Abstract: A power conditioner system includes a power-generation power conditioner 30 for connecting a power generation equipment 11 to a grid 12 and a power-storage power conditioner 50 for connecting a power storage equipment 13 to the grid 12, wherein the power conditioner 30 includes an independent-power-generation output unit 34 for outputting, separately from power supply to the grid 12, power based on power of the power generation equipment 11, and the power conditioner 50 includes an independent-power-storage output unit 54 for outputting, separately from power supply to the grid 12, power based on power in the power storage equipment 13. The power conditioner 50 supplies at least one of AC power based on the output of the independent-power-generation output unit 34, AC power based on the output of the independent-power-storage output unit 54, and system power of the grid 12, to an independent output system 62 having a predetermined load.

Abstract: A power conditioner system includes a power-generation power conditioner 30 for connecting a power generation equipment 11 to a grid 12 and a power-storage power conditioner 50 for connecting a power storage equipment 13 to the grid 12, wherein the power conditioner 30 includes an independent-power-generation output unit 34 for outputting, separately from power supply to the grid 12, power based on power of the power generation equipment 11, and the power conditioner 50 includes an independent-power-storage output unit 54 for outputting, separately from power supply to the grid 12, power based on power in the power storage equipment 13. The power conditioner 50 supplies at least one of AC power based on the output of the independent-power-generation output unit 34, AC power based on the output of the independent-power-storage output unit 54, and system power of the grid 12, to an independent output system 62 having a predetermined load.

Abstract: It is an object of the invention to provide an improved flat panel type display apparatus allowing a low cost and a simplified wiring process. First and second terminal groups adjacent to each other as well as a third terminal group separated from the first and second terminal groups and are formed on the outside edge of a rear glass substrate of display section main body of the display apparatus. The first terminal group is comprised of connection terminals formed with wiring patterns connected to display electrodes. The second and third terminal groups and are connected to each other by predetermined wiring patterns. On connection end of TCP equipped with a driver IC, there are formed connecting terminals corresponding to the first and second terminal groups.

Abstract: An image information displaying system includes a media receiver that receives image signals and a PDP device that displays performs display based on the image signals. The media receiver includes an encoding unit that converts an N-bit input image signal, where N is a positive integer, into an M-bit output image signal, where M is a positive integer satisfying M<N, and outputs the M-bit output image signal. The PDP device includes a decoding unit that receives the M-bit output image signal, converts the M-bit output image signal to an N-bit display image signal; and a display unit that performs display processing based on the N-bit display image signal.

Abstract: It is an object of the invention to provide an improved flat panel type display apparatus allowing a low cost and a simplified wiring process. First and second terminal groups adjacent to each other as well as a third terminal group separated from the first and second terminal groups and are formed on the outside edge of a rear glass substrate of display section main body of the display apparatus. The first terminal group is comprised of connection terminals formed with wiring patterns connected to display electrodes. The second and third terminal groups and are connected to each other by predetermined wiring patterns. On connection end of TCP equipped with a driver IC, there are formed connecting terminals corresponding to the first and second terminal groups.

Abstract: A reflection mirror of a projection display unit which displays a stereoscopic image through a light polarization glasses, reflects a linearly polarized light emitted from a projection source through a polarizing plate toward a screen. The reflection mirror includes: a glass substrate; a metal film provided on the glass substrate; a first dielectric film provided on the metal film; and a second dielectric film provided on the first dielectric film, wherein each of the first and second dielectric films includes a predetermined thickness and a predetermined refractive index so that a phase difference between a p-polarized light of a reflected light and a s-polarized light of the reflected light is within a range from -45 degree to 45 degree in case of an incident angle of the linearly polarized light being varied from 0 degree to 45 degree.

Abstract: A high definition television monitor which raises the level of a convergence voltage by a predetermined voltage in one of two consecutive horizontal periods in which the same video signal is produced, writes the same video image twice on the same line during the consecutive 2H, thereby displaying a video image of the normal standard on a CRT display with a satisfactory picture quality.

Abstract: A method for tuning a television receiver in which an optimum local oscillator frequency is selected for offset stations. A local oscillator frequency of the receiver is incremented in steps of a first predetermined frequency interval beginning with a frequency at the bottom of an offset band around the center frequency of the local oscillator. As the local oscillator frequency is scanned, when both an up signal, indicative that the tuning frequency is above a predetermined range around the actual frequency of the received signal, and a down signal, indicative that the tuning frequency is below the predetermined range around the center frequency, the local oscillator is decremented by the first frequency interval and then incremented in a second, smaller frequency interval until the up and down signals are both lost.