Other

Power Beat International, Ltd.

Evan L Bydder

Pita Witehira

Gregory S Anderson

Elizabeth P Witehira

A method of applying external electromagnetic fields to stimulate body tissues of a user. The method may include the steps of obtaining a distributor comprising a plurality of electromagnetic coils, obtaining a controller comprising a processor and a memory device, operably connected to one another, the memory device storing code executable by the processor, selecting a source of electrical current, connecting the source to the controller, and positioning a user proximate the distributor. The method may further include controlling, by the controller in accordance with the code, delivery of electrical current sequentially and exclusively to each coil of the plurality of electromagnetic coils to generate a magnetic field extending into the user.

Electromagnetic body tissue stimulation apparatus and method

A method of increasing bone mass throughout the body of a user. The method may include the steps of obtaining a distributor comprising a plurality of electromagnetic coils, obtaining a controller comprising a processor and a memory device, operably connected to one another, the memory device storing code executable by the processor, selecting a source of electrical current, connecting the source to the controller, and positioning a user proximate the distributor. The method may further include controlling, by the controller in accordance with the code, delivery of electrical current sequentially and exclusively to each coil of the plurality of electromagnetic coils to generate a magnetic field extending into the user.

Bone-activity stimulation apparatus and method

The present invention relates to power distribution systems and more particularly, to such systems using power storage devices such as batteries and involving a first electrical load best served by a power source having a low current rate and slow discharge period, and a second electrical load best served by a power source having a high current rate and rapid discharge period. One particular application involving these requirements is in automobile electrical systems. The present invention provides an electrical control circuit that functions in conjunction with such power sources to satisfy such electrical system operating requirements. The system of the present invention maintains the power sources in electrically separate condition when the associated vehicle engine is not running, so as to prevent discharge of the power source serving engine starting systems as a result of inadvertent discharge of the other power source. The control circuit detects presence of external conditions such as vibration or voltage drop created as an operator is about to start the engine. The control circuit electrically connects the power sources for starting, and may retain the connection for charging purposes, but disconnects the power sources from each other after engine operation is concluded. Controls are also provided for connection or disconnection of the power source in response to detected conditions such as undesirable voltages or current flows in the electrical system.

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Hamilton, New Zealand

Evan L Bydder