Electrical signal mechanism actuated in response to rotation about any of three axes

Claim 1

An object which generates a signal only when in rotation and when in rotation generates a continuous signal comprising: a support structure, circuitry mounted to said support structure comprising a power source, switch means including a first switch which can assume its ON position in response to centrifugal force, said switch means further including a second switch which assumes its ON position in response to centrifugal force, means for generating a signal, means connecting electrically in series said power source, said first switch, said second switch and said means for generating a signal, said first switch being mounted to said support structure in a position such that it is in its ON position as a result of centrifugal force generated when said support structure is in rotation about a given axis, said second switch being mounted to said support structure in a position such that it is in its ON position as a result of centrifugal force generated when said support structure is in rotation about said axis and so that it is in its OFF position when said support structure is not in rotation and when said first switch is in its ON position due to gravity rather than to rotation, whereby said means for generating a signal is actuated only when said support structure is in rotation and whereby when said support structure is in rotation said means for generating a signal is actuated continuously, said switch means further including a third switch and a fourth switch which can assume their ON positions in response to centrifugal rotation, means connecting said third and fourth switches in series with a power source and a signal generating means, said switches being mounted in positions in said support structure whereby rotation of said object about its X-axis causes said first and second switches to assume their ON positions, rotation of said object about its Y-axis causes said third and fourth switches to assume their ON positions and rotation of said object about its Z-axis causes said first, second, third and fourth switches to assume their ON positions.