Deep hole O-shaped sealing ring sleeving mounting machine

Abstract

The invention relates to a deep hole O-shaped sealing ring sleeving mounting machine. The machine comprises a lifting rotating four-claw supporting and picking mechanism. The machine is characterized in that a mounting device rack is arranged at one side of the lifting rotating four-claw supporting and picking mechanism; four lead screws are arranged in parallel to the rack and are distributed in four corners of a horizontal rectangle; a sleeve is arranged at the inner side of each four lead screw and is tangent to each of the four lead screws; two groups of supporting mechanisms opposite to the sleeves are arranged at the front and back of the rack; the sleeves can be alternatively clamped and positioned through the supporting mechanisms. The machine has the advantages that original operation of manually sleeving an O-shaped ring is replaced, and thus the working efficiency and accuracy are qualitatively increased; in addition, the automation is achieved, so that the labor intensity of workers is reduced; the machine has a good market prospect under the large automatic production background in the current product; the machine is free of a complex structure, and the function can be performed only after the processing precision and the corresponding strength are ensured.

Description

technical field [0001] The invention relates to a deep hole sleeve O-ring installation machine. Background technique [0002] In industrial production, there will be many structures where O-rings need to be installed. On the assembly line, the O-ring jaws are generally used to directly support the O-rings, and then the O-rings are directly placed in the sealing grooves that need to be installed. However, if the position where the O-ring needs to be installed is relatively deep (see figure 1 ), figure 1 As shown in the figure, because L is relatively long, it is a deep-hole sleeve O-ring, so it is no longer possible to use the traditional O-ring jaws to directly support and install the sleeve. At present, most of the O-rings are manually clamped on both sides and then directly placed on the product. It is time-consuming and the accuracy cannot be guaranteed, and automatic production cannot be realized. Therefore, it is urgent to design a device that can complete the install...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the problem that the O-ring jaws in the prior art cannot directly support the deep-hole sleeve O-ring, but can only rely on manual direct casing or first put the O-ring on the transition sleeve and then manually The above-mentioned problems in casing one by one

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