CN-114881368-B - Locker space planning method and device, locker and medium

CN114881368BCN 114881368 BCN114881368 BCN 114881368BCN-114881368-B

Abstract

The application discloses a locker space planning method, a locker and a medium, which comprise the steps of identifying volume parameters of articles to be stored in the locker to obtain the identification volume parameters, determining first volume parameters of a first target storage box based on the identification volume parameters, wherein the first volume parameters are minimum volume parameters capable of storing the articles to be stored in the locker, assembling the first target storage box based on the first volume parameters, storing the articles to be stored in the first target storage box, determining storage positions of the first target storage box in an idle space of the locker, and placing the first target storage box in the storage positions. Like this, can rational planning locker space to promote the space utilization of locker.

Inventors

CHEN YANQUAN

Assignees

深圳前海百递网络有限公司

Dates

Publication Date: 20260505
Application Date: 20220615

Claims (8)

1. A locker space planning method, comprising: Identifying the volume parameters of the articles to be put into the cabinet to obtain the identified volume parameters; determining a first volume parameter of a first target storage box based on the identification volume parameter, wherein the first volume parameter is a minimum volume parameter capable of storing the articles to be stored; Assembling the first target storage box based on the first volume parameter, and storing the articles to be stored in the first target storage box; determining the storage position of the first target storage box in the idle space of the storage cabinet; placing the first target storage bin to the storage location; the determining the storage position of the first target storage box in the idle space of the storage cabinet comprises the following steps: Determining a second volumetric parameter of the target storage space; determining the storage position of the first target storage box in the free space of the storage cabinet based on the height difference, the first volume parameter and the second volume parameter; If the second target storage box does not have other storage boxes along the height direction, the target storage space is the storage space occupied by the second target storage box, and if the second target storage box has other storage boxes along the height direction, the target storage space is the storage space determined based on the second target storage box and the other storage boxes; The determining the storage position of the first target storage box in the free space of the storage cabinet based on the height difference, the first volume parameter and the second volume parameter comprises determining the storage position of the first target storage box in the free space of any target storage space along the width direction if the height difference of any target storage space is smaller than a first preset threshold value and the difference between the height in the second volume parameter and the height in the first volume parameter is smaller than a second preset threshold value.
2. The locker space planning method of claim 1 wherein said determining a second volumetric parameter of the target storage space comprises: if the second target storage box does not have other storage boxes along the height direction, determining the volume parameter of the second target storage box as the second volume parameter; And if the second target storage box is provided with other storage boxes along the height direction, determining the sum of the heights of the second target storage box and the other storage boxes as the height in the second volume parameter, and determining the maximum width in the second target storage box and the other storage boxes as the width in the second volume parameter.
3. The locker space planning method of claim 1, wherein said determining a storage location of said first target locker in the free space of the locker based on said height difference, said first volumetric parameter, and said second volumetric parameter further comprises: If the height difference of any target storage space is greater than or equal to the first preset threshold value, the height difference is greater than or equal to the height in the first volume parameter, and the width is greater than or equal to the width in the first volume parameter, determining the storage position of the first target storage box in the free space of any target storage space along the height direction; If the height difference of any target storage space is smaller than the height in the first volume parameter and the height difference is larger than or equal to the width in the first volume parameter, calculating a first idle space formed by mutually rotating the first target storage box to be high and placing the first target storage box in the idle space of any target storage space along the height direction, and a second idle space formed by placing the first target storage box in the idle space of any target storage space along the width direction, comparing the first idle space with the second idle space, and determining the corresponding position of the smaller idle space as the storage position of the first target storage box; If the height difference of all the target storage spaces is smaller than the height in the first volume parameter and the height difference is smaller than the width in the first volume parameter, the idle spaces formed by the first target storage boxes are placed in the idle spaces of the target storage spaces of all the storage layers along the width direction, and the position corresponding to the minimum idle space is determined as the storage position of the first target storage boxes.
4. The locker space planning method of claim 1 further comprising: Identifying a face sheet of an object to be placed in the cabinet to obtain electronic face sheet information; when the first target storage bin is placed into the storage position, further comprising: and sending the pickup information to the corresponding pickup equipment based on the electronic face sheet information.
5. The locker space planning method of any one of claims 1 to 4 further comprising: when the object taking instruction is obtained, taking out the object corresponding to the object taking instruction from the corresponding storage box; If the idle storage box of the taken-out article does not have other storage boxes along the height direction, disassembling the idle storage box, and supplementing the disassembled position of the idle storage box by using the other storage boxes of the idle storage box along the width direction; and if other storage boxes exist in the height direction of the idle storage box, reserving the idle storage box.
6. A locker space planning apparatus, comprising: the article volume parameter identification module is used for identifying the volume parameters of articles to be placed in the cabinet to obtain identification volume parameters; The first volume parameter determining module is used for determining a first volume parameter of a first target storage box based on the identification volume parameter, wherein the first volume parameter is a minimum volume parameter capable of storing the articles to be stored in the cabinet; A first target storage bin assembly module for assembling the first target storage bin based on the first volume parameter; The article to be stored in the cabinet is stored in the first target storage box; The storage position determining module is used for determining the storage position of the first target storage box in the idle space of the storage cabinet; A storage bin placement module for placing the first target storage bin to the storage location; The storage position determining module is specifically configured to: Determining a second volumetric parameter of the target storage space; determining the storage position of the first target storage box in the free space of the storage cabinet based on the height difference, the first volume parameter and the second volume parameter; If the second target storage box does not have other storage boxes along the height direction, the target storage space is the storage space occupied by the second target storage box, and if the second target storage box has other storage boxes along the height direction, the target storage space is the storage space determined based on the second target storage box and the other storage boxes; The determining the storage position of the first target storage box in the free space of the storage cabinet based on the height difference, the first volume parameter and the second volume parameter comprises determining the storage position of the first target storage box in the free space of any target storage space along the width direction if the height difference of any target storage space is smaller than a first preset threshold value and the difference between the height in the second volume parameter and the height in the first volume parameter is smaller than a second preset threshold value.
7. A storage cabinet is characterized by comprising a processor and a memory, wherein, The memory is used for storing a computer program; The processor for executing the computer program to implement the locker space planning method of any one of claims 1 to 5.
8. A computer readable storage medium for storing a computer program, wherein the computer program when executed by a processor implements a locker space planning method according to any one of claims 1 to 5.

