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    • 22. 发明授权
    • Vibration-generating device and electronic apparatus using the same
    • 振动发生装置及使用其的电子装置
    • US07692345B2
    • 2010-04-06
    • US10546037
    • 2004-02-10
    • Shun KayamaYukiko ShimizuToshinori YamasueHiroshi AzumaHirokazu Kitamura
    • Shun KayamaYukiko ShimizuToshinori YamasueHiroshi AzumaHirokazu Kitamura
    • H02K7/06
    • H02K7/086H02K1/2793H02K5/1677H02K7/063H04M19/047
    • The present invention is directed to a vibration generating device used for mobile telephone, etc., which comprises a rotor (110), and a stator (120) for rotatably supporting the rotor, and serving to rotate the rotor to thereby generate vibration. The rotor comprises a bearing sleeve (160) consisting of resin molded material and rotatably attached to a fixed shaft (124) provided at the stator, a magnet (170) and a weight (180) positioned in eccentric state with respect to the bearing sleeve, wherein the bearing sleeve and the magnet are formed in the state where they are integrated by material resin of the bearing sleeve. The stator comprises, in addition to the fixed shaft, a bottom plate (121), a cover plate (122) and a coil (140) disposed in a manner opposite to the magnet, whereby the coil is energized so that the rotor is rotated, and the bearing sleeve is rotated in the state in contact with the bottom plate or the cover plate by attractive force exerted between the magnet and the bottom plate or the cover plate.
    • 本发明涉及一种用于移动电话等的振动产生装置,其包括转子(110)和用于可旋转地支撑转子的定子(120),并用于使转子旋转从而产生振动。 转子包括由树脂模制材料构成并可旋转地附接到设置在定子上的固定轴(124)的轴承套(160),相对于轴承套定位在偏心状态的磁体(170)和重物(180) 其特征在于,所述轴承套筒和所述磁铁在所述轴承套筒的材料树脂一体化的状态下形成。 除了固定轴之外,定子包括以与磁体相反的方式设置的底板(121),盖板(122)和线圈(140),由此线圈被通电以使转子旋转 并且轴承套筒通过施加在磁体和底板或盖板之间的吸引力而以与底板或盖板接触的状态旋转。
    • 28. 发明授权
    • Tube connector device having connector holder made of elastomer
    • 具有由弹性体制成的连接器支架的管连接器装置
    • US5951059A
    • 1999-09-14
    • US897453
    • 1997-07-22
    • Hirokazu Kitamura
    • Hirokazu Kitamura
    • F16L5/02F16L5/14F16L35/00
    • F16L41/088F16L37/0987F16L37/56F16L5/02F16L5/14Y10S285/906
    • A tube connector device for connecting at least one first tube which is disposed on one side of a panel and at least one second tube which is disposed on the other side of the panel, the tube connector device including (a) at least one tubular connector for connecting the first tube and the second tube, such that the first tube is attached to one open end of the connector while the second tube is attached to the other open end, (b) a connector holder for holding the connector such that the connector holder is fitted on an external circumferential surface of the above-indicated other open end of the connector, and (c) a fixture for attaching the connector holder to the panel such that the connector holder is fitted into a communication hole formed through the panel, and wherein the connector holder is made of a rubber or a thermoplastic elastomer, and includes a tubular body having an axial hole engaging the above-indicated other open end, and a flange portion extending outwardly from the tubular body in a radial direction of the connector holder, the connector holder being attached at the flange portion to the panel by the fixture.
