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    • 1. 发明授权
    • Electrical connector mating structure
    • 电连接器配套结构
    • US6095831A
    • 2000-08-01
    • US261743
    • 1999-03-03
    • Kenji MuramatsuShigemitsu Inaba
    • Kenji MuramatsuShigemitsu Inaba
    • B60R16/02H01R13/639H01R13/64H01R13/641H01R13/60
    • H01R13/639H01R13/641
    • The mating structure includes a bracket defined to be fitted to a base body. The bracket has a guide portion consisting of an inclined portion and a lock opening turned from the inclined portion. The structure further has a first connector pivotably attached to the bracket and a second connector provided on a fitting panel constructed to be attached to the base body. The second connector has an engagement piece associated with the guide portion of the bracket. The fitting panel is pivotable toward the base body side when the first and second connectors have mated completely. The first and second connectors are completely mated with each other when the engagement piece has reached the lock opening. The lock opening is directed perpendicularly to the disengagement direction of the first and second connectors when the fitting panel has completely pivoted toward the base body. The structure may include a third connector mounted on the base body and a fourth connector that is provisionally held by a resilient holding arm formed on the fitting panel. The attachment completion of the fitting panel also allows the complete mating of the third and fourth connectors.
    • 配合结构包括限定为安装到基体的托架。 支架具有由倾斜部分和从倾斜部分转动的锁定开口构成的引导部分。 该结构还具有可枢转地附接到支架的第一连接器和设置在附接到基体上的配件面板上的第二连接器。 第二连接器具有与支架的引导部相关联的接合件。 当第一和第二连接器完全配合时,装配面板能够朝向基体侧枢转。 当接合件到达锁定开口时,第一和第二连接器彼此完全配合。 当安装面板已经完全枢转到基体时,锁定开口垂直于第一和第二连接器的分离方向。 该结构可以包括安装在基体上的第三连接器和由形成在装配面板上的弹性保持臂临时保持的第四连接器。 安装面板的安装完成还允许第三和第四连接器的完全配合。
    • 5. 发明授权
    • Seat belt system for vehicles
    • 车辆安全带系统
    • US06824167B2
    • 2004-11-30
    • US10364679
    • 2003-02-12
    • Yousuke NishimotoTakayuki SetoKenji MuramatsuHiroaki Nakao
    • Yousuke NishimotoTakayuki SetoKenji MuramatsuHiroaki Nakao
    • B60R2218
    • B60R21/01516B60R22/22B60R22/24B60R2022/207
    • A seat belt system which does not interfere with the ingress and egress of rear seat passengers, and can detect the presence of an occupant without being influenced by the seat belt tension to provide the accurate weight detection. In one embodiment, the seat belt system comprises a retractor disposed in the rear door, an anchor of the seat belt webbing, and a rail member that allows the anchor of the seat belt webbing to slide in the vehicular longitudinal direction. The front end of the rail member is attached substantially on the seat side above a weight detecting device. The weight detecting device is disposed between the front seat and the floor panel, while the buckle capable of engaging the tongue of the seat belt webbing is disposed on the seat above the weight detecting device.
