| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 具有固定触点、移动触点和可检查的弧形腔室的电气装置 | CN200510134187.5 | 2005-12-27 | CN1797639A | 2006-07-05 | L·阿佐拉; S·贝萨纳 |
| 本发明涉及一种电气装置(1)，其优选地用于低压系统中。该装置(1)包括一个或多个固定触点(10a，10b，10c)，该固定触点连接到断电区域附近的相对应移动触点(20a，20b，20c)上。该固定触点(10a，10b，10c)容纳在至少一个可至少部分分离的模块(30)上，该模块可操作地连接到装置(1)的结构部件(5)上，从而固定触点(10a，10b，10c)采取预定操作位置，每个固定触点都在该预定操作位置附近连接到相对应的移动触点(20a，20b，20c)上。为了执行固定触点、移动触点和位于断电区域附近的可能的其他部件上的检查和维护操作，该可至少部分分离的模块(30)可以完全或部分远离结构部件(5)移动。 | ||||||
| 2 | 带有改进接触臂机架的电气开关装置 | CN99106335.X | 1999-05-06 | CN1242587A | 2000-01-26 | 保罗·R·拉库斯; 格伦·C·西森; 佩里·R·吉布森; 基思·L·梅胡德 |
| 电气开关装置的接触指有中心在回转轴上的径向凸面,它坐落在机架的凹面上,将弯曲轴的负荷传递到机架。封闭组件抓固在回转轴端部,它有在接触指之间延伸的翅片,阻挡电弧气体流过机架。对较低电流额定值,一些接触指被圆环形分隔体代替,也可将弯曲矩量传递到机架并阻挡气体流动。机架有止动横挡,接触弹簧推压接触指到其上,止动横挡有凹口,使中心指朝固定触点突出得更远,中心指上的电弧趾在打开时最后分开且电弧集中其上。 | ||||||
| 3 | 带有改进接触臂机架的电气开关装置 | CN99106335.X | 1999-05-06 | CN1096695C | 2002-12-18 | 保罗·R·拉库斯; 格伦·C·西森; 佩里·R·吉布森; 基思·L·梅胡德 |
| 电气开关装置的接触指有中心在回转轴上的径向凸面，它坐落在机架的凹面上，将弯曲轴的负荷传递到机架。封闭组件抓固在回转轴端部，它有在接触指之间延伸的翅片，阻挡电弧气体流过机架。对较低电流额定值，一些接触指被圆环形分隔体代替，也可将弯曲矩量传递到机架并阻挡气体流动。机架有止动横挡，接触弹簧推压接触指到其上，止动横挡有凹口，使中心指朝固定触点突出得更远，中心指上的电弧趾在打开时最后分开且电弧集中其上。 | ||||||
| 4 | 模铸绝缘箱壳断路器的操动机构和其各极间的传动系统 | CN86107135 | 1986-10-29 | CN86107135A | 1987-04-29 | 布尔·马克; 尼布昂·简·彼里 |
| 关于模铸箱壳断路器各电极和操动机构间的传动系统。触头次组件中带有一个触指支撑盒和每极的一个连接座，支撑盒通过其上轴头枢装在连接座上轴承中，且通过一个与可释放的耦合器件相配合的连杆机构接到公共轴上，故能中断与该公共横轴相连的各极的连杆系统。绝缘箱壳的侧壁之一上有一个开口通到每极触头所在的隔室，从该开口取出灭弧栅，即能视查到每极的触头状态，而不需拆除箱壳。 | ||||||
| 5 | 电流开关装置 | CN201380030666.5 | 2013-05-24 | CN104350565B | 2017-11-07 | H.马特拉; M.维里瓦恩伊奥 |
| 本发明涉及一种电气开关安装组件，其包括壳体(102)和被安装至在壳体(102)的壁中的孔口(103,203)的静止触头(110,112)。该组件包括在孔口(203)的内部区域内的补偿器件用于允许两个不同尺寸的静止触头(110,210,310)被安装至孔口(103,203)，该补偿器件包括形成在壳体(102)或静止触头上的一个或更多个突起(109,209)和/或形成在壳体(102)或静止触头上的一个或更多个凹部(318)用于接收该一个或更多个突起。 | ||||||
| 6 | 电流开关装置 | CN201380030666.5 | 2013-05-24 | CN104350565A | 2015-02-11 | H.马特拉; M.维里瓦恩伊奥 |
| 本发明涉及一种电气开关安装组件，其包括壳体(102)和被安装至在壳体(102)的壁中的孔口(103,203)的静止触头(110,112)。该组件包括在孔口(203)的内部区域内的补偿器件用于允许两个不同尺寸的静止触头(110,210,310)被安装至孔口(103,203)，该补偿器件包括形成在壳体(102)或静止触头上的一个或更多个突起(109,209)和/或形成在壳体(102)或静止触头上的一个或更多个凹部(318)用于接收该一个或更多个突起。 | ||||||
| 7 | 具有固定触点、移动触点和可检查的弧形腔室的电气装置 | CN200510134187.5 | 2005-12-27 | CN1797639B | 2010-05-05 | L·阿佐拉; S·贝萨纳 |
| 本发明涉及一种电气装置(1)，其优选地用于低压系统中。该装置(1)包括一个或多个固定触点(10a，10b，10c)，该固定触点连接到断电区域附近的相对应移动触点(20a，20b，20c)上。该固定触点(10a，10b，10c)容纳在至少一个可至少部分分离的模块(30)上，该模块可操作地连接到装置(1)的结构部件(5)上，从而固定触点(10a，10b，10c)采取预定操作位置，每个固定触点都在该预定操作位置附近连接到相对应的移动触点(20a，20b，20c)上。为了执行固定触点、移动触点和位于断电区域附近的可能的其他部件上的检查和维护操作，该可至少部分分离的模块(30)可以完全或部分远离结构部件(5)移动。 | ||||||
| 8 | 带有触头销导向件的电力开关设备 | CN99106332.5 | 1999-05-06 | CN1097272C | 2002-12-25 | 保罗·理查德·拉库斯 |
| 一种触头销导向件(147)横向地向电力开关设备(1)的触头承载件(47)上的触头销(49)延伸，并具有供触头销(49)延伸穿过及保持有间隔关系的有间隔的开口(149)。触头销导向件(147)被定位得使邻接触头销(49)自由端(53)的灭弧趾(55)与主触头(41)及触头弹簧(79)隔离，以便保护后者的零件免受灭弧时所生电弧气体与碎屑之害。触头销导向件(147)中的开口(149)是狭长的，以使得触头销(49)有差异地摆动但不是轴向移动。触头销导向件(147)在模制于触头承载件(47)的自由端(153)中的凹座(151)中滑动，并被触头销(49)捕获而随其移动。 | ||||||
| 9 | 带有触头销导向件的电力开关设备 | CN99106332.5 | 1999-05-06 | CN1238539A | 1999-12-15 | 保罗·理查德·拉库斯 |
| 一种触头销导向件(147)横向地向电力开关设备(1)的触头承载件(47)上的触头销(49)延伸，并具有供触头销(49)延伸穿过及保持有间隔关系的有间隔的开口(149)。触头销导向件(147)被定位得使邻接触头销(49)自由端(53)的灭弧趾(55)与主触头(41)及触头弹簧(79)隔离，以便保护后者的零件免受灭弧时所生电弧气体与碎屑之害。触头销导向件(147)中的开口(149)是狭长的，以使得触头销(49)有差异地摆动但不是轴向移动。触头销导向件(147)在模制于触头承载件(47)的自由端(153)中的凹座(151)中滑动，并被触头销(49)捕获而随其移动。 | ||||||
