Concrete pavement vibration robot based on track assembly and track assembly thereof

Abstract

The invention relates to the technical field of concrete pavement treatment equipment, in particular to a concrete pavement vibration robot based on a track assembly. The robot comprises a device main body, a moving track is mounted on the inner side of the device main body, a moving table is mounted in the device main body, driving gears mounted on two sides in the moving table, and a downward pressing plate mounted at the lower end of the moving table. A downward moving plate is installed at the middle end in the moving table, only half of the outer side of a driving gear is provided with gear teeth, the upper end of the driving gear is arranged in a bevel gear shape, and one side of the downward moving plate is connected with a second driving shaft in an engaged mode, so that the driving gear can drive the moving table to move, and at the same time, after occlusion with the moving track is released, the driving gear can be meshed with one end of the second driving shaft to drive the second driving shaft to rotate, so that the second driving shaft drives the downward moving plate to overcome the spring to drive the oscillation device to move downwards, the effect that the driving motor intermittently drives the moving table and the downward moving plate to work is achieved, it is guaranteed that oscillation positions in a cement layer are evenly distributed, and the removal efficiency of bubbles is improved.

Description

technical field [0001] The invention relates to the technical field of concrete pavement processing equipment, in particular to a concrete pavement vibration robot based on rail components and the rail component thereof. Background technique [0002] Pavement pouring in civil engineering usually refers to importing concrete and other materials into a prefabricated mold to make a predetermined shape. Traditional cement pavement pouring is generally poured by manual operation machines, and then the interior of the cement layer is vibrated by manual operation of vibration equipment. , so that the air bubbles in the cement layer are shaken out, so as to avoid the cement layer from being weak after drying. [0003] However, the outside of the existing vibrating device is vertical, and the holes generated after vibrating the cement layer cannot be completely filled by the surrounding cement, resulting in more cavities in the cement layer, and the existing vibrating device lacks ex...

AI Technical Summary

Problems solved by technology

[0003] However, the outside of the existing vibrating device is vertical, and the holes generated after vibrating the cement layer cannot be completely filled by the surrounding cement, resulting in more cavities in the cement layer, and the existing vibrating device lacks external protection. The structure with cement attached to remove it will cause the cement to easily dry out on the outside of the vibrating device, which will affect the subsequent vibrating effect

Images