Shelling-out device for paving curbs

Abstract

The invention relates to a shelling-out device for paving curbs. The shelling-out device comprises a cart body, wherein a carrying plate is fixedly arranged on the cart body; a cement loading box is fixedly arranged at the upper end of the left part of the carrying plate; crossing plates are respectively arranged at the front part and the rear part on the carrying plate; the left end and the rightof each crossing plate are respectively and correspondingly fixed in the cement loading box and on the carrying plate; each crossing plate is provided with an arc-shaped groove and a horizontal groove which are communicated from left to right; each arc-shaped groove is provided with a brushing handle in a sliding manner; the brushing handles are respectively provided with a hairbrush. The brushing device has the beneficial effects that on the basis of driving the cross rod to conduct left-right reciprocating slip, by transmission of a linked rod and guiding of the crossing plates, the brushing hair can be effectively controlled to dip cement carry out automatic cement brushing on the two small surfaces of the curbs, so that the stability and the firmness of pavement of the following curbsare ensured.

Description

technical field [0001] The invention relates to an engineering machine, in particular to a squeegee for paving curb stones. Background technique [0002] Curbstones are marker stones placed between the pavement and other structures. Curb stones are generally required between the divider and the road surface of urban roads, between the sidewalk and the road surface, and curb stones are often required at the edge of the central divider of the road, the right edge of the carriageway or the outer edge of the shoulder. Generally speaking, two rows of parallel curbs are commonly used at the edge of urban roads to isolate the green belt from the motorway and bicycle lane. It has a certain protective effect on the green belts on both sides of the road. But the problem is that in reality, when people lay a row of curbstones on the road, because each adjacent two curbstones are relatively independent, the overall laying of the curbstones is not stable, so it must be laid before layi...

AI Technical Summary

Problems solved by technology

But the problem is that in reality, when people lay a row of curbstones on the road, because each adjacent two curbstones are relatively independent, the overall laying of the curbstones is not stable, so it must be laid before laying. Apply cement on the two small faces of each curb to facilitate the connection of two adjacent curbs during laying to ensure the stability of the connection

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