Method and apparatus for an automatic revolution of a floating device
OwnerPichit Likitchevainventor
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Abstract
An apparatus and the method thereof comprising two floating devices of different size operating in tandem. The floating devices of the same design have their respective ends made from materials of different densities to keep the devices in submerged state when put in a liquid-filled container. An automatic revolution of the floating device is achieved when the balancing status of the larger floating device is tilted by the smaller floating device.
Claims12
A method for the utilization of the buoyancy principle in providing an automatic revolution of a floating apparatus by means of obtaining a coordinated balancing status between two floating devices of larger and smaller sizes sharing a common pivotal axis for the revolution in a vertical direction of the whole unit.
An apparatus for the utilization of the buoyancy principle in providing an automatic revolution of a tandem floating devices, wherein each one of the said devices comprising a lighter end and a heavier end, and both of which being installed inside a liquid-filled container for free rotation in the vertical direction.
An apparatus for the utilization of the buoyancy principle in providing an automatic revolution of a tandem floating devices, wherein the said floating devices are contained within an individual perforated tube.
Dependencies are inferred from the claim text.