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    • 1. 发明授权
    • Rotary connector
    • 旋转接头
    • US06341969B1
    • 2002-01-29
    • US09665955
    • 2000-09-21
    • Ryoichi TaniuchiYoshiyuki NakadeTakeo NakamuraIchiro TateishiNaoaki Matsui
    • Ryoichi TaniuchiYoshiyuki NakadeTakeo NakamuraIchiro TateishiNaoaki Matsui
    • H01R3504
    • H01R35/025
    • A rotary connector, which is generally used for the steering device of an automobile, for establishing electrical connections via a flexible flat cable between an electric circuit fixed to the steering column and an electric circuit attached to the steering wheel. The rotary connector of the present invention has guiding means for the flat cable for smooth winding. Guide piece 13 is formed at recess 12C on inner cylinder 12B, with one end formed in one piece with the bottom surface of lid 12A of inner case 12. A proximity to the inside end of flat cable 5 is inserted into gap 14 between the inner wall of guide piece 13 and the periphery of recess 12C disposed on inner cylinder 12B of inner case 12. Flat cable 5 is then guided out from the edge surface of edge portion 13A formed so as to tilt the tip of guide piece 13 in the periphery direction. It is thus possible to provide an easy to assemble and economical rotary connector with the number of parts minimized.
    • 通常用于汽车的转向装置的旋转连接器用于通过固定到转向柱的电路和附接到方向盘的电路之间的柔性扁平电缆建立电连接。 本发明的旋转连接器具有用于扁平电缆的平滑卷绕的引导装置。 引导件13形成在内筒12B上的凹部12C处,其一端与内壳12的盖12A的底面形成一体。扁平电缆5的内端附近插入在内侧 引导件13的壁和设置在内壳体12的内筒12B上的凹部12C的周边。然后,将扁平电缆5从形成为使导向件13的末端倾斜的边缘部13A的边缘表面引导出来, 方向。 因此,可以提供容易组装和经济的旋转连接器,其中部件的数量最小化。
    • 2. 发明授权
    • Rotary connector
    • 旋转接头
    • US06264487B1
    • 2001-07-24
    • US09487252
    • 2000-01-19
    • Ryoichi TaniuchiToshio Ozawa
    • Ryoichi TaniuchiToshio Ozawa
    • H01R3504
    • B60R16/027
    • A rotary connector, in which a guide ring is disposed in an annular space in such a manner that the guide ring elastically contacts with the lower side of the cover portion of an inner case, and the intermediate supporting portion of each of a plurality of cylindrical rollers is rotatably supported by the guide ring in the state that the rotation axis of each roller slants, also both end-sides of each roller contact with a flat cable, also the circumference-side of each roller contacts with the upper side of a lower-side-cover. The above structure realizes a highly reliable low cost rotary connector in which a noise caused by the each-other's bumps of the component parts of the rotary connector is suppressed and the stress applied to the flat cable is greatly decreased.
    • 一种旋转连接器,其中导向环以这样的方式设置在环形空间中,使得导向环与内壳的盖部的下侧弹性接触,并且多个圆柱形的中间支撑部分 在每个辊的旋转轴线倾斜的状态下,滚子与导向环可旋转地支撑,每个滚子的两端也与扁平电缆接触,每个滚子的圆周侧也与下侧的上侧接触 封面。 上述结构实现了高度可靠的低成本旋转连接器,其中抑制了由旋转连接器的部件的每个其他凸起引起的噪声并且施加到扁平电缆的应力大大降低。
    • 5. 发明授权
    • Lighting knob switch
    • 照明旋钮开关
    • US5901836A
    • 1999-05-11
    • US52052
    • 1998-03-30
    • Ryoichi Taniuchi
    • Ryoichi Taniuchi
    • H01H13/02H01H9/16H01H19/02H01H25/06H01H9/00
    • H01H9/161H01H25/06H01H19/025H01H2009/164H01H2219/062
    • A lighting-knob-switch comprises a first light conductor shaped in a cylinder or an oval-top pillar. The first light conductor has a light interceptor (22B) having a concave slope on its rear end and has a lighting face (22A) on its front end. The lighting knob switch further comprises a knob which houses the first light conductor axially, an opening (21C) under the light interceptor (22B) of the first light conductor (22), and a first light emitter (35) under the light interceptor (22B). The light from the first light emitter (35) reflects on the light interceptor (22B) through the opening (21C) and arrives at the lighting face (22A). This construction allows the lighting face (22A) to receive even light at anytime, realizes an easy assembly work, and achieves an inexpensive cost.
