Architecture building construction machine capable of automatically placing artificial excavating grout pile casting mould

Abstract

The invention relates to an architecture building construction machine capable of automatically placing an artificial excavating grout pile casting mould. The architecture building construction machine comprises a bottom plate, wherein two moving and conveying devices are arranged on the bottom plate; a fixed installation plate is arranged on the upper ends of the two moving and conveying devices;a lifting and positioning device is arranged on the inner side of the lower end of the fixed installation plate; and an adjustable gripping device is arranged on the outer side of the lower end of the fixed installation plate. According to the architecture building construction machine capable of automatically placing the artificial excavating grout pile casting mould provided by the invention, the problems that during an existing artificial excavating pile construction process, a concrete casting mould needs to be conveyed manually, corresponding concrete casting moulds need to be manually conveyed to different construction positions and need to be manually placed in excavating piles, the concrete casting moulds need to be manually conveyed by existing moving equipment, and since the concrete casting moulds need to be manually placed in the excavating piles, the stability in conveying cannot be controlled, the operation is complex, the labor intensity is large, and the work efficiency is low can be solved; and a function on automatically placing the artificial excavating pile concrete casting moulds can be realized.

Description

technical field [0001] The invention relates to the technical field of concrete pouring construction equipment, in particular to a building construction machine capable of automatically placing formwork for pouring cast-in-situ piles dug by hand. Background technique [0002] Manual digging pile, engineering term, is a reinforced concrete pile that is excavated by manpower and poured on site. The manual digging pile refers to the pile hole that is manually excavated, then the steel cage is placed, and the concrete is poured into the pile. Compared with wooden piles and concrete driven piles, the seismic capacity is stronger, and the cost is lower than punching cone punching, impact cone punching, impact drilling rig punching, rotary drilling rig drilling, and caisson foundation. Therefore, it is widely used in municipal highway construction and building construction. However, the underground operation conditions of excavated piles are poor, the environment is harsh, and th...

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Problems solved by technology

[0003] In order to solve the above-mentioned problems, the present invention provides a building construction machine that can automatically place the formwork for artificially dug-in-place pouring piles, which can solve the need for manual delivery of concrete pouring formwork that exists in the existing manual-digging pile construction process, and the need for different construction locations. The concrete pouring formwork corresponding to manual transportation needs to be manually placed in the excavation pile. The manual transportation of the concrete pouring formwork requires the use of existing mobile equipment. Manually placing the concrete pouring formwork in the excavation pile cannot control the stability of the transportation. The complex operation, high labor intensity and low work efficiency can realize the automatic placement of concrete formwork for manual excavated piles, without manual work in the excavated piles, and it has good stability, simple operation, low labor intensity and work High efficiency and other advantages

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