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    • 2. 发明申请
    • ELECTROMAGNETIC OPERATING DEVICE
    • 电磁操作装置
    • US20150371748A1
    • 2015-12-24
    • US14766679
    • 2014-02-28
    • MITSUBISHI ELECTRIC CORPORATION
    • Taehyun KIM
    • H01F7/18H01F7/08H01H47/22H01F7/06
    • H01F7/18H01F7/064H01F7/081H01F2007/086H01H33/59H01H33/6662H01H47/22H01H50/22
    • In the electromagnetic operating device, the driving power supply is composed of two types of power supplies: a capacitor power supply serving as a power supply which is for performing opening/closing operation in a normal time with respect to the vacuum valve; and a DC power supply which is for performing opening/closing operation in an emergency. The capacitor power supply which is for performing opening/closing operation in the normal time includes: capacitors that store electric power to be supplied to the electromagnetic coil; and a control board which controls a current to be supplied from the capacitors to the electromagnetic coil in response to an open-contact or close-contact command to the vacuum valve. Then, the DC power supply which is for performing opening/closing operation in the emergency is to directly supply DC electric power to the electromagnetic coil.
    • 在电磁操作装置中,驱动电源由两种类型的电源组成:电容器电源,用作在正常时间相对于真空阀执行打开/关闭操作的电源; 以及用于在紧急情况下执行打开/关闭操作的直流电源。 用于在正常时间执行打开/关闭操作的电容器电源包括:存储供应到电磁线圈的电力的电容器; 以及控制板,其响应于对真空阀的打开接触或紧密接触命令,控制从电容器供应到电磁线圈的电流。 然后,用于在紧急情况下执行打开/关闭操作的直流电源是直接向电磁线圈提供直流电力。
    • 3. 发明授权
    • Electric magnet device and switch provided therewith
    • 电磁装置及其开关
    • US09117600B2
    • 2015-08-25
    • US13953963
    • 2013-07-30
    • Omron Corporation
    • Kazuhira IzawaKenshi Nagata
    • H01H3/00H01H3/28H01H50/04H01H50/16H01H50/22H01H50/30H01H51/01
    • H01H3/28H01H50/042H01H50/163H01H50/22H01H50/30H01H51/01
    • An aspect of the present invention provides an electric magnet device, in which a smooth movement of an armature is ensured and, even if a vibration or an impact is applied, an attraction state between a yoke and the armature is maintained to prevent a malfunction, and a switch provided therewith, where the electric magnet device includes: a coil adapted to insert through an armature and a yoke so as to attract surfaces of the yoke and the armature, which are opposed to each other, to receive a voltage, to excite for separating the surfaces of the yoke and the armature; the armature disposed on one end side of the coil; and the yoke disposed on the other end side of the coil and adapted to oscillate, such that an oscillation angle of the yoke is greater than that of the armature.
    • 本发明的一个方面提供了一种电磁装置,其中确保了电枢的平滑运动,并且即使施加了振动或冲击,也保持了磁轭和电枢之间的吸引状态,以防止故障, 以及具有该开关的开关,其中所述电磁装置包括:适于插入通过电枢和磁轭的线圈,以便吸引彼此相对的磁轭和电枢的表面以接收电压,以激发 用于分离轭和电枢的表面; 所述电枢设置在所述线圈的一端侧; 并且所述轭设置在所述线圈的另一端侧并且适于振荡,使得所述轭的振荡角大于所述电枢的振荡角。
    • 4. 发明申请
    • ELECTROMAGNETIC CONTACTOR
    • 电磁接触器
    • US20130257567A1
    • 2013-10-03
    • US13885094
    • 2012-04-03
    • Kouetsu TakayaYasuhiro NakaKenji SuzukiYuichi YamamotoYuji Shiba
    • Kouetsu TakayaYasuhiro NakaKenji SuzukiYuichi YamamotoYuji Shiba
    • H01H1/06
    • H01H1/06H01H9/443H01H50/14H01H50/163H01H50/22H01H50/38H01H50/42H01H51/065H03K17/68
    • An electromagnetic contactor has a contact device having a pair of fixed contacts and a movable contact; and an electromagnet unit including an exciting coil driving a movable plunger connected through a connecting shaft. The contact device is configured such that L-shaped portions have a contact portion formed in the pair of fixed contacts fixed maintaining a predetermined interval, and two ends of the movable contact are disposed to be capable of contacting to and separating from the contact portions of the L-shaped portion on a side opposite to that of the electromagnet unit. The electromagnet unit includes a magnetic yoke enclosing a plunger drive portion, a movable plunger having a leading end protruding through an aperture formed in the magnetic yoke and urged by a return spring, and a ring-form permanent magnet magnetized in a movable direction of the movable plunger and fixed to enclose a peripheral flange portion.
