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 用于模制箱断路器的柔性不易碎安培数标记器 CN201080048278.6 2010-10-27 CN102576616B 2014-12-24 丹尼斯·W·弗莱格
一种柔性安培数标记器,指示断路器中的跳闸单元的安培数等级。标记器与跳闸单元的外壳一起模制,以使标记器即便在安装到不同的断路器中时也归属于跳闸单元。标记器包括固定到跳闸单元的壁的附接部件和与附接部件成整体的柔性腿。顶表面部件指示安培数等级且穿过断路器的辅助盖突出,以便是穿过配电板可见的,其中断路器安装到配电板中并连接到顶表面部件。在电路中断期间,由爆破气体产生的压迫使辅助盖远离跳闸单元,在标记器上产生应力。柔性腿允许腿与辅助盖一起移动并返回到其原始形式而不断裂。标记器还可包括第二腿,其在断路器的组装期间,防止跳闸单元的锤移出其预组装位置
2 用于断路器的配件和凹槽的识别系统 CN01800999.9 2001-03-13 CN1205637C 2005-06-08 R·L·海恩; M·H·托马斯; K·格吕恩沃尔德特
发明公开了一种识别在断路器模制框架(12)的凹槽(24)内的各种断路器配件(120,130)的正确位置的识别系统。该系统包括靠近框架(12)内的凹槽(24)的凹槽符号(26),这些凹槽符号与位于配件(120,130)的前可见表面(122,132)上的配件符号(52)相匹配。该系统还可包括位于配件(120,130)上的用于表示配件名称(98)的名称标签(90)。本发明还公开了使用本发明的识别系统的断路器(10)。
3 一种带有照明杆的空开箱 CN201310650773.X 2013-12-08 CN104701099A 2015-06-10 上官金辉
发明属于输配电设备领域,具体提供了一种带有照明杆的空开箱,包括固定面板,所述固定面板上设有活动杆,活动杆下端粘接有LED灯,固定面板左端粘接有固定活动杆的卡座,所述活动杆包括平杆和与水平杆左端联接的竖直杆,解决了现有技术中空开箱没有照明杆的问题,该带有照明杆的空开箱提供了LED灯可以在黑暗的环境下给使用者提供照明,方便使用者维修空开;活动杆的设计避免出现使用者在维修位置较高的空开箱时需要搭梯子的情况,便于使用者快速的将跳闸的空开复位。
4 一种有活动杆的夜光空开箱 CN201310650771.0 2013-12-08 CN104701098A 2015-06-10 上官金辉
发明属于输配电设备领域,具体提供了一种有活动杆的夜光空开箱,包括固定面板和与固定面板通过销轴联接的保护壳,所述保护壳上喷涂有夜光涂层,固定面板下端设有活动装置,活动装置包括活动杆和用于固定活动杆的卡座,卡座与固定面板下端活动链接,解决了现有技术中空开箱没夜光涂层和活动装置的问题,该有活动杆的夜光空开箱提供了夜光涂层可以在黑暗的环境下给使用者提供夜光,方便使用者维修空开;活动杆的设计避免出现使用者在维修位置较高的空开箱时需要搭梯子的情况,便于使用者快速的将跳闸的空开复位。
5 包括标牌保护盖和标牌支承拉片的模化电气设备 CN200910140011.9 2009-07-14 CN101630599B 2012-07-04 E·吉罗东
发明涉及一种模化电气设备,该电气设备包括:外壳(10),所述外壳(10)具有设有识别部分的前面;标牌保护盖(110),该标牌保护盖与所述识别部分配合以限定接纳腔,所述接纳腔经由一狭缝通向外部;以及拉片(120),该拉片安装成通过该狭缝在所述接纳腔中平移移动,所述拉片包括沿着一个侧边的边缘(121),所述边缘适于当拉片完全接合在所述接纳腔中时至少部分地封闭所述狭缝。按照本发明,模块化电器设备包括止机构,以用于当拉片处在伸出到所述接纳腔外部的位置时防止该拉片相对于外壳移动。
6 包括标牌保护盖和标牌支承拉片的模化电气设备 CN200910140011.9 2009-07-14 CN101630599A 2010-01-20 E·吉罗东
发明涉及一种模化电气设备,该电气设备包括:外壳(10),所述外壳(10)具有设有识别部分的前面;标牌保护盖(110),该标牌保护盖与所述识别部分配合以限定接纳腔,所述接纳腔经由一狭缝通向外部;以及拉片(120),该拉片安装成通过该狭缝在所述接纳腔中平移移动,所述拉片包括沿着一个侧边的边缘(121),所述边缘适于当拉片完全接合在所述接纳腔中时至少部分地封闭所述狭缝。按照本发明,模块化电器设备包括止机构,以用于当拉片处在伸出到所述接纳腔外部的位置时防止该拉片相对于外壳移动。
7 识别安装到熔线盒或类似装置内的元件的装置 CN200610144839.8 2006-11-23 CN101083189A 2007-12-05 胡安·安东尼奥·马丁内茨·泽姆布拉娜
发明提供了用于识别安装到熔线盒或类似装置内的元件的装置,该装置是这种类型的,包括:底板,安装有用于放置待检测的熔线盒的盒体;以及观察室,位于与熔线盒相对的位置。该装置包括观察室镜头保护装置、用于最佳图像获取的照明系统、以及用于分析所获得的图像并控制该装置的控制单元。
8 一种高可靠性的断电开关 CN201710134390.5 2017-03-08 CN106847623A 2017-06-13 蒋宗霞
