O-ring sleeving pack mechanism and operation method thereof

Abstract

The invention provides an O-ring sleeving pack mechanism. The O-ring sleeving pack mechanism comprises a bottom support frame and an O-ring feeding platform. A manipulator mounting plate is arranged on the bottom support frame. A lifting sliding rail is in the z-axis direction, and is arranged on one surface, close to the O-ring feeding platform, of the manipulator mounting plate. A transit connecting plate is arranged on the lifting sliding rail and driven by the lifting sliding rail to slide along the lifting sliding rail. A slab is arranged on the lower portion of the transit connecting plate. A straight sliding rail extends in the direction of the z-axis, and is fixedly arranged on one surface, away from the transit connecting plate, of the slab. A three-jaw cylinder expanding mechanism used for expanding an O-ring and is connected with the straight sliding rail. A translation cylinder drives the three-jaw cylinder expanding mechanism to slide at the y-axis along the straight sliding rail. The O-ring sleeving pack mechanism has high degree of automation, high accuracy of O-ring sleeving packing, high production efficiency, and no damage to the O-ring.

Description

technical field [0001] The invention relates to an O-ring fitting mechanism and an operating method thereof, in particular to an O-ring fitting mechanism and an operating method thereof on an automatic O-ring production line of a prestressed anchor, and belongs to the field of mechanical technology. Background technique [0002] In the production process of the prestressed anchor O-ring, after the combined anchor is transported to the corresponding station of the flow channel and the O-ring feeding table by the translational transport mechanism, the O-ring set operation is also required for the anchor Processing, which requires an O-ring set mechanism. [0003] However, most of the O-ring suits in the prior art are manually assembled. Generally, according to the elastic properties of rubber, the O-ring is stretched and deformed, and then the O-ring is inserted into the sealing groove, but the assembly speed of manual assembly It is slow and the hands of the staff are easily...

AI Technical Summary

Problems solved by technology

[0003] However, most of the O-ring suits in the prior art are manually assembled. Generally, according to the elastic properties of rubber, the O-ring is stretched and deformed, and then the O-ring is inserted into the sealing groove, but the assembly speed of manual assembly It is slow and the hands of the staff are easily damaged, it is not suitable for mass production, the efficiency is low, and the intensity of repetitive labor is high. For the production enterprise, it not only faces a sharp increase in labor costs, high personnel mobility, and unstable product quality. problems, and what is more serious is that few people are willing to do this kind of labor nowadays

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