Abstract: When a first recognition condition is satisfied, a target apparatus notification portion causes an image display portion to display a notification notifying that a target apparatus is recognized which exists at an azimuth of a line of sight of a user. The first recognition condition is that an apparatus image exists in a position corresponding to the line-of-sight direction in a field-of-view image taken by a camera, when a line-of-sight direction enters a gaze state under a situation that an image processing apparatus exists in an area where the wireless communication can be performed. An instruction screen control portion causes the image display portion to display an instruction screen for execution of a job, when a second recognition condition is satisfied. The second recognition condition is that the apparatus image exists in the field-of-view image within a short distance range of the target apparatus.

Abstract: An information processing apparatus can be worn by a user of an image forming apparatus, and includes a camera, a visual line detecting portion, a target image recognizing portion, a positional condition determining portion, and a wireless communication portion. The target image recognizing portion, when a positional condition among setting conditions for image-formation-related processes is specified, recognizes an image of a specification target that is included in a visual field image photographed by the camera, the specification target being a target of specification of the positional condition. The positional condition determining portion determines a specified positional condition based on a position in the image of the specification target recognized by the target image recognizing portion, the position corresponding to the visual line direction detected by the visual line detecting portion.

Abstract: When a first recognition condition is satisfied, a target apparatus notification portion causes an image display portion to display a notification notifying that a target apparatus is recognized which exists at an azimuth of a line of sight of a user. The first recognition condition is that an apparatus image exists in a position corresponding to the line-of-sight direction in a field-of-view image taken by a camera, when a line-of-sight direction enters a gaze state under a situation that an image processing apparatus exists in an area where the wireless communication can be performed. An instruction screen control portion causes the image display portion to display an instruction screen for execution of a job, when a second recognition condition is satisfied. The second recognition condition is that the apparatus image exists in the field-of-view image within a short distance range of the target apparatus.

Abstract: In an information processing apparatus, a storage control portion stores history information regarding printing of document data by a print control portion, in a second storage portion. A change determination portion determines whether the document data printed by the print control portion has been changed, on the basis of the history information. If it is determined that the document data printed by the print control portion has been changed, a content determination portion determines whether a content in a printing area of the document data at a time of printing by the print control portion has been changed, on the basis of the document data that has been changed and the document data at the time of printing by the print control portion. If the content determination portion determines that the content in the printing area has been changed, a notification portion can notify of change of the document data.

Abstract: The disk drive includes: a box-shaped exterior casing having an opening on one side face; a tray stored in the exterior casing and having a mounting face; a pickup; and a rail being a recessed portion formed on the mounting face as a path along which the pickup moves. The stopper is formed of a sheet member having a self-restoring property which allows the sheet member to return to a flat plate shape, and includes: a restricting portion; a connecting portion; and a tab portion, which are formed by folding the sheet member. When the stopper is stored in the disk drive, the stopper is disposed such that the restricting portion is disposed in the inside of the rail, the connecting portion is disposed on the mounting face, and the tab portion projects outside through a gap formed between the tray and the exterior casing.

Abstract: The disk drive includes: a box-shaped exterior casing having an opening on one side face; a tray stored in the exterior casing and having a mounting face; a pickup; and a rail being a recessed portion formed on the mounting face as a path along which the pickup moves. The stopper is formed of a sheet member having a self-restoring property which allows the sheet member to return to a flat plate shape, and includes: a restricting portion; a connecting portion; and a tab portion, which are formed by folding the sheet member. When the stopper is stored in the disk drive, the stopper is disposed such that the restricting portion is disposed in the inside of the rail, the connecting portion is disposed on the mounting face, and the tab portion projects outside through a gap formed between the tray and the exterior casing.

Abstract: Disclosed is a substrate processing method configured to prevent the occurrence of a bowing shape to form a hole of a vertical processing shape on a mask layer, and to secure a remaining layer quantity as the mask layer. The substrate processing method receives a wafer W in which a mask layer and an intermediate layer are stacked on a target layer to be processed in a chamber, generates plasma of processing gas in the chamber, performs an etching process on wafer W using the plasma, thereby forming a pattern shape on the target layer to be processed through the intermediate layer and the mask layer. The etching process etches the mask layer by applying excitation power of 500 W for generating plasma, maintaining processing pressure at 5 mTorr (9.31×10?1 Pa) or less, and maintain temperature of wafer W in the range of ?10° C. to ?20° C.

Abstract: Disclosed is a substrate processing method configured to prevent the occurrence of a bowing shape to form a hole of a vertical processing shape on a mask layer, and to secure a remaining layer quantity as the mask layer. The substrate processing method receives a wafer W in which a mask layer and an intermediate layer are stacked on a target layer to be processed in a chamber, generates plasma of processing gas in the chamber, performs an etching process on wafer W using the plasma, thereby forming a pattern shape on the target layer to be processed through the intermediate layer and the mask layer. The etching process etches the mask layer by applying excitation power of 500 W for generating plasma, maintaining processing pressure at 5 mTorr (9.31×10?1 Pa) or less, and maintain temperature of wafer W in the range of ?10° C. to ?20° C.

