61results about How to "Suppress damage" patented technology

In fabrication of a light guiding unit, a half mirror layer as a reflection film for folding light is covered by a light transmission main body part as a coating member, i.e., a light transmission member, and a hard coating layer is deposited thereon. Therefore, even when the surfaces of a light guide main body part and the light transmission main body part forming the light guiding unit are cleansed as pre-processing of the deposition of the hard coating layer, the situations such that the half mirror layer is separated thereby may be avoided and optical properties of the half mirror layer may not be lost.

Provided are an organic light emitting display device and a method of manufacturing the organic light emitting display device according to an exemplary embodiment of the present disclosure. The organic light emitting display device includes: a substrate including a display area and a pad area; a pad electrode structure on the substrate in the pad area and including a first pad electrode and a second pad electrode on the first pad electrode; and a protection conductive layer covering a lateral surface of the second pad electrode so as to reduce corrosion of the second pad electrode.

A liquid-crystal display (LCD) device includes: an array substrate on which a sub-pixel is disposed; a color filter substrate on which a color filter corresponding to the sub-pixel is disposed; and a liquid-crystal layer between the array substrate and the color filter substrate. The array substrate comprises a lens hole, the color filter substrate comprises a lens hole guide, and a diameter of the lens hole is smaller than an inner diameter of the lens hole guide.

In order to provide a status monitoring system for accurately determining the contaminant water concentration in a lubricant oil used in a rolling device, the provision is made of a contaminant water concentration monitoring device (6) configured to monitor the contaminant water concentration in the lubricant oil (5). The contaminant water concentration monitoring device (6) includes an electrostatic capacitance detector (7) and an oil temperature measuring instrument (8), which are configured to detect the electrostatic capacitance and the oil temperature of the lubricant oil (5), respectively, and a water concentration calculation section (9) configured to detect the contaminant water concentration from the detected electrostatic capacitance and oil temperature in accordance with a predetermined rule.

A liquid container mountable on a liquid jetting apparatus, comprises: an electrical circuit including a first electrical device and a second electrical device; a first terminal; a second terminal; and a third terminal. The electrical circuit being constituted such that the liquid jetting apparatus is able: to execute sending of signals to the first electrical device and sending of signals to the second electrical device using a terminal potential difference which is a difference between electric potential inputs to the first and second terminals, to selectively execute either one of the sending of signals to the first electrical device and the sending of signals to the second electrical device by using different magnitudes of the terminal potential difference, and to execute receiving of signals from the first electrical device via the third terminal.

A bleach composition containing (a) a peroxide generating hydrogen peroxide by being dissolved in water, (b) a water-insoluble or poorly water-soluble textile powder selected from powder cellulose, silk powder, wool powder, nylon powder and polyurethane powder, and (c) (c-1) a bleaching activating catalyst and / or (c-2) a bleaching activator. A bleaching detergent composition containing (a) a peroxide generating hydrogen peroxide by being dissolved in water, (b) a water-insoluble or poorly water-soluble textile powder selected from powder cellulose, silk powder, wool powder, nylon powder and polyurethane powder, and (c) (c-1) a bleaching activating catalyst or (c-1) a bleaching activating catalyst and (c-2) a bleaching activator, and (d) a surfactant.

Provided is a pair of arc discharge suppressive terminals electrically communicable with each other by engagement of the terminal pair. At least one of the terminal pair has a final contact site which is in contact with the counterpart terminal at a final stage of disengagement of the terminal pair. At least the final contact site is covered with an arc discharge suppressive layer containing a first metal having a melting point of 1,550° C. or higher. It is preferable that the terminal pair contact with each other at a portion corresponding to a main contact site other than the arc discharge suppressive layer in a completely engaged state where the one of the terminal pair and the counterpart terminal are tightly engaged with each other. Preferably, the main contact site has a surface made of a material having a higher conductivity than the arc discharge suppressive layer. This arrangement effectively suppresses occurrence of arc discharge at a time of disengagement of the terminal pair.

A substrate treatment apparatus includes: a substrate holding unit which horizontally holds a substrate; a liquid droplet nozzle which generates droplets of a treatment liquid which are sprayed on a spouting region on an upper surface of the substrate held by the substrate holding unit; and a protective liquid nozzle which spouts a protective liquid obliquely onto the upper surface of the substrate held by the substrate holding unit for protection of the substrate to cause the protective liquid to flow toward the spouting region on the upper surface of the substrate, whereby the spouting region is covered with a film of the protective liquid and, in this state, the treatment liquid droplets are caused to impinge on the spouting region.

