Abstract: In a multiple image display device that is provided with a plurality of image display devices and that displays a single input image, the image display devices each divide the input image into division images that are individually displayed on the image display devices, and enlarge and display them. In particular, the image display device provided in an edge portion of the multiple image display device enlarges the division image toward a side opposite from the side of the edge portion. In this way, the edge portion of the input image is displayed on the multiple image display.

Abstract: Soil cement slurry is produced by mixing blast-furnace slag fine particles with a specified fineness and Portland cement at a specified ratio to prepare blast-furnace slag cement and using a specified amount of slurry composition for ground improvement including this blast-furnace slag cement with water and an admixture per 1 m3 of ground. The admixture contains specified amounts of a hardening accelerator, a defoamer and a fluidizer.

Abstract: An image display device includes an input unit having a common terminal for receiving a component signal and an analog RGB signal and a display control unit for controlling display conforming to predetermined standards when the signal inputted from the input unit is a component signal. Thus, when the inputted signal is a component signal, display control conforming to predetermined standards (desirably, the EIA standards) is performed, thereby realizing appropriate image display.

Abstract: A display device comprises a display panel, a cooling unit cooling air in a casing containing the display panel, a fan unit generating an air flow in the casing, and a control unit controlling the cooling unit and the fan unit, and when the control unit deactivates the cooling unit, the control unit also deactivates the fan unit.

Abstract: A display apparatus has a compressor cooler having a condenser that condenses refrigerant by radiating heat, an evaporator that evaporates the refrigerant for heat absorption and dehumidification, and a compressor that inhales vapor generated by the evaporator and compresses the vapor to be condensed; a temperature sensor that monitors temperature of the evaporator; a backlight; a first control portion that terminates the compressor when the temperature of the evaporator is a first predetermined temperature or lower; and a second control portion that increases a level of the backlight when the temperature of the evaporator is a second predetermined temperature or lower, wherein the second predetermined temperature is higher than the first predetermined temperature.

Abstract: Disclosed is a resin composition comprising (A) a saponified ethylene-vinyl ester copolymer and (B) a completely or partially dehydrated polyvalent metal sulfate hydrate. Preferably, the component (B) is a completely or partially dehydrated 2-valent metal sulfate hydrate. The resin composition can suppress increasing viscosity in preparation thereof as well as production of the multilayer structure therefrom. A molded article can be stably produced and recover quickly gas barrier property deteriorated by hot water treatment and additionally maintain the superior gas barrier property.

Abstract: The present invention provides a resin composition which is excellent in gas-barrier properties after a hot-water treatment and excellent in handling properties without increasing viscosity of the resin composition in a melt-kneading step at forming. The invention provides a resin composition containing a thermoplastic resin (A) and a partially dehydrated product or completely dehydrated product (B) of hydrated carboxylic acid salt.

Abstract: Slurry composition for ground improvement is obtained from cement, water and an admixture. The slurry composition cement is of a kind prepared by using blast-furnace slag cement of a specified type as the cement at a water/blast-furnace slag cement mass ratio of 40-250% and contains the admixture in an amount of 0.1-5 mass parts for 100 mass parts of the blast-furnace slag cement. The blast-furnace slag cement of the specified type contains blast-furnace slag fine particles with fineness 3000-13000 cm2/g in an amount of 60-80 mass % and portland cement in an amount of 20-40 mass % for a total of 100 mass %.

Abstract: An image display device includes an input unit having a common terminal for receiving a component signal and an analog RGB signal and a display control unit for controlling display conforming to predetermined standards when the signal inputted from the input unit is a component signal. Thus, when the inputted signal is a component signal, display control conforming to predetermined standards (desirably, the EIA standards) is performed, thereby realizing appropriate image display.

Abstract: A multi-image display apparatus includes a plurality of image display apparatuses which are connected in series. The plurality of image display apparatuses each include: an input unit through which an image signal is inputted; a display unit which displays an image signal; a driver unit which performs processing of reducing deterioration in frequency characteristics on an inputted image signal; an output unit which selectively outputs an image signal which is outputted from the driver unit or the image signal which does not pass through the driver unit and a termination unit which terminates the image signal. When none of the display unit of the image display apparatuses displays an image signal, the termination is performed using one of the termination unit of the display apparatuses.

Abstract: A liquid crystal display apparatus includes a liquid crystal panel; an illumination device that illuminates the liquid crystal panel; a cooler cooling the liquid crystal panel; a first detector detecting a surrounding temperature of the liquid crystal panel; a second detector detecting a surrounding temperature of the cooler; a controller controlling the illumination device and the cooler based on output of the first and the second detector, wherein the controller activates the cooler when the output of the second detector is larger than a second value and the output of the first detector exceeds a first value, and the controller decreases a luminance level of the illumination device without activating the cooler when the output of the second detector is less than the second value and the output of the first detector exceeds a first value.