| 10 | 模铸绝缘箱壳断路器的操动机构和其各极间的传动系统 | CN86107135 | 1986-10-29 | CN1011450B | 1991-01-30 | 布尔·马克; 尼布昂·简·彼里 |
| 关于模铸箱壳断路器各电极和操动机构间的传动系统。触头分组件中带有一个触指支撑盒和每极的一个连接座，支撑盒通过其上轴头枢装在连接座上轴承中，且通过一个与可释放的耦合器件相配合的连杆机构接到公共轴上，故能中断与该公共横轴相连的各极的连杆系统。绝缘箱壳的侧壁之一上有一个开口通到每极触头所在的隔室，从该开口取出灭弧栅，即能视查到每极的触头状态，而不需拆除箱壳。 | ||||||
| 11 | INTERCHANGEABLE SWITCHING MODULE AND ELECTRICAL SWITCHING APPARATUS INCLUDING THE SAME | US13942083 | 2013-07-15 | US20150014277A1 | 2015-01-15 | PETER JOHN THEISEN; PAUL JASON ROLLMANN; MARK ALLAN JUDS; THOMAS JOHANN SCHOEPF; XIN ZHOU |
| An interchangeable switching module is for an electrical switching apparatus including a first enclosure, separable contacts and an operating mechanism structured to open and close the separable contacts. The interchangeable switching module includes a second enclosure structured to fit within the first enclosure of the electrical switching apparatus; and an interchangeable electrical circuit and/or mechanical mechanism within the second enclosure and being structured to cooperate with switching of the separable contacts. | ||||||
| 12 | Electromagnetic switch | US10231950 | 2002-08-30 | US06707357B1 | 2004-03-16 | Hung-Chieh Chuang |
| An electromagnetic switch includes an electromagnetic module and a contact module that is to be plugged into the electromagnetic module. The contact module includes a fixed contact member and a movable contact member that is pivoted to the fixed contact member so as to be rotatable relative to the fixed contact member between a first angular position for establishing a first circuit, and a second angular position for establishing a second circuit. | ||||||
| 13 | Rolling electrical contactor | US32696 | 1998-02-27 | US6040705A | 2000-03-21 | Douglas J. Garcia; Christian Saulnier |
| A replaceable roller turns on an axle supported at the end of a cantilever arm. The roller is preferably brass or other highly conductive, durable material for making electrical contact with a terminal of an electrical device, e.g. a ceramic capacitor. The arm is made from a highly conductive, resilient material. There are a plurality of such arms with rollers connected in parallel to a holding module, preferably with the rollers aligned. The holding module is secured to a structure, e.g. a component test handler jig, and provides a conductive path between each roller/cantilever arm assembly and the test jig. In operation a stream of components are indexed to the rollers such that their terminals are aligned with the rollers. The rollers intrude slightly into the path of the compnents so that as they are indexed to the rollers, the components deflect the rollers causing them to roll across the components' terminals. The resilience of the cantilever arms presses the rollers against the terminals to make good electrical contact. Preferably the roller/cantilever arm assemblies are easily disconnectable from their holders so they can be quickly replaced when needed, and this patent describes such a preferred connection mechanism. | ||||||
| 14 | Electrical switching apparatus with improved contact arm carrier arrangement | US74075 | 1998-05-07 | US6005206A | 1999-12-21 | Paul Richard Rakus; Glen Charles Sisson; Perry Robert Gibson; Keith Lynn Mayhood |
