Abstract: In a sealing structure of an electroluminescent display device, there are inhibited a temperature rise of a display panel on a light-emission of an EL element and thus deterioration of the EL element. The structure of the invention has a first glass substrate provided with an electroluminescent device on a surface thereof, a second glass substrate attached to the first glass substrate with sealing resin, and a desiccant layer formed on a pocket portion of the second glass substrate, and a high heat conductive layer made of a metal sheet etc covering a surface of the desiccant layer.

Abstract: In a sealing structure of an EL element of the invention, there are inhibited a fluctuation of a width of sealing resin, infiltration of moisture in a portion formed with an organic EL element and breaking of a device substrate formed with the EL element. In this structure, a sealing glass substrate is mounted on a quartz plate, and a device glass substrate is absorbed by an absorbing plate. The organic EL display unit formed on a main surface of the device glass substrate and a desiccant layer formed on a main surface of the sealing glass substrate are disposed facing to each other. There is provided on a main surface of the absorbing plate a convex portion for applying a load by the absorbing plate to the sealing resin. The load is applied by the absorbing plate until a gap between the device glass substrate and the sealing glass substrate becomes a predetermined gap.

Abstract: A steel sheet for a magnetic shield comprising less than 0.005 % by weight of C and 0.0003 to 0.01 % by weight of B, and having a thickness of 0.05 to 0.5 mm and an anhysteresis magnetic permeability of 7500 or more.

Abstract: A steel sheet for a tension mask excellent in the shielding properties from geomagnetism consists essentially of lower than 0.1% by weight of C, lower than 0.2% by weight of Si, 0.4 to 2% by weight of Mn, not higher than 0.1% by weight of P, not higher than 0.03% by weight of S, not higher than 0.01% by weight of sol. Al, 0.003 to 0.02% by weight of N and the balance of Fe, and has an anhysteretic magnetic permeability of 5,000 or higher.

Abstract: In a liquid crystal display having liquid crystal sealed between first and second substrates opposing one another, the first substrate is provided with data lines (56) formed overlapping pixel electrodes (58). By forming color filters (1) in a layer between the data lines (56) and the pixel electrodes (58), the distance between the data lines (56) and the pixel electrodes (58) is increased, reducing parasitic capacitance generated therebetween. Effective voltage application to the pixel electrodes (58) is thereby accomplished, allowing increase in contrast. No decrease in transmittance is caused because the thickness of the planarizing film (2) is not increased.

Abstract: A steel sheet for magnetic shields is provided containing 0.15% by weight or less of C and having a thickness of 0.05-0.5 mm and an anhysteretic magnetic permeability of 7500 or higher.

Abstract: The churning type of grease 5 of a viscosity of 15-20 mm2/s and a worked penetration of 200˜230 is disposed at the rolling surface 1a of the race portions and the channeling type of grease 6 of 25˜35 mm2/s and a worked penetration of 240˜270 is disposed at the retainer 4.

Abstract: A computer program is recorded on a computer readable recording medium. The computer program is used to correct motion of characters instructed by a game player, while considering a physique difference between the characters.

Abstract: A low-carbon steel sheet for a mask for use in a tension type cathode ray tube with bridge, characterized in that it has a chemical composition, in mass %:C:0.001 to 0.015%, Si:0.020% or less, Mn:0.2 to 1.8%, P:0.02% or less, S:0.010% or less, ON: more than 0.010% and not more than 0.025%, Al:0.02% or less, O:0.010% or less and balance:Fe and inevitable impurities, with the proviso that (N mass %—0.52 Al mass %) is 0.005% or more. The low-carbon steel sheet can prevent the lowering of shielding capacity due to terrestrial magnetism.

Abstract: A fluid-filled active vibration damping device including: a pressure-receiving chamber partially defined by an elastic body; an oscillating fluid chamber partially defined by an oscillating rubber plate on one side thereof; a first orifice passage for a fluid communication between the pressure-receiving and oscillating fluid chamber, which are filled with a non-compressible fluid; and a working air chamber partially defined by the oscillating rubber plate on the other side thereof, to which an air pressure variation is applied to cause an oscillation of the oscillating rubber plate. A ratio V/Q of a passage volume V of the first orifice passage to a unit flow amount Q of the fluid through the first orifice passage caused by the oscillation of the oscillating rubber plate based on the air pressure variation applied to the working air chamber is held within a range of about 1-10.

Abstract: The response speed of liquid crystal is enhanced by reducing a distance d between a longer side (42) of a display electrode and a linear portion (51) of an orientation control window (50). On the other hand, a larger orientation control window (50) (corresponding to a smaller distance d) results in undesirable decrease in contrast of the liquid crystal. Further, the effect of increase in response speed is diminished when the distance d is smaller than the range of 25 &mgr;m to 30 &mgr;m. Therefore, the distance d is preferably in the range of 25 &mgr;m to 30 &mgr;m, and the window (50) preferably has a width of 7 &mgr;m. An LCD configured to satisfy the above conditions allows improvement in contrast and response speed.

