| 摘要 |
A novel engine according to figure 1, for rotational, kinetic energy, which does not use liquid fuels and atmospheric oxygen, hydraulic-centrifugal-electric recycling, which consists of a flywheel (1), of the internal combustion engines, screwed on a shaft (2) supported on ball bearings (3) using the full system of hydraulic recycling hydraulic fluid tank (4), hydraulic fluid piston pump (5) supported by a coupler directly to the flywheel shaft (6), hydraulic-electric controls (7), hydraulic motor with recycling connection (8), motor pulley with ratchet, the flywheel pulley is fixed, transmission with a geared belt-chain, hydraulic starter (9), dynamos (10), battery, provision of rotational-kinetic energy (11), oil freezer necessary only for the operation at high loads. Numerous modifications. The operation principles always the same. Figure 1 shows a detailed assemblage of the said novel engine consisting of: Counterweight-flywheel (1), of the internal combustion engines (2), rotational motion shaft, (3), ball bearing (4), shaft support, oil tank (4), hydraulic fluid pressure pump (5), connection coupler (6), hydraulic-electrical controls (7) for the controlled operation, hydraulic motion motor (8), in recycling connection, the pulley with ratchet and chain motion, all the other pulleys fixed on the shaft. Electrical or hydraulic starter (9), dynamos (10). Provision of rotational-kinetic energy (11). We can alter the presently available fuel oil gasoline internal combustionengines by removing the cap of the engine, placing a metallic flange, extending the cylinders, ending to an adjustable plug according to figure 2, in detailed assemblage. It consists of a counterweight-flywheel (1), of the internal combustion engines. Provision of rotational motion-clutch (2), a connecting rod (3), shaft-crank (4), oil tub (5), pistons (6), area for modification to hydraulic recycling - mechanical recycling springs - magnetic recycling (7), cylinder extension (8), cylinder plug(9). We can make a hydraulic recycling in the combustion area of the cylinders, by connecting the cylinders in pairs by a hydraulic oil pipe. We can make a hydraulic recycling in the combustion area of the cylinders also by brake fluids. We can use magnets-electromagnets at the top of the pistons and in the respective extension of the cylinders. We can use cylindric springs in the combustion area of the cylinders. Autonomous continuous-operation engines without engine caps-valves-camshafts, oxygen combustion with numerous modifications and always the same operation principle. Hydraulic-mechanic - centrifugal of the flywheel- electric and magnetic recycling. |
