An environmentally friendly assembled wall pressing machine

Abstract

The invention discloses an environment-friendly assembled wall pressing machine, which includes a bracket, a shaping frame, an upper pressing mechanism, a lower pressing mechanism and several shaping insertion rods, the shaping frame and the upper pressing mechanism are arranged on the bracket, and the lower pressing mechanism is arranged on the bracket. The pressing mechanism is arranged above the shaping frame, and the shaping frame is located between the pressing mechanism and the pressing mechanism, and the compression parts in the pressing mechanism and the pressing mechanism cooperate with the shaping frame; the shaping frame is provided with Several jacks, one end of the shaping insert rod goes through the jack and extends into the shaping frame, and several auxiliary edge-holding mechanisms are arranged on the shaping frame, and the edge-holding parts of the auxiliary edge-holding mechanisms are respectively connected with the pressing mechanism Cooperate with the compression part in the upper pressing mechanism; an environmentally friendly assembled wall pressing machine of the present invention provides pressure for the edge of the pressing plate and the upper pressing plate through the auxiliary edge pressing mechanism, so that the pressing plate and the upper pressing plate are pressed against the wall when they are working. The strength of the body is kept consistent; it solves the phenomenon of uneven force on one side when pressing the wall.

Description

technical field [0001] The invention belongs to the field of assembled wall pressing equipment, and in particular relates to an environment-friendly assembled wall pressing machine. Background technique [0002] With the rapid development of my country's urban construction and the continuous improvement of the urbanization rate, building demolition, old house renovation, expansion, and reconstruction projects have produced a large amount of construction waste. At present, my country's annual output of construction waste has reached 2 billion tons, accounting for 80-90% of the total urban waste. A large amount of construction waste is directly transported to the countryside or suburbs without any treatment, and is generally disposed of simply by landfill or open-air stacking. This traditional disposal method will cause environmental problems such as scattering and dust during the transportation or storage process. At the same time, it occupies a large amount of cultivated la...

AI Technical Summary

Problems solved by technology

[0003] Now most of the construction waste is generally processed into building blocks, which can meet the needs of various housing constructions; however, as the demand for construction time accelerates, some construction companies have begun to increase research and investment in assembled walls, especially when construction waste is used to Assembled building structures go up; however, due to the large size of the assembled wall, it will be fragmented during the transportation process and it is prone to collision or external force during loading and unloading, resulting in a decrease in production costs and an increase in transportation costs; traditional assembled walls are mostly made of concrete and The combination of steel and skeleton has high strength and high cost, and the weight can reach 1.5 tons to 10 tons; when using construction waste to produce assembled walls, it is necessary to control the amount of concrete used, and excessive amount will lead to waste. Not only is the weight of the assembled wall increased and the cost is increased, but the construction waste in the wall processed by the traditional construction waste method is relatively loose, and there will be collapse and cracking during transportation, which makes the use of construction waste to produce assembled walls It is necessary to increase the amount of concrete to fill the gaps between the walls. The reason for the gaps is the gaps between the crushed particles of construction waste that are bonded together by concrete; traditional pouring assembled walls are usually poured directly in the open air; and some Enterprises will also use die-casting to assemble the walls, but due to the large area of ​​the walls, the force will be uneven, and the steel skeleton in the walls will be offset to one side; when two walls are bottled, most of them will not use direct connection, but the steel bars will be reserved for connection after assembly, but this will cause difficulty in transportation, and it is easy to scratch the staff; at the same time, there are also walls that are directly spliced ​​​​without the reserved connection of the steel skeleton, but this is for the wall in the later stage of bottling. The construction brings greater difficulty, which will cause dislocation of the wall in the later stage and cause cracks in the decoration wall

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