warehouse compartment P1, and another part is positioned at warehouse compartment P4;
Wherein, the distance L1 between P2 and P1 is less than the distance L2 between P4 and P1, and therefore, just can join in the grouping at D1, D2 place by this order D3, D4, D5, accordingly, the warehouse compartment comprised in this group just comprises P1, P2, P3.In addition, can also determine in this group, the order associated with each warehouse compartment respectively, such as, the order that P1 is corresponding has D1, D2, D3, D4, D5, and the order that P2 is corresponding has D3, D4, D5, and the order that P3 is corresponding has D5.
It should be noted that, when determining each grouping, all corresponding first object warehouse compartment described in, such as, after algorithm starts, first first first object warehouse compartment is determined, then after determining first grouping according to aforementioned manner, then each outbound order this grouping comprised deletes, and reselects new first object warehouse compartment, grouping is proceeded to remaining outbound order, until by complete for all outbound order groupings.Like this, just can make to carry out picking by transport agent in same storehouse to same order, and in a same picking process, the distance between warehouse compartment is all closer, the time needed for mobile between reduction warehouse compartment.The quantity on order that in the quantity on order comprised in each grouping and storehouse, transport agent can carry matches.
It should be noted that in addition, about the determination mode of aforementioned first object warehouse compartment, have detailed introduction hereinafter.
S105: in each packets inner, the outbound order comprise this grouping and warehouse compartment sort;
After determining the grouping of multiple order, the order comprised in each grouping and the warehouse compartment related to can be determined, in this step, just can sort to the order in each group and warehouse compartment, to reach the object improving outbound efficiency further.
Concrete, first can sort to the warehouse compartment in group, then according to the ranking results of warehouse compartment, order be sorted.Wherein, when warehouse compartment is sorted, with aforementioned first object warehouse compartment for first place, then according to moving to the nearest principle of next warehouse compartment at every turn, the order between each warehouse compartment can be determined.Such as, the warehouse compartment of certain packet associated has P1, P2, P3, and wherein, P1 is aforementioned first object warehouse compartment, therefore when sorting, just P1 can be made number one, also, arriving first warehouse compartment P1 and start to carry out picking.Afterwards, then calculate the distance between P1 and P2 and P1 and P3, suppose that the distance between P1 and P2 is nearer, then P2 can be come second, P3 comes the 3rd, etc.Like this, the order between each warehouse compartment that just can draw this packet associated, P1-P2-P3.
After obtaining the order between warehouse compartment, just respectively according to the order that each warehouse compartment associates, order can be sorted.Such as, in previous example, the order that P1 is corresponding has D1, D2, D3, D4, D5, the order that P2 is corresponding has D3, D4, and the order that P3 is corresponding has D5, because the order between warehouse compartment is P1-P2-P3, therefore, the order between order can be thought: D1-D2-D3-D4-D5-D3-D4-D5-D5.Certainly, for each order that same warehouse compartment associates, its order can not be fixing.
S106: export order, the warehouse compartment ranking results in the group result of outbound order and each group.
Determining order group result, and order in each group, after warehouse compartment ranking results, just can to export as outbound scheme, like this, the outbound that relevant staff just can carry out commodity according to the program operates.Such as, wherein in certain grouping, corresponding order has D1, D2, D3, D4, D5, the ranking results of warehouse compartment is P1-P2-P3, the ranking results of order is D1-D2-D3-D4-D5-D3-D4-D5-D5, then when processing this grouping, just first can take off the merchandise items of D1, D2, D3, D4, D5 association at warehouse compartment P1, the merchandise items of each order association is placed in the same casing of transport agent in storehouse; Next transport agent in storehouse can be moved to warehouse compartment P2, therefrom take off the part merchandise items of D3, D4, D5 association, put into corresponding casing, finally again transport agent in storehouse is moved to warehouse compartment P3, therefrom take off the last part merchandise items of D5 association, put into corresponding casing, etc.Like this, each picking process, there will not be the situation of shuttling between warehouse compartment, saves the outbound time.
As mentioned before, when dividing into groups to order, the selection of first object warehouse compartment is important, and when specific implementation, the warehouse compartment of a collection of order association may be very many, concrete which warehouse compartment of selecting is as the starting point of algorithm, to obtain best outbound scheme, it is the problem needing to consider.
