Abstract: Methods and systems for graphical actuation of a velocity and directionally sensitive sound generation application are disclosed. An identifier of a graphical element or elements that are traversed is received wherein the graphical element or elements are located on a coded surface. In one embodiment, the traversal has a velocity and a direction. Moreover, the traversal can be performed with an optical pen on a graphical representation of a sound generation system. The velocity and the direction of the traversal are determined and an identifier of the velocity and the direction of the traversal is used to actuate a directionally sensitive sound generation application.

Abstract: A cutter for sectioning cheese in the form of a wheel. The cutter includes an apparatus for a cheese wheel to be divided by a set of horizontal or inclined staggered blades into smaller wheels, the cheese then being placed onto a platform. Another set of blades with a different orientation such as vertical then pass through the smaller wheels. The second set of blades may include one cylindrical blade removing an outer periphery and providing a uniform outer diameter and may include a plurality of linear, diametral blades sectioning each smaller wheel into portions or wedges. A second apparatus moves the portions or wedges to be packaged from the platform, and then retracts so the second set of blades and platform may return to a position for sectioning or portioning a second cheese wheel.

Abstract: A method and apparatus for providing a carbon nanotube array plasma limiter having a subnanosecond response time is disclosed. A transmission line assembly having a signal line is provided. A carbon nanotube device is coupled to the transmission line assembly across a gap, wherein the carbon nanotube device is configured for enhancement of an electric field, to initiate a streamer breakdown process within the gap to cause a short circuit of the transmission line assembly in response to a predetermined energy pulse.

Abstract: A plasma limiter is a transient suppression device that combines fast rise time response similar to that of a solid state diode and the high power handling capability similar to that of a traditional gas discharge tube. The limiter is ideally suited to provide front-end protection of radar equipment from electronic warfare systems such as High Power Ultra Wideband (HPUWB) and High Power Microwaves (HPM) as well as protection from lightning and static discharges. It achieves this high order of protection by having a turn-on time of less than 1 nanosecond, a power handling capability of greater than 10 kW, and an insertion loss of less than 0.1 dB.