Abstract: A display device with touch detection function includes: a display panel including a display plane for displaying images and an electrostatic capacitance type touch detection device; a cover member stacked on the display plane of the display panel, the cover member having at least one recess portion and/or projection portion on the side of a touch surface opposite to a plane that faces the display panel; and a controller configured to send a signal upon the touch detection device detects a variance of electrostatic capacitance proximity to the at least one recess portion and/or projection portion.

Abstract: A printing apparatus is supplied, which receives print job; generates print data from the print job; prints the print data; and has an error eliminating method for easily eliminating error when error occurred. In the printing apparatus, a non-support function detecting section detects instruction for requesting to use non-support function which does not exist in the printing apparatus; a calculating section calculates a time number of detection regarding the instruction detected by the non-support function detecting section; and a print allowance/disallowance judging section judges whether a print of the print data is allowance or is disallowance on the basis of a calculation result of the time number calculated by the calculating section.

Abstract: A mounting structure includes a substrate, a first terminal, a first flexible circuit board, and a second terminal. The first terminal is arranged in a first region of a first face of the substrate. The first flexible circuit board is connected to the first terminal through an anisotropic conductive film. The second terminal is arranged in a second region of a second face, which is a rear face relative to the first face of the substrate, wherein the second region does not overlap the first region in plan view. A region of the second face of the substrate, which overlaps the first region in plan view, is formed to be a smooth face.

Abstract: A color image processing apparatus capable of performing effective trapping process is provided. The apparatus processes color image data expressed by plural colors and comprises a drift information storing portion storing color drift information with respect to each of the plurality of colors; a boundary detecting portion detecting a boundary portion of the image data of the plural colors; a color change detecting portion detecting a color change in the boundary portion of the image data detected by the boundary detecting portion; a color drift direction recognizing portion recognizing a color drift direction with reference to the drift information storing portion according to the color change in the boundary portion detected by the color change detecting portion; and an image correcting portion correcting the color change in the boundary portion of the image data according to the color drift direction recognized by the color drift direction recognizing portion.

Abstract: NiO particles and YSZ particles are mixed with each other at a predetermined ratio. A binder is added, followed by being dispersed in a solvent to prepare granular particles by a spray drying method. The particles are used to obtain a compact by press forming. A YSZ paste is printed on one end surface of the compact, and the compact and the paste are sintered together to prepare an anode and a solid electrolyte. A paste of La0.6Sr0.4MnO3 is printed on one exposed end surface of the solid electrolyte, followed by being heated to calcine a cathode. Thus, an electrolyte-electrode joined assembly is obtained.

Abstract: In a Doppler ultrasonic flowmeter, to obtain a precise flow rate a flow rate calculation equation that corrects a quantization error occurring to a spatial resolution is used. An ultrasonic transducer transmits/receives ultrasonic pulses, and subject the resulting received signals to A/D conversion after a predetermined process is applied thereto. A computation control section calculates the flow velocity distribution. Then, the flow rate is calculated based on the flow rate calculation equation, which corrects the quantization error occurring to the spatial resolution.

Abstract: An electro-optical device includes a substrate having a display region; and an extending region extending from the display region. The extending region is provided with wiring lines, and at least some wiring lines, which are disposed to be adjacent to each other, are correspondingly disposed in a plurality of different layers.

Abstract: An electro-optical device includes an electro-optical panel, and an interface board through which an image display signal is supplied to the electro-optical panel. The interface board includes a flexible film board, a plurality of terminals that are disposed on the film board, a plurality of wiring lines that are disposed on one surface of the film board and that are electrically connected to the terminals, respectively, and a first conductive member that is formed on the other surface of the film board and that is grounded. The first conductive member overlaps at least one of the wiring lines when the film board is seen in plan view, and the first conductive member is formed along the one wiring line.

Abstract: An image forming system supplied capable of keeping a high thruput when performing a background pattern data print (e.g. Anoto print). The image forming system comprises a color image processing apparatus and a color image forming apparatus that is connected with the color image processing apparatus, wherein the color image processing apparatus has a color changing section that uses one of CMYK values to designate background pattern data when performing a CMYK change with respect to color image data generated in the color image processing apparatus; wherein the color image forming apparatus has an image forming section that receives the color image data that has been performed by the CMYK change and the background pattern data that has been designated by one of CMYK values from the color image processing apparatus, and compounds the both data to form an color image.

