Method for producing special-shaped heat preserving building blocks and forming machine thereof
A technology for insulating blocks and molding machines, which is applied to ceramic molding machines, manufacturing tools, etc., can solve the problems of complex and difficult production processes, light weight, viscosity, and inability to produce, and achieves low manufacturing costs, good quality, and equipment use. handy effect
Inactive Publication Date: 2009-05-20
付振顶 +1
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Problems solved by technology
This thermal insulation block is mainly made of cement and other thermal insulation materials (such as foamed plastic particles) mixed with water. It is light in weight and has viscosity. The material and bulk density have special requirements. The production process is complex and difficult, and traditional brick-making methods and machinery cannot be produced. , such as using other methods to produce molds takes up a lot of space, high cost, and low efficiency, which cannot meet the needs
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[0016] The method adopted in the present invention is: the pressing mold is a split combined type. The pressing mold includes a movable mold box that is used repeatedly on the body and a movable pallet, and the upper part of the movable pallet is provided with a corresponding protrusion corresponding to the groove of the thermal insulation block and a movable mold core from which The bottom pierces through the perforation, and the movable supporting plate and the thermal insulation block pressed thereon are taken away from the body together. The movable mold box and a movable pallet are combined with the movable mold core to form a pressing mold before feeding. Use a pressing device to pressurize the insulating block material in the pressing mold to form an insulating block. The movable mold core breaks away from the pressing mold first. The movable mold box is separated from the pressing mold. The movable supporting plate and the heat-insulating blocks pressed thereon are ...
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The invention belongs to a method for producing a special thermal insulation block and a forming machine thereof. The method comprises the following steps: a material-pressing mold adopts a split combination type; a movable molding box and a movable splint are combined into the material-pressing mold with a movable mold core before the feeding; a material-pressing device is used to pressurize a masonry material in the material-pressing mold and press the masonry material into masonry bricks; the movable mold core breaks away from the material-pressing mold first; and then the movable molding box breaks away from the material-pressing mold. The forming machine consists of a propulsion device, a material-pressing device, a lifting stripping device and a conveying device, the material-pressing mold consists of the movable molding box, the movable splint and the movable mold core, the propulsion device and the material-pressing device are positioned at both corresponding sides of an insertion platform, the lifting stripping device is connected with the inner side of the insertion platform through the conveying device, the material-pressing device is connected with the lifting stripping device through the conveying device, and the other side of the lifting stripping device is provided with an output platform. The method can conveniently and mechanically finish the manufacture of various shapes of thermal insulation blocks, and also has the advantages of reasonable structural design, quick production of the thermal insulation blocks, high efficiency, and high rate of finished products.
Description
technical field [0001] The invention belongs to a method for manufacturing a special-shaped thermal insulation block and a forming machine thereof. Background technique [0002] The appearance of traditional machine-made bricks is mostly a square rectangle or a small block with a square rectangle hole. During manufacture, the brick material is first placed in the brick mold, and then the brick material in the brick mold is compacted by machinery, and then the block is taken out by stripping the film. This traditional brick making machine can only prepare bricks with the same shape from top to bottom, and only need to push the block out of the mold from the lower end of the brick mold when demoulding. However, if it is necessary to manufacture special-shaped blocks such as bricks or heat-insulating blocks with different shapes up and down, and horizontally placed reinforcing walls at the bottom, etc., if the side of the heat-insulating block is concave (such as Figure 8 Sho...
Claims
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IPC IPC(8): B28B3/02
Inventor 付振顶付佩茹
Owner 付振顶