Concrete warehousing pouring construction equipment and method

Abstract

The invention provides concrete warehousing pouring construction equipment and method. A main winch of the construction equipment is connected with a vibration hopper lifting lug, an auxiliary winch is connected with a guide pipe valve, a clamp-on vibrator is mounted in a vibration hopper, a vibration hopper valve is connected with the lower end of the vibration hopper and connected with a guide pipe, the guide pipe is connected with the guide pipe valve, a concrete pump truck is connected with a concrete delivery pipe through a braided rubber tube, and an outlet end of the concrete delivery pipe is in butted joint with the vibration hopper. The construction method comprises steps as follows: (1), performing preparation of pre-construction; (2), enabling the equipment to be in place; (3),feeding the vibration hopper by the concrete pump truck; (4), pouring the concrete; (5), moving and adjusting positions of the vibration hopper and the guide pipe to finish concrete pouring. In the concrete pouring construction process of marine traffic engineering buildings, the problems of backward flowing and pipe blocking can be solved, the poured concrete quality is high, the construction efficiency is high, and environmental pollution is reduced.

Description

technical field [0001] The invention relates to a construction equipment for pouring concrete into a warehouse and a construction method thereof, which is a new construction technology suitable for pouring concrete in the construction process of buildings in water transport, hydropower, municipal, highway and bridge construction projects. This construction method has achieved good quality, efficiency, environmental protection and social benefits through application. It is a construction technology with high efficiency, quality assurance, safety and environmental protection. Background technique [0002] At present, the most widely used concrete pouring method is the conduit method. The traditional conduit method has no hopper or has a hopper but has no vibration function. When the concrete is pumped into the underwater steel cage, there will often be a flow break and a lot of air, especially underwater. In the case of relatively high pressure, this method is easy to cause w...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the problems of easy clogging of conduits, low work efficiency, backflow of water flow and relatively large pollution during the traditional conduit method of concrete pouring construction. The concrete in the vibrating hopper maintains a reasonable capacity and removes the air in the concrete, so that the concrete in the conduit can be continuously supplied, and the concrete enters the warehouse smoothly. At the same time, the conduit can move in all directions, and the buried depth and pouring position of the conduit can be adjusted in time to ensure Concrete Placement Quality and Efficiency

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