CN110930071A - Goods picking wave number configuration device, pushing system and pushing method - Google Patents
Goods picking wave number configuration device, pushing system and pushing method Download PDFInfo
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Abstract
The application relates to a sort order configuration device, including: the order-picking order recording module is used for recording order-picking orders; the order setting module of the order of picking order is used for setting the priority of each order of picking order; a job domain creation module to create a plurality of job domains; the picking order and operation domain correlation module is used for establishing the correlation relationship between each picking order and each operation domain; the employee information input module is used for inputting employee information; and the job domain and employee information association module is used for establishing association relations between the job domains and the employee information. And to a sort order pushing device comprising: the staff information input module is used for inputting staff information; the employee picking wave order sequence request module is used for sending employee information to the picking wave order configuration device and requesting a corresponding employee picking wave order sequence; and the return receiving module is used for receiving the employee picking order sequence returned by the picking order configuration device. In addition, the system and the method for pushing the order picking wave number are also related.
Description
Technical Field
The application belongs to the technical field of sorting order configuration and pushing thereof, and particularly relates to a sorting order configuration device, a pushing system and a pushing method.
Background
At present when the operation is picked up to the multiway, it is the priority of directly according to the wayward to pick up the goods by high to low more, and the staff only can carry out the operation of picking up the goods of the lower wayward of priority after accomplishing the operation is picked up to the high priority wayward, and this kind of multiway operation mode of picking up the goods is picked up the goods task volume less at the high priority wayward, and the low priority wayward is picked up the goods task volume great, and when picking up the staff and being more, leads to inefficiency easily. For example, the a-wave order is far from the b-wave order task, generally the vehicle is dispatched in advance, and the order is required to be picked in preference to the b-wave order, but the a-wave order task quantity is small in promotion on the same day, the b-wave order task quantity is doubled in promotion, and the task quantity is large.
The present application is made in view of the above-mentioned drawbacks of the prior art.
Disclosure of Invention
The present application is directed to a pick order configuration device, a pushing system and a pushing method, which overcome or alleviate at least one of the disadvantages of the prior art.
The technical scheme of the application is as follows:
in one aspect, a pick order configuration device is provided, comprising:
the order-picking order recording module is used for recording order-picking orders;
the order setting module of the order of picking order is used for setting the priority of each order of picking order;
a job domain creation module to create a plurality of job domains;
the picking order and operation domain correlation module is used for establishing the correlation relationship between each picking order and each operation domain;
the employee information input module is used for inputting employee information;
and the job domain and employee information association module is used for establishing association relations between the job domains and the employee information.
According to at least one embodiment of the present application, in the order picking order configuration device, in the order picking order and work area association module, an association relationship between each order picking order and each work area is established, so that each order picking order has an association relationship with only one work area, and each work area has an association relationship with one or more order picking orders.
According to at least one embodiment of the application, in the picking order configuration device, in the work domain and employee information association module, an association relationship between each work domain and each employee information is established, so that each work domain is associated with one or more employee information, and each employee information has an association relationship with one or more work domains.
According to at least one embodiment of the present application, the above pick-order configuration apparatus further includes:
and the job domain order setting module is used for setting the priority order of each job domain related to each employee information.
According to at least one embodiment of the present application, the above pick-order configuration apparatus further includes:
and the order sorting module is used for sorting the order of picking waves according to the priority order of each operation domain associated with each employee information and the priority order of each order of picking waves associated with each operation domain of the part, and correspondingly obtaining the order sequence of the order of picking waves of the employees.
According to at least one embodiment of the present application, in the above-mentioned picking order configuration device, the picking order sorting module sorts the picking orders according to the priority of each job domain associated with each employee information and according to the priority of each picking order associated with each job domain of the part, and obtains a picking order sequence of the employees, specifically:
sequencing all job domains related to each employee information according to the priority, and correspondingly forming an employee job domain sequence;
and sorting the picking order associated with each operation domain in each employee operation domain sequence according to the priority order to correspondingly form an employee picking order sequence.
Another aspect provides a sort order pushing device, including:
the staff information input module is used for inputting staff information;
the employee picking wave order sequence request module is used for sending employee information to the picking wave order configuration device and requesting an employee picking wave order sequence corresponding to the employee information;
and the return receiving module is used for receiving the employee picking order sequence returned by the picking order configuration device.
According to at least one embodiment of the present application, in the above-mentioned order picking order pushing device, the return receiving module is further configured to display the order picking order sequence of the employee returned by the order picking order configuration device.
