Abstract: An apparatus for use with a fan coil cabinet occluded by a releasably secured baffle having intake and discharge vents communicating with the cabinet and containing a coil which water passes and a fan which forces air past the coil for conditioning, wherein the fan has an outlet and a coil. The apparatus comprises a housing with the fan and coil mounted thereto, and a support mounted to the cabinet wherein the housing slides for movement between a retracted position, within the cabinet, and an extended position, protruding from the cabinet. The housing has a port with the fan coupled thereto for sealed communication between the port and the outlet. The coil and the housing define a cavity with which the port communicates. The housing defines an aperture and a door releasably secured in occluding relation to the aperture to provide access to the cavity for maintenance of the coil.

Abstract: An apparatus for use with a fan coil cabinet occluded by a releasably secured baffle having intake and discharge vents communicating with the cabinet and containing a coil which water passes and a fan which forces air past the coil for conditioning, wherein the fan has an outlet and a coil. The apparatus comprises a housing with the fan and coil mounted thereto, and a support mounted to the cabinet wherein the housing slides for movement between a retracted position, within the cabinet, and an extended position, protruding from the cabinet. The housing has a port with the fan coupled thereto for sealed communication between the port and the outlet. The coil and the housing define a cavity with which the port communicates. The housing defines an aperture and a door releasably secured in occluding relation to the aperture to provide access to the cavity for maintenance of the coil.

Abstract: A game system relating to multi-player card games, the game system including: a game-board module having a plurality of peripheral edges, the plurality of peripheral edges containing at least one abuttable edge configured to be placeable in abutment with at least one other abuttable edge of the game system. In addition, the game-board module includes a first surface having a plurality of full spaces depicted thereon, each one identifying a positional piece location, the plurality of full spaces arranged in rows, and a plurality of half spaces, each one identifying one half of a positional piece location, the plurality of half spaces contiguous with the at least one abuttable edge and configured to form full spaces when the abuttable edge is abutted with at least one other abuttable edge of the game system.

Abstract: An interferometric moving target radar imaging system includes a plurality of simultaneously operating apertures, receivers and processing channels which together coherently process RF return signals to image a moving vehicle. The system corrects for the different phase centers of the apertures and interferometrically combines the return signals from different apertures to attenuate the energy from stationary objects. The true azimuth location of the moving vehicle within main beam clutter spread is then determined which facilitates distinguishing between slow moving and stationary objects to detect the moving objects which are then tracked and imaged in the range doppler domain.

Abstract: An AMTI radar employs a dual cancellation format to cancel the clutter in the radar returns received by the apertures of an interferometric radar antenna. The three-aperture antenna presents the radar returns to three receivers which demodulate the returns to a complex in-phase signal I and a quadrature signal Q which are sampled at a pulse repetition interval at all ranges of interest. After conventional motion compensation four data sets are derived from the returns of the three apertures, L(t), C(t-.tau.), C(t) and R(T-.tau.) which represents samples taken over multiple pulse repetition intervals for each range interval or bin of interest. Fast Fourier transforms change the data sets into the frequency domain and phase compensations for the data sets are calculated in a triple interferometric signal calibration unit.