Efficient bisecting and sawing device for stone panel

Abstract

The invention discloses a high-efficiency split sawing device for stone slabs, which comprises a wheel saw device, a clamping device for stone slabs; a linear guide device; There is a track, on which there is no less than one frame car that is driven by a synchronous device; the wheel saw device is a set of wheel saw groups with equal shaft lengths installed along the rail above the track, and the wheel saw group A plurality of circular saw blades are set at equidistant intervals along the axial coaxial axis, the number of circular saw blades on each wheel saw group is equal, and the corresponding circular saw blades on each wheel saw group The diameter of the circular saw blade on the wheel saw group gradually increases, and the radius of the circular saw blade on the last wheel saw group is equal to the height of the sawing surface of the stone slab; Adjustable pair of splints equal to the number of circular saw blades on a single wheel saw group. High yield, low processing cost and high efficiency.

Description

technical field [0001] The invention belongs to the technical field of building materials machinery, and relates to a high-efficiency split sawing device for stone boards. Background technique [0002] Stone slabs are commonly used building materials. The use of stone slabs for interior and exterior decoration of buildings is high-end and natural and beautiful, but stone slabs of ordinary thickness are very heavy. People gradually begin to use ultra-thin natural stone slabs for decoration. Stone slabs can reduce shipping costs and reduce the weight of the cladding structure, and are also easier to carry, which can reduce loading and unloading costs and improve the utilization rate of precious natural stone resources. According to current relevant regulations, all external walls of buildings need to be provided with insulation layers. Ordinary thickness exterior wall decorative stone panels can only be dry hung outside the insulation layer, while ultra-thin stone panels can b...

AI Technical Summary

Problems solved by technology

[0004] The ultra-thin stone cutting device using this technology can certainly be used, but its shortcoming is: because it is only provided with a set of circular saw blades whose radius is equivalent to the height of the stone slab, although it can cut multiple stone slabs in parallel to The efficiency is improved and the thickness error between the stone slabs is small. However, when the size of the stone slab is large, although the circular saw blades can move up and down and saw in step by step, the radius of each circular saw blade must be equal to the height of the stone slab. Correspondingly, due to the large axial swing of the circular saw blade corresponding to the large size, the large-diameter circular saw blade will collide with the stone plate sawing surface at high speed for a relatively long time during the entire sawing process, and the stone plate will It is easy to crack under the action of high-speed swing friction with the circular saw blade for a relatively long time, and the circular saw blade itself is also easy to be scrapped

The yield is not high enough, the processing cost is relatively high, the efficiency is not high enough, and the use effect is not ideal enough

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