Exceptional IP Holdings, LLC

Other

K C Holdings, Inc.

Scott A Murray

Sun Xiao Wei

Kevin Alan Wolff

The present invention is directed generally to building tools that are high quality, durable, and in some case lightweight. For example, various tools may made by forming multiple sections into a single integrated piece by, for example, casting the parts using a molding process so as to reduce manufacturing cost and increase the structural durability of the tool. The tools may be made in such a way as to allow for easier assembly, operation, and cleaning. Further, various tools may be made, at least in part, using a material including magnesium to reduce the weight of the tool. Still further, various tools may be made using one or more protective coatings for protecting various metals against corrosion, for example, using a high impact coating such as paint covered with a clear coat of lacquer.

Methods and apparatus for drywall tools

The present invention is directed generally to tools that are made, at least in part, more durable, particularly one or more working surface(s) of the tools. For example, various tools such as trowels, knives, and scrapers may be made having at least a portion of their blades heat treated to make at least their working edges more durable and extend their useful lives. For example, in various embodiments, a putty knife, taping knife, or scraper blade may have at least one working surface or edge that has been at heat treated while an area of the blade where a handle is permanently attached is not heat treated.

Hand held building tools

The present invention is directed generally to tools that are high quality, strong, and lightweight. For example, various tools such as clamps may be made using parts containing a compound or alloy including magnesium. Magnesium may be for cast or extruded parts. In one embodiment, an 'F' style clamp may be made with one or both of the two cooperating jaw members or sections being cast from a magnesium compound or alloy. In one variation, the 'F' style clamp may include a shaft made from extruded magnesium. In another embodiment, a &#x201c;C&#x201d; style clamp may be made with the &#x201c;C&#x201d; shaped frame being cast from a magnesium compound or alloy. In a further embodiment, a bar clamp having trigger indexing may me made with one or both of two jaw members or sections being cast from a magnesium compound or alloy. In a variation, the bar may be an extruded magnesium.

Methods and apparatus for clamping tools

The present invention is directed generally to building tools that are high quality, durable, and in some case lightweight. For example, a mastic flat box may made by forming multiple sections into a single integrated piece by, for example, an extrusion process so as to reduce manufacturing cost and increase the structural durability of the tool. The mastic flat box may be made in such a way as to allow for easier assembly, operation, and cleaning. Further, mastic flat box may be made, at least in part, using a material including magnesium to reduce the weight of the tool. Still further, mastic flat box may be made using one or more protective coatings for protecting various metals against corrosion, for example, using a high impact coating such as paint covered with a clear coat of lacquer.

The present invention is directed generally to tools that are high quality, strong, and lightweight. For example, various tools such as clamps may be made using parts containing a compound or alloy including magnesium. Magnesium may be for cast or extruded parts. In one embodiment, an 'F' style clamp may be made with one or both of the two cooperating jaw members or sections being cast from a magnesium compound or alloy. In one variation, the 'F' style clamp may include a shaft made from extruded magnesium. In another embodiment, a &#x201c;C&#x201d; style clamp may be made with the &#x201c;C&#x201d; shaped frame being cast from a magnesium compound or alloy. In a further embodiment, a bar clamp having trigger indexing may be made with one or both of two jaw members or sections being cast from a magnesium compound or alloy. In a variation, the bar may be an extruded magnesium.

The present invention is directed generally to building tools that are high quality, durable, and in some case lightweight. Various tools may be made, at least in part, using a material including magnesium to reduce the weight of the tool. For example, a trowel includes a tang, support member or attachment member that may be made, at least in part, of a magnesium material so as to create a more light weight trowel. The tang, support member or attachment member connects the trowel handle to the trowel blade. The trowel blade may be made of a steel material or a high carbon steel material for high durability. The trowel may be, for example, a concrete trowel including a cross-ground trowel, a flat back end finishing trowel, or a round/round finishing trowel.

The present invention is directed generally to building tools that are high quality, durable, and in some case lightweight. For example, various tools may made by forming multiple sections into a single integrated piece by, for example, casting the parts using a molding process so as to reduce manufacturing cost and increase the structural durability of the tool. Further, various tools may be made, at least in part, using a material including magnesium to reduce the weight of the tool. Still further, various tools may be made using one or more protective coatings for protecting various metals against corrosion, for example, using a high impact coating such as paint covered with a clear coat of lacquer.

The present invention is directed generally to tools that are made, at least in part, more durable, particularly one or more working surface(s) of the tools. For example, various tools such as trowels, knives, and scrappers may be made having at least a portion of their blades heat treated to make at least their working edges more durable and extend their useful lives. For example, in various embodiments, a putty knife, taping knife, or scrapper blade may have at least one working surface or edge that has been at heat treated while an area of the blade where a handle is permanently attached is not heat treated.

The present invention is directed generally to tools that are made, at least in part, more durable, particularly one or more working surface(s) of the tools. For example, various tools such as trowels, knives, and scrappers may be made having at least a portion of their blades heat treated to make at least their working edges more durable and extend their useful lives. For example, in one embodiment, a trowel blade may have at least one texturing edge that has been at least partially heat treated.

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Lenexa, KS, United States of America

Scott A Murray