Abstract: A system and method of attaching a natural stone to a wall surface includes attaching a piece of natural stone to a base plate so as to leave at least a portion of the base plate uncovered by the piece of natural stone and attaching the base plate to the wall surface with a fastener extending through the uncovered portion of the base plate.

Abstract: A system and method of attaching a natural stone to a wall surface includes attaching a piece of natural stone to a base plate so as to leave at least a portion of the base plate uncovered by the piece of natural stone and attaching the base plate to the wall surface with a fastener extending through the uncovered portion of the base plate.

Abstract: A system and method of attaching a natural stone to a wall surface includes attaching a piece of natural stone to a base plate so as to leave at least a portion of the base plate uncovered by the piece of natural stone and attaching the base plate to the wall surface with a fastener extending through the uncovered portion of the base plate.

Abstract: A thin stone cutting apparatus and method includes a groove cutting device for cutting a groove in a side of a block of stone along a first cutting plane. A block cutting device cuts each block of stone in a direction from an opposite side of the block. A block cutting device cuts each block along a second cutting plane co-planar with the first cutting plane. Alternatively, the first and second cutting planes of the groove cutting device and the block cutting device can be at different angles to one another. A block holder device includes a linear member received in a groove of each block when each block is being cut by the block cutting device. A conveyor is provided for moving each block relative to the block cutting device where the linear member of the block holder device is mounted to the conveyor. Alternatively, the block cutting device is moveable relative to the block holder device. The resulting stone includes a rock body made from natural stone and having a front, and an opposite facing back.

Abstract: An automated stoneworking system and method for cutting and shaping various stone materials, such as marble and granite, in any number of preprogrammed fashions so as to eliminate the need for manual stoneworking operations.

Abstract: A machine for cutting a block of stone so as to form a precision straight edge about its perimeter. The machine comprises a stationary base which supports a back-up member which serves as an anvil. Reciprocally mounted on the base is an inside upright assembly which may be raised or lowered by a suitable drive mechanism. Pivotally secured to the inside upright assembly above the anvil is a head member supporting an elongated blade assembly, the blade assembly adapted to be actuated by one or more hydraulic rams disposed in the head assembly and at generally opposite ends of the blade assembly. A block of stone to be cut is positioned on the anvil. The tiltable head assembly is then rotated about its pivot line to direct the action of the upper blade. The blade assembly is lowered so as to be positioned slightly above the upper surface of the stone. By selectively activating one or the other of the power rams, the blade is made to pass through the block of stone in a scissors-like action.

Abstract: A work turnover conveyor for stone slabs and the like. The conveyor in its normal position includes, in continuation, a work input section, a work turnover section, and a work output section. The work turnover section is comprised of first and second segments each of which is arranged to be pivoted arcuately about an axis at right angles to the conveyor section axis. A slide guide is arranged laterally along the first and second segments forming the work turnover section, and hydraulic cylinders are provided for pivoting the first and second segments downwardly at their free ends to a substantially vertical disposition with the respective ends of the segments accordingly being spaced apart one from the other at opposed ends of the slide guide so as to form a U-shaped cradle, thus achieving turnover of the stone slab upon continued articulation of the conveyor to the normal position.