Intelligent stack disassembling system for tire stacks

Abstract

The invention relates to an intelligent stack disassembling system for tire stacks. The intelligent stack disassembling system comprises a box transporting system, a tire stack carrying device and a tire stack disassembling device, wherein the box transporting system, the tire stack carrying device and the tire stack disassembling device are sequentially connected. The box transporting device is provided with a code scanning device. The tire stack carrying device comprises a lifting device, a clamping device and a supporting device. The clamping device comprises a connecting post and at least two cambered mechanical tongs capable of radially contracting along the connecting post; and the shape of each cambered mechanical tong is matched with the inner wall or the outer wall of a tire stack. The supporting device comprises a horizontal supporting table and at least two horizontal supporting hands capable of expanding or contracting along the center of the horizontal supporting table. The tire stack disassembling device comprises a lifting device and an extensible propelling device; and the lifting device and the extensible propelling device are sequentially arranged between an input roller table and an output roller table. The lifting device comprises a lifting platform and a hydraulic device controlling the lifting platform to lift. The extensible propelling device comprises a piston rod air cylinder, a limiting part and an extensible end face controlled by the piston rod air cylinder and moving towards or backwards the limiting part.

Description

technical field [0001] The invention relates to the field of storage, in particular to an intelligent unstacking system for tire stacks Background technique [0002] As the world's industry enters the 4.0 era, digital workshops and intelligent manufacturing are developing rapidly. The application of automation in manufacturing is becoming more and more important. At present, many companies are developing three-dimensional warehouses, hoping to solve the problems of large floor space and low storage efficiency. Such as: the Chinese application patent No. CN105346911A discloses the "three-dimensional warehouse and its storage method" using multi-layer shelves, and the storage and retrieval of goods is realized by walking on the track through a stacker; "An automatic three-dimensional storage system" adopts high-rise shelves, and the adjacent shelves are accessed through the roadway stacker; the Chinese utility model patent No. CN201660273U discloses "a tire vertical storage ...

AI Technical Summary

Problems solved by technology

The above-mentioned existing technology has the following problems: 1) the use of multi-layer shelves, the cost and later maintenance costs are high; 2) it cannot be reasonably managed for different batches and varieties of tires; 3) it mainly relies on manual operation, and cannot be managed systematically and intelligently Management

In addition, multiple processes of the tire storage system, such as the sorting system, stacking system, and depalletizing system, have problems such as excessive human intervention, large equipment footprint, and low work efficiency.

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