Production method and system based on stereoscopic storehouse

Abstract

The invention provides a production method based on a stereoscopic storehouse. The stereoscopic storehouse comprises a plurality of rows of goods shelves, storehouse positions are arranged on the goods shelves, a goods picking channel is arranged between every two adjacent rows of goods shelves, the storehouse positions are divided into working storehouse positions and temporary storage storehousepositions, and working positions are arranged beside the stereoscopic storehouse; and each process corresponds to one or more working positions, and each work position is provided with at least one work storehouse position. According to the invention, the stereoscopic storehouse is combined with automatic control, so that the automatic control of the production flow of the binding flow is realized. The working positions are arranged beside the stereoscopic storehouse, the stereoscopic storehouse is used for conveying generated materials and storing production materials, manual carrying is notneeded, the production environment is greatly improved, and the work efficiency is improved.

Description

technical field [0001] The invention mainly relates to the technical field of production systems, and mainly relates to a production method and system based on a three-dimensional warehouse. Background technique [0002] The intelligent hanging production system is widely used in clothing and home textile production enterprises. It includes a ring rail. There are several workstations at intervals along the direction of the ring rail. There is a station below each workstation. The garment pieces are controlled by the system and transported to the designated workstation through the ring track for processing. After the processing is completed, they enter the ring track from the outbound mechanism of the workstation and are sent to the next workstation for processing in the next process. The intelligent hanging production system changes the traditional bundle flow production mode of garment production enterprises into a single-piece flow production mode, which has the characteri...

AI Technical Summary

Problems solved by technology

[0003] However, the intelligent hanging production system is not suitable for shoemaking, underwear, swimwear and other production enterprises in bale flow production. The cut pieces of such production enterprises are generally relatively small, and the use of intelligent hanging production system will reduce production efficiency.

The existing bale flow production still adopts the traditional form of manual handling of materials. The production materials are piled up next to the workstations. After the production materials are used up, workers are called to carry them manually. After the process of each station is completed, workers are called Moving to the station of the next process, automatic transmission cannot be realized, the on-site material stacking is relatively chaotic, and the production environment is relatively poor

Image 6 It shows an existing bale flow production line. The stations are placed on both sides of the conveyor belt. Each process is arranged in sequence along the conveying direction of the conveyor belt. After the previous process is completed, it is transported to the next process by the conveyor belt. However, this solution is difficult to implement. The processing speed of each station is different. When the processing of station 1 is completed, it will be sent to station 2. However, due to the slow processing speed of station 2, the semi-finished product from station 1 cannot be transferred from the conveyor belt in time. Take it away, the semi-finished product is sent to station 3, resulting in one less processing step for the semi-finished product

This solution not only fails to improve efficiency, but is inferior to the manual handling solution

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