| 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 | 断路器和差动开关等电气设备的防错装置 | CN98111661.2 | 1998-12-18 | CN1085396C | 2002-05-22 | 伯纳德·勒博; 帕特里克·吉隆; 克劳德·伯诺特; 帕斯卡尔·汉尼奎恩; 让·多尼尔 |
| 一种用于断路器和差动开关等电气设备的防错装置，包括设在第一设备外壳上一定数量的销，各销分别对应着一种在配合时需要考虑的特征，在另一设备的外壳上设有相同数量的孔，用拆掉后可以露出孔的堵塞件封闭住上述的孔，在两设备的结合位置上，上述销的位置分别面对着孔，排除与第一设备的非确认特征相对应的销，拆除与第二设备的确认特征相对应的孔中的堵塞件，让第一设备上没有被排除的销可以插入第二设备上对应的孔。 | ||||||
| 2 | 开关装置单元 | CN97119503.X | 1997-09-17 | CN1065355C | 2001-05-02 | 诺伯特·齐默尔曼 |
| 一种开关装置单元，其具有一个开关装置(1)和一个在前侧与该开关装置(1)相耦合的辅助开关组件(5)，其中该开关装置在其耦合区内具有一个第一编码，而辅助开关组件具有一个可与第一编码相匹配的用于耦合的第二编码，本发明建议，第一编码是开关装置(1)的多个可能的编码状态中的一个，其中一编码状态是开关装置的初始编码，而另一编码状态是通过截断或折断开关装置初始编码的一个或多个编码元件(12)而导致的初始编码的一变化。 | ||||||
| 3 | 用于具有模压外壳的电路断路器上的辅助开关安装结构 | CN01800522.5 | 2001-03-08 | CN1364303A | 2002-08-14 | D·S·克里斯滕森; R·N·卡斯顿圭; J·罗森; F·德维齐 |
| 一种模压外壳电路断路器组件利用辅助开关来实现指示和控制功能。这种有至少一个电极的电路断路器组件包括一个固定触点和一个活动触点,该活动触点与一个可移动的接触臂相连接,而该可移动的接触臂可被一弹簧机构所致动。该弹簧机构被固定到操作手柄上。当检测到故障时,一个安装在模压外壳之中间盖内的跳闸装置将固定触点和活动触点隔开。该中间盖包括至少一个辅助开关隔室,其中单个辅助开关隔室能够容纳多个合适的辅助开关。 | ||||||
| 4 | 熔丝盒接插件 | CN95101604.0 | 1995-01-28 | CN1048352C | 2000-01-12 | 弗里德里克·J·A·克雷姆斯基 |
| 一种汽车熔丝盒，包括装在其上的接插件模块，通过熔丝使汽车的电气装置连至供电线。某些熔丝通过导线接至单个电气装置，其它熔丝通过导线连至多个电气装置。电力通过各装在接插件模块中并与供电线相接的供电接头之一供给熔丝的其它接头。接至共同熔丝的多根电缆连接到装在接线柱模块外壳中的IDC分接接头上，该接线柱模块插入汽车装配线上的接插件模块中。 | ||||||
| 5 | 断路器和差动开关等电气设备的防错装置 | CN98111661.2 | 1998-12-18 | CN1228603A | 1999-09-15 | 伯纳德·勒博; 帕特里克·吉隆; 克劳德·伯诺特; 帕斯卡尔·汉尼奎恩; 让·多尼尔 |
| 一种用于断路器和差动开关等电气设备的防错装置,包括设在第一设备外壳上一定数量的销,各销分别对应着一种在配合时需要考虑的特征,在另一设备的外壳上设有相同数量的孔,用拆掉后可以露出孔的堵塞件封闭住上述的孔,在两设备的结合位置上,上述销的位置分别面对着孔,排除与第一设备的非确认特征相对应的销,拆除与第二设备的确认特征相对应的孔中的堵塞件,让第一设备上没有被排除的销可以插入第二设备上对应的孔。 | ||||||
| 6 | 电磁接触装置 | CN201080015870.6 | 2010-06-14 | CN102365699B | 2016-02-17 | 大久保幸治; 高谷幸悦; 中康弘; 大上聪克 |
| 两个电磁接触器(1a，1b)彼此相邻布置，且可逆单元(2)附连于这些电磁接触器以可拆下。两个辅助触点单元(4a，4b)附连于可逆单元以可拆下，且两个电涌吸收单元(3a，3b)附连于电磁接触装置以可拆下。 | ||||||
| 7 | 电磁接触装置 | CN201080015870.6 | 2010-06-14 | CN102365699A | 2012-02-29 | 大久保幸治; 高谷幸悦; 中康弘; 大上聪克 |
| 两个电磁接触器(1a，1b)彼此相邻布置，且可逆单元(2)附连于这些电磁接触器以可拆下。两个辅助触点单元(4a，4b)附连于可逆单元以可拆下，且两个电涌吸收单元(3a，3b)附连于电磁接触装置以可拆下。 | ||||||
| 8 | 包括有额定值插头壳体的断路器和键接该壳体的方法 | CN00138100.8 | 2000-12-28 | CN1255838C | 2006-05-10 | J·A·马普勒; A·R·索茨 |
| 本一种用于具有电子脱扣单元的断路器的改进额定值插头壳体(10)。该额定值插头壳体(10)在壳体(10)的底部上有一系列伸出的突片(14)。脱扣单元壳体(50)形成断路器壳体的一部分。脱扣单元壳体(50)包括一接纳插头壳体(10)的凹槽(52)。如果额定值插头与给定的脱扣单元相配，那么突片(14)和城堡状突片(54)将不干涉，且能够插入。如果额定值插头与给定的脱扣单元不相配，那么突片(14)和城堡状突起(54)将干涉，且不能够插入。突片(14)或突出部(53)可以采用一手持工具从壳体(10)或凹槽(52)去除。 | ||||||
| 9 | 用于断路器的改进的额定值插头壳体 | CN00138100.8 | 2000-12-28 | CN1308356A | 2001-08-15 | J·A·马普勒; A·R·索茨 |
| 一种用于具有电子脱扣单元的断路器的改进额定值插头壳体(10)。该额定值插头壳体(10)在壳体(10)的底部上有一系列伸出的突片(14)。脱扣单元壳体(50)形成断路器壳体的一部分。脱扣单元壳体(50)包括一接纳插头壳体(10)的凹槽(52)。如果额定值插头与给定的脱扣单元相配,那么突片(14)和城堡状突片(54)将不干涉,且能够插入。如果额定值插头与给定的脱扣单元不相配,那么突片(14)和城堡状突起(54)将干涉,且不能够插入。突片(14)或突出部(53)可以采用一手持工具从壳体(10)或凹槽(52)去除。 | ||||||
| 10 | 具有可耦合的辅助开关组件的开关装置 | CN97119503.X | 1997-09-17 | CN1178383A | 1998-04-08 | 诺伯特·齐默尔曼 |
| 一种具有可耦合的辅助开关组件的开关装置(1),它与一个根据其触点配置相对应地可耦合的辅助开关组件(5)均装配有相互对应的编码(12、13),人而避免耦合不匹配的辅助开关组件。 | ||||||
| 11 | 熔丝盒接插件 | CN95101604.0 | 1995-01-28 | CN1111039A | 1995-11-01 | 弗里德里克·J·A·克雷姆斯基 |
| 一种汽车熔丝盒，包括装在其上的接插件模块，通过熔丝使汽车的电气装置连至供电线。某些熔丝通过导线接至单个电气装置，其它熔丝通过导线连至多个电气装置。电力通过各装在接插件模块中并与供电线相接的供电接头之一供给熔丝的其它接头。接至共同熔丝的多根电缆连接到装在接线柱模块外壳中的IDC分接接头上，该接线柱模块插入汽车装配线上的接插件模块中。 | ||||||
| 12 | Push button mechanism, operation panel, and image forming apparatus | US11492827 | 2006-07-26 | US20070023270A1 | 2007-02-01 | Hayato Watanabe |
