US 2021/0277780 A1 · Arc Turbine

Abstract

An arc turbine system includes an elliptical housing, a rotor having two sliding channels positioned centrically to the housing, and two sliding arcs disposed within the rotor sliding channels and slide therein. The sliding arcs are engaging the housing simultaneously at both ends in a near friction-free environment supported by repulsion force of like-pole magnets. Four chambers disposed within two static chambers between the rotor and the long-axis of said housing, the two static chambers further include proper inlet and outlet ports configured to allow fluid and gas flow into and flow out of the static chambers. The system configured in two distinct settings for two distinct uses. 1) To generate dense rotating energy with optimum efficiency, and high power-to-weight ratio by burning fuel and 2) to pump, compress, vacuum, convey, pressurize, turbocharge, allow precision and micro-movement of gas and liquid, conversion of pressurized gas and liquid to rotating energy, all with optimum efficiency, near-zero vibration, near-zero friction, capability of handling all viscous fluids and 100% increased flow rate using dual inlet and dual outlet ports.

Claims20

Dependent claims

An arc turbine system, comprising:

an elliptical housing;
a rotor;
a first sliding arc and a second sliding arc;
magnets and repulsion force thereof;
wherein a rotor having at least two sliding means including two sliding channels;
wherein a first sliding arc and a second sliding arc both the first sliding arc and the second sliding arc disposed within the rotor's sliding means and slide therein;
wherein the first sliding arc and the second sliding arc configured to reciprocate within the rotor's sliding means;
wherein the elliptical housing and the rotor collectively forming two static chambers, a first static chamber and a second static chamber between the rotor and the elliptical housing long-axis;
wherein the first static chamber is between the rotor and the elliptical housing first long-axis and wherein the second static chamber is between the rotor and the elliptical housing second long-axis;
wherein the first static chamber further includes at least one inlet port and at least one outlet port to allow fluid and gas flow into and flow out of said first static chamber;
wherein the second static chamber further includes at least one inlet port and at least one outlet port to allow fluid and gas flow into and flow out of said second static chamber;
wherein the first sliding arc and the second sliding arc engaging the housing simultaneously at both ends within the first static chamber and the second static chamber and collectively forming four variable capacity rotating chambers;
wherein the first sliding arc and the second sliding arc further include at least one magnet at both ends;
wherein the housing further includes at least one magnet aligned with said housing;
wherein the first sliding arc and the second sliding arc magnets configured to repel the engaging housing magnet to avoid friction between the two sliding arcs and the housing.

12 more elements

An arc turbine system, comprising:

an elliptical housing;
a rotor;
a first sliding arc and a second sliding arc;
wherein a rotor having at least two sliding means including two sliding channels;
wherein a first sliding arc and a second sliding arc both the first sliding arc and the second sliding arc disposed within the rotor's sliding means and slide therein;
wherein the first sliding arc and the second sliding arc configured to reciprocate within the rotor's sliding means;
wherein the elliptical housing and the rotor collectively forming two static chambers, a first static chamber and a second static chamber between the rotor and the elliptical housing long-axis;
wherein the first static chamber is between the rotor and the elliptical housing first long-axis and wherein the second static chamber is between the rotor and the elliptical housing second long-axis;
wherein the first static chamber further includes at least one intake port to allow fuel enter said first static chamber;
wherein the second static chamber further includes at least one exhaust port to allow exhaust flow out of said second static chamber;
wherein the first sliding arc and the second sliding arc engaging the housing simultaneously at both ends within the first static chamber and the second static chamber collectively forming four variable capacity rotating chambers;
wherein the arc turbine system configured to generate rotating energy by igniting fuel within each said four rotating chambers and collectively generating four expansion force per rotation.

9 more elements

Dependencies are inferred from the claim text.

Arc Turbine

Life of this patent

Arc Turbine

Life of this patent

Abstract

Claims20