Abstract: A ferrite magnet includes: a hexagonal ferrite main phase; and a second phase. The second phase is an oxide phase containing: an element A which is at least one selected from the group consisting of Ca, Sr, Ba, Bi, and rare earth elements; a transition metal element T including at least Fe; and an element G which is at least one selected from the group consisting of Si, Al, B, F, K, Na, Li, P, and S. When the total number of atoms of the element A, the transition metal element T, and the element G in the second phase is set to 100 at %, the element A occupies 30 to 80 at %, the element G occupies 15 to 40 at %, and the transition metal element T occupies less than 4 at %.

Abstract: Provided is a ferrite sintered magnet including: magnetoplumbite type ferrite crystal grains; and a two-grain boundary interposed between the ferrite crystal grains. The two-grain boundary contains Ca and La, and an atomic ratio Ca/La at the two-grain boundary is 0.3 to 3.0.

Abstract: A ferrite magnet includes: a hexagonal ferrite main phase; and a second phase. The second phase is an oxide phase containing: an element A which is at least one selected from the group consisting of Ca, Sr, Ba, Bi, and rare earth elements; a transition metal element T including at least Fe; and an element G which is at least one selected from the group consisting of Si, Al, B, F, K, Na, Li, P, and S. When the total number of atoms of the element A, the transition metal element T, and the element G in the second phase is set to 100 at %, the element A occupies 30 to 80 at %, the element G occupies 15 to 40 at %, and the transition metal element T occupies less than 4 at %.

Abstract: An aluminum alloy sheet for a magnetic disk, a method for manufacturing same, and a magnetic disk using same. The aluminum alloy sheet is made of an aluminum alloy comprising 0.10 to 3.00 mass % of Fe, 0.003 to 1.000 mass % of Cu, and 0.005 to 1.000 mass % of Zn, with a balance of Al and unavoidable impurities, wherein a value obtained by dividing a difference in an area ratio (%) of second phase particles between a region (A) and a region (B) by an average value of area ratios (%) of second phase particles in the regions (A) and (B) is 0.05 or less, the region (A) being a region from a sheet thickness center plane to a front surface of the sheet, and the region (B) being a region from the sheet thickness center plane to a rear surface of the plate.

Abstract: An aluminum alloy sheet for a magnetic disk, a method for manufacturing same, and a magnetic disk using same. The aluminum alloy sheet is made of an aluminum alloy comprising 0.10 to 3.00 mass % of Fe, 0.003 to 1.000 mass % of Cu, and 0.005 to 1.000 mass % of Zn, with a balance of Al and unavoidable impurities, wherein a value obtained by dividing a difference in an area ratio (%) of second phase particles between a region (A) and a region (B) by an average value of area ratios (%) of second phase particles in the regions (A) and (B) is 0.05 or less, the region (A) being a region from a sheet thickness center plane to a front surface of the sheet, and the region (B) being a region from the sheet thickness center plane to a rear surface of the plate.

Abstract: A vehicle floor brace has a tubular body formed by rounding a sheet metal material, and a pair of attachment portions made of the sheet metal material and formed integrally with the tubular body at both ends in a longitudinal direction of the tubular body, and the vehicle floor brace is fixedly attached to an underside of a floor panel of a vehicle via the attachment portions to reinforce the floor panel, each of the attachment portions being configured to include a flat portion having an attachment surface to be attached to the floor panel, and a pair of reinforcing flanges formed by bending both side portions of the flat portion at right angles so that the side portions extend downward to an opposite side from the attachment surface and so that the attachment portion has a dish-shaped section.

Abstract: A crush box, which has a tubular body having a plurality of flat plate-shape sidewalls and having a polygonal shape in section, which is disposed in such an attitude that an axial direction of the tubular body matches a longitudinal direction of a vehicle, and which, when subjected to a compressive load in the axial direction, is crushed like an accordion in the axial direction to absorb impact energy, the crush box being configured such that a plurality of flanges projecting outward from the tubular body are provided along only a plurality of outer ridges located on an outer side in a lateral direction of the vehicle out of a plurality of ridges located along a boundary between the plurality of sidewalls, such that the plurality of flanges extend along an entire axial length of the tubular body, the tubular body is formed by a pair of body halves divided by a pair of upper and lower outer ridges located at upper and lower positions on the outer side in the lateral direction of the vehicle out of the pluralit

Abstract: A vehicle floor brace has a tubular body formed by rounding a sheet metal material, and a pair of attachment portions made of the sheet metal material and formed integrally with the tubular body at both ends in a longitudinal direction of the tubular body, and the vehicle floor brace is fixedly attached to an underside of a floor panel of a vehicle via the attachment portions to reinforce the floor panel, each of the attachment portions being configured to include a flat portion having an attachment surface to be attached to the floor panel, and a pair of reinforcing flanges formed by bending both side portions of the flat portion at right angles so that the side portions extend downward to an opposite side from the attachment surface and so that the attachment portion has a dish-shaped section.

