会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Double coil actuator
    • 双线圈执行器
    • US6091167A
    • 2000-07-18
    • US880271
    • 1997-06-23
    • Toan VuChia-Tung ChenEdward A. NeffDavid Huang
    • Toan VuChia-Tung ChenEdward A. NeffDavid Huang
    • H02K33/18H01F7/06H02K41/00
    • H01F7/066Y10T29/49133
    • An electric voice coil actuator includes two coils slidingly mounted on a ferromagnetic housing. The coils, which are connected to each other in most applications, are mounted co-axially for linear reciprocal movement in respective magnetic fields. The north poles of a first pair of magnets are affixed to the housing to create the magnetic fields in which the first coil moves. The south poles of a second pair of magnets are affixed to the housing to create the magnetic fields in which the second coil moves. Alternately, the coils can move in the same magnetic field. Opposing poles of the pairs of magnets are affixed to the housing to prevent magnetic saturation of the housing. The coils are electrically connected to an electric current source to produce magnetic fields that interact with the magnetic fields of the magnets to cause movement of the coils. The electric current source may be electrically connected in parallel to each coil, to cause substantially identical movement of the coils. The coordinated movement of the two coils produces more motive force than one coil. Alternatively, the coils may be electrically connected to separate electric current sources. Employing separate current sources permits using the second coil to oppose the movement of the first coil, to brake the motion of the coils for more accurate positioning of the coils.
    • 电音圈致动器包括滑动地安装在铁磁壳体上的两个线圈。 在大多数应用中彼此连接的线圈同轴地安装,用于在相应的磁场中进行线性的往复运动。 第一对磁体的北极固定在壳体上,以产生第一线圈移动的磁场。 第二对磁体的南极固定在壳体上,以产生第二线圈移动的磁场。 或者,线圈可以在相同的磁场中移动。 这对磁铁的相对极固定到壳体上以防止壳体的磁饱和。 线圈电连接到电流源以产生与磁体的磁场相互作用以引起线圈移动的磁场。 电流源可以与每个线圈并联电连接,以使线圈基本上相同的移动。 两个线圈的协调运动产生比一个线圈更多的动力。 或者,线圈可以电连接到单独的电流源。 使用单独的电流源允许使用第二线圈来抵抗第一线圈的移动,以制动线圈的运动以更准确地定位线圈。
    • 6. 发明授权
    • Gripper for linear voice coil actuator
    • 线性音圈执行机构夹爪
    • US6076875A
    • 2000-06-20
    • US397987
    • 1999-09-16
    • Edward A. NeffChia-Tung ChenHans PortegiesToan VuTomas T. SimunovicNinh Nguyen
    • Edward A. NeffChia-Tung ChenHans PortegiesToan VuTomas T. SimunovicNinh Nguyen
    • H05K13/04B23P19/00B25J9/02B25J13/08B25J15/02B25J15/08H02K33/18B25J19/02
    • B25J15/0253B25J13/085B25J15/08B25J9/023Y10S294/907
    • The, present invention is a gripper for use in combination with a machine for repositioning a component. Structurally, the present invention includes a housing formed with a chamber. A fixed-pole housing magnet is positioned inside of the chamber. A pair of grips are slidingly mounted for movement relative to the housing. Each grip is partially contained in the chamber and partially projects from the housing. An electromagnetic coil is attached to each grip. Functionally, the gripper is positioned with an assembly component between the grips. A separate electric current is then passed through each of the electromagnetic coils mounted on each of the respective grips. The electric current causes each electromagnetic coil to generate a magnetic field which interacts with the housing magnet. The interaction between the magnetic fields generated by the electromagnetic coils and the housing magnet creates a force on each grip, causing each grip to move translationally to hold, or squeeze, the component. The machine may then be utilized to reposition the gripper and the component.
