Abstract: A closed subscriber group (CSG) cell allows use of subscribers. To receive the service by the CSG cell, a CSG-ID is notified to a user equipment, but cannot be obtained outside the reach of radio waves from a non-CSG cell. Base stations respectively provided to a CSG cell and a non-CSG cell, and access is made to the CSG cell with the use of a CSG-ID issued when use of the CSG cell is allowed, the base station refers to the notified identification information of a user equipment and then transmits a tracking area update request from the user equipment to a core network. The core network determines whether the user equipment is allowed to use the CSG cell and, if allowed, transmits a signal for assignment of radio resources to the user equipment and the CSG-ID. The user equipment accesses the CSG cell with the CSG-ID.

Abstract: A marine vessel includes an outboard motor mounting portion provided at a stern of a hull, an outboard motor locating hole provided rearward of the outboard motor mounting portion and near the outboard motor mounting portion and penetrating vertically through the stern, a platform provided rearward of the outboard motor locating hole, and an outboard motor located in the outboard motor locating hole and mounted to the outboard motor mounting portion. This structure enables an occupant of the marine vessel to freely move in a space around the outboard motor on the platform and use the space.

Abstract: Selected data files in folders are sorted in a designated order for each of folders that store selected data files (S204), and information associated with each of the selected data folders sorted for each folder is registered in a page list in the designated folder order (S205).

Abstract: A marine vessel includes an outboard motor mounting portion provided at a stern of a hull, an outboard motor locating hole provided rearward of the outboard motor mounting portion and near the outboard motor mounting portion and penetrating vertically through the stern, a platform provided rearward of the outboard motor locating hole, and an outboard motor located in the outboard motor locating hole and mounted to the outboard motor mounting portion. This structure enables an occupant of the marine vessel to freely move in a space around the outboard motor on the platform and use the space.

Abstract: A marine vessel includes an outboard motor mounting portion provided at a stern of a hull body, an outboard motor locating hole provided rearward of the outboard motor mounting portion and near the outboard motor mounting portion and penetrating vertically through the stern, a platform provided rearward of the outboard motor locating hole, and an outboard motor located in the outboard motor locating hole and mounted to the outboard motor mounting portion. This structure enables an occupant of the marine vessel to freely move in a space around the outboard motor on the platform and use the space.

Abstract: A boat includes a recess arranged in a middle, as viewed in a horizontal direction, of a stern, and outboard motors installed on an installation portion provided in the recess such that the boat driven by the outboard motors. A transom platform is located at left, right, and front sides of the recess so that a crew is allowed to walk on the transom platform. A rear portion of each of the left portion and the right portion of the transom platform projects rearward beyond the outboard motors. The starboard-side step of the transom platform has a step, while the port-side step has a step. A storage portion is arranged below the fore step, and a storage portion is arranged in a rear portion of the port-side step. The boat allows for an effectively usable large space to be provided in the boat body and allows for easy movement around the outboard motors.

Abstract: A marine vessel includes an outboard motor mounting portion provided at a stern of a hull, an outboard motor locating hole provided rearward of the outboard motor mounting portion and near the outboard motor mounting portion and penetrating vertically through the stern, a platform provided rearward of the outboard motor locating hole, and an outboard motor located in the outboard motor locating hole and mounted to the outboard motor mounting portion. This structure enables an occupant of the marine vessel to freely move in a space around the outboard motor on the platform and use the space.

Abstract: This invention allows the user to select files to be printed from arbitrary folders, easily designate a folder selected in the past, and confirm data files in the folder, thereby improving the operability of selecting a file to be printed. For this purpose, the display window has a folder view display area for displaying the tree structure of folders, and a file view display area for displaying a list of image data files stored in a folder selected in the folder view display area. When a new folder is selected in the folder view display area, a path representing the location position of the folder is added to the folder list. When a file having a print count of “1” or more exists in the file view display area, the file name and print count of the file are added to a file list associated with a folder list. When a selected-folder view display button is clicked, a list of folders registered in the folder list is displayed.

Abstract: A boat body for a boat includes a projecting portion arranged to support one or more outboard motors at a position spaced upward and rearward from a transom. The projecting portion extends from a rear portion of the transom of the boat body, and the projecting portion supports the outboard motors at locations upward and further rearward than in a case where the outboard motors are directly installed on the transom. The projecting portion includes a projecting member that is bilaterally symmetrical and that decreases in width in a rearward direction and in an upward direction. The projecting portion includes a side thruster passing through the projecting portion in a horizontal direction. When viewed from the side, a lower edge portion of the projecting portion includes a slanting portion that is generally linear and that extends rearward and upward from a lower portion of the transom. When viewed from the rear, the lower edge portion of the projecting portion has a generally V-shape.

Abstract: It enables a user to confirm an already designated area without changing layers. Image data of plural layers is generated on a same image, and an image area being a target of editing is designated on the image data of each layer. Then, if the image area of one layer is designated, a CRT controller causes a CRT to display the image area of each layer designated before the image area of the one layer is designated, in a predetermined display method different from a display method for the designated image area of the one layer.

