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    • 1. 发明授权
    • Cable holding structure
    • 电缆保持结构
    • US5944543A
    • 1999-08-31
    • US784933
    • 1997-01-16
    • Hiraku TanakaSatoshi IshikawaNobuyuki TsujinoTakashi Yanagihara
    • Hiraku TanakaSatoshi IshikawaNobuyuki TsujinoTakashi Yanagihara
    • B60R16/02B62D1/04H01R35/02H01R35/04
    • H01R23/661B60R16/0215H01R35/025
    • A cable holding structure of this invention comprises a groove in which a bending portion of a flexible flat cable is to be inserted, a first opening portion through which the flexible cable extending in the X direction as one direction from the bending portion passes and a second opening portion through which the flexible cable extending in the Y direction as the other direction from the bending portion passes, the first and second opening portions being contained in the groove, and a stopper provided on the first opening portion, which contacts a side edge of the flexible cable extending in the Y direction as the other direction of the bending portion so as to prevent the bending portion from slipping out in the X direction as one direction. Consequently, this prevents a residual stress from being generated in the flexible flat cable thereby improving the service life of the flexible flat cable.
    • 本发明的电缆保持结构包括一个凹槽,柔性扁平电缆的弯曲部分将被插入该槽中;第一开口部分,柔性电缆通过该第一开口部分沿弯曲部分的一个方向在X方向上延伸通过;第二开口部分, 所述柔性电缆沿着与所述弯曲部的另一方向Y方向延伸的开口部,所述第一开口部和所述第二开口部容纳在所述槽内,所述止动件设置在所述第一开口部上, 柔性电缆沿着Y方向延伸,作为弯曲部的另一方向,以防止弯曲部在X方向上作为一个方向滑出。 因此,能够防止柔性扁平电缆产生残余应力,从而提高柔性扁平电缆的使用寿命。
    • 2. 发明授权
    • Electrical connection between steering wheel and steering column
    • 方向盘与转向柱之间的电气连接
    • US5813875A
    • 1998-09-29
    • US873287
    • 1997-06-11
    • Satoshi IshikawaHidehiro IchikawaNobuyuki TsujinoHiroaki Iizuka
    • Satoshi IshikawaHidehiro IchikawaNobuyuki TsujinoHiroaki Iizuka
    • B60R16/027B60R16/02B62D1/04H01R35/04
    • H01R35/04
    • An electrical connecting device provided between a steering wheel and a steering column to establish an electric connection therebetween. The connecting device comprises a stationary body fixedly secured to the steering column, a rotatable body provided rotatably and placed to define a circular space with respect to the stationary body, a flexible flat cable located in the circular space, one end of which is fixedly secured to the rotatable body and the other end of which is fixedly secured to the stationary body so that the flat cable makes an electrical communication between the rotatable body and the stationary body, and a semi-fluid material adhered to a bottom surface of the stationary body which stands in opposed relation to both ends of the flat cable in its width direction. The flat cable is made to move to follow rotations of the rotatable body in forward or reverse direction. A groove-like pool section is made in the semi-fluid material adhered inner surface in radial direction of the rotatable body. This pool section accommodates the semi-fluid material to satisfy the requirements for improvement of controllability of a steering wheel and suppression of occurrence of noises.
