Fixed efficient vibration static-pressure forming machine

Abstract

The invention discloses a fixed efficient vibration static-pressure forming machine. The forming machine consists of a distribution system and a vibration static-pressure system; the distribution system fills blank forming materials in a mold box of the vibration static-pressure system; the vibration static-pressure system performs pre-vibration on the materials to compact virtual materials in themold box; then, the distribution system continuously fills the blank forming materials in the mold box; when a material preset value is reached, the vibration static-pressure system continuously performs vibration, and meanwhile, applies pressure to the materials in the mold box until a material preset height is reached; and then, finished products are demolded and delivered for maintenance. Theforming machine adopts the forming process of pressing after vibration, so that the materials form plastic bodies under the vibration force effect of a vibrator; then, the materials form elastic plastic bodies under coaction of a medium-pressure hydraulic cylinder and vibration; and when the material height is higher than a required product height by 3-5 mm, one-way rigid bodies are formed under the effect of a high-pressure one-way main oil cylinder of hundreds of tonnages, so that the building material product mechanization is more perfect, and the immeasurable value is achieved.

Description

technical field [0001] The invention belongs to the field of building material production machinery, and in particular relates to a fixed high-efficiency vibratory static pressure forming machine widely applicable to various industrial wastes and tailings for making bricks. Background technique [0002] In recent years, with the rapid development of the world economy, the building materials industry is also developing rapidly. While the production of clay bricks is completely prohibited in our country and land conservation is advocated, it is imperative to use various industrial wastes and tailings to produce building materials. In addition, in view of many factors such as environmental protection, the mining and utilization space of pure natural stone is bound to be greatly affected, and the comprehensive utilization of artificial stone has become the general trend. However, most of the traditional block forming machines are based on concrete raw materials. Even if there a...

AI Technical Summary

Problems solved by technology

However, most of the traditional block forming machines are based on concrete raw materials. Even if there are a small amount of models that can be mixed with fly ash, the mixing amount is very low, and the strength and compactness are also low. Difficult to meet building code requirements

Generally speaking, in terms of making full use of various industrial wastes and tailings, such as phosphogypsum, red mud, pumice, liquid rock, fly ash, coal gangue, slag and other materials to produce building materials, it further includes PC products, artificial imitation stone products problems, the existing pure vibration models or pure static pressure models seem powerless

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