Abstract: A cover comprising a cover panel having a flat plate shape and light transmissivity, an adhesive layer disposed on at least a portion of one surface of the cover panel, and a release sheet disposed on the adhesive tape so as to be releasable from the adhesive layer. The adhesive layer includes a hole extending through the adhesive layer in a thickness direction thereof, and the release sheet has light transmissivity and covers the hole.

Abstract: Provided is a display device in which static electricity from outside is blocked and a display module has a narrower frame area. The display device includes a display module, and a display panel protection member made of a conductive material. At least a part of a side surface of the display module is covered with the display panel protection member. The display panel protection member is connected to a ground potential line, and blocks static electricity from outside.

Abstract: A cover comprising a cover panel having a flat plate shape and light transmissivity, an adhesive layer disposed on at least a portion of one surface of the cover panel, and a release sheet disposed on the adhesive tape so as to be releasable from the adhesive layer. The adhesive layer includes a hole extending through the adhesive layer in a thickness direction thereof, and the release sheet has light transmissivity and covers the hole.

Abstract: A position input device includes electrodes formed of metal with a belt-like shape, extended along a first direction, and arranged with a space therebetween along a second direction that is orthogonal to the first direction, lines each electrically connected to one end of each of the electrodes in the first direction to receive a signal, dummy electrodes formed of metal with a belt-like shape and each disposed in a space between the electrodes that are adjacent, and dummy lines each coupled to an end of each of the dummy electrodes in the first direction in an electrically disconnected state. The electrodes, the lines, the dummy electrodes, and the dummy lines each include a front side surface and a back side surface in a plane along the first direction and the second direction, and at least one of the front side surface and the back side surface is blackened.

Abstract: A position input device includes electrodes formed of metal with a belt-like shape, extended along a first direction, and arranged with a space therebetween along a second direction that is orthogonal to the first direction, lines each electrically connected to one end of each of the electrodes in the first direction to receive a signal, dummy electrodes formed of metal with a belt-like shape and each disposed in a space between the electrodes that are adjacent, and dummy lines each coupled to an end of each of the dummy electrodes in the first direction in an electrically disconnected state. The electrodes, the lines, the dummy electrodes, and the dummy lines each include a front side surface and a back side surface in a plane along the first direction and the second direction, and at least one of the front side surface and the back side surface is blackened.

Abstract: A touch panel display device includes a display panel and a touch panel. The touch panel includes a plurality of first electrodes, at least one set of auxiliary electrodes, and a plurality of second electrodes. The touch panel further includes a plurality of first wires connected to ends of the plurality of first electrodes and the at least one set of auxiliary electrodes, and a plurality of second wires connected to ends of the plurality of second electrodes. Some of the plurality of first electrodes and the remaining electrodes have ends opposite to each other in an extending direction of the first electrodes and respectively connected to the first wires. The one set of auxiliary electrodes are provided between the first electrodes adjacent to each other and having opposite ends connected to the first wires, and have opposite ends connected to corresponding ones of the first wires.

Abstract: A washing device is provided which reduces a load on a user while ensuring favorable operability and safety. An opening/closing door (2) includes, at a front surface thereof, a control panel (3) which includes at least a setting portion (4) and a display portion (5), a handle portion (8) for operating a holding portion used in opening/closing the opening/closing door (2), a cover (7) which covers the handle portion (8) during washing of a to-be-washed object, and first detection means which detects movement of the cover (7). The cover (7) is provided so as to be movable between the handle portion (8) and the control panel (3). By moving the cover (7) during washing of the to-be-washed object, the cover (7) causes the handle portion (8) to appear on the front surface of the opening/closing door (2) to enable an operation of the holding portion and disables an operation of the control panel (3) by covering the control panel (3).

Abstract: An inkjet printhead and an inkjet image forming apparatus capable of achieving improved ink jetting performance as a result of causing partition(s) partitioning ink chamber(s) of inkjet printhead(s) to be made up of piezoelectric member(s) for which rate(s) of change of electromechanical coupling coefficient(s) with respect to temperature display negative characteristics, or causing partition(s) partitioning ink chamber(s) of inkjet printhead(s) to be made up of piezoelectric member(s) for which rate(s) of change of electromechanical coupling coefficient(s) with respect to temperature display positive characteristics and controlling electrical energy supplied to such piezoelectric member(s) based on image data and ink temperature.

Abstract: A data transmission line used connected continuously in a plurality of stages in an asynchronous system includes a transfer control circuit, synchronous and asynchronous data holding circuits and a timing adjustment circuit. The data transmission line receives and holds data transmitted from a data transmission line of a preceding stage or data output from an external clock synchronous circuit, and outputs and transmits the data to a data transmission line of a succeeding stage. Timing adjustment circuit adjusts data input timing by the transfer control circuit to the synchronous and asynchronous data holding circuits so that data can surely be taken in. It becomes possible to surely take in and transmit data output from external synchronous system in an asynchronous data transmission line at a desired arbitrary timing.

Abstract: An inkjet printhead and an inkjet image forming apparatus capable of achieving improved ink jetting performance as a result of causing partition(s) partitioning ink chamber(s) of inkjet printhead(s) to be made up of piezoelectric member(s) for which rate(s) of change of electromechanical coupling coefficient(s) with respect to temperature display negative characteristics, or causing partition(s) partitioning ink chamber(s) of inkjet printhead(s) to be made up of piezoelectric member(s) for which rate(s) of change of electromechanical coupling coefficient(s) with respect to temperature display positive characteristics and controlling electrical energy supplied to such piezoelectric member(s) based on image data and ink temperature.

Abstract: A video signal processor includes a receiver unit receiving a broadcasted wave, an identify unit identifying a broadcasting system according to a signal received by the receiver unit, and a plurality of data driven processors processing a video signal received by the receiver unit according to the broadcasting system identified by the identify unit. Since the plurality of data driven processors process a video signal received by the receiver unit according to the broadcasting system identified by the identify unit, video data corresponding to the broadcasting system can be generated.

Abstract: A video signal processor includes a receiver unit receiving a broadcasted wave, an identify unit identifying a broadcasting system according to a signal received by the receiver unit, and a plurality of data driven processors processing a video signal received by the receiver unit according to the broadcasting system identified by the identify unit. Since the plurality of data driven processors process a video signal received by the receiver unit according to the broadcasting system identified by the identify unit, video data corresponding to the broadcasting system can be generated.