Trolley and method for applying trolley to unmanned warehouse and line-side material receiving

Abstract

The invention relates to a trolley and a method for applying the trolley to an unmanned warehouse and line-side material receiving. The intelligent trolley comprises a trolley body, the trolley body is provided with one or more layers of bearing plates, steady sensors are arranged in the bearing plates, computer equipment is fixed to the top of the trolley body, and a portable power source is fixed to the trolley body; the portable power source is connected with the computer equipment, the steady sensors are connected with the computer equipment, and a front camera, a rear camera, a touch display, an acceleration sensor, a card swiping module, a loudspeaker and a wireless module are arranged on the computer equipment; and the front camera is used for collecting face information, and the rear camera is used for collecting information of materials on the bearing plates. The difficulties of warehouse keeper canceling, accurate settlement, simultaneous material receiving by multiple persons and the like are overcome, the management cost is reduced, the production efficiency is improved, and the trolley has good market application value.

Description

technical field [0001] The invention relates to the field of warehouse inventory management, in particular to a trolley and a method for applying it to unmanned warehouses and line-side picking. Background technique [0002] With the development of Industry 4.0 in full swing, more and more intelligent equipment for controlling the daily life of factories and materials used in production have sprung up. [0003] As an excellent inventory management method, the unmanned warehouse can greatly reduce the production cost and management cost of the factory, and it is fully capable of front warehouse, which can help users solve the "last mile" problem. [0004] However, there is still a problem in the unmanned warehouse. At present, the unmanned warehouse can only automate the settlement part, and the picking process still requires human intervention. When the pickers enter the warehouse to pick up the materials, it is difficult to find the materials they need without the guidance...

AI Technical Summary

Problems solved by technology

[0004] However, there is still a problem in the unmanned warehouse. At present, the unmanned warehouse can only automate the settlement part, and the picking process still requires human intervention.

When the pickers enter the warehouse to pick up the materials, it is difficult to find the materials they need without the guidance of the warehouse management. The installation cost is very high, and the unit price of the guide shelf is high, which cannot be afforded by ordinary enterprises

[0005] In addition, the unmanned warehouse is mainly composed of components such as radio frequency and weighing sensors. The biggest problem with open weighing equipment is that it is impossible to locate who is currently picking up the material, which is doomed for this type of unmanned warehouse. It only supports one-time single-person picking, and multiple people entering the warehouse will definitely cause settlement confusion

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