| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 121 | ELEKTROMAGNETISCHE SCHALTVORRICHTUNG | EP87902393.0 | 1987-04-11 | EP0304420A1 | 1989-03-01 | HOLZGREFE, Volker; ZIEGLER, Ewald |
| Dispositif de commutation électromagnétique permettant de produire des commutations rapides. L'entrefer entre les deux pièces polaires (10, 11) d'un électro-aimant (12) comporte un aimant permanent (17). Face à cet électro-aimant (17) se trouve un induit (18) librement mobile dans l'entrefer (19) extérieur. L'aimant permanent (17) renforce l'effet dynamique exercé sur l'induit (18) après excitation de l'électro-aimant (12). Pendant la désexcitation de ce dernier, le champ magnétique (23) de l'aimant permanent (17) accélère la diminution du champ magnétique et par là même également la réduction de l'effet dynamique exercé sur l'induit (18). Le dispositif de commutation électromagnétique convient particulièrement pour des opérations de commutation rapides. Il est particulièrement indiqué pour être utilisé dans des soupapes injectrices de carburant d'un moteur à combustion interne. | ||||||
| 122 | 직류 조작용 유극 전자석 및 이것을 사용한 전자 접촉기 | KR1020167006171 | 2015-04-07 | KR101803216B1 | 2017-11-29 | 츠츠미다카시; 와타나베마사아키; 다이지마히데키; 시이노키쇼타 |
| 플런저와외측요크사이의자속밀도를균일화하여전자석효율을향상시킬수 있는직류조작용유극전자석및 이것을사용한전자접촉기를제공한다. 여자코일(16)을감은중심개구(12)를갖는스풀(11)의전기자(23, 24)를개별적으로부착한플런저(21)와, 제1 전기자(23)를흡인하도록스풀의대향측면을둘러싸는외측요크(31)와, 제2 전기자(24)를흡인하도록외측요크의내측에배치된내측요크(41)와, 외측요크와내측요크사이에배치된영구자석(51)을구비하고, 외측요크(31)의두께를내측요크(41)의두께보다두껍게하여자기저항을저하시키고, 플런저(21)에서의집중자속을외측요크(31)에분산시킨다. | ||||||
| 123 | 전자기력 디바이스 | KR1020130165734 | 2013-12-27 | KR101541226B1 | 2015-08-03 | 이희준; 김학민 |
| 본발명은내측에연결핀을통해자성체와코일부를결합하여크기와중량을감소시킬수 있고, 운동로를독립적으로형성하여전자기적특성과홀딩력의변경이용이한전자기력디바이스를제공하는것을목적으로한다. 이를위해본 발명은상부가개방되고길이방향으로홈부를형성한제 1 하우징과, 상기제 1 하우징의하부에설치한제 2 하우징과, 상기제 2 하우징의하부에설치한제 3 하우징과, 상기 1 및제 2 하우징을구획하는구획벽을형성한하우징; 상기제 1 하우징의상부에상하방향으로이동가능하게설치한제 1 가동자; 상기제 2 하우징의하부에설치되어정방향또는역방향으로공급되는전류의방향에따른반발력으로상/하방향중 어느하나로이동하는코일부; 일측이상기코일부와결합되고, 타측이상기구획벽을관통하여상기제 1 가동자와연결되어상기코일부의이동에따라상기제 1 가동자를동작시키는제 2 가동자; 상기제 1 하우징에설치되어상기제 1 가동자가일정위치를유지하도록자기력을제공하는상부자석; 및상기제 2 하우징에병렬로배치되어상기코일부에자기장이형성되도록하는하부자석을포함한다. 따라서배전, 송전선로의이상발생시신속한차단과함께, 전자기력디바이스의구조를단순화시켜전체적인중량과크기를감소시킬수 있고, 전자기적특성과홀딩력을용이하게변경할수 있는장점이있다. | ||||||
| 124 | Electric power switching apparatus protectable malfunction | KR20120074830 | 2012-07-10 | KR101192305B1 | 2012-10-17 | KIM YONG HAK |
| PURPOSE: A power switch device including a malfunction preventing function is provided to prevent malfunction by automatically performing a locking or unlocking operation according to the application state of a control current. CONSTITUTION: A stator element(1101) includes an input side coil(1140). A mover element(1201) includes a permanent magnet(1210) fixed to the lower side of the input side coil. An operator(1001) includes an open spring(2001) which elastically supports the mover element in an open direction. A driven element(151) is combined with the mover element and includes an inner cage and an outer cage. | ||||||
| 125 | Apparatus for cutting off standby power and method for controlling thereof | KR20090072016 | 2009-08-05 | KR100945210B1 | 2010-03-03 | KIM CHANG HO |
| PURPOSE: A standby power cutting device and a control method thereof are provided to apply a standby power cutting device and a control method thereof to an electric device, thereby cutting standby power using an existing general outlet. CONSTITUTION: A standby power cutting device and a control method thereof include a striker(104), a striker contact(106), a core(111), and a solenoid(110). The striker is movable toward the direction of one side by pushing a knob switch for turning on/off the power of an electronic device. The striker contact is fixed to one side of the striker in order to detach/attach one contact point of a power cable from/ to other contact point of the power cable. The core includes a magnet(112) for maintaining the connection between one contact point and other contact point by pulling the striker through magnetic force. When turning off the power of an electronic device, a solenoid generates repulsive force against a magnet in order to detach one contact point from other contact point. | ||||||
| 126 | 조명 제어 포드에 사용하기 위한 매그래치 메카니즘 | KR1020070070624 | 2007-07-13 | KR1020080007169A | 2008-01-17 | 데보러,존; 맥코이,브리앙티모시 |
