Automatic intermittent cycle worktable

Abstract

The invention relates to an automatic intermittent cycle worktable. The automatic intermittent cycle worktable comprises at least two guide rail and sliding table combination devices which form a group, pneumatic pulling and pushing device assemblies which are matched with the guide rail and sliding table combination devices, and work sliding table movement limiting devices, wherein the pneumatic pulling and pushing device assemblies are arranged below the guide rail and sliding table combination devices and are used for controlling the movement of each sliding table on each guide rail; and the work sliding table movement limiting devices are arranged below the guide rail and sliding table combination devices, and are used for controlling the limiting when each sliding table is moved to a work station. By using the automatic intermittent cycle worktable, the number of worktables can be increased or reduced as required; the automatic intermittent cycle worktable is adjusted and positioned freely, easy to operate, high in universality, and cycled automatically; the labor force is reduced; and the automatic intermittent cycle worktable can be switched into an independent cycle work of a single worktable as required, high in practicability and can be used in a plurality of industries.

Description

Technical field [0001] The present invention involves mechanical automation circulation devices, especially a intermittent automation circulation device using cylinder push -pull binding to the platform and controlling the sliding location. Background technique [0002] Most of the existing mechanical automated intermittent device uses equal division of rotation discs.There are many institutions such as cam, connecting rods, hydraulic, pneumatic, servo or step -by -step motor with a speed device. Most of the structure forms around a central axis, and a fixed equivalent angle is rotated on a disc surface of a disc.Time, do homework, and then rotate another angle, stop for a period of time, and do the operation after week. [0003] The defect of this structure is that the equivalent angle is the fixed value, the accuracy requirements are high, and cannot be adjusted. When the large workpiece and multi -station work, the corresponding diameter of the discIt is also difficult to guar...

AI Technical Summary

Problems solved by technology

[0003] The disadvantage of this structure is that the indexing angle of equal division is a fixed value, and the indexing accuracy is high and cannot be adjusted. When a large workpiece is operated in multiple positions, the corresponding diameter of the disc also needs to be relatively large, which is difficult to manufacture and the indexing accuracy cannot be adjusted. It is also difficult to ensure that the space of the working position is limited, and the adjacent stations often interfere with each other, which limits the scope of use to a certain extent.

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