In the embodiment of the present application, the mode of " simulation " can be used realize.Concrete, first using arbitrary warehouse compartment as initial warehouse compartment, can divide into groups according to described packet mode, obtain multiple grouping, and the warehouse compartment in each group is sorted.Such as, first start with P1, according to aforementioned manner, obtain 10 groupings, 5 outbound orders are comprised in each group, next, can also from P2, according to aforementioned manner, also can obtain 10 groupings, in each group, comprise 5 outbound orders, similar, suppose that the warehouse compartment of this collection of order association has 8, then can obtain 8 grouping schemes altogether.That is, utilize exhaustive mode, obtain the packet mode likely occurred.Next, can the quality of more various grouping scheme, therefrom select optimum solution, namely corresponding initial warehouse compartment can be used as aforementioned first object warehouse compartment, will be that the grouping scheme that obtains of initial warehouse compartment is as Output rusults using this warehouse compartment.
Wherein, during good and bad between each grouping scheme, can compare the processing time of each grouping scheme.About the processing time of each grouping scheme, can determine in the following manner: calculate in each grouping scheme respectively, the processing time of each grouping, and the processing time of comprehensively each grouping, obtain the total processing time of this grouping scheme, afterwards, described total processing time when just can compare using each warehouse compartment as described initial warehouse compartment, using the initial warehouse compartment the shortest total processing time as described first object warehouse compartment.
Wherein, for the processing time of each grouping, can obtain in the following manner: first, determine and the very first time needed for picking process is carried out to each order in group, and determine to carry out in group mobile between warehouse compartment needed for the second time, in addition, can also determine that in outbound, transport agent turns back to the 3rd time needed for warehouse compartment again after being transported to appointed place unloading after filling, this very first time, the second time and the 3rd time are carried out comprehensively, can determining the processing time of this group.
Wherein, about the very first time, multiple expression way can be had, such as, wherein under a kind of mode, the quantity of the merchandise items place warehouse compartment that can associate according to same order, determines the very first time of carrying out needed for picking process to this order, in comprehensive group, each order carries out the very first time needed for picking process, determines the very first time of carrying out needed for picking process to each order in this group.
Such as, the order comprised in certain grouping has D1, D2, D3, D4, D5, and wherein, the merchandise items of D1, D2 association is all at warehouse compartment P1, and therefore, the quantity of the merchandise items place warehouse compartment of its association is 1; The merchandise items of D3, D4 association is all partly at warehouse compartment P1, and part is at warehouse compartment P2, and therefore, the quantity of the merchandise items place warehouse compartment of order D3, D4 association is all 2; Then part is at warehouse compartment P1 for the merchandise items of D5 association, and part, at warehouse compartment P2, also has part at warehouse compartment P3, and therefore, the quantity of the merchandise items place warehouse compartment that order D5 associates is 3.Like this, supposing that with the time needed for operating same order at same warehouse compartment be a chronomere, and be set to t, is then t+t+2t+2t+3t=9t to this group order very first time of carrying out needed for picking process.
And when determining to carry out the second time between warehouse compartment needed for movement in group, also various ways can be had, such as, wherein under a kind of mode, can warehouse compartment distributed intelligence owing to preserving in advance, therefore, can first according to the order in group between each warehouse compartment and described warehouse compartment distributed intelligence of preserving in advance, determine the distance of carrying out movement between each warehouse compartment, then according to the translational speed of transport agent in this distance and preset described storehouse, determine described second time.Such as, in previous example, the warehouse compartment comprised in certain grouping has P1, P2, P3, wherein, the order of warehouse compartment is P1-P2-P3, therefore, just can calculate the distance L1 between P1 to P2, and the distance L2 between P2 to P3, then incite somebody to action, the distance of carrying out movement between each warehouse compartment just can be expressed as L1+L2.Suppose that the translational speed of transport agent in storehouse is s, then namely the second time can be expressed as: (L1+L2) × s
About the 3rd time, be also that in storehouse, transport agent turns back to the time needed for warehouse compartment again after being transported to appointed place unloading after filling, this time can adopt preset fixed value to represent, such as, and t ', etc.