    • 一种座椅安全带系统,其不会妨碍后座乘客的入口和出口,并且可以在不受安全带张力影响的情况下检测乘员的存在以提供精确的重量检测。 在一个实施例中,安全带系统包括设置在后门中的牵开器,安全带织带的锚固件和允许安全带织带的锚固件在车辆纵向方向上滑动的轨道构件。 轨道构件的前端基本上安装在重量检测装置上方的座椅侧。 重量检测装置设置在前排座椅和地板面板之间,而能够与座椅安全带织带的舌头接合的带扣设置在重量检测装置上方的座椅上。
    • 6. 发明授权
    • Rotary piston cylinder device with radially extending cylinder chambers intersecting at a rotary axis
    • 旋转活塞缸装置,其具有在旋转轴线上相交的径向延伸的气缸室
    • US06692237B1
    • 2004-02-17
    • US10009812
    • 2001-12-11
    • Fumito KomatsuKenji MuramatsuYuki NakamuraTomohiro Takeuchi
    • Fumito KomatsuKenji MuramatsuYuki NakamuraTomohiro Takeuchi
    • F04B2704
    • F01B13/068F01B9/04F01B13/04F01C1/102
    • A rotary cylinder apparatus which prevents a fluid from leaking from a contact portion of a piston and a cylinder member and consequently enables efficient rotation. The rotary cylinder apparatus comprises: a rotary cylinder member 2 which has cylinder chambers 22 and 23 formed thereto so as to pass through a rotary shaft center O and rotates around the rotary shaft center O; pistons 3 and 4 demonstrating reciprocating linear motion in the cylinder chambers 22 and 23; a piston holding member 5 which holds the pistons 3 and 4 and rotates around a rotation center X eccentric from the rotary shaft center O of the rotary cylinder member 2; and a casing 6 which rotatably supports the rotary cylinder member 2 and has at least one inlet 61 and at least one outlet 62, wherein the pistons 3 and 4 are rotatably supported at a position away from the rotation center X of the piston holding member 5 by a fixed distance and with that position at the center thereof.
    • 一种防止流体从活塞和气缸构件的接触部分泄漏的旋转气缸装置,因此能够有效地旋转。 旋转圆筒装置包括:旋转圆筒构件2,其具有形成在其上的气缸室22和23,以便通过旋转轴中心O并围绕旋转轴中心O旋转; 活塞3和4在气缸室22和23中示出往复直线运动; 活塞保持构件5,其保持活塞3和4并围绕旋转圆筒构件2的旋转轴中心O偏心的旋转中心X旋转; 以及壳体6,其可旋转地支撑旋转圆筒构件2并且具有至少一个入口61和至少一个出口62,其中活塞3和4可旋转地支撑在远离活塞保持构件5的旋转中心X的位置 在其中心处具有固定的距离和位置。
    • 10. 发明申请
    • Mixing Pump Device and Fuel Cell
    • 混合泵装置和燃料电池
    • US20090130532A1
    • 2009-05-21
    • US12083991
    • 2007-02-09
    • Mitsuo YokozawaKenji MuramatsuKatsumi KozuToshihiko Ichinose
    • Mitsuo YokozawaKenji MuramatsuKatsumi KozuToshihiko Ichinose
    • H01M8/04F04B43/02F04B49/22F04B49/20
    • H01M8/04201B01F5/0685F04B13/02F04B43/04H01M8/1011H01M8/1013Y02E60/522Y02E60/523
    • In a mixing pump device (1), during an suctioning step a stepping motor (12) rotates in a first direction, so that during this time, a plurality of fluids can be drawn in prescribed proportions into a pump chamber (2), by sequentially opening and closing active valves (5a, 5b) situated in inflow passages (3a, 3b) while active valves (6a, 6b) situated in outflow passages (4a, 4b) are in a closed state. During the discharging step the stepping motor (12) rotates in a second direction, so that during this time, a mixed fluid can be discharged from the pump chamber (2) simply by sequentially opening the active valves (6a, 6b) situated in the outflow passages (4a, 4b), while the active valves (5a, 5b) situated in the inflow passages (3a, 3b) are in a closed state. It is possible thereby to achieve a mixing pump device capable of mixing a plurality of fluids in prescribed proportions, without detecting the operating stage of the pump.
    • 在混合泵装置(1)中,在抽吸步骤期间,步进电动机(12)沿第一方向旋转,使得在此期间,可以将规定比例的多种流体抽吸到泵室(2)中,通过 依次打开和关闭位于流入通道(3a,3b)中的主动阀(5a,5b),同时位于流出通道(4a,4b)中的主动阀(6a,6b)处于关闭状态。 在排出步骤期间,步进马达(12)沿第二方向转动,从而在这段时间内,只要依次打开位于该泵室(2)内的主动阀(6a,6b)即可将混合流体从泵室(2)排出 而流入通路(3a,3b)中的主动阀(5a,5b)处于关闭状态。 因此,可以实现能够以规定比例混合多种流体而不检测泵的操作阶段的混合泵装置。