Abstract: An information output device includes a first acquisition unit that acquires request information that is a request of a user, a second acquisition unit that acquires working machine information related to performance of an autonomous working machine and set for each type of the autonomous working machine, and an output unit that outputs recommendation information satisfying the request of the user, based on the request information and each piece of the working machine information. The request information includes information about a working time during which the autonomous working machine works, information about a work region in which the autonomous working machine works, and information about a cost for using the autonomous working machine, and the recommendation information includes information about a model of the autonomous working machine to be recommended to the user for acquisition.

Abstract: A management device includes an acquisition unit, a correction unit, and a notification unit. The acquisition unit acquires, from each of at least two of autonomous working machines, position information calculated by the autonomous working machine based on satellite signals. Based on the position information of a first autonomous working machine having relatively high positional accuracy, the correction unit corrects the position information of a second autonomous working machine having relatively low positional accuracy. The notification unit notifies the second autonomous working machine of the position information that has been corrected.

Abstract: In a work management device and a work management method, in the case where the number of autonomous mobile working machines used in performing work has been changed, or in the case where, among a plurality of assigned working regions, a difference that is greater than or equal to a percentage threshold value has occurred in a work completion percentage, which is a ratio of a portion where the work is completed to each of the assigned working regions, resetting of the assigned working regions is carried out.

Abstract: A quadrupole accelerator includes a center member, a first side member, and a second side member. The center member includes a center outer frame part, a first electrode and a second electrode. The first side member includes a first side outer frame part, a first wall part and a third electrode. The second side member includes a second side outer frame part which extends from the second side outer frame part toward an outside, a second wall part and a fourth electrode. The center member is formed seamlessly. The first side member is formed seamlessly. The second side member is formed seamlessly. The first side outer frame is fixed to a first side of the center outer frame part by a first fixing member. The second side outer frame is fixed to a second side of the center outer frame part by a second fixing member.

Abstract: A vehicular information display apparatus is provided which includes a display apparatus provided in a vehicle compartment and a display controller for controlling display of the display apparatus and is arranged to display specific information about a vehicle in a form to include a graphic on a screen of the display apparatus. The vehicular information display apparatus switches between a first display mode in which the specific information is displayed on a display region in the screen of the display apparatus and a second display mode in which the specific information is displayed on a display region smaller than the first display mode in the screen of the display apparatus. The display controller displays the graphic of the specific information by changing an orientation or a shape of the graphic when the display region is changed.

Abstract: A vehicular information display apparatus is provided which includes a display apparatus provided in a vehicle compartment and a display controller for controlling display of the display apparatus and is arranged to display specific information about a vehicle in a form to include a graphic on a screen of the display apparatus. The vehicular information display apparatus switches between a first display mode in which the specific information is displayed on a display region in the screen of the display apparatus and a second display mode in which the specific information is displayed on a display region smaller than the first display mode in the screen of the display apparatus. The display controller displays the graphic of the specific information by changing an orientation or a shape of the graphic when the display region is changed.

Abstract: A high-pressure fuel pump includes a pump body, a plunger, a retainer, a spring that is configured to energize the plunger in a direction opposite to a direction of the pressurizing chamber, and a tappet covering the retainer from a side of an end portion of the retainer and the plunger. The retainer is provided with a projection portion protruding to a side of the tappet. The projection portion is separated from the tappet by a predetermined distance along an axial direction of the plunger.

Abstract: An image processing method includes acquiring a drawing instruction for a graphic to be drawn and area information indicating a partitioned area in which at least a part of the graphic is drawn; classifying each partitioned area indicated by the area information such that partitioned areas in which the graphic at least a part of which is drawn is the same, are classified into a same group; correlating and storing to a first storage unit and for each classified group, the area information that indicates the partitioned areas classified into the group and the drawing instruction acquired for the graphic at least partially drawn in the partitioned areas classified into the group; and generating for each indicated partitioned area, image data indicating pixels within the partitioned area, based on the drawing instruction correlated with the area information indicating the partitioned area and stored in the first storage unit.

Abstract: The imaging device includes an imaging component, a display component, a rotation detector, and a controller. The imaging component is configured to capture a subject and output image data. The display component is configured to change the orientation of a display screen and to display an image based on the image data. The rotation detector is configured to detect the orientation of the display screen of the display component. The controller includes a subject detector and a display controller. The subject detector is configured to detect information specifying a subject. The display controller is configured to control whether or not to rotate a content displayed on the display component according to the detection information of the subject detector and the detection result of the rotation detector.

Abstract: An in-vehicle display device communicates with a mobile information terminal and displays image information of the mobile information terminal on a vehicular display. The in-vehicle display device includes: a mode detecting device that detects whether the mobile information terminal is in a normal operation mode or a power saving mode; and a display control device that changes a display mode of the vehicular display from a normal display mode to a power saving display mode for reducing an electric power consumption relating to the image display under a condition that the mobile information terminal is switched from the normal operation mode to the power saving mode.

Abstract: A high-pressure fuel pump includes a pump body, a plunger, a retainer, a spring that is configured to energize the plunger in a direction opposite to a direction of the pressurizing chamber, and a tappet covering the retainer from a side of an end portion of the retainer and the plunger. The retainer is provided with a projection portion protruding to a side of the tappet. The projection portion is separated from the tappet by a predetermined distance along an axial direction of the plunger.

