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    • 16. 发明授权
    • Light source module
    • 光源模块
    • US09035346B2
    • 2015-05-19
    • US14003158
    • 2012-02-14
    • Takashi MatsunagaShigeyuki WatanabeHironori TsukamotoRyuho Sato
    • Takashi MatsunagaShigeyuki WatanabeHironori TsukamotoRyuho Sato
    • H01L21/00H01L33/64F21S8/10
    • H01L33/644F21S41/147F21S41/192F21S45/47F21V19/0055F21V29/763F21Y2115/10
    • The light source module includes a circuit board adapted to be placed on a mounting base of a light source holding member, and a power feeding attachment to supply power to a semiconductor light emitting device, the circuit board including a board part on which the semiconductor light emitting device is mounted, and a conductive circuit formed on a surface of the board part and having a pair of terminal parts and a light source connection part to connect the pair of terminal parts and the semiconductor light emitting device, the power feeding attachment including an electrically-insulating portion and an conductive portion partially embedded in the electrically-insulating portion, the power feeding attachment being adapted to be attached to the light source holding member such that the electrically-insulating portion presses at least a portion of the circuit board against the mounting base.
    • 光源模块包括适于放置在光源保持构件的安装基座上的电路板和向半导体发光器件供电的馈电附件,该电路板包括板部件,半导体光源 安装发光装置,并且形成在所述基板部的表面上并具有一对端子部和光源连接部的导电电路以连接所述一对端子部和所述半导体发光装置,所述供电附件包括: 电绝缘部分和部分地嵌入在电绝缘部分中的导电部分,所述馈电附件适于附接到光源保持构件,使得电绝缘部分将电路板的至少一部分压在所述电绝缘部分上 安装底座。
    • 17. 发明授权
    • Nuclear reactor
    • 核反应堆
    • US08908822B2
    • 2014-12-09
    • US12671849
    • 2008-08-27
    • Nobuki UdaShigeyuki Watanabe
    • Nobuki UdaShigeyuki Watanabe
    • G21C15/04G21C13/036
    • G21C15/04G21C13/036Y02E30/40
    • In a nuclear reactor, a core barrel (46) is disposed in a reactor vessel (41) having an inlet nozzle (44) and an outlet nozzle (45), a core (53) is disposed in the core barrel (46), a lower plenum (58) is partitioned by the reactor vessel (41) and a bottom portion of the core barrel (46), and a downcomer portion (59) is partitioned by the reactor vessel (41) and a side wall of the core barrel (46). The lower plenum (58) includes a straightening member (61) formed of an upper ring (65) and a lower ring (69) in a ring shape, and a plurality of spokes (64 and 68) radially arranged inside the rings (65 and 69), respectively. Heat exchange efficiency is enhanced by uniformly supplying coolant introduced into a pressure vessel to the core from the lower plenum in a radial direction and a circumferential direction.
    • 在核反应堆中,芯筒(46)设置在具有入口喷嘴(44)和出口喷嘴(45)的反应器容器(41)中,芯部(53)设置在芯筒(46)中, 下部气室(58)由反应器容器(41)和芯筒(46)的底部分隔开,下降管部分(59)由反应器容器(41)和核心的侧壁分隔开 桶(46)。 下部通风室(58)包括由环形的上环(65)和下环(69)形成的矫直构件(61)和径向布置在环(65)内的多个辐条(64和68) 和69)。 通过从径向和圆周方向的下部气室均匀地将从压力容器引入的冷却剂均匀地供给到核心,从而提高了热交换效率。
    • 19. 发明授权
    • In-core-monitor-guide-tube supporting apparatus
    • 内核监视导管支持装置
    • US08121243B2
    • 2012-02-21
    • US11475251
    • 2006-06-27
    • Satoshi YonemotoShigeyuki WatanabeMakoto Nakajima
    • Satoshi YonemotoShigeyuki WatanabeMakoto Nakajima
    • G21C9/00G21C17/00
    • G21C19/02G21Y2002/303G21Y2004/301
    • Monitor-guide-tube fixing sections are fixed to portions on a core support plate side of a plurality of in-core monitor guide tubes disposed in a reactor vessel. The monitor-guide-tube fixing sections are fixed to the core support plate disposed in the reactor vessel to fix the in-core monitor guide tubes to the core support plate. This makes it possible to realize improvement of rigidity of the fixed sections of the in-core monitor guide tubes. A tie plate is fixed to the in-core monitor guide tubes. The in-core monitor guide tubes are coupled by the tie plate. This makes it possible to realize improvement of rigidity of the entire in-core monitor guide tubes. As a result, it is possible to realize vibration damping for the in-core monitor guide tubes.
    • 显示器导管固定部固定在设置在反应容器中的多个芯内监视器引导管的芯支撑板侧的部分。 显示器导向管固定部分固定在设置在反应器容器中的芯支撑板上,以将芯内显示器引导管固定在芯支撑板上。 由此,能够实现芯内监视导管的固定部的刚性的提高。 连接板固定在内芯显示器导管上。 内核显示器引导管通过连接板联接。 这使得可以实现整个内核监视器引导管的刚性的提高。 结果,可以实现内核监视器引导管的减震。
    • 20. 发明授权
    • Vehicle lamp
    • 车灯
    • US07993043B2
    • 2011-08-09
    • US12362684
    • 2009-01-30
    • Kiyoshi SazukaMichio TsukamotoShigeyuki Watanabe
    • Kiyoshi SazukaMichio TsukamotoShigeyuki Watanabe
    • F21V7/09B60Q1/16
    • B60Q1/14F21S41/13F21S41/147F21S41/155F21S41/18F21S41/25F21S41/43
    • A vehicle lamp, which is configured to irradiate infrared light in a vehicle forward direction, includes: a projection lens disposed along an optical axis extending in a lamp backward and forward direction; and first and second light source units disposed in the rear of the projection lens. The first light source unit includes: a first light emitting element which is disposed in the rear of a rear focal point of the projection lens and emits the infrared light; and a first reflector which reflects the infrared light toward the optical axis in a lamp forward direction. An infrared light distribution pattern is formed by the infrared light which is reflected by the first reflector to pass through the projection lens. The second light source unit includes: a second light emitting element which is disposed in the rear of the rear focal point of the projection lens and emits visible light; and a second reflector which reflects the visible light toward the optical axis in a lamp forward direction. A visible light distribution pattern is formed by the visible light which is reflected by the second reflector to pass through the projection lens. The visible light distribution pattern overlaps with the infrared light distribution pattern. When the first light source unit is turned on, the second light source unit is turned on simultaneously with the first light source.
    • 一种车辆用灯具,其在车辆前方照射红外线,其特征在于,包括:投影透镜,沿着在灯后方向前方延伸的光轴配置; 以及设置在投影透镜后部的第一和第二光源单元。 第一光源单元包括:第一发光元件,其设置在投影透镜的后焦点的后部并发射红外光; 以及第一反射器,其以朝向前方的方向将红外光朝向光轴反射。 由第一反射器反射的红外光形成红外线配光图案,以通过投影透镜。 第二光源单元包括:第二发光元件,其设置在投影透镜的后焦点的后部并发射可见光; 以及第二反射器,其以朝向灯的正方向朝向光轴反射可见光。 可见光分布图案由可见光形成,该可见光被第二反射器反射以通过投影透镜。 可见光分布图与红外线配光图案重叠。 当第一光源单元接通时,第二光源单元与第一光源同时接通。