| The contact fingers of electrical switching apparatus have radial convex surfaces centered on the pivot pins which seat on concave surfaces in the molded contact carrier to transmit bending loads on the pin into the carrier. A seal member which snaps onto the end of the pivot pin has fins which extend between the contact fingers to block flow of arcing gases through the carrier. For lower current ratings, some of the contact fingers are replaced by annular spacers which also transmit bending moments into the carrier and restrict gas flow. A stop ledge on the carrier against which the contact springs bias the contact fingers has a recess which allows the center fingers to project farther toward the stationary contacts so that the arc toes on these fingers are the last to separate on opening and the arc is concentrated on them. The drive pin connecting the carrier to the operating mechanism has flats which key it for engagement in a slot in the carrier for installation and removal only with the carrier pivots lifted out of their bearing pockets by removal of the rear casing. | ||||||
| 15 | Pushbutton switches | US27963D | 1972-12-15 | USRE27963E | 1974-04-09 | |
| A PUSHBUTTON SWITCH IS PROVIDED WITH A SLIDER WITH A STOP PART EXTENDING INTO A GROOVE IN THE SLIDER. THE STOP PART IS HELD IN POSITION BY A RETRACTIBLE HELICAL SPRING PARALLEL TO THE SLIDER.
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| 16 | System of motor control | US37377120 | 1920-04-14 | US1391808A | 1921-09-27 | VALKENBURG HERMON L VAN |
| 17 | Electrical contacts to rotate | JP51253299 | 1998-08-11 | JP2001504982A | 2001-04-10 | ガルシア、ダグラス、ジェイ．; ソールニー、クリスチャン |
| (57)【要約】 アーム６の一端に軸支される車軸２４上に回転する交換可能なローラ４。 このローラ４は、好ましくは、例えばセラミックコンデンサのような電気部品の端子に接続される電気接続子を製造するのに耐久性のある真鍮その他の導電性の高い材質から構成される。 上記アーム６は、導電性の高い弾性の材質から構成される。 | ||||||
| 18 | Electric circuit breaker | JP25807386 | 1986-10-29 | JPS62105332A | 1987-05-15 | MARUKU BIYUURU; JIYAN PIEERU NUBON |
| 19 | REMOVABLE ELECTRIC CURRENT SWITCHING ELEMENT AND ELECTRICAL SWITCHGEAR FOR SWITCHING AN ELECTRIC CURRENT COMPRISING SUCH A REMOVABLE SWITCHING ELEMENT | US15944055 | 2018-04-03 | US20180337007A1 | 2018-11-22 | Patrick LARCHER; Patrick Comtois |
| A removable electric current switching element includes a housing including a first bottom plate and a second bottom plate opposite to one another. The housing includes insulating walls which extend around electrically mobile contacts from the second bottom plate and in a direction perpendicular to the second bottom plate. The housing also includes protection walls which at least partially cover internal faces of the insulating walls, these protection walls being formed of a single piece with the second bottom plate. | ||||||
| 20 | ELECTROMAGNETIC SWITCH | US10231950 | 2002-08-30 | US20040041672A1 | 2004-03-04 | Hung-Chieh Chuang |
| An electromagnetic switch includes an electromagnetic module and a contact module that is to be plugged into the electromagnetic module. The contact module includes a fixed contact member and a movable contact member that is pivoted to the fixed contact member so as to be rotatable relative to the fixed contact member between a first angular position for establishing a first circuit, and a second angular position for establishing a second circuit. | ||||||
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