Dale said:If the ball, air, and oil are all initially stationary then it will not suddenly start to spin.
Please be aware of the forum rules prohibiting discussion of perpetual motion machines.
The hydraulic engine works by using pressurized fluid to transfer energy and power to various mechanical components. In the case of a ball spin and stop mechanism, the pressurized fluid is used to rotate a cylinder which then causes a ball to spin and stop.
The ball spin and stop mechanism is often used in hydraulic engines to regulate the flow of fluid and control the speed of the engine. It can also be used for precise stopping and starting of the engine.
The rotation of the cylinder in the hydraulic engine creates centrifugal force which causes the ball to spin. When the pressurized fluid is released, the cylinder stops rotating and the ball is no longer affected by the force, causing it to stop.
Hydraulic engines are often preferred for their high power-to-weight ratio, as well as their ability to operate at high speeds and handle heavy loads. They also have fewer moving parts, making them more reliable and easier to maintain.
The speed of the spin and stop mechanism can be controlled by adjusting the flow of the pressurized fluid. By increasing or decreasing the flow, the rotation speed of the cylinder and the spin and stop speed of the ball can be adjusted accordingly.