发明公开了一种高可靠性的断电开关,包括用于固定用电器的固定板,所述固定板直处设置有安装孔,所述固定板内壁粘接有用于接用电器电线的连接板,所述连接板左侧或右侧固定连接有保护套,所述保护套与断路器电性连接,所述断路器包括闸刀开关和作为断路器左右两端的安装板,所述闸刀开关与断路器可转动连接,所述断路器上方焊接有底座,所述底座上方镶嵌有电性连接在断路器上的监控装置,所述监控装置包括监控仪表、通讯总线转换器、传感器支撑板、检测器和固定座。该高可靠性的断电开关,监控装置可以监控断路器,实时地向人们传送断路器的状态,及时知道断路器是否损坏,防止影响断路开关进行断路工作。
9 一种有夜光涂层和置物盒的空开箱 CN201310650756.6 2013-12-08 CN104701097A 2015-06-10 上官金辉
发明属于输配电设备领域,具体提供了一种有夜光涂层和置物盒的空开箱,包括固定面板和设置在固定面板上的空开,所述空开包括上表面,上表面上喷涂有夜光涂层,固定面板右端设有置物盒,置物盒和右端通过竖直销轴联接,解决了现有技术中空开箱没有夜光涂层和置物盒的问题,该有夜光涂层和置物盒的空开箱提供的夜光涂层在黑暗中可以发出亮光,使用者可借助亮光快速确定跳闸的空开,操作简单实用性强;置物盒的设计给使用者提供了放置修理工具的地方,在应急情况下也可以修理空开箱,增加了空开箱的功能性。
10 用于模制箱断路器的柔性不易碎安培数标记器 CN201080048278.6 2010-10-27 CN102576616A 2012-07-11 丹尼斯·W·弗莱格
一种柔性安培数标记器(206),其指示断路器(200)中的跳闸单元(202)的安培数等级。标记器与跳闸单元的外壳一起模制,以使标记器即便在安装到不同的断路器中时也归属于跳闸单元。标记器包括固定到跳闸单元的壁的附接部件和与附接部件(214)成整体的柔性腿。顶表面部件(210)指示安培数等级且穿过断路器的辅助盖(204)突出,以便是穿过配电板可见的,其中断路器安装到该配电板中并连接到顶表面部件。在电路中断期间,由爆破气体产生的压迫使辅助盖远离跳闸单元,在标记器上产生应力。柔性腿(220)允许腿与辅助盖一起移动并返回到其原始形式而不断裂。标记器还可包括第二腿(222),其在断路器的组装期间,防止跳闸单元的锤(224)移出其预组装位置
11 保护尤其是电开关设备防仿造的方法 CN00118302.8 2000-06-08 CN1192336C 2005-03-09 P·弗洛尔; K·T·维尔纳
发明描述了一种用于证实尤其是电开关设备或类似物不合法仿造的方法,其中在该开关设备的外壳的外表面或内表面或类似处上沉积一种彩色印记,该彩色印记中包含有仅能用专方法如红外线测试及类似测试才可测出的颜料。
12 用于断路器的配件和凹槽的识别系统 CN01800999.9 2001-03-13 CN1366695A 2002-08-28 R·L·海恩; M·H·托马斯; K·格吕恩沃尔德特
发明公开了一种识别在断路器模制框架(12)的凹槽(24)内的各种断路器配件(120,130)的正确位置的识别系统。该系统包括靠近框架(12)内的凹槽(24)的凹槽符号(26),这些凹槽符号与位于配件(120,130)的前可见表面(122,132)上的配件符号(52)相匹配。该系统还可包括位于配件(120,130)上的用于表示配件名称(98)的名称标签(90)。本发明还公开了使用本发明的识别系统的断路器(10)。
13 保护尤其是电开关设备防仿造的方法 CN00118302.8 2000-06-08 CN1277420A 2000-12-20 P·弗洛尔; K·T·维尔纳
发明描述了一种用于证实尤其是电开关设备或类似物不合法伪造的方法,其中在该开关设备的外壳的外表面或内表面或类似处上沉积一种彩色印记,该彩色印记中包含有仅能用专方法如红外线测试及类似测试才可测出的颜料。
14 FRAME MODULE, CIRCUIT BREAKER INCLUDING THE SAME AND ASSOCIATED METHOD US14833253 2015-08-24 US20170062166A1 2017-03-02 JAMES LEO LAGREE; DAVID RAYMOND ROHN; PAUL RICHARD RAKUS; ROBERT FREDERICK BROOKS; YIBO CHEN
A frame module for a circuit breaker includes a first interface structured to connect to a trip unit, a second interface structured to connect to a frame, and a current rating storage unit structured to store a current rating associated with the frame and to provide the stored current rating to the trip unit when the trip unit is connected to the first interface.
