Bidirectional multi-stone-slab edge grinding device for inclined stone slab

Abstract

The invention provides a bidirectional multi-stone-slab edge grinding device for an inclined stone slab. The device is characterized in that a set of multi-stone-slab supporting mechanism is arranged at the inclined lower end of each of the left side and the right side of a rotary grinding mechanism, wherein the edges of the inner sides of the inclined upper ends of three stone slabs which are integrally overlapped one another in each multi-stone-slab supporting mechanism can be correspondingly in contact with a left grinding roller and a right grinding roller in the rotary grinding mechanism; tightening latches are controlled to move in corresponding gaps to enable flat pressing surfaces of triangular-prism-shaped stone slab pressing blocks to cling to the stone slabs, and then nuts are screwed to achieve fastening; the three stone slabs which are integrally overlapped one another are oppositely clamped between the triangular-prism-shaped stone slab pressing blocks which are correspondingly propped to the top surface of the top stone slab and the bottom surface of the bottom stone slab; the three stone slabs which are integrally overlapped one another are positioned into L-shaped supporting plates in an inclining manner after being clamped; a plurality of triangular-prism-shaped padding boards are arranged at the bottom parts of the inclined lower ends of the top stone slab and the middle stone slab in a filling manner. The bidirectional multi-stone-slab edge grinding device for the inclined stone slab has the characteristics of being novel in structure, stable to run, high in grinding efficiency, and ideal in grinding effect.

Description

technical field [0001] The invention belongs to the field of stone slab processing machinery, and relates to a two-way multi-board edging device for inclined stone slabs. 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 two-way multi-board edging device for inclined stone slabs, which can grind the edges and corners of the stone slabs. It has the characteristics of novel structure, stable operation, high grinding efficiency and ideal grinding ...

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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