A floating mass transducer for a hearing implant is described.

After finding buoyant mass, absolute mass can be found by measuring the buoyant mass of the object in fluids of different densities.

The floating ground (5) is not connected to a common ground (7) outside and is independent therefrom.

A floating mass transducer for assisting hearing in a person is provided.

Inertial vibration in the floating mass transducer (100) produces vibrations in the inner ear.

A method for determining buoyant mass and deformability of a cell is disclosed.

The buoyant mass is lifted from a lower level to a higher level to store energy.

A dual coil floating mass transducer (200) for assisting a person's hearing is provided.

The input buffer circuit includes an integrated circuit including a floating ground substrate and a p-n junction.

Inertial vibration of the housing (202) of the floating mass transducer (200) produces vibrations in the inner ear.

A passive two-terminal circuit (CM1) consisting of a passive circuit element is connected between a connection point (9) of the floating ground (5) and the common ground (7).

The floating mass transducer may generate vibrations in the inner ear by being attached to the skull or through a mouthpiece.

The floating mass is flushed into an oil outlet pipe (7), while cleansed water (8) is led out through the outlet (2).

An implantable floating mass transducer is described for a hearing implant system in an implant patient.

First, the sensor determines the buoyant mass of an object by using the fluid’s density.