| A push button mechanism that includes plural push button members and one or more positioning members. The plural push button members have push portions for receiving an external force. The positioning member includes plural positioning portions corresponding to each shape of the plural push button members. The positioning member prevents engaging each corresponding push button member with each positioning portion that does not correspond to the push button member. | ||||||
| 13 | A PLUGBOARD FOR HOUSING SOCKETS AND MICRO-RELAYS | US10707929 | 2004-01-26 | US20040174238A1 | 2004-09-09 | Montserrat Pinol Pedret; Jose Maria Pares Caselles |
| A plugboard for housing sockets and micro-relays, of the type used for housing a plurality of connectors, sockets or micro-relays, which is composed of a base (1) and a plurality of holes for housing connectors, sockets or micro-relays (2), said holes not being aligned with each other and with the position of alternating holes for introducing the connector, socket or micro-relay rotated 180null with regard to the position of the remaining holes intended for housing the connectors, sockets or micro-relays of the ends of the plugboard. | ||||||
| 14 | Rating plug for circuit breakers | US09473180 | 1999-12-28 | US06346869B1 | 2002-02-12 | James A. Marple; Aaron Soucy |
| An improved rating plug housing is presented for use with circuit breakers having electronic trip units. The housing (10) for the rating plug has a series of protruding tabs (14) on the bottom of the housing (10). A trip unit housing (50) forms part of a circuit breaker housing. Trip unit housing (50) includes a recess (52) for receiving the trip unit housing (10). Recess (52) has a series of castellations (54) on the bottom of the recess (52). If a rating plug is appropriate for a given trip unit, the pattern of tabs (14) and castellations (54) will not interfere, and insertion will be permitted. If a rating plug is not appropriate for a given trip unit, the pattern of tabs (14) and castellations (54) will interfere, and insertion will not be permitted. Tabs (14) or projections (53) may be removed from housing (10) or recess (52) using a hand-held tool. | ||||||
| 15 | Accessory compartment for high ampere-rated circuit breaker | US248900 | 1994-05-25 | US5605224A | 1997-02-25 | Raymond K. Seymour; Paul T. Rajotte; Paul H. Singer; John A. Pollman |
| This invention relates to a high ampere-rated circuit breaker which meets the electrical code requirements of the world market. The circuit breaker electronic trip unit is contained within a recess in the circuit breaker cover and is interlocked with the circuit breaker operating mechanism to articulate the operating mechanism upon removal. The accessory units are contained within an adjoining accessory compartment recess within the circuit breaker cover. Rejection pins on the accessories insure that the correct accessories are connected within the corresponding accessory compartments. | ||||||
| 16 | Circuit breaker comprising a removable calibrating device | US217329 | 1994-03-23 | US5450048A | 1995-09-12 | Jean-Francois Leger; Gilles Savoyat |
| A removable calibrating unit comprises a body, a front panel and a part in the form of a reversible ramp. The reversible ramp comprises an end close to the front panel and an end away from the front panel. Extraction of the removable unit is achieved by means of a pin comprising an extraction lug. When the pin is subjected to rotational movement in one direction, the lug moves from the end close to the front panel to the end away from the front panel and results in extraction of the unit by applying thereon a force separating the unit from the circuit breaker. | ||||||