| A maglatch mechanism for a lighting control pod is provided to stably bias a movable contact to a stable closed position of a contact assembly by applying a spring force to a contact arm. A stationary contact(381) is mounted on a base. A pivot pin(380) pivotably mounts a contact arm(383) on the base. A movable contact unit(382,482) is mounted on the contact arm and moves between closed and open positions. At the closed position, the movable contact unit is contacted with the stationary contact, while the movable contact unit is spaced apart from the contact at the open position. A spring(390) applies a spring force to the contact arm, so that the movable contact unit is biased toward the closed position. A magnetic latch solenoid includes a magnetic armature, a permanent magnet, and a coil. The coil selectively applies a magnetic field to the magnetic armature. A piston pin couples the contact arm with the armature. A contracted state of the armature generates the open position for the contact assembly. | ||||||
| 127 | Safety switch for monitoring an access of an automation system comprising a stationary part and a movable part | US15284628 | 2016-10-04 | US09852863B2 | 2017-12-26 | Adrian Schwarz; Omar Saycon; Tun Tun Lin |
| A safety switch for monitoring an access of an automation system includes a stationary part and a movable part. The safety switch has a first housing part having an elongate shape and a second housing part having a shape form-fitted with respect to the first housing part. The first housing part and the second housing part each have magnets. The first housing part is arranged in a fixed position in the stationary part of the access and the second housing part is arranged in the movable part of the access such that the magnetic elements are located opposite one another in a closed state of the access, the magnetic elements are magnetically effective together with one another, and a magnetic retaining force can be measured. The first housing part has a signal receiver and an evaluation unit and the second housing part has a signal transmitter, or vice versa. | ||||||
| 128 | Method for testing a latching magnet of a switch and test device for the latching magnet | US14612333 | 2015-02-03 | US09726727B2 | 2017-08-08 | Andreas Fischer; Stefan Widmann |
| A method is disclosed for testing a latching magnet of a switch including a switching contact, formed from contact elements mechanically separated from one another for opening the switching contact; an electronic trip unit, to monitor current flowing via the contact elements and to perform a test for a current-dependent trip condition; an electrical energy store, forming a circuit with the winding of the latching magnet, the circuit being closed for a first closing time when the trip condition of the trip unit is met; and an actuator, actuable by closing off the circuit and configured to separate the contact elements. For test purposes, the circuit is closed for a second closing time, which is so short that separation of the contact elements by the actuator does not take place. A test is then performed to ascertain whether there is a current flowing via the winding of the latching magnet. | ||||||
| 129 | Structure electromagnetic relay containing permanent magnet | US14396056 | 2013-10-15 | US09697973B2 | 2017-07-04 | Huimin Liang; Yong Xie; Jiaxin You; Guoqiang Xie |
| A novel-structure electromagnetic relay containing a permanent magnet. At least three pairs of leading-out rods penetrate through a rectangular base, two pairs of leading-out rods are connected with the lower ends of four static spring plates respectively, an iron core and a coil framework are arranged at a diagonal position on the upper surface of the base, winding connectors of coils are connected with the other pair of leading-out rods respectively, the static spring plates are arranged at the other diagonal position on the upper surface of the base, a support is arranged at the top end of the coil framework, a pole face, a yoke and the permanent magnet are installed on the support, an armature, movable spring plates, the pole face and the yoke are located and connected through a middle shaft, and a sealing casing is covered outside the relay. | ||||||
| 130 | SAFETY SWITCH FOR MONITORING AN ACCESS OF AN AUTOMATION SYSTEM COMPRISING A STATIONARY PART AND A MOVABLE PART | US15284628 | 2016-10-04 | US20170098518A1 | 2017-04-06 | Adrian SCHWARZ; Omar SAYCON; Tun Tun LIN |
| A safety switch for monitoring an access of an automation system includes a stationary part and a movable part. The safety switch has a first housing part having an elongate shape and a second housing part having a shape form-fitted with respect to the first housing part. The first housing part and the second housing part each have magnets. The first housing part is arranged in a fixed position in the stationary part of the access and the second housing part is arranged in the movable part of the access such that the magnetic elements are located opposite one another in a closed state of the access, the magnetic elements are magnetically effective together with one another, and a magnetic retaining force can be measured. The first housing part has a signal receiver and an evaluation unit and the second housing part has a signal transmitter, or vice versa. | ||||||
