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 开关 CN201210185986.5 2012-06-05 CN102820157A 2012-12-12 A·叙塔里南; R·科尔莫南; O·雨伊托
发明提供一种用于旋转开关的固定触点,其包括用于连接到导体的连接部。该固定触点包括第一部分(17)和第二部分(18),该第一部分(17)和第二部分(18)从该连接部突出以大致形成为字母Y形,且该第一部分(17)和第二部分(18)都作为将该固定触点连接到旋转触点的接触部,以及作为将该固定触点(11)支撑于开关本体(2,3,4)的支撑部。
2 电流开关设备 CN201310232504.1 2013-06-13 CN103489689B 2017-04-12 H.马特拉; M.维瓦伊尼奥
发明涉及电流开关设备。本发明涉及旋转式开关模,其包括第一固定触头(110)和第二固定触头(112),以及用于在第一固定触头(110)和第二固定触头(112)之间进行电连接的可动触头(130),开关包括用于旋转可动触头(130)的旋转式促动器(120)。旋转式促动器(120)在其表面上包括指示开关的断开位置的第一标记(123),以及指示开关的闭合位置的第二标记(125),开关模块包括显示第一标记(123)的第一窗口(104),以及与第一窗口(104)分开的、显示第二标记(125)的第二窗口(106)。
3 远动通道自环装置 CN201610342063.4 2016-05-19 CN105826118A 2016-08-03 帕提合努尔·叶列解甫; 邵瑞琦; 芦新强; 王清; 刘兵; 张玉营
发明涉及无人值守变电站自动化系统技术领域,是一种远动通道自环装置,其包括绝缘壳体、旋转开关、工作触点、测试触点,在绝缘壳体前侧自上而下分别固定安装有工作触点,在绝缘壳体后侧自上而下分别固定安装有测试触点,工作触点和测试触点分别与传输线电连接,在绝缘壳体内安装有能使工作触点和测试触点断开和导通的旋转开关。本发明结构合理而紧凑,操作简单,效率高,能迅速判断出故障范围,通知相关专业人员进行处理故障,减少专业人员处理故障的时间,降低检修人员的劳动强度,节约企业的生产成本,提高企业的经济效益。
4 一种烘干箱推拉单向控制开关 CN201610180733.7 2016-03-28 CN105655184A 2016-06-08 朱德金
发明公开了一种烘干箱推拉单向控制开关,包含一开关本体,在所述的开关本体侧面设一线路接口,在所述的开关本体顶端设一旋转轴,在所述的开关本体侧面还设一加热线路接口和一照明线路接口。所述的线路接口表面附有弹性塑胶,所述的旋转轴限制于90度内旋转。由于本发明的烘干箱推拉门单向控制开关利用旋转轴下端的凸出口,当烘干箱闭合时,接通加热线路接口,当烘干箱开启时,接通照明线路接口,在取出烘干物质时,可有效的避免人员的烫伤,又可节约能源。又因为所述的线路接口表面附有弹性塑胶,在开闭烘干箱时,可防止振动造成的线路接触不良。
5 开关 CN201210185986.5 2012-06-05 CN102820157B 2015-08-05 A·叙塔里南; R·科尔莫南; O·雨伊托
发明提供一种用于旋转开关的固定触点,其包括用于连接到导体的连接部。该固定触点包括第一部分(17)和第二部分(18),该第一部分(17)和第二部分(18)从该连接部突出以大致形成为字母Y形,且该第一部分(17)和第二部分(18)都作为将该固定触点连接到旋转触点的接触部,以及作为将该固定触点(11)支撑于开关本体(2,3,4)的支撑部。
6 开关 CN201280027539.5 2012-06-05 CN103582925A 2014-02-12 O.尤伊托; A.苏尤塔林恩; R.科尔蒙恩
一种用于旋转式开关的可动触头,包括第一触头和第二触头,第一触头和第二触头布置成彼此相距一距离,以在第一触头和第二触头之间接收固定触头(11)。第二触头(27)是弹簧元件,其构造成在固定触头(11)置于第一触头(26)和第二触头(27)之间时弯曲,以及在固定触头(11)置于第一触头(26)和第二触头(27)之间之后,对固定触头(11)产生挤压
7 开关 CN201280027533.8 2012-06-05 CN103582924B 2017-02-22 O.尤伊托; A.苏尤塔林恩; R.科尔蒙恩
一种用于使旋转式开关的可动触头(14)旋转的滚子(12)包括:第一槽口(34),其沿着滚子收用于与旋转式开关(1)的固定触头(11)接触的可动触头(14);以及第二槽口(36),其布置成垂直于第一槽口(34),以接收待与滚子安装在一起的上部滚子的齿(37,38)。(12)的直径延伸,并且从滚子的顶部开口,以接
8 开关 CN201280027533.8 2012-06-05 CN103582924A 2014-02-12 O.尤伊托; A.苏尤塔林恩; R.科尔蒙恩
一种用于使旋转式开关的可动触头(14)旋转的滚子(12)包括:第一槽口(34),其沿着滚子(12)的直径延伸,并且从滚子的顶部开口,以接收用于与旋转式开关(1)的固定触头(11)接触的可动触头(14);以及第二槽口(36),其布置成垂直于第一槽口(34),以接收待与滚子安装在一起的上部滚子的齿(37,38)。
9 电流开关设备 CN201310232504.1 2013-06-13 CN103489689A 2014-01-01 H.马特拉; M.维瓦伊尼奥
发明涉及电流开关设备。本发明涉及旋转式开关模,其包括第一固定触头(110)和第二固定触头(112),以及用于在第一固定触头(110)和第二固定触头(112)之间进行电连接的可动触头(130),开关包括用于旋转可动触头(130)的旋转式促动器(120)。旋转式促动器(120)在其表面上包括指示开关的断开位置的第一标记(123),以及指示开关的闭合位置的第二标记(125),开关模块包括显示第一标记(123)的第一窗口(104),以及与第一窗口(104)分开的、显示第二标记(125)的第二窗口(106)。
10 2-position rotary switch assembly JP1879385 1985-02-04 JPS60180024A 1985-09-13 FURANKU BUI BURIMURU JIYUNIA
11 JPH0562410B2 - JP1879385 1985-02-04 JPH0562410B2 1993-09-08 FURANKU BUI PURIMURU JUNIA
12 JPS5126987B1 - JP5709569 1969-07-21 JPS5126987B1 1976-08-10
13 On/off switch arrangement for a pivotable display screen in a motor vehicle US15261372 2016-09-09 US10023133B2 2018-07-17 Gregory Paul Van Vooren; Michael Moore
An ON/OFF switch arrangement is for a display screen pivotably mounted within a motor vehicle. The arrangement includes a mounting bracket retaining the display screen and pivotably attached to the motor vehicle such that the mounting bracket may be pivoted about an axis. A switch assembly includes a rotor attached to the mounting bracket. A contactor is attached to the rotor. A base is attached to the motor vehicle such that the rotor and the contactor rotate about the axis relative to the base when the mounting bracket is pivoted. The base has two spaced apart electrical contacts. The contactor electrically interconnects the two contacts within a first range of rotational positions of the rotor, and the contactor does not interconnect the two contacts within a second range of rotational positions of the rotor.
