34results about How to "Uniform value" patented technology

A method for producing a final mask layout (20′) avoids imaging errors. A provisional auxiliary mask layout (110) is produced, in particular in accordance with a predefined electrical circuit diagram, and is converted into the final mask layout (20′) with the aid of an OPC method. A main structure (120, 130) of the provisional auxiliary mask layout (110) is assigned optically non-resolvable auxiliary structures (160, 320). Exclusively the optically non-resolvable auxiliary structures (160, 320) are altered in the context of the OPC method, and the main structure (120, 130) itself remains unaltered.

The image forming apparatus comprises: a line type recording head which is arranged so that a longitudinal direction thereof is substantially orthogonal to a conveyance direction of a recording medium; a suction pipe which is disposed in parallel with the recording head and connected to a suctioning device; a rotating body which is supported rotatably on an outer circumference of the suction pipe and has a first opening section and a second opening section; a platen which is arranged in the first opening section of the rotating body movably in parallel with the conveyance direction of the recording medium; and a cap member which is arranged in the second opening section of the rotating body and adapted to cap nozzles of the recording head, wherein the recording medium is suctioned onto the platen and parallelly moved along a conveyance path in a state where the first opening section of the rotating body is connected to the suction pipe.

The present invention aims to eliminate variations in threshold voltage subsequent to the writing of data in an EPROM. When a parasitic resistance between the source of a memory cell (M00) of an even-numbered row and its corresponding bit line (BL0) is larger by a resistance (R00) than a parasitic resistance between the source of a memory cell (M01) of an odd-numbered row and its corresponding bit line (BL0), a cell resistance compensating unit (40) having a compensating resistor (43) whose resistance value is equal to the resistance (R00) is provided between the bit line (BL0) and a ground potential (GND). When the memory cell (M00) is selected by a drain cell power-supply switching address ( / AY0), a transistor (41) is turned on by the same signal ( / AY0). When the memory cell (M01) is selected by a drain cell power-supply switching address (AY0), a transistor (42) is turned on by the same signal (AY0). The resistor (43) is inserted for the transistor (42), and resistance values from the sources of the memory cells (M00, M01) to the ground potential (GND) become equal to each other. Thus, variations in threshold voltage subsequent to the writing of data can be suppressed.

A holder of a surface mount motor includes a bottom-raising piece formed so as to extend integrally from the bottom portion and bent at a predetermined bending angle with respect to the bottom portion. When the holder is attached to a motor body, there is a risk that a mounting surface of the bottom portion of the holder will not be in the same plane as a mounting surface of a terminal. In such a case, a fine adjustment may be performed simply by slightly raising or lowering the bottom-raising piece. Thus, an adjustment between the heights of the mounting surface of the bottom portion of the holder and the mounting surface of the terminal can be easily performed. A gap between the bottom portion of the holder and the motor casing can be easily changed simply by changing the bending angle of the bottom-raising piece.

An apparatus, a system and a method are provided for calibrating a depth control arrangement in each of one or more row units adapted for attachment to a toolbar of an agricultural planter, where each row unit has a depth controlling linkage arrangement including a force transmitting member and a calibration mechanism operatively connecting a ground penetrating element of the row unit to an adjustable-depth gauge wheel of the row unit. The force transmitting member includes an integrally mounted load-sensing element that is monitored during adjustment of the calibration mechanism to remove tolerance stack-up in the linkage arrangement and achieve a uniform desired value of the present load on the force transmitting member of each of the one or more row units that is consistent with a zero-depth or other reference depth setting.

A semiconductor device having resistors in a peripheral area and fabrication method thereof are provided. A mold layer is formed on a semiconductor substrate. The mold layer is patterned to form first molding holes and a second molding hole in the mold layer. A storage node layer is formed on the mold layer as well as in the first and second molding holes. The storage node layer is patterned to form storage nodes in the first molding holes and a portion of a resistor in the second hole.

The image forming apparatus comprises: a line type recording head which is arranged so that a longitudinal direction thereof is substantially orthogonal to a conveyance direction of a recording medium; a suction pipe which is disposed in parallel with the recording head and connected to a suctioning device; a rotating body which is supported rotatably on an outer circumference of the suction pipe and has a first opening section and a second opening section; a platen which is arranged in the first opening section of the rotating body movably in parallel with the conveyance direction of the recording medium; and a cap member which is arranged in the second opening section of the rotating body and adapted to cap nozzles of the recording head, wherein the recording medium is suctioned onto the platen and parallelly moved along a conveyance path in a state where the first opening section of the rotating body is connected to the suction pipe.

