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    • 3. 发明申请
    • RELUCTANCE-BASED RESONANT LINEAR MOTOR
    • 基于自适应谐振线性电机
    • US20150222165A1
    • 2015-08-06
    • US14169506
    • 2014-01-31
    • General Electric Company
    • Mariano Pablo Filippa
    • H02K33/02F04B17/03
    • H02K33/02F04B17/03F04B17/04H02K33/00H02K33/04H02K41/00H02K41/02
    • Reluctance-based resonant linear motors and methods of operation are provided. An example linear motor includes a spring having a plurality of coils. The linear motor includes a stator coaxially surrounding at least a portion of the spring. The stator includes a plurality of teeth. The linear motor includes a plurality of windings respectively positioned within a plurality of winding cavities respectively formed by the plurality of teeth. The application of electrical energy to the plurality of windings generates a magnetic field that flows through one or more of the coils of the spring. The flow of the magnetic field through the one or more coils of the spring causes the spring to actuate towards a compressed position. An example method includes periodically applying electrical energy to the plurality of windings such that the spring oscillates at a resonance frequency associated with the linear motor.
    • 提供基于磁阻的谐振线性电动机和操作方法。 示例性线性电动机包括具有多个线圈的弹簧。 线性电动机包括同轴地围绕弹簧的至少一部分的定子。 定子包括多个齿。 线性电动机包括分别定位在由多个齿分别形成的多个绕组腔内的多个绕组。 向多个绕组施加电能产生流过弹簧的一个或多个线圈的磁场。 通过弹簧的一个或多个线圈的磁场的流动使得弹簧朝向压缩位置致动。 示例性方法包括周期性地向多个绕组施加电能,使得弹簧以与线性电动机相关联的共振频率振荡。
    • 4. 发明申请
    • ACTIVE DYNAMIC VIBRATION ABSORBER
    • 主动动态振动吸收器
    • US20140159515A1
    • 2014-06-12
    • US14033810
    • 2013-09-23
    • Hyundai Motor Company
    • Jang Ho Kim
    • F16F13/26H02K33/04
    • H02K33/04F16F7/1011F16F15/03H02K13/006H02K33/16
    • An active dynamic vibration absorber includes: a coil part provided inside a housing and wound with a coil; a yoke part that moves with respect to the coil part when current flows in the coil part, and includes an upper yoke, a lower yoke, and a permanent magnet provided between the upper yoke and the lower yoke; springs mounted to the yoke part so as to switch a movement of the yoke part to a vibration; first and second slide protrusions electrically connected to both ends of the coil of the coil part, upper and lower contact protrusions formed in the yoke part to correspond to the first and second slide protrusions; and first and second drive devices that generate a relative movement between the coil part and the yoke part by selectively applying current to the upper and lower contact protrusions according to a control signal.
    • 一种主动动态振动吸收器包括:线圈部分,设置在壳体内并缠绕有线圈; 当电流在线圈部分流动时相对于线圈部分移动的轭部分,并且包括设置在上磁轭和下磁轭之间的上磁轭,下磁轭和永磁体; 弹簧安装到轭部,以便将轭部的运动切换到振动; 电连接到线圈部分的线圈的两端的第一和第二滑动突起,形成在轭部中的上接触突起和下接触突起以对应于第一和第二滑动突起; 以及第一和第二驱动装置,其通过根据控制信号选择性地向上部和下部接触突起施加电流,从而在线圈部分和轭部之间产生相对运动。
    • 5. 发明授权
    • Broadband linear vibrator and mobile terminal
    • 宽带线性振动器和移动终端
    • US08598750B2
    • 2013-12-03
    • US12984059
    • 2011-01-04
    • Youngil Park
    • Youngil Park
    • H02K33/00
    • H02K33/04B06B1/045H04M1/0202
    • A broadband linear vibrator that is small sized and yet capable of generating a greater vibrating force and outputting various broadband vibrations, and a mobile terminal capable of outputting various vibrations and sounds, wherein the broadband linear vibrator includes a case; a spring coupled to the case; an oscillator including a magnet for elastically supporting the spring and a stator formed inside the case for vibrating the oscillator, wherein a frequency band to a maximum use frequency that is detectable as a vibration or a sound source based on a resonant frequency is 1.2 times than a frequency band to a minimum use frequency, such that various feelings of vibrations and sounds can be advantageously provided by the broadband linear vibrator.
