A magnetic ring feeding transposition device

Abstract

The invention discloses a magnetic ring feeding transposition device. A feeding mechanism drives a transposition table to perform a transitional motion to reach the position of a dislocation plate; a connecting piston rod retracts; a connecting cylinder drives an L-shaped block to drive a transposition arm to rotate by 90 degrees; the end surface of a lower plate is parallel to the end surface of the dislocation plate; a first cylinder drives an upper plate and a guide column to move forwards and backwards along the normal direction of the upper base through a first piston rod; the guide column is matched with the inner diameter of the magnetic ring and a dislocation hole; a second cylinder drives the lower plate to move forwards and backwards along the normal direction of a lower base through a second piston rod; the guide column sucks a magnetic ring in the dislocation hole; the connecting piston rod extends outside; a limiting block further limits rotation of the transposition arm; and the end surface of the lower plate is perpendicular to the end surface of the dislocation plate, so that a taking station is added, a manipulator can conveniently take magnetic rings from different stations to finish the feeding of an added injection molding machine, the waiting time is shortened, and the production efficiency is improved.

Description

technical field [0001] The invention relates to a magnetic ring feeding transposition device. Background technique [0002] like figure 2 As shown, at present, magnetic rings are inlaid in many injection molding magnets. During processing and manufacturing, the magnetic rings are placed horizontally on the reclaiming mechanism, and the manipulator sucks the magnetic rings from the reclaiming mechanism. The suction plate of the manipulator rotates 90°, and the manipulator Move to the corresponding injection molding station of the injection molding machine, place the magnetic ring on the injection molding station, the injection molding machine injects the magnetic ring, the manipulator leaves and translates to the feeding mechanism, the suction plate of the manipulator rotates -90°, The manipulator aligns with the position where the magnetic ring of the reclaiming mechanism is placed, and the suction plate aligns with the position where the magnetic ring of the reclaiming mec...

AI Technical Summary

Problems solved by technology

[0002] like figure 2 As shown, at present, magnetic rings are inlaid in many injection molding magnets. During processing and manufacturing, the magnetic rings are placed horizontally on the reclaiming mechanism, and the manipulator sucks the magnetic rings from the reclaiming mechanism. The suction plate of the manipulator rotates 90°, and the manipulator Move to the corresponding injection molding station of the injection molding machine, place the magnetic ring on the injection molding station, the injection molding machine injects the magnetic ring, the manipulator leaves and translates to the feeding mechanism, the suction plate of the manipulator rotates -90°, The manipulator aligns with the position where the magnetic ring of the reclaiming mechanism is placed, and the suction plate aligns with the position where the magnetic ring of the reclaiming mechanism is placed to absorb the magnetic ring. This process is repeated continuously. The waiting time for a single injection molding machine is long. In order to reduce the Waiting time, improving production efficiency, usually need to set up two injection molding machines, the two injection molding machines are set on two sides, the injection molding stations are opposite, but the suction plate of the manipulator can only be rotated 90° in the set direction and the suction plate The guide column for the suction magnetic ring is reversed, and a single reclaiming station cannot meet the work needs. Therefore, it is necessary to add a reclaiming station to the reclaiming mechanism

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