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    • 2. 发明授权
    • Radiant noise inhibiting assembly
    • 辐射噪声抑制组件
    • US06369318B1
    • 2002-04-09
    • US09252859
    • 1999-02-17
    • Katsuyuki UchidaMasami SugitaniYukio Sakamoto
    • Katsuyuki UchidaMasami SugitaniYukio Sakamoto
    • H01B718
    • H03H1/0007G06F1/182
    • A radiant noise inhibiting assembly is constructed to inhibit a radiant noise in an electric cable connected to a digital type electronic device. The electric cable is covered by a substantially cylindrical magnetic structure which is constructed to act as a magnetic shield. A substantially cylindrical electrically conductive structure functioning as an electrostatic shield is disposed on the outside of the magnetic structure. Only a first end of the electrically conductive structure is connected to a ground of the electronic device, which first end is closer to the electronic device than a second end of the electrically conductive structure, which is not grounded. In this way, a portion of the radiant noise which is not completely absorbed by the substantially cylindrical magnetic structure is absorbed by the substantially cylindrical electrically conductive structure, thereby sufficiently inhibiting the radiant noise of the electric cable. Further, a substantially cylindrical case which is constructed to function as an electrically conductive structure and provide a function of an electrostatic shield is used. Thus, attaching such a substantially cylindrical case is the same as attaching an electrically conductive structure.
    • 构成辐射噪声抑制组件以抑制连接到数字式电子设备的电缆中的辐射噪声。 电缆被构造成用作磁屏蔽的基本上圆柱形的磁性结构覆盖。 用作静电屏蔽的基本上圆柱形的导电结构设置在磁性结构的外侧。 只有导电结构的第一端连接到电子器件的接地,该第一端比未接地的导电结构的第二端更靠近电子器件。 以这种方式,由基本上圆柱形的磁性结构未被完全吸收的辐射噪声的一部分被大致圆柱形的导电结构吸收,从而充分地抑制电缆的辐射噪声。 此外,使用构造为用作导电结构并提供静电屏蔽功能的基本上圆柱形的壳体。 因此,附接这样的大致圆筒形的壳体与附接导电结构相同。
    • 5. 发明授权
    • Electromagnetic interference elimination filter
    • 电磁干扰消除滤波器
    • US4374369A
    • 1983-02-15
    • US216942
    • 1980-12-16
    • Yukio SakamotoTetsuo TanakaMasaaki KubotoMasami Sugitani
    • Yukio SakamotoTetsuo TanakaMasaaki KubotoMasami Sugitani
    • H03H1/00H04B15/02H03H7/01
    • H04B15/02H03H1/0007
    • An electromagnetic interference suppression filter for use with electric circuits including a filter unit comprising a pair of capacitors provided with through holes extending through the axes thereof, respectively, a substantially U-shaped penetration shaft having its two legs fitted through the through holes, respectively, and a ferrite bead mounted on at least one of the two legs of the penetration shaft, the filter unit being mounted on a metal plate by fitting the two legs into holes provided therein, one electrode of each capacitor being conductively connected to the leg, while the other electrode thereof is conductively connected to the metal plate, respectively, the filter unit thus integrated being easily mountable on a printed circuit board or the like thereby resulting in an electromagnetic interference suppression filter of a simplified construction suitable for mass production and having high filter characteristics.
    • 一种用于电路的电磁干扰抑制滤波器,包括一个滤波器单元,滤波器单元包括分别延伸穿过其轴线的通孔的一对电容器,分别具有穿过通孔安装的两个支腿的大致U形的穿透轴, 以及铁氧体磁珠,其安装在所述贯穿轴的所述两个腿中的至少一个上,所述过滤器单元通过将所述两个腿嵌入设置在其中的孔中而安装在金属板上,每个电容器的一个电极导电地连接到所述腿部,同时 其另一个电极分别与金属板导电连接,因此这样一体化的滤光单元易于安装在印刷电路板等上,从而形成适合批量生产且具有高滤光片的简化结构的电磁干扰抑制滤光片 特点
    • 6. 发明授权
    • Noise-suppressing component
    • 噪声抑制成分
    • US06335483B1
    • 2002-01-01
    • US09122750
    • 1998-07-27
    • Katsuyuki UchidaMasami Sugitani
    • Katsuyuki UchidaMasami Sugitani
    • H01B1106
    • H03H1/0007H01F17/06H01F2017/065
    • A noise-suppressing component includes a ring-shaped ceramic core and an insulating member with which the surface of the ring-shaped ceramic core is coated having magnetic powder. Ceramic ferrite having an initial magnetic permeability of approximately 50 to 1500, for example, is used for the ring-shaped ceramic core. Resin including magnetic powder having an initial magnetic permeability of approximately 2 to 50 or rubber including the magnetic powder, for example, is used for the insulating member having the magnetic powder. The insulating member having the magnetic powder includes magnetic powder having an average particle diameter of approximately 1 to 1000 &mgr;m and has a magnetic-powder content of approximately 20 to 70 percent by volume.