A pattern generation system includes an optical system and a rotor. The optical system is configured to project a laser image onto an optical scanner. The rotor has a plurality of optical arms arranged at a first angle relative to one another, and further includes the optical scanner. The laser image is sequentially reflected by the optical scanner into each of the plurality of optical arms of the rotor to generate a pattern on a workpiece.

A transmission guide comprises a synthetic resin shoe supported by and integrally molded with a synthetic resin base by two-part molding. A guide length retaining mechanism, which can be formed by one or more protrusions on the back of the shoe and one or more cooperating recesses on the supporting surface of the base, retains the shoe against longitudinal movement relative to the base. A guide width retaining mechanism, which can be formed by projections on the edges of the shoe and cooperating holes formed in side walls extending from the supporting surface of the base, retains the shoe against widthwise movement relative to the base.

It is provided a support structure for a cooling unit for a vehicle, in which in one straight side edge portion of a rectangular cooling unit, a first support point and a second support point, which are set to be away from each other in a longitudinal direction of the one side edge portion, are supported by a first retention portion and a second retention portion, respectively, the first retention portion and the second retention portion being provided in a single support bracket fixed integrally to a vehicle body, the second retention portion supporting the second support point through a fragile portion that is broken to permit the second support point to be separated from the second retention portion when an external force equal to or larger than a predetermined value is applied to the second support point in a direction toward a rear side of a vehicle; and when the fragile portion is broken, the second support point being permitted to move toward the rear side of the vehicle, and to pivot in a direction of an arc with a center at the first support point.

By cleaning with use of a cleaning liquid that contains 10-30% by mass of hydrogen peroxide, 0.005-10% by mass of a quaternary ammonium hydroxide, 0.005-5% by mass of potassium hydroxide, 0.000005-0.005% by mass of an amino polymethylene phosphonic acid and water, a hard mask, an organosiloxane-based thin film, dry etching residue and a photoresist can be removed without corroding a low-dielectric-constant interlayer dielectric film, a wiring material such as copper or an copper alloy, a barrier metal and a barrier dielectric film. According to preferred embodiments of the present invention, damage to copper wiring lines is suppressed even in cases where an acid is added into the cleaning liquid and significant decomposition of hydrogen peroxide is not caused even in cases where titanium is added into the cleaning liquid.

A semiconductor device includes, in order on a substrate, an organic semiconductor layer, an inorganic film, and a protective film. The inorganic film and the protective film each have a peripheral edge portion that is formed in an outer region compared to a peripheral edge portion of the organic semiconductor layer.

A flexible display device including: a display substrate having a display area and a peripheral area surrounding the display area; a plurality of pixels formed in the display area; a passivation layer covering the pixels from the top to protect the pixels; a polarization film layer provided at the top of the passivation layer and of which an edge is extended outside an edge of the passivation layer; and a film wiring made of a flexible material of which one end is connected to the peripheral area.

A failure detection device for a hydraulic motor according to the present comprises a hydraulic pump (3) that is driven by a prime mover (2); a hydraulic motor (1) that is driven by hydraulic oil discharged from the hydraulic pump (3); an abnormality detection device (35) that detects a sign of abnormal operation of the hydraulic motor (1); and a warning device (39, 40) that issues a warning when the sign of the abnormal operation of the hydraulic motor (1) is detected by the abnormality detection device (35).

A wafer having a substrate and a functional layer formed on the front side of the substrate is processed by attaching a protective tape curable by an external stimulation to the front side of the functional layer. The substrate is cut from the back side along each division line by using a cutting blade, thereby forming a cut groove having a depth not reaching the functional layer, with a part of the substrate left between the bottom of the cut groove and the functional layer. A laser beam is applied along the cut groove, thereby dividing the remaining part of the substrate to divide the wafer into device chips. When the groove is formed, an uncut portion in which the cut groove is not formed is left in a peripheral marginal area of the wafer.

A vibration device includes: a semiconductor substrate;a first electrode provided on a first surface of the semiconductor substrate; a protective layer provided on the first surface and covering an end section of the first surface; and a vibration element having a vibration section, a mass adjusting section located on the vibration section and a second electrode. The vibration element is mounted on the first surface with the first electrode and the second electrode connected together, in a manner that the mass adjusting section is located in an area that overlaps the protective layer in a plan view, and a part of the vibration element is disposed at a position that does not overlap the first surface in a plan view.

