Feeding and assembling mechanism for small materials

Abstract

A feeding and assembling mechanism for small materials comprises a guide groove, a material distributing air cylinder, a reversing air cylinder, a falling air cylinder, a fixing seat, a discharging baffle and a trough. The material distributing air cylinder is arranged at an outlet in the tail end of the guide groove; one side of the trough is connected with the tail end of the guide groove; the reversing air cylinder is arranged at the position, close to the guide groove, of the upper portion of the trough; the falling air cylinder is connected with the trough through the fixing seat; the discharging baffle is connected with the falling air cylinder; and the falling air cylinder drives the discharging baffle to move front and back, so that the discharging baffle enters or retreats from the trough through a discharging groove. The feeding and assembling mechanism can transfer small-size and light-weight materials such as folding spoons to designated positions of to-be-assembled materials from disorderly placed trays in a one-by-one and accurate control and pose changing mode, and it can be guaranteed that the phenomena of tray clamping, blockage, repeated feeding, missing feeding and the like do not occur in the conveying and assembling process of the materials. The feeding and assembling mechanism is ingenious in design, simple to operate, convenient to use and high in efficiency.

Description

technical field [0001] The invention discloses a feeding and assembling mechanism for small materials, which belongs to a new technology in the field of fully automatic production of bottle caps. Background technique [0002] On the production line, small materials need to be transferred from the material storage station to the next station for matching and installation with other materials, such as the assembly of folding spoons and food bottle caps, etc. The materials change from a random position to a fixed position , The state of fixed direction can be accurately and efficiently assembled into the matching materials. Due to the small size and light weight of the materials, the existing equipment is prone to repeated feeding, overlapping, and missing feeding during the feeding and assembly process, which will not only produce unqualified assembled products, but also cause material chucks and blockages in the assembly line. The industry urgently needs an improved solution...

AI Technical Summary

Problems solved by technology

Due to the small size and light weight of the material, the existing equipment is prone to repeated feeding, overlapping, and missing feeding during the feeding and assembly process, which will not only produce unqualified assembled products, but also cause material chucking and blockage in the assembly line

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