Abstract: A method, apparatus, system and computer program product are provided for controlling satellite communication in a satellite communication network during movement of a vehicle comprising one or more antenna elements. Radomes for airborne Satellite Communications (SATCOM) terminals have areas of poor axial ratio (also known as cross-polarization discrimination) due to the aerodynamic nature of the radome. Rather than turning off the power when passing through certain regions, a power spectral density limit is provided to the modem based on an azimuth angle and an elevation angle of the antenna. The power spectral densities may be accessed in a map by azimuth-elevation pairs and are dependent upon axial ratio limits of the satellite communication network. The map corresponds to a shape of the radome, or a physical characteristic of the vehicle.

Abstract: A clamp including kinetic energy control. The clamp includes a self-compensating, non-adjustable hydraulic damper having kinetic energy absorption, such as a shock absorber.

Abstract: A waste toner reclamation process includes collecting waste toner, screening the collected waste toner, meltmixing the screened waste toner with a second toner, and extruding, grinding and classifying the mixed toner product, wherein the collected waste toner comprises a mixture of different colored toner particles.

Abstract: An inertia-sensitive device for detecting movement of, or impact on, the device or vibrations in its vicinity comprises a housing having a flat or concave surface, a ball freely supported within the housing upon that surface, the ball and/or the surface having an uneven texture, and a piezoelectric detector in direct or indirect contact with said housing. In one form of the device, which is illustrated, the surface is roughened and extends to a full spherical surface and the ball is of steel.

Abstract: An improved inertia sensitive device, which is directionally sensitive to activating impulses, comprises a piezoelectric plate (7), a housing (3,4) gripping the plate along at least a major part of its periphery, a weight (9) supported at or adjacent to the center of the plate, and means (FIG. 2) to detect signals generated by the plate (7).