Then, namely the processing time of this grouping can be expressed as:
T＝9t+(L1+L2)×s+t′
By in same grouping scheme, the above-mentioned time T that each grouping obtains is added, and can obtain the total processing time of this grouping scheme.Scheme of wherein dividing into groups also can do similar process, obtains respective total processing time, then just can utilize this total processing time, carries out the quality contrast of scheme.
Such as, final comparative result display, with P3 be initial warehouse compartment divide into groups time, the total processing time obtained is the shortest, then this P3 can be defined as aforementioned first object warehouse compartment, by the grouping scheme obtained during using this warehouse compartment as initial warehouse compartment, be defined as the final grouping scheme exported.
It should be noted that, when have transport agent in a lot of storehouses can walk abreast outbound, grouping and sort method can also be done further optimization, by improving concurrency, reducing the outbound that the mode of unit delivery car working time has accelerated order by the gross.Such as, in each storehouse, transport agent only loads the maximum cargo dead-weight of 1/3, number of packet can be expanded 3 times like this.As a result, complete outbound consume unit interval can be higher than best packet, but due to substantially increase delivery car concurrent operations, the physical time completing order by the gross but can shorten greatly.
In a word, in the embodiment of the present application, can preserve in advance each warehouse compartment and merchandise items in warehouse identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry, like this when receiving the outbound order of mass, just can determine the warehouse compartment at the merchandise items place that each order associates, according to the distributed intelligence of the merchandise items place warehouse compartment that each order associates, described outbound order is divided into groups, and determine each warehouse compartment that each grouping comprises, in each packets inner, the warehouse compartment at the outbound order comprise this grouping and each outbound order place sorts, and final export outbound order group result and each group in order, warehouse compartment ranking results.Like this, when carrying out outbound, just can divide into groups to order according to the program, and take off the merchandise items of each order association from warehouse compartment according to the order provided in the program.Due to when carrying out order grouping and sequence, all consider the warehouse compartment distribution situation that order is corresponding, and, also same outbound order is only appeared in same grouping, therefore, can avoid shuttling back and forth between warehouse compartment back and forth in the process of picking, improve outbound efficiency.
Corresponding with the merchandise items outbound information processing method that the embodiment of the present application provides, the embodiment of the present application additionally provides a kind of merchandise items outbound signal conditioning package, and see Fig. 2, this device can comprise:
Corresponding relation storage unit 201, for preserve in advance each warehouse compartment and merchandise items in warehouse identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry;
Outbound order reception unit 202, for receiving at least one outbound order;
Warehouse compartment determining unit 203, for determining the warehouse compartment at the merchandise items place that each order associates;
Grouped element 204, for the distributed intelligence of merchandise items place warehouse compartment associated according to each order, divides into groups to described outbound order, and determines each warehouse compartment that each grouping comprises; Wherein, the quantity on order that can carry during the picking each according to transport agent in described each storehouse of the outbound quantity on order in each group is determined, same outbound order only appears in same grouping;
Sequencing unit 205, in each packets inner, the outbound order comprise this grouping and warehouse compartment sort;
Output unit 206, for exporting order, the warehouse compartment ranking results in the group result of outbound order and each group.
During specific implementation, described grouped element can comprise:
Initial warehouse compartment determination subelement, for determining that first object warehouse compartment is as initial warehouse compartment;
First kind order determination subelement, is divided into one group for the preferential first kind outbound order all merchandise items being all positioned at this first object warehouse compartment;
Equations of The Second Kind order determination subelement, if for the lazy weight of first kind trading order form, then determining section merchandise items is positioned at the Equations of The Second Kind outbound order of this first object warehouse compartment;
Distance determines subelement, for determining at least one second target warehouse compartment at other merchandise items places that described Equations of The Second Kind outbound order associates, and determines the distance of the second target warehouse compartment and described first object warehouse compartment;
Distance divide subelement, for by the second object library distance of positions from the Equations of The Second Kind outbound order close to first object warehouse compartment, be divided in this group.
Wherein, described grouped element also comprises:
Nearest warehouse compartment determination subelement, if still not enough for the quantity of described Equations of The Second Kind trading order form, then determines the three target warehouse compartment nearest with described first object warehouse compartment, according to the outbound order of described 3rd target warehouse compartment association, completes the division of this group.