Yet another aspect provides a pick order push system comprising:
any one of the above pick-up order allocation devices;
a plurality of any one of the above-mentioned picking order sub-pushing devices;
the employee order picking sequence request module of each order picking order pushing device sends and sends corresponding employee information to the order picking configuration device; and the picking order sorting module of the picking order configuration device returns the corresponding employee picking order sequence to the return receiving module of each picking order pushing device according to the received employee information.
In still another aspect, a pick order pushing method is provided, including:
inputting the order picking frequency;
setting the priority of each order picking order;
creating a plurality of job domains;
establishing an association relationship between each order picking frequency and each operation domain, so that each order picking frequency has an association relationship with only one operation domain, and each operation domain has an association relationship with one or more order picking frequencies;
inputting employee information;
establishing an association relationship between each job domain and each employee information, so that each job domain has an association relationship with one or more employee information, and each employee information has an association relationship with one or more job domains;
setting the priority of each job domain associated with each employee information;
sequencing all job domains related to each employee information according to the priority, and correspondingly forming an employee job domain sequence;
sorting the picking order associated with each operation domain in each employee operation domain sequence according to the priority order, and correspondingly forming an employee picking order sequence;
and returning a corresponding employee picking wave order sequence according to the input employee information.
The application has at least the following beneficial technical effects:
on the one hand, the utility model provides a goods picking order configuration device, which can establish the association relationship between each goods picking order and each operation domain and the association relationship between each operation domain and each employee information on the basis of setting the sub-optimal order of each goods picking order according to the time requirement of the goods picking orders, finally associate the employee information with the goods picking orders by adjusting the association relationship between the goods picking orders and the operation domains and adjusting the association relationship between the operation domains and the employee information, the adjustment of the association relationship can be adjusted by the goods picking manager in real time on the basis of comprehensively considering the priority order of the goods picking orders, the goods picking task amount of the goods picking orders and the employee amount, the goods picking employees can obtain the goods picking orders associated with the goods picking orders based on the employee information, and carry out the respective goods picking operation according to the above, under the premise of not changing the set sub-optimal order of the goods picking orders, the configuration of the order picking frequency among the employees is realized, and the problem of low efficiency caused by that all the order picking employees completely pick the orders according to the order picking sub-optimal priority can be solved to a certain extent.
On the other hand, the picking-order pushing device is provided, a picking staff can input staff information through the picking-order pushing device, the picking staff can send the staff information to the picking-order configuration device to request staff picking-order sequences corresponding to the staff information to the picking-order configuration device, the picking-order pushing device receives the staff picking-order sequences correspondingly returned by the picking-order pushing device, and the picking staff can pick goods according to the staff picking-order sequences received by the picking-order pushing device, so that the picking-order pushing device has high picking-order pushing efficiency.
In another aspect, a picking order delivery system is provided, which comprises a picking order configuration device and a plurality of picking order delivery devices, wherein a picking manager can enter the picking orders through the picking order configuration device, set the priorities of the picking orders, create a plurality of operation fields, establish the association relationship between the picking orders and the operation fields, enter employee information, establish the association relationship between the operation fields and the employee information, set the priorities of the operation fields associated with the employee information, adjust the picking order sequence of the employee corresponding to the employee information without changing the set picking orders, and the picking employees can input the employee information through the picking order delivery devices, the order picking wave-order pushing device sends staff information to the order picking wave-order configuration device so as to request staff order picking wave-order sequences corresponding to the staff information from the order picking wave-order configuration device, the order picking wave-order pushing device receives the staff order picking wave-order sequences correspondingly returned by the order picking wave-order pushing device, and the order picking staff can pick orders according to the staff order picking wave-order sequences received by the order picking wave-order pushing device.
On the other hand, the method can be implemented based on the order picking pushing device, and the order picking manager can adjust the order sequence of the order picking of the staff corresponding to the staff information on the premise of not changing the set order picking, so that the problem of low efficiency caused by that all the staff pick the order completely according to the order picking sub-optimal priority is solved to a certain extent, and the method has higher order picking pushing efficiency to the staff.
Drawings
Fig. 1 is a schematic diagram of a pick-up order pushing system according to an embodiment of the present disclosure.
Detailed Description
The present application will be described in further detail with reference to the following drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the relevant application and are not limiting of the application. It should be noted that, for convenience of description, only the portions related to the present application are shown in the drawings.
The present application is described in further detail below with reference to fig. 1.
