Abstract: A management system includes: a measurement data acquisition unit that acquires measurement data, the measurement data being time-series data related to operation of a device; an index computation unit that computes an index based on the measurement data; a credit calculation unit that compares the index before and after a change is made to the device and calculates credits as compensation for reducing an emission of greenhouse gas; and a credit management unit that associates part of the calculated credits with a user of the device. The credit management unit associates part of the calculated credits with an operator of the management system or a producer of the device.

Abstract: The elastic locking part has a rear connecting part connected to the housing body, a front connecting part connected to the housing body, and a beam part connecting the rear connecting part and the front connecting part. The beam part has a front elastic part in which an engaging part is formed, and a rear elastic part. The rear elastic part has a first extending part, a first curved part, and a second extending part. The first extending part extends from the front part of the first curved part in a direction away from the housing body, and the second extending part extends from the rear part of the first curved part in a direction away from the housing body.

Abstract: A connector is provided that has a terminal, a housing for retaining the terminal, and a reinforcing bracket retained in the housing. The housing includes a fitting concave portion that fits with a counterpart connector and a bottom plate portion that faces a surface of a substrate. The terminal includes a contact portion that makes contact with a counterpart terminal of the counterpart connector inside the fitting concave portion and a substrate connecting portion exposed from a lower surface of the bottom plate portion and connected to a connecting pad on the surface of the substrate. The reinforcing bracket includes a main body portion retained in the housing inside the fitting concave portion and a leg portion exposed from the lower surface of the bottom plate portion and connected to the connecting pad on the surface of the substrate.

Abstract: A connector is provided that has a terminal, a housing for retaining the terminal, and a reinforcing bracket retained in the housing. The housing includes a fitting concave portion that fits with a counterpart connector and a bottom plate portion that faces a surface of a substrate. The terminal includes a contact portion that makes contact with a counterpart terminal of the counterpart connector inside the fitting concave portion and a substrate connecting portion exposed from a lower surface of the bottom plate portion and connected to a connecting pad on the surface of the substrate. The reinforcing bracket includes a main body portion retained in the housing inside the fitting concave portion and a leg portion exposed from the lower surface of the bottom plate portion and connected to the connecting pad on the surface of the substrate.

Abstract: A display apparatus comprising a plurality of pixel portions arranged in a matrix, a signal driver circuit which generates apply voltages corresponding to display data, and applies the apply voltages to the pixel portions, a scan driver circuit which applies a selecting voltage to selected ones of the pixel portions, and a level shifter circuit which converts a voltage level of the display data into a drive voltage level of the signal driver circuit, thereby producing level-shifted display data. The signal driver circuit generates the apply voltages based on the level-shifted display data.

Abstract: A display apparatus comprising a plurality of pixel portions arranged in a matrix, a signal driver circuit which generates apply voltages corresponding to display data, and applies the apply voltages to the pixel portions, a scan driver circuit which applies a selecting voltage to selected ones of the pixel portions, and a level shifter circuit which converts a voltage level of the display data into a drive voltage level of the signal driver circuit, thereby producing level-shifted display data. The signal driver circuit generates the apply voltages based on the level-shifted display data.

Abstract: A display apparatus comprising a plurality of pixel portions arranged in a matrix, a signal driver circuit which generates apply voltages corresponding to display data, and applies the apply voltages to the pixel portions, a scan driver circuit which applies a selecting voltage to selected ones of the pixel portions, and a level shifter circuit which converts a voltage level of the display data into a drive voltage level of the signal driver circuit, thereby producing level-shifted display data. The signal driver circuit generates the apply voltages based on the level-shifted display data.

Abstract: An information processing system includes a bus, a display data generating circuit coupled to the bus, and a display apparatus coupled to the bus. The display apparatus includes a display panel capable of displaying a grayscale image in accordance with display data in a form of a plurality of bits for each of a plurality of pixels of a display panel generated by the display data generating circuit, and a signal driver which supplies driving voltages corresponding to the display data to at least a part of the plurality of data lines to display a grayscale image on the display panel. The signal driver includes a display memory which stores the display data, and is embodied in an integrated circuit. The display data generating circuit transfers the display data to the display memory via the bus.

