Double-layer unidirectional edge grinding device for double transversely-placed stone slabs

Abstract

Provided is a double-layer unidirectional edge grinding device for double transversely-placed stone slabs. A first transverse bearing plate and a second transverse bearing plate are arranged up and down in parallel to form a double-layer slab holding structure. One stone slab is horizontally placed on the top face of the first transverse bearing plate, and the other stone slab is horizontally placed on the top face of the second transverse bearing plate. A machine base plate is arranged above the right side of the first transverse bearing plate in parallel, a motor is fastened to the machine base plate, and the shaft end of the motor faces downwards and is connected with the top end of a rotating shaft in a fastened mode. An inversely-arranged circular-truncated-cone-shaped grinding wheel is connected to the part, located between the machine base plate and the first transverse bearing plate, of the rotating shaft in series, and an inversely-arranged circular-truncated-cone-shaped grinding wheel is connected to the part, located between the first transverse bearing plate and the second transverse bearing plate, of the rotating shaft in series. The side waist faces of the two inversely-arranged circular-truncated-cone-shaped grinding wheels arranged up and down can make contact with the upper edges of the right sides of the stone slabs on the upper layer and the lower layer respectively, and a blocky sole timber is plugged between the top face of the stone slab on the lower layer and the bottom face of the first transverse bearing plate. The double-layer unidirectional edge grinding device for the double transversely-placed stone slabs has the characteristics of being novel in structure, stable in operation, high in grinding efficiency and ideal in grinding effect.

Description

technical field [0001] The invention belongs to the field of stone plate processing machinery and relates to a double-layer double-plate one-way edging device for horizontally placed stone plates. Background technique [0002] Stones are cut to form massive or flaky stone slabs. These stone slabs are mainly used for ground laying and stone curtain wall construction, stone piers, table boards, washbasin boards, wall eaves, laundry pool enclosures, etc. These commonly used Stone plates are in frequent contact with people. Because the edges and corners of stone plates are too sharp and sharp, these stone plates with edges and corners may cause accidental injuries to people. Contents of the invention [0003] In order to solve the above problems, the present invention provides a double-layer double-plate one-way edging device for horizontal stone slabs, which can grind the edges and corners of the stone slabs. It has novel structure, stable operation, high grinding efficiency ...

AI Technical Summary

Problems solved by technology

[0002] Stones are cut to form massive or flaky stone slabs. These stone slabs are mainly used for ground laying and stone curtain wall construction, stone piers, table boards, washbasin boards, wall eaves, laundry pool enclosures, etc. These commonly used Stone slabs are in frequent contact with people. Because the edges and corners of stone slabs are too sharp and sharp, these stone slabs with edges and corners may cause accidental injuries to people.

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