| Patent Number |
Title Of Patent |
Date Issued |
| 7375924 |
Recording medium loading device having rotation cam which drives door opening/closing device |
May 20, 2008 |
| If a cartridge moves to a complete loading position which is inward of a device by a loading device, a sliding plate moves in Y2 direction in accordance with the loading device. At this moment, because a control convex portion engages a concave portion of a door setting portion by mo |
| 7186928 |
Electronic device including chip parts and a method for manufacturing the same |
March 6, 2007 |
| In a shielding configuration of a chip part, a shielding effect and a cooling effect are sufficiently obtained at the same time. In an electronic device including a chip part to be disclosed, a shielding conductor includes a ceiling plate section covering the chip part and side plate |
| 7106426 |
Method of inspecting optical waveguide substrate for optical conduction at increased speed and a |
September 12, 2006 |
| There is disclosed a method of inspecting an optical waveguide substrate for optical conduction at an increased inspecting rate and also inspecting an optical waveguide substrate for cross-talk. According to the disclosed method, a laser beam is applied from a laser beam scanning opt |
| 6999643 |
Method of manufacturing optical waveguide and method of manufacturing opto-electric wiring board |
February 14, 2006 |
| After an optical waveguide substrate including a supporting substrate is adhered to an electric wiring board, the supporting substrate alone is dissolved using an organic solvent for removal. Alternatively, the supporting substrate alone is melted through a thermal treatment for remo |
| 6934429 |
Optical waveguide board and optical module |
August 23, 2005 |
| An optical waveguide board is provided which includes a substrate, an optical path changing unit being formed on the substrate used to change a direction of an optical path of incident light from a direction being vertical to a surface of the substrate to a direction being horizontal to |
| 6791675 |
Optical waveguide path, manufacturing method and coupling method of the same, and optical wavegu |
September 14, 2004 |
| An optical waveguide path coupling structure is realized without requiring highly accurate alignment.In an optical waveguide path coupling structure, a first optical waveguide path arranged on an optical device chip, which has a first cross section formed such that a core layer is expose |
| 6775441 |
Optical waveguide connecting structure, optical element mounting structure and optical fiber mou |
August 10, 2004 |
| Provided is an optical waveguide connecting structure, having a first optical waveguide film cut in such a manner that a first core layer surface is exposed along an optical path direction in a slightly slant section forming an angle of about 5.degree. or smaller, and a second optica |
| 6717494 |
Printed-circuit board, coaxial cable, and electronic device |
April 6, 2004 |
| Occurrence of EMI is reduced without a sharp increase of the manufacturing cost by suppressing a common mode current stably. There is provided a disclosed printed-circuit board being adapted such that a width of an outer edge section of a T-shaped pattern is widened so as to surround a |
| 6608946 |
Optical module and method for manufacturing the same |
August 19, 2003 |
| An optical module and its manufacturing method are provided which are capable of forming an optical waveguide by making the most of characteristics of a material having small optical transmission loss and excellent machinability or processibility. The optical module includes an optic |
| 6560505 |
Automatic parts placement system, method, and medium |
May 6, 2003 |
| An automatic parts placement system is provided which is capable of placing parts in proper positions, in a short time, on a printed wiring board to realize the shortest total wiring length. Parts are each added to a parts group which is generated based on a position designated part and |
| 6412097 |
COMPACTING METHOD OF CIRCUIT LAYOUT BY MOVING COMPONENTS USING MARGINS AND BUNDLE WIDTHS IN COMP |
June 25, 2002 |
| A layout compaction method adapted to be embodied in computer program product and adapted for compacting a circuit layout having a plurality of layers on which moving objects form layer patterns, wherein the moving objects comprising components and wires. The method assumes a graph p |
| 6385758 |
System and method for compacting a graphic layout |
May 7, 2002 |
| In a graphic layout system, a terminal constraint graph generator (104) prepares terminal constraint graph data with component terminals (except routes) as one and the other nodes. Calculation is made of a limit of movement of the one node towards the other node in a moving direction wit |
| 6317864 |
System and method for graphic layout modification |
November 13, 2001 |
| A layout data converter (111) is supplied with layout data and prepares segment data. In response to an instruction from an operating section (102), an instruction input device prepares necessary data. In order to move each component in a movement target direction, a terminal constraint |
| 6301686 |
Graphic layout compaction system capable of compacting a layout at once |
October 9, 2001 |
| In a graphic layout compaction system for compacting a layout where components and routes are placed on a two-dimensional space, a terminal graph generator prepares terminal graph data indicative of terminal graphs having component terminals as nodes. The terminal graph generator cal |
| 6035108 |
Figure layout compaction method and compaction device |
March 7, 2000 |
| A layout amendment specification section includes an input means such as a mouse and gives instructions to an section for compacting within allowable spacing, a wiring compaction section, a rewiring section, and an allowable spacing calculation section. The layout amendment specification |
| 5476155 |
Stairway lift |
December 19, 1995 |
| A stairway lift is provided on the treads of a stairway along a sidewall. A guide of the lift is provided on the treads along the sidewall so that a space is formed between the sidewall and the guide. The guide has a first side that faces the sidewall, a first rail provided on the first |
| 5315535 |
Automatic router capable of searching for a new wiring with reference to connection failures |
May 24, 1994 |
| In an automatic router for use in automatically designing wiring paths among connection elements, such as via holes, terminals, on a wiring board, connection failures are previously detected by a connection failure detecting portion. Provisional wiring paths are successively selected by |
| 5230027 |
Image processor and automated optical inspection system using the same |
July 20, 1993 |
| An image processor includes an image memory circuit for storing an inputted image data, and an image processing circuit for processing the image data stored in the image memory circuit. The image processing circuit includes a plurality of image processing circuits each for performing a |
| 4449813 |
Collating apparatus for copying machine |
May 22, 1984 |
| A deflector (C) is movable relative to bin (E) to selectively deflect sheets into the bins (E) for collation. An enable signal for a next collation operation is generated when a sensor (94) senses that the required number of sheets for collation have been discharged into the bins (E) |
| 4445680 |
Sheet distribution method |
May 1, 1984 |
| A sheet distribution method for collating a plurality of sets of copies produced by a copying machine into respective bins of a collating apparatus operatively connected to the copying machine, each set of copies consisting of one copy of each respective page of an original document, |
| 4365887 |
Sheet distribution method and apparatus |
December 28, 1982 |
| A sheet distribution method is provided which, when a stop switch (20) to stop a copying operation of a copying machine (1) or an interrupt switch (21) to interrupt the copying operation is depressed during the copying operation in a collation mode or an assortment mode, inhibits any fur |
| 4361320 |
Sheet distribution method and apparatus |
November 30, 1982 |
| A plurality of bins (31) to (40) are divided into two groups which are used alternatingly when a number of copies N to be collated exceeds the number of bins, thus allowing a copying machine to operate continually and further allowing an operator to remove the collated copies from one gr |
| 4330200 |
Copying machine with collating apparatus |
May 18, 1982 |
| A copying machine equipped with a collator for distributing copy sheets fed thereto from a copying machine body into its multiple bins and, upon the lapse of a determined period of time after a copying operation, changing the operating mode from a collation mode or an assortment mode, wh |
| 4310153 |
Electrostatographic apparatus comprising sheet sensors |
January 12, 1982 |
| A plurality of sensors (61), (62), (63), (64) are spaced along a sheet feed path (14) to sense the presence of a copy sheet (13) adjacent thereto. A timing signal generator (53) feeds timing signals to the sensors (61), (62), (63), (64) at times when the sheet (13) should be present at t |
