36results about How to "Smoothly disposed" patented technology

A liquid crystal device includes a substrate having unit pixels, each of which includes a plurality of subpixels arranged in a plurality of rows and a plurality of columns. The substrate includes switching elements, a first insulating film disposed at least on the switching elements, a first transparent electrode disposed on the first insulating film, a second transparent electrode disposed on the second insulating film, having a plurality of slits corresponding to each one of the subpixels, and generating an electric field through the slits between the first and second transparent electrodes. The direction in which a long side of each of the slits extends is defined to be different from the direction in which the columns extend.

A method for fabricating a thin film pattern on a substrate includes a bank forming step of forming banks in a predetermined pattern on said substrate, a first material disposing step of disposing first liquid droplets made of a function liquid between said banks to form a first pattern, a second material disposing step of disposing second liquid droplets made of a function liquid on said first pattern, and an intermediate drying step of removing at least a part of a solvent contained in said first liquid droplets between said first material disposing step and said second material disposing step.

A liquid crystal device includes a substrate having unit pixels, each of which includes a plurality of subpixels arranged in a plurality of rows and a plurality of columns. The substrate includes switching elements, a first insulating film disposed at least on the switching elements, a first transparent electrode disposed on the first insulating film, a second transparent electrode disposed on the second insulating film, having a plurality of slits corresponding to each one of the subpixels, and generating an electric field through the slits between the first and second transparent electrodes. The direction in which a long side of each of the slits extends is defined to be different from the direction in which the columns extend.

A cutting insert having an insert body formed in a shaft-shape, wherein a cutting edge portion having a square rake face is formed on an end portion of the insert body, and wherein the rake face includes: a pair of side cutting edges extending in a longitudinal direction of the insert body; a front cutting edge extending in a transverse direction perpendicular to the longitudinal direction between each front end of the side cutting edges; a pair of protruded streaks extending toward each of corner portions at which each of the side cutting edges intersect the front cutting edge, and a projection which protrudes and is separated from the protruded streaks between front ends of the protruded streaks in the vicinity of the corner portion and the corner portion.

A cutting insert has an insert body having a shaft-shape, wherein a cutting edge portion having a square rake face is formed on an end portion of the insert body, and wherein the rake face includes: a pair of side cutting edges extending in a longitudinal direction of the insert body; a front cutting edge extending in a transverse direction perpendicular to the longitudinal direction between each front ends of the side cutting edges; and a pair of protruded streaks extending toward a corner portion at which each of the side cutting edges intersects the front cutting edge, each of the protruded streaks including an outer wall face having a protruded curved face which faces the adjacent side cutting edge and protrudes toward the side cutting edge as seen in a direction facing the rake face and perpendicular to the longitudinal direction.

A cutting insert having an insert body formed in a shaft-shape, wherein a cutting edge portion having a square rake face is formed on an end portion of the insert body, and wherein the rake face includes: a pair of side cutting edges extending in a longitudinal direction of the insert body; a front cutting edge extending in a transverse direction perpendicular to the longitudinal direction between each front end of the side cutting edges; a pair of protruded streaks extending toward each of corner portions at which each of the side cutting edges intersect the front cutting edge, and a projection which protrudes and is separated from the protruded streaks between front ends of the protruded streaks in the vicinity of the corner portion and the corner portion.

A pattern formation method for forming a film pattern upon a substrate, including the steps of: forming banks in a predetermined pattern upon the substrate; disposing liquid drops of a functional liquid at the end portions of groove portions which are defined between the banks; and after having disposed the drops at the end portions of the groove portions, disposing liquid drops in positions of the groove portions other than the end portions thereof.

