A multi-layer pipe gallery pipe threader double-team circulation pipe threading device and its construction method

Abstract

The invention provides a dual-team circulation pipe penetrating device of a multilayered pipe gallery pipe penetrating device. The dual-team circulation pipe penetrating device comprises two pipe penetrating device pipe penetrating units, and a bypass truss is preserved between the adjacent ends of the two pipe penetrating device pipe penetrating units; each pipe penetrating device pipe penetrating unit comprises at least two pipe penetrating device roll row devices, and each pipe penetrating device roll row device comprises a roll row, at least two pipe penetrating device bodies for concrete beams or at least two pipe penetrating device bodies for steel beams and at least one walking channel; and the pipe penetrating device bodies for the concrete beams or the pipe penetrating device bodies are arranged on the pipe gallery concrete beams and the pipe gallery steel beams, the pipe penetrating device bodies for the concrete beams and the pipe penetrating device bodies for the steel beams are each provided with a rolling component, and all the pipe penetrating units for the concrete beams and the pipe penetrating units for the steel beams form the roll rows. By means of the dual-team circulation pipe penetrating device of the multilayered pipe gallery pipe penetrating device, the using amount of a crane can be reduced, cost is reduced, and safety risks are reduced. The invention further provides a construction method for the dual-team circulation pipe penetrating device of the multilayered pipe gallery pipe penetrating device, and the using amount of the crane can be effectively reduced.

Description

technical field [0001] The invention relates to the technical field of pipe gallery construction, in particular to a multi-layer pipe gallery pipe threader double-shift circulation pipe threading device and a construction method thereof. Background technique [0002] With the development of the national economy, the construction scale of projects in various industries such as petroleum, chemical industry, and metallurgy is getting larger and larger. The design of the pipe gallery of the whole plant and the installation area is getting higher and higher, and the design and arrangement of pipelines on the pipe gallery are becoming more and more dense. In addition, the height of the pipe gallery is high and the distance is long, which makes it very difficult to hoist the pipes on the pipe gallery. The traditional pipe threading methods (such as the direct pipe threading method of the crane, the pipe threading method of the reverse chain traction, the pipe threading method of th...

AI Technical Summary

Problems solved by technology

Using traditional pipe threading methods (such as direct pipe threading method by crane, pipe threading method by reverse chain traction, pipe threading method by steel roller pipe threader, pipe threading method by rail trolley), has been unable to meet the requirements of low cost, safety, quality, and progress. In this case, it is necessary to continuously innovate and find a pipe threading device that can reduce costs and complete the multi-layer pipe gallery process pipeline safely, steadily, and with high quality on schedule.