Described sequencing unit specifically can comprise:
Warehouse compartment order determine subelement, for described first object warehouse compartment for first place, according to moving to the nearest principle of next warehouse compartment at every turn, determine the order between each warehouse compartment;
Order order determines subelement, for the outbound order associated according to each warehouse compartment, and the order of each warehouse compartment, determine the order of outbound order.
Wherein, described initial warehouse compartment determination subelement, comprising:
Grouping and sequence test subelement, for using arbitrary warehouse compartment as initial warehouse compartment, divide into groups according to described packet mode, obtain multiple grouping, and sort to the warehouse compartment in each group;
Processing time determines subelement, for calculating the processing time of each group, and the processing time of comprehensive each group, obtain total processing time;
Changing subelement, for changing other warehouse compartments as described initial warehouse compartment, and calculating described total processing time respectively;
Relatively subelement, described total processing time during for comparing using each warehouse compartment as described initial warehouse compartment, using the initial warehouse compartment the shortest total processing time as described first object warehouse compartment.
The described processing time determines that subelement comprises:
The very first time determines subelement, carries out the very first time needed for picking process for determining to each order in group;
Second time determined subelement, carried out the second time between warehouse compartment needed for movement for determining in group;
3rd time determined subelement, for determining that in described storehouse, transport agent turns back to the 3rd time needed for warehouse compartment again after being transported to appointed place unloading after filling;
Comprehensive subelement, for the comprehensive described very first time, the second time and the 3rd time, determines the processing time of this group.
Wherein, the described very first time determines that subelement comprises:
The picking time determines subelement, for the quantity of merchandise items place warehouse compartment associated according to same order, determines the very first time of carrying out needed for picking process to this order;
The comprehensive picking time determines subelement, for comprehensively organizing the very first time that interior each order carries out needed for picking process, determines the very first time of carrying out needed for picking process to each order in this group.
Described second time determines that subelement comprises:
Displacement determination subelement, for according to the order in group between each warehouse compartment and described warehouse compartment distributed intelligence of preserving in advance, determines the distance of carrying out movement between each warehouse compartment;
Traveling time computation subunit, for the translational speed according to transport agent in described distance and preset described storehouse, determines described second time.
During specific implementation, comprise multiple casing in transport agent, each casing is for placing the merchandise items of same order association;
Described output unit specifically for:
Order in exporting same group between each warehouse compartment, and the order that each warehouse compartment associates respectively in same group, so that when carrying out picking to this group, when moving to a warehouse compartment, the merchandise items of all orders associated by this warehouse compartment all takes off puts into casing corresponding to described storehouse transport agent at every turn.
Wherein, in advance the maximum order quantity that transport agent in storehouse can carry is divided into many parts, the quantity on order that can carry during each picking of transport agent in described storehouse is a copy of it, so that the order of the multiple grouping of the concurrent carrying of transport agent in a storehouse.
As seen through the above description of the embodiments, those skilled in the art can be well understood to the mode that the application can add required general hardware platform by software and realizes.Based on such understanding, the technical scheme of the application can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the application or embodiment.
Each embodiment in this instructions all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiments.Especially, for system or system embodiment, because it is substantially similar to embodiment of the method, so describe fairly simple, relevant part illustrates see the part of embodiment of the method.System described above and system embodiment are only schematic, the wherein said unit illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.Those of ordinary skill in the art, when not paying creative work, are namely appreciated that and implement.
The merchandise items outbound information processing method above the application provided and device, be described in detail, apply specific case herein to set forth the principle of the application and embodiment, the explanation of above embodiment is just for helping method and the core concept thereof of understanding the application; Meanwhile, for one of ordinary skill in the art, according to the thought of the application, all will change in specific embodiments and applications.In sum, this description should not be construed as the restriction to the application.
Claims (10)
1. a merchandise items outbound information processing method, is characterized in that, comprising:
Preserve in advance each warehouse compartment and merchandise items in warehouse identify between corresponding relation, the quantity on order that in warehouse compartment distributed intelligence and each storehouse, transport agent can carry;
Receive at least one outbound order;
Determine the warehouse compartment at the merchandise items place that each order associates;
According to the distributed intelligence of the merchandise items place warehouse compartment that each order associates, described outbound order is divided into groups, and determine each warehouse compartment that each grouping comprises; Wherein, the quantity on order that can carry during the picking each according to transport agent in described each storehouse of the outbound quantity on order in each group is determined, same outbound order only appears in same grouping;
In each packets inner, the outbound order comprise this grouping and warehouse compartment sort;
Export order, the warehouse compartment ranking results in the group result of outbound order and each group.
