Fluid-driven ring saw
AssigneeGemini Saw Company, Inc.
InventorJesse G. Cogswell
Life of this patent
Estimating the term…
Abstract
A fluid-driven ring saw includes a ring saw blade that is supported and driven by a fluid. The fluid-driven ring saw can include one or more pairs of fluid nozzles. Each pair of fluid nozzles can include a first fluid nozzle separated from a second fluid nozzle by a gap. The ring blade can be positioned within the gap. The ring blade can include a plurality of holes. The one or more pairs of fluid nozzles can deliver fluid jets that impinge upon the plurality of holes of the ring blade to drive rotation of the ring blade. The ring blade can be driven without direct contact of a mechanical linkage, such as a belt or chain. The ring blade can be relatively thinner than ring blades driven by mechanical linkages.
Claims21
A fluid-driven ring saw comprising:
- one or more pairs of fluid nozzles, wherein each pair of fluid nozzles comprises a first fluid nozzle separated from a second fluid nozzle by a gap;
- and
- a ring blade positioned within the gap, the ring blade comprising:
- an annular body having an outer edge, an inner edge, a first peripheral side, and a second peripheral side, and
- a plurality of holes positioned around the annular body, each hole extending through the annular body from the first peripheral edge and the second peripheral edge,
- wherein the one or more pairs of fluid nozzles are configured to deliver fluid jets that apply forces to surfaces of the plurality of holes of the ring blade to drive rotation of the ring blade.
A saw blade that is configured to be driven by a fluid, the saw blade comprising:
- an body having an outer edge, an inner edge, a first peripheral side, and a second peripheral side, wherein a thickness of the saw blade, measured between the first peripheral side and the second peripheral side, is less than 0.02 inches;
- and
- a plurality of cutouts positioned around the body, each cutout extending through the body from the first peripheral edge and the second peripheral edge.
A method for driving rotation of a blade of a saw, the method comprising:
- directing fluid jets into openings on the blade of the saw to support and drive rotation of the blade without the use of a direct mechanical linkage connecting to the blade.
Dependencies are inferred from the claim text.