Description

Locker space planning method and device, locker and medium Technical Field The application relates to the technical field of locker space planning, in particular to a locker space planning method, a locker space planning device, an express cabinet and a medium. Background In order to meet the storage requirements of articles in various scenes, corresponding lockers such as express cabinets, supermarket lockers and the like are generated, and at present, the lockers store articles through a fixed number of small lockers, so that the number of articles which can be stored in each locker is fixed, and if the lockers are full, the lockers cannot continuously store other articles under the condition that no user takes out the lockers. Meanwhile, the cabinet is used as the storage cabinet, and the cabinet is generally divided into a large volume, a medium volume and a small volume, so that the space utilization rate depends on the operation of storage staff. If a storage person puts a small article in the large cabinet, the space utilization rate of the whole storage cabinet is greatly reduced. Disclosure of Invention Accordingly, the present application is directed to a method, an apparatus, a storage cabinet and a medium for planning a storage cabinet space, which can reasonably plan the storage cabinet space, thereby improving the space utilization rate of the storage cabinet. The specific scheme is as follows: in a first aspect, the application discloses a locker space planning method, comprising the following steps: Identifying the volume parameters of the articles to be put into the cabinet to obtain the identified volume parameters; determining a first volume parameter of a first target storage box based on the identification volume parameter, wherein the first volume parameter is a minimum volume parameter capable of storing the articles to be stored; Assembling the first target storage box based on the first volume parameter, and storing the articles to be stored in the first target storage box; determining the storage position of the first target storage box in the idle space of the storage cabinet; And placing the first target storage box to the storage position. Optionally, the determining the storage position of the first target storage box in the empty space of the locker includes: Determining the storage position of the first target storage box in the free space of the storage cabinet based on the first volume parameter and the second volume parameter of the target storage space; And if the second target storage box is provided with other storage boxes along the height direction, the target storage space is a storage space occupied by the second target storage box, and if the second target storage box is provided with other storage boxes along the height direction, the target storage space is a storage space determined based on the second target storage box and the other storage boxes, and the second target storage box is a storage box of the last article in the storage layer in the current storage cabinet. Optionally, the determining, based on the first volume parameter and the second volume parameter of the target storage space, a storage position of the first target storage box in the free space of the locker includes: Determining a second volumetric parameter of the target storage space; Determining the height difference between the target storage space and the top of the storage layer where the second target storage box is located; And determining the storage position of the first target storage box in the idle space of the storage cabinet based on the height difference, the first volume parameter and the second volume parameter. Optionally, the determining the second volumetric parameter of the target storage space includes: if the second target storage box does not have other storage boxes along the height direction, determining the volume parameter of the second target storage box as the second volume parameter; And if the second target storage box is provided with other storage boxes along the height direction, determining the sum of the heights of the second target storage box and the other storage boxes as the height in the second volume parameter, and determining the maximum width in the second target storage box and the other storage boxes as the width in the second volume parameter. Optionally, the determining the storage position of the first target storage box in the free space of the locker based on the height difference, the first volume parameter and the second volume parameter includes: If the height difference of any one of the target storage spaces is smaller than a first preset threshold value and the difference between the height in the second volume parameter and the height in the first volume parameter is smaller than a second preset threshold value, determining the storage position of the first target storage box in the free space of any one of the target storage spaces a