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    • 1. 发明授权
    • Electric noise absorber
    • 电噪声吸收器
    • US5343184A
    • 1994-08-30
    • US962067
    • 1992-10-16
    • Kazuhiro MatsuiHiroji Kitagawa
    • Kazuhiro MatsuiHiroji Kitagawa
    • H01F17/06H01F27/02H04B15/02H01F27/26
    • H04B15/02H01F17/06H01F27/027H01F2017/065
    • An electric noise absorber comprising at least two ferrite pieces having abutting planes, at least two case members containing the ferrite pieces respectively and being closed by means of engagement members, and a spring member provided in at least one of the case members for pressing the ferrite pieces against each other when the case members are closed. Since the case members for keeping the ferrite pieces in appropriate positions and the spring member for pushing up the ferrite pieces for close contact are separately molded, the case members are bestowed with strength and the spring member with elasticity, both suitable for their own purposes. The case members requires no apertures for biasing members and therefore outside magnetic substance is prevented from contacting with the ferrite pieces contained in the case members.Another type of electric noise absorber comprising longitudinally divided pieces of magnetic substance shaped to surround the periphery of an electric cable when closed, and magnetic fluid applied to at least one of abutting planes of the divided pieces for securely contacting the abutting planes with each other. Even if the abutting planes are rough and/or are not exactly horizontal surfaces, the magnetic fluid allows the ferrite pieces to be closed with no gaps between them. Consequently, the ferrite pieces keep substantially as low impedance as that of a non-divided ferrite piece.
    • 一种电噪声抑制器,包括至少两个具有邻接平面的铁氧体片,至少两个壳体部件,分别包含铁氧体片,并且通过接合部件封闭;以及弹簧部件,设置在至少一个壳体部件中,用于将铁氧体 当壳体构件关闭时,它们彼此相对。 由于用于将铁氧体保持在适当位置的壳体构件和用于将铁氧体块推压紧密接触的弹簧构件被分开模制,所以壳体构件被赋予强度,并且弹性构件具有弹性,两者都适合于它们自己的目的。 壳体部件不需要用于偏置部件的孔,因此防止外部磁性物质与包含在壳体部件中的铁氧体片接触。 另一种类型的电噪声吸收器,包括纵向分割的磁性物质片,其形状在封闭时包围电缆的周边,并且磁性流体被施加到分割片的邻接平面中的至少一个,用于将邻接平面彼此牢固地接触。 即使相邻的平面是粗糙的和/或不完全是水平的表面,磁性流体允许铁氧体块在它们之间没有间隙的情况下关闭。 因此,铁氧体块的阻抗基本上与未分割铁氧体的阻抗基本相同。
    • 3. 发明授权
    • Clamping device for cables and the like
    • 电缆夹紧装置等
    • US4250348A
    • 1981-02-10
    • US974226
    • 1978-12-29
    • Hiroji Kitagawa
    • Hiroji Kitagawa
    • F16B7/14F16L3/08F16L5/06H01B17/58H02G3/06H02G3/08F16L21/02
    • F16L5/06H02G3/065
    • A locking device is disclosed, which comprises a hollow cylindrical body having a plurality of annularly disposed independent gripping pieces projected from one end thereof and a clamping pipe threadably engageable about the outer periphery of the cylindrical body about its side of the gripping pieces. An elastic packing pipe is provided by fitting in contact with the inner circumferential faces of the gripping pieces, and the clamping pipe is tapered about the inner circumferential face of an end portion thereof so that about the outer periphery of their top end portions, the gripping pieces can abut against and be pressed radially toward the center of the device by the tapered end portion of the clamping pipe. Also, means such as notches and/or projections directed opposite to the lead direction of the male screw of the cylindrical body are provided, by which the top end portions of gripping pieces and the tapered portion of the clamping pipe are mutually fixed. This locking device is advantageously used for locking a cable or the like to a fixing member such as a wall.
    • 公开了一种锁定装置,其包括中空圆柱形主体,其具有从其一端突出的多个环形设置的独立夹紧片和夹紧管,该夹紧管围绕其夹持片的侧面可绕圆柱体的外周螺纹接合。 弹性填充管通过与夹持件的内周面接触而设置,并且夹紧管围绕其端部的内周面逐渐变细,使得围绕其顶端部分的外周,夹紧 片可以通过夹紧管的锥形端部抵靠并径向地朝向装置的中心挤压。 此外,提供了诸如与圆柱体的外螺纹的引导方向相对的凹口和/或突起的装置,夹持件的顶端部分和夹紧管的锥形部分相互固定。 该锁定装置有利地用于将电缆或类似物锁定到诸如墙壁的固定构件上。
    • 7. 发明授权
    • Fixing appliance
    • 固定装置
    • US4595185A
    • 1986-06-17
    • US631312
    • 1984-07-16
    • Hiroji Kitagawa
    • Hiroji Kitagawa
    • H05K7/16F16L3/22H05K7/14G01R31/28
    • F16L3/22H05K7/1417Y10S269/903Y10T29/53961
    • A fixing appliance according to the present invention includes a base plate one end portion of which is bent to the surface side to form an upstand portion of predetermined certain height, a first substrate mounting portion contiguous to the upstand portion tiltably through a flexible thin-wall portion formed at a fore end part of the upstand portion, and a second substrate mounting portion contiguous to the other end portion of the base plate tiltably through a flexible thin-wall portion formed at this other end portion, the fixing appliance further including a fixing mechanism which is provided on the back of the base plate and which can fix the base plate to a stationary member, and mounting mechanisms which are provided on the first and second substrate mounting portions and which permit mounting of substrates to those substrate mounting portions. Thus, in the present invention, the space between the substrates can be enlarged by opening both substrates, whereby the operation for inspection and repair of the substrates and that for mounting electric wires between the substrates can be done easily and efficiently.