    • 设置在方向盘和转向柱之间的电连接装置,以在它们之间建立电连接。 连接装置包括固定地固定在转向柱上的固定体,可转动的主体,其可转动地设置成相对于静止体限定一个圆形空间;一个位于圆形空间中的柔性扁平电缆,其一端固定地固定 并且其另一端牢固地固定在固定体上,使得扁平电缆在可转动体与静止体之间形成电连通,而半流体材料粘附在静止体的底面上 其在宽度方向上与扁平电缆的两端相对。 使扁平电缆沿正向或反向移动以跟随旋转体的旋转。 在旋转体的半径方向的半流体材料附着内表面上形成有槽状的池部。 该池部容纳半流体材料,以满足改善方向盘的可控性和抑制噪声发生的要求。
    • 3. 发明授权
    • Relay device between relative rotating members
    • 相对旋转构件之间的继电器
    • US5762508A
    • 1998-06-09
    • US755453
    • 1996-11-22
    • Hiraku TanakaSatoshi IshikawaNobuhiko SuzukiYasutaka NagaokaHidehiro IchikawaTakuji Kinoshita
    • Hiraku TanakaSatoshi IshikawaNobuhiko SuzukiYasutaka NagaokaHidehiro IchikawaTakuji Kinoshita
    • B60R16/027B60R16/02H01R35/02H01R35/04
    • B60R16/027H01R35/025
    • A relay device 10 between relative rotating members has a flexible flat cable 13 wound in a spiral shape and arranged in a ring space K between sleeve-shaped members (an inside cylindrical portion, an outside cylindrical portion) 11a, 12a relatively rotating on inner and outer sides. The sleeve-shaped members 11a, 12a are electrically connected to each other through the flexible flat cable 13. The flexible flat cable 13 is constructed such that at least one end portion (an inner circumferential end portion, an outer circumferential end portion) 13a, 13b of the flexible flat cable is held in one of the sleeve-shaped members 11a, 12a through a holding member (an inner circumferential end holding portion, an outer circumferential end portion) 13g, 13h and a direction of the flexible flat cable is changed outward from one of the sleeve-shaped members 11a, 12a through a bent portion 13e, 13f bent at a predetermined angle. The holding member 13g, 13h is fixedly arranged in the flexible flat cable 13 near its center from the bent portion 13e, 13f.
    • 相对旋转构件之间的中继装置10具有缠绕成螺旋形状的柔性扁平电缆13,并且配置在环形空间K内的套筒状构件(内筒部,外筒部11a,12a)内部相对旋转的环状构件 外侧。 套筒状构件11a,12a通过柔性扁平电缆13彼此电连接。柔性扁平电缆13构造成使得至少一个端部(内周端部,外周端部)13a, 柔性扁平电缆13b通过保持构件(内周端部保持部,外周端部)13g,13h保持在一个套筒状构件11a,12a中,柔性扁平电缆的方向变化 从一个套筒状构件11a,12a通过弯曲部分13e,13f以预定角度弯曲。 保持构件13g,13h从弯曲部13e,13f靠近其中心固定地布置在柔性扁平电缆13中。
    • 4. 发明授权
    • Clock spring
    • 时钟弹簧
    • US6004149A
    • 1999-12-21
    • US129897
    • 1998-08-06
    • Satoshi IshikawaHiraku TanakaMasakazu Umemura
    • Satoshi IshikawaHiraku TanakaMasakazu Umemura
    • H02G11/02G04B1/14H01R35/04
    • G04B1/14H01R35/025
    • A clock spring comprises a cylindrical casing having a first connector, a cylindrical rotator disposed concentrically inside the casing, capable of rotating relative to the casing, and having a second connector, a carrier disposed rotatablly between the casing and the rotator, on which a rotatable cylindrical first roller is provided, a flexible cable in which one end thereof is connected to the second connector, is wound around an outer face of the rotator in a first direction, is reversed the winding direction into a second direction opposite to the first direction for being wound on an inner face of the outer casing in the second direction, and the other end thereof is connected to the first connector, a rotatable cylindrical second roller provided on the carrier next to the first roller, and a pillar-shaped first blocking member provided on that portion where between an outer face of the second roller and the inner face of the outer casing for preventing the flexible cable from invading the portion, the first blocking member positioned further than the nearest point on the outer face of the second roller with respect to the first roller.
