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    • 2. 发明授权
    • Terminal fitting
    • 端子接头
    • US08342894B2
    • 2013-01-01
    • US13059073
    • 2009-06-25
    • Yoshihiro UchiyamaShinji Iihoshi
    • Yoshihiro UchiyamaShinji Iihoshi
    • H01R4/10
    • H01R4/188H01R4/185H01R43/048Y10T29/49204
    • A terminal fitting includes an open-barrel shaped electric wire crimping section for connecting a conductor of an electric wire to the terminal fitting by crimping. The electric wire crimping section has a clamping region in a range except for both ends of the electric wire crimping section in a wiring direction of the conductor. A fixing portion is formed by displacing a part of the clamping region of the electric wire crimping section to the conductor. Locking portions are disposed at both sides of the fixing portion in the wiring direction of the conductor with the fixing portion being located between them respectively. The locking portions are configured for coupling the fixing portion and a remainder of the electric wire crimping section to each other in a step-like way.
    • 端子接头包括用于通过卷边将电线的导体连接到端子接头的开口形电线压接部。 电线压接部具有在电线压接部的导体的配线方向的两端以外的范围的夹持区域。 通过将电线压接部的夹持区域的一部分移位到导体而形成固定部。 锁定部分分别设置在导体的布线方向上的固定部分的两侧,固定部分分别位于它们之间。 锁定部分被构造成以类似步骤的方式将固定部分和电线压接部分的其余部分彼此连接。
    • 3. 发明申请
    • STORAGE SUBSYSTEM AND ITS LOGICAL UNIT PROCESSING METHOD
    • 存储子系统及其逻辑单元处理方法
    • US20120159071A1
    • 2012-06-21
    • US13002945
    • 2010-12-17
    • Satoshi KamonYoshihiro Uchiyama
    • Satoshi KamonYoshihiro Uchiyama
    • G06F12/00G06F12/08
    • G06F3/0631G06F3/0605G06F3/0619G06F3/0652G06F3/0689G06F11/1076G06F11/1435G06F2211/1061
    • When a command to restore a logical unit is issued after a command to delete the logical unit, the logical unit is restored easily.When a controller receives an LU deletion command from a management terminal and if the relevant LU is a normal LU, it retains information about the deletion target LU, from among information in an LU management table, as reset information; and if the relevant LU is a virtual LU, the controller retains information about the deletion target LU, from among information in a virtual address table, as the reset information. If the controller receives an LU restoration command to restore the deletion target LU as an access target LU, from the management terminal, it restores the retained reset information as setting information corresponding to the access target LU and manages the restored setting information by using the LU management table or the virtual address table, thereby processing an access request from a host computer.
    • 在删除逻辑单元的命令之后发出恢复逻辑单元的命令时,容易恢复逻辑单元。 当控制器从管理终端接收到LU删除命令,并且如果相关LU是普通LU时,它将从LU管理表中的信息中保留关于删除目标LU的信息作为重置信息; 并且如果相关LU是虚拟LU,则控制器从虚拟地址表中的信息中保留关于删除目标LU的信息作为重置信息。 如果控制器从管理终端接收到恢复作为接入目标LU的删除目标LU的LU恢复命令,则恢复保留的重置信息作为与访问目标LU对应的设置信息,并且通过使用LU来管理恢复的设置信息 管理表或虚拟地址表,从而处理来自主计算机的访问请求。
    • 4. 发明申请
    • TERMINAL FITTING AND METHOD OF PRODUCING TERMINAL FITTING
    • 端子接头和端子接头的制造方法
    • US20110177728A1
    • 2011-07-21
    • US13059073
    • 2009-06-25
    • Yoshihiro UchiyamaShinji Iihoshi
    • Yoshihiro UchiyamaShinji Iihoshi
    • H01R4/18H01R43/16
    • H01R4/188H01R4/185H01R43/048Y10T29/49204
    • A terminal fitting (10, 40, 110) has an open-barrel shaped electric wire crimping section (12, 42) for connecting a conductor (31, 192) of an electric wire (30, 190) thereto by crimping, a fixing portion (20, 43, and 119) formed by displacing a part of the electric wire crimping section (12, 42) to the conductor (31, 192), and a locking portion (21, 44, and 118) having a form of coupling the fixing portion (20, 43, and 119) and the electric wire crimping section (12, 42) to each other in a step-like way. A thickness of the locking portion (21, 44, and 118) in a direction in which the electric wire crimping section (12, 42) is displaced to the conductor (31, 192) is set larger than that of the electric wire crimping section (12, 42) and that of the fixing portion (20, 43, and 119).
