Abstract:
A switching assembly is disclosed which includes a base structure, spaced apart electrical contacts secured thereto, an electrical contact strip for selective electrical contact with the contacts, and spring biased switching means normally forcing the contact strip into selective engagement with one of the electrical contacts, the improvement resides in an electrical yoke terminal having one portion supporting the contact strip intermediate the ends tehreof and another integral portion extending through the base structure for securing the yoke terminal to the base structure.
Abstract:
A device for controlling electrical apparatus in an electrical wiring system and/or connecting electrical apparatus external to the electrical wiring system, comprising an operating portion designed to open/close an electrical contact and/or to receive a connector of the electrical apparatus external to the wiring system, an inlet opening designed to receive at least one electrical wire, a conductor terminal, a resilient locking member and an actuation lever. The locking member comprises an operating portion resiliently connected to the conductor terminal and on which the actuation lever may act and a locking portion in which a passage opening is formed. An edge of the passage opening is able to lock the wire when the resilient locking member is in a rest position and is moved away when the actuation lever acts on the resilient locking member. The locking portion comprises a guide end inclined towards the inlet opening which faces the inlet opening.
Abstract:
It is disclosed a rocker switch unit (1) with fuse, the unit (1) comprising a housing (2); a rocker switch (3) lodged pivotally in the housing (2); at least a fuse lodged in the housing (2) and at least two connection elements (9) for connecting the rocker switch unit (1) with an external element, wherein the two connection elements (9) are connected to each other by the fuse, when rocker switch (3) is in an ON-position. According to the invention the housing (2) provides at least one blind hole (4) for accommodating the fuse, wherein one end of the fuse serves as a first connection element for connecting the rocker switch unit (1) with the external element. The rocker switch unit 1 as discloses herein can be used in any apparatus, in a network filter or as IEC entry plug.
Abstract:
Ein Schaltmodul (102) für einen Schalter weist ein Gehäuse (220) auf, das ausgebildet ist, um bei einer Betätigung des Schalters eine Schaltbewegung auszuführen. Ferner weist das Schaltmodul (102) einen Betätiger (222) auf, der in dem Gehäuse (220) angeordnet und ausgebildet ist, um bei der Schaltbewegung des Gehäuses (220) eine durch eine Steuerkontur (244) steuerbare Betätigungsbewegung auszuführen. Ferner weist das Schaltmodul (102) einen Energiewandler (234) auf, der in dem Gehäuse (220) angeordnet ist und ausgebildet ist, um angetrieben durch die Betätigungsbewegung des Betätigers (222) einen elektrischen Impuls bereitzustellen. Ferner weist das Schaltmodul (102) eine Schalteinheit zur Ausgabe eines auf dem elektrischen Impuls basierenden Schaltsignals zur Anzeige der Schaltbewegung des Gehäuses (220) auf.
Abstract:
A seesaw switch includes a seesaw switch knob ( 30 ), two contacts ( 60 ) which extend from the seesaw switch knob, and busbars ( 50 ) which contact individually the two contacts. A surface of each of the busbars has a wave shape including end root portions, a middle root portion disposed between the end root portions. Each of the two contacts moves from one of the end root portions to the other of the end root portions by way of the middle root portion to stop in the other of the end root portions while contacting corresponding one of the busbars when one of end portions of the seesaw switch knob is depressed.
Abstract:
The invention relates to an electric switch (2), especially for a motor vehicle. The switch (2) has a housing (5) with a contact system (9) located therein. Electrical connections (16, 17, 18, 20, 21) located in the housing lead to the contact system. First electric connections (16, 17, 18) are used to apply a power voltage for a high power current and second electric connections (20, 21) are used to apply a signal voltage for a low signal current. If necessary, one connection makes it possible to feed a power current via the first electric connections (16, 17, 18) and/or a signal current via the second electric connections (20, 21). Electric switches (2) thus configured are particularly suitable for use in the control panel of a motor vehicle.