Abstract: A fluid-filled active vibration damping device including: a pressure-receiving chamber partially defined by an elastic body; an oscillating fluid chamber partially defined by an oscillating rubber plate on one side thereof; a first orifice passage for a fluid communication between the pressure-receiving and oscillating fluid chamber, which are filled with a non-compressible fluid; and a working air chamber partially defined by the oscillating rubber plate on the other side thereof, to which an air pressure variation is applied to cause an oscillation of the oscillating rubber plate. A ratio V/Q of a passage volume V of the first orifice passage to a unit flow amount Q of the fluid through the first orifice passage caused by the oscillation of the oscillating rubber plate based on the air pressure variation applied to the working air chamber is held within a range of about 1-10.

Abstract: A method of making a steel sheet for a tension mask, including the steps of: hot rolling a steel consisting essentially of, by weight %, C: less than 0.1%, Si: 0.05% or less, Mn: 0.4 to 2%, P: 0.03% or less, S: 0.03% or less, sol.Al: 0.01% or less, N: 0.010% or more, and the balance of Fe; and annealing the cold rolled steel sheet, followed by a secondary cold rolling at a reduction rate of 35% or higher. The steel sheet produced by this method shows excellent creep resistance during blackening treatment and excellent magnetic shielding property with an anhysteretic permeability of 3400 or more at a DC bias magnetic field of 0.35 Oe, and therefore causes no color-deviation when applied to the tension mask.

Abstract: A steel sheet for heat shrink band of the present invention has anhysteretic magnetic permeability of 15,000 or higher at 0.35 Oe and yield stress of 24 kgf/mm2 or more. The steel sheet can be manufactured by a method comprising the steps of: hot rolling and/or cold rolling a steel containing 0.01 to 0.15% C by weight; annealing the rolled steel sheet at a temperature ranging from 650 to 900° C.; and temper rolling the annealed steel sheet at a rolling reduction rate of 1.5% or less. A CRT made of the steel sheet causes very little color deviation and practically no deformation of the panel surface.

Abstract: An opposing substrate which is subjected to desiccant application, baking, UV cleaning, UV sealant application, or the like and an element substrate having EL elements formed thereon are affixed together by applying a sealing liquid such as silicon oil in a vacuum. Subsequently, when exposed to a normal atmosphere, the opposing substrate and the element substrate are adsorbed to each other while a predetermined gap is maintained in between. In this state, the UV sealant is cured with UV irradiation. It is thus possible to enclose the sealing liquid between the opposing substrate and the element substrate using a simple manufacturing method.

Abstract: A double row bearing includes a shaft and an inner ring mounted on the shaft. A preloading collar is fixedly mounted on the shaft and an elastic member is disposed between the inner ring and the preloading collar so that the preloading collar applies a predetermined preload to the inner ring through the elastic member. This structure compensates the reduction of the preload due to the temperature rise of the bearing and axial displacement of the inner ring of the bearing.

Abstract: A liquid-filled engine mount is disclosed which includes a rubbery elastic member interposed between an engine and a vehicle body, a diaphragm positioned in opposed relation to the rubbery elastic member. The engine mount defines a liquid chamber therein. The liquid chamber holds an actuating liquid therein. The liquid chamber has a partition wall disposed therein. The partition wall separates the liquid chamber into primary and secondary chambers. The primary chamber is provided on a side of the elastic member while the secondary chamber is provided on a side of the diaphragm. The partition wall has first and second orifices extending therethrough. The first orifice communicates with both the primary chamber and the secondary chamber. The second orifice communicates with the primary chamber. The first and second orifices provide different resistances to the liquid flowing therethrough.

Abstract: A display substrate and a sealing member are affixed, an element formation surface of the display substrate having an electroluminescence element formed thereon and the sealing member having an adhesive applied thereon in advance on the side opposing the element formation surface of the display substrate. After the affixing process, pressure is applied to the adhesive which is applied in a manner to surround the element layer formation region of the display substrate by pressing the substrates, to deform the adhesive and to achieve a predetermined gap. The adhesive is irradiated with ultraviolet light and is cured, to adhere the substrates. During the application of the adhesive before adhering, an opening is formed in the application pattern of the adhesive in such a manner that the opening does not close by the application of pressure. After the substrates are adhered with a predetermined gap therebetween, the opening is closed to completely seal the element surface of the display substrate.

Abstract: A vibration-damping device including: an elastic body connecting a first and a second mounting member: a pressure receiving and equilibrium chambers partially defined by the elastic body and a flexible diaphragm, filled with a non-compressible fluid and held in fluid communication through a first orifice passage and a second orifice passage that is tuned higher than the first orifice passage. A shut-off valve mechanism operable to selectively allow and inhibit fluid flows through the second orifice passage, an elastic oscillation plate partially defining the pressure-receiving chamber so that a fluid pressure in the pressure-receiving chamber acts on one surface of the elastic oscillation plate, and a working air chamber partially defined by the other surface of the elastic oscillation plate and oscillated by a periodic air pressure change in the working air chamber, are also incorporated. A method of controlling the same is also disclosed.

Abstract: A glass substrate of a display panel onto which an organic electroluminescence (EL) element or the like is formed is sealed by affixing the glass substrate and a sealing member such as a sealing glass onto which an adhesive has been applied. During this process, the temperature of the adhesive is controlled by, for example, controlling the temperature of the nitrogen gas to fill a chamber through a temperature adjusting device, so that the viscosity of the adhesive is adjusted. In this manner, quick and precise sealing of the display substrate by the sealing member and the adhesive can be achieved.