15 Electrical system lock out switch US13752918 2013-01-29 US09064646B2 2015-06-23 Jeffrey T. Wavering
An electrical switch for use in an electrical actuation system is provided including a switch box having an upper surface with an opening. A stem guide is coupled to the switch box adjacent the opening. A lock out mechanism is received within a central bore of the stem guide and the opening. The lock out mechanism is configured to move between a first position and a second position to selectively break a flow of power through the electrical switch. A pin is configured to couple the lock out mechanism to the stem guide in one of the first position or the second position.
16 ELECTRICAL SYSTEM LOCK OUT SWITCH US13752918 2013-01-29 US20140209438A1 2014-07-31 Jeffrey T. Wavering
An electrical switch for use in an electrical actuation system is provided including a switch box having an upper surface with an opening. A stem guide is coupled to the switch box adjacent the opening. A lock out mechanism is received within a central bore of the stem guide and the opening. The lock out mechanism is configured to move between a first position and a second position to selectively break a flow of power through the electrical switch. A pin is configured to couple the lock out mechanism to the stem guide in one of the first position or the second position.
17 ID TAG FOR CIRCUIT BREAKER US13543003 2012-07-06 US20130008068A1 2013-01-10 Chester Kolton; Michael Norman; Jake Strassburger; Alex Tetiyevsky
A tag for attachment to a circuit breaker is formed from a sheet of plastic material having first and second notches, one or more catches corresponding to one or more apertures, an electronic security device and a plurality of parallel grooves extending between the edges to form a plurality of sections. The tag is assembled by folding the sheet of plastic material so that the end sections overlap and the apertures fixedly receive the catches to secure the tag in a closed position. The notches in the first and second top sections form an opening, which is adapted for receiving the circuit breaker switch.
18 FLEXIBLE NON-FRANGIBLE AMPERAGE FLAG FOR MOLDED CASE CIRCUIT BREAKERS US12607476 2009-10-28 US20110094863A1 2011-04-28 Dennis W. Fleege
A flexible amperage flag that indicates an amperage rating of a trip unit in a circuit breaker. The flag is molded with a housing of the trip unit so that it remains with the trip unit even when installed into a different circuit breaker. The flag includes an attachment member secured to a wall of the trip unit and a flexible leg integral with the attachment member. A top surface member indicates the amperage rating and protrudes through an auxiliary cover of the circuit breaker so as to be visible through the panelboard into which the circuit breaker is installed and is connected to the top surface member. During a circuit interruption, the pressure created by the exploding gas forces the auxiliary cover away from the trip unit, creating stress on the flag. The flexible leg permits the flag to move with the auxiliary cover and return to its original form without breaking. The flag can also include a second leg that prevents movement of a hammer of the trip unit out of its pre-assembled position during assembly of the circuit breaker.
19 Easy-to-read breaker panel US11841113 2007-08-20 US07616096B1 2009-11-10 Fred Sorensen
A movable reference guide mounted to slide over a circuit breaker reference chart on the door of a circuit breaker box to visually mark individual circuit breaker labels on the chart, and indicator lights associated with each of the circuit breakers on the breaker panel opposite the door, the indicator lights responsive to the position of the guide on the reference chart to light up when their corresponding labels are marked by the guide. In the preferred form the guide includes a magnifier lens to enlarge the writing on the labels.
20 Accessory and recess identification system for circuit breakers US09526995 2000-03-15 US06366188B1 2002-04-02 Richard L. Hein; Michael H. Thomas; Kay Gruenwoldt
An identification system for identifying correct placement of various circuit breaker accessories within recesses of a circuit breaker molded frame is disclosed. The system includes recess symbols adjacent the recesses in the frame and matching accessory symbols positioned on a front, visible surface of the accessories. The system may further include name labels positioned on the accessories for labeling the accessories'names. A circuit breaker employing the identification system of the present invention is also disclosed.
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