Abstract: A printing apparatus is supplied, which receives print job; generates print data from the print job; prints the print data; and has an error eliminating method for easily eliminating error when error occurred. In the printing apparatus, a non-support function detecting section detects instruction for requesting to use non-support function which does not exist in the printing apparatus; a calculating section calculates a time number of detection regarding the instruction detected by the non-support function detecting section; and a print allowance/disallowance judging section judges whether a print of the print data is allowance or is disallowance on the basis of a calculation result of the time number calculated by the calculating section.

Abstract: An electro-optical device including an electro-optical panel, a flexible base member connected to the electro-optical panel, and an electronic component mounted on the flexible base member. The electronic component having conductive terminals electrically connected to a plurality of terminals disposed on the flexible base member, the plurality of terminals are disposed on one surface of the flexible base member, and the conductive terminals and the plurality of terminals two-dimensionally overlap each other. The flexible base member has first wires which are connected to the plurality of terminals and disposed on the one surface, hole portions formed in the flexible base member to correspond to at least one terminal, and second wires connected to the at least one terminal through connection members disposed in the hole portions and disposed on the other surface of the flexible base member opposite to the one surface.

Abstract: A mounting structure includes a substrate, a first terminal, a first flexible circuit board, and a second terminal. The first terminal is arranged in a first region of a first face of the substrate. The first flexible circuit board is connected to the first terminal through an anisotropic conductive film. The second terminal is arranged in a second region of a second face, which is a rear face relative to the first face of the substrate, wherein the second region does not overlap the first region in plan view. A region of the second face of the substrate, which overlaps the first region in plan view, is formed to be a smooth face.

Abstract: There is provided a wiring board including: a terminal group including a plurality of terminals arrayed along a specified array axis; and a pair of alignment marks disposed on opposite sides of the terminal group in the direction of the array axis. The alignment marks each have a first portion extending so as to intersect at an angle to the array axis. The first portions of the alignment marks and the plurality of terminals extend from the terminal group to a common phantom center point that is apart from the terminal group in the direction intersecting the array axis.

Abstract: A color image processing apparatus capable of performing effective trapping process is provided. The apparatus processes color image data expressed by plural colors and comprises a drift information storing portion storing color drift information with respect to each of the plurality of colors; a boundary detecting portion detecting a boundary portion of the image data of the plural colors; a color change detecting portion detecting a color change in the boundary portion of the image data detected by the boundary detecting portion; a color drift direction recognizing portion recognizing a color drift direction with reference to the drift information storing portion according to the color change in the boundary portion detected by the color change detecting portion; and an image correcting portion correcting the color change in the boundary portion of the image data according to the color drift direction recognized by the color drift direction recognizing portion.

Abstract: There is provided a wiring board including: a terminal group including a plurality of terminals arrayed along a specified array axis; and a pair of alignment marks disposed on opposite sides of the terminal group in the direction of the array axis. The alignment marks each have a first portion extending so as to intersect at an angle to the array axis. The first portions of the alignment marks and the plurality of terminals extend from the terminal group to a common phantom center point that is apart from the terminal group in the direction intersecting the array axis.

Abstract: A flattening layer is provided between an anode and a solid electrolyte. The flattening layer has a porosity which is set to be smaller than that of the anode. Large diameter pores, which are open at an end surface of the anode on a side facing the solid electrolyte, are filled with the flattening layer, and projections, which bulge out of the end surface, are buried therewith to flatten the projections. Therefore, when the solid electrolyte is formed on the flattening layer, the solid electrolyte is prevented from any depressions and bulges on which stress is concentrated.

Abstract: An electro-optical device includes an electro-optical panel, and an interface board through which an image display signal is supplied to the electro-optical panel. The interface board includes a flexible film board, a plurality of terminals that are disposed on the film board, a plurality of wiring lines that are disposed on one surface of the film board and that are electrically connected to the terminals, respectively, and a first conductive member that is formed on the other surface of the film board and that is grounded. The first conductive member overlaps at least one of the wiring lines when the film board is seen in plan view, and the first conductive member is formed along the one wiring line.

Abstract: A wiring terminal is formed on a wiring substrate, and an electrode is formed on a semiconductor device. The width of the wiring terminal is smaller than the width of the electrode. When the semiconductor device is mounted on the wiring substrate, the wiring terminal becomes embedded in the electrode due to applied pressure.