Abstract: A switch guard for preventing accidental actuation of a control switch is disclosed. The switch guard includes a rigid wall structure comprising a pair of side walls and a pair of end walls arranged to accommodate positioning of the control switch therein, each of the pair of end walls including at least one opening formed therein. The switch guard also includes a mating feature provided at each of the end walls of the wall structure, with each mating feature being a separate component from the rigid wall structure and being configured to selectively translate through the at least one opening formed in the respective end wall between a first position and a second position to secure the switch guard about the control switch.

Abstract: A contactless control switch that is resistant to influence from external magnetic fields is disclosed. The switch includes a switch housing, a button moveably mounted to the housing that has at least one protrusion formed on an underside thereof, a circuit board mounted to the housing and including at least one magnet sensor, and a magnet holder positioned adjacent each respective magnet sensor, the magnet holder housing a positive field magnet and a negative field magnet therein and being rotatably mounted to the housing. A respective protrusion interacts with the magnet holder responsive to an actuation of the button by a user, so as to position one of the positive field magnet and the negative field magnet proximate to its respective sensor and the other of the positive field magnet and the negative field magnet distal to its respective sensor.

Abstract: A contactless control switch that is resistant to influence from external magnetic fields is disclosed. The switch includes a switch housing, a button moveably mounted to the housing that has at least one protrusion formed on an underside thereof, a circuit board mounted to the housing and including at least one magnet sensor, and a magnet holder positioned adjacent each respective magnet sensor, the magnet holder housing a positive field magnet and a negative field magnet therein and being rotatably mounted to the housing. A respective protrusion interacts with the magnet holder responsive to an actuation of the button by a user, so as to position one of the positive field magnet and the negative field magnet proximate to its respective sensor and the other of the positive field magnet and the negative field magnet distal to its respective sensor.

Abstract: A contactless control switch that is resistant to influence from external magnetic fields is disclosed. The switch includes a switch housing, a button moveably mounted to the housing that has at least one protrusion formed on an underside thereof, a circuit board mounted to the housing and including at least one magnet sensor, and a magnet holder positioned adjacent each respective magnet sensor, the magnet holder housing a positive field magnet and a negative field magnet therein and being rotatably mounted to the housing. A respective protrusion interacts with the magnet holder responsive to an actuation of the button by a user, so as to position one of the positive field magnet and the negative field magnet proximate to its respective sensor and the other of the positive field magnet and the negative field magnet distal to its respective sensor.

Abstract: A switch includes a switch housing, a button, a circuit board having at least one magnet sensor, and a magnet holder, including at least one magnet, movably mounted to the housing to move responsive to an actuation of the button. A vane interrupter in the switch includes a passage structure positioned proximate to each magnet sensor such that a respective magnet is movable at least partially within a passage defined by the passage structure, and a flange structure having a first flange and a second flange positioned on opposing ends of the passage structure, with the first flange positioned adjacent a portion of the magnet holder holding the magnet and with the second flange positioned adjacent a surface of the circuit board opposite a surface on which the at least one magnet sensor is positioned, such that the circuit board is positioned between the magnet holder and the second flange.

Abstract: A contactless control switch that is resistant to influence from external magnetic fields is disclosed. The switch includes a switch housing, a button moveably mounted to the housing that has at least one protrusion formed on an underside thereof, a circuit board mounted to the housing and including at least one magnet sensor, and a magnet holder positioned adjacent each respective magnet sensor, the magnet holder housing a positive field magnet and a negative field magnet therein and being rotatably mounted to the housing. A respective protrusion interacts with the magnet holder responsive to an actuation of the button by a user, so as to position one of the positive field magnet and the negative field magnet proximate to its respective sensor and the other of the positive field magnet and the negative field magnet distal to its respective sensor.

Abstract: A switch guard for preventing accidental actuation of a control switch is disclosed. The switch guard includes a rigid wall structure comprising a pair of side walls and a pair of end walls arranged to accommodate positioning of the control switch therein, each of the pair of end walls including at least one opening formed therein. The switch guard also includes a mating feature provided at each of the end walls of the wall structure, with each mating feature being a separate component from the rigid wall structure and being configured to selectively translate through the at least one opening formed in the respective end wall between a first position and a second position to secure the switch guard about the control switch.