    • 时钟弹簧包括圆柱形壳体,其具有第一连接器,同心地设置在壳体内部的圆柱形旋转体,能够相对于壳体旋转,并且具有第二连接器,可旋转地设置在壳体和旋转体之间的载体, 提供圆柱形第一辊,其一端连接到第二连接器的柔性电缆沿着第一方向缠绕在旋转体的外表面上,将缠绕方向反向到与第一方向相反的第二方向, 在第二方向上缠绕在外壳的内表面上,另一端连接到第一连接器,设置在载体上的可旋转的圆柱形第二辊与第一辊相邻,柱形的第一阻挡构件 设置在第二辊的外表面和外壳的内表面之间的部分,以防止柔性电缆入侵 所述第一阻挡构件相对于所述第一辊定位成比所述第二辊的外表面上的最近点更靠近所述部分。
    • 5. 发明授权
    • Inter-relative rotating member relaying device
    • 相对旋转构件中继装置
    • US5957711A
    • 1999-09-28
    • US867461
    • 1997-06-02
    • Hiraku TanakaSatoshi IshikawaKatsu Yasui
    • Hiraku TanakaSatoshi IshikawaKatsu Yasui
    • B60R16/027B62D1/04H01R35/02H01R35/04
    • H01R35/025
    • There is provided an inter-relative rotating member relaying device which includes a first rotating unit having an inside cylinder section, a second rotating unit having an outside cylinder section which encircles the inside cylinder section with a predetermined distance and makes a relative rotation with respect to the inside cylinder, a flexible flat cable accommodated along within a ring-shaped space between the inside cylinder section and the outside cylinder section and having an inner peripheral end section held by the inside cylinder section and an outer peripheral end section held by the outside cylinder section, and a mobile unit provided movably along the space and for inverting the flexible flat cable at an opening section, wherein the first rotating unit has on its upper surface a flange for movably mounting the mobile unit on the flange, and the peripheral end section of the upper surface of the flange is formed at a lower level than a portion on which the mobile unit is mounted. Accordingly, it is possible to prevent a projection generated by contacts with other parts from interfering a flexible flat cable and to prevent a generation of abnormal noise.
    • 提供了一种相互相对旋转构件中继装置,其包括具有内筒部的第一旋转单元,具有外筒部的第二旋转单元,所述第二旋转单元具有围绕内筒部的预定距离,并且相对于 内筒,柔性扁平电缆,其容纳在内筒部与外筒部之间的环状空间内,具有由内筒部保持的内周端部和由外筒保持的外周端部 以及移动单元,其沿着所述空间可移动地设置并且用于在开口部分处翻转所述柔性扁平电缆,其中所述第一旋转单元在其上表面上具有用于将所述移动单元可移动地安装在所述凸缘上的凸缘,并且所述外周端部 凸缘的上表面形成在比移动单元为m的部分更低的水平处 o。 因此,可以防止与其他部分的接触产生的突起干扰柔性扁平电缆并防止产生异常噪声。
    • 6. 发明授权
    • Relaying apparatus between relative rotary members
    • 相对旋转构件之间的中继装置
    • US5993229A
    • 1999-11-30
    • US925177
    • 1997-09-09
    • Hiraku TanakaSatoshi Ishikawa
    • Hiraku TanakaSatoshi Ishikawa
    • B60R16/027B60R16/02B65H75/36H01R35/04
    • B60R16/027
    • A relaying apparatus between relative rotary members includes a rotary body 11, a fixed body 12 for surrounding the rotary body 11 with a predetermined distance and for rotating relative to the rotary body and a flexible flat cable 13 linked to the rotary body 11 and the fixed body 12 for electrically relaying between the rotary body 11 and the fixed body 12. The rotary body 11 and the fixed body 12 have a sliding surface A and a sliding surface B respectively for controlling a move in an axial direction by mutual sliding, and at least one of the sliding surface A and the sliding surface B has a lubricant storing portion 12d having a groove formed for storing lubricant grease G therein.
