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| Alternator |
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| Motor core and motor using the same |
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| Method and system for sensing switch position to prevent inadvertent startup of a motor |
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| Disk-type single-phase brushless motor |
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| Disk clamping assembly for a low profile disk drive apparatus |
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| Electric machine |
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Apparatus for generating autogenic energy
| Details |
Inventors: Mu, Chung-Nan; Tu, Yu-Ta;
Assignee: Sunyen Co., Ltd. (Taipei, TW)
Primary Examiner: Nguyen; Tran N.
Assistant Examiner:
Attorney, Agent or Firm: Bacon & Thomas, PLLC
An apparatus for generating autogenic energy includes a base, a first magnetic device, a second magnetic device and a transmission member. The transmission member is mounted movably on the base. The second magnetic device is connected to the transmission member and is movable together with the transmission member in a predetermined rotational direction by the interaction force of the first and second magnetic devices. The second magnetic device is capable of being disposed adjacent to the first magnetic device in an interaction position and is receives a positive force such that the second magnetic device is rotatable away from the first magnetic device in a first rotational direction to produce an angular momentum. The second magnetic device and the transmission member respond to the inertial force and the positive force to be moved past a counterbalance position without being stopped by a negative force and to continue moving in the first direction back to the interaction position. In this way, the transmission member is movable by means of intermittent exertion of the positive force on the second magnetic device continuously in the predetermined direction. |
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DETAILED DESCRIPTION Therefore, an object of the invention is to provide an apparatus for utilizing long-sustained autogenic energy.
Another object of the invention is to provide a mode of energy exploitation that will not harm the environment.
According to the invention, an apparatus for producing autogenic energy includes a base, a first magnetic device, a second magnetic device and a transmission member.
The first magnetic device is mounted on the base and has a first magnetic field.
The transmission member is mounted movably on the base.
The second magnetic device is connected to the transmission member and has a second magnetic field.
The second magnetic device is movable together with the transmission member in a first rotational direction (such as clockwise) to pass by the first magnetic device periodically adjacent to what is herein referred to as an "interactive position").
The first and second magnetic fields interact with one another when the second magnetic device passes by the first magnetic device to exert alternately positive and negative forces on the first and second magnetic devices.
Both forces are repulsive since in the present (preferred) arrangement, like poles are always closer than opposite poles.
The positive force urges the second magnetic device to move relative to the first magnetic device in the first rotational direction (such as in a clockwise direction).
The negative force urges the second magnetic device to move relative to the first magnetic device in a second rotational direction (such as the counter-clockwise direction) that is opposite to the first rotational direction.
The second magnetic device is arranged to move toward and away from the first magnetic device, that is, from an interaction position adjacent to the first magnetic device where the positive force is exerted such that the second magnetic device moves away from the first magnetic device in the first rotational direction to produce an inertial force (angular momentum).
The second magnetic device together the transmission member is caused by the inertial force (angular momentum), primarily of a flywheel on the transmission member, and the positive force to move through a portion of its path where the magnetic force is negative
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