In one aspect, a pick order configuration device is provided, comprising:
the order-picking order recording module is used for recording order-picking orders;
the order setting module of the order of picking order is used for setting the order of priority of each order of picking order, the order of priority can be set by the order manager according to the actual situation of the order of picking order, and the order setting module mainly considers the requirement of the order of picking order on time;
a job domain creation module to create a plurality of job domains;
the order picking order and operation domain correlation module is used for establishing the correlation relationship between each order picking order and each operation domain, even if each order picking order is correlated to the corresponding operation domain;
the employee information input module is used for inputting employee information;
and the work domain and employee information association module is used for establishing association relationship between each work domain and each employee information, namely associating each work domain with corresponding employee information.
For the order picking configuration disclosed in the above embodiments, it can be understood by those skilled in the art that the associated relationship between each order picking frequency and each operation domain and the associated relationship between each operation domain and each employee information can be established on the basis of setting the order of the order picking frequency according to the order picking time requirement, the employee information can be finally associated with the order picking frequency by adjusting the associated relationship between the order picking frequency and the operation domain and adjusting the associated relationship between the operation domain and the employee information, the adjustment of the associated relationship can be adjusted by the order picking manager in real time on the basis of comprehensively considering the order of the order picking frequency, the order picking task quantity and the employee quantity, the order picking staff can obtain the order of the order picking frequency associated with the order picking staff based on the employee information, and the respective order picking operation can be performed accordingly without changing the order of the order picking frequency set, the configuration of the order picking frequency among the employees is realized, and the problem of low efficiency caused by that all the order picking employees completely pick the orders according to the order picking sub-optimal priority can be solved to a certain extent.
In some alternative embodiments, in the order picking order configuration device, the order picking order and operation domain association module establishes an association relationship between each order picking order and each operation domain, so that each order picking order has an association relationship with only one operation domain, and each operation domain has an association relationship with one or more order picking orders, that is, the order picking orders and the operation domains can be in a one-to-many relationship.
In some optional embodiments, in the picking order configuration apparatus, in the work domain and employee information association module, an association relationship between each work domain and each employee information is established, so that each work domain has an association relationship with one or more employee information, and each employee information has an association relationship with one or more work domains, that is, the work domain and the employee information may have a many-to-many relationship.
In some optional embodiments, the above pick-order configuration device further includes:
and the job domain order setting module is used for setting the priority order of each job domain related to each employee information.
In some optional embodiments, the above pick-order configuration device further includes: and the order sorting module is used for sorting the order of picking waves according to the priority order of each operation domain associated with each employee information and the priority order of each order of picking waves associated with each operation domain of the part, and correspondingly obtaining the order sequence of the order of picking waves of the employees.
For the order picking configuration disclosed in the above embodiment, it can be understood by those skilled in the art that the order picking configuration sets the priority of each job domain associated with each employee information, when the order picking of the employee corresponding to the employee information is sequenced, the order picking configuration not only relates to the priority of the order picking itself, but also relates to the priority of the corresponding job domain, and the adjustment of the order picking sequence of the employee can be correspondingly realized by adjusting the priority of each job domain associated with the employee information, and the adjustment of the order picking can be performed by the order picking manager in real time on the basis of comprehensively considering the priority of the order picking, the order picking task amount and the number of the employees, and the adjustment of the order picking sequence of the employee corresponding to the employee information can be realized on the premise of not changing the set order picking.
In some optional embodiments, in the above-mentioned picking order configuration device, the picking order sorting module sorts the picking orders according to the priority of each job domain associated with each employee information and according to the priority of each picking order associated with each job domain of the part, and obtains a picking order sequence of the employees specifically:
sequencing all job domains related to each employee information according to the priority, and correspondingly forming an employee job domain sequence;
and sorting the picking order associated with each operation domain in each employee operation domain sequence according to the priority order to correspondingly form an employee picking order sequence.
