Material distribution system based on stereoscopic warehouse

Abstract

The invention discloses a material distribution system based on a stereoscopic warehouse. The material distribution system comprises the stereoscopic warehouse, rails, a stacking machine, a conveyingmechanism and a material distribution mechanism. The stereoscopic warehouse is provided with a plurality of storage locations. The storage locations are used for containing material boxes. The rails penetrate through the stereoscopic warehouse. The stacking machine travels on the rails in two directions. The stacking machine takes and places the material boxes on the stereoscopic warehouse. The stacking machine takes and places the material boxes on the conveying mechanism. Through the material distribution system based on the stereoscopic warehouse, the stereoscopic warehouse and the stackingmachine are arranged and used for storing the material boxes and taking and placing the material boxes, and manpower resources are saved; a conveying assembly and a verification assembly are arrangedand can convey the material boxes to the correct material distribution locations, the error rate is greatly reduced, and the material distribution correctness and accuracy are ensured; and the material distribution system is provided with a material distribution rotary disk to facilitate material distribution and is not prone to material confusion, easy to operate and good in mistake-proof performance.

Description

technical field [0001] The invention relates to a batching system, in particular to a batching system based on a vertical warehouse. Background technique [0002] At present, when mixing rubber in factories in the rubber industry, most of them use a lot of storage boxes and put them on the shelves. Because each raw material has high requirements on environmental factors, and it is difficult to achieve constant temperature and humidity due to objective environmental factors, so the ingredients The conditions of the workshop are relatively high. At present, there are two ways to get the ingredients: the first is to use a forklift or manually remove the storage box to take the ingredients, and then use a forklift or manually put them back. This method is very time-consuming, especially for many storage boxes. Putting them all together, human forklifts cannot accurately determine the location to pick up, and need to find the storage box frequently, which seriously delays the ti...

AI Technical Summary

Problems solved by technology

At present, there are two ways to get the ingredients: the first is to use a forklift or manually remove the storage box to take the ingredients, and then use a forklift or manually put them back. This method is very time-consuming, especially for many storage boxes. Putting them all together, human forklifts cannot accurately determine the location to pick up, and need to find the storage box frequently, which seriously delays the time and batching efficiency, and there is no error prevention system for picking up materials, and the chance of batching mistakes is very high; The second is to place the storage box on a 2-layer shelf, and the shelf has an indicator light, and the door of the material box is equipped with a magnet. Only when a storage box is needed, the indicator light and magnet at this position will be turned on. To achieve a certain error-proof function, but when encountering many kinds of material storage boxes, firstly, the occupied area will be large, and secondly, the labor intensity of the staff is high. They need to reach the position of the material box to be picked up, and then weigh the required ingredients. Measuring equipment and device containers, etc., need to be run again when mixing the next material. Repeatedly (according to different formulas, there will be many types of raw materials), it wastes time and energy, and greatly affects the ingredients. Efficiency, the storage area of ​​the material box is difficult to be sealed, and the conditions of constant temperature and humidity are difficult to guarantee

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