    • 一种管连接器装置,用于连接设置在面板的一侧上的至少一个第一管和设置在面板的另一侧上的至少一个第二管,所述管连接器装置包括:(a)至少一个管状连接器 用于连接第一管和第二管,使得第一管附接到连接器的一个开口端,而第二管附接到另一个开口端,(b)连接器保持器,用于保持连接器,使得连接器 保持器安装在连接器的上述另一开口端的外周表面上,(c)用于将连接器保持器附接到面板的固定装置,使得连接器保持器装配到通过面板形成的连通孔中, 并且其中所述连接器保持器由橡胶或热塑性弹性体制成,并且包括具有与上述另一开口端接合的轴向孔的管状体和从t向外延伸的凸缘部 在连接器保持器的径向方向上的管状体,连接器保持器通过固定件附接到凸缘部分处的面板。
    • 29. 发明授权
    • Quick connector
    • 快速连接器
    • US5378024A
    • 1995-01-03
    • US38981
    • 1993-03-25
    • Toshihiro KumagaiHirokazu KitamuraTsutomu KodamaKazuhiro Kato
    • Toshihiro KumagaiHirokazu KitamuraTsutomu KodamaKazuhiro Kato
    • F16L37/084F16L37/088F16L37/098F16L37/14F16L39/00
    • F16L37/0987F16L37/084F16L37/088F16L37/144Y10S285/921
    • A quick connector comprises a tubular-shaped female member, a tubular-shaped male member, and an engager member which comprises a "C" ring-shaped and tapered stopper whose diameter can be increased in said annular-shaped concave, and which has the smaller diameter ends having the small diameter at the inner side of said female member and having the large diameter at the side of said opened flange to engage said engager projection, and which has the larger diameter ends having the diameter larger than that of said opened flange of said female member to face the inside end surface of said opened flange; a regulator which is installed in the axial direction to said stopper, and which is projected in the centrifugal directions than do the larger diameter ends of said stopper, and which is brought into contact with the inner peripheral surface of said annular-shaped concave to regulate the displacement in the radial direction of said stopper; and a linkage for connecting said stopper and said regulator. In the quick connector, the smooth insertion of the male member and the satisfactory diameter enlargement of the stopper can be obtained.
    • 快速连接器包括管状阴构件,管状阳构件和包括一个“C”形环形和锥形止动器的接合构件,其直径可以在所述环形凹部中增加,并且具有 较小直径的端部在所述阴构件的内侧具有小直径并且在所述打开的凸缘的侧面具有大直径以接合所述接合突起,并且具有比所述开口法兰的直径大的直径端部 所述阴构件面对所述开口凸缘的内端面; 调节器,其沿轴向安装在所述止动件上,并且与所述止动件的较大直径端相比沿离心方向突出并且与所述环形凹部的内周表面接触以调节 所述止动件的径向位移; 以及用于连接所述止动器和所述调节器的联动装置。 在快速连接器中,可以获得阳构件的平滑插入和止动器的令人满意的直径扩大。
    • 30. 发明授权
    • Carrier signal generating circuit in video signal recording/reproducing
apparatus
    • 视频信号记录/再现装置中的载波信号发生电路
    • US5323242A
    • 1994-06-21
    • US464031
    • 1990-01-12
    • Norihisa YamamotoHirokazu KitamuraKatsuyoshi YamashigeTakashi KuriharaTadashi Matsushima
    • Norihisa YamamotoHirokazu KitamuraKatsuyoshi YamashigeTakashi KuriharaTadashi Matsushima
    • H04N5/923H04N9/84H04M9/80
    • H04N5/923H04N9/84
    • In a video signal apparatus, a carrier signal generating circuit includes a VCO for generating a signal having a frequency at least twice that of a carrier signal necessary for conversion to a lower band with a sub-carrier in an NTSC system, a one-half divider circuit for dividing the VCO frequency signal by two, a delayed flip-flop circuit for receiving the divided signal and the sub-carrier signal to generate a difference frequency signal, a 1/40 divider circuit for dividing the Q output, a phase comparator circuit for comparing the phases of the 1/40 divided signal and the horizontal synchronizing signal to output a phase difference, a frequency discriminator circuit for comparing the phase of the flip-flop output with the frequency-divided output of the horizontal synchronizing signal to output a frequency error, and a circuit for converting the output of the phase comparator circuit and the frequency error into DC voltages and applying their sum as a control voltage for the VCO. A CR constant control circuit controls the CR constant of a four-phase signal generator for converting the output of the one-half divider circuit into a four-phase signal.
    • 在视频信号装置中,载波信号发生电路包括一个VCO,用于产生具有NTSC系统中的子载波转换成较低频带所需的载波信号的至少两倍的频率的信号,一半 用于将VCO频率信号除以2的分频器电路,用于接收分频信号的延迟触发电路和副载波信号以产生差分频率信号,用于分配Q输出的1/40分频器电路,相位比较器 电路,用于比较1/40分频信号和水平同步信号的相位以输出相位差;频率鉴别器电路,用于将触发器输出的相位与水平同步信号的分频输出进行比较以输出 频率误差,以及用于将相位比较器电路的输出和频率误差转换为直流电压并将其和作为VCO的控制电压的电路。 CR恒定控制电路控制用于将二分频电路的输出转换为四相信号的四相信号发生器的CR常数。