Guide ring cap for threading during pipe distribution and threading method for guide ring cap

Abstract

The invention discloses a guide ring cap for threading during pipe distribution and a threading method for the guide ring cap. A plurality of clamping slots are uniformly formed on the inner circumferential surface of the guide ring cap along the circumference; guide wheels are arranged in the clamping slots; and the rolling surfaces of the guide wheels protrude from the top surface of the guide ring cap. By a wire-feeding guide ring for threading during pipe distribution, resistance formed by feeding of a wire cable at a pipe opening is reduced greatly; therefore, the wire-feeding speed is increased greatly and a wire cable skin coating layer can be relatively protected to a certain extent, even the possibility that the conventional threading construction required to be finished by two persons is changed into the threading construction finished by only one person is increased.

Description

technical field [0001] The invention relates to threading construction in buried pipes, in particular to a wire feeding guide ring for threading in pipe laying and a threading method using the guide ring. Background technique [0002] The rapid development of my country's information technology has greatly increased the demand for the types and quantities of various wires and cables in families and society. Therefore, in building construction, it is often necessary to bury a large number of wiring pipes in various building structures during the civil construction stage, and then penetrate various cables into the wire pipes when entering the electrical decoration process in the future. The specific method when threading the cable is: firmly connect one end of the lead wire that has passed through the beginning of the wire tube to one end of the cable to be threaded, and then pull the other end of the lead wire from the end of the wire tube to the outside. As the end lead is ...

AI Technical Summary

Problems solved by technology

Its disadvantages are: waste of steel and laborious construction, poor effect

In general, it takes about ten minutes to probe a 10-meter-long and 16mm-diameter commonly used buried pipe, and the slow one takes several hours, or the probe fails.

[0005]The method of retaining steel wire has a higher success rate of threading, but it wastes steel. At the same time, the existence of steel wire in the pipe makes the handling, bending, The construction links such as pipes are laborious, and it also increases the difficulty of operation for these links

The reserved steel wire is basically discarded after being used up, which is not conducive to material utilization and environmental protection

The empty pipe method saves steel, but when using steel wire and other probes, it is too dependent on the smooth quality of the inner wall of the line pipe and the quality of the previous buried pipe project, and there are still certain technical requirements for the constructor, which is time-consuming and laborious, and the detection rate is not high.

The common point of the above two methods is that they both use hard and tough long wires such as steel wires to pull the cables through the pipe. Due to the specific working environment in the pipe, the friction between the hard and tough pulling wire itself and the pipe wall is too large, and the construction is laborious and difficult. There is also a certain degree of damage to the line pipe wall

Images