Kerbstone laying and stacking equipment for engineering construction

Abstract

The invention relates to kerbstone laying and stacking equipment for engineering construction. The kerbstone laying and stacking equipment for engineering construction comprises a vehicle body; a slide rail and a lead screw are correspondingly mounted on the vehicle body in a fixing manner and a bearing mounting manner; and a sliding base which is in sliding fit with the front part and the rear part of the slide rail is mounted on the lead screw through threads. A main slide groove is formed in the middle part of the right side of the sliding base; a main rod is slidingly mounted in the main slide groove in the horizontal direction; a mobile base is welded at the right end of the main rod; a sub slide groove with a U-shaped cross section is formed in the upper part of the right side of themobile base; and a slide stacking component is in sliding fit with the right side of the sub slide groove. According to the kerbstone laying and stacking equipment for engineering construction, the automation level is high; through alternate engaged transmission of gear teeth, kerbstone can be automatically stacked at one side edge of a highway in the form of a straight line by alternately supplying a single kerbstone to the right lower side and controlling a lower stone road to move forwards; and moreover, the whole process needs less manpower and the equipment is convenient to control and use.

Description

technical field [0001] The invention relates to engineering equipment, in particular to a curb stone laying and stacking equipment for engineering construction. Background technique [0002] The curb stone refers to the boundary stone set on the edge of the road surface, referred to as the curb stone, commonly known as the curb. It is used as a stone at the boundary between the edge of the pavement and other structural zones. Generally speaking, in the construction of the side of a straight road, curb paving is an essential item. Before paving, the curb stones are arranged in a straight line, and then the adjacent two curb stones are laid. to connect. But the problem is that due to the large number of curbstones that actually need to be stacked, it is undoubtedly difficult to achieve manual stacking alone. Although there are also some engineering vehicles on the market that can complete the laying and stacking of curbstones, in the actual use process, the driver still nee...

AI Technical Summary

Problems solved by technology

But the problem is that due to the large number of curbstones that actually need to be stacked, it is undoubtedly difficult to achieve manual stacking alone

Although there are some engineering vehicles on the market that can complete the laying and stacking of curbstones, in the actual use process, the driver needs to control the car to stop and stack, and the entire operation process is relatively laborious.

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