    • 照明按钮开关包括成形为圆柱体或椭圆顶柱的第一光导体。 第一光导体具有在其后端具有凹形斜面的光拦截器(22B),并且在其前端具有照明面(22A)。 所述照明旋钮开关还包括旋转体,所述旋钮容纳所述第一光导体的轴向,所述第一光导体(22)的光拦截器(22B)下方的开口(21C)和所述光拦截器下的第一光发射器(35) 22B)。 来自第一光发射器(35)的光通过开口(21C)在遮光器(22B)上反射并到达照明面(22A)。 这种结构允许照明面(22A)随时接收均匀的光线,实现了易于组装的工作,并且实现了便宜的成本。
    • 6. 发明授权
    • Revolving connector
    • 旋转连接器
    • US06309233B1
    • 2001-10-30
    • US09640987
    • 2000-08-18
    • Yoshiyuki NakadeRyoichi TaniuchiIchiro TateishiTakeo NakamuraNaoaki Matsui
    • Yoshiyuki NakadeRyoichi TaniuchiIchiro TateishiTakeo NakamuraNaoaki Matsui
    • H01R300
    • B60R16/027H01R35/025
    • A revolving connector includes an outer case having a housing section for accommodating a lower section of a fixed pin, an inner case having a holder for holding part of the fixed pin and being mounted to the outer case rotatably relative to the outer case, a stopper pin extending through the fixed pin and the housing section, and a flat cable coiled and housed in a space formed between the outer and inner cases, both the ends of the flat cable being fixed to the outer and inner cases, respectively. At its lower section, the fixed pin has an engaging hole through which the stopper pin extends and a slit communicating from the hole to an end face of the fixed pin, so that an elastic tip is formed at the lower section of the fixed pin. This structure allows the flat cable to maintain its neutral position not only at assembling but also at warehousing and transporting. This flexible flat cable is used in the revolving connector employed in a steering device of a car. The connector electrically couples the outer case and the inner case that is rotatable relative to the outer case.
    • 旋转连接器包括外壳,其具有用于容纳固定销的下部的壳体部分,具有用于保持固定销的一部分并且相对于外壳可旋转地安装到外壳的保持器的内壳,止动件 销延伸穿过固定销和壳体部分,并且扁平电缆卷绕并容纳在形成在外壳和内壳之间的空间中,扁平电缆的两端分别固定到外壳和内壳。 固定销在其下部具有止动销延伸的接合孔和从孔到固定销的端面的狭缝,从而在固定销的下部形成弹性顶端。 这种结构允许扁平电缆不仅在组装时也在仓储和运输中保持其中立位置。 该柔性扁平电缆用于在汽车的转向装置中使用的旋转连接器中。 连接器电连接外壳和可相对外壳旋转的内壳。
    • 7. 发明授权
    • Rotary switch
    • 旋转开关
    • US5801346A
    • 1998-09-01
    • US654219
    • 1996-05-28
    • Ryoichi Taniuchi
    • Ryoichi Taniuchi
    • H01H19/11H01H19/56H01H19/58
    • H01H19/11H01H19/58
    • A terminal plate 6 is formed into a circular cup shape having a bottom 6b and a cylindrical wall 6a. A plurality of terminals 14 are provided on bottom 6b of terminal plate 6. A rotor 1 is rotatably supported on terminal plate 6. A contact piece 5, resiliently engaged with rotor 1, is selectively brought into contact with terminals 14 to close a circuit. An undulated portion 10 is provided along the lower end cylindrical wall 1b of rotor 1. A ball 8, a spring 9 and undulated portion 10 cooperatively constitute an intermittent movement mechanism disposed between rotor 1 and terminal plate 6. Contact piece 5 intermittently rotates against a resilient force of spring 9 to change its rotational angle in accordance with a rotation of rotor 1. An elastically deformable portion 13 is formed on cylindrical wall 1b of rotor 1 while a rigid claw 12 is formed on the upper edge of cylindrical wall 6a of terminal plate 6, cooperatively constituting a snap-in mechanism. A guide shaft 7, extending upward from the center of terminal plate 6, is inserted into a bore 3 on the lower surface of rotor 1, so that rotor 1 is rotatably supported on terminal plate 6.
    • 端子板6形成为具有底部6b和圆筒壁6a的圆杯状。 多个端子14设置在端子板6的底部6b上。转子1可旋转地支撑在端子板6上。与转子1弹性接合的接触片5选择性地与端子14接触以闭合电路。 沿着转子1的下端圆筒壁1b设置起伏部分10.球8,弹簧9和波纹部分10协同地构成设置在转子1和端子板6之间的间歇运动机构。接触件5间歇地旋转 弹簧9的弹性力根据转子1的旋转而改变其旋转角度。弹性变形部分13形成在转子1的圆柱形壁1b上,而刚性爪12形成在端子的圆柱形壁6a的上边缘上 板6,协同地构成卡入机构。 从端子板6的中心向上延伸的引导轴7插入到转子1的下表面上的孔3中,使得转子1可旋转地支撑在端子板6上。