Abstract: An optical scanning device has a reflecting portion and a supporting body for supporting the reflecting portion. The reflecting portion has a reflecting surface for reflecting light beam. A pair of outside beam members is arranged between the reflecting portion and the supporting body in a longitudinal direction of the device. The device also has a first driving portion, one end of which is connected to the supporting body, while the other end of which is connected to a driving point of the reflecting portion. When the first driving portion is inflected, the reflecting portion is oscillated in a twisting vibration manner at a first axis. The driving point of the reflecting portion is located at a position separated from the first axis.

Abstract: A display control apparatus includes a list-image-display control unit that executes control for displaying a unit moving image list image formed by arranging at least representative images corresponding to respective unit moving image data in a predetermined unit, a representative-image-display control unit that arranges, concerning representative images that should be designated as moving images among the representative images, a moving image obtained by reproducing unit moving image data corresponding thereto on the unit moving image list screen and arranges, concerning the representative images other than the representative images designated as the moving image, a still image represented by a unit moving image corresponding thereto on the unit moving image list image, and a moving-image-change control unit that sequentially changes the representative images designated as a moving image in accordance with a predetermined change rule and change timing.

Abstract: A display control apparatus includes a list-image-display control unit that executes control for displaying a unit moving image list image formed by arranging at least representative images corresponding to respective unit moving image data in a predetermined unit, a representative-image-display control unit that arranges, concerning representative images that should be designated as moving images among the representative images, a moving image obtained by reproducing unit moving image data corresponding thereto on the unit moving image list screen and arranges, concerning the representative images other than the representative images designated as the moving image, a still image represented by a unit moving image corresponding thereto on the unit moving image list image, and a moving-image-change control unit that sequentially changes the representative images designated as a moving image in accordance with a predetermined change rule and change timing.

Abstract: A display element, a holder and a substrate are stacked and housed in between a front case and a back case of a receiving section of a mobile terminal device. The front case has a rib, and the rib has a plurality of recesses shaped near four cases of the housed display element to reduce the rigidity against an impact.

Abstract: A display element, a holder and a substrate are stacked and housed in between a front case and a back case of a receiving section of a mobile terminal device. The front case has a rib, and the rib has a plurality of recesses shaped near four cases of the housed display element to reduce the rigidity against an impact.

Abstract: A transport stream is received and recorded, and the recorded transport stream is reproduced normally. A cycle timer generates a time stamp based on a clock generated by means of a clock generation circuit that is independent of the system clock generated by means of a built-in PLL of an AV decoder, a receiver adds the time stamp to a TS packet, and the TS packet is recorded in a hard disk. On the other hand, a transmitter supplies the TS packet read out from the hard disk to the AV decoder by way of a switch, MVLink-IC, DEMUX, and FIFO memory at the timing so that the time interval between adjacent TS packets is coincident with that of the time when it was received based on the time stamp added to the TS packet.

Abstract: A stencil printer includes a printing drum which has an ink-permeable peripheral wall and is rotated about a predetermined axis of rotation with a stencil master wound around the peripheral wall, a back press roll which associates with the printing drum to nip and convey a printing paper, and an internal press roll which is provided in the printing drum to be movable back and forth toward and away from the back press roll and pushes the peripheral wall of the printing drum toward the back press roll. An internal press roll drive mechanism moves back and forth the internal press roll between a first position where the internal press roll is held away from the back press roll and a second position at a distance from the first position toward the back press roll and is able to freely change the distance between the axis of rotation of the printing drum and the second position.

Abstract: A receiver, such as that used in broadcasting, is provided with a simplified structure for storing and updating the receiver's control program and for preventing a loss of the control program because of a power outage during such updating. The structure includes a first storage means comprising an erasable, non-volatile memory and a second storage means comprising a volatile memory. The control program is stored in the first storage means and is executed to download and store a second program in the second storage means. The second program then is executed to download and store an updated version of the control program in the first storage means.

Abstract: A sheet feeding device comprises: a sheet feeding roll having a central axis, the sheet feeding roll being rotatable around the central axis thereof; a sheet separating plate abutted against the sheet feeding roll; and a roller located downstream of the sheet separating plate as viewed in a sheet conveying direction, and abutted against the sheet feeding roll, wherein the roller is turned by the sheet feeding roll.

Abstract: An ink container holding device for a rotary printing machine includes: a pack holder detachably receiving an ink container; a support table on which the pack holder is slidably mounted, wherein the pack holder is slidable between a connecting position where an ink discharge port of the ink container is connected to an ink suction port of an ink supplying pump and a disconnecting position where the ink discharge portion is disconnected from the ink suction port; a supporting member on which the support table is secured, the supporting member being movable between a first position inside the printing machine body and a second position outside the printing machine body; a holder set board secured to the printing machine body; and a hook lever connecting to the pack holder, wherein the hook lever moves the pack holder to the connecting position by engaging the hook lever with the holder set board in accordance with the supporting member moving to the first position.

Abstract: A rotary stencil printing machine includes: stencil making section for processing the stencil sheet to obtain a printing stencil; a printing drum having an outer cylindrical surface and a clamping member which clamps the front end portion of the stencil sheet thus processed by the stencil making section, the printing drum being turned with the front end portion of the stencil sheet clamped with the clamping member to wind the stencil sheet on the outer cylindrical surface thereof; a conveyer for conveying the stencil sheet, which has been processed by the stencil making section, towards the drum; a movable guide which is movable between a standby position and a holding position which are spaced away from each other in a direction perpendicular to the surface of the stencil sheet located between the stencil making section and the drum, the guide moving from the standby position to the holding position, for lengthening a stencil conveying path between the stencil forming section and the clamping member, wherein

Abstract: The first difference signal between the current and previous frame signals is obtained by the subtracter pixel by pixel and supplied to both the line memory and the average value calculation circuit. The average value calculation circuit calculates the average value for at least one line of the first difference signal which relates to only pixels with smaller absolute of the difference value than the present threshold. If the pixels which have absolute values smaller than the threshold, are less than the present number, the average value is set 0. Large values of the first difference caused by motion of the target are excluded and not treated as the flicker noise. The second difference signal is transformed by the non-linear circuit according to predetermined characteristics and supplied to the adder. The previous frame signal is supplied to the adder at the same time by delaying the signal through the line memory.