One-machine double-wire self-heat-preservation wallboard production system and operating method

Abstract

Provided are a one-machine double-wire self-heat-preservation wallboard production system and an operating method. The one-machine double-wire self-heat-preservation wallboard production system is composed of a light particle processing system, a material distributing device, a material distributing hopper, a discharging barrel, a delivery pump, a material delivery pipe, a mold receiving tunnel, a mold receiving track, a shuttle bus, an adapter track, a mold box, a standing track, a mold delivery tunnel, a mold delivery track, a mold removal and closing-up track, a transition area, a trolley support, a trolley, a movable pushing head, a hydraulic cylinder and a booster cylinder. The one-machine double-wire self-heat-preservation wallboard production system adapts to a production device using cement and various lightweight aggregates as raw materials, enables concrete to contain a heat-preservation material, accordingly the concrete having heat-preservation performance is formed, the heat-preservation concrete is formed in the forming process by using the forming mold box, and full-automatic production control is adopted in the self-heat-preservation wallboard production system.

Description

technical field [0001] The invention relates to the technical field of production of environmentally friendly building materials, in particular to a one-machine, two-line self-insulating wall panel production system and an operation method. Background technique [0002] The existing self-insulating wall material equipment uses cement colloidal materials and lightweight aggregates to be mixed and then molded for production and construction. Due to the large production capacity of the mixing equipment, the follow-up mold molding process takes a long time, so the whole set The production efficiency of the mixing plant system is difficult to achieve the ideal speed; in the mold forming process, there are currently three construction molding methods, one, the mold box is arranged vertically and vertically, and the mixture is poured into the mold box from the top, using gravity Arrange the mixture in the mold box; second, arrange the mold box horizontally, pour the mixture into th...

AI Technical Summary

Problems solved by technology

[0002] The existing self-insulating wall material equipment uses cement colloidal materials and lightweight aggregates to be mixed and then molded for production and construction. Due to the large production capacity of the mixing equipment, the follow-up mold molding process takes a long time, so the whole set The production efficiency of the mixing plant system is difficult to achieve the ideal speed; in the mold forming process, there are currently three construction molding methods, one, the mold box is arranged vertically and vertically, and the mixture is poured into the mold box from the top, using gravity Arrange the mixture in the mold box; second, arrange the mold box horizontally, pour the mixture into the mold box, and manually spread it; third, arrange the wooden box horizontally and vertically, and use the pump to pump the mixture Horizontal pumping into the mold box, placed in the drying area, and the finished product is removed after the mixture is formed; these production methods are slow in efficiency, and it is difficult to adapt to large-scale industrial production, which affects the promotion of self-insulating wall material equipment application

[0003] At present, most of the thermal insulation wall materials are EPS foamed plastic boards and concrete membranes. After the building walls are completed, during the thermal insulation construction process, the thermal insulation boards are covered on the surface of the walls to enhance the thermal insulation effect inside the building. The thermal insulation board is covered on the surface of the wall for traditional thermal insulation construction. Compared with the traditional construction process, there is one more thermal insulation construction process, which is time-consuming and labor-intensive. At the same time, the fire resistance of this material is often difficult to meet the A1 fire protection requirements of high-end buildings. , there is a certain fire hazard

[0004] After retrieval, the patent document with the application number 200710035192.X announced a production method and equipment for exterior wall self-insulation composite ecological light-weight wall panels. , more energy-saving, and more diverse requirements for self-insulating wall panels, the manufactured products can only be applied to exterior walls, and cannot play a role in fire prevention.

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