Intelligent warehousing device and system and auxiliary decision making method

Abstract

The invention discloses an intelligent warehousing device and system and an auxiliary decision making method, and relates to the technical field of digital intelligent warehousing. The intelligent warehousing device comprises a moving mechanism, a grabbing mechanism, a cargo carrying platform, a plurality of storage frames, a control mechanism and a positioning mechanism. Equipment is moved in the horizontal left-right direction, the horizontal front-back direction and the vertical up-down direction through the highly-integrated warehousing system, so that storing and taking operation of the equipment in different goods positions is achieved, needed material boxes are conveyed to storage positions, whether the needed material boxes are put into the equipment or not is automatically distinguished after the needed material boxes are put into the equipment, and the needed material boxes are automatically conveyed to a warehousing position after being put into the equipment successfully; warehouse-out goods can be screened according to storage models, manufacturers, inspection time, inspection batches, inspection results and the like, the warehouse-out goods are automatically delivered after selection, the auxiliary decision making system is developed, warehousing data are mined, decision making functions such as purchasing plan making, equipment hidden danger checking and inspection timeliness rate checking are achieved, a processing system for recording and storing goods information is established, and full-life-cycle maintenance of the equipment is realized.

Description

technical field [0001] The invention relates to the technical field of digital intelligent storage, in particular to an intelligent storage device, system and auxiliary decision-making method. Background technique [0002] At present, there are mainly four problems in the management of power grid equipment: [0003] (1) The vast majority of equipment in the industry has failed to realize fully automatic sending and receiving management due to the wide variety of sizes, and the level of intelligence is low; [0004] (2) At present, the method of sending and receiving records manually is inefficient, and the large amount of data is prone to errors and omissions, which increases the labor cost of the warehousing link; [0005] (3) The workload of manual equipment management is huge, and there are many loopholes, which lead to the common phenomenon of equipment overdue, lack of technical supervision, loss or theft of goods cannot be found in time, and management is chaotic; ...

AI Technical Summary

Problems solved by technology

[0003] (1) The vast majority of equipment in the industry has failed to realize fully automatic sending and receiving management due to the wide variety of sizes, and the level of intelligence is low;

[0004] (2) At present, the method of sending and receiving records manually is inefficient, and the large amount of data is prone to errors and omissions, which increases the labor cost of the warehousing link;

[0005] (3) The workload of manual equipment management is huge, and there are many loopholes, which lead to the common phenomenon of equipment overdue, lack of technical supervision, loss or theft of goods cannot be found in time, and management is chaotic;

[0006] (4) At present, there is no mature intelligent warehouse management system for full-cycle maintenance of equipment information and data mining

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