An integrated device for slope concrete protection

Abstract

The invention discloses integrated equipment for side slope concrete protection. The integrated equipment is composed of a main framework system, an operation room, a power system, a walking system, an excavation system, a formwork system, a concrete distribution system, a vibrating (flattening and finishing) system, a curing system, a monitoring system, a hydraulic system and an automated control system. Trench excavation, framework mounting and checking, concrete pouring and forming including material distribution, vibrating, flattening, finishing, grinding and leveling and framework disassembly of slide slope concrete protection can be integrally conducted, and subgrade side slope concrete protection and pouring and forming can be achieved at a time; and the structure is simple, operation is safe and reliable, construction is convenient, production efficiency is improved, the construction cost is lowered, and the quality requirements of concrete construction are met effectively.

Description

technical field [0001] The invention relates to the technical field of roadbed side slope concrete protection construction, in particular to an integrated device for side slope concrete protection. Background technique [0002] Most subgrade and slope protection works are constructed using traditional construction techniques, and trenches are excavated manually, and small combined formwork (or wooden formwork) is used to support and remove the end and superstructure formwork. , after dismantling, proceed to the next section for construction. This method has complicated construction procedures, difficult construction and low construction efficiency of manual excavation trenches. If the subgrade body is filled with chemically improved soil, and the arched skeleton (or grid) is used for slope protection construction, it will be difficult to excavate the arched (grid) trench, and the construction period will be long. It is difficult to reinforce the formwork support, and after ...

AI Technical Summary

Problems solved by technology

[0002] Most subgrade and slope protection works are constructed using traditional construction techniques, and trenches are excavated manually, and small combined formwork (or wooden formwork) is used to support and remove the end and superstructure formwork. , after dismantling, proceed to the next section of the method for construction. This method has complicated construction procedures, difficult construction and low construction efficiency of manual excavation trenches

If the subgrade body is filled with chemically improved soil, and the arched skeleton (or grid) is used for slope protection construction, it will be difficult to excavate the arched (grid) trench, and the construction period will be long. It is difficult to reinforce the formwork support, and after the construction is completed, it is difficult to guarantee the design size of the concrete structure and the construction quality requirements, resulting in poor overall linearity of the slope concrete protection structure, and it is difficult to meet the requirements of on-site civilized construction during construction; according to the requirements of on-site human resources Analysis of the input situation: If the basic body of the road is filled with chemically improved soil, and the traditional construction technology is used to carry out large-area arched skeleton (or grid) slope concrete protection construction, due to the large amount of construction work, in order to ensure that the roadbed slope protection concrete Structural design size, construction safety quality and construction progress require a lot of manpower, material resources and equipment to carry out construction operations, which greatly increases construction costs and prolongs the construction period. At the same time, the quality and safety process control cannot be guaranteed during the construction process.

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