New vacuum brick equipment

Abstract

The invention relates to the technical field of novel building material equipment, in particular to novel vacuum brick equipment applied to novel building material industries. The equipment is characterized by being composed of twelve parts including a rack, a push plate, an S-streamline-shaped blade, a hanging cutter clamp, a power base steel plate, a cutter frame, inner and outer thread cylinders, a side wallboard, a screw bearing base, a cutter frame slide block base, an upper press plate rotation shaft frame and a lower supporting plate; the rack is formed by welding multiple pieces of square steel, and the push plate and the cutter frame are movably connected with the rack through a linear guide rail pair; the S-streamline-shaped blade, the hanging cutter clamp and the cutter frame are connected; an upper press plate and the lower supporting plate are connected with the upper press plate rotation shaft frame, a lower trapezoid beam and a lower horizontal strip respectively and connected with the side wallboard through the cutter frame slide block base; the side wallboard is welded to the steel square at the two sides of the rack, and the power base steel plate is welded to thesquare steel above the rack; through the inner and outer thread cylinders, the screw bearing base, the hanging cutter clamp, the upper press plate and the lower supporting plate, the size of a hollowbrick blank is adjusted, and a hollow brick blank strip is cut and subjected to opening sealing through the S-streamline-shaped blade to form a vacuum brick.

Description

technical field [0001] The invention relates to the technical field of equipment for the new building materials industry. The new vacuum brick equipment is applied to the production of "vacuum bricks" that are sintered by comprehensive utilization of solid waste such as construction spoil, construction waste, coal gangue, shale, fly ash, sludge and silt. product. Background technique [0002] In the comprehensive utilization of solid waste such as construction spoil, construction waste, coal gangue, shale, fly ash, sludge and silt to produce sintered hollow bricks, the existing technology is simply cutting with a steel wire, and the steel wire is frequently broken If you don’t notice that the steel wire is broken, it will affect the next process. Once the steel wire is found to be broken, the hollow brick production line will have to be shut down and started frequently when the steel wire is replaced. The production efficiency is low; in addition, many brick factories are no...

AI Technical Summary

Problems solved by technology

[0002] In the comprehensive utilization of solid waste such as construction spoil, construction waste, coal gangue, shale, fly ash, sludge and silt to produce sintered hollow bricks, the existing technology is simply cutting with a steel wire, and the steel wire is frequently broken If you don’t notice that the steel wire is broken, it will affect the next process. Once the steel wire is found to be broken, the hollow brick production line will have to be shut down and started frequently when the steel wire is replaced. The production efficiency is low; in addition, many brick factories are now the last one before work Half of the steel wire cutting of the brick adobe is shut down, and high-strength manual cleaning of the adobe is required when it cannot be cut when going to work the next day. The production efficiency is low and the production energy consumption is high; the holes of the hollow bricks cut by steel wire are still open and the surface is rough; in order to meet the requirements of building energy saving, The national standard requires that the higher the porosity of the sintered hollow brick, the better. The higher the porosity of the hollow brick is applied to the wall, the easier it is for the open hole to be filled with the cement mortar used for masonry. Especially in order to protect the environment, it is forbidden to mine river sand. , not only wasting the high value-added cement mortar, but also the mortar fullness of the brick joints in the wall does not meet the specified requirements. A little carelessness during the construction process will easily produce penetrating channels and cracks, causing leakage of the wall; the mortar is full The low density has caused the fatal defect of the hollow brick wall, which reduces the earthquake resistance of the wall; the brick factory produces and sells hollow bricks, but in the process of construction and masonry, it is filled with cement mortar to form a solid wall. Solid walls are not only poor in quality, not energy-saving, but also cost far more than solid walls made of solid clay bricks. In this way, hollow brick standards are formulated in the production process, but solid walls are built in use. The solid wall of cement mortar cannot meet the requirements of building energy saving. The hollow brick is both material and energy saving in the production process, but it is neither material nor energy saving in the use process.

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