Asynchronous circular material exchanging storage

Abstract

Disclosed is an asynchronous circular material exchanging storage. According to the asynchronous circular material exchanging storage, coaxial double-layer chain wheel and combinations thereof are assembled symmetrically on the inner walls of the two sides of a frame; a doubly-layer quadrilateral chain ring is matched on each double-layer chain wheel set; and the front chain wheel set and the chain ring as well as the rear chain wheel set and the chain ring can operate asynchronously. Four hanging baskets are hung on the front and rear chain rings correspondingly in an equally spaced mode through hanging shaft pieces. The hanging baskets on the front and rear chain rings operate asynchronously with the rhythm of one sixth of ring spacing in each time of operation, and each hanging basket can be commutatively conveyed to a feeding opening or a material taking opening. Guiding wheels are mounted on the bottom edges of the hanging brackets to be matched with a quadrilateral guiding rail ring on the frame. Fractures are formed in the intersection positions of an upper edge channel groove of the guide rail ring and chains of the double-layer chain ring to enable hanging shaft rods on the hanging baskets to pass. Openings are formed in the inner side walls of the upper edge channel groove and a lower edge channel groove of the guide rail ring to enable the guiding wheels of the inner sides of the hanging baskets to pass at the time of vertical operating.

Description

technical field [0001] The invention relates to a material storage and exchange device, in particular to an asynchronous circulation material exchange storehouse. Background technique [0002] In large-scale equipment manufacturing industries (such as automobile manufacturing plants, etc.), when various parts enter the final assembly line, they need to be sorted, concentrated, and stored for backup. A variety of spare materials are piled up next to the assembly line, which occupies a large area, and the varieties and models are placed irregularly. When selecting workpieces, the station operators have to walk in many material baskets or racks in disorder, so there are a lot of ineffective operations and ineffective time. Expenses increase labor intensity and reduce work efficiency. Moreover, this situation cannot realize the automatic transformation of the allocation and selection of materials at the assembly line, which seriously restricts the improvement of production effi...

AI Technical Summary

Problems solved by technology

A variety of spare materials are piled up next to the assembly line, which occupies a large area, and the varieties and models are placed irregularly. When selecting workpieces, the station operators have to walk in many material baskets or racks in disorder, so there are a lot of ineffective operations and ineffective time. Expenses increase labor intensity and reduce work efficiency

Moreover, this situation cannot realize the automatic transformation of the allocation and selection of materials at the assembly line, which seriously restricts the improvement of production efficiency

Although people have been looking for a solution to this dilemma, due to the large size and weight of such workpieces and the limited space on the line, there is no ideal technical solution yet.

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