Engine kill switch and control assembly
AssigneeWalbro Corporation
InventorsMartin N. Andersson, Cyrus M. Healy, Gerald J. LaMarr, JR., George M. Pattullo
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AssigneeWalbro Corporation
InventorsMartin N. Andersson, Cyrus M. Healy, Gerald J. LaMarr, JR., George M. Pattullo
Estimating the term…
A speed regulating circuit in communication with an ignition circuit having a primary coil coupled to an ignition member to cause an ignition event within an engine, the speed regulating circuit being arranged to selectively prevent energy from the primary coil from being discharged to the ignition member to selectively prevent an ignition event. In at least some implementations, the speed regulating circuit includes a bidirectional or bilateral triode thyristor having an anode coupled to the primary coil and an anode coupled to ground, and an input gate that may be selectively actuated to route to ground energy received at the triode thyristor from the primary coil to inhibit transfer of energy from the primary coil to the ignition member. The triode thyristor may be selectively actuated, for example, as a function of engine speed, such as an engine speed above a threshold speed.
A speed regulating circuit in communication with an ignition circuit having a primary coil coupled to an ignition member to cause an ignition event within an engine, the speed regulating circuit arranged to selectively prevent energy from the primary coil from being discharged to the ignition member to selectively prevent an ignition event, wherein the speed regulating circuit includes a bidirectional or bilateral triode thyristor having an anode coupled to the primary coil and an anode coupled to ground, and an input gate that may be selectively actuated so that energy received at the triode thyristor from the primary coil PRI is routed to ground thereby inhibiting or preventing transfer of energy from the primary coil to the ignition member.
Dependencies are inferred from the claim text.