Abstract: An image display device includes a display panel having a plurality of pixel display portions arranged in a longitudinal direction and a lateral direction thereof, a plurality of slits arranged on the display panel so as to correspond to spaces between the pixel display portions adjacent to each other, an image input unit acquiring a first input image and a second input image, and a display control portion displaying the first input image and the second input image by alternately imparting input pixel data of the first input image and input pixel data of the second input image to the plurality of pixel display portions in the longitudinal direction and the lateral direction, in which the display control portion prepares display pixel data corresponding to specific input pixel data on the basis of the specific input pixel data of each of the first input image and second input image and at least one neighboring input pixel data adjacent to the specific input pixel data in the longitudinal direction or the later

Abstract: A dual image display device 1 according to an embodiment of the invention includes a crosstalk corrector 6 that corrects the grayscale of a sub pixel subject to correction based on the grayscale of an adjacent sub pixel. The crosstalk corrector 6 carries out corrections in K grayscale for N1 frames and corrections in K+1 grayscale for N?N1 frames within N frames where K being an integer, N being a positive integer of 2 or more, and N1 being a positive integer of less than N. Provided with the above-described configuration, the problem in that a dual image in which sub pixels of individual images for two visual directions are adjacent to each other in a gate line direction is liable to cause flicker in the gate line direction can be eliminated by an apparent crosstalk correction of less than one grayscale.

Abstract: An image display device includes a display panel having a plurality of pixel display portions arranged in a longitudinal direction and a lateral direction thereof, a plurality of slits arranged on the display panel so as to correspond to spaces between the pixel display portions adjacent to each other, an image input unit acquiring a first input image and a second input image, and a display control portion displaying the first input image and the second input image by alternately imparting input pixel data of the first input image and input pixel data of the second input image to the plurality of pixel display portions in the longitudinal direction and the lateral direction, in which the display control portion prepares display pixel data corresponding to specific input pixel data on the basis of the specific input pixel data of each of the first input image and second input image and at least one neighboring input pixel data adjacent to the specific input pixel data in the longitudinal direction or the later

Abstract: An object of the present invention is to provide, without increasing the costs or decreasing the quantity of light, a fluorescent lamp that is less likely to have the bridge and the constituent tubes damaged while being handled and has improved handleability, as well as to provide a manufacturing method therefor. It is arranged so that the distance between the first and second constituent tubes gradually becomes smaller from the base side of the lamp toward the turning portion side of the lamp where the discharge paths turn. It is arranged so that the value of D2/D1 is within a range of 0.05 to 0.70 inclusive, where D1 is the distance between the first and second constituent tubes being measured at the bridge connecting points on the base side, and D2 is the shortest distance between the first and second constituent tubes on the turning portion side.

Abstract: An object of the present invention is to provide, without increasing the costs or decreasing the quantity of light, a fluorescent lamp that is less likely to have the bridge and the constituent tubes damaged while being handled and has improved handleability, as well as to provide a manufacturing method therefor. It is arranged so that the distance between the first and second constituent tubes gradually becomes smaller from the base side of the lamp toward the turning portion side of the lamp where the discharge paths turn. It is arranged so that the value of D2/D1 is within a range of 0.05 to 0.70 inclusive, where D1 is the distance between the first and second constituent tubes being measured at the bridge connecting points on the base side, and D2 is the shortest distance between the first and second constituent tubes on the turning portion side.

Abstract: An object of the present invention is to provide, without increasing the costs or decreasing the quantity of light, a fluorescent lamp that is less likely to have the bridge and the constituent tubes damaged while being handled and has improved handleability, as well as to provide a manufacturing method therefor. It is arranged so that the distance between the first and second constituent tubes gradually becomes smaller from the base side of the lamp toward the turning portion side of the lamp where the discharge paths turn. It is arranged so that the value of D2/D1 is within a range of 0.05 to 0.70 inclusive, where D1 is the distance between the first and second constituent tubes being measured at the bridge connecting points on the base side, and D2 is the shortest distance between the first and second constituent tubes on the turning portion side.

Abstract: An object of the present invention is to provide, without increasing the costs or decreasing the quantity of light, a fluorescent lamp that is less likely to have the bridge and the constituent tubes damaged while being handled and has improved handleability, as well as to provide a manufacturing method therefor. It is arranged so that the distance between the first and second constituent tubes gradually becomes smaller from the base side of the lamp toward the turning portion side of the lamp where the discharge paths turn. It is arranged so that the value of D2/D1 is within a range of 0.05 to 0.70 inclusive, where D1 is the distance between the first and second constituent tubes being measured at the bridge connecting points on the base side, and D2 is the shortest distance between the first and second constituent tubes on the turning portion side.