| 131 | Electrical switching apparatus and relay including a ferromagnetic or magnetic armature having a tapered portion | US14406551 | 2013-02-27 | US09472367B2 | 2016-10-18 | Patrick W. Mills; James M. McCormick; Richard G. Benshoff; Robert J. Innes |
| An electrical switching apparatus includes a ferromagnetic frame having first and opposite second portions, a ferromagnetic core disposed therebetween, a permanent magnet disposed on the first portion, a first tapered portion on the opposite second portion; a coil disposed about the core; and a ferromagnetic or magnetic armature including a first portion, an opposite second portion and a pivot portion pivotally disposed on the core between the portions of the armature. The armature opposite second portion has a complementary second tapered portion therein. In a first armature position, the armature first portion is magnetically attracted by the permanent magnet and the first and second tapered portions are moved apart with the coil de-energized. In a second armature position, the armature opposite second portion is magnetically attracted by the opposite second portion of the frame and the first tapered portion is moved into the second tapered portion with the coil energized. | ||||||
| 132 | RELAY | US14796903 | 2015-07-10 | US20160012993A1 | 2016-01-14 | Tomoaki SASAKI; Takafumi IMAI |
| A relay includes a fixed contact point, a movable contact member and an electromagnetic device. The electromagnetic device includes a bobbin, a coil, a movable iron core, a first armature, a second armature, and a ferromagnetic member. The first armature has a first hole to which a first end portion of the movable iron core is insertion-fitted. The second armature has a second hole to which a second end portion of the movable iron core is insertion-fitted. The bobbin has a first rib formed on each of facing surfaces of a pair of first side pieces and a second rib formed on each of facing surfaces of a pair of second side pieces. The first armature is interposed between the first ribs of the pair of first side pieces and the second armature is interposed between the second ribs of the pair of second side pieces. | ||||||
| 133 | METHOD FOR TESTING A LATCHING MAGNET OF A SWITCH AND TEST DEVICE FOR THE LATCHING MAGNET | US14612333 | 2015-02-03 | US20150285865A1 | 2015-10-08 | Andreas FISCHER; Stefan WIDMANN |
| A method is disclosed for testing a latching magnet of a switch including a switching contact, formed from contact elements mechanically separated from one another for opening the switching contact; an electronic trip unit, to monitor current flowing via the contact elements and to perform a test for a current-dependent trip condition; an electrical energy store, forming a circuit with the winding of the latching magnet, the circuit being closed for a first closing time when the trip condition of the trip unit is met; and an actuator, actuable by closing off the circuit and configured to separate the contact elements. For test purposes, the circuit is closed for a second closing time, which is so short that separation of the contact elements by the actuator does not take place. A test is then performed to ascertain whether there is a current flowing via the winding of the latching magnet. | ||||||
| 134 | Electric magnet device and switch provided therewith | US13953963 | 2013-07-30 | US09117600B2 | 2015-08-25 | Kazuhira Izawa; Kenshi Nagata |
| 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. | ||||||
| 135 | ELECTROMAGNETIC FORCE DRIVING DEVICE | US14501349 | 2014-09-30 | US20150187481A1 | 2015-07-02 | HeeJoon LEE; HakMin KIM |
| An electromagnetic force driving device having reduced size and weight, and easily changeable electromagnetic characteristics and holding force, is provided. The device includes: a first housing; a second housing installed under the first housing; a partitioning wall partitioning the first and second housings; a first mover installed on a top of the first housing; a coil unit installed at a lower portion of the second housing to be movable according to a direction of current supplied; a second mover including one end combined with the coil unit, and another end passing through the partitioning wall and connected to the first mover to operate the first mover according to a movement of the coil unit; an upper magnet installed in the first housing to maintain a predetermined position of the first mover; and a lower magnet arranged in the second housing to form a magnetic field at the coil unit. | ||||||