    • 一种尺寸小且能够产生更大的振动力并输出各种宽带振动的宽带线性振动器,以及能够输出各种振动和声音的移动终端,其中宽带线性振动器包括壳体; 弹簧与壳体相连; 包括用于弹性支撑弹簧的磁体和形成在壳体内的用于振动振荡器的定子的振荡器,其中基于谐振频率可被检测为振动或声源的最大使用频率的频带为1.2倍 频带到最小使用频率,使得宽带线性振动器可以有利地提供振动和声音的各种感觉。
    • 6. 发明申请
    • Electromagnetic device and circuit for driving the same
    • 用于驱动它的电磁装置和电路
    • US20010028290A1
    • 2001-10-11
    • US09817130
    • 2001-03-27
    • Gunchu IwasakiKenta Namioka
    • H01H051/22
    • H02K33/04B06B1/04B06B1/045G08B6/00
    • An electromagnetic device is provided with a coil bobbin (1) supporting an excitation coil (5) and a U-shaped movable iron piece (2) whose one side (2a) is inserted in and fixed to a hollow section (1a) of the coil bobbin (1) in a state where it is held between a pair of iron cores (3) and (4). A remaining side (2b) of the U-shaped movable iron piece (2) is inserted in a through-hole section (1c) of the coil bobbin (1) and has a resilient characteristic that it is spaced away from the one side (2a). The top surface of each of rising sections (3a) and (3b) of the iron cores (3) and (4) is configured by bending the end of each of the rising sections (3a) and (3b) and is located to be opposite to the top of the remaining side (2b) at a preset distance away.
    • 电磁装置设有支撑励磁线圈(5)的线圈架(1)和一侧(2a)插入并固定在其中空部(1a)上的U形可动铁片(2) 线圈架(1)处于一对铁芯(3)和(4)之间的状态。 U形可动铁片(2)的剩余侧(2b)插入到线圈架(1)的通孔部分(1c)中,具有与一侧隔开的弹性特性 2a)。 铁芯(3)和(4)的上升部分(3a)和(3b)的上表面通过弯曲每个上升部分(3a)和(3b)的端部而构成,并且位于 与预留距离的剩余侧(2b)的顶部相对。
    • 8. 发明授权
    • Method for forming a magnetic core for a linear compressor
    • 用于形成用于线性压缩机的磁芯的方法
    • US4198743A
    • 1980-04-22
    • US924614
    • 1978-07-14
    • Richard A. Stuber
    • Richard A. Stuber
    • F04B35/04H02K1/14H02K15/02H02K33/04
    • F04B35/045H02K1/141H02K1/146H02K15/022H02K33/04Y10T29/49009Y10T29/49071Y10T29/49078
    • A method for forming a magnetic core for the magnetic circuit of a linear-motor compressor suitable for use in a refrigerant system. The compressor includes a conical armature which reciprocates in a complementary air-gap under the influence of an electromagnetic circuit and a pair of linear complementary return springs connected to the armature between the compressor piston and outboard bearing. The electromagnetic circuit includes a pair of abutting convoluted loops of spirally wound magnetic strip material with a conical air-gap fabricated in the area of abutment. The magnetic core is formed by forming a pair of stacks of magnetic strips having diverse lengths, bending each stack to form a generally C-shaped core section having a generally semi-circular air-gap space defined by the ends of the strips, fastening the C-shaped stacks in opposed abutment to form a generally cylindrical air-gap, and then machining the air-gap into the desired conical shape.
    • 一种用于形成用于制冷剂系统中的线性电动机压缩机的磁路用磁芯的方法。 压缩机包括在电磁回路的影响下在互补气隙中往复运动的锥形电枢和连接到压缩机活塞和外侧轴承之间的电枢的一对线性互补复位弹簧。 电磁回路包括螺旋卷绕的磁条材料的一对邻接的回旋环,其具有在邻接区域中制造的锥形气隙。 磁芯通过形成具有不同长度的一对磁条堆叠形成,每个堆叠弯曲以形成大致C形的芯部分,其具有由条的端部限定的大致半圆形的气隙空间, C形堆叠在相对的邻接处以形成大致圆柱形的气隙,然后将气隙加工成所需的圆锥形状。