167results about How to "Suppression offset" patented technology

In a lens device, plastic lenses having circular outer periphery are placed in a plastic lens-barrel having an octagonal or more complex polygonal inner surface in such a way that the outer peripheral surfaces of the lenses are press contacted to the inner surface of the polygonal shape. This lens device has press contact portions that are pressed by the lens outer peripheral surface and the lens-barrel inner surface in the vicinity and in both sides of gate traces where optical axis displacement is large so as to suppress the displacement of the gate trace by the press contact portions.

A plurality of standard cells 10 are arranged to form a channel-less standard cell array 1 , which has vertical and horizontal sides. A plurality of first proximity dummy cells 20 are arranged along each of the vertical sides of the standard cell array to form a first proximity dummy bands 20 such that the upper and lower sides of the first proximity dummy cells are in contact with each other and such that the left or right side of each of the first proximity dummy cells is in contact with the vertical side of the standard cell array 1 . Furthermore, a plurality of second proximity dummy bands are arranged along each of the horizontal sides of the standard cell array to form a second proximity dummy bands such that the upper or lower side of each of the second proximity dummy cells is in contact with the horizontal side of the standard cell 1.

Disclosed is a nonaqueous electrolyte secondary battery which comprises: an electrode group in which a positive electrode that contains a long positive electrode collector and a positive electrode active material layer attached to the surface of the positive electrode collector, a negative electrode that contains a long negative electrode collector and a negative electrode active material layer attached to the surface of the negative electrode collector, and a separator for separating the positive electrode and the negative electrode from each other are wound up in a spiral form; and a nonaqueous electrolyte. The separator comprises a heat-resistant porous membrane that contains a heat-resistant resin, a first porous polyolefin membrane that covers the entire positive electrode-side surface of the heat-resistant porous membrane, and a second porous polyolefin membrane that covers the entire negative electrode-side surface of the heat-resistant porous membrane. The melting point or heat distortion temperature of the heat-resistant resin is higher than the melting point or heat distortion temperature of the polyolefin that is contained in the first and second porous polyolefin membranes. The heat-resistant porous membrane has a thickness of 1-16 [mu]m, the first porous polyolefin membrane has a thickness of 2-17 [mu]m, the second porous polyolefin membrane has a thickness of 2-17 [mu]m, and the separator has a thickness of 5-35 [mu]m.

A detaching apparatus provided by the invention includes a first holder unit (310) that holds a first plate-like body (BL), a detachment starter unit (321) that bends one end part of the first plate-like body (BL) into a cylindrical or prismatic surface in a direction opposite to the second plate-like body (SB), thereby converting a part of an adhering region of the second plate-like body (SB) adhering to the first plate-like body (BL) into a detached region detached from the first plate-like body (BL) and forming a single and straight boundary line between the adhering region and the detached region, a second holder unit (122) that holds the second plate-like body (SB) formed with the detached region, and a separator unit that increases a distance between the first holder unit (310) and second holder unit (122) to separate the first plate-like body (BL) and second plate-like body (SB).

In the present invention, an endoscope scope is provided with a left-eye optical system and a right-eye optical system that form an image with light corresponding to a left-eye image and a right-eye image, and is provided with a CMOS sensor on which first light and second light obtained through the left-eye optical system and the right-eye optical system are formed into separate images on a single light receiving surface. A straight line that connects the center of a first image and the center of a second image formed on the light receiving surface of the CMOS sensor is orthogonal to the parallax direction. On the light receiving surface of the CMOS sensor, a first region in which the center of the first image and the second image are formed is divided into a plurality of first divided regions, and a second region is divided into a plurality of second divided regions. When the CMOS sensor reads data constituting image signals from the first region and the second region, the CMOS sensor reads data by alternating scanning a first divided region at a position corresponding to the left-eye image and a second divided region at a position corresponding to the right-eye image.

A lipid composition includes triacylglycerols that include unsaturated fatty acids such as alpha linolenic acid and antioxidant moeities such as pyruvic acid.

A lipid composition includes triacylglycerols that include unsaturated fatty acids such as alpha linolenic acid and antioxidant moeities such as pyruvic acid.

The invention discloses an output buffering circuit which comprises a first-stage operational amplifying circuit, a second-stage operational amplifying circuit and a feedback circuit arranged between the first-stage operational amplifying circuit and the second-stage operational amplifying circuit. The first-stage operational amplifying circuit is used as a differential input circuit, the second-stage operational amplifying circuit is used as a common-source cascade amplifying circuit with an active load, and the feedback circuit is used for providing a bias voltage and having the driving capacity of alternatively providing a source current and a sink current. The first-stage operational amplifying circuit and the second-stage operational amplifying circuit form a unit gain amplifier through the feedback circuit, so that the whole circuit can have the driving capacity of alternatively providing the source current and the sink current. A special voltage stabilizing circuit is not required any more, the circuit structure is simple, the chip area can be reduced, power consumption can be further lowered due to the fact that the special voltage stabilizing circuit is not required any more, meanwhile, fluctuations of the output voltage can be restrained, the stability of the circuit during working is guaranteed, shifting is restrained to the maximum degree, an output signal is accurate, and a displayed image is good in quality.