| 136 | RELAY WITH INTEGRAL PHASE CONTROLLED SWITCHING | US14563452 | 2014-12-08 | US20150170860A1 | 2015-06-18 | Mohammad Siddique AHMED; Raymond Howard KOHLER; Ganesh BHATT; Alexander KING |
| A relay circuit includes a power supply to apply an AC input line voltage to the relay circuit, a relay coil and at least one pair of contacts actuated by the relay coil. A zero cross detection circuit and a control logic circuit for the relay circuit are also disclosed. The control logic circuit determines a zero crossover point in response to an output signal from the zero crossover detection circuit, and controls a relay coil to actuate the relay contacts to switch a load at the zero crossover point of a load current when the load is connected to the at least one pair of relay contacts, such that the voltage and current across the relay contacts is zero. | ||||||
| 137 | Device for sectioning an electrical circuit and a system for distributing electrical energy including the sectioning device | US12627973 | 2009-11-30 | US08319587B2 | 2012-11-27 | Jean-Marc Durand; Jérémy Delteil |
| A device for sectioning an electrical circuit is provided. The device includes a housing having two main sectioning terminals and, in the housing, a first member for sectioning a first electrical connection between the two main sectioning terminals, an automatic control, under the action of an electrical signal, of the first sectioning member from the closed position to the open position thereof, and a manual control member for resetting the first sectioning member from the open position to the closed position thereof. The device also includes, in the housing, two secondary sectioning terminals and a second sectioning member movable between a position for opening and a position for closing a second electrical connection between the two secondary sectioning terminals, the second sectioning member being coupled to the first sectioning member, commutation of the first sectioning member bringing about commutation of the second sectioning member. | ||||||
| 138 | Low-power numerically controlled contactor and control system made of the contactors | US12066235 | 2006-08-28 | US08093969B2 | 2012-01-10 | Jinping Liu; Ronggao Chen |
| The invention deals with a kind of switchboards, especially involving contactors, cores and driving circuits. The invention has solved three problems of high driving power, high consumption and short service life in current contactors, and has provided a LCDC contactor inlaid with driving circuit and controlling port. LCDC contactor in this invention consists of field coils, movable and fixed cores. The fixed core is folded with silicon-steel sheets, and the permanent magnet laid in the fixed core. LCDC contactor includes driving circuit inside, the field coils are connected with driving circuit and the circuit connecting external power is used to control signal of driving coils. This invention provides a controlling system constituted of the LCDC contactors. Low power consumption, effortless driving, long service life are the main beneficial effects. The LCDC contactor can directly employ nominal voltage DC 24V switching power with a remarkably energy-saving effect. | ||||||
| 139 | STANDBY POWER CUT-OFF DEVICE AND CONTROL METHOD FOR THE SAME | US12760693 | 2010-04-15 | US20100226060A1 | 2010-09-09 | Chang-Ho Kim |
| Provided are a standby power cut-off device for automatically cutting off standby power according to power-on/off of an electronic product and a control method for the standby power cut-off device. By providing an electronic product to which the standby power cut-off device and the control method therefor are applied, the present invention can efficiently cut off standby power by using an existing general outlet without a need to use an outlet having a separate function added thereto. Moreover, the present invention automatically cuts off the standby power according to power-off of the electronic product without unplugging the electronic product, thereby maximizing user's convenience. | ||||||
| 140 | Electromechanical momentary-contact switch having timed supplementary functions | US10873383 | 2004-06-21 | US07726297B2 | 2010-06-01 | Egon Feisthammel; Dieter Rosmann |
| In order to simplify and reduce the production costs of a push-button switch, especially a push switch or a rocker switch, the switch has a time function, which is manually operated and can be reset by an electric pulse. The electromechanical rocker or push-button switch can be combined to form a device block switch with other rocker or push-button switches as usually used in exhauster hoods. As a result, time-controlled intensive and follow-up steps can be carried out. | ||||||
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