Abstract: Each of a plurality of multi-display interfaces respectively associated with a liquid crystal panel is provided with setting circuits for setting a horizontal write start position, a horizontal write width, a vertical write start position, a vertical write width and an enlargement rate, a circuit for storing display data, and an ID setting circuit for setting an ID number for the liquid crystal panel. The multi-display interfaces read display data on the same or different regions to display images in various modes.

Abstract: A display apparatus comprising a plurality of pixel portions arranged in a matrix, a signal driver circuit which generates apply voltages corresponding to display data, and applies the apply voltages to the pixel portions, a scan driver circuit which applies a selecting voltage to selected ones of the pixel portions, and a level shifter circuit which converts a voltage level of the display data into a drive voltage level of the signal driver circuit, thereby producing level-shifted display data. The signal driver circuit generates the apply voltages based on the level-shifted display data.

Abstract: A liquid crystal display apparatus includes a liquid crystal display panel, a data processing circuit, a signal driver circuit, a scan driver circuit, and a power circuit. The liquid crystal display panel includes a plurality of pixels constituted by at least a plurality of pixel electrodes disposed in a matrix arrangement, a reference electrode opposing the pixel electrodes, and a liquid crystal disposed between the pixel electrodes and the reference electrode.

Abstract: An information processing system includes a bus, a display data generating circuit coupled to the bus, and a display apparatus coupled to the bus. The display apparatus includes a display panel capable of displaying a grayscale image in accordance with display data in a form of a plurality of bits for each of a plurality of pixels of a display panel generated by the display data generating circuit, and a signal driver which supplies driving voltages corresponding to the display data to at least a part of the plurality of data lines to display a grayscale image on the display panel. The signal driver includes a display memory which stores the display data, and is embodied in an integrated circuit. The display data generating circuit transfers the display data to the display memory via the bus.

Abstract: A liquid crystal driver includes a voltage generator for generating gray scale voltages on the basis of reference voltages, and an output device for selecting one gray scale voltage from the generated gray scale voltages in accordance with display data, for applying inversion/non-inversion control to the selected gray scale voltage with respect to an inversion reference voltage on the basis of the selected gray scale voltage, an AC switching signal and the inversion reference voltage, and for outputting different liquid crystal supply voltages for one and the same display data to a liquid crystal panel.

Abstract: A liquid crystal driver includes a voltage generator for generating gray scale voltages on the basis of reference voltages, and an output device for selecting one gray scale voltage from the generated gray scale voltages in accordance with display data, for applying inversion/non-inversion control to the selected gray scale voltage with respect to an inversion reference voltage on the basis of the selected gray scale voltage, an AC switching signal and the inversion reference voltage, and for outputting different liquid crystal supply voltages for one and the same display data to a liquid crystal panel.

Abstract: A liquid crystal driver includes a voltage generator for generating gray scale voltages on the basis of reference voltages, and an output device for selecting one gray scale voltage from the generated gray scale voltages in accordance with display data, for applying inversion/non-inversion control to the selected gray scale voltage with respect to an inversion reference voltage on the basis of the selected gray scale voltage, an AC switching signal and the inversion reference voltage, and for outputting different liquid crystal supply voltages for one and the same display data to a liquid crystal panel.

Abstract: A liquid crystal driver includes a voltage generator for generating gray scale voltages on the basis of reference voltages, and an output device for selecting one gray scale voltage from the generated gray scale voltages in accordance with display data, for applying inversion/non-inversion control to the selected gray scale voltage with respect to an inversion reference voltage on the basis of the selected gray scale voltage, an AC switching signal and the inversion reference voltage, and for outputting different liquid crystal supply voltages for one and the same display data to a liquid crystal panel.

Abstract: A liquid crystal driver includes a voltage generator for generating gray scale voltages on the basis of reference voltages, and an output device for selecting one gray scale voltage from the generated gray scale voltages in accordance with display data, for applying inversion/non-inversion control to the selected gray scale voltage with respect to an inversion reference voltage on the basis of the selected gray scale voltage, an AC switching signal and the inversion reference voltage, and for outputting different liquid crystal supply voltages for one and the same display data to a liquid crystal panel.