In case a belt member 31 of an endless intermediate transfer belt 3 causes an improper running such as a skewed or zigzag movement, the belt member 31 contacts belt contact detecting portions 70a, 70b on both ends of a belt control roller 35 and causes friction thereon. A difference in the frictional forces on the belt contact detecting portions 70a, 70b causes a pivoting of a rotary axis of the belt control roller 35 about a roller support member formed by a supporting shaft 73 and a bearing 74 at the center, thereby correcting the belt member 31 in running operation to an appropriate position.

The invention discloses an upper table board, and relates to the field of part fixing machinery. The upper table board comprises supporting table units and fixed table units, and is characterized in that a supporting column arranged on a pedestal is arranged on each supporting table unit; a supporting table is arranged on each supporting column in a sleeving manner; each supporting table is at least provided with at least three adjustment units; each adjustment unit is provided with a supporting rod connected between the upper side edge and the lower side edge of each supporting table; each supporting rod is provided with an adjustment rod; each adjustment rod is provided with a motor arranged on the pedestal; each supporting table is connected with a water drop disk gradienter; and when one water drop disk gradienter displays that the corresponding supporting table is deflected, at least one motor is started to adjust the height of the corresponding adjustment rod on the corresponding supporting rod, so as to enable the water drop disk gradienter to re-display that the supporting table is located at a horizontal position. The upper table board has the aim of realizing accurate locating and quick clamping of the supporting tables via arrangement of horizontal adjustment mechanisms on the supporting tables.

A method of the invention comprises the following steps: a partition wall forming step for forming the partition wall (41) that divides the pixel area on the opposite substrate (12); and an opposite electrode forming step for respectively coating the opposite electrode forming material liquid (51) respectively in the areas divided by the partition wall (41) to form the opposite electrode (43); in the opposite electrode forming procedure the layer thickness of the opposite electrode (43) is set according to the wavelength strip of the light transmitting the corresponding arranged color filter layers (42R, 42G and 42B). Each color according to the displaying is provided, and the invention provides a method for manufacturing the electro-optical device which can be formed with transparent electrodes with different layer thickness and the electro-optical device.

The invention provides a magnetism measuring device which can stably and preciously performing metering, a manufacturing method of the magnetism measuring device, and a manufacturing method of a gas cell. The magnetism measuring device (100) includes: a gas cell (10) which includes a cell portion (12) that has a main chamber (14), a reservoir (16), a communication hole (15) which allows the main chamber and the reservoir to communicate with each other, and an opening (18) provided in the reservoir, a sealing portion (19) which seals the opening, an ampoule (20) disposed in the reservoir, and an alkali metal gas (13) which fills the main chamber and the reservoir (16). The ampoule is disposed at a predetermined position in the reservoir, and the opening is provided at a position that is distant from the predetermined position.

The invention discloses a noble metal-coated copper wire for ball bonding, with a wire diameter between 10 [mu]m or more, and 25 [mu]m or less, the noble metal-coated copper wire including a core material having a copper alloy having a copper purity of 98 mass % or higher, and a noble metal-coating layer formed on the core material. The noble metal-coating layer includes a palladium cavitating layer containing palladium; at least one element selected from the group consisting of Group 13 to 16 elements or an oxygen element, finely dispersed in the palladium; and a diffusion layer formed of copper diffused into the palladium. According to the invention, the noble metal-coated copper wire for ball bonding can enable a palladium enriching layer to be evenly dispersed on the entire surface of the fusion copper ball of the core material and the palladium does not flow into a solidified copper ball, such that cavities do not form. The noble metal-coated copper wire here is suitable for mass production.

The invention provides a liquid ejecting head, a liquid ejecting head unit, and a liquid ejecting apparatus, which can suppress a crosstalk between piezoelectric elements and through a partition wall, as well as a voltage drop, thereby suppressing deviation of ink droplet landing position and stabilizing liquid ejection characteristic, thus contributing to improving printing quality. The piezoelectric element includes a first electrode serving as an individual electrode, a piezoelectric layer, and a second electrode serving as a common electrode is attached on a face of a flow path substrate via a vibrating plate. A piezoelectric active portion defined by the first electrode and the second electrode serving as a substantial driver of the piezoelectric element is provided in a region opposing the pressure chamber. An opening formed by removing the second electrode and the piezoelectric layer is provided in a region of the piezoelectric element opposing the partition wall. A wiring electrode and the second electrode provided on the flow path substrate are connected via a common lead electrode provided on the piezoelectric active portion, and the common lead electrode is provided at least on the partition wall inside the opening.

A mobile phone antenna has: a first conductive radiation element that is formed in a sheet metal conductor and resonates at a predetermined resonance frequency; a second conductive radiation element that is formed in the sheet metal conductor and resonates at the predetermined resonance frequency; and a ground that is connected through a conductive ground connector with the second conductive radiation element. The ground is placed such that the ground is not opposed to the first and second conductive radiation elements.