In order to make it easier for those skilled in the art to understand the order picking sub-configuration device disclosed in the above embodiments, the following more specific embodiments are provided:
the order picking order recording module records order picking orders a, b, c, d and e;
the order-picking setting module sets the order of priority a > b > c > d > e of order-picking;
the job domain creation module creates a job domain A, B, C;
the order picking order and operation domain association module establishes association relations between the order picking orders a, B, C, d, e and the operation domain A, B, C, so that the operation domain a is associated with the order picking orders C, d, the operation domain B is associated with the order picking order a, and the operation domain C is associated with the order picking orders B, e, as shown in the following table:
| job domain | Related order picking |
| A | c、d |
| B | a |
| C | b、e |
The employee information entry module enters employee information 101, 102 and 103;
the job domain and employee information association module establishes association between each job domain A, B, C and each employee information 101, 102, 103, associates employee information 101 with job domain A, B, C, associates employee information 102 with job domain A, B, C, and associates employee information 103 with job domain A, B, C, as shown in the following table:
the job domain order setting module sets the priority order of each job domain associated with each employee information, sets the priority order of the job domain associated with the employee information 101 as a > B > C, sets the priority order of the job domain associated with the employee information 102 as C > B > a, and sets the priority order of the job domain associated with the employee information 103 as B > C > a, as shown in the following table:
| employee information | Prioritization of associated job domains |
| 101 | A>B>C |
| 102 | C>B>A |
| 103 | B>C>A |
The picking order sorting module sorts the picking orders according to the priority of each job domain associated with each employee information and the priority of each picking order associated with each job domain of the part, and correspondingly obtains an employee job domain sequence and an employee picking order sequence, which are shown in the following table:
| employee information | Employee Job Domain sequences | Employee picking order sequence |
| 101 | A>B>C | c>d>a>b>e |
| 102 | C>B>A | b>e>a>c>d |
| 103 | B>C>A | a>b>e>c>d |
Another aspect provides a sort order pushing device, including:
the staff information input module is used for inputting staff information;
the employee picking wave order sequence request module is used for sending employee information to the picking wave order configuration device and requesting an employee picking wave order sequence corresponding to the employee information;
and the return receiving module is used for receiving the employee picking order sequence returned by the picking order configuration device.
In some optional embodiments, in the above-mentioned order delivery device, the return receiving module is further configured to display a sequence of employee order selections returned by the order configuration device.
For the picking order pushing device disclosed in the above embodiment, it can be understood by those skilled in the art that the employee information input module inputs employee information, the employee picking order sequence requesting module sends the employee information to the picking order configuration device to request the employee picking order sequence corresponding to the employee information from the picking order configuration device, the return receiving module receives and displays the corresponding employee picking order sequence returned by the picking order configuration device, and the corresponding employee can pick according to the picking order sequence.
The order picking order pushing device disclosed in the above embodiments inputs corresponding employee information, and may return and display the order picking order sequence as shown in the following table:
| inputting employee information | Returning and displaying employee picking order sequence |
| 101 | c>d>a>b>e |
| 102 | b>e>a>c>d |
| 103 | a>b>e>c>d |
Yet another aspect provides a pick order push system comprising:
any one of the above pick-up order allocation devices;
a plurality of any one of the above-mentioned picking order sub-pushing devices;
the employee order picking sequence request module of each order picking order pushing device sends and sends corresponding employee information to the order picking configuration device; and the picking order sorting module of the picking order configuration device returns the corresponding employee picking order sequence to the return receiving module of each picking order pushing device according to the received employee information.
As for the order picking order pushing system disclosed in the above embodiments, it can be understood by those skilled in the art that the system may be composed of one order picking order configuration device disclosed in any of the above embodiments and a plurality of order picking order pushing devices disclosed in any of the above embodiments, the order picking manager may enter the order picking orders through the order picking order configuration device, set the order of priority of each order picking order, create a plurality of job fields, establish the relationship between each order picking order and each job field, enter employee information, establish the relationship between each job field and each employee information, set the order of priority of each job field associated with each employee information, and realize the adjustment of the order picking order sequence corresponding to the employee information without changing the order of order picking, the picking staff can input staff information through the picking order pushing device of the picking staff, so that the picking order pushing device sends the staff information to the picking order configuration device to request staff picking order sequences corresponding to the staff information from the picking order configuration device, the picking order pushing device receives the staff picking order sequences correspondingly returned by the picking order pushing device, and the picking staff can pick goods according to the staff picking order sequences received by the picking order pushing device.
In another aspect, a picking order pushing method implemented based on the picking order pushing system disclosed in the above embodiments includes:
inputting the order picking frequency;
setting the priority of each order picking order;
creating a plurality of job domains;
establishing an association relationship between each order picking frequency and each operation domain, so that each order picking frequency has an association relationship with only one operation domain, and each operation domain has an association relationship with one or more order picking frequencies;
inputting employee information;
establishing an association relationship between each job domain and each employee information, so that each job domain has an association relationship with one or more employee information, and each employee information has an association relationship with one or more job domains;
setting the priority of each job domain associated with each employee information;
sequencing all job domains related to each employee information according to the priority, and correspondingly forming an employee job domain sequence;
sorting the picking order associated with each operation domain in each employee operation domain sequence according to the priority order, and correspondingly forming an employee picking order sequence;
and returning a corresponding employee picking wave order sequence according to the input employee information.
