Splicing and compounding formation device of cracked stone

Abstract

The invention belongs to the technical field of stone and agglomerated stone and particularly relates to a splicing and compounding formation device of cracked stone. The splicing and compounding formation device of cracked stone achieves splicing and compounding formation of tremolite and minerals of stromatolite and marble, wherein the tremolite is high in ecological feature and is provided with multiple cracks. An existing sheet formation device has the defects of being overlarge in impact force and short of combinability. The splicing and compounding formation device of cracked stone comprises vacuum boxes, trolleys, oil cylinders, electric hydraulic valves, templates, pressing boards, transmission rods and vibration assemblies, wherein the vacuum boxes are arranged at the two ends and are in transmission with a sealing door through sealing door oil cylinders and linkage rods I; the trolleys are arranged in the vacuum boxes and run along guide rails; the oil cylinders are arranged on the upper sides of the vacuum boxes; the electric hydraulic valves are used for controlling the oil cylinders; the templates are arranged between bosses of the vacuum boxes and are supported by interlayer springs; the pressing boards and the transmission rods are linked through the oil cylinders; the vibration assemblies are suspended at the lower portions of the vacuum boxes. The interlayer springs and vibrating springs are used, the vibrating frequency of the springs is set to be close to the inherent frequency, large impact force and amplitude can be generated through small vibrating frequency, and consequently the significant problem that spliced slices are prone to fragmentation is solved.

Description

technical field [0001] The invention belongs to the technical field of stone and artificial synthetic stone, and in particular relates to a forming device for splicing and compounding cracked stone. Background technique [0002] In the current stone production technology, natural panels with slight cracks but not broken are mainly consolidated and strengthened by scraping back mesh or vacuum infiltration process, and then ground and polished to form decorative panels. Man-made synthetic stone (synthetic granite) is a block made of mine crystal mineral crushed stone with a crushing size of less than 12cm and a proportion of less than 40% through the processes of crushing, stirring, cloth, vacuum, vibration and compression. Thereafter, the decorative slabs are processed according to the conventional process of sawing first and then grinding. Splicing composite boards are broken broken board fragments in stone processing, and bonded to ceramic tiles, glass boards or low-grade ...

AI Technical Summary

Problems solved by technology

[0004] The present invention is mainly aimed at splicing and forming tremolite, stromatolites and marble-like minerals with strong ecology and many cracks. However, the existing thin plate forming device has the problems of excessive impact force and lack of combination. A device for splicing and compounding cracked stone materials

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