BEIJING JINGDONG ZHENSHI INFORMATION TECHNOLOGY CO., LTD.

Provided is a method and an apparatus for processing a logistics order task, an electronic device, and a computer medium. The method for processing the logistics order task includes: detecting a quantity of an item on a shelf, the item being associated with a positioning task having been received; determining a time for receiving the positioning task; determining, based on the quantity of the item and/or the time for receiving the positioning task, whether the shelf meets a scheduling condition; and transporting the shelf that meets the scheduling condition to a sorting workstation directed by the positioning task.

The present disclosure provides a distribution robot, and a control method and control device thereof, relating to the field of logistics distribution. According to the present disclosure, a top plane of a distribution robot body is fully used, a touch screen is vertically arranged on one side of the top plane, and parcel contour measuring units are arranged on the top plane of the distribution robot body and the touch screen, such that whether the size of a parcel exceeds a range can be determined very conveniently and rapidly; and a gravity sensing device is arranged below the top plane, such that the distribution robot can automatically weigh and price the parcel and determine whether the total weight of the parcel exceeds the range.

The present disclosure provides an order rechecking device, an order rechecking system, and an order rechecking method. The order rechecking device includes at least one shelving unit, where the shelving unit includes a shelf including a plurality of storage locations for placing goods; and a plurality of information interaction apparatuses that are in one-to-one correspondence to the plurality of storage locations, where the information interaction apparatus comprises at least one of interaction units for performing information interaction with the outside, and the interaction unit includes a signal connection part for signal connection to a controller and an information prompting part for sending out prompt information according to an instruction from the controller. Technical solutions of the present disclosure help to improve rechecking flexibility and efficiency.

This disclosure discloses an order reviewing method, device and system and a rack, and relates to the field of warehousing. The method includes determining an order number of an order to which a commodity belongs; prompting a location on a rack corresponding to the commodity according to a correspondence between an order number and a location number of a location; in response to the commodity being placed on the location, determining whether the order has been reviewed; and if the order has been reviewed, sending a flipping instruction to a flipping system corresponding to the order according to a correspondence between an order and a device number of a flipping system, wherein a flip assembly of each flipping system corresponds to one location and is configured to close an inlet of the one location.

A method and an apparatus of order scheduling, an electronic device, and a computer-readable storage medium are provided. The method includes: determining a target buffer location from a plurality of shelf buffer locations of a workstation; acquiring shelf information of a plurality of shelves; acquiring a plurality of orders to be processed; determining a next shelf to be moved to the workstation based on the shelf information and the orders to be processed; outputting control information to move the shelf to the target buffer location (S 250 ); and determining a part of orders to be processed from the plurality of orders to be processed as orders to be picked based on items carried on shelves moved to the plurality of shelf buffer locations.

Disclosed are a method and device for determining a warehouse inventory, which relate to the technical field of computers. One implementation mode of the method comprises: determining, based on a corresponding relationship between virtual storage spaces and containers in a warehouse, the containers located in the virtual storage spaces; acquiring, in accordance with a corresponding relationship between containers, items, and item quantities, the item quantities of the items located in the containers, thereby obtaining a total quantity of the items in the virtual storage spaces; and acquiring the quantities of the items located in physical storage spaces in the warehouse, and updating a total inventory in the warehouse by combining the quantities of the items located in the physical storage spaces with the total quantity of the items in the virtual storage spaces. The implementation mode, with support for physical storage space management, manages a binding relationship between containers on various levels and the virtual storage spaces, which facilitates counting of an inventory during operations; and by unification of counting dimensions in the warehouse, forms a transparent and comprehensive presentation of the state of the warehouse inventory, which increases convenience for recording items and counting item quantities.

A method for controlling item inventory includes: for each to-be-processed item, determining a replenishment attribute value of a current to-be-processed item based on a current time and shipment quantity-associated information of the current to-be-processed item; in response to detecting that a target to-be-processed item whose replenishment attribute value is greater than a preset replenishment attribute threshold, determining a target inventory quantity of the target to-be-processed item based on the replenishment attribute value of the target to-be-processed item and a target inventory quantity determination model; and for each target to-be-processed item, determining a target replenishment quantity of a current target to-be-processed item based on the target inventory quantity and a net inventory quantity corresponding to the current time of the current target to-be-processed item.

The present disclosure relates to the field of information identification. Disclosed are a method and terminal for identifying a barcode. The method comprises: obtaining an image of a barcode, and according to the calibration information of a preset calibration region, identifying the position of the calibration region in the image; identifying the position of an information code region in the image according to the position of the calibration region in the image, and a preset position relationship between the calibration region and the information code region in the image; and acquiring information on the position of the information code region in the image to obtain the information of the information code region.

The present disclosure provides a distribution robot, and a control method and control device thereof, relating to the field of logistics distribution. According to the present disclosure, a top plane of a distribution robot body is fully used, a touch screen is vertically arranged on one side of the top plane, and parcel contour measuring units are arranged on the top plane of the distribution robot body and the touch screen, such that whether the size of a parcel exceeds a range can be determined very conveniently and rapidly; and a gravity sensing device is arranged below the top plane, such that the distribution robot can automatically weigh and price the parcel and determine whether the total weight of the parcel exceeds the range.

The present disclosure relates to the field of warehousing logistics. Provided are a supplies counting method and apparatus, and a device and a storage medium. An implementation solution involves: in response to receiving a counting task for supplies in a warehouse, determining a goods grid in which a material container corresponding to the counting task is located; sending the goods grid, in which the material container is located, to a target automated guided vehicle, so that the target automated guided vehicle performs path planning and then acquires identifiers of materials in the material container; in response to receiving the identifiers of the materials in the material container that are sent by the target automated guided vehicle, performing statistics on the identifiers; and comparing a statistical result with a storage result of the materials in the material container, and determining a supplies counting result according to a comparison result.