Vertical transport device for construction material between building block layers

Abstract

The invention discloses a vertical transport device for a construction material between building block layers. The vertical transport device comprises a horizontal base, a main mast, a telescopic mast, a rotary sleeve, a rotary mast, a horizontal hanger rod, a first fixed pulley and a winding engine, wherein the main mast is vertically fixed on the horizontal base; the lower end of the telescopic mast is inserted into the upper end in the main mast; the upper end of the telescopic mast is inserted into the lower end in the rotary sleeve; the upper end of the rotary sleeve is inserted into the rotary mast; the top of the rotary mast is vertically and fixedly connected with one end of the horizontal hanger rod; two ends of the horizontal hanger rod are respectively connected with the first fixed pulley and a second fixed pulley to form a pulley; a lifting hook is arranged at one end, which winds the first fixed pulley, of a steel wire rope; one end, which winds the second fixed pulley, of the steel wire rope, is connected with the winding engine; the winding engine is fixedly arranged on the horizontal base. The problem that the building blocks for secondary structure construction of a large-floor height structure is difficult to vertically transport is solved; the vertical transport device has the advantages of being simple, efficient, safe, low in equipment cost, and easy to operate and maintain; the material transportation efficiency and the construction efficiency of a worker are improved; the construction labor intensity is alleviated.

Description

technical field [0001] The invention relates to building construction equipment, in particular to a vertical transport device for construction materials between block layers. Background technique [0002] At present, with the construction of large-scale public construction projects and modern office buildings, etc., there are more and more large-storey heights, large-space diversification, and more and more functional spaces. It is necessary to lift the material to a construction operation platform above 3.6m. According to the previous construction method, it is necessary to build an operation platform with more than three levels, and then rely on manpower to transfer the material level by level, or set a fixed pulley to be lifted by manpower. This method is not only labor-intensive for workers, but also has low construction efficiency and high construction cost. How to improve the on-site transfer efficiency of materials is a key problem to be solved in the secondary compon...

AI Technical Summary

Problems solved by technology

[0002] At present, with the construction of large-scale public construction projects and modern office buildings, etc., there are more and more large-storey heights, large-space diversification, and more and more functional spaces. It is necessary to lift the material to a construction operation platform above 3.6m. According to the previous construction method, it is necessary to build an operation platform with more than three levels, and then rely on manpower to transfer the material level by level, or set a fixed pulley to be lifted by manpower. This method is not only labor-intensive, but also has low construction efficiency and high construction cost. How to improve the on-site transfer efficiency of materials is a key problem to be solved in the secondary component and masonry construction of this type of project.

Images