So far, the technical solutions of the present application have been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of the present application is obviously not limited to these specific embodiments. Equivalent changes or substitutions of related technical features can be made by those skilled in the art without departing from the principle of the present application, and the technical scheme after the changes or substitutions will fall into the protection scope of the present application.
Claims (10)
1. A pick order placement device comprising:
the order-picking order recording module is used for recording order-picking orders;
the order setting module of the order of picking order is used for setting the priority of each order of picking order;
a job domain creation module to create a plurality of job domains;
the picking order and operation domain correlation module is used for establishing the correlation relationship between each picking order and each operation domain;
the employee information input module is used for inputting employee information;
and the job domain and employee information association module is used for establishing association relations between the job domains and the employee information.
2. The pick order count configuration device of claim 1,
in the picking order and operation domain correlation module, the correlation relationship between each picking order and each operation domain is established, so that each picking order has the correlation relationship with only one operation domain, and each operation domain has the correlation relationship with one or more picking orders.
3. The pick order count configuration device of claim 1,
and in the work domain and employee information association module, establishing association relations between each work domain and each employee information, so that each work domain has an association relation with one or more employee information, and each employee information has an association relation with one or more work domains.
4. The pick order count configuration device of claim 3,
further comprising:
and the job domain order setting module is used for setting the priority order of each job domain related to each employee information.
5. The pick order count configuration device of claim 4,
further comprising:
and the order sorting module is used for sorting the order of picking waves according to the priority order of each operation domain associated with each employee information and the priority order of each order of picking waves associated with each operation domain of the part, and correspondingly obtaining the order sequence of the order of picking waves of the employees.
6. The pick order count configuration device of claim 6,
the order picking order sorting module sorts the order picking orders according to the priority of each operation domain associated with each employee information and the priority of each order picking order associated with each operation domain of the part, and correspondingly obtains an employee order picking sequence, which specifically comprises the following steps:
sequencing all job domains related to each employee information according to the priority, and correspondingly forming an employee job domain sequence;
and sorting the picking order associated with each operation domain in each employee operation domain sequence according to the priority order to correspondingly form an employee picking order sequence.
7. A pick-order push device, comprising:
the staff information input module is used for inputting staff information;
the employee picking wave order sequence request module is used for sending employee information to the picking wave order configuration device and requesting an employee picking wave order sequence corresponding to the employee information;
and the return receiving module is used for receiving the employee picking order sequence returned by the picking order configuration device.
8. The picker wave secondary pushing device according to claim 7,
the return receiving module is also used for displaying the employee picking order sequence returned by the picking order configuration device.
9. A pick-order push system, comprising:
the pick order count configuration device of any one of claims 1-6;
a plurality of order picking sub-pushing devices according to any one of claims 7-8;
the employee order picking sequence request module of each order picking order pushing device sends and sends corresponding employee information to the order picking configuration device; and the picking order sorting module of the picking order configuration device returns corresponding employee picking order sequences to the return receiving module of each picking order pushing device according to the received employee information.
10. A picking order pushing method is characterized by comprising the following steps:
inputting the order picking frequency;
setting the priority of each order picking order;
creating a plurality of job domains;
establishing an association relationship between each order picking frequency and each operation domain, so that each order picking frequency has an association relationship with only one operation domain, and each operation domain has an association relationship with one or more order picking frequencies;
inputting employee information;
establishing an association relationship between each job domain and each employee information, so that each job domain has an association relationship with one or more employee information, and each employee information has an association relationship with one or more job domains;
setting the priority of each job domain associated with each employee information;
sequencing all job domains related to each employee information according to the priority, and correspondingly forming an employee job domain sequence;
sorting the picking order associated with each operation domain in each employee operation domain sequence according to the priority order, and correspondingly forming an employee picking order sequence;
and returning a corresponding employee picking wave order sequence according to the input employee information.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112258041A (en) * | 2020-10-23 | 2021-01-22 | 北京云杉世界信息技术有限公司 | Goods picking configuration pushing system and method thereof |
| CN112712409A (en) * | 2020-12-30 | 2021-04-27 | 深圳千岸科技股份有限公司 | Quick goods picking method and device, computer equipment and storage medium |
| US11813645B2 (en) | 2020-08-06 | 2023-11-14 | Coupang Corp. | Electronic apparatus and information providing method thereof |
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