14 ACTUATION DEVICE US15620390 2017-06-12 US20170358409A1 2017-12-14 Volker LANTZSCH; Arne BAHNS; Mathias MÜLLER; Richard Ludwig SCHIEMENZ
An actuating apparatus having a signal transmitter and a mechanical operating element, wherein the mechanical operating element includes a first position that is stable over time and a second position that is stable over time, wherein the mechanical operating element, in the case of a movement from the first position that is stable over time into the second position that is stable over time, actuates the signal transmitter, and wherein the signal transmitter, upon actuation, causes a first signal change followed by a second signal change of an output signal, and an evaluation circuit detects an actuation of the mechanical operating element based on the first signal change and the second signal change.
15 Switch US14099197 2013-12-06 US09478375B2 2016-10-25 Oskari Uitto; Aki Suutarinen; Rainer Kolmonen
A stationary contact for a rotary switch is provided. The stationary contact includes a connection portion for connecting to a conductor and a first portion being a contact portion for connecting the stationary contact to a rotary contact. The stationary contact also includes a second portion being a support portion for supporting the stationary contact to a switch body. The contact portion and support portion extend in the same angle from the connection portion. A method of mounting a rotary switch is also provided.
16 Switch US14099134 2013-12-06 US09472362B2 2016-10-18 Oskari Uitto; Aki Suutarinen; Rainer Kolmonen
A rotation mechanism for a rotary switch and a method of operating a rotary switch are provided. The rotation mechanism includes a mechanism shaft for switching the switch between open and closed positions of the switch, a crank rotationally connected to the mechanism shaft, a spring connected to the crank, where the spring has a dead point between the open and closed positions of the switch, and a force transmission roll rotationally connected to the crank. The mechanism shaft, crank and force transmission roll have a common axis of rotation. There is a predetermined rotational free-play between the rotation of the mechanism shaft and the crank, and a predetermined rotational free-play between the rotation of the crank and the force transmission roll.
17 IGNITION SWITCH ASSEMBLY US14434774 2013-09-17 US20150285495A1 2015-10-08 Richard R. Herzog; Michael W. Hartley
An ignition switch assembly is configured to be operatively connected to a gas valve. The ignition switch assembly may include a first ignition contact and a second ignition contact. The first and second ignition contacts may be sized and shaped the same. A hub may be configured to be rotated within the ignition switch assembly. A rotation of the hub in a first direction causes a portion of the first ignition contact to engage the second ignition contact. Further rotation of the hub in the first direction or rotation of the hub in a second direction that is opposite from the first direction causes the portion of the first ignition contact to disengage from the second ignition contact.
18 ROTOR FOR AN ELECTRIC SWITCH US13975594 2013-08-26 US20140061015A1 2014-03-06 Pawel BIEDUNKIEWICZ; Jörg-Uwe DAHL; Christoph WEBER
A rotor for an electric switch is disclosed. In an embodiment, the rotor includes a rotor housing and a rotatably mounted contact bridge, which exhibits two movable contacts, wherein, by the rotation of the rotor, the two movable contacts can interact with two fixed contacts of an electric switch for closing or opening a circuit. The rotatably mounted contact bridge in the rotor housing is movably mounted in a direction perpendicular to the direction of the contact bridge in its closed position.
19 ROTARY ACTUATOR US15537230 2015-11-26 US20180267568A1 2018-09-20 JEAN JACQUES FAURIE
A rotary actuator includes a cylindrical main body, an actuating handle placed on the cylindrical main body and having a display area, a crown, and an inserted base which is arranged in the cylindrical main body and has contours which engage in contours of the crown. The rotary actuator further includes a guide element for guiding the inserted base and the crown.
20 SWITCH OF BATTERY US15171160 2016-06-02 US20170352505A1 2017-12-07 PAI SHAN WANG
A switch of a battery includes a knob, a cap, a cam and a base. The knob includes a shaft having a lug, and the cap has a slot for passing the knob, and the cam has first and second planes, an inclined plane and a first contact point, and the base has a second contact point, so that when the knob is turned according to a user requirement. The lug of the shaft is slid and moved to the first plane, the inclined plane, or the second plane to achieve the effects of connecting or disconnecting the battery or removing the knob respectively.
QQ群二维码
意见反馈