Abstract: A Binary generator comprises a plurality of windings each being adapted to rotate between attracting magnetic fields generating current flow. The current flows through closed circuits to a multiple pole star electromagnet with all poles having similar torque exerting properties, both stages affixed to a common shaft and rotating in unison. The unidirectional flow of energy each half cycle relating to the magnets, not the wire, maintains a constant similar attitudes of sweeping fields of said poles to each half of an affixed coil of wire on the exterior of the rotating poles. Constant opposite striking of similar poles on each half of the coil induces a brushless current flow of energy that does not display a standard magnetic field around the conductor while the energy is in motion.

Abstract: A continuous direct current generator comprises a plurality of windings, each being adapted to rotate between two magnetic fields and in unison with a rotator having a plurality of brush contacts. The windings are electrically connected to the brush contacts which deliver current to a split anode-cathode ring within which the rotator rotates. The windings are connected to the brush contacts so as to deliver substantially continuous direct current to the anode-cathode output.

Abstract: A continuous direct current generator comprises a plurality of windings, each being adapted to rotate between two magnetic fields and in unison with a rotator having a plurality of brush contacts. The windings are electrically connected to the brush contacts which deliver current to a split anode-cathode ring within which the rotator rotates. The windings are connected to the brush contacts so as to deliver substantially continuous direct current to the anode-cathode output.

Abstract: Disclosed herein is a modular battery system having at least one set of battery modules, preferably monoblock modules connected in series. Each of the battery modules may be designed with a first endplate and a second endplate, wherein each battery module is set between the first and second endplates and at least one band member couples the endplates to each other, binding the battery module between the endplates. The endplates are secured between a pair of rails and the system is disposed in a system housing. A cooling manifold provides a system wherein coolant flows into and out of each battery module. The system housing preferably has a coolant inlet and a coolant outlet. The cooling manifold is in flow communication with the coolant inlet and the coolant outlet. A battery monitoring system, which may include a battery control module and at least one remote sensing module, preferably monitors and collects performance and status information, such as voltage and temperature, of the battery modules.

Abstract: A vehicle (12) includes an ultrasonic intrusion alarm system (11). A linear electric motor (60) has a movable part (64) that moves linearly relative to the alarm system (11) upon actuation of the linear electric motor. A computer (120) controls operation of the linear electric motor (60). A plurality of different test devices (80, 90, 100, 110) are selectively connectable with the movable motor part (64) for performing different tests of the alarm system (11).