36results about How to "Suppress overlap" patented technology

A liquid crystal display device is provided. The liquid crystal display device includes a driving circuit; a lower insulation layer; an upper insulation layer; and an inorganic insulation layer. The driving circuit is disposed in a bezel area on a lower substrate. The lower insulation layer includes a lower opening through which an inorganic layer on the lower substrate is exposed and the lower opening is located at an outer side of the lower substrate than the driving circuit. The upper insulation layer is disposed on the lower insulation layer and includes an upper opening corresponding to the lower opening. The inorganic insulation layer is disposed on the upper insulation layer and in direct contact with the inorganic layer on the lower substrate so as to minimize damage to the driving circuit caused by infiltration of moisture from the outside.

On a multilayer wiring board which has a plurality of wiring pattern stacked in sequence separately from one another, insulating members each positioned between the plurality of wiring patterns, and interlayer connection bodies electrically connecting the plurality of wiring patterns and in which a voltage conversion is built in, a first capacitor, a second capacitor, and an inductor are mounted, the other of electrode portions in the first capacitor or one of electrode portions in the second capacitor is positioned between an input section of the first capacitor and the inductor, and the other of the electrode portions or the one of the electrode portions is electrically set to ground.

Disclosed is a speckle removing pharmaceutical composition comprising vitamin C or one or more of vitamin C derivatives, cysteine or one or more of cysteine salts, pantothenic acid or one or more ofpantothenic acid salts, vitamin B6 and medicinal findings.

Provided is a method for manufacturing a multilayer electronic component that can form insulating parts while suppressing overlapping even when distances between adjacent internal electrodes are small and thus can suppress occurrences of differences in levels during layering. This method for manufacturing the layered electronic component has an insulating part (20) in a region outside of a region wherein internal electrodes (15) are formed in a ceramic green sheet (11). A plurality of insulating films (16a) are formed by supplying insulating paste (16) while keeping a prescribed gap open in regions between adjacent internal electrodes (15) such that the internal electrodes (15) partially overlap. The plurality of insulating films (16a) are made to flow by layering and pressing ceramic green sheets (11) on which the plurality of insulating films (16a) have been formed, and the plurality of insulating films (16a) form the insulating part (20) as a unit in regions outside of the regions where the internal electrodes (15) are formed.

The present invention discloses a liquid crystal display device and a manufacturing method thereof. The liquid crystal display device comprises: a display portion having a liquid crystal layer between paired substrates; and a frame portion which is disposed in the peripheral portion of the paired substrates. The frame portion has an inlet for injecting liquid crystal, and the inlet is arranged in a continuous linear manner. The manufacturing method for the liquid crystal display device comprises: providing the inlet in a continuous linear manner in the frame portion; and injecting the liquid crystal from the inlet into the gap between the paired substrates.

A filament winding device includes a supporting section adapted to rotatably support a liner and be movable in an axial direction of the liner, and a helical winding unit adapted to helical wind a plurality of fiber bundles (F) on the liner moving in the axial direction while rotating. The helical winding unit includes a plurality of guides arrayed in a peripheral direction of a liner, and adaptedto guide each of a plurality of fiber bundles (F) supplied to the helical winding unit to the liner, and an opening member arranged downstream of the plurality of guides in a travelling direction ofthe fiber bundle (F), and including an inner peripheral surface for forming a hole, through which the plurality of fiber bundles (F) are inserted from one side to the other side in the axial direction. A plurality of opening surfaces on which the plurality of fiber bundles (F) travel while making contact are formed on the inner peripheral surface of the opening member, and a cross-sectional shapeorthogonal to the axial direction of each opening surface is linear.

A method for producing a carrier component from a fiber-reinforced plastic includes the steps of: providing a surface region with an inner side, an outer side and an accommodation section arranged atthe inner side, the surface region being composed of a fiber-reinforced thermoplastic material; providing a reinforcement member with a connecting surface, the reinforcement member being composed of afiber-reinforced thermoplastic material; bringing the reinforcement member into contact with the surface such that the joint face is located on the accommodation section; heating the joining region in a planar manner, the connecting surface and the receiving section of the reinforcement element being located in the joining region, so that the reinforcement element and the surface region are welded to one another; cooling the land; comparing the obtained geometry of the combination formed by the reinforcement member and the skin region with a predefinable geometry, wherein if the geometry obtained deviates from the geometry that can be preset, the joining zone is reheated, the reinforcement element and the surface region are deformed and cooled. The invention also provides a carrier memberand a carrier with the carrier member.

The invention provides a vacuum pump to suppress deformation of a stationary blade portion when assembled due to the fact that overlap or warpage is generated in an abutting portion when the stationary blade portion is divided. The stationary blade portion (70) is formed into a ring by abutting two radial abutting ends of divided stationary blade portions (70A, 70B). A cutout (K) formed by cutting a portion from an abutting surface in the circumferential direction is provided on an outer circumferential rim (73a) of the divided stationary blade portions (70A), and a gap (S) is formed between the outer circumferential rim (73a) of the divided stationary blade portions (70A) and one end (73b2) of an outer circumferential rim (73b) of the divided stationary blade portions (70B) when assembled.

A detection method for detecting a detection target substance is provided. The method includes a first application step of applying a magnetic field a liquid suspension to link a plurality of magnetic particles in a row from an interior surface of a liquid receiving member that receives the liquid suspension of magnetic particles to which a detection target substance is bound, a second application step of bringing the linked magnetic particles near the interior surface while the magnetic field is applied to the liquid suspension, and a detection step of detecting the detection target substance bound to the magnetic particles brought near the interior surface by the second application step, wherein the direction of the magnetic field applied to the liquid suspension is altered so the linked magnetic particles approach the interior surface in the second application step.

A delta-connection three-phase brushless motor having six or more poles is provided with a stator having a plurality of coils, a rotor rotating about the central axis extending in a vertical direction, and a first bus bar, a second bus bar, and a third bus bar to which the lead-out wires of the coils are respectively connected, wherein: the first bus bar has a first connection portion to which twolead-out wires are connected; the second bus bar has a second connection portion to which two lead-out wires are connected; the third bus bar has a third connection portion to which one lead-out wireis connected and a fourth connection portion to which one lead-out wire is connected; and the first and second connection portions are disposed side by side in the circumferential direction and the third and fourth connection portions are disposed sandwiching the first and second connection portions in the circumferential direction.