A lock type manually tightened chuck includes a front cover, an inner cover, a driving nut and a chuck body. The front cover is located at the front side of chuck body. The driving nut is fixed to the chuck body in the middle part thereof. A plurality of thin pillars are fixedly attached to the inner cover circumferentially. A plurality of elastic pallets at an end thereof respectively connect with the thin pillar firmly, and the other ends of the pallets has a stick-up respectively. The inner cover is fixedly set around the driving nut. The front cover at the inner wall thereof has a plurality of recesses and each of the recesses has two lateral walls with one of the lateral walls contacting the walls of the thin pillars and the other lateral walls are disposed at the pick-ups of the pallets to lean against each other. A set of ratchets is disposed at the chuck body evenly to correspond to the pallets. The lock type manually tightened chuck can prevent the drill from loosening when it is in work and can be used under being frequently subjected to impact loads.

A computer bag includes a layer of soft buffering piece disposed on inner / outer surface of the bag. The soft buffering piece consists of a surface layer, a middle layer and a bottom layer. The soft buffering piece includes a surface layer made from elastic textile such as Lycra, a middle layer made from waterproofing soft rubber such as styrene-butadiene rubber (SBR) and a bottom layer made from clothes such as jersey cloth. Then the three layers are hot pressing into an integrated piece with certain thickness. And a plurality of projecting units having projecting bars and projecting rings surrounding thereof are disposed evenly on surface of surface layer so as to form a buffering layer. Thus the computer bag has better buffering effect for protecting things therein.

An apparatus and a method for manufacturing a stator is disclosed. The stator includes a stator core having slots formed along an axial direction at a plurality of locations in a circumferential direction, and a coil formed by combining a plurality of rectangular wires that have a plurality of straight portions being disposed in the slots and arranged side by side in the circumferential direction and in a radial direction. A restriction jig having a number of restriction pieces is disposed on a first-end side of the coil in the axial direction. The coil is inserted into the stator core from the first-end side in the axial direction to dispose the straight portions in the slots. Circumferential positions of the straight portions are restricted along the axial direction through contact with the restriction pieces by relatively moving the restriction jig and the coil in the axial direction.

A shawl including a sheet of fabric having an inner surface and an outer surface defined by a top edge, a bottom edge, a right side edge and a left side edge. The sheet of fabric is dimensioned to allow the right and left hands of the user to each extend beyond the right edge and left edge of the sheet of fabric when the top edge of the sheet of fabric is draped over the user's shoulders. A right arm closure extends from the inner surface of the sheet of fabric proximate to the right edge, and a left arm closure extending from the inner surface of the sheet of fabric proximate to the left edge. Each of the arm closures has a width that is less than a width of a human forearm and defines an opening dimensioned to allow the user's hands to pass therethrough.

A pattern formation method for forming a film pattern upon a substrate, including the steps of: forming banks in a predetermined pattern upon the substrate; disposing liquid drops of a functional liquid at the end portions of groove portions which are defined between the banks; and after having disposed the drops at the end portions of the groove portions, disposing liquid drops in positions of the groove portions other than the end portions thereof.

A method of manufacturing a semiconductor integrated circuit comprising a step of forming a lower-layer wiring, a step of forming a first viahole at a first cross point at which the lower-layer wiring and an upper-layer wiring intersect with each other in a plurality of cross points of a viahole-formation mask and forming a second viahole at a second cross point at which the lower-layer and the upper-layer wirings do not intersect with each other in the plurality of cross points in a state in which a metal wiring mask corresponding to the lower-layer wiring, a metal wiring mask corresponding to the upper-layer wiring and the viahole-formation mask having the plurality of cross points are overlaid on one another, a step of forming a first via which is connected to the lower-layer wiring in the first viahole and forming a second via which is not connected to the lower-layer wiring in the second viahole, and a step of forming the upper-layer wiring in a state in which the upper-layer wiring is connected to the first via and covering the second via with an insulation layer.

A method for fabricating a thin film pattern on a substrate includes a bank forming step of forming banks in a predetermined pattern on said substrate, a first material disposing step of disposing first liquid droplets made of a function liquid between said banks to form a first pattern, a second material disposing step of disposing second liquid droplets made of a function liquid on said first pattern, and an intermediate drying step of removing at least a part of a solvent contained in said first liquid droplets between said first material disposing step and said second material disposing step.

