Installing device for air spring buffer block

Abstract

The invention relates to an installing device for an air spring buffer block. The installing device comprises a lower fixed plate. A slide groove, a slider, a lower cylinder and two first connecting rods are disposed on the lower fixed plate. The slider is slidably disposed in the slide groove. A second connecting rod is disposed on the slider. A buffer block groove is formed in the top end of thesecond connecting rod. The slider is connected with the lower cylinder. The slider can slide along the slide groove under the push-pull action of the lower cylinder. The top ends of the two first connecting rods are jointly connected with an upper fixed plate. An upper cylinder is fixed to the upper fixed plate. A control box and a start button unit which are electrically connected with the uppercylinder and the lower cylinder are disposed on the first connecting rods. The installing device can set feeding pressure and time in accordance with different assembly sizes of the buffer block by its automatic regulating function, and meanwhile makes sure that no size deviation occurs when the buffer block is assembled and makes sure that the buffer block is assembled in place with the aid of acentring unit, thereby synchronously improving production efficiency and reducing labor intensity in the whole assembly process only by starting button control.

Description

technical field [0001] The invention relates to the field of automobile air suspension, in particular to an air spring buffer block installation device. Background technique [0002] With the sharp rise in living standards, air springs are more and more widely used in China. Air springs are widely used in various vehicles, industrial equipment, and high-speed rail. The safety of the air spring has a great influence on our normal use. In terms of the quality and safety of the air spring, the assembly of the airbag buffer block greatly affects the safety of the air spring. [0003] At present, most of the buffer blocks on the market are installed by manual tooling and press-fitting the buffer block. This method has the risk of press-fitting failure. First, when manually tooling and pressing the buffer block, the installation size of the buffer block is not enough, and the inside of the buffer block falls off, causing the air spring to fail. Second, manual tooling to press a...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the buffer blocks on the market are installed by manual tooling and press-fitting the buffer block. This method has the risk of press-fitting failure.

First, when manually tooling and pressing the buffer block, the installation size of the buffer block is not enough, and the inside of the buffer block falls off, causing the air spring to fail

Second, manual tooling to press and install the buffer block requires multiple presses, the positioning direction is not accurate, and it is easy to press to the edge of the buffer block to cause damage and failure, and it is time-consuming and labor-intensive, wasting manpower and material resources

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