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    • 54. 发明授权
    • Light emitting module and lighting device for vehicle
    • 汽车发光模块和照明装置
    • US08016469B2
    • 2011-09-13
    • US11825586
    • 2007-07-06
    • Hitoshi TakedaTsukasa TokidaKazunori WatanabeMasato Ono
    • Hitoshi TakedaTsukasa TokidaKazunori WatanabeMasato Ono
    • F21V7/04
    • F21V19/0015F21K9/00F21S41/147F21S41/192F21Y2115/10H01L33/486H01L33/62H01L2924/0002H01L2924/00
    • A ceramic board is formed in an almost rectangular shape and has one side surface of an outer peripheral surface formed as an abutting surface, which is caused to abut on positioning surfaces of a radiating member, and one surface in a vertical direction formed as a device disposing surface on which a semiconductor light emitting device is to be disposed. Predetermined conductive patterns are formed on the ceramic board. A light emitting portion has a semiconductor light emitting device. A pair of positive and negative planar electrode portions are formed on the ceramic board and connected to the semiconductor light emitting device through the conductive patterns. At least a part of the pair of planar electrode portions are set to be exposure regions exposed to the device disposing surface of the ceramic board and the exposure regions are positioned in portions other than a portion linked to the abutting surface in an outer peripheral portion of the device disposing surface.
    • 陶瓷板形成为大致矩形形状,并且具有形成为邻接表面的外周面的一个侧表面,该侧表面被抵接在散热构件的定位表面上,并且在竖直方向上的一个表面形成为装置 配置半导体发光装置的配置面。 在陶瓷板上形成预定的导电图案。 发光部分具有半导体发光器件。 一对正极和负极平面电极部分形成在陶瓷板上,并通过导电图案连接到半导体发光器件。 一对平面电极部的至少一部分被设定为暴露于陶瓷板的器件配置面的曝光区域,曝光区域位于除了与 设备布置表面。
    • 56. 发明授权
    • Electronic fuel injection control device
    • 电子燃油喷射控制装置
    • US07905217B2
    • 2011-03-15
    • US11497314
    • 2006-08-02
    • Takashi NamariMasato Ono
    • Takashi NamariMasato Ono
    • F02D41/06F02M1/00F02M51/00F02M37/04
    • F02N3/04F02D41/062
    • An electronic fuel injection control device of the present invention has at least a fuel injection device for injecting a fuel devoted to a combustion, and a power source circuit for rectifying and stabilizing an alternating-current voltage generated, based on a rotation of a crank shaft; controls the fuel injection device in an internal combustion engine started by rotating the crank shaft through a manual operation; and further has a power source voltage detection mechanism for detecting a value of a power source voltage supplied to the injection device by the circuit, and an Information processing mechanism for starting an operation when receiving a supply of a direct-current voltage from the circuit, initializing itself, inputting a power source voltage value detected by the detection mechanism, and instructing a first fuel injection for the fuel injection device when the input voltage value attains a predetermined voltage value.
