Abstract: A tile cutter (10) comprises a cutting wheel, a motor which drives the wheel in use, and a main housing body (MB) and a worktop (WT) mounted on the main housing body (MB) to define a cutting surface (14) upon which tiles may be supported when being cut. The main housing body (MB) comprises a first compartment (12) for housing the motor and a second compartment (13) for housing the cutting wheel. The second compartment (13) defines an open topped water compartment. The worktop (WT) has a main body (BM) fixedly secured to the main housing body (MB) and has an access opening closed by a movable access lid (24) overlying the second compartment (13) to close the open top of the water compartment. The access lid (24) provides access to the water compartment. The worktop (WT) further includes one or more open topped drainage channels (15) communicating with the cutting surface (14) and the water compartment to permit, in use, water to drain from the cutting surface (14) to the water compartment.

Abstract: A tile cutter comprising a base having a support surface upon which tiles to be cut may be supported, a pair of guide rails mounted upon the base, the guide rails being parallel to one another and being spaced from said support surface to enable a tile to be located between the guide rails and said support surface, a cutter assembly mounted on a carriage, the carriage being movably mounted on said pair of rails so as to guide said cutter assembly along a rectilinear path across said support surface, and said carriage including a first rotary bearing assembly in rotary contact with one rail and a second rotary bearing assembly in rotary contact with the other rail, each rotary bearing assembly including at least one bearing in the form of a roller having a shaft on which is mounted at least one wheel which projects radially beyond said shaft and is axially fixed relation to the shaft, the wheel having an axial face, a circumferential face and a transition face extending between said axial and circumferential f

Abstract: A tile cutter comprising a base having a support surface upon which tiles to be cut may be supported, a pair of guide rails mounted upon the base, the guide rails being parallel to one another and being spaced from said support surface to enable a tile to be located between the guide rails and said support surface, a cutter assembly mounted on a carriage, the carriage being moveably mounted on said pair of rails so as to guide said cutter assembly along a rectilinear path across said support surface, the base having a first end and a second, opposite end, the tile being cut at or in the viscinity of the first end, the rails being mounted on the base by first and second bosses positioned at the first and second ends respectively of the base, characterized in that the base and the bosses are formed integrally with one another.

Abstract: A wall plug (1) comprises a body portion (2:30:30a:40) and a rotatable portion (3:31:31a:41) received therein, the rotatable portion having a passageway (13:32:32a:42) therethrough which is offset both from the axis of rotation of the rotatable portion and also from the axis of the passageway in the body portion in which the rotatable portion is received. The rotatable portion can thus be angularly adjusted to a selected position of offset between its passageway axis and the axis of the passageway in the body portion to compensate for a hole drilled to receive the wall plug being out of position. The offset lead-in offered by the passageway in the rotatable position makes screw engagement easier than with a wholly misaligned wall plug. Means (16, 17) are provided for retaining the rotatable portion in its selected adjusted position.

Abstract: A hook/hanger for use at the top of a door is formed in two separate parts in the form of a plastics material moulding, having a flat rear surface and a central front hook-shaped part, and a sheet metal pressing which has a leg snap-fitting in a slot in the moulding extending inwards from its top surface, in which is provided a recess to receive flush a body part of the pressing which engages the top surface of the door, in use. The body part has barbs to be driven into said door top surface to retain the hook/hanger in place. The pressing has a very small thickness to allow the door to be fully closed even with the hook in place.

Abstract: An implement working adapter has a casing within which is a pulley-drive system for transferring drive from a powered grinding tool, with which the adapter is engaged, in use, to a pair of first and second grinding wheels within the casing, drive being transmitted via a drive belt engaged, in use, by a take-off pulley of the tool drive. The adapter defines three implement working locations for sharpening scissor blades, knives and screwdriver blades respectively, each location providing one or more slots for blade insertion. An angularly movable scissor guide has a slot for an inserted scissor blade to engage the first grinding wheel, whilst the slots for reception of the knife blades allow engagement with either grinding wheel as selected. The screwdriver blade engages the second grinding wheel when being sharpened, in use.

Abstract: Means for producing reciprocatory movement of a vice carrier (18) across a guideway (17) mounted on a body moulding (11, 16), which partly shrouds a rotatably driven grinding wheel (14), comprise a rack moulding (57) having upper and lower racks (61, 62) which are alternately engaged by a pinion (44) driven from the grinding wheel drive, in use. Rack moulding movement is transmitted to the vice carrier and spring means (67, 68) move the rack moulding to change the pinion engagement from the lower rack to the upper rack and vice versa at the ends of the racks, thereby reversing the rack moulding movement. A guide peg (56) of the body moulding alternately engages in upper and lower slots (65a, 65b) of the rack moulding to maintain the pinion in engagement with its appropriate associated rack while it is between the ends thereof. The arrangement is intended for use as part of a releasable adapter for a powered grinding tool incorporating said grinding wheel.

Abstract: An adapter (11) is of channel shape, having longitudinal projections (25) at its respective sides for engagement with undercut grooves (24) in a face of a casing of a powered grinding tool (10) with which the adapter is intended to be fitted to sharpened chisels or other planar blades, in use, by means of a grinding wheel (20) of the tool. The adapter has an angularly adjustable guide plate (63) which carrier a slidable plate (70) having magnetic means (71a) for holding an attracted blade of an implement to be sharpened, the angle of the guide plate (63) causing the blade to be correctly sharpened by the wheel (20), in use, as the plate (70) is reciprocated across the wheel with the blade held correctly thereon.

Abstract: A powered grinding tool (10) comprising a casing (16) in which is an electric motor (40) which drives a shaft (39) on which is carried a grinding wheel (20) at a work station. The tool casing has undercut slots (24) at opposite sides of its front face for automatic vertical sliding engagement with a selected one of a number of adapters (11-13), each adapter providing a location which, in use, is disposed relative to the grinding wheel so that there is correct positioning between part of an implement that said location and the grinding wheel, for said part to be worked by the wheel. The casing can have the slots (24) on at least one other of its faces to store adapters when they are not in use.

Abstract: An adapter (12) is of channel shape having longitudinal projections (25) at its respective sides for engagement with undercut grooves (24) in a face of a casing of a powered grinding tool (10) with which the adapter is intended to be fitter to sharpen high speed drill fits, in use, by means of a grinding wheel (20) of the tool. The adapter has a rearwardly directed head (76) at its top, the head having a rotatable dial (85) mounted therein which is provided with a multiplicity of differently sized drill bit receiving openings (87), so that, in use, by angularly moving the dial, the opening for a particular size of drill bit can be brought to a location where the drill bit can be inserted in the hole and correctly worked by the grinding wheel, when the adapted is fitted to the tool.