Abstract: A suction method is provided as a method of performing, by using a suction collet, suction of a Fabry-Perot interference filter including a substrate and a laminated structure that is provided on the substrate and that includes a main surface facing the side opposite to the substrate, the method including a first step of arranging the suction collet so as to face the main surface, a second step of bringing the suction collet into contact with the Fabry-Perot interference filter after the first step, and a third step of suctioning the Fabry-Perot interference filter by using the suction collet after the second step.

Abstract: A method of the present disclosure includes (a) generating an input image by imaging a scene containing the M objects by a camera, (b) obtaining a feature map showing feature amounts relating to the N keypoints from the input image using a learned machine learning model with the input image as input and the feature map as output, (c) obtaining three-dimensional coordinates of the N keypoints belonging to each of the M objects using the feature map, and (d) determining positions and attitudes of one or more objects of the M objects using the three-dimensional coordinates of the N keypoints belonging to each of the M objects, wherein (c) includes (c1) obtaining M×N keypoints having undetermined correspondence relationships with the M objects and determining the three-dimensional coordinates of the M×N keypoints, and (c2) grouping the M×N keypoints to the N keypoints belonging to each of the M objects.

Abstract: According to the present disclosure, there is provided an information processing device including: a communication unit configured to receive display position designation information indicating a display position of a window from another information processing device; and a control unit configured to perform control of displaying a window at the display position indicated by the display position designation information in a display area of a display unit. According to the present disclosure, an information processing device can receive display position designation information from another information processing device and display a window at a display position indicated by the display position designation information. Therefore, according to the present disclosure, a user can designate a display position of a window to be displayed on an information processing device using another information processing device.

Abstract: A first storage unit stores a main component table holding design information of products. A second storage unit stores a sub-component table holding the design information of the products and an update deadline of the design information for each predetermined unit constituted by products manufactured on the basis of the same design information. A first determination unit determines whether or not the main component table has been changed. A second determination unit determines whether or not a present date is before the update deadline. The second determination unit reflects contents of the change performed on the main component table on the sub-component table in a case where the main component table has been changed and the present date is before the update deadline.

Abstract: An information processing device includes: a control section that displays, in response to an operation of an operation section, a piece of map information on a display section and acquires, in accordance with the piece of map information displayed on the display section, a list of content related to the piece of map information.

Abstract: An information processing device includes: a control section that displays, in response to an operation of an operation section, a piece of map information on a display section and acquires, in accordance with the piece of map information displayed on the display section, a list of content related to the piece of map information.

Abstract: [Object] A technology of designating a display position of a window to be displayed on an information processing device using another information processing device has been demanded. [Solution] According to the present disclosure, there is provided an information processing device including: a communication unit configured to receive display position designation information indicating a display position of a window from another information processing device; and a control unit configured to perform control of displaying a window at the display position indicated by the display position designation information in a display area of a display unit. According to the present disclosure, an information processing device can receive display position designation information from another information processing device and display a window at a display position indicated by the display position designation information.

Abstract: A MOS transistor includes plural transistor cell blocks arranged adjacently in parallel to one another, wherein the plural transistor cell blocks are configured to have plural transistor cells, plural boundaries that are parallel to the plural transistor cells, and plural back gates arranged at the plural boundaries, each of the plural transistor cell blocks has two boundaries of the plural boundaries, wherein the plural transistor cells have a substantially striped shape, and each of the plural transistor cell blocks includes: at least one drain; plural sources; and plural extended gates, wherein each of the plural transistor cells is formed from one of the plural extended gates sandwiched by one of at least one drain and one of the plural sources, one of the plural sources is adjacent to one of two boundaries, and another one of the plural sources is adjacent to another one of two boundaries.

Abstract: A MOS transistor includes plural transistor cell blocks arranged adjacently in parallel to one another, wherein the plural transistor cell blocks are configured to have plural transistor cells, plural boundaries that are parallel to the plural transistor cells, and plural back gates arranged at the plural boundaries, each of the plural transistor cell blocks has two boundaries of the plural boundaries, wherein the plural transistor cells have a substantially striped shape, and each of the plural transistor cell blocks includes: at least one drain; plural sources; and plural extended gates, wherein each of the plural transistor cells is formed from one of the plural extended gates sandwiched by one of at least one drain and one of the plural sources, one of the plural sources is adjacent to one of two boundaries, and another one of the plural sources is adjacent to another one of two boundaries.