Abstract: A contactless rotary pull switch includes a switch knob assembly rotatable about an axis to a plurality of rotational positions and actuatable to at least one pull position, with the switch knob assembly including a knob element and a rotational shaft fixedly coupled thereto. A rotational magnet is coupled to the rotational shaft so as to rotate therewith, and at least one pull magnet is positioned separately from the rotational magnet. A rotational sensor senses a magnetic field generated by the rotational magnet to identify a rotational position of the switch knob assembly and at least one pull sensor senses a magnetic field generated by the pull magnet(s) to identify a pull position of the switch knob assembly. A rotatable arm member selectively enables/inhibits sensing of the magnetic field generated by the pull magnet(s) by the at pull sensor(s), to identify distinct pull positions of the switch knob assembly.

Abstract: A contactless rotary pull switch includes a switch knob assembly rotatable about an axis to a plurality of rotational positions and actuatable to at least one pull position, with the switch knob assembly including a knob element and a rotational shaft fixedly coupled thereto. A rotational magnet is coupled to the rotational shaft so as to rotate therewith, and at least one pull magnet is positioned separately from the rotational magnet. A rotational sensor senses a magnetic field generated by the rotational magnet to identify a rotational position of the switch knob assembly and at least one pull sensor senses a magnetic field generated by the pull magnet(s) to identify a pull position of the switch knob assembly. A rotatable arm member selectively enables/inhibits sensing of the magnetic field generated by the pull magnet(s) by the at pull sensor(s), to identify distinct pull positions of the switch knob assembly.

Abstract: A leaded device socket includes a lead guide that contacts and urges the leads on an electrical component into the correct position in the device when the component is pressed into the socket. The leaded device socket may also include a receiver for retaining a functional portion of the electrical component in a predetermined position in the circuit. The lead guide and receiver may both be integrally molded with the socket.

Abstract: A leaded device socket includes a lead guide that contacts and urges the leads on an electrical component into the correct position in the device when the component is pressed into the socket. The leaded device socket may also include a receiver for retaining a functional portion of the electrical component in a predetermined position in the circuit. The lead guide and receiver may both be integrally molded with the socket.

Abstract: An operating mechanism is provided for a circuit interrupter, such as a battery disconnect apparatus, including a housing and a number of stationary electrical contacts enclosed by the housing. The operating mechanism includes a cam member and a two-bar linkage member having a first bar, a second bar, and a pivot member disposed between the two bars. A movable contact assembly includes at least one movable electrical contact, and is cooperable with the cam member and two-bar linkage member to move the movable electrical contact into and out of electrical contact with the stationary electrical contacts. An actuating assembly pivots the cam member between a first position corresponding to maintaining the movable electrical contact in electrical contact with the stationary electrical contacts; and a second position corresponding to releasing the movable contact assembly in order that the movable electrical contact is movable out of electrical contact with the stationary electrical contacts.

Abstract: An operating mechanism is provided for a circuit interrupter, such as a battery disconnect apparatus, including a housing and a number of stationary electrical contacts enclosed by the housing. The operating mechanism includes a cam member and a two-bar linkage member having a first bar, a second bar, and a pivot member disposed between the two bars. A movable contact assembly includes at least one movable electrical contact, and is cooperable with the cam member and two-bar linkage member to move the movable electrical contact into and out of electrical contact with the stationary electrical contacts. An actuating assembly pivots the cam member between a first position corresponding to maintaining the movable electrical contact in electrical contact with the stationary electrical contacts; and a second position corresponding to releasing the movable contact assembly in order that the movable electrical contact is movable out of electrical contact with the stationary electrical contacts.

Abstract: A rocker switch for a rocker switch assembly, where the rocker switch assembly has a housing with terminals and defines an enclosed space. The rocker switch includes a handle member and a contactor assembly. The handle member is structured to be pivotally coupled to the housing at a pivot point. The handle member has first and second extensions extending radially from the pivot point, and a plunger extending generally perpendicular to the first and second extensions and radially from the pivot point. The contactor assembly has an elongated conductor and a generally arcuate segment. The contactor assembly is coupled to a terminal within the enclosed space and the plunger engages the arcuate segment.