Abstract: An in-vehicle display device communicates with a mobile information terminal and displays image information of the mobile information terminal on a vehicular display. The in-vehicle display device includes: a mode detecting device that detects whether the mobile information terminal is in a normal operation mode or a power saving mode; and a display control device that changes a display mode of the vehicular display from a normal display mode to a power saving display mode for reducing an electric power consumption relating to the image display under a condition that the mobile information terminal is switched from the normal operation mode to the power saving mode.

Abstract: There are included a housing, an image capturing unit provided to the housing, for capturing a subject image formed through an optical system, a sound pickup unit provided to the housing, for picking up audio, and a movable unit capable of moving at least between a first position and a second position with respect to the housing, the movable unit including a light emitter for emitting light on a subject, and a plate-shaped plate portion, the movable unit being for forming a space between the light emitter and the plate portion, and in a case where the movable unit is at the first position, the sound pickup unit is disposed in the space, and in a case where the movable unit is at the second position, the plate portion is disposed at a position facing the sound pickup unit.

Abstract: An image processing method includes acquiring a drawing instruction for a graphic to be drawn and area information indicating a partitioned area in which at least a part of the graphic is drawn; classifying each partitioned area indicated by the area information such that partitioned areas in which the graphic at least a part of which is drawn is the same, are classified into a same group; correlating and storing to a first storage unit and for each classified group, the area information that indicates the partitioned areas classified into the group and the drawing instruction acquired for the graphic at least partially drawn in the partitioned areas classified into the group; and generating for each indicated partitioned area, image data indicating pixels within the partitioned area, based on the drawing instruction correlated with the area information indicating the partitioned area and stored in the first storage unit.

Abstract: A method of production of a radio frequency accelerator which has a tubular part 1 which forms an acceleration cavity, including a temporary assembly step of making a plurality of component members 11 to 14 which have shapes obtained by splitting the tubular part 1 mate with each other to temporarily assemble them into the shape of the tubular part 10 and a welding step of welding the plurality of component members 11 to 14 together. The temporary assembly step includes a step of placing, inside of the tubular part 1, support members 21 for contacting the inside surface of the tubular part 1 and supporting the tubular part 1 from the inside, and the welding step includes a step of welding the plurality of component members 11 to 14 along the butt lines 51 by friction stir welding.

Abstract: There are included a housing, an image capturing unit provided to the housing, for capturing a subject image formed through an optical system, a sound pickup unit provided to the housing, for picking up audio, and a movable unit capable of moving at least between a first position and a second position with respect to the housing, the movable unit including a light emitter for emitting light on a subject, and a plate-shaped plate portion, the movable unit being for forming a space between the light emitter and the plate portion, and in a case where the movable unit is at the first position, the sound pickup unit is disposed in the space, and in a case where the movable unit is at the second position, the plate portion is disposed at a position facing the sound pickup unit.

Abstract: An image processing apparatus and graphics memory unit which reduces useless memory access to a graphics memory unit. When an image data read section reads image data from frame buffers or windows, a mask area inside/outside determination section determines by reference to mask information stored in a mask information storage section whether image data which is being scanned is in a memory access mask area. If the image data which is being scanned is in the memory access mask area, then a superposition process section performs a superposition process according to a transmission attribute assigned to the memory access mask area regardless of transmission attributes assigned to the frame buffers or the windows.

Abstract: A graphics drawing apparatus drawing a graphic, including: a generation unit, where a sequence of two-dimensional coordinates of vertices is input, generating the coordinates of each of the vertices and virtual vertex coordinates for the coordinates of each of the vertices on a memory, the virtual vertex coordinates being generated by converting the X-coordinate value of the coordinates of each of the vertices to the X-coordinate value of the coordinates of the leading vertex of the sequence; and a setting unit that sets the coordinates of two vertices of a partial graphic that is to be created as the coordinates of two adjacent vertices, in sequence starting from the leading vertex, and, after setting the coordinates of the trailing vertex of the sequence, setting the coordinates of two vertices of the partial graphic that is to be created as the coordinates of the leading and trailing vertices.

Abstract: The imaging device includes an imaging component, a display component, a rotation detector, and a controller. The imaging component is configured to capture a subject and output image data. The display component is configured to change the orientation of a display screen and to display an image based on the image data. The rotation detector is configured to detect the orientation of the display screen of the display component. The controller includes a subject detector and a display controller. The subject detector is configured to detect information specifying a subject. The display controller is configured to control whether or not to rotate a content displayed on the display component according to the detection information of the subject detector and the detection result of the rotation detector.

Abstract: A figure drawing device includes; a device 2 for increasing/decreasing the number of pixels on a scanning line up to the final painting pixel by one pixel; a device 3 for increasing/decreasing the number of scanning lines for drawing by one line; a device 4 for outputting drawing pixel data based on the control by the devices 1 and 2; a stencil buffer 5 for holding figure data in an intermediate stage of sequentially drawing a figure; a device 6 for holding pixel data read from the buffer 5 and consecutive as plural pieces of pixel data; a device 7 for detecting the transit state of the data value in the device 6; and a device 8 for inverting/non-inverting the logical operation result of the output data of the device 4 and the data in the device 6 and writing a result to the buffer 5.