Earthwork cloth rolling supporting bracket

Abstract

The invention discloses an earthwork cloth rolling supporting bracket which comprises a rack and a rolling supporting and placing mechanism; the rack is composed of a base and supporting plates; the base is formed by welding longitudinal channel steel and transverse channel steel; two left and right supporting plates form one group; each supporting plate is a trapezoid steel plate with the upper end provided with a groove; a plurality of uniformly distributed fixing grooves are formed in the edge of each groove; the lower ends of the supporting plates are fixedly welded with the base; the rolling supporting and placing mechanism is uniformly provided with a plurality of supporting rolls on the inner sides of one group of two supporting plates along the grooves at the upper ends of the supporting plates; and wheel roll shafts at the two ends of each supporting roll are locked to the fixing grooves, opposite to each other on the two sides, formed in the edge of the groove of the corresponding supporting plates. The earthwork cloth rolling supporting bracket is of a simple structure and low in manufacturing cost and maintenance cost and has the advantages of convenience in operation, low labor intensity, high efficient construction and low cost when being used for construction.

Description

technical field [0001] The invention relates to a drainage ditch material laying device, in particular to a geotextile rolling bracket. Background technique [0002] Geotextile is a commonly used material for laying temporary drainage ditches. Generally, laying a drainage ditch requires several rolls or even dozens of volumes of geotextiles. Therefore, choosing a reasonable geotextile drag-and-drop method can effectively reduce labor intensity and improve work efficiency. The traditional geotextile drag and drop mainly adopts two methods. One is to roll the geotextile roll directly on the ground to unfold the geotextile. This method is relatively restricted by the terrain and labor-intensive; Insert the rotating shaft into the center of the geotextile, and then place the geotextile on the film roll drag-and-drop machine for dragging and dropping. Since there is no paper tube in the center of the geotextile, it is difficult to insert the rotating shaft directly into the cente...

AI Technical Summary

Problems solved by technology

The traditional geotextile drag and drop mainly adopts two methods. One is to roll the geotextile roll directly on the ground to unfold the geotextile. This method is relatively restricted by the terrain and labor-intensive; Insert the rotating shaft into the center of the geotextile, and then place the geotextile on the film roll drag-and-drop machine for dragging and dropping. Since there is no paper tube in the center of the geotextile, it is difficult to insert the rotating shaft directly into the center of the geotextile roll. Therefore, the film roll drags The release machine cannot play the role of dragging and dropping geotextile rolls

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