    • 根据本发明的定影器具包括:底板,其一端部弯曲到表面侧以形成预定的一定高度的竖直部分;第一基板安装部分,其可倾斜地穿过柔性薄壁 形成在立起部的前端部的部分,以及第二基板安装部,该第二基板安装部通过形成在该另一端部的柔性薄壁部可倾斜地抵靠基板的另一端部,该固定用具还具有固定部 设置在基板的背面并且可以将基板固定到固定构件的机构,以及设置在第一和第二基板安装部分上并且允许将基板安装到那些基板安装部分的安装机构。 因此,在本发明中,可以通过打开两个基板来扩大基板之间的空间,从而可以容易且有效地进行基板的检查和修复以及用于在基板之间安装电线的操作。
    • 9. 发明授权
    • Conductive seal
    • 导电密封
    • US5008485A
    • 1991-04-16
    • US419590
    • 1989-10-10
    • Hiroji Kitagawa
    • Hiroji Kitagawa
    • C09K3/10H05K9/00
    • H05K9/0015
    • The conductive seal of the present invention comprises the conductive layer and the sealing member. The conductive layer is composed only for providing conductivity, and the sealing member is composed only for providing a sealing effect. The conductive layer is such a thin coat that the conductive seal as a whole has a sufficient sealing effect, when it is applied onto the housing. Owing to such a sufficient sealing effect, the conductive layer can be securely adhered to the housing. Consequently, the conductive seal protects the electronic equipment from electromagnetic waves and prevents electromagnetic waves generated by the electronic equipment from leaking outside. The conductive layer is so thin that manufacturing cost can be reduced even when silver powder or copper powder is used for the layer.
    • 本发明的导电性密封件包括导电层和密封构件。 导电层仅用于提供导电性,并且密封构件仅用于提供密封效果。 导电层是这样的薄涂层,当将导电密封件施加到壳体上时,导电密封件整体上具有足够的密封效果。 由于这种足够的密封效果,导电层可以牢固地粘附在壳体上。 因此,导电密封件保护电子设备免受电磁波的影响,并防止电子设备产生的电磁波泄漏到外面。 导电层非常薄,即使在使用银粉或铜粉时,制造成本也可以降低。
    • 10. 发明授权
    • Electric noise absorber
    • 电噪声吸收器
    • US4983932A
    • 1991-01-08
    • US411005
    • 1989-09-22
    • Hiroji Kitagawa
    • Hiroji Kitagawa
    • H01F37/00H01F17/06H01F27/02H01F27/06H01F27/33H01R13/658H04B15/00H05K9/00
    • H01F17/06H01F27/027H01F27/33H01R13/6461H01R13/719H04B15/00H01F2017/065
    • An electric noise absorber comprises an axially divided magnetic body having abutment surfaces, a first joint on which the divided magnetic body can swing, and a second joint having a resilient member. The end of a second joint is attached to one part of the divided magnetic body, and the other end of the second joint can be attached to or detached from the other part of the divided magnetic body. Since the second joint can be unlocked, the electric noise absorber can be easily attached around a desired position on the electric wire without disconnecting the electric wire. When the other end of the second joint is pulled and attached to the magnetic body using the contraction force of the resilient member, the abutment surfaces of the divided magnetic body are held closely adjacent to the electric wire, making a magnetic circuit about the electric wire. The electric noise absorber can thus absorb electric noise with a minimum required structure.
    • 电噪声吸收器包括具有邻接表面的轴向分开的磁体,分割磁体可摆动的第一接头和具有弹性构件的第二接头。 第二关节的端部附接到分割磁体的一部分,并且第二关节的另一端可以附接到分割磁体的另一部分或从其分离的磁体的分离。 由于第二接头可以被解锁,因此电噪声吸收器可以容易地安装在电线上的期望位置上而不断开电线。 当第二关节的另一端使用弹性构件的收缩力拉动并附接到磁体时,分割的磁体的邻接表面紧紧地保持在电线附近,从而形成围绕电线的磁路 。 因此,电噪声吸收器可以以最小的所需结构吸收电噪声。