Flower impeller double blade feed control structure

Abstract

The invention discloses a flower impeller double insert blade feeding control structure. It includes a driving cam, which is coaxially driven and connected with the driving shaft; it also includes a movable plate, a transmission wheel is arranged on the top of the movable plate, and the transmission wheel contacts and cooperates with the driving cam, and the transmission wheel drives the movable plate to move up and down with the rotation of the driving cam; Including the feed limit device, the feed limit device includes a symmetrically arranged limit drive rod and a limit clip set at the bottom of the limit drive rod, one end of the limit drive rod is hinged to the drive substrate, and the limit drive rod is limited by the hinge. The transmission block is coordinated with the main transmission rod, and the two ends of the limit transmission block are respectively hinged to the middle part of the main transmission rod and the limit drive rod. The present invention drives the drive cam to rotate through the drive motor to realize the linkage between the main transmission rod and the limit drive rod on the drive substrate to realize the opening and closing movement of the limit clip, which is convenient to cooperate with the material retrieving action of the reclaiming device. The overall structure only needs Driven by a driving motor, the transmission structure is precise and reasonable.

Description

technical field [0001] The invention relates to the field of flower impeller insert structure, in particular to a flower impeller double insert feeding control structure. Background technique [0002] Flower impellers and louver wheels are all processed by cutting abrasive belts and inserting them side by side. With the development of technology, laser cutting has become more mature and the efficiency of laser cutting is also higher. However, the existing inserting device is a single inserting device. The structure, that is, the motor or cylinder drives the mechanical arm to clamp the cut sand pieces and insert them into the sheet arrangement seat one by one to form a flower impeller. This structure can only insert a single piece at a time, and the efficiency is limited, especially the current laser cutting. , affected by the efficiency of the insert, the efficacy cannot be reflected; at the same time, when the insert is required to be a notched rectangle, the cutting abrasi...

AI Technical Summary

Problems solved by technology

[0002] Flower impellers and louver wheels are all processed by cutting abrasive belts and inserting them side by side. With the development of technology, laser cutting has become more mature and the efficiency of laser cutting is also higher. However, the existing inserting device is a single inserting device. The structure, that is, the motor or cylinder drives the mechanical arm to clamp the cut sand pieces and insert them into the sheet arrangement seat one by one to form a flower impeller. This structure can only insert a single piece at a time, and the efficiency is limited, especially the current laser cutting. , affected by the efficiency of the insert, the efficacy cannot be reflected; at the same time, when the insert is required to be a notched rectangle, the cutting abrasive belt adopts "Z" cutting, and a single insert cannot be adapted to the application, resulting in a serious waste of abrasive belt material

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