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    • 32. 发明授权
    • Electromagnetic actuator
    • 电磁执行器
    • US09281111B2
    • 2016-03-08
    • US14246713
    • 2014-04-07
    • TOKYO WELD CO., LTD.
    • Toshiro HiguchiHiroyuki NabaeKoji Takahashi
    • H01F7/08H01F7/16G10K9/13
    • H01F7/1638G10K9/13H01F7/081
    • There is provided an electromagnetic actuator which can secure a sufficient thrust force at least at a certain level over a wide range of displacement. The electromagnetic actuator 1 having a point of amplified displacement includes: a displacement amplification mechanism 1A made of a magnetic material and having two surfaces 2as, 2bs that form a gap 5 therebetween; and a coil 6 provided in the displacement amplification mechanism 1A. A magnetic flux is generated by passing an electric current through the coil 6, thereby generating an attraction force between the surfaces 2as, 2bs. The attraction force displaces the point of amplified displacement.
    • 提供了一种电磁致动器,其可以在宽的位移范围内至少确保足够的推力至少一定的水平。 具有放大位移点的电磁致动器1包括:由磁性材料制成的位移放大机构1A,具有两个在其间形成间隙5的表面2as,2bs; 以及设置在位移放大机构1A中的线圈6。 通过使电流通过线圈6而产生磁通,从而在表面2as,2bs之间产生吸引力。 吸引力取代了放大位移点。
    • 34. 发明授权
    • Electromagnetic linear actuators for marine acoustic vibratory sources
    • 用于海洋声振动源的电磁线性执行器
    • US08670292B2
    • 2014-03-11
    • US13224782
    • 2011-09-02
    • Sven Göran Engdahl
    • Sven Göran Engdahl
    • G01V1/145G10K9/13G10K9/12
    • G10K9/13B06B1/045G01V1/145G01V1/159G10K9/121
    • Disclosed are electromagnetic linear actuators used in acoustic vibratory sources for marine seismic surveying. An embodiment discloses a linear actuator for acoustic sources, comprising: magnetic circuitry comprising a gap; and a coil assembly comprising: a drive coil, wherein at least a first portion of the drive coil is configured to be moved in a linear path in the gap; a pair of ferromagnetic coil guides positioned on either side of the linear path; a first ferromagnetic extension extending laterally from the first portion of the drive coil; and a transmission element coupled to a top side of the first portion of the drive coil. Embodiments also disclose acoustic vibratory sources, marine seismic survey systems, and methods of marine seismic surveying.
    • 公开了用于海洋地震测量的声振动源的电磁线性致动器。 实施例公开了一种用于声源的线性致动器,包括:包括间隙的磁路; 以及线圈组件,其包括:驱动线圈,其中所述驱动线圈的至少第一部分被配置为在所述间隙中的线性路径中移动; 位于线性路径两侧的一对铁磁线圈导轨; 从驱动线圈的第一部分横向延伸的第一铁磁延伸部; 以及耦合到所述驱动线圈的所述第一部分的顶侧的传输元件。 实施例还公开了声振动源,海洋地震勘测系统和海洋地震测量方法。
    • 35. 发明授权
    • Electromagnetic actuator and structure for mounting the same
    • 电磁执行机构及其安装结构
    • US06917270B1
    • 2005-07-12
    • US09601319
    • 1998-04-10
    • Tsuneo KyounoTeruo YoshinariMinoru Ueda
    • Tsuneo KyounoTeruo YoshinariMinoru Ueda
    • G10K9/13G10K9/20G10K9/22H04R9/00H01H7/10
    • G10K9/22G10K9/13G10K9/20H04R9/00H04R2400/03H04R2400/07
    • An improved electromagnetic actuator having a coil (10) on which a current is impressed, a magnet (20) that forms a magnetic circuit across a magnetic gap (G) with a magnet yoke (21), and having a diaphragm (11) that vibrates when a high-frequency current is impressed, and a vibration plate (22) that vibrates when a low-frequency current is impressed, with these parts enclosed within a basket (3) and the coil (10) placed within the magnetic gap (G). As one invention, a radial array of magnets, a vibration plate with a double-suspension structure, and a bottom plate of magnetic shielding material are placed in the basket to suppress the leakage of magnetic flux. As an invention to further improve the frequency characteristics by means of the mounting structure of the electromagnetic actuator, elastic packing (5, 7) is sandwiched between the basket of the electromagnetic actuator and the housing case of the portable electronic equipment, and also between the basket of the electromagnetic actuator and the mounting.