Abstract: This invention allows the user to select files to be printed from arbitrary folders, easily designate a folder selected in the past, and confirm data files in the folder, thereby improving the operability of selecting a file to be printed. For this purpose, the display window has a folder view display area for displaying the tree structure of folders, and a file view display area for displaying a list of image data files stored in a folder selected in the folder view display area. When a new folder is selected in the folder view display area, a path representing the location position of the folder is added to the folder list. When a file having a print count of “1” or more exists in the file view display area, the file name and print count of the file are added to a file list associated with a folder list. When a selected-folder view display button is clicked, a list of folders registered in the folder list is displayed.

Abstract: This invention allows the user to select files to be printed from arbitrary folders, easily designate a folder selected in the past, and confirm data files in the folder, thereby improving the operability of selecting a file to be printed. For this purpose, the display window has a folder view display area for displaying the tree structure of folders, and a file view display area for displaying a list of image data files stored in a folder selected in the folder view display area. When a new folder is selected in the folder view display area, a path representing the location position of the folder is added to the folder list. When a file having a print count of “1” or more exists in the file view display area, the file name and print count of the file are added to a file list associated with a folder list. When a selected-folder view display button is clicked, a list of folders registered in the folder list is displayed.

Abstract: A boat body for a boat includes a projecting portion arranged to support one or more outboard motors at a position spaced upward and rearward from a transom. The projecting portion extends from a rear portion of the transom of the boat body, and the projecting portion supports the outboard motors at locations upward and further rearward than in a case where the outboard motors are directly installed on the transom. The projecting portion includes a projecting member that is bilaterally symmetrical and that decreases in width in a rearward direction and in an upward direction. The projecting portion includes a side thruster passing through the projecting portion in a horizontal direction. When viewed from the side, a lower edge portion of the projecting portion includes a slanting portion that is generally linear and that extends rearward and upward from a lower portion of the transom. When viewed from the rear, the lower edge portion of the projecting portion has a generally V-shape.

Abstract: A boat includes a recess arranged in a middle, as viewed in a horizontal direction, of a stern, and outboard motors installed on an installation portion provided in the recess such that the boat driven by the outboard motors. A transom platform is located at left, right, and front sides of the recess so that a crew is allowed to walk on the transom platform. A rear portion of each of the left portion and the right portion of the transom platform projects rearward beyond the outboard motors. The starboard-side step of the transom platform has a step, while the port-side step has a step. A storage portion is arranged below the fore step, and a storage portion is arranged in a rear portion of the port-side step. The boat allows for an effectively usable large space to be provided in the boat body and allows for easy movement around the outboard motors.

Abstract: An image processing apparatus includes an image reader for reading an image. A display controller displays the read image on a display device. A determination unit receives an area specified by an operation performed on the image displayed on the display device so as to determine a processing area to be subjected to predetermined image processing. A setting unit sets an operation area for providing an instruction to execute the predetermined image processing on the processing area determined by the determination unit, the operation area being based on an end point of the area specified by the operation.

Abstract: An image processing apparatus controls to print a plurality of sequential still images, which can be observed as a flip moving image, on the basis of moving image data. The image processing apparatus provides a window which has a start point button, end point button, seek bar, and the like. The user designates a desired still image extraction range from the moving image data by operating the start and end point buttons. This window also provides a preview button. When the user clicks the preview button, a predetermined number of sequential still images are generated from the designated still image extraction range in the moving image. These sequential still images are displayed while being sequentially switched in the order they appear in the moving image data.

Abstract: An image processing apparatus controls to print a plurality of sequential still images, which can be observed as a flip moving image, on the basis of moving image data. The image processing apparatus provides a window which has a start point button, end point button, seek bar, and the like. The user designates a desired still image extraction range from the moving image data by operating the start and end point buttons. This window also provides a preview button. When the user clicks the preview button, a predetermined number of sequential still images are generated from the designated still image extraction range in the moving image. These sequential still images are displayed while being sequentially switched in the order they appear in the moving image data.

Abstract: It enables a user to confirm an already designated area without changing layers. Image data of plural layers is generated on a same image, and an image area being a target of editing is designated on the image data of each layer. Then, if the image area of one layer is designated, a CRT controller causes a CRT to display the image area of each layer designated before the image area of the one layer is designated, in a predetermined display method different from a display method for the designated image area of the one layer.

Abstract: It enables a user to confirm an already designated area without changing layers. Image data of plural layers is generated on a same image, and an image area being a target of editing is designated on the image data of each layer. Then, if the image area of one layer is designated, a CRT controller causes a CRT to display the image area of each layer designated before the image area of the one layer is designated, in a predetermined display method different from a display method for the designated image area of the one layer.

Abstract: An image processing apparatus includes an image reader for reading an image. A display controller displays the read image on a display device. A determination unit receives an area specified by an operation performed on the image displayed on the display device so as to determine a processing area to be subjected to predetermined image processing. A setting unit sets an operation area for providing an instruction to execute the predetermined image processing on the processing area determined by the determination unit, the operation area being based on an end point of the area specified by the operation.