    • 端子接头(10,40,110)具有用于通过压接将电线(30,190)的导体(31,192)连接到其上的开口形状的电线压接部分(12,42),固定部分 通过将电线压接部分(12,42)的一部分移位到导体(31,192)而形成的(20,43和119),以及具有耦合形式的锁定部分(21,44和118) 固定部分(20,43和119)和电线压接部分(12,42)以阶梯状的方式相互连接。 在电线压接部(12,42)向导体(31,192)移位的方向上的锁定部(21,44和118)的厚度被设定为大于电线压接部 (12,42)和固定部分(20,43和119)的位置。
    • 5. 发明授权
    • Light emitting device drive circuit and vehicle lamp using the same
    • 发光装置驱动电路和使用其的车灯
    • US07868563B2
    • 2011-01-11
    • US11962726
    • 2007-12-21
    • Masayasu ItoYoshihiro UchiyamaTakanori Namba
    • Masayasu ItoYoshihiro UchiyamaTakanori Namba
    • G05F1/00
    • H05B33/08
    • A light emitting device drive circuit includes: a power conversion unit for receiving an input electric power and performing an electric power conversion on the input electric power in accordance with a control signal so as to generate the predetermined output current; a current detection unit for detecting an output current IL of the power conversion unit; a temperature detection unit for detecting a case internal temperature TD, which is an interior temperature of a case for accommodating the light emitting device drive circuit; a regulation unit being operable to a) detect whether a temperature TL of the light emitting device has reached a first predetermined temperature TLmax based on TD, IL, and a temperature rise coefficient α relative to IL, the temperature rise coefficient α being set in advance so that TL satisfies a relationship of TL=TD+α·IL, and b) generate a regulation signal for reducing a predetermined output current IL0 so that TL does not exceed TLmax in the event that a result of the detection indicates that TL has reached TLmax; and a control unit for controlling IL0 in accordance with the regulation signal from the regulation unit.
    • 发光器件驱动电路包括:电力转换单元,用于接收输入电力,并根据控制信号对输入电力进行电力转换,以产生预定的输出电流; 电流检测单元,用于检测电力转换单元的输出电流IL; 温度检测单元,用于检测作为用于容纳发光装置驱动电路的壳体的内部温度的壳体内部温度TD; 调节单元,其可操作以:a)检测所述发光装置的温度TL是否已经基于TD,IL达到第一预定温度TLmax,以及相对于IL的升温系数α,预先设定所述升温系数α 使得TL满足TL = TD +α·IL的关系,并且b)产生用于减小预定输出电流IL0的调节信号,使得在检测结果指示TL达到的情况下,TL不超过TLmax TLmax; 以及控制单元,用于根据来自调节单元的调节信号来控制IL0。
    • 8. 发明授权
    • Storage system and method of control
    • 存储系统和控制方法
    • US5457791A
    • 1995-10-10
    • US57812
    • 1993-05-07
    • Yoshiko MatsumotoHisashi TakamatsuHisaharu TakeuchiYoshihiro UchiyamaMamoru TohchiHisayoshi KawabataTakao Sato
    • Yoshiko MatsumotoHisashi TakamatsuHisaharu TakeuchiYoshihiro UchiyamaMamoru TohchiHisayoshi KawabataTakao Sato
    • G11B20/10G06F3/06G06F11/10G11B20/12G11B20/18G06F11/00
    • G06F11/1076G06F11/1008G06F3/0601G11B20/1883G06F2003/0697G11B2220/20
    • A storage system comprises a disc drive unit including a plurality of logical drive groups each having a plurality of physical drives, and a disc drive control unit for controlling the information transfer between the disc drive unit and the host system. The logical data arriving from the host system is divided into a plurality of continuous data blocks, from which redundant data is prepared for data restoration. The redundant data is added to the continuous data blocks to provide updated logical data. The storage system is controlled in such a way as to write the updated logical data into a plurality of physical drives. In the case where a fault develops in any of the data blocks of the physical drives to be accessed, redundant data is generated from the updated logical data. The data block of the updated logical data of the physical drive corresponding to the data blocks that has not developed a fault, among the data blocks and the redundant data making up the updated logical data, is stored in the physical drive. The data block of the updated logical data of the physical drive corresponding to the data block that has developed a fault is stored in the nonvolatile memory. The completion of writing the updated logical data into the storage system is reported to the host system. In re-updating the updated logical data, the data block of the re-updated logical data corresponding to the data block of the physical drive that has developed a fault is stored in the physical drives. The data block stored in the nonvolatile memory are stored into an alternate block allocated to the physical drives.
