To solve the problem of a generator equipped with a flywheel that the rotation in the direction opposite to that of the flywheel causes speed reduction or stop, and to solve the problem of a conventional monitoring system that, although power generated by collision between a steel ball and a piezoelectric element is used as the power for detecting opening/closing of a door or window and for wireless transmission, a module size is limited and a small size is not appropriate for acquiring wanted power.
In a rotational inertia held power generator, a second train mechanism for generating reverse rotation is set parallel to a first train mechanism for transmitting rotation to a flywheel 107, and the rotations of two train mechanisms are transmitted to both end surfaces of the same flywheel. A cavity is formed in both end surfaces of the flywheel for rotation in the same direction at all times. A monitoring system uses the rotational inertia held generator at a primary detector, and uses the algorithm for judgement and control to realize the system configuration for monitoring health which is not referred to by a conventional technology.
IWASAKI FUMIHARU
| JP2003296827A | 2003-10-17 | |||
| JPH09184471A | 1997-07-15 | |||
| JPH11215261A | 1999-08-06 | |||
| JP2000011282A | 2000-01-14 |
Noriaki Uchino
Nobuyuki Kimura