Time sequence inner extending type collecting mechanism

Abstract

The invention relates to a time sequence inner extending type collecting mechanism. The time sequence inner extending type collecting mechanism consists of a two-way extension air cylinder, an L-shaped machine frame, a sliding chute, a linear guide rail, an electric motor, a nut screw rod, a nut screw rod supporting seat, a supporting bottom plate, a winding steel ring, a short guide rail, a long guide rail and a shifting fork, wherein the two-way extension air cylinder is connected with the L-shaped machine frame, and can perform appropriate retraction and appropriate outward extension, so that the inner extending type clamping of the winding steel ring can be completed; the sliding chute is connected with the linear guide rail; under the driving effect of the electric motor and the nut screw rod, through the short guide rail, the front-and-rear sliding of a tyre bead connecting and withdrawing mechanism can be realized; the short guide rail and the long guide rail are mounted in a crisscross manner, and under the driving effect of the electric motor and the nut screw rod and through the long guide rail, the left-and-right sliding of the tyre bead connecting and withdrawing mechanism can be realized; and the shifting fork is mounted in the middle of the long guide rail, and is used for performing feedback and controlling a left tyre bead connecting and withdrawing mechanism and a right tyre bead connecting and withdrawing mechanism to sequentially and alternately withdraw the winding steel ring.

Description

technical field [0001] The invention relates to a time-sequence internal expansion pick-up mechanism of a bead winding machine. Background technique [0002] As we all know, the bead is an integral part of the tire. In actual production, it is often necessary to manually complete the pick-and-place and installation of the bead. At present, the main process of receiving the bead is: firstly, take out the winding steel ring from the bead storage area, then transfer it to the pinch roller on the bead winding area for manual adjustment to ensure clamping, and finally wait for the winding machine to complete the normal winding work After that, the machine stops to take out the bead to complete a winding task. This kind of working process not only requires workers to run back and forth between the bead storage area and the bead winding area, but also manually turns on and off the winding machine repeatedly; this is not only a waste of workers' physical and mental resources, but ...

AI Technical Summary

Problems solved by technology

This kind of working process not only requires workers to run back and forth between the bead storage area and the bead winding area, but also manually turns on and off the winding machine repeatedly; this is not only a waste of workers' physical and mental resources, but also increases the wear and tear on the machine , so that the entire production process cannot have a good continuity, which seriously reduces the production efficiency

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