Carrier-free caching and feeding system structure and method for long-strip-shaped materials

Abstract

The invention discloses a carrier-free caching and feeding system structure and method for long-strip-shaped materials. A material batch warehousing transfer trolley and a material single-piece warehouse-out transfer trolley are consistent in structural form; different functions can be realized by adding the material jacking and separating device on the basis of the material batch warehousing transfer trolley; the three-dimensional goods shelf is large in buffer capacity and can be expanded, the expansion direction of the three-dimensional goods shelf is consistent with the running direction of a material batch warehousing transfer trolley and a material single-piece warehousing transfer trolley, only the number of goods shelf columns needs to be increased in the running direction of the transfer trolley, the running track of the transfer trolley needs to be prolonged during expansion, and the number of the transfer trolley can be increased if necessary. Efficient and large-amount material output of the pretreatment process of the production line is accepted in a batch warehousing mode, the materials can be temporarily stored through the three-dimensional goods shelf, single-piece warehouse-out is carried out according to the production feeding requirement of the machining process, the materials are supplied to the machining process, and the problem that production cannot be continuous due to the beat contradiction between the pretreatment process and the machining process is solved.

Description

technical field [0001] The invention belongs to the technical field of automated logistics, mainly belongs to the field of material buffering in metal profile processing production lines, and in particular relates to a carrier-free buffering and feeding system structure and method for strip-shaped materials. Background technique [0002] With the development and advancement of my country's intelligent manufacturing, the demand for automation and intelligent upgrading of production lines in the machinery manufacturing industry is becoming more and more vigorous. In some advanced enterprises in the machinery manufacturing industry, from the automation of single processing equipment to the automation, intelligence and even Development of unmanned factories. Profiles are strip-shaped materials commonly used in machinery manufacturing. In the front section of the production line for automatic processing of profiles, due to the large length (up to 12m) and high quality (one materia...

AI Technical Summary

Problems solved by technology

However, if a carrier is used to embed the profile buffer section in the production line, the number of buffer section equipment will be greatly increased, and the length of the production line will be significantly lengthened, and the carrier is unnecessary for the processing equipment, which will inevitably increase unnecessary processing equipment and cause waste and Efficiency decreases, so it is of great significance to find a long-strip material without carrier buffering method and its equipment to solve the rhythm contradiction of the profile intelligent production line

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