Slope hydraulic self-propelled concealed-rail drag mold

Abstract

The invention provides a slope hydraulic self-propelled concealed-rail drag mold, which comprises travel beams, a balance beam, a template system, a working platform, a hydraulic system and the like, wherein each travel beam consists of a crossbeam, a front sliding seat, a back sliding seat, adjusting screws and a cylinder block; the front sliding seat is in rigid connection with the crossbeam, and the back sliding seat is hinged with the crossbeam; the template system consists of a template, a bearing beam and a template system support frame; the bearing beam is parallel to the balance beam; two ends below the bearing beam and the balance beam are respectively provided with a travel beam in the vertical direction; the rear end of the template is provided with the template system support frame; the working platform is parallel to a rail, and is obliquely tensioned on the template system support frame through a spiral lock button; the hydraulic system mainly comprises a hydraulic pump station, advancing cylinders, a hydraulic pipeline and the like; the hydraulic pump station is arranged in the middle of the bearing beam; and an advancing cylinder is arranged below each of two travel beams. The drag mold is not limited to the slope gradient, can ensure that concrete can be continuously poured in large cube amount and large area, and ensures high pouring speed and good quality.

Description

Technical field: [0001] The invention relates to an inclined-plane hydraulic self-propelled concealed rail drag form, which is mainly a mechanical device for embankment engineering slope-clad concrete pouring. Background technique: [0002] In recent years, the number of embankment construction projects has increased. These projects have a large construction scope and high project quality requirements. According to the needs of project construction, many slopes need to be treated with slope-clad concrete to ensure a certain uniform thickness, compactness, and flatness. Requirements, due to the complex terrain structure of the slope, most of these projects are completed manually by ordinary construction methods, which require a large number of assembled small steel forms, which is labor-intensive, time-consuming, and costly. At the same time, transportation, installation, and adjustment of the formwork require A lot of financial, material and transportation costs are wasted, ...

AI Technical Summary

Problems solved by technology

[0004] 1. The structure of the machine is complex and expensive, which cannot reduce the cost of the construction unit;

[0005] 2. When the paving width is large, it cannot be applied to wide paving due to the limitation of the machine structure;

[0006] 3. There are many faults, large maintenance, and long installation and disassembly cycles;

[0007] 4. Poor adaptability to changes in slope length and slope ratio;

[0009] 6. Continuous paving is not allowed, and the quality and progress of the project cannot meet the requirements of the project

Images