Abstract: In order to enable a terminal apparatus to identify a beam to be used by a base station, while reducing radio resource use, a base station 100 of the present invention includes: an information obtaining section 131 configured to obtain obtainable information obtainable for both the base station 100 and a terminal apparatus 200, the obtainable information being neither communication quality information nor an identifier indicating a transmit beam for transmission to the terminal apparatus 200; and a beam selecting section 133 configured to select a transmit beam for transmission to the terminal apparatus 200, from among a plurality of candidate transmit beams, based on the obtainable information.

Abstract: In order to enable a terminal apparatus to identify a beam to be used by a base station, while reducing radio resource use, a base station 100 of the present invention includes: an information obtaining section 131 configured to obtain obtainable information obtainable for both the base station 100 and a terminal apparatus 200, the obtainable information being neither communication quality information nor an identifier indicating a transmit beam for transmission to the terminal apparatus 200; and a beam selecting section 133 configured to select a transmit beam for transmission to the terminal apparatus 200, from among a plurality of candidate transmit beams, based on the obtainable information.

Abstract: In order to enable a terminal apparatus to identify a beam to be used by a base station, while reducing radio resource use, a base station 100 of the present invention includes: an information obtaining section 131 configured to obtain obtainable information obtainable for both the base station 100 and a terminal apparatus 200, the obtainable information being neither communication quality information nor an identifier indicating a transmit beam for transmission to the terminal apparatus 200; and a beam selecting section 133 configured to select a transmit beam for transmission to the terminal apparatus 200, from among a plurality of candidate transmit beams, based on the obtainable information.

Abstract: The purpose of the present invention is to provide a handle device for a vehicle, the handle device being able to be assembled with good work efficiency. A handle device for a vehicle is formed by overlaying and connecting a cover (4) to a case sub-assembly body (3) in which an electronic component (2) is held in a case (1). The case (1) is provided with a cable restraining section (7) which restrains a cable (6) while the cable (6) is bent at a right angle, the cable (6) having been led out of the electronic component (2) by a cable guide (5) to an end of the case (1) along an electronic component mounting surface. The slack of the cable (6) in a path on the case sub-assembly body (3), the path extending from the electronic component (2) to the cable restraining section (7), is restricted by the cable restraining section (7), thereby preventing the cable from getting caught during the overlaying of the cover (4).

Abstract: A game situation information storage section (71) stores game situation information. A moving destination acquiring section (72) acquires one of a plurality of positions and a plurality of regions in a game space as a plurality of moving destinations to which a game character should be headed. A priority information acquiring section (74) acquires priority information about priorities of the plurality of moving destinations. A determining section (76) determines, while selecting in turn one of the plurality of moving destinations in an order determined based on the priority information, a game character to be moved to the selected one of the plurality of moving destinations from among the plurality of game characters based on a content stored in the game situation information storage section (71). A game character control section (78) controls movements of the plurality of game characters.

Abstract: A muffler system can include an exhaust pipe configured to be connected to an exhaust port of an engine, and a muffler containing a catalyst. The muffler is configured to be connected to a downstream side of the exhaust pipe, and can include a first protector stay covering an upper surface of a high-temperature portion of the muffler. The first protector stay creates a front opening and a rear opening between an upper surface of the muffler and front and rear portions of the protector stay. A muffler protector is attached to the protector stay, the muffler protector being configured to cover an upper surface of the muffler.

Abstract: A muffler system can include an exhaust pipe configured to be connected to an exhaust port of an engine, and a muffler containing a catalyst. The muffler is configured to be connected to a downstream side of the exhaust pipe, and can include a first protector stay covering an upper surface of a high-temperature portion of the muffler. The first protector stay creates a front opening and a rear opening between an upper surface of the muffler and front and rear portions of the protector stay. A muffler protector is attached to the protector stay, the muffler protector being configured to cover an upper surface of the muffler.

Abstract: A game situation information storage section (71) stores game situation information. A moving destination acquiring section (72) acquires one of a plurality of positions and a plurality of regions in a game space as a plurality of moving destinations to which a game character should be headed. A priority information acquiring section (74) acquires priority information about priorities of the plurality of moving destinations. A determining section (76) determines, while selecting in turn one of the plurality of moving destinations in an order determined based on the priority information, a game character to be moved to the selected one of the plurality of moving destinations from among the plurality of game characters based on a content stored in the game situation information storage section (71). A game character control section (78) controls movements of the plurality of game characters.

Abstract: A reserve tank structure for enhancing the degree of freedom in the layout of the filling portion of the reserve tank and the mounting bracket and the degree of freedom in the layout of parts around the reserve tank. A reserve tank structure includes a reserve hose for connecting a reserve tank to a radiator. The reserve tank includes a tank body portion for reserving a cooling water with a filling portion that extends upwardly from the tank body portion and includes a water supply port on an upper end thereof. A hose plug is connected to an end portion of the reserve hose. Mounting brackets support an intermediate portion of the reserve hose wherein the mounting bracket is mounted on the filling portion.

Abstract: A reserve tank structure for enhancing the degree of freedom in the layout of the filling portion of the reserve tank and the mounting bracket and the degree of freedom in the layout of parts around the reserve tank. A reserve tank structure includes a reserve hose for connecting a reserve tank to a radiator. The reserve tank includes a tank body portion for reserving a cooling water with a filling portion that extends upwardly from the tank body portion and includes a water supply port on an upper end thereof. A hose plug is connected to an end portion of the reserve hose. Mounting brackets support an intermediate portion of the reserve hose wherein the mounting bracket is mounted on the filling portion.

Abstract: To decrease adhesion of dirt to a radiator, miniaturize the radiator in front of an engine and improve engine cooling performance by efficiently applying cooling air to the engine. An oil cooler includes a first oil cooler and a second oil cooler. The first oil cooler is disposed in front of an engine. The second oil cooler is disposed in a front cover at a position higher than an upper edge of a front wheel. The first oil cooler is disposed immediately in front of a cooling fan. The first oil cooler is disposed so as to close an air intake guide of the cooling fan less than 50%. The first oil cooler and the second oil cooler are serially connected along an oil line. A heat radiation area of the second oil cooler is larger than that of the first oil cooler.

Abstract: To decrease adhesion of dirt to a radiator, miniaturize the radiator in front of an engine and improve engine cooling performance by efficiently applying cooling air to the engine. An oil cooler includes a first oil cooler and a second oil cooler. The first oil cooler is disposed in front of an engine. The second oil cooler is disposed in a front cover at a position higher than an upper edge of a front wheel. The first oil cooler is disposed immediately in front of a cooling fan. The first oil cooler is disposed so as to close an air intake guide of the cooling fan less than 50%. The first oil cooler and the second oil cooler are serially connected along an oil line. A heat radiation area of the second oil cooler is larger than that of the first oil cooler.

Abstract: A method of the present invention automatically detects gas leak from a valve on a gas-containing vessel, or the like, based on detected absolute pressure and pressure fluctuation. The method can detect both fine leak and gross leak. The method comprises a method for automatically detecting gas leak from a target object provided on gas piping comprising the steps of: issuing command for forming an airtight room communicating with said target object; issuing command for pressurizing said airtight room until a predetermined pressure; detecting absolute pressure and pressure fluctuation of said airtight room, measured with a gauge; and discriminating whether gas leaks from said target object or not based on the detected absolute pressure and pressure fluctuation.