A carbon fuel combustion supporting packaging, which provides a packaging that assists ignition of carbon fuel internally packed therein. The present invention includes a combustible bottom frame, on an upper end opening of which is located a combustible fire grate that separates an upper holding space for loading the carbon fuel and a lower raised space for placement of a kindling therein. After ignition, tiny flames first leap up and burn the combustible fire grate, whereupon combustion of the fire grate converts the tiny flames into a substantially large thermal power and an expansive area of flames which assist in effecting a comprehensive ignition of the upper carbon fuel. After complete combustion, a combustible enclosing body joined to an upper end opening of the bottom frame, and which also packages the carbon fuel, is simultaneously burnt along with the carbon fuel.

A load increasing in a stepped manner from an initial load is applied to a test piece (4) of material in order to examine mechanical properties of the material by applied load, but the load having a next step load added thereto is applied to the test piece after it is confirmed that the variation of strain within a unit time applied to the test piece in the load (Wn) applied in each step falls within a predetermined value whereby there are measured physical variation and time variation in the load applied in each step. The load applied to the test piece is preferably kept at a constant value and the applied load (Wn) and and time variation are preferably recorded.

The invention concerns a device for locally measuring strains withth a measurement volume (2) that comprises a test body (5) formed from a homogeneous material of known mechanical properties and ellipsoidal in shape intended to he included in the measurement volume (2), at least one measurement optical fibre (7) for measuring deformation embedded within said test body (5) and means (8) for linking the at least one measurement optical fibre (7) to a system (9, 10, 11) designed to stimulate the at least one measurement optical fibre (7), detect signals coming from the fibres and, by means of an electronic system (11) capable of carrying out calculations, determine strains from at least one of the detected signals and known mechanical properties.

A light guiding frame with a plurality of guiding tracks is used in a backlight module of a display device with a lighting member. The light guiding frame includes one (or two) forked lighting member, a reflection member enclosing the forked lighting member, and a light-guide member connected to the forked lighting member and having a predetermined shape. The forked lighting member has a containing portion receiving the light member and guiding tracks extending from the containing portion for transmitting light emitted from the lighting member to the light-guide member. The light-guide member is shaped to meet a particular requirement of linearly or circularly shaped displaying region.

The present invention provides a simple high-throughput assay for detecting bcr / abl translocations. The method includes qualitative PCR methods for identifying the particular amplified translocation (e1a2 or b2a3 / b3a2) and real time PCR for quantifying an amount of bcr / abl transcript (e1a2, b2a3 and b3a2). Quantitative measurement of bcr / abl transcript in accordance with the methods of the invention is useful for monitoring response to therapy.

In a liquid crystal display device, a pixel matrix is divided into a plurality of pixel regions in unit of pixel column. The pixel matrix is driven so that video signals having the same polarity are written into every divided pixel regions and video signals having different polarities are written into adjacent pixel regions during a vertical period during which signals of one screen are written and the polarity of the video signals is alternately changed every vertical period.

The invention relates to a method for detecting thermal shock resistance of a porous ceramic. The method comprises the following steps: cutting and processing a porous ceramic to obtain a sample, wherein the sample has a width of 8+ / -0.2mm, a thickness of 6+ / -0.2mm, a length of more than or equal to 70mm, and the parallelism of an upper surface and a lower surface of less than 0.02mm, the size ofthe sample has universal applicability to materials with different structures, and the problem that the existing sample size has large deviation of test values for materials with different structurescan be solved; clamping the sample on a clamp of a testing machine; detecting the thermal shock resistance of the sample by a four-point bending method to obtain test data of the thermal shock resistance of the sample; repeating the steps and gradually increasing the thermal shock temperature until the bending strength in the measured test data falls beyond product requirements or is damaged to such an extent that a bending test is difficult to perform; and obtaining thermal shock resistance data of the porous ceramic according to the test data and the thermal shock temperature. The method isscientific, reasonable, simple, feasible, fast and effective, and low in cost.

A method for processing a mobile phone message and a corresponding mobile phone are provided in the present invention, and the method for processing the mobile phone messages includes: extracting values of public fields of mobile phone messages (S11); and storing said values of public fields of the mobile phone messages into the same data base (S12), wherein said data base is established with public fields of at least two kinds of mobile phone messages in advance. The technical scheme of the present invention integrates all the messaging service modules in the application layer of the mobile phone, and uniformly stores values of public fields of various mobile phone messages into the same database, which is greatly convenient for users uniformly managing all kinds of different messages.