    • 噪声抑制部件包括环形陶瓷芯和涂覆有磁性粉末的环形陶瓷芯的表面的绝缘构件。 例如,具有大约50至1500的初始导磁率的陶瓷铁氧体用于环形陶瓷芯。 对于具有磁性粉末的绝缘构件,使用例如具有约2〜50的初始导磁率的磁性粉末或包括该磁性粉末的橡胶的树脂。 具有磁性粉末的绝缘构件包括平均粒径为1〜1000μm左右的磁性粉末,磁粉含量为20〜70体积%左右。
    • 7. 发明授权
    • Method of manufacturing inductor
    • 制造电感的方法
    • US06311387B1
    • 2001-11-06
    • US09324745
    • 1999-06-03
    • Takashi ShikamaMasami SugitaniHisato Oshima
    • Takashi ShikamaMasami SugitaniHisato Oshima
    • H01F706
    • H01F41/127Y10T29/4902Y10T29/49071Y10T29/49073Y10T29/49076
    • A method of manufacturing a bead inductor prevents deformation of a metal coil or dislocation of the axis position of the metal coil caused by injection pressure at the time of injecting a molten resin material from a gate. A coil is fitted onto a coil supporting pin provided on a first lower mold used for injection molding in a cavity of the mold such that the inner periphery of the coil is in close contact with the coil supporting pin. A molten, resin material is injected into the cavity. Then, the coil supporting pin and the first lower mold are removed from the molded product, and a second lower mold without a coil supporting pin is provided for replacing the first lower mold. A molten resin material is injected into the space which had been occupied by the coil supporting pin. After removing the hardened resin molded product from the mold for injection molding, the end parts of the coil are cut so as to be exposed.
    • 制造胎圈电感器的方法防止了从浇口注入熔融树脂材料时由于注射压力引起的金属线圈的变形或金属线圈的轴位置的错位。 将线圈安装在设置在模具的空腔中用于注射成型的第一下模具上的线圈支撑销上,使得线圈的内周与线圈支撑销紧密接触。 将熔融的树脂材料注入空腔中。 然后,从模制品中取出线圈支撑销和第一下模,并且提供没有线圈支撑销的第二下模用于更换第一下模。 将熔融树脂材料注入已经被线圈支撑销占据的空间中。 从注射成形用模具中取出硬化树脂成形体后,切断线圈的端部以露出。
    • 10. 发明授权
    • Method of manufacturing a bead inductor
    • 珠电感器的制造方法
    • US06189204B1
    • 2001-02-20
    • US09336010
    • 1999-06-18
    • Takashi ShikamaMasami SugitaniHisato Oshima
    • Takashi ShikamaMasami SugitaniHisato Oshima
    • H01F4102
    • H01F27/027H01F27/292H01F41/10Y10T29/49071Y10T29/49076
    • A method for manufacturing a bead inductor includes the steps of forming a molded body of a resin material or a rubber material including a powdered magnetic substance, including a conductor coil defined by a wound, coated metallic wire embedded in the molded body; cutting both end portions of the molded body so as to expose end portions of the conductor coil; and attaching external terminals to the exposed end portions of the conductor coil so that the conductor coil is electrically connected to the external terminals. In order to increase the reliability of connection between the conductor coil and external terminals, both end portions of the conductor coil are immersed into a solder bath, prior to the molded body forming step, so as to include in the solder bath cutting regions of both end portions of the molded body therein such that soldered portions are formed by removing insulation coating on both end portions of the conductor coil.
    • 一种珠电感器的制造方法,其特征在于,包括形成树脂材料的成形体或包含粉末状磁性物质的橡胶材料的步骤,所述粉末状磁性物质包括由嵌入在所述成型体中的卷绕的被覆金属线所限定的导体线圈。 切割成型体的两端部,露出导体线圈的端部; 并将外部端子附接到导体线圈的暴露端部,使得导体线圈与外部端子电连接。 为了提高导体线圈和外部端子之间的连接的可靠性,导体线圈的两个端部在成型体形成步骤之前浸入焊料槽中,以便包括在焊料槽切割区域中 其中成型体的端部通过去除导体线圈的两端部上的绝缘涂层而形成焊接部分。