Customized pipeline production device and operation method thereof

Abstract

The invention discloses a customized pipeline production device and an operation method thereof. The customized pipeline production device comprises a rotating roller pressing mechanism, an extrudingrolling cylinder and a shaping outer barrel, wherein the extruding rolling cylinder is fixed on the rotating roller pressing mechanism, the working end of the rotating roller pressing mechanism is inserted into the extruding rolling cylinder, a lifting and shaping mechanism is arranged at the lower end of the shaping outer barrel, the working end of the rotating roller pressing mechanism is in contact fit connection with the lifting and shaping mechanism, the shaping outer barrel comprises a plurality of segmented barrels and bolts, the adjacent segmented barrels are connected through the bolts, and each segmented barrel comprises a shaping barrel. According to the customized pipeline production device and the operation method thereof, the extrusion rolling cylinder and an extrusion rollerare driven to rotate through a left motor and a right motor, so that the concrete introduced into the segmented barrels and inner hole shaping barrels can be shaped through the extrusion rolling cylinder, meanwhile, the extrusion roller is used for rotating, compressing and pressing so as to reduce the gaps and bubbles contained in a concrete pipeline, the concrete pipeline is more compact, and the effect of improving the strength of the concrete pipeline is achieved.

Description

technical field [0001] The invention belongs to the field of pipeline production, and in particular relates to a customized pipeline production equipment and an operation method thereof. Background technique [0002] Cast-in-situ concrete pipeline foundations are generally used in municipal pipeline construction now, and concrete pipeline pouring equipment on the market now generally adopts molds for stereotyped pouring. This method can quickly shape and pour concrete pipes, but the pipes poured in this way can only be used in some comparatively small areas. The place where the pipeline is normally laid is laid, and the place where the concrete pipeline is laid in some spanning areas is more troublesome. The ordinary pipeline is too short, and the laying needs to assume auxiliary supports, which makes the construction more difficult. As a result, such areas need to be replaced by steel pipes or plastic pipes. However, it is difficult to connect such pipelines with concrete p...

AI Technical Summary

Problems solved by technology

[0002] Cast-in-situ concrete pipeline foundations are generally used in municipal pipeline construction now, and concrete pipeline pouring equipment on the market now generally adopts molds for stereotyped pouring. This method can quickly shape and pour concrete pipes, but the pipes poured in this way can only be used in some comparatively small areas. The place where the pipeline is normally laid is laid, and the place where the concrete pipeline is laid in some spanning areas is more troublesome. The ordinary pipeline is too short, and the laying needs to assume auxiliary supports, which makes the construction more difficult. As a result, such areas need to be replaced by steel pipes or plastic pipes. However, it is difficult to connect such pipelines with concrete pipelines, and the later maintenance costs are relatively high; this leads to the limitations of the concrete pipelines poured out of the existing casting molds, especially in the underground where there will be more local stress points and less stress points. There will be misalignment in the connection of the place, which will cause the gap between the pipeline and the pipeline, resulting in rainwater leakage, which will cause the road surface to collapse.

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