A smooth pipeline inner wall inspection equipment carrier

Abstract

The invention discloses a smooth pipeline inner wall detecting device carrier, comprising a front transport vehicle and a rear transport vehicle. The front transport vehicle and the rear transport vehicle are all mounted with rotating shafts through a bearing. The end of the rotating shaft is fixedly mounted. The outer ring of the rotating wheel is fixed with a soft rubber tube in an annular equidistant array. The end of the soft rubber tube is integrally formed with an attaching rubber plate. The attaching rubber plate and the soft rubber tube are jointly provided with a negative pressure port. The in-pipe inspection equipment carrier designed in the invention can drive the corresponding detection device to move in the cable duct through two transport vehicles, which is capable of absorbing the inner wall of a pipe by negative pressure to perform a fixed point detection on the cable. The smooth pipe inner wall detecting device carrier can not only effectively pass through the curve area, but also adapt to the movement according to the characteristics of the pipeline. Therefore, it can effectively operate in the pipeline, which ensures the safety of the movement and can effectivelyreplace the existing manual hand-held detection.

Description

technical field [0001] The invention relates to the technical field of pipeline detection, in particular to a smooth pipeline inner wall detection equipment carrier. Background technique [0002] Large buildings need to arrange a large number of pipes for installing power cables, etc. In order to ensure the service life of the cables in these pipes, the pipes need to be in a sealed state, and in order to prevent the accumulation of dust, the inner wall of the pipe generally needs to be as smooth as possible. This has also just caused that when pipeline is overhauled, generally can only carry out according to floor by floor, room by room and the mode that is opened by the outside to the situation inside pipeline by the outside, will consume a large amount of time like this for the overhaul of pipeline. With the development of modern pipeline maintenance technology, the condition of the line can be detected only by using simple professional mobile equipment to approach the det...

AI Technical Summary

Problems solved by technology

This has also caused that when the pipeline is overhauled, it is generally only possible to check the internal conditions of the pipeline from the outside in a way that is floor by floor, room by room and opened from the outside, which will consume a lot of time for pipeline maintenance.

With the development of modern pipeline maintenance technology, the condition of the line can be detected only by using simple professional mobile equipment to approach the detected object during the maintenance process. Therefore, the actual detection operation is simple, but the operation repeatability is high. Setting up the detection equipment carrier instead of placing the detection equipment one by one by hand can directly detect the line to avoid the trouble of opening the pipeline and checking each room. It is difficult for ordinary trolleys to effectively carry the detection equipment, which will instead cause the equipment to get stuck in the pipeline or fall directly from a high altitude

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