    • 一种改进的电磁致动器,具有在其上施加电流的线圈(10);磁体(20),其通过磁轭(21)形成跨越磁隙(G)的磁路,并具有隔膜(11), 当施加高频电流时振动;以及当施加低频电流时振动的振动板(22),其中这些部分包围在篮(3)内,线圈(10)放置在磁隙内( G)。 作为本发明,将一个磁体的径向阵列,具有双悬浮结构的振动板和磁屏蔽材料的底板放置在篮中以抑制磁通量的泄漏。 作为通过电磁致动器的安装结构进一步提高频率特性的发明,弹性密封件(5,7)夹在电磁致动器的筐和便携式电子设备的外壳之间, 一篮电磁执行器和安装。
    • 36. 发明申请
    • Method for manufacturing a dynamic speaker
    • 动态扬声器的制造方法
    • US20050022366A1
    • 2005-02-03
    • US10900225
    • 2004-07-28
    • Kazumi MiyamotoNaoki Miura
    • Kazumi MiyamotoNaoki Miura
    • B23P17/00G10K9/13H01R12/00H04R9/02H04R9/06H04R31/00
    • H04R31/00H04R31/006Y10T29/49002Y10T29/49005Y10T29/4908Y10T29/49789
    • A speaker collective substrate with component insertion hole sections and electrode sections has a plurality of speaker forming areas. An electrical speaker section, which comprises a magnetic circuit section and a vibration section, is inserted into each of the component insertion hole sections. Then, a collective lid, in which a plurality of lids have been formed for sealing the electrical speaker sections, is attached onto the speaker collective substrate. After that, the speaker collective substrate and the collective lid are divided into individual speaker forming areas along partition lines extending in the directions of the X and Y axes to form individual dynamic speakers. Thus, it is possible to mass-produce dynamic speakers with uniform quality through a collectively manufacturing process.
    • 具有部件插入孔部分和电极部分的扬声器集合基板具有多个扬声器形成区域。 包括磁路部分和振动部分的电动扬声器部分插入到每个部件插入孔部分中。 然后,在扬声器集合基板上安装有已经形成有用于密封电动扬声器部分的多个盖的集体盖。 之后,扬声器集合基板和集体盖沿着沿X方向和Y轴方向延伸的分隔线分成单独的扬声器形成区域,以形成单独的动力扬声器。 因此,可以通过集体制造过程大量生产具有均匀质量的动态扬声器。
    • 40. 发明授权
    • Method and apparatus for a magnetically induced speaker diaphragm
    • 用于磁感应扬声器振膜的方法和装置
    • US6108433A
    • 2000-08-22
    • US6689
    • 1998-01-13
    • Elwood G. Norris
    • Elwood G. Norris
    • G10K9/13H04R25/00
    • G10K9/13
    • An ultrasonic emitter device having broad frequency range capacity with relatively large diaphragm displacement compared to typical electrostatic diaphragm movement. The device includes a core member able to establish a variable magnetic field adjacent the core member. A movable diaphragm is stretched along and displaced a short separation distance from the core member to allow an intended range of orthogonal displacement of the diaphragm within a strong portion of the magnetic field. At least one conductive ring disposed on the movable diaphragm within the influence of the variable magnetic field of the core member for enabling current flow through the ring for developing a second magnetic field which interacts with the first magnetic field to repel and relax the diaphragm at a desired frequency for development of a series of compression waves which may be adjusted to include an ultrasonic frequency range.
    • 与典型的静电隔膜移动相比,具有较宽的频率范围容量和较大的隔膜位移的超声波发射器件。 该装置包括能够在核心构件附近建立可变磁场的芯构件。 活动隔膜被拉伸并且与芯构件相隔一短的间隔距离,以允许隔膜在磁场强度范围内的正交位移的期望范围。 至少一个导电环设置在可移动隔膜的影响下,在芯构件的可变磁场的影响下,使电流流过环,用于形成第二磁场,该第二磁场与第一磁场相互作用以排斥和松弛隔膜 用于开发可以被调整为包括超声波频率范围的一系列压缩波的期望频率。