Abstract: An information processing device includes: a control section that displays, in response to an operation of an operation section, a piece of map information on a display section and acquires, in accordance with the piece of map information displayed on the display section, a list of content related to the piece of map information.

Abstract: Content data is provided as follows. If a request for providing a content is received from a portable wireless terminal or a content playback apparatus associated with the portable wireless terminal, then content data of the requested content in a form adapted for use by the portable wireless terminal is provided to the portable wireless terminal. Furthermore, content data of the requested content in a form adapted for use by the content playback apparatus is also provided to the content playback apparatus, or a process for providing content data of the requested content in the form adapted for use by the content playback apparatus is performed.

Abstract: In the present invention, there is provided a communication apparatus including: a first communication section for a communication through a first communication path; a second communication section for a communication through a second communication path; a communication-path determination section to determine whether a present communication path currently being used is the same as a specified communication path specified as a communication path to be used, where the present communication path and the specified communication path are one of the first and second communication path, respectively; and a communication-path switching section to replace one of the first and second communication sections with the other communication section in order to replace the present communication path with the specified communication path in the course of a communication if the determination result produced by the communication-path determination section indicates that the present communication path is not the same as the speci

Abstract: An improved apparatus and method compresses a cylindrical blank into a tampon which is dimensionally stable and which is provided with a domed insertion end. A cylindrical blank is radially compressed and then introduced into a cylindrical axial compression chamber. The blank is then subjected to an extreme axial overcompression. The closed insertion end of the compression chamber has a bore formed therethrough. The bore is generally coaxial and is adapted to accept a reciprocating ejection ram having a ram surface facing into the chamber. When the ram is seated in the first position, the ram surface and the insertion end wall of the compression chamber together form a smooth doming surface. The bore periphery is of a smaller diameter than the chamber and hence radially spaced from the side walls of the chamber, and the ram has sufficient clearance to move through the chamber and eject the tampon without interference from the walls of the chamber.

Abstract: An improved apparatus and method compresses a cylindrical blank into a tampon which is dimensionally stable and which is provided with a domed insertion end. A cylindrical blank is radially compressed and then introduced into a cylindrical axial compression chamber. The blank is then subjected to an extreme axial overcompression. The closed insertion end of the compression chamber has a bore formed therethrough. The bore is generally coaxial and is adapted to accept a reciprocating ejection ram having a ram surface facing into the chamber. When the ram is seated in the first position, the ram surface and the insertion end wall of the compression chamber together form a smooth doming surface. The bore periphery is of a smaller diameter than the chamber and hence radially spaced from the side walls of the chamber, and the ram has sufficient clearance to move through the chamber and eject the tampon without interference from the walls of the chamber.

Abstract: An improved apparatus and method compresses a cylindrical blank into a tampon which is dimensionally stable and which is provided with a domed insertion end. A cylindrical blank is radially compressed and then introduced into a cylindrical axial compression chamber. The blank is then subjected to an extreme axial overcompression. The closed insertion end of the compression chamber has a bore formed therethrough. The bore is generally coaxial and is adapted to accept a reciprocating ejection ram having a ram surface facing into the chamber. When the ram is seated in the first position, the ram surface and the insertion end wall of the compression chamber together form a smooth doming surface. The bore periphery is of a smaller diameter than the chamber and hence radially spaced from the side walls of the chamber, and the ram has sufficient clearance to move through the chamber and eject the tampon without interference from the walls of the chamber.

Abstract: An object of the invention is to provide a method of forming a fine conductive pattern. The method allows the fine conductive pattern whose thickness is relatively large to be formed easily, accurately, and surely. An insulating layer is formed on a substrate. A pattern resist is formed on the insulating layer. Then, the insulating layer is etched downward based on a profile of the pattern resist in a first etching step, and sidewalls of each of groove portions formed by the etching step of the insulating layer are etched sideways in a second etching step, so that overhang portions are defined at the lower edges of the pattern resist portions. Then, conductive film portions are formed by depositing a conductor on the pattern resist, and conductive films that are on the pattern resist are lifted off, so that a fine conductor pattern can be prepared.