    • 电磁接触器具有接触装置,该触点装置具有一对固定触头和可动触点; 以及包括驱动通过连接轴连接的活动柱塞的励磁线圈的电磁体单元。 接触装置被构造成使得L形部分具有形成在一对固定触点中的接触部分,固定保持预定间隔,并且可动触头的两端设置成能够接触和分离接触部分的接触部分 在与电磁体单元相反的一侧的L形部分。 电磁体单元包括一个包围柱塞驱动部分的磁轭,一​​个可移动的柱塞,其前端通过形成在磁轭中的孔而突出,并由复位弹簧推动,以及沿着可移动方向被磁化的环形永磁体 活动柱塞并固定以包围周边凸缘部分。
    • 7. 发明授权
    • Electromagnetic contactor
    • 电磁接触器
    • US4951018A
    • 1990-08-21
    • US302801
    • 1989-01-26
    • Jon HansonLarry W. SchifferDaniel P. HeckenkampThomas F. Kurland
    • Jon HansonLarry W. SchifferDaniel P. HeckenkampThomas F. Kurland
    • H01H11/00H01H50/04H01H50/22H01H50/46
    • H01H50/22H01H50/045H01H11/0012H01H2050/046H01H2050/225H01H50/042H01H50/46
    • An electromagnetic contactor includes a housing assembly that may be adapted for one, two, three or four poles. An armature is affixed to a contact carrier either by a flat leaf spring that passes through a slot in a laminated armature or by a press fit of a solid armature into the contact carrier. In one embodiment of the invention, a housing assembly snaps into a base to permit a maximum amount of automatic asssembly and a minimum number of components. These components include a base, a magnet assembly having at least one shading coil, a formed coil assembly, two symmetrically disposed springs to return a contact carrier to a neutral position when the coil is de-energized, an armature to complete the magnetic circuit that is attached to the contact carrier, a contact block that supports terminals and stationary contacts, and a contact carrier that carries one or more moving contacts into engagement with the fixed contacts. A coil spring for each contact applies a force when the electromagnet is energized to draw the removable contacts to the fixed contacts to close an electric circuit. A magnet clip secures the magnet assembly by latching in place without screws or rivets. In an alternate embodiment, a molded cantilever supports a coil assembly under spring tension.
    • 电磁接触器包括可适用于一,二,三或四极的壳体组件。 衔铁通过平板式弹簧固定到接触载体上,该平板簧穿过叠层电枢中的狭槽或通过固体电枢的压配合到接触载体中。 在本发明的一个实施例中,壳体组件卡扣到基座中以允许最大量的自动组装和最小数量的部件。 这些部件包括基座,具有至少一个阴影线圈的磁体组件,形成的线圈组件,两个对称布置的弹簧,用于当线圈断电时将接触载体返回到中立位置,电枢完成磁路 附接到触点载体,支撑端子和固定触点的触点块,以及承载一个或多个移动触点与固定触点接合的触点支架。 用于每个触点的螺旋弹簧在电磁铁通电时施加力,以将可移除触点拉到固定触点以闭合电路。 磁铁夹将磁铁组件固定在不用螺钉或铆钉的位置。 在替代实施例中,模制悬臂在弹簧张力下支撑线圈组件。