Slope concrete pouring self-elevating formwork

Abstract

A slope concrete pouring self-elevating formwork comprises side molds, a top mold, rails, walking mechanisms and vibrating mechanisms, the side molds are fixed to the two sides of a concrete pouring slope, the rails are installed on the two sides of the side molds, the top mold is arranged on the tops of the side molds, the walking mechanisms are connected with the top mold and matched with the rails, and the vibrating mechanisms are fixed to the top mold. The walking mechanisms drive the top mold to ascend and descend along the side molds for leveling, the vibrating mechanisms simultaneouslyvibrate and conduct compacting, and the heights of the rails can be adjusted. According to the formwork, the problems that the labor intensity is large, the density is uneven and unevenness is causedduring existing slope concrete pouring are solved. The formwork has the advantages that the structure is simple, multi-layer pouring operation can be carried out by adjusting the heights of the rails,the labor intensity is low, the formwork is compact and uniform, the levelness is convenient to control, and the formwork is simple and convenient to operate.

Description

technical field [0001] The invention belongs to the technical field of concrete pouring, and relates to a self-elevating formwork for concrete pouring on a slope. Background technique [0002] Traditional slope (slope) concrete pouring construction forms include the old-fashioned 3015 formwork as the side formwork (side formwork) and wooden formwork as the top formwork. The pouring method is manually vibrated, or the drum-type climbing formwork lifted by the hoist is carried out manually. The problems existing in the process of paving, vibrating, leveling and pouring are: [0003] Using manual vibration requires multiple people to drag the vibration equipment to work, which is labor-intensive; [0004] Using artificial vibration, it is not easy to control the movement speed per unit time, and the density is uneven; [0005] Manual vibrating or mechanical stretching vibrating equipment is used, and the self-weight settlement of the vibrating equipment is difficult to contro...

AI Technical Summary

Problems solved by technology

[0003] Using manual vibration requires multiple people to drag the vibration equipment to work, which is labor-intensive;

[0004] Using artificial vibration, it is not easy to control the movement speed per unit time, and the density is uneven;

[0005] Manual vibrating or mechanical stretching vibrating equipment is used, and the self-weight settlement of the vibrating equipment is difficult to control during vibrating, reducing the smoothness of pouring

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