177results about "Switches with two operating positions" patented technology

Method and apparatus for coupling electrical and communication circuits, included in a packaged semiconductor comprising photo receivers, photo transmitters and photovoltaic cells, through lightguide and optical fiber cables. The packaged semiconductor combinations comprise one, two or plurality of photo elements for a single or plurality one way optical signal, receive or transmit, and a single or plurality of two way optical signal communications via direct optical links and via optical prisms, filters, half mirrors and lenses. The packaged semiconductor includes at least one optical access to a single or plurality of lightguides or optical fiber with single core and for multicore lightguides. A built-in or attachable holders are used for attaching the different lightguide cables to the one or plurality of optical accesses with the attached cable end is terminated by cutting, trimming and shaping. The packaged circuit comprising electrical switches, current sensors, basic elements such as diodes, transistors and FETs, switches and power switches and different basic electrical circuit and communication, distribution circuits including CPU, DSP and complex semiconductor circuits, as used for communicating within limited short distances through optical network of lightguides and fiber optical cables. A packaged semiconductor of an SPDT power switch circuit is integrated with an SPDT manually activated switch, for providing dual switching for lights and other electrical appliances, via manual action and remotely via the lightguide or the optical fiber.

A dual switch for selective removal of a recording medium from a compound device is so exactly sized and shaped that are exact switching action may be assured. Two switches are on a base plate, and a button is capable of selectively actuating either switch to take a recording medium out of the slot. The button has resilient member responsive to removal of pressure from the button for returning to its original position. The button can be of seesaw, slide or rotary type.

An overload protection switch includes a main body and a press button. Several terminals, a conductive plate and other components are arranged in the main body. By means of switching the press button, the switch is switchable between an on state and an off state. In case of overload, the conductive plate will separate from one of the terminals to switch off the switch. The components arranged in the main body will not hinder the conductive plate from separating from the terminal. When switching on the switch, the conductive plate resiliently contacts the terminal. In case of overload, the conductive plate separates from the terminal to switch off the switch so as to provide overload protection effect.

A switch unit contains a case; a fixed contact members disposed on a bottom wall of the case; conductor plates rockably disposed on the bottom wall; driving bodies disposed on the conductor plates in a rotatable state in which the elevating movement thereof is allowed; a plate spring member for resiliently biasing the driving bodies; and a cover member for covering an upper opening of the case. The driving bodies are provided with pressed parts that protrude above the cover member. When the pressed part is driven to rotate laterally by the rocking operation of the operating knob, the driving body rotates, which causes the conductor plate to slide on the bottom wall. As a result, the switch unit is switched to its ON state.

A switching device includes a paddle actuator biased to a rest position and configured to pivot relative to a housing to a depressed position to engage an air-gap switch disposed within the housing. The air-gap switch is configured to change a first state of a load connected to the switching device upon engagement by the paddle actuator. The paddle actuator is defined by a pair of opposing long sides and a pair of opposing short sides and has at least one slot defined therein parallel to the pair of opposing short sides thereof and centrally disposed between the pair of opposing long sides thereof. A rocker actuator is disposed in the at least one slot defined in the paddle actuator and is configured to pivot relative thereto to engage at least one switch. The at least one switch is configured to change a second state of the load connected to the switching device upon engagement by the rocker actuator.

A switch unit contains a case; a fixed contact members disposed on a bottom wall of the case; conductor plates rockably disposed on the bottom wall; driving bodies disposed on the conductor plates in a rotatable state in which the elevating movement thereof is allowed; a plate spring member for resiliently biasing the driving bodies; and a cover member for covering an upper opening of the case. The driving bodies are provided with pressed parts that protrude above the cover member. When the pressed part is driven to rotate laterally by the rocking operation of the operating knob, the driving body rotates, which causes the conductor plate to slide on the bottom wall. As a result, the switch unit is switched to its ON state.

A remote-controlled switch cover assembly is described for converting an existing rocker switch into a remote-controlled switch. The remote-controlled switch cover assembly receives a wireless signal to actuate the standard rocker switch and, in response, activates an electric motor that causes a gear train to turn in a first direction. This causes a wiper to engage an under-surface of a tilt plate located above the standard rocker switch and, in response, an opposing end of the tit plate depresses the standard rocker switch.

An electrical wall box having a plurality of wire in and wire out power terminals on an exterior of the electrical wall box, wherein each set of wire in and wire out power terminals are electrically connected to one of a plurality of internal insulated distribution busses within the electrical wall box, each of the distribution buses has one or more first quick connect terminals electrically connected thereto one of the distribution buses; wherein electrical wall box further includes a plurality of switch wiring terminals on an exterior of the electrical wall box, each of the plurality of switch wiring terminals includes an insulated electrical tap connecting one of the switch wiring terminals to one of the plurality of internal insulated distribution busses or to a quick connect terminal within the electrical wall box; one or more pluggable electrical receptacles, each of the one or more pluggable electrical receptacles includes two or more second quick connect terminals to electrically connect thereto one of said one or more first quick connect terminals; and a cover plate.

A safety switch has a casing, a first circuit prong, a second circuit prong, a switch contact, a rocker, an arm and a latch. The first and second circuit prongs are mounted in and extend through the casing. The switch contact bends upward when temperature of the switch contact increases, is mounted on the first circuit prong and has a distal end selectively contacting the second circuit prong. The rocker is pivotally mounted on the casing and has a deactivating end and an activating end. The arm is formed on and protrudes down from the activating end and connects to the distal end of the switch contact. The latch is mounted in the cavity and selectively locks the arm to prevent the distal end of the switch contact from contacting the second circuit prong as the temperature drops. The safety switch may be used in severely cold environments.

A switch includes a body with a switch member on a top thereof, an extension extends from an underside of the switch member, and a substantially inverted L-shaped slot is defined through the extension. Two terminals extend through a bottom of the body, in which one of the terminals is fixed with a contact plate. The contact plate has a tongue with a free end, which contacts the other terminal when the circuit is ON, and is separated from the other terminal when the circuit is OFF. An operation member has a first end movably engaged with the slot and a second end connected with the contact plate. A positioning member having a first end pivotally connected to an inside of the body and a second end biasing the first end of the operation member. Under the current overload condition, the switch member is pivoted by a torsion spring to the OFF position.

A switch device includes a rockable operating body held in a case, a driving body held within the case and made rockable by the operating body, and a switch element pressed by the driving body. The rockable operating body is held with respect to the case by a first rotating portion apart by a predetermined distance from a position where the operating body is operated. The rockable driving body is held with respect to the case by a second rotating portion apart by predetermined distance from a position where the driving body presses the switch element. A rocking portion that makes the operating body and the driving body rockable relative to each other between the first rotating portion and the second rotating portion is constituted by the operating body and the driving body.

An electrical switch having an activation component that closes and opens contact points within a switch housing. The activation component can include a front end and a rear end. The rear end can be within the switch housing and the front end can protrude from the switch housing. The front end of the activation component can include a fuse slot. A fuse can be placed in the fuse slot and removed from the fuse slot. A rubber cover can be removably attachable to the outside of the fuse slot to protect a fuse within the fuse slot.