序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
181 Remote control circuit breaker US3594668D 1970-01-02 US3594668A 1971-07-20 CLARKE DAVID E; FOLEY WILLIAM G
A miniature remote control circuit breaker in which a movable contact member including a movable contact is engageable with a fixed contact. Motor means, such as a solenoid and an armature actuated thereby, move the contact member from a contacts-open position to a contacts-closed position when the solenoid is energized by remote switch means. Preferably a linkage including two resiliently connected driving members is employed to couple the motor means to the contact member. Condition-sensing (e.g. current-sensing) latch means retain the contact member in its contacts-closed position until the condition sensed varies beyond a predetermined value whereupon the latch means releases the contact member, thereby opening the contacts independently of the energization of the motor means. Further latch means are provided to retain the contact member in its closed position. The latter latch means are responsive to further actuation of the remote switch means thereby to release the contact member and separate said contacts. A further solenoid and armature are preferably provided to effect the release of the further latch means in response to further actuation of the remote switch means.
182 Reed switch for rapid cycle,high power applications US3586809D 1969-04-24 US3586809A 1971-06-22 SANTI JOHN D
Each of the reeds is preloaded against a thicker post that extends along it at its side opposite the other reed. Each has an anchor portion flatwise secured to the post, a flat armature portion, and a thinner neck portion connecting the anchor and armature portions and extending obliquely to them. The reeds are bimetallic, of ''''Kovar'''' and ''''Niromet 42,'''' with the latter next to the post. A molybdenum contactor carried by one reed cooperates with a tungsten contact on the other. Operating parts are hermetically sealed in an envelope evacuated to a deep vacuum.
183 Current limiting circuit breaker with electrodynamic compensation US3550049D 1969-06-17 US3550049A 1970-12-22 BLANC-TAILLEUR GUY
184 Momentary break switch comprising a delay means and/or a shunt connection US65966667 1967-08-10 US3396256A 1968-08-06 CONRAD DIEHL
185 High speed circuit breaker with flip-flop mechanism US44164765 1965-03-22 US3302144A 1967-01-31 OTTO JENSEN
186 Arc reducing snap switch US28658563 1963-06-10 US3194933A 1965-07-13 RUDOLF RAMSTETTER
187 Arc resistant switch US22478062 1962-09-19 US3174000A 1965-03-16 GOLBECK BERNARD J
188 Non-arcing switch US8210661 1961-01-11 US3129305A 1964-04-14 HURTLE RALPH L
189 Dry circuit switch US3774760 1960-06-21 US3068335A 1962-12-11 JOHN GREGG
190 Electromagnetic relay spring assembly US67696357 1957-08-08 US2956140A 1960-10-11 HEINRICH WALTER
191 Shock proof switch US18033250 1950-08-19 US2705272A 1955-03-29 DOBES MICHAEL J; SMITH JAMES H
192 Circuit controller US75083434 1934-10-31 US2031516A 1936-02-18 TRITLE JOHN F
193 Circuit interrupter US66737733 1933-04-22 US2025697A 1935-12-24 BAKER BENJAMIN P
194 Electric switch US34365029 1929-03-01 US1787664A 1931-01-06 ALEXANDER BROWN LADURA
195 Electric switch US63444423 1923-04-25 US1600325A 1926-09-21 DUNLAP HARLEY M; PUTNAM DELMER M
196 Lever arm for switches, rheostats, and like electric devices US48277521 1921-07-06 US1473838A 1923-11-13 JEAN DRIESSEN
197 Arc-preventing device US60744122 1922-12-16 US1471240A 1923-10-16 JULIUS CLOSSMANN; HEINRICH HALBERSTADT
198 Electric switch US26045618 1918-10-31 US1391955A 1921-09-27 VASSALLO HARTFORD EDWARD
199 Switch construction US20636117 1917-12-10 US1342999A 1920-06-08 HUTT LEONARD P
200 SWITCH ASSEMBLY PCT/FI2012051309 2012-12-28 WO2014102446A1 2014-07-03 TAKALA MARKO; ELOMAA JARI; KÄHKIPURO MATTI; PUUMALA VEIKKO; KETTUNEN LAURI; FORSBERG TOMMI; ARJANNE PERTTI; HELMINEN MIKKO; VEHKAPERÄ MIKKO
A switch assembly (1) for switching electric circuits comprises a contributory switch (3), a main switch (2), and a flexible element (4). The contributory switch (3) and the main switch (2) are connected electrically in series, the contributory switch (3) and the main switch (4) each comprise at least one movable contact and the flexible element is connected to one movable contact of the contributory switch, a first contact (5a), and one movable contact of the main switch, a second contact (6a).
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