A solar cell module includes an extracting wire member 30 which is connected to the extracting electrode 20, a covering member 40 covering the extracting wire member 30 and a bonding layer 50 bonding these. The extracting wire member 30 is isolated from the bonding layer 50 by the covering member 40.

A MEMS device includes a first substrate in which a first electrode layer, a dielectric layer, and a second electrode layer are stacked on a driving region in this order; and a second substrate which is disposed to face a surface on which the dielectric layer of the first substrate is stacked. The first electrode layer and the dielectric layer extend beyond the second electrode layer toward a non-driving region separated from the driving region, a first resin having elasticity is disposed in a region including an end of the second electrode layer in an extending direction of the dielectric layer, and the first substrate and the second substrate are fixed with an adhesive in a state where the elastically deformed first resin is sandwiched therebetween.

A semiconductor device comprising: a semiconductor layer having a film formation face in a side wall, the side wall being film-formed with epitaxial-growth; a gate electrode arranged on the side wall of the semiconductor layer; a source layer arranged in one side of the gate electrode, the source layer being formed in the semiconductor layer; and a drain layer arranged in other side of the gate electrode, the drain layer being formed in the semiconductor layer.

A physical quantity sensor includes an element piece including a movable weight and movable electrode portions which are provided to extend from the movable weight; fixed electrode portions which are provided in a first direction in which the element piece is displaced, with a gap d1 interposed therebetween; and fixed portions which are provided to face an end portion of the element piece, in which a recess is provided on the end portion of the movable weight in a position facing the fixed portions, a first stopper portion which extends towards the movable weight is provided on the fixed portion, and a tip end of the first stopper portion is inserted into the recess, and a gap d2 between the tip end and the movable weight is narrower than the gap d1.

In order to suppress the damage and the degradation in durability of a bearing of an expander, simplify the configuration of the expander, and reduce the manufacturing cost thereof, an expander of the present invention includes an expander rotor that is rotationally driven by an expanding force transmitted from vapor of a working medium introduced into an expansion chamber and a first bearing that supports a first rotation shaft of the expander rotor to a vapor inlet, a casing includes therein first bearing chambers that have a pressure lower than that of the vapor inlet and accommodate the first bearing, and a passage that leads lubricant to a low-pressure portion having a pressure lower than that of the first bearing chamber is connected to a position above the lowermost portion of the first bearing in the first bearing chamber.

A fuel cell comprises an anode, a cathode, and a solid electrolyte layer disposed between the anode and the cathode. The solid electrolyte layer contains a zirconia-based material as a main component. A first intensity ratio of tetragonal crystal zirconia to cubic crystal zirconia in a Raman spectrum in a central portion of the solid electrolyte layer is greater than a second intensity ratio of tetragonal crystal zirconia to cubic crystal zirconia in a Raman spectrum of an outer edge.

A core wire holder 20 is formed with a core wire insert hole 21 having an opening part 22 on an upper surface of a main body and extending toward a lower surface side, and a silicon core wire 5 is inserted into the core wire insert hole 21. In addition, a slit-like gap part 60 extending along a virtual plane P including a central axis C of the core wire insert hole 21 is formed, and the slit-like gap part 60 is a gap part extending from the core wire insert hole 21 to reach an outer surface of the main body of the holder 20. The silicon core wire 5 inserted in the core wire insert hole 21 is fixed by fastening an upper part of the main body of the holder 20 from sides with, for example, a bolt / nut type fixing member 31.

An SiC substrate processing method for producing an SiC substrate from an SiC ingot. The SiC substrate processing method includes a separation layer forming step of setting a focal point of a laser beam having a transmission wavelength to SiC inside the SiC ingot at a predetermined depth from the upper surface of the SiC ingot and next applying the laser beam LB to the SiC ingot to thereby form a separation layer for separating the SiC substrate from the SiC ingot, a substrate attaching step of attaching a substrate to the upper surface of the SiC ingot, and a separating step of applying an external force to the separation layer to thereby separate the SiC substrate with the substrate from the SiC ingot along the separation layer.

Provided is a tire structure capable of being combined with a rim, and the tire structure includes an air tube, a core provided on the air tube, and a tire outer layer provided on the core, and the core includes a body part positioned above a transverse diameter of the air tube and a wing part positioned under the transverse diameter of the air tube, and a lower end of the wing part is placed under an upper surface of the rim.