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    • 2. 发明授权
    • Switch having a temperature-dependent switching mechanism
    • 开关具有温度依赖的开关机构
    • US5864278A
    • 1999-01-26
    • US808489
    • 1997-03-03
    • Michael Becher
    • Michael Becher
    • H01H11/00H01H37/54H01H37/04
    • H01H37/5427H01H11/00
    • A switch comprises a housing which receives a temperature-dependent switching mechanism and has a lower part on whose inner base a first countercontact for the switching mechanism is arranged. Also provided is a cover part, closing off the lower part, on whose inner side a second countercontact for the switching mechanism is provided. The switching mechanism creates, as a function of its temperature, an electrically conductive connection between the two countercontacts, to which contact can be made from outside. The lower part is made of insulating material, and contact can be made from outside with the first countercontact through a wall of the lower part. The cover part is made of electrically conductive material and simultaneously acts as the second countercontact, the cover part being held on an upper rim of the lower part.
    • 开关包括容纳温度依赖的开关机构并且具有下部的壳体,在其下部设置有用于切换机构的第一反向接触的内部基座。 还设置有盖部,封闭下部,其内侧设置有用于切换机构的第二反接头。 切换机构作为其温度的函数产生两个反接触之间的导电连接,可从外部进行接触。 下部由绝缘材料制成,接触可以通过下部壁的第一个反接触从外部制成。 盖部分由导电材料制成,同时用作第二反接头,盖部分保持在下部的上边缘上。
    • 7. 发明授权
    • Temperature-dependent switch having a bimetallic switching mechanism
    • 温度依赖开关具有双金属切换机构
    • US6064295A
    • 2000-05-16
    • US20551
    • 1998-02-09
    • Michael BecherEdwin Guttinger
    • Michael BecherEdwin Guttinger
    • H01H37/54H01H37/04
    • H01H37/5427
    • A temperature-dependent switch (10) comprises a bimetallic switching mechanism (12) that is arranged in a housing (11) having a first housing part (14) made of insulating material and a second housing part (17). The bimetallic switching mechanism (12) is connected to a first electrode (16) that is guided out of one housing part (14), and coacts with a second electrode (19) that is provided internally on the other housing part (17). The bimetallic switching mechanism (12) comprises a spring element (23), working against a bimetallic disk (29), which carries a movable contact (28) that coacts with the second electrode (19). There is provided laterally on the spring element (23) a retaining extension piece (25) at which it is attached to the first electrode (16).
    • 温度依赖开关(10)包括双金属切换机构(12),其布置在具有由绝缘材料制成的第一壳体部分(14)和第二壳体部分(17)的壳体(11)中。 双金属切换机构(12)连接到从一个壳体部分(14)引出的第一电极(16),并与设置在另一壳体部分(17)内部的第二电极(19)共同作用。 双金属切换机构(12)包括弹簧元件(23),其工作在双金属盘(29)上,弹簧元件(23)承载与第二电极(19)共同作用的可动触头(28)。 在弹簧元件(23)上横向设置有保持延伸件(25),在该保持件延伸件(25)上安装有第一电极(16)。
    • 8. 发明授权
    • Temperature-dependent switch with a retaining bracket
    • 温度依赖开关带固定支架
    • US5864279A
    • 1999-01-26
    • US21849
    • 1998-02-11
    • Michael BecherEdwin Guttinger
    • Michael BecherEdwin Guttinger
    • H01H9/12H01H37/54H01H37/04
    • H01H37/5427H01H9/12
    • An apparatus (10) for protecting an electrical device (11) from overtemperature comprises a temperature-dependent switch (22) with a housing (23) on whose base (28) a first connecting contact (51) is provided. A second connecting contact is provided on the housing (23). Also provided is a holder (14) which carries the housing (23) and has an external terminal (27) connected to the second connecting contact. The holder (14) is electrically insulated with respect to the base (28) of the housing (23) and is designed, in the state as mounted on the device (11), to press the base (28) of the housing (23) onto a contact surface (29) provided on the device (11).
    • 一种用于保护电气设备(11)免受过热的装置(10)包括一个带有壳体(23)的温度依赖的开关(22),在其上提供有一个第一连接触点(51)。 在壳体(23)上设有第二连接触头。 还设置有承载壳体(23)并具有连接到第二连接触点的外部端子(27)的保持器(14)。 保持器(14)相对于壳体(23)的基座(28)电绝缘,并且在安装在装置(11)上的状态下设计成将壳体(23)的基座(28)按压 )到设置在设备(11)上的接触表面(29)上。
    • 9. 发明授权
    • Temperature controller having a Bimetallic element and plural heating
components
    • 具有双金属元件和多个加热元件的温度控制器
    • US5757261A
    • 1998-05-26
    • US686852
    • 1996-07-26
    • Michael BecherEdwin Guttinger
    • Michael BecherEdwin Guttinger
    • H01H1/50H01H11/00H01H37/54H01H71/16H01H81/02H01H37/14H02H5/04
    • H01H11/0006H01H37/5427H01H1/504H01H71/164H01H81/02
    • A temperature controller 10 comprises a bimetallic switching device 35 which switches at an excess temperature to protect an electrical device. The bimetallic switching device is accommodated in a housing 12 which has an electrically conductive base and an electrically conductive cover to close this. The cover and the base are connected by an insulation. A first electrical component 17 is connected in series between terminals of the temperature controller at least when the bimetallic switching device is open. A second electrical component 25 being arranged on the bottom of the base is also provided for the bimetallic switching device. The second electrical component 25 is connected in series with the bimetallic switching device 35 between the terminals 37, 39 of the temperature controller 35 at least when the bimetallic switching device 35 is closed. The first electrical component is a he a ting resistor R.sub.H or an insulator 41 with a comparable mechanical construction. The second component 25 is a protective resistor R.sub.V or a short-circuit part 43 with a comparable mechanical construction, so that temperature controllers with purely overheating protection, overheating protection with self-locking function, overheating protection with current sensitivity and overheating protection with self-locking function and current sensitivity can be provided with the same mechanical construction.
    • 温度控制器10包括双金属切换装置35,其在过热温度下切换以保护电气装置。 双金属开关装置容纳在壳体12中,壳体12具有导电底座和导电盖以封闭它。 盖和底座通过绝缘连接。 至少在双金属切换装置打开时,第一电气部件17串联连接在温度控制器的端子之间。 还设置有用于双金属开关装置的位于底座底部的第二电气部件25。 至少在双金属切换装置35闭合时,第二电气部件25与温度控制器35的端子37,39之间的双金属切换装置35串联连接。 第一电气部件是具有可比较的机械结构的电阻器RH或绝缘体41。 第二部件25是具有可比较的机械结构的保护电阻器RV或短路部分43,使得具有纯过热保护的温度控制器,具有自锁功能的过热保护,具有电流灵敏度的过热保护和具有自我保护功能的过热保护, 锁定功能和电流灵敏度可以提供相同的机械结构。