    • 本发明的电子燃料喷射控制装置至少具有喷射用于燃烧的燃料的燃料喷射装置,以及用于对基于曲轴的旋转产生的交流电压进行整流和稳定的电源电路 ; 通过手动操作来旋转曲轴来控制内燃机中的燃料喷射装置; 还具有电源电压检测机构,用于检测通过电路提供给注入装置的电源电压的值;以及信息处理机构,用于当从电路接收直流电压的供给时开始操作, 初始化本身,输入由检测机构检测的电源电压值,并且当输入电压值达到预定电压值时,指示燃料喷射装置的第一燃料喷射。
    • 57. 发明申请
    • Lighting Device, Lighting Unit, and Support
    • 照明设备,照明单元和支持
    • US20100271816A1
    • 2010-10-28
    • US12810746
    • 2008-12-26
    • Satoshi OzekiHiroshi MiyairiMasato Ono
    • Satoshi OzekiHiroshi MiyairiMasato Ono
    • F21V7/00F16M13/00
    • F21V11/183A47F3/001E05D11/082F16M11/10F16M2200/022F21K9/60F21S2/00F21S4/28F21V7/0008F21V7/005F21V13/02F21V19/003F21V29/70F21V29/74F21V29/83F21W2131/405F21Y2101/02F21Y2103/10F21Y2115/10
    • This aims to provide a support (10) comprising a bracket (7) attached to a predetermined structure, and a generally cylindrical holder (6) retained in the bracket (7). This bracket (7) has a receiving hole (112) for accommodating the holder (6). This holder (6) has a first rib (122) erected on a curved outer circumference, and an elastic portion (124) for giving the first rib (122) the degree of freedom for motions in the substantially radial direction. This also aims to provide a lighting unit (20) characterized by comprising a board (2), in which light emitting portions (23) having semiconductor light emitting devices are arrayed on the upper face side along the longitudinal direction, reflector members (3A and 3B) mounted on the side of the upper face of the board and having reflecting portions (34a and 34b) for covering the light emitting units and for reflecting the lights from the light emitting units, and a case member (4) disposed to support the board and the reflector members upward and downward.
    • 这旨在提供一种支撑件(10),其包括附接到预定结构的支架(7)和保持在支架(7)中的大致圆柱形的保持器(6)。 该支架(7)具有容纳保持架(6)的容纳孔(112)。 该支架(6)具有竖立在弯曲的外圆周上的第一肋(122)和用于给予第一肋(122)大致径向运动的自由度的弹性部分(124)。 这也旨在提供一种照明单元(20),其特征在于包括:板(2),其中具有半导体发光器件的发光部分(23)沿着纵向排列在上表面侧;反射器部件(3A和 3B),并且具有用于覆盖发光单元并用于反射来自发光单元的光的反射部分(34a和34b),以及设置成支撑所述发光单元的光的反射部分(34a和34b) 板和反射器构件向上和向下。
    • 58. 发明申请
    • Multiphase Voltage Regulators And Methods For Voltage Regulation
    • 多相稳压器和电压调节方法
    • US20090256537A1
    • 2009-10-15
    • US12101665
    • 2008-04-11
    • Tetsuo SatoMasato OnoRyotaro Kudo
    • Tetsuo SatoMasato OnoRyotaro Kudo
    • G05F1/00
    • H02M3/1584H02M1/36
    • A multiphase voltage regulator system comprises a microcontroller unit (MCU) including a reference voltage generator, and a timing generator for generating n-phase start timing signals; a load for receiving an output voltage; a comparator comparing the reference voltage and output voltage to generate a comparison result; and at least n points of load (POLs) coupled between the MCU and load for controlling output voltage in response to the n-phase start timing signals and the comparison result. Each POL may include a high-side and low-side transistor; and a D-FlipFlop, the D terminal coupled High, the clock terminal coupled to receive a control signal based on a respective one of the n-phase start timing signals, the Q terminal coupled to drive the high-side transistor, the /Q terminal coupled to drive the low-side transistor, and the reset terminal coupled to receive a reset control signal based on the comparison result.
    • 多相电压调节器系统包括一个包括参考电压发生器的微控制器单元(MCU)和用于产生n相启动定时信号的定时发生器; 用于接收输出电压的负载; 比较器比较参考电压和输出电压以产生比较结果; 以及耦合在MCU和负载之间的至少n个负载点(POL),用于响应于n相开始定时信号和比较结果来控制输出电压。 每个POL可以包括高边和低边晶体管; 和D-FlipFlop,D端耦合高电平,时钟端子被耦合以基于n相开始定时信号中的相应一个接收控制信号,Q端耦合以驱动高侧晶体管,/ Q 端子耦合以驱动低侧晶体管,并且复位端子被耦合以基于比较结果接收复位控制信号。