Anchor rod waterproof coiled material cutting device and method

Abstract

The invention discloses an anchor rod waterproof coiled material cutting device and method. The anchor rod waterproof coiled material cutting device comprises an annular base and a rotation ring coaxially connected in the annular base in a rotating manner. A cutting knife located on the same vertical plane together with the inner annular face of the rotation ring is fixedly installed on the rotation ring. At least two vertical slide rails are symmetrically arranged on the lateral side of the annular base. A positioning steel column is arranged in each vertical slide rail in a sliding manner. Alocking component used for locking the positioning steel column is arranged between each positioning steel column and the annular base. By means of the anchor rod waterproof coiled material cutting device, a circular through hole matched with an anchor rod can be accurately formed through cutting, and conducting of the next working procedure is ensured; and a worker holds a handle by hands to conduct surrounding cutting, operation is easy and rapid, cutting damage of coiled materials is effectively avoided, and the construction efficiency is further improved.

Description

technical field [0001] The invention relates to the technical field of coil cutting, in particular to an anchor rod waterproof coil cutting device and method. Background technique [0002] The installation of the anchor waterproof structure needs to be applied to the waterproof membrane. During installation, the waterproof membrane often needs to be cut corresponding to the location where the anchor is waterproof and needs to be filled with grease. The cut size and shape are the same as the end of the anchor. In the prior art, wallpaper cutters or other knives are generally used to cut manually. Since the waterproof membrane is thick during on-site construction, cutting with ordinary tools cannot guarantee the regularity of its shape, and it is also difficult to ensure the size of the opening. When the ointment is poured in the later stage, the quality of waterproofing is reduced, and the construction efficiency is low. Contents of the invention [0003] The purpose of th...

AI Technical Summary

Problems solved by technology

In the prior art, wallpaper cutters or other knives are generally used to cut manually. Since the waterproof membrane is thick during on-site construction, cutting with ordinary tools cannot guarantee the regularity of its shape, and it is also difficult to ensure the size of the opening. When the ointment is poured in the later stage, the quality of waterproofing is reduced, and the construction efficiency is low

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