A plurality of line image sensor ICs 110 are formed to be arranged in X, Y directions with gaps therebetween on a semiconductor substrate 101. The gaps between the line image sensor ICs 110 become scribe lines 102X, 102Y. A pattern of dummy interconnects 120 is formed in a region where a short side 110S of an arbitrary line image sensor IC 110 is opposed to a short side 110S of another line image sensor IC 110 adjacent to the arbitrary line image sensor IC 110 in the X direction in a region where the scribe line 102Y is formed. When a material gas is generated by plasma CVD, the material gas is uniformly deposited not only on the line image sensor ICs 110, but also on the dummy interconnects 120. Consequently, a protective film with a uniform thickness can be formed on the line image sensor ICs 110.

A current driver includes a gate line having a first and second nodes, K driving transistors, a terminal and a voltage generation section. The terminal receives a first current. The voltage generation section generates a bias voltage according to a current value of the first current. The gate line receives, at one of the first and second nodes, the bias voltage generated by the voltage generation section. Gates of the K transistors are connected between the first and second nodes of the gate line. In the voltage generation section, the relationship between the first current and the bias voltage is adjusted in the first mode, according to a current value of an output current flowing in a first driving transistor of the K driving transistors, and in the second mode, according to a current value of an output current flowing in a second driving transistor of the K driving transistors.

A holder of a surface mount motor includes a bottom-raising piece formed so as to extend integrally from the bottom portion and bent at a predetermined bending angle with respect to the bottom portion. When the holder is attached to a motor body, there is a risk that a mounting surface of the bottom portion of the holder will not be in the same plane as a mounting surface of a terminal. In such a case, a fine adjustment may be performed simply by slightly raising or lowering the bottom-raising piece. Thus, an adjustment between the heights of the mounting surface of the bottom portion of the holder and the mounting surface of the terminal can be easily performed. A gap between the bottom portion of the holder and the motor casing can be easily changed simply by changing the bending angle of the bottom-raising piece.

Disclosed herein is a method of preparing a MgB2 superconducting wire and the MgB2 superconducting wire prepared thereby. The method comprising rolling a raw powder by using a powder rolling method. According to the method of the present invention has an effect of increasing an effective area where superconducting current can flow by improvement of the connectivity of a MgB2 superconducting powder and achievement of high density through a powder rolling process, and maintaining an uniform current value even in a large length because of the improvement of the connectivity.

A method for fabricating a sintered annular nuclear fuel pellet includes: molding nuclear fuel powder or granules to fabricate an annular nuclear fuel green body; inserting a rod-like shaped structure into the annular nuclear fuel green body; sintering the rod-like shaped structure-inserted annular nuclear fuel green body in a reductive gas atmosphere; and separating the sintered annular nuclear fuel pellet from the rod-like shaped structure.

A system for remotely sensing light emanating from within a monitored environment. The system comprises one or more retro-reflective optical elements bearing a reflective optical coating upon a surface thereof and positionable within the environment to be monitored. A light source is arranged to direct a beam of light at the optical element(s), and a detector is arranged to receive from the optical element(s) light returned by the optical coating in response to the beam of light and to detect a property of the monitored environment according to said returned light. The optical element(s) includes a body comprising a core part of positive optical power and clad by a cladding part. The refractive index of the core is greater than that of the cladding. The optical coating is arranged over the cladding to receive light which has been at least partially converged by the core part for subsequent retro-reflection.

The invention discloses an experimental device for testing the diffusion degree of chloride ions in concrete, and belongs to the technical field of chloride ion testing. The experimental device comprises a constant-temperature box, a non-fixed flat plate is arranged in the constant-temperature box, the non-fixed flat plate is used for containing a concrete piece to be tested, the non-fixed flat plate is connected with a liquid storage device, the liquid storage device is used for temporarily storing a chloride ion solution, a dryer and a humidifier are arranged in the constant-temperature box, the dryer and the humidifier are used for simulating dry-wet circulation in the constant-temperature box, a closed bin can be installed on the non-fixed flat plate, an inflation hole is formed in the closed bin, and the inflation hole is used for introducing pressurized gas. The invention further discloses an experimental method for testing the diffusion degree of chloride ions in concrete. According to the device and method of the invention, the actual environment condition of concrete can be well simulated, and the diffusion degree of chloride ions can be tested under the interference of multiple factors.

An electroluminescent lighting device comprises a substrate including an emission area and a non-emission area surrounding the emission area; an auxiliary line disposed at the emission area and defining a pixel area; a lower pad extended from the auxiliary line and disposed at one side of the non-emission area; an anode layer covering the auxiliary line and the lower pad; an emission layer disposed on the anode layer in the emission area; a cathode layer disposed on the emission layer; a second pad extended from the cathode layer and disposed at another side of the non-emission area; an encapsulation layer covering the emission area on the cathode layer; a cover film attached on the encapsulation layer and having a first pad corresponding to the lower pad; and a conductive adhesive electrically connecting the first pad and the lower pad.