A server including a rack, at least one chassis, a plurality of electronic modules, and a cable module is provided. The rack has an opening. The chassis is movably disposed in the rack along a first axis, and moves in and out the rack through the opening. The electronic modules are vertically and detachably disposed in the chassis. A plurality of channels parallel to a second axis and each of the channels is disposed between two adjacent electronic modules, and the first axis is perpendicular to the second axis. The cable module is disposed at a side of the chassis. The cable module is connected to at least one of the electronic modules. When the chassis is moved out from the rack, the electronic module connected to the cable module is next to the opening of the rack.

A mounting apparatus is used for mounting a heat sink on a main board. The mounting apparatus includes a base, a load-supporting unit mounted on the base, a rack mounted on the base, and a pressing means movably mounted on the rack. The load-supporting unit includes a supporting means for supporting the main board, a first positioning means for positioning the main board, and a second positioning means for positioning the heat sink. The pressing means is used for pressing the heat sink.

A ventilated umbrella includes a foldable frame, upper canopy and lower canopy. An upper and lower stopping rings with certain interval there between are disposed under the upper notched ring of the main shaft while a notched ring for string is slidable between the two stopping rings and a compression spring is between the notched ring for string and the lower stopping ring. A plurality of radial vertical slots with larger inner slots and smaller outer slots are disposed evenly on the notched ring for string so that one end of a plurality of strings is set into the vertical slot and restrained by a ring while the other end is connected to upper circumference of the lower canopy. And the connection point is located under a horizontal line formed by joints between the main ribs and the stretchers. Thereby a plurality of strings is easy to attach on the notched ring for string. When the umbrella is folded, the notched ring for string returns back by elasticity of the compression spring and simultaneously the upper and the lower canopies are pulled smoothly so that the upper and the lower canopies are rolled up conveniently.

A heat dissipating cavity of looped heat pipe structure includes a cavity made of high thermal conductive material having a plurality of heat dissipating fins on the outside thereof, and looped heat pipes. The heat generated by the heating electronic elements inside the cavity is first effectively conducted to the looped heat pipes, wherefrom to the entire cavity, and finally released out of the system by the plurality of heat dissipating fins. The use of looped heat pipes increases the homogeneity of the cavity's overall temperature and greatly improves the efficiency of heat dissipation.

A knee protection airbag apparatus includes an airbag and a front panel. The front panel includes a lower panel portion and an upper panel portion. When the airbag inflates, the airbag causes the upper panel portion to move to the front, and deploys in a space on a rear surface-side of the moving upper panel portion. The upper panel portion includes a general portion of an upper portion and a ceiling wall portion of a lower portion. The lower panel portion is separate from the upper panel portion, and covers a rear side of the folded airbag. The upper panel portion includes a pressure receiving portion facing the folded airbag. The upper panel portion has the vicinity of the fixation portion of the general portion as a bending deformation portion that bends when the upper panel portion moves to the front along with the inflation of the airbag.

A steering wheel, in which a vibration device including a vibration motor is attached, the steering wheel includes: a ring portion including a core member and a thickness-reduced portion, reducing mass, provided with the core member. The vibration device is housed in the thickness-reduced portion and attached to the core member.

An apparatus and a method for manufacturing a stator is disclosed. The stator includes a stator core having slots formed along an axial direction at a plurality of locations in a circumferential direction, and a coil formed by combining a plurality of rectangular wires that have a plurality of straight portions being disposed in the slots and arranged side by side in the circumferential direction and in a radial direction. A restriction jig having a number of restriction pieces is disposed on a first-end side of the coil in the axial direction. The coil is inserted into the stator core from the first-end side in the axial direction to dispose the straight portions in the slots. Circumferential positions of the straight portions are restricted along the axial direction through contact with the restriction pieces by relatively moving the restriction jig and the coil in the axial direction.