Abstract: A display apparatus includes an illumination acquisition part acquiring the illumination of outdoor daylight, a time acquisition part acquiring date and/or time, a control part controlling display luminosity according to the output of the illumination acquisition part, wherein the control part is characterized by determining the control range of a display luminosity based on the date and/or time the time acquisition part acquired.

Abstract: A display device comprises a display panel, a cooling unit cooling air in a casing containing the display panel, a fan unit generating an air flow in the casing, and a control unit controlling the cooling unit and the fan unit, and when the control unit deactivates the cooling unit, the control unit also deactivates the fan unit.

Abstract: In a multiple image display device that is provided with a plurality of image display devices and that displays a single input image, the image display devices each divide the input image into division images that are individually displayed on the image display devices, and enlarge and display them. In particular, the image display device provided in an edge portion of the multiple image display device enlarges the division image toward a side opposite from the side of the edge portion. In this way, the edge portion of the input image is displayed on the multiple image display.

Abstract: An image display device has: a display 4 for displaying a video image; a backlight 3 for illuminating the display 4; a level detector 6 for detecting level of a video signal; a video signal adjuster 5 for adjusting a video signal to a signal of a level adapted to be displayed by the display 4; and a microcomputer 1, based on a signal from the level detector 6, for decreasing illuminance of the backlight 3 when the level of the video signal is low and increasing illuminance of the backlight 3 when the level of the video signal is high. The microcomputer 1 has a timer function and has a correcting function, when the low level of the video signal detected by the level detector 6 continues more than predetermined time, for increasing one of the level of the video signal and a brightness level of the display 4 by controlling the video signal adjuster 5.

Abstract: An image display device 1 includes, in a cabinet 2, a liquid crystal display 3 for displaying a video signal, a backlight 6 for irradiating the liquid crystal display 3, a power supply unit 8 for supplying power to the backlight 6, a microcomputer 4 for controlling the power supply, and a temperature sensor 5 for measuring temperature in the cabinet 2 and connected to the microcomputer 4. The microcomputer 4 can be selectively shifted between a standby mode of supplying power only to the microcomputer 4 and the temperature sensor 5 and stopping power supply to other electronic parts and a pseudo standby mode of displaying no image on the liquid crystal display 3 while maintaining light-on of the backlight 6.

Abstract: A musical instrument stand for, for instance, marimbas comprised of a musical instrument mounting holder and a stand main body. The musical instrument mounting holder is connected at its bottom to height adjustment devices, which are installed in the leg columns of the stand main body, with an angle adjustment mechanism which is, for instance, an universal joint, in between, thus allowing the musical instrument mounting holder to take a desired degree of angle with respect to the leg columns and tilt to the front or rear and to the left or right.

Abstract: Roller receiving step portions (12f) are formed in both sides of a bottom portion of a main body portion (12a) in a lower rail (12). A roller (27) is inserted between the step portions (12f) in the lower rail (12) and an upper wall (13d) in an upper rail (13). Left and right roller portions (27A, 27B) are formed so as to be separated into left and right sections in a substantially center portion of the roller (27). An elastic washer (28) corresponding to an elastic body is inserted to a roller shaft (47c) at the separated position of the roller (27). Taper surfaces (41) are formed in both side portions (27a) of the roller (27) and are mounted on taper surfaces (43) formed in the step portions (12f) in the lower rail (12) and downward inclined toward a center in a width direction.

Abstract: An engaging and sliding portion (21) having a substantially inverted-U cross sectional shape is formed in a lower base (11). An upper base (13) is arranged via an engaging and sliding portion (21) of the lower base (11) and a first rolling member (23). A sliding portion (25) having a substantially U cross sectional shape and engaging with the engaging and sliding portion (21) is formed in a holding member (15). A second rolling member (27) is provided between the sliding portion (25) of the holder (15) and the engaging and sliding portion (21) of the lower base (11). A recess (13a) is formed at a position of an adhered portion of the holder (15) in the upper base (13). A position of an adhered portion in a seat main body is formed in a substantially linear shape. A mounting portion (15a) having a substantially inverted-U cross sectional shape is formed in the holder (15). A rotating lever (45) having a lock hook (45a) inserted to a lock hole (62) of the lower base (11) is pivoted to the upper base (13).

Abstract: A vehicle seat slide device includes an elongated lower guide rail adapted to be secured to a floor panel of the vehicle body in its longitudinal direction, and an upper slide rail slidably fitted into the lower guide rail. The lower guide rail has a rail body, side walls, slider rest portions and upper guide walls inwardly extending from upper ends of the side walls to define an elongated guide groove. First hook segments are formed on inner edges of the upper guide walls along the elongated guide groove, and second hook segments are formed on the side walls of the lower guide rail, respectively. The upper slide rail includes a slide body, vertical wall, upper slide walls, and lower side walls. In the upper slide rail, slider rest shoulders, first engaging segments, and second engaging segments are also formed. Either one of the slider rest portions may include a rectilinear portion by which one of the sliders is held in point of contact.