Composite wire-lacing block-building shaping machine

Abstract

The invention belongs to the mechanical technical field where mixtures such as sinter, cement, slag, etc. are processed, and formed and removed out of a forming die, in particular to a composite tie bar masonry forming machine of the heat preservation masonry with tie bars suitable for automatic production on a polystyrene board. The invention comprises an automatic plate supply system I, a material supply system II, and a forming host machine III; wherein, the automatic plate supply system I is the creation core of the invention and is horizontally and fixedly provided with a slab transmission frame; the upper part of the slab transmission frame is horizontally provided with a horizontal guide mechanism and an adhesive tape slab conveyor; the front end of the slab transmission frame is vertically and fixedly provided with a vertical guide trough and a vertical guide idler wheel frame; the upper part of the vertical guide trough is provided with a vertical plate press which can only vertically move up and down according to times; the front end of a plate supply vehicle is fixedly provided with a plate clamp which is horizontally positioned. The invention has the advantages of filling up the blank of the technical process in China, effectively and actively prompting the technical conversion of the masonry with tie bars composite into a whole, ensuring the quality of the product,ensuring the safety of the process, and improving production efficiency.

Description

Technical field [0001] The invention belongs to the technical field of machinery for processing slag, cement, slag and other mixtures to form and discharge them in the mold, and particularly relates to a composite tensioning block suitable for automatically producing heat-insulating blocks with tie bars on benzene plates. Reinforced block forming machine. Background technique [0002] At present, energy-saving walls in industrial and civil buildings experience dual functions (that is, load-bearing and thermal insulation) products, which have developed rapidly in my country in the past ten years. The structure of the product is mainly concrete; the inner thermal insulation layer can use high flame-retardant XPS and EPS. A special-shaped block made of glass wool and other materials, combined with a protective layer or surface layer (concrete). However, this type of property is a composite thermal insulation block, and most of the technical processes used are a new product th...

AI Technical Summary

Problems solved by technology

[0004] 1. When the combined blocks are combined into a wall, different materials will be transformed into different properties, each will shrink, and cracks will be generated on the plane between the mortise and the connecting concrete blocks, causing air inflation and circulation of the air interlayer phenomenon in the wall , Over time, the intrusion of rainwater on the wall has caused a variety of comprehensive quality and safety hazards on the wall

[0005] 2. When the combined blocks are combined into one, the two sides of the insulation layer are glued to connect the concrete on both sides. The original technology is only used for the external wall insulation and thin plastering system, but this technology is applied to the manufacture of blocks in various places. In addition, the block wall size is only 30mm wide, and the anchor is wrapped in the concrete to a depth of less than 40mm. In addition, the surface of the insulation board is smooth, and the concrete is easy to fall off without mechanical construction measures.

[0006] 3. It is a big problem to prevent fire in buildings. Therefore, the wall materials are all inorganic materials, especially those compounded in the blocks are tied or supported by organic materials. If the wall fire is caused, there will be no control.

[0007] 4. When two or more materials are composited together under sunlight, resulting in different thermal conductivity coefficients, the thermal conductivity of high flame-retardant materials and concrete materials is 24 times different. When the wall temperature reaches 50°C-70°C, thermal insulation materials will cause Creep, causing serious problems in product quality

However, with the existing equipment, relying on manual placement of insulation boards in the membrane chamber, semi-automatic production is backward, unsafe, and low in production efficiency.

For example, according to the B-30 vibration molding machine produced by Jiangsu Haimen Machinery Factory, it can only produce 12,000 M according to 180 days of natural maintenance in severe cold areas, and manual addition of insulation boards (or partitions). 3

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