    • 本发明是一种用于与机器组合使用的夹具,用于重新定位部件。 在结构上,本发明包括形成有腔室的壳体。 固定磁极壳体磁体位于腔室内部。 一对夹具滑动地安装成相对于壳体移动。 每个把手部分地包含在腔室中并且部分地从壳体突出。 电磁线圈连接到每个手柄。 在功能上,夹具定位成在夹具之间具有组件部件。 然后,单独的电流通过安装在每个相应把手上的每个电磁线圈。 电流使得每个电磁线圈产生与壳体磁体相互作用的磁场。 由电磁线圈和壳体磁铁产生的磁场之间的相互作用在每个手柄上产生一个力,导致每个把手平移移动以保持或挤压该部件。 然后可以利用机器来重新定位夹具和部件。
    • 7. 发明授权
    • Linear actuator with burn-out-proof coil
    • 带防烧伤线圈的线性执行器
    • US6043573A
    • 2000-03-28
    • US191089
    • 1998-11-12
    • Edward A. NeffToan VuChia-Tung ChenMathieu Allard
    • Edward A. NeffToan VuChia-Tung ChenMathieu Allard
    • H02K33/18H02K41/035H02K41/00
    • H02K41/035
    • A method for manufacturing a linear voice coil actuator, capable of continuously generating a one hundred kilogram force with less than two amperes of current, requires using a coil for generating an electrical field and an unsaturated permanent magnet circuit for generating a magnetic field. In the method of manufacture, a flat surface of the electrical coil is positioned parallel to a flat surface of the magnet to establish a gap therebetween. Before operating the actuator, when no current is running through the coil, a distance of approximately 0.75 mm is established across the gap. Subsequently, during operation of the actuator, when a current of less than approximately two amperes is driven through the coil, the electrical field generated by the coil interacts with the magnetic field of the magnet to generate as much as a 100 kg force on the coil.
    • 用于制造能够以小于2安培电流连续产生一百公斤力的线性音圈致动器的方法需要使用用于产生电场的线圈和用于产生磁场的不饱和永磁体电路。 在制造方法中,电线圈的平坦表面平行于磁体的平坦表面定位,以在它们之间形成间隙。 在操作执行机构之前,当没有电流通过线圈时,跨越间隙建立大约0.75mm的距离。 随后,在致动器的操作期间,当小于约两安培的电流被驱动通过线圈时,由线圈产生的电场与磁体的磁场相互作用,以在线圈上产生多达100kg的力 。
    • 8. 发明授权
    • Control processes for linear voice coil actuator
    • 线性音圈执行器的控制过程
    • US06016039A
    • 2000-01-18
    • US985493
    • 1997-12-05
    • Edward A. NeffMichael S. SheafferMichael A. FerrisDavid HuangSteven HaidosKieran BoyleDennis Stom
    • Edward A. NeffMichael S. SheafferMichael A. FerrisDavid HuangSteven HaidosKieran BoyleDennis Stom
    • G05D3/12G05B19/39H02K41/00
    • G05B19/39
    • A controller for a voice coil actuator includes sensors that are connected with the actuator probe to monitor both the linear and angular position of the probe, as well as the axial and rotational forces on the probe. Using predetermined instructions, the probe can be controlled in either an open loop mode or in a closed loop feedback mode, for either static or dynamic operations. For static operations, the axial and rotational forces on the probe can be controlled by referencing set values for the forces which are to be applied to/by the probe. For dynamic operations, in addition to the axial and rotational forces on the probe, the linear and angular movements of the probe can be controlled. In the closed loop mode, linear and angular positions, velocities, and accelerations can be used for control. In its operation, the controller selectively establishes linear and rotational movements and forces for the probe which are useful in accomplishing the wide variety of tasks wherein such forces and movements are required.
    • 用于音圈致动器的控制器包括与致动器探针连接的传感器,以监测探针的线性和角度位置以及探针上的轴向和旋转力。 使用预定的指令,探头可以以开环模式或闭环反馈模式进行控制,用于静态或动态操作。 对于静态操作,探头上的轴向和旋转力可以通过参考要施加到探针的力的设定值进行控制。 对于动态操作,除了探头上的轴向和旋转力之外,可以控制探头的线性和角度运动。 在闭环模式下,线性和角位置,速度和加速度可用于控制。 在其操作中,控制器选择性地建立用于探针的线性和旋转运动和力,这对于实现需要这种力和运动的各种各样的任务是有用的。