Vibration rammer with horizontal vibration function

Abstract

A vibrating rammer with a horizontal vibration function is composed of a connecting frame and a supporting frame to form a casing, a vibration exciter is installed in the casing through a vibration-damping rubber block, and a tamping plate is installed on the lower part of the casing. The vibration exciter is composed of an output main shaft installed in the tamper shell through a stop bearing, the output main shaft is connected with a hydraulic motor, and a polarizing block is arranged on the output main shaft. The connecting frame is connected to the hydraulic excavator through sticks and connecting rods. The vibratory rammer with horizontal vibration function has a larger working range and vertical vibration capability. During the construction of raw earth buildings, the defects of low safety and low work efficiency of operators working at high places are overcome. The vibration rammer provided by the invention has the function of horizontal vibration, has simple structure and easy operation, and can perform vertical and horizontal compaction work.

Description

technical field [0001] The invention relates to a flat plate vibrating rammer, in particular to a vibrating rammer with a horizontal vibrating function which uses a clamping device to vibrate. Background technique [0002] In the construction of raw-earth houses and raw-earth walls, it is necessary to use a vibrating rammer to vibrate the top and side surfaces of the wall in order to repair small cracks on the wall and tamp the wall. The existing plate vibrating equipment can only vibrate in the vertical direction, and cannot vibrate in the horizontal direction. The first reason is that it cannot solve the problem of horizontal clamping of the vibrating rammer and the vibration at any height involved; During the vibration process, the direction of gravity is inconsistent with the direction of vibration, which will cause the vibration amplitude to be disordered; thirdly, in the construction, the wall usually has a certain height. The traditional method is to move the operator...

AI Technical Summary

Problems solved by technology

The existing plate vibrating equipment can only vibrate in the vertical direction, and cannot vibrate in the horizontal direction. The first reason is that it cannot solve the problem of horizontal clamping of the vibrating rammer and the vibration at any height involved; During the vibration process, the direction of gravity is inconsistent with the direction of vibration, which will cause the vibration amplitude to be disordered; thirdly, in the construction, the wall usually has a certain height. The traditional method is to move the operator and the vibration equipment to the top of the wall for operation. This has great disadvantages in terms of safety and work efficiency.

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