Automatic assembling device for flexible sealing ring

Abstract

The invention discloses an automatic assembling device for a flexible sealing ring and belongs to the technical field of sealing ring assembly. The automatic assembling device comprises a sealing ring assembling mechanism. The sealing ring assembling mechanism comprises an assembling lifting sliding table, a downward pressing assembly and an assembling rotating motor used for driving the downward pressing assembly to rotate and adjust, the assembling rotating motor is arranged on the assembling lifting sliding table, the downward pressing assembly comprises a pressing bracket and a downward pressing roller, the downward pressing roller is rotationally arranged on the pressing bracket, the pressing bracket is connected with an output shaft of the assembling rotating motor, the downward pressing roller is driven by the assembling lifting sliding table to press the sealing ring downwards, and the sealing ring assembling mechanism is driven to move along a shape track of the sealing ring, so that the whole sealing ring is pressed into a mounting groove or a contour route. Compared with the prior art, by using the automatic assembling device, the assembling stability and consistency of the sealing ring are improved while the assembling efficiency is improved and the operation intensity is weakened, so that the airtight effect of a product is improved, the universality is high, and the automatic assembling device can adapt to sealing rings of different types, different sizes and different shapes.

Description

technical field [0001] The invention relates to the technical field of sealing ring assembly, in particular to an automatic assembly device for a flexible sealing ring. Background technique [0002] With the increasing automation of product production and processing, the requirements for the airtight level of the product are also getting higher and higher, and there will be more and more customized seals. In order to ensure production efficiency and at the same time improve the consistency and stability of seal assembly, automatic assembly is a better choice. [0003] When assembling conventional rubber sealing rings, it is easy to not fit properly, or the pressing length of the sealing ring is not well controlled during the assembly process, and local bulges are easy to appear after assembly. In the process of ring assembly, there will be a phenomenon that the sealing ring is partially stretched and lengthened, so theoretically speaking, the sealing compression performance...

AI Technical Summary

Problems solved by technology

[0003] When assembling conventional rubber sealing rings, it is easy to be assembled incorrectly, or the pressing length of the sealing ring is not well controlled during the assembly process, and local bulges are prone to appear after assembly. In the process of ring assembly, there will be a phenomenon that the sealing ring is partially stretched and lengthened, so theoretically speaking, the sealing compression performance of the section where the sealing ring is stretched and lengthened will decrease, and the compressibility of the sealing ring installation end will also decrease. will become stronger accordingly, which will be different from the original intention of the design

[0004] In the process of manual installation operation, the stability of assembly is not so good, and the intensity of manual operation will also increase. If things go on like this, under the premise of ensuring assembly efficiency, manual operation fatigue cannot be guaranteed, otherwise assembly efficiency cannot be guaranteed , in addition, high-strength manual assembly will cause fatigue and lead to an increase in defective rate

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