TH13618B - Absolutely moving piston mechanism with rotary piston structure. - Google Patents

Abstract

The DC60 (20/11/41) has the original hassle. And conflicting technical problems for the propeller type mechanism. The preexisting rotary of the Renaissance Which is impossible to achieve at the same time that the Hazardous elements that have to be room divider to be able to change their capacity It when pushing the impeller (impeller 5) directly to the cam ring. (Round-shaped chamber part 2) because it must be achieved at the same time by completely improving some serious problems such as erosion at the edge of the impeller. Additional elements involved to push And operating To the impeller mechanism and to achieve airtight seal operation and the smoothness in the conditions to achieve a seal. It is very difficult to improve in the renaissance that has existed before. The way to improve the aforementioned problems can be accomplished completely by: This invention consists of A small rotor that is fully integrated with the main shaft and arranged. Is a lean angle with a large cylinder rotor For fixing the bearing housing Made tilt scroll box At the surface in an evenly divided area between the large rotors And such a small rotor Angled blades The exact fit is on the channel where it will be a bridge. And suction inlet and vent Out that is arranged at the side of the case. There is an original hassle And conflicting technical problems for the propeller type mechanism. The preexisting rotary of the Renaissance Which is impossible to achieve at the same time that the Hazardous elements that have to be room divider to be able to change their capacity It when pushing the impeller (impeller 5) directly to the cam ring. (Round-shaped chamber part 2) because it must be achieved at the same time by completely improving some serious problems such as erosion at the edge of the impeller. Additional elements involved to push And operating To the impeller mechanism and to achieve airtight seal operation and the smoothness in the conditions to achieve a seal. It is very difficult to improve in the renaissance that has existed before. The way to improve the aforementioned problems can be accomplished completely by: This invention consists of: a small rotor that is integrated into the main axis and positioned. Is a lean angle with a large cylinder rotor For fixing the bearing housing Made tilt scroll box At the surface in an evenly divided area between the large rotors And such a small rotor Angled blades The exact fit is on the channel where it will be a bridge. And suction inlet and vent Issued at the side of the housing:

Claims (4)

1. a piston mechanism that moves absolutely Which has a structure of a rotary piston consisting of a small rotor integrated with the main shaft. And lean with a large rotor The cylinder that holds the bearing housing. Slanted slider formed in the small rotor And the big rotor at the opposite position Between the big rotor And small rotor A sliding propeller fitted in the compartment. Each impeller is bent at an angle K and the inlet and outlet are arranged on the side housing. In this case, slanted slides are formed in the small and large rotors at equally spaced positions, and each cavity in the small rotor is Forming a bevel at one alpha with the radius of the small rotor passing through Respectively, evenly spaced positions, and each cavity in the large rotor is formed as a second bevel with the radius of the large rotor at Through evenly spaced positions and the width of each impeller is determined by one of (chemical formula) where h and d are the width of each impeller, r is the radius of the small rotor, (formula) is The middle angle fixed to the chord of the small rotor passing through two intersections on the outer surface of the small motor, the intersection is on the opposite side of the rotor, 1 is the radius of the large rotor and 0 ° Alpha 90 ํ, 0 ํ < beta < 90 ํ, and alpha + beta + formula = 180 ํ 2.Pump with impeller Which consists of Absolute moving piston mechanism with rotary piston structure according to claim 1. 3.Motor with propeller Which consists of Absolute moving piston mechanism with rotary piston structure according to claim 1. 4.Motor with a hot gas propeller Containing Absolute moving piston mechanism with rotary piston structure according to claim 1.