Intelligent warehousing device and warehousing method

Abstract

The invention discloses an intelligent warehousing device and a warehousing method. The intelligent warehousing device is composed of an outer cover, a goods shelf, a goods taking device, storage drawer boxes and a control system. The outer cover is fixedly installed on the outer periphery of the goods shelf. An operation panel, a carrier platform, a display screen, an indication lamp, an electric appliance cabinet and drawer windows are arranged on the outer cover. The goods shelf is of a rectangular frame structure which is set up from aluminum profiles. The goods taking device is fixed to the middle position of the inner portion of the goods shelf. The storage drawer boxes are arranged inside the drawer windows in the two sides of the portion, below the operation panel, of the outer cover. When working, the intelligent warehousing device has the advantages that effective management of goods and tools on a production site of a factory can be effectively achieved, the material requisition process of workers is simplified at the same time, and the labor management cost is greatly reduced; meanwhile, the data including material storage and requisition information, material requisition personnel and the like can be uploaded to a tool management system in real time, process management and monitoring of the materials are achieved, and follow-up management and looking-up work are facilitated.

Description

technical field [0001] An intelligent storage device and a storage method of the present invention belong to the technical field of industrial storage warehouse management. Background technique [0002] At present, in processing and manufacturing factories, workers usually need to manage the goods, parts, knives, and tools in the workshop and warehouse in an orderly manner, especially for products and tools with a wide variety of models that often need to be stored in a standardized and orderly manner, and At present, in order to solve this problem, most factories use special personnel for management, or purchase three-dimensional containers that are already on the market. But none of these can completely solve this problem, and there are still many loopholes. [0003] The use of manual management is inefficient, wastes manpower, and costs are high. When accessing items, they need to be registered by the warehouse management personnel, or manually input and record the infor...

AI Technical Summary

Problems solved by technology

But none of these can completely solve this problem, and there are still many loopholes

[0003] Manual management is inefficient, wastes manpower, and costs are high. When accessing items, they need to be registered by the warehouse management personnel, or manually input and record the information and storage locations of the items that need to be accessed through the computer. Errors are prone to occur, or access is not timely and it is difficult to access tool products quickly and accurately

[0004] The existing small three-dimensional warehouses and containers on the market are used for management. Although the management time and management methods have been greatly improved, the storage of items also needs to be manually entered by workers to record the type, quantity, and Storage location, etc., due to the large number of trays in the three-dimensional warehouse, the items are all placed in different boxes of the same tray, and the entire tray of the equipment will be extended when accessing, so there will be a large management loophole. Workers are prone to phenomena when accessing materials, such as over-collecting and under-stocking, under-receiving and over-stocking, or taking away other items on the same tray. The item management data in the warehouse is prone to discrepancy with the actual inventory. Therefore, the existing Storage equipment and storage methods are still not perfect

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