Allway Tools, Inc.

Site-b Company

Howard Soled

Donald Gringer

Yuan Fang Cheng

A preferred embodiment of a caulk tool comprises a body member having a raised handle and two working heads. The first working head is adapted for the application of caulk and is connected to the first descending end of the raised handle. The first working head preferably comprises a triangular member formed of soft plastic material. The triangular member is rotatable, having three tips of varying size. The second working head is adapted for the removal of old caulk and is connected to the second descending end of the raised handle axially opposed to the first working head. The second working head preferably comprises a metallic head having two tips suited to remove old caulk. In a preferred embodiment, a third working head in the form of a flat scraper is positioned adjacent to said second working head.

Multifunction caulk tool

Caulk tool

A mixing device includes vanes arranged so that the outer edges of the vanes define a frusto-conical surface in order to facilitate improved circulation of the liquid being mixed. In one embodiment, the outer edges of the vanes are tapered outward to form the frusto-conical surface. In an alternative embodiment, the inner and outer edges of the vanes are aligned with each other, and the vanes are tilted relative to a central axis to form the frusto-conical surface. Turbines extend between the vanes and shaft for rotating the mixing device. The turbines are arranged to avoid inhibiting entry of liquids through the top and bottom of the mixing device. Feet extend downward from the bottom edge of the mixing device to facilitate mixing of liquids on the bottom of the container.

Fluid mixing device

Soft boot for glass scraper

A mixing device includes vanes arranged so that the outer edges of the vanes define a frusto-conical surface in order to facilitate improved circulation of the liquid being mixed. Each vane is preferably curved, either lengthwise, widthwise, or both. In one embodiment, the outer edges of the vanes are tapered outward to form the frusto-conical surface. In an alternative embodiment, the inner and outer edges of the vanes are aligned with each other, and the vanes are tilted relative to a central axis to form the frusto-conical surface. The vanes may extend between upper and lower rims having the same or different diameters. Turbines extend between the vanes and shaft for rotating the mixing device. The turbines are arranged to avoid inhibiting entry of liquids through the top and bottom of the mixing device. Feet extend downward from the bottom edge of the mixing device to facilitate mixing of liquids on the bottom of the container. The inner edges of the vanes define a frusto-conical surface in order to prevent clogging of the mixing device.

Tool and parts holder

A molded pole-type sandpapering tool (10) comprises a molded body member (12) having a flat backing surface (14) for the sandpaper (210) and a handle mounting surface (16) on the opposite side thereof which includes a two-piece resilient molded universal joint (18) to which a molded handle mount (22) is attached and two pairs of spaced apart pheripherally disposed molded contoured guide ramps (200a-200b, 200c-200d) adjacent opposite sides of the universal joint (18) and defining a pair of substantially orthogonally disposed slots (202a-202f) for the universally mounted handle (18) for enabling planar positioning thereof for applying optimum positive pressure to the abrasive surface. The contoured guide ramps comprise sloped contoured surfaces which positively guide the handle (20) on a contoured path between the orthogonal slots during universal movement of the handle (20) substantially in the plane of the abrasive surface (210) while maintaining optimum pressure. A pair of resilient wire spring clips (204, 206) are pivotally mounted to the guide ramps (200a-200d) for removably securing the ends of the sandpaper (210) to the body member (12) to hold the sandpaper (210) against the backing surface (14). The contoured guide ramps (200a-200f) have retention notches (212a-212d) therein for removably locking the spring clips (204, 206) in a sandpaper securing position against the handle mounting surface (16).

Growing community of inventors

Paramus, NJ, United States of America

Howard Soled