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OwnerValeriy Adamovich Kovalchuk, Sergey Adamovich Xovalchuk +1inventors
InventorsValeriy Adamovich Kovalchuk, Sergey Adamovich Xovalchuk, Roman Petrovich Bodrov
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The subject of the patent is a group of inventions relating to an apparatus for movement in air and water. The apparatus for movement in fluid comprises an aerodynamic cross-section wing with a convex upper surface, and a source of high pressure fluid interconnected with a means for forming pressure jets over the convex upper surface of the wing. Six embodiments of the apparatus are characterized by the design of the means for forming pressure jets. The method for developing thrust consists of using the means for forming pressure jets over the convex upper surface of the wing. Five embodiments of the method are characterized by the design of the means for forming pressure jets. The group of inventions is aimed to increase efficiency.
A method for developing thrust that consists of directing fluid pressure jets from nozzles along a tangent to the convex upper surface of an aerodynamic cross-section wing, distinctive in that the nozzles are moved at an angle in the direction of the fluid pressure jets which capture surrounding fluid by means of vortices.
An apparatus for movement in fluid comprising an aerodynamic cross-section wing with a convex upper surface and a source of high pressure fluid interconnected with a means for forming pressure jets from nozzles directed along a tangent to the convex upper surface of the wing, distinctive in that it has a drive for rotating the nozzles of said means, the means made in the form of a rotor with a hollow axle installed coaxially with the wing's longitudinal axis and capable of forming pressure jets with vortices.
A method for developing thrust that consists of directing fluid pressure jets from nozzles along a tangent to the convex upper surface of an aerodynamic cross-section wing, distinctive in that the points of exhaust of fluid pressure jets that capture surrounding fluid by means of vortices are changed sequentially.
An apparatus for movement in fluid comprising an aerodynamic cross-section wing with a convex upper surface and a source of high pressure fluid interconnected with a means for forming pressure jets from nozzles directed along a tangent to the convex upper surface of the wing, distinctive in that said means is made in the form of a bank of stationary nozzles that are connected to a pulsating air breathing engine and simulate circular movement of the nozzles with a capacity to form pressure jets with vortices.
A method for developing thrust that consists of directing fluid pressure jets from nozzles over the convex upper surface of an aerodynamic cross-section wing, distinctive in that the nozzles are set to reciprocating movement in the wing's longitudinal axis plane so that fluid pressure jets capture surrounding fluid by means of vortices.
An apparatus for movement in fluid comprising an aerodynamic cross-section wing with a convex upper surface and a source of high pressure fluid interconnected with a means for forming pressure jets from nozzles over the convex upper surface of the wing, distinctive in that the means for forming pressure jets is made in the form of a bank with a hollow axle and nozzles installed in the wing's longitudinal axis plane, the nozzles are made with the capacity to form pressure jets with vortices and connected to a reciprocating motion mechanism.
An apparatus for movement in fluid comprising an aerodynamic cross-section wing with a convex upper surface, and a means for forming pressure jets with nozzles over the convex upper surface of the wing, distinctive in that the means for forming pressure jets is made in the form of hinge-mounted curved nozzles connected to a pulsating air breathing engine and made with the capacity to form pressure jets with vortices and to reset by means of springs.
A method for developing thrust that consists in directing fluid pressure jets from nozzles over the convex upper surface of an aerodynamic cross-section wing, distinctive in that the point of reciprocating exhaust from the nozzles of fluid pressure jets that capture surrounding fluid by means of vortices is simulated in the wing's longitudinal axis plane.
An apparatus for movement in fluid comprising an aerodynamic cross-section wing with a convex upper surface and a means for forming pressure jets over the convex upper surface of the wing, distinctive in that the means for forming pressure jets is made in the form of a bank of stationary nozzles installed in the wing's longitudinal axis plane, and connected to a pulsating air breathing engine capable of reciprocating change of the point of exhaust from the nozzles of fluid pressure jets that entrap surrounding fluid by means of vortices.
A method for developing thrust that consists of directing fluid pressure jets from nozzles over the convex upper surface of an aerodynamic cross-section wing, distinctive in that the nozzles of fluid pressure jets are set to oscillating movement in the plane parallel to the longitudinal axis of said wing so that the fluid pressure jets capture surrounding fluid by means of vortices.
An apparatus for movement in fluid comprising an aerodynamic cross-section wing with a convex upper surface and a source of high pressure fluid interconnected with a means for forming pressure jets and directing them over the convex upper surface of the wing, distinctive in that the means for forming pressure jets is made in the form of a rotor with a hollow axle and nozzles installed perpendicular to the wing's longitudinal axis, the nozzles installed symmetrically on, and at an angle to, an end face with pressure jets capable of capturing surrounding fluid by means of vortices.
Dependencies are inferred from the claim text.