Abstract: A road observation apparatus and a method for observing a road capable of accurately recognizing imaging targets are provided. A road observation apparatus 5 includes a visible range setting section 531 that sets a visible range, which is a range within which an imaging target is recognizable, on the basis of whether a marker is recognizable and a recognition determination section 532 that, if a distant imaging target, which is the imaging target located at a position beyond the set visible range, is recognized, initiates resetting of the visible range and that, if the reset visible range does not exceed the position of the distant imaging target, determines that the recognition of the distant imaging target is incorrect.

Abstract: An anomaly detection system according to an embodiment is an anomaly detection system that executes anomaly detection of each of one or a plurality of simulators by using a controller. The controller causes each simulator to start a process of simulation, to transmit to the controller an existence notification indicative of existence of the simulator, at a predetermined cycle until an end of the process of simulation, and to transmit to the controller an end notification indicative of an end of the process if the process ends; determines that the simulator that is a transmission source of the existence notification is normal; determines that the process of the simulator that is a transmission source of the end notification ends, upon receiving the end notification; and detects that an anomaly occurs in the simulator.

Abstract: A pneumatic tire includes a first main groove in a circumferential direction outward of an equatorial plane in a vehicle width direction, a second main groove in the circumferential direction at a position closer to the equatorial plane than the first main groove, a third main groove in the circumferential direction at a position inward of the equatorial plane in the vehicle width direction, and a fourth main groove in the circumferential direction at a position farther from the equatorial plane than the third main groove; relationships 1.05?G1/G3?1.25, 1.20?G2/G3?1.40, and 1.10?G4/G3?1.30 are satisfied; and relationships G3<G1<G2 and G3<G1<G4 are satisfied, where G1 is a first main groove width, G2 is a second main groove width, G3 is a third main groove width, and G4 is a fourth main groove width.

Abstract: A pneumatic tire includes a first main groove in a circumferential direction outward of an equatorial plane in a vehicle width direction, a second main groove in the circumferential direction at a position closer to the equatorial plane than the first main groove, a third main groove in the circumferential direction at a position inward of the equatorial plane in the vehicle width direction, and a fourth main groove in the circumferential direction at a position farther from the equatorial plane than the third main groove; relationships 1.05?G1/G3?1.25, 1.20?G2/G3?1.40, and 1.10?G4/G3?1.30 are satisfied; and relationships G3<G1<G2 and G3<G1<G4 are satisfied, where G1 is a first main groove width, G2 is a second main groove width, G3 is a third main groove width, and G4 is a fourth main groove width.

Abstract: A pneumatic tire includes one carcass including a folded up portion and a reinforcing layer between the folded up portion and a bead filler. The folded up portion has an end portion in a region inward of a belt layer in a radial direction and inward of the belt layer in a lateral direction. The bead filler has an outer end portion distanced from a bead heel portion from 20% or more to 40% or less of a tire cross-sectional height. The reinforcing layer has an outer end portion outward of the outer end portion of the bead filler in the radial direction and inward in the radial direction with respect to a position of a tire maximum width position in the radial direction. A sidewall portion is formed of a side rubber having tan ? at 60° C. of from 0.04 or more to 0.10 or less.

Abstract: In a pneumatic tire, the groove width of the connecting subsidiary grooves changes midway. The relationship between the groove width (W1) connecting to the circumferential main groove on the outer side in the tire width direction and the groove width (W2) connecting to the circumferential main groove on the inner side in the tire width direction satisfies the range of 0.30?W1/W2?0.70. The relationship between the groove length (L1) on the tread surface having a region of groove width (W1) and the groove length (L2) on the tread surface having a region of groove width (W2) satisfies the range of 0.25?L2/L1?0.65. Sipes are provided on the tread surface of the block-like land portions. The respective end portions of the sipes connect to a position where the groove width (W1) of the connecting subsidiary grooves changes to the groove width (W2).

Abstract: An information processing device that includes circuitry that: generates first image data for a first image to be displayed on a display screen of a display; causes the display to display the first image on the display screen; receives an input signal in response to a swipe input having a direction; generates second image data for a second image to be displayed on the display screen in response to the received input signal; and causes the display to display a third image on a portion of the display screen, the portion of the display screen being on a side of the display screen opposite the direction of the swipe input, while the display is generating the second image data to be displayed on the display screen.

Abstract: An information processing device that presents at least one of data stored in memory or indexes corresponding to the data; receives a selection of the presented at least one of the data or the indexes corresponding to the data; obtains information related to the selected at least one of the data or the indexes corresponding to the data; generates at least one search key abstracted from the obtained information; searches for data within the memory based on the at least one search key; and presents at least one of the data or indexes corresponding to the data as a search result.