| 17 | Electromagnetic switching device | US582864 | 1991-04-08 | US5347250A | 1994-09-13 | Markus Muske |
| An electromagnetic switching device comprises a housing containing a switch contact space and connection contact space, and a driving space formed by a basic body in which the magnet and coil are lodged. The parts of the connection contacts and coil connections of the pre-assembled contact carrier with return spring and of a switch space cover with an insertion device that can be releasably fastened to said cover, which are to be accommodated in the housing, are assembled in succession from a direction perpendicular to the sliding direction of the contact carrier and retained by interlocking connections. | ||||||
| 18 | Arrangement for coupling an auxiliary switch mechanism | US765402 | 1991-09-24 | US5197594A | 1993-03-30 | Johann Drexler; Erwin Flierl; Werner Harbauer |
| The invention concerns an arrangement to couple an auxiliary switch mechanism to an electrical switchgear unit, preferrably a contactor, with a contact slide piece onto which the moving contact pieces are mounted, and a switchgear housing onto which the switchgear fixed-mounted contact pieces are mounted. The contact slide pieces of the switchgear unit and the auxiliary switch mechanism are mounted so that they can slide transversely to the direction of connection. A projection of the auxiliary switch mechanism is positioned in a cutout of the contactor in an interlocking fashion. The connection of contact slide pieces similarly takes place in a positive, interlocking fashion. A lock makes an effective connection with the position of the contact slide piece in the auxiliary switch mechanism, thereby preventing the removal of the auxiliary switch mechanism when the unit is switched on. | ||||||
| 19 | Molded case circuit interrupter rating plug keying and interlock arrangement | US310180 | 1989-02-15 | US5027091A | 1991-06-25 | David J. Lesslie; Robert A. Morris; Alan J. Messerli; Graham A. Scott; Alexander A. Krajewski |
| An electronic circuit interrupter includes an electronic trip circuit contained within a circuit interrupter enclosure along with an externally accessible rating plug for setting the ampere rating. The rating plug includes keying tabs that fit within corresponding keying slots formed on the top surface of the electronic circuit interrupter enclosure. Interlock is provided between the rating plug and the electric panelboard which includes a plurality of electronic circuit interrupters connected within an industrial power system. Tabs formed on the side walls of the rating plug are trapped under the panelboard face plate to prevent removal of the rating plug without first removing the panelboard face plate. | ||||||
| 20 | Electromagnetic switching apparatus with interchangeable switches | US105746 | 1987-10-08 | US4800352A | 1989-01-24 | Andre Haury; Elie Bebel; Michel Lauraire; Andre Vergez |
| An electromagnetic switching apparatus with interchangeable switches is provided, including a base with a bottom and a cavity containing an electromagnet whose mobile armature, through a disconnectable transmission piece, actuates the mobile contact of a switch housed in an insulating case removably associated with a fixing face of the base opposite the bottom, said fixing surface including openings for the passage of said transmission piece, said base having connection terminals connected to contact pieces which cooperate with corresponding pieces connected to the switch. | ||||||
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