An O-ring ring mechanism

Abstract

The invention discloses an O-ring ring mechanism, specifically relates to the technical field of ring machines, comprising a motor mounting plate, a working base plate is arranged on the top of the motor mounting plate, and several parallel rings are arranged between the motor mounting plate and the working base plate Distributed support columns, a drive assembly is provided at the axis of the motor mounting plate, and a ferrule assembly is provided on the surface of the working substrate. In the present invention, the O-shaped rings are placed on the closed claws, and the linear stepping motor is started to lift the cone of the rings, and push the contact ring plates to expand radially along the linear guide rails, and the ring claws will O The type ring is stretched, which is convenient for the O-ring to work. It is compatible with O-rings of various diameters and specifications, so that one machine can be used for multiple purposes, reducing equipment cost investment. The ring is pushed down from the ring claw, and then the linear stepping motor drives the ring cone to retreat, and the ring plate and the ring claw are reset and close together under the force of the return spring, so as to improve the working efficiency of the ring.

Description

technical field [0001] The invention relates to the technical field of a ring machine, and more specifically, the invention relates to an O-ring ring mechanism. Background technique [0002] O-rings are widely used. At present, the working methods of O-rings in various industries are uneven. Some use manual sleeves, some use semi-automatic device sleeves, some use simple tooling rod auxiliary sleeves, and a few use automatic ring ring machines. Manual ferrules and easy-to-use devices will undoubtedly take a lot of labor and have low efficiency; semi-automatic devices can reduce the labor intensity of manual ferrules a little, but still require a lot of labor and have low efficiency. [0003] In some existing automatic ferrule machines, the design of the ferrule device is not strong enough, some can only fit a certain specification of O-rings and cannot be compatible, and some can be compatible with a few rings with similar diameters, but Manual adjustment is required, and ...

AI Technical Summary

Problems solved by technology

Manual ferrules and simple devices will undoubtedly take up a lot of labor and have low efficiency; semi-automatic devices can reduce the labor intensity of manual ferrules a little, but still require a lot of labor and the efficiency is still low

[0003] In some existing fully automatic ferrule machines, the design of the ferrule is not strong enough, some can only fit O-rings of a specified specification and cannot be compatible, and some can be compatible with a few rings of similar diameters, but Manual adjustment is required, and the compatibility range is small. The mechanism is often dedicated to a special machine, and the compatibility and versatility are poor.

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