Vertical wall pouring trolley

Abstract

The invention relates to the field of pouring trolleys, in particular to a vertical wall pouring trolley. The vertical wall pouring trolley comprises two symmetrically-arranged pouring systems comprising travelling systems used for driving the pouring system to move, support structures fixed to the travelling systems, tackle guide rails arranged on the support structures, a hoisting tackle system installed on the pulley guide rails in a sliding mode, a template system connected to the hoisting tackle system through a rope, automatic plate sealing systems arranged on the two sides of the template system, and a supporting template system used for fixing and supporting the template system. According to the vertical wall pouring trolley, copper pipe supports and assembling formworks do not need to be built, the installation speed is high, the structure is stable, the thickness of the vertical wall is convenient to adjust, parts are convenient to detach and maintain, and plate sealing can be automatically completed.

Description

technical field [0001] The invention relates to the field of pouring trolleys, in particular to a vertical wall pouring trolley. Background technique [0002] The traditional vertical wall concrete construction generally adopts the construction method of the wooden formwork of the full-house support method. This process needs to build copper pipe supports with the same width as the foundation pit in the foundation pit, and then assemble the wooden formwork piece by piece. This method involves a large amount of lap jointing of copper pipe supports and slow lap speed. When installing wooden formwork, the operating space is narrow, the working environment is poor, and the formwork assembly speed is slow. It is difficult to guarantee the quality of formwork and copper pipe support lap joints, and the reliability is poor. It is easy to cause side wall deformation or concrete grout leakage, wooden formwork assembly times are too many, concrete surface flatness is poor, joints are ...

AI Technical Summary

Problems solved by technology

This method involves a large amount of lap jointing of copper pipe supports and slow lap speed. When installing wooden formwork, the operating space is narrow, the working environment is poor, and the formwork assembly speed is slow. It is difficult to guarantee the quality of formwork and copper pipe support lap joints, and the reliability is poor. It is easy to cause side wall deformation or concrete grout leakage, wooden formwork assembly times are too many, concrete surface flatness is poor, joints are prone to misalignment, wooden formwork and its brackets and other turnover materials take a long time to dismantle, the turnover speed is slow, and the usage is large ; High technical requirements for workers, high labor intensity, large number of required workers, low efficiency and high labor costs

[0003] The existing pouring trolley has been greatly perfected and improved in terms of the integration of formwork and the movement and fixation of the trolley. However, for the fixing of the sealing plates at both ends of the formwork, workers still fasten them layer by layer on the edge of the formwork. For installation and fixing, it is necessary to work on a trolley or concrete reinforcement, which is a heavy workload and high risk

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