Abstract: A crush box, which has a tubular body having a plurality of flat plate-shape sidewalls and having a polygonal shape in section, which is disposed in such an attitude that an axial direction of the tubular body matches a longitudinal direction of a vehicle, and which, when subjected to a compressive load in the axial direction, is crushed like an accordion in the axial direction to absorb impact energy, the crush box being configured such that a plurality of flanges projecting outward from the tubular body are provided along only a plurality of outer ridges located on an outer side in a lateral direction of the vehicle out of a plurality of ridges located along a boundary between the plurality of sidewalls, such that the plurality of flanges extend along an entire axial length of the tubular body, the tubular body is formed by a pair of body halves divided by a pair of upper and lower outer ridges located at upper and lower positions on the outer side in the lateral direction of the vehicle out of the pluralit

Abstract: The fun of a game is increased, and the player can be induced to play the game repeatedly. Belonging group determining means determines that the prefecture to which a player character belongs is Osaka Prefecture, belonging group variable determining means determines that the enthusiasm rank parameter of Osaka Prefecture is “normal”=0 points, belonging group event result determining means determines the result of a predetermined event with respect to the player character, and belonging group variable varying means varies the enthusiasm rank parameter of Osaka Prefecture according to the result of the predetermined event with respect to the player character.

Abstract: A game device (2) executes a video game in which a hammer image (52) displayed on a display device (4) is moved based on an operational signal. The hammer image (52) corresponds to a controller (3), and the operational signal indicates acceleration detected by an acceleration sensor (21) embedded in the controller (3). Additionally, the game device (2) includes an operation-target object control section (32). The operation-target object control section (32) displays an enlarged hammer image (52?) instead of the hammer image (52) when at least either of the acceleration indicated by the operational signal or moving speed of the controller (3) computed based on the acceleration falls within a predetermined range.

Abstract: An underrun prevention member for a vehicle bumper beam including a substantially vertical outer side wall faced an area outside the vehicle and a horizontal wall provided so as to be extended substantially horizontally from an end of the outer side wall in a top-bottom direction toward an inside of the vehicle, disposed at a front portion or a rear portion of the vehicle so as to be extended substantially horizontally in a vehicle widthwise direction, and integrally fixed to the bumper beam so as to protrude in the top-bottom direction beyond the horizontal wall to prevent an underrun of the bumper beam under an object outside the vehicle or the object outside the vehicle under the bumper beam.

Abstract: An underrun prevention member for a vehicle bumper beam including a substantially vertical outer side wall faced an area outside the vehicle and a horizontal wall provided so as to be extended substantially horizontally from an end of the outer side wall in a top-bottom direction toward an inside of the vehicle, disposed at a front portion or a rear portion of the vehicle so as to be extended substantially horizontally in a vehicle widthwise direction, and integrally fixed to the bumper beam so as to protrude in the top-bottom direction beyond the horizontal wall to prevent an underrun of the bumper beam under an object outside the vehicle or the object outside the vehicle under the bumper beam, the underrun prevention member includes: a vertical plate portion integrally fixed to the outer side wall so as to be in surface contact with the outer side wall, protruding in the top-bottom direction beyond the horizontal wall by a predetermined protrusion length, and having a predetermined width in the vehicle widt

Abstract: A game device (2) executes a video game in which a hammer image (52) displayed on a display device (4) is moved based on an operational signal. The hammer image (52) corresponds to a controller (3), and the operational signal indicates acceleration detected by an acceleration sensor (21) embedded in the controller (3). Additionally, the game device (2) includes an operation-target object control section (32). The operation-target object control section (32) displays an enlarged hammer image (52?) instead of the hammer image (52) when at least either of the acceleration indicated by the operational signal or moving speed of the controller (3) computed based on the acceleration falls within a predetermined range.

Abstract: The fun of a game is increased, and the player can be induced to play the game repeatedly. Belonging group determining means determines that the prefecture to which a player character belongs is Osaka Prefecture, belonging group variable determining means determines that the enthusiasm rank parameter of Osaka Prefecture is “normal”=0 points, belonging group event result determining means determines the result of a predetermined event with respect to the player character, and belonging group variable varying means varies the enthusiasm rank parameter of Osaka Prefecture according to the result of the predetermined event with respect to the player character.