Abstract: An information processing device that presents at least one of data stored in memory or indexes corresponding to the data; receives a selection of the presented at least one of the data or the indexes corresponding to the data; obtains information related to the selected at least one of the data or the indexes corresponding to the data; generates at least one search key abstracted from the obtained information; searches for data within the memory based on the at least one search key; and presents at least one of the data or indexes corresponding to the data as a search result.

Abstract: According to an aspect, a device includes a touch screen display and a controller. The touch screen display displays a first home screen on which an icon and a first symbol corresponding to a second home screen are arranged. When the icon is placed and released on the first symbol, the controller moves the icon to the second home screen corresponding to the first symbol.

Abstract: Erroneous input operations are more surely inhibited than usual erroneous input operations, by an electronic device 1 including a contact detection unit 40, a pressure detection unit 60 and a control unit 10, in a manner that the contact detection unit 40 detects a contact, the pressure detection unit 60 detects a pressure on the contact detection unit 40, the control unit 10 receives an input, and the control unit 10, based on data having already been input, sets a threshold of the pressure for receiving the input.

Abstract: In a pneumatic tire, the groove width of the connecting subsidiary grooves changes midway. The relationship between the groove width connecting to the circumferential main groove on the outer side in the tire width direction and the groove width connecting to the circumferential main groove on the inner side in the tire width direction satisfies the range of 0.30?W1/W2?0.70. The relationship between the groove length on the tread surface having a region of groove width and the groove length on the tread surface having a region of groove width satisfies the range of 0.25?L2/L1?0.65. Sipes are provided on the tread surface of the block-like land portions. The respective end portions of the sipes connect to a position where the groove width of the connecting subsidiary grooves changes to the groove width.

Abstract: An information processing device that presents at least one of data stored in memory or indexes corresponding to the data; receives a selection of the presented at least one of the data or the indexes corresponding to the data; obtains information related to the selected at least one of the data or the indexes corresponding to the data; generates at least one search key abstracted from the obtained information; searches for data within the memory based on the at least one search key; and presents at least one of the data or indexes corresponding to the data as a search result.

Abstract: Erroneous input operations are more surely inhibited than usual erroneous input operations, by an electronic device 1 including a contact detection unit 40, a pressure detection unit 60 and a control unit 10, in a manner that the contact detection unit 40 detects a contact, the pressure detection unit 60 detects a pressure on the contact detection unit 40, the control unit 10 receives an input, and the control unit 10, based on data having already been input, sets a threshold of the pressure for receiving the input.

Abstract: According to an aspect, a device includes a touch screen display and a controller. The touch screen display displays a first home screen on which an icon and a first symbol corresponding to a second home screen are arranged. When the icon is placed and released on the first symbol, the controller moves the icon to the second home screen corresponding to the first symbol.

Abstract: A pneumatic tire wherein a side from a tire ground contact center line having a smaller groove area ratio includes at least one circumferential main groove and at least one circumferential narrow groove. A depth of the circumferential narrow groove is not less than 60% and not more than 80% of a depth of the circumferential main groove closest to the tire ground contact center line. A width of the circumferential narrow groove is not less than 25% and not more than 40% of a width of the circumferential main groove closest to the tire ground contact center line. A distance from the tire ground contact center line to a center position in the tire width direction of the circumferential narrow groove is not less than 25% and not more than 35% of a tire ground contact width.

Abstract: The bladder for vulcanizing tires having a plurality of first air-release grooves provided on the outer surface of a bladder body and each formed so as to extend from one to the other of the tire circumferential direction and extend toward one side of the tire-width direction, and a plurality of second air-release grooves provided on the outer surface of a bladder body and each formed so as to extend from one to the other of the tire circumferential direction and extend toward the other side of the tire-width direction. By this, the outer surface of the bladder body is divided into a plurality of areas by each of the air-release grooves. Also, the vertexes of each of the areas are angular toward the tire-circumferential direction. Therefore, the pressure contact between each of the areas and the inner surface of the tire is easily released starting at the said vertexes of each of the areas as release starting points.

Abstract: The bladder for vulcanizing tires having a plurality of first air-release grooves provided on the outer surface of a bladder body and each formed so as to extend from one to the other of the tire circumferential direction and extend toward one side of the tire-width direction, and a plurality of second air-release grooves provided on the outer surface of a bladder body and each formed so as to extend from one to the other of the tire circumferential direction and extend toward the other side of the tire-width direction. By this, the outer surface of the bladder body is divided into a plurality of areas by each of the air-release grooves. Also, the vertexes of each of the areas are angular toward the tire-circumferential direction. Therefore, the pressure contact between each of the areas and the inner surface of the tire is easily released starting at the said vertexes of each of the areas as release starting points.

Abstract: A method of manufacturing an electromagnetic flowmeter includes the steps of inserting and filling electrode members into a pair of insertion holes formed to oppose each other from outside to inside through the circumferential wall of a measuring pipe made of a sintered ceramic material, and heating and solidifying the electrode members to form electrodes.