Automatic pipe laying device

Abstract

The invention discloses an automatic pipe laying device which is characterized in that the automatic pipe laying device comprises a positioning pipe laying device and a pipe hoisting device, the positioning pipe laying device comprises a positioning traveling crane, a device support, hydraulic pressure supporting legs and a rear-end positioning mechanism, the hydraulic pressure supporting legs are fixed on two sides of the device support, a rear-end positioning space is formed in the device support and used for covering a pipe body from top to bottom, the rear-end positioning mechanism comprises a rear-end left side pipe, a rear-end right side pipe and a rear-end middle side pipe which are rotatably mounted in the rear-end positioning space, a front-end positioning space is formed in the device support and used for carrying falling pipe bodies, guide plates are obliquely fixed on two sides of the front-end positioning space, a front-end positioning mechanism comprises a front-end left side pipe, a front-end right side pipe, a front-end pushing mechanism, a left side pipe driving mechanism and a right side pipe driving mechanism, the left side pipe driving mechanism is used for unfolding the front-end left side pipe, and the right side pipe driving mechanism is used for unfolding the front-end right side pipe. According to the automatic pipe laying device, rapid positioning can be achieved, abutting joint is convenient and rapid, opening efficiency is improved, and potential safety hazards are avoided.

Description

technical field [0001] The invention relates to an automatic pipe laying equipment. Background technique [0002] With the rapid development of the national economy, the road and railway interchange projects built all over the country are increasing day by day. Road drainage design is an important link and element of municipal road construction. If the drainage design is unreasonable, it will easily cause serious water accumulation. The construction of urban rainwater collection pipelines not only considers the construction quality but also the construction progress. How to improve the construction progress while ensuring the construction project quality has always been one of the directions for technical personnel in the field. During the construction of road rainwater pipelines, the operation of lowering pipes and joints is as follows: Use a crane to cooperate with manual lowering of pipes. When using a crane to lower the pipe, the distance between the crane and the edge...

AI Technical Summary

Problems solved by technology

The problems in the above construction process are: during the operation, multiple workers need to go down the trench to assist the crane to lower the pipe, which not only has potential safety hazards, but also has low efficiency, and the pipe joints are easy to collide with the pipe under the groove, causing damage to the pipe

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