    • 存储系统包括:盘驱动单元,其包括多个逻辑驱动组,每个逻辑驱动组具有多个物理驱动器;以及盘驱动器控制单元,用于控制盘驱动器单元和主机系统之间的信息传送。 从主机系统到达的逻辑数据被分成多个连续的数据块,准备冗余数据用于数据恢复。 将冗余数据添加到连续数据块以提供更新的逻辑数据。 控制存储系统以将更新后的逻辑数据写入到多个物理驱动器中。 在要访问的物理驱动器的任何数据块中发生故障的情况下,从更新的逻辑数据生成冗余数据。 在数据块和构成更新后的逻辑数据的冗余数据中,对应于未发生故障的数据块的物理驱动器的更新的逻辑数据的数据块被存储在物理驱动器中。 与发生故障的数据块对应的物理驱动器的更新逻辑数据的数据块被存储在非易失性存储器中。 将更新的逻辑数据写入存储系统的完成报告给主机系统。 在重新更新更新的逻辑数据时,对应于已经产生故障的物理驱动器的数据块的重新更新的逻辑数据的数据块被存储在物理驱动器中。 存储在非易失性存储器中的数据块被存储到分配给物理驱动器的替代块中。
    • 9. 发明授权
    • Gas turbine combustor
    • 燃气轮机燃烧器
    • US4898001A
    • 1990-02-06
    • US144646
    • 1988-01-11
    • Michio KurodaIsao SatoYoji IshibashiYoshihiro UchiyamaTakashi OhmoriShigeyuki AkatsuFumio KatoYorihide SegawaNobuyuki Iizuka
    • Michio KurodaIsao SatoYoji IshibashiYoshihiro UchiyamaTakashi OhmoriShigeyuki AkatsuFumio KatoYorihide SegawaNobuyuki Iizuka
    • F23R3/04F23R3/28F23R3/34F23R3/44
    • F23R3/44F23R3/04F23R3/28F23R3/346
    • A gas turbine combustor for reducing a production of NOx. The combustor includes a head combustion chamber and a rear combustion chamber which is larger in diameter than the head combustion chamber. The head combustion chamber is provided with an axially extending hollow frustoconical tubular member to form an annular combustion space therein, air holes for axially jetting air into the annular combustion chamber, air holes formed on a peripheral wall for injecting air and a plurality of fuel nozzles projected into the annular combustion space for injecting fuel into vortex formed by the air jet and the injected air flow whereby the flame is stabilized and lean combustion can be effected. The rear combustion chamber has a fuel and air supply means on the upstream side which includes air inlets formed by whirling vanes and fuel nozzles disposed in the air inlets so that fuel and air are mixed well. The fuel and air mixture is jetted substantially axially while whirling it so that formation of hot spots is avoided and the NOx formation is extremely limited.
    • 一种用于减少NOx生产的燃气轮机燃烧器。 燃烧器包括头部燃烧室和直径大于头部燃烧室的后部燃烧室。 头部燃烧室设置有轴向延伸的中空截头圆锥​​形管状构件以在其中形成环形燃烧空间,用于将空气轴向地喷射到环形燃烧室中的气孔,形成在用于喷射空气的周壁上的气孔和多个燃料喷嘴 投射到环形燃烧空间中,用于将燃料喷射到由空气射流和喷射空气流形成的涡流中,从而使火焰稳定并且可以实现贫燃。 后燃烧室在上游侧具有燃料和空气供给装置,其包括由旋转叶片形成的空气入口和设置在空气入口中的燃料喷嘴,使得燃料和空气充分混合。 燃料和空气混合物在旋转时基本上轴向地喷射,从而避免形成热点并且非常限制NOx的形成。
    • 10. 发明申请
    • WATERPROOF CONNECTOR
    • 防水连接器
    • US20120322305A1
    • 2012-12-20
    • US13465093
    • 2012-05-07
    • Yoshihiro Uchiyama
    • Yoshihiro Uchiyama
    • H01R13/40
    • H01R13/5208H01R13/506
    • A waterproof connector has a housing (2) for accommodating terminal fittings (1) connected to ends of wires (W). An engaging portion (28) is formed on the outer surface of the housing (2). A one-piece rubber plug (15) is mounted in a rear part of the housing (2) to collectively seal the wires (W). A holder (20) is fit to the rear part of the housing (2) to retain the one-piece rubber plug (15) and a cover (27) is arranged on a rear part of the holder (20). The holder (20) is formed with an opening (46) for exposing the engaging portion (28) if the holder (20) is mounted properly on the housing (2) and the cover (27) is formed with a lock (57) that can engage the exposed engaging portion (28).
    • 防水连接器具有用于容纳连接到电线(W)端部的端子接头(1)的壳体(2)。 在壳体(2)的外表面上形成有接合部(28)。 一体式橡胶塞(15)安装在壳体(2)的后部,以一体地密封电线(W)。 保持器(20)装配到壳体(2)的后部以保持一体式橡胶塞(15),并且盖(27)布置在保持器(20)的后部。 如果保持器(20)适当地安装在壳体(2)上并且盖(27)形成有锁(57),则保持器(20)形成有用于暴露接合部分(28)的开口(46) 其可以接合暴露的接合部分(28)。