Abstract: The present invention relates to systems and methods for providing gaiming points for video gamers. In one embodiment, a gaiming system is coupled to a monitor of a computerized video gaming system. The gaiming system includes an energy source and a display. A gaiming command from the computerized video gaming system instructs the energy source to project a substantially narrow energy beam. The display has a gaiming target configured to scatter a portion of the narrow energy beam thereby generating a visible gaiming point substantially centered with respect to the monitor. In some embodiments, the intensity of the energy beam is selectable. It is also possible to contour the display to minimize unwanted scattering of the energy beam.

Abstract: The present invention relates to systems and methods for providing gaiming points for video gamers. In one embodiment, a gaiming system is coupled to a monitor of a computerized video gaming system. The gaiming system includes an energy source and a display. A gaiming command from the computerized video gaming system instructs the energy source to project a substantially narrow energy beam. The display has a gaiming target configured to scatter a portion of the narrow energy beam thereby generating a visible gaiming point substantially centered with respect to the monitor. In some embodiments, the intensity of the energy beam is selectable. It is also possible to contour the display to minimize unwanted scattering of the energy beam.

Abstract: An improved linear motor is provided useful in conjunction with audio equipment for reduced distortion audio output at high voice coil displacements. The improved linear motor may include a yoke, a gap plate which forms an air gap with the yoke, magnets coupled to the yoke and the gap plate, a former, and a voice coil coupled to the former. The magnets generate a magnetic field across the air gap, which is relatively narrow. The former and coil fit in the air gap and may move in a vertical direction. The voice coil includes more than one segment, each having differing electrical resistance. The differing resistances cause the force on the voice coil to be uniform regardless of displacement of the voice coil vertically within the air gap. Resistance differences between the segments may be caused by differing the wire lengths making up each segment of the coil. Likewise, each segment may be made of differing material to vary resistance.

Abstract: An improved linear motor is provided useful in conjunction with audio equipment for reduced distortion audio output at high voice coil displacements. The improved linear motor may include a yoke, a gap plate which forms an air gap with the yoke, magnets coupled to the yoke and the gap plate, a former, and a voice coil coupled to the former. The magnets generate a magnetic field across the air gap, which is relatively narrow. The former and coil fit in the air gap and may move in a vertical direction. The voice coil includes more than one segment, each having differing electrical resistance. The differing resistances cause the force on the voice coil to be uniform regardless of displacement of the voice coil vertically within the air gap. Resistance differences between the segments may be caused by differing the wire lengths making up each segment of the coil. Likewise, each segment may be made of differing material to vary resistance.