2. method according to claim 1, is characterized in that, describedly divides into groups to described outbound order, comprising:
Determine that first object warehouse compartment is as initial warehouse compartment;
Each grouping is determined according to following packet mode:
The preferential first kind outbound order all merchandise items being all positioned at this first object warehouse compartment is divided into one group;
If the lazy weight of first kind trading order form, then determining section merchandise items is positioned at the Equations of The Second Kind outbound order of this first object warehouse compartment;
Determine at least one second target warehouse compartment at other merchandise items places that described Equations of The Second Kind outbound order associates, and determine the distance of the second target warehouse compartment and described first object warehouse compartment;
By the second object library distance of positions from the Equations of The Second Kind outbound order close to first object warehouse compartment, be divided in this group.
3. method according to claim 2, is characterized in that, also comprises:
If the quantity of described Equations of The Second Kind trading order form is still not enough, then determine the three target warehouse compartment nearest with described first object warehouse compartment;
According to the outbound order of described 3rd target warehouse compartment association, complete the division of this group.
4. method according to claim 2, is characterized in that, described in each packets inner, and the outbound order comprise this grouping and warehouse compartment sort, and comprising:
With described first object warehouse compartment for first place, according to moving to the nearest principle of next warehouse compartment at every turn, determine the order between each warehouse compartment;
The outbound order associated according to each warehouse compartment, and the order of each warehouse compartment, determine the order of outbound order.
5. the method according to any one of claim 2 to 4, is characterized in that, describedly determines first object warehouse compartment, comprising:
Using arbitrary warehouse compartment as initial warehouse compartment, divide into groups according to described packet mode, obtain multiple grouping, and the warehouse compartment in each group is sorted;
Calculate the processing time of each group, and the processing time of comprehensive each group, obtain total processing time;
Change other warehouse compartments as described initial warehouse compartment, and calculate described total processing time respectively;
Described total processing time time relatively using each warehouse compartment as described initial warehouse compartment, using the initial warehouse compartment the shortest total processing time as described first object warehouse compartment.
6. method according to claim 5, is characterized in that, in the processing time that described calculating is each group, comprising:
Determine to carry out the very first time needed for picking process to each order in group;
Determine in group, to carry out the second time between warehouse compartment needed for movement;
Determine that in described storehouse, transport agent turns back to the 3rd time needed for warehouse compartment again after being transported to appointed place unloading after filling;
The comprehensive described very first time, the second time and the 3rd time, determine the processing time of this group.
7. method according to claim 6, is characterized in that, the described very first time determining to carry out needed for picking process to each order in group, comprising:
According to the quantity of the merchandise items place warehouse compartment that same order associates, determine the very first time of carrying out needed for picking process to this order;
In comprehensive group, each order carries out the very first time needed for picking process, determines the very first time of carrying out needed for picking process to each order in this group.
8. method according to claim 6, is characterized in that, described determine to carry out in group mobile between warehouse compartment needed for the second time, comprising:
According to the order in group between each warehouse compartment and described warehouse compartment distributed intelligence of preserving in advance, determine the distance of carrying out movement between each warehouse compartment;
According to the translational speed of transport agent in described distance and preset described storehouse, determine described second time.
9. method according to claim 1, is characterized in that, comprises multiple casing in transport agent, and each casing is for placing the merchandise items of same order association;
Order, warehouse compartment ranking results in the group result of described output outbound order and each group, comprising:
Order in exporting same group between each warehouse compartment, and the order that each warehouse compartment associates respectively in same group, so that when carrying out picking to this group, when moving to a warehouse compartment, the merchandise items of all orders associated by this warehouse compartment all takes off puts into casing corresponding to described storehouse transport agent at every turn.
10. method according to claim 1, it is characterized in that, in advance the maximum order quantity that transport agent in storehouse can carry is divided into many parts, the quantity on order that can carry during each picking of transport agent in described storehouse is a copy of it, so that the order of the multiple grouping of the concurrent carrying of transport agent in a storehouse.
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