    • 相对旋转构件之间的中继装置包括旋转体11,用于围绕旋转体11预定距离并相对于旋转体旋转的固定体12和与旋转体11连接的柔性扁平电缆13和固定 本体12用于在旋转体11和固定体12之间进行电中继。旋转体11和固定体12分别具有滑动面A和滑动面B,用于通过相互滑动来控制轴向的移动, 滑动面A和滑动面B中的至少一个具有润滑剂收纳部12d,该润滑剂收纳部12d具有形成为用于在其中储存润滑脂G的槽。
    • 9. 发明授权
    • High current examining structure for a circuit protective element
    • 电路保护元件的大电流检查结构
    • US06400170B1
    • 2002-06-04
    • US09379105
    • 1999-08-23
    • Takashi YanagiharaSatoshi Ishikawa
    • Takashi YanagiharaSatoshi Ishikawa
    • G01R3102
    • H05K1/0268G01R31/3275
    • An examining structure for a circuit protective element comprises a plurality of conductive plates 3 of a conductive circuit 2 which is formed in a pattern on a circuit board 1, a pair of lead terminals 8 provided in the circuit protective element and respectively connected to the conductive plates 3, a test probe 4 for supplying a large current to the lead terminals 8 in order to examine a normal operation of the circuit protective element, and a test pad 6 soldered to the conductive plate 3 which is connected to the lead terminal, the test pad being adapted to be in contact with the test probe, thereby to constitute a probe contact part 5 having a thickness larger than the conductive plate. The test pad is smaller in size than the surface of the conductive plate and positioned near the lead terminal. The test pad is composed of a plurality of contact members having the same shape so as to keep a contact area with the test probe uniformly. The contact members are arranged uniformly. The contact members are solders arranged on one face of the conductive plate and directly attached to and projecting from the conductive plate. The solders may be formed at an opening of a through hole formed in the conductive plate by filling it in the opening.
    • 电路保护元件的检查结构包括导电电路2的多个导电板3,导电电路2以电路板1上的图案形成,一对引线端子8设置在电路保护元件中并分别连接到导电 板3,用于向引线端子8提供大电流以便检查电路保护元件的正常操作的测试探针4和焊接到连接到引线端子的导电板3的测试焊盘6, 测试垫适于与测试探针接触,从而构成厚度大于导电板的探针接触部分5。 测试垫的尺寸小于导电板的表面,并位于引线端子附近。 测试垫由具有相同形状的多个接触构件组成,以便与测试探针均匀地保持接触面积。 接触构件均匀地排列。 接触构件是布置在导电板的一个表面上并直接附接到导电板并从导电板突出的焊料。 焊料可以通过将其填充在开口中而形成在形成在导电板中的通孔的开口处。
    • 10. 发明授权
    • Voltage measurement device for battery assembly
    • 电池组合电压测量装置
    • US09459327B2
    • 2016-10-04
    • US13639545
    • 2011-04-20
    • Satoshi IshikawaTsutomu Saigo
    • Satoshi IshikawaTsutomu Saigo
    • G01N27/27G01R31/36H01M10/44H01M10/48H01M10/42
    • G01R31/3658B60L2240/547G01R31/362H01M10/441H01M10/482H01M2010/4271
    • A voltage measurement device for measuring an output voltage of a battery assembly includes voltage addition sections that add a predetermined voltage value to output voltages of the cells, voltage detection sections that detect addition voltages which are output voltages of the voltage addition sections corresponding to the cells of the individual blocks, A/D converting sections that digitize analog voltage signals of the addition voltages detected by the voltage detection sections, and a control section that outputs voltage measurement request signals to the voltage detection sections respectively, and that acquires the addition voltages, subtracts the predetermined voltage value from the acquired addition voltages and provides voltage values after the subtractions, as the output voltages of the cells.
    • 一种用于测量电池组件的输出电压的电压测量装置,包括将预定电压值加到电池单元的输出电压的电压相加部分,检测加法电压的电压检测部分,该电压检测部分是与电池相对应的电压相加部分的输出电压 各个块的A / D转换部分,对由电压检测部分检测到的相加电压的模拟电压信号进行数字化;以及控制部分,其分别向电压检测部分输出电压测量请求信号,并获取加法电压, 从所获取的相加电压中减去预定电压值,并将减法之后的电压值作为单元的输出电压。