A knee protection airbag apparatus includes an airbag and a front panel. The front panel includes a lower panel portion and an upper panel portion. When the airbag inflates, the airbag causes the upper panel portion to move to the front, and deploys in a space on a rear surface-side of the moving upper panel portion. The upper panel portion includes a general portion of an upper portion and a ceiling wall portion of a lower portion. The lower panel portion is separate from the upper panel portion, and covers a rear side of the folded airbag. The upper panel portion includes a pressure receiving portion facing the folded airbag. The upper panel portion has the vicinity of the fixation portion of the general portion as a bending deformation portion that bends when the upper panel portion moves to the front along with the inflation of the airbag.

A steering wheel, in which a vibration device including a vibration motor is attached, the steering wheel includes: a ring portion including a core member and a thickness-reduced portion, reducing mass, provided with the core member. The vibration device is housed in the thickness-reduced portion and attached to the core member.

A sheet includes a flexible sheet body-having an adhesive surface, an adhesive layer on the adhesive surface of the sheet body, a net on the adhesive layer, and a release liner covering the adhesive layer including the net. When the adhesive surface of the sheet body comes in contact with a floor or wall, the net reduces direct contact between the adhesive layer and the floor or wall, thus preventing the sheet body capturing an insect pest from firmly adhering to the floor. Also, no adhesive remains on the floor as a stain.

Provided are a method, a guiding sheet, a partial filling jig, and a full filling jig for installing an elastomer ring in the semiconductor processing equipment. The guiding sheet, the partial filling jig, and the full filling jig dispose the elastomer ring in the groove of the semiconductor processing equipment smoothly and evenly. Furthermore, the surface of the elastomer ring may be divided to multiple arcs portions. Each one of the arc portions may be pressed by the partial filling jig or the full filling jig in a particular sequence. When the groove is filled by the elastomer ring accurately and completely, the elastomer ring may block the fluid and the etching gas effectively. The elastomer ring may help the semiconductor processing equipment to work continuously and maintain qualities of the etching wafers.

A server including a rack, at least one chassis, a plurality of electronic modules, and a cable module is provided. The rack has an opening. The chassis is movably disposed in the rack along a first axis, and moves in and out the rack through the opening. The electronic modules are vertically and detachably disposed in the chassis. A plurality of channels parallel to a second axis and each of the channels is disposed between two adjacent electronic modules, and the first axis is perpendicular to the second axis. The cable module is disposed at a side of the chassis. The cable module is connected to at least one of the electronic modules. When the chassis is moved out from the rack, the electronic module connected to the cable module is next to the opening of the rack.

A flame-retardant three-dimension-molded object and a manufacturing method thereof are disclosed. The manufacturing method includes steps of: (a) providing a molded body including plural first pores and plural second pores, wherein the plural first pores communicate inward from an outer surface of the molded body, the first pores and the second pores are partially connected to each other, and a first average pore width of the first pores is greater than a second average pore width of the second pores; (b) immersing the molded body in a flame-retardant solution composed of a flame retardant and a solvent for an immersion time under a negative pressure, so that the flame-retardant solution is introduced into the plural first pores and the plural of second pores; and (c) removing the solvent contained in the plurality of first pores and the plurality of second pores, so as to obtain the flame-retardant three-dimensional-molded object.

An electrical connector disposed on a circuit board is provided. The electrical connector includes a terminal set having a plurality of terminals, a first insulator, at least one second insulator, and a third insulator. Each of the terminals has a contact portion, a soldering portion connecting to the circuit board, and a bending portion connected between the contact portion and the soldering portion. The first insulator is structurally integrated with the contact portions. The second insulator is structurally integrated with the terminals and is located between the bending portions and the soldering portions. The third insulator is locked with the second insulator.