Abstract:
A switch module of built-in anti-surge disconnection structure mainly comprises an overcurrent protection switch and an anti-surge disconnection structure ingeniously built inside a heat-resisting housing. The switch module has a first connecting point and a second connecting point for operation. When overvoltage occurs, the temperature of at least one metal oxide varistor would instantly rise up to a degree higher than the melting point thereof, melting at least one thermo-sensitive piece, loosening at least one spring element, displacing a pushing element, and thus forcing the connecting points detaching from each other to turn off the switch and stop supplying the electricity power, so as to ensure more of electricity safety. Also, the switch module has the colloid thermo-sensitive piece directly fixing the spring element instead of having a band for fixing in the prior art, achieving an easier manufacturing process and better effectiveness of the switch module.
Abstract:
A stuffed animal having a body with front and back sides, transport structure carried by the animal at the back side thereof, the structure defining a holding zone, and an insertible personal article or device carried by the structure at the holding zone, and being easily retrievable from the zone.
Abstract:
A switch includes a switch member and an extension and a push rod respectively extended from two ends of an underside of the switch member. A bi-metallic contact plate has a first end fixed to one of two terminals and a contact portion splits from the contact plate. A first contact point is connected to an underside of the contact portion and a second contact point is connected to the other terminal. A free end of the contact portion is connected with a free first end of a spring member and a second end of the spring member is connected to the contact plate. When overload, the contact portion and the spring member move upward to cut off the circuit while the push rod extends through a through hole defined in the spring member.
Abstract:
A circuit breaker has a first and a second conducting strip respectively mounted in a lower end of a shell; a first terminal mounted on an upper end of the second conducting strip; a bimetal strip longitudinally mounted on an upper end of the first conducting strip; a second terminal detachably in contact with the first terminal; a button mounted on an upper end of the shell; and an arm pivotally mounted in an interior of the shell. An upper end of the bimetal strip is securely connected to a lower end of the arm. When the current is excessively high, the distortion of the bimetal strip in turn drives the arm and the button. The switch angle of the button is much bigger via the leg so that the switch angle of the button is obvious.
Abstract:
A switch includes a body and a switch member is pivotably engaged with the top opening of the body. A link has one end pivotably connected to a first end of the switch member and the other end of the link is movably received in a guide path is defined in the body. A bi-metallic contact plate has a first end fixed to one of two terminals. A contact portion splits from the contact plate and a first contact point is connected to an underside of the contact portion. A second contact point is connected to the other terminal. A free end of the contact portion is connected with a free fist end of a spring member and a second end of the spring member is connected to the contact plate. The second end of the link is located at an inner periphery of the guide path when the switch member is in “ON” position to let the two contact points be in contact with each other, and a space is defined between the second end of the link and the outer periphery of the guide path so that the second link is allowed to move toward the outer periphery when the contact portion is deformed upward when overload.
Abstract:
A switch includes a body and a switch member is pivotably engaged with the top opening of the body. A resilient member is connected between an inside of the body and a first end of the switch member. The switch member further has an extension extending from a second end of an underside thereof and a push member extends from the first end of the underside of the switch member. A bi-metallic contact plate has a first end fixed to one of two terminals and a contact portion splits from the contact plate and a first contact point is connected to an underside of the contact portion. A second contact point is connected to the other terminal. A free end of the contact portion is connected with a free fist end of a spring member that has an extension portion extending from a top thereof and a second end of the spring member is connected to the contact plate. The second end of the contact plate is deformed downward and the free end of the contact portion is deformed upward to separate the two contact point when overload. The resilient member pivots the switch member to “OFF” position after the circuit is overload.
Abstract:
A pushbutton switch has a pushbutton having a connection rod to be received in a connection hole defined in a distal end of the linkage which has a path in communication with the connection hole such that when the heat sensitive plate is reacted in response to heat caused by an electrical overload, the connection rod is able to move freely in the path in the linkage and thus the linkage is able to move without limitation.
Abstract:
A pushbutton switch has a pushbutton having a slot receive therein a free end of the linkage and a receiving space in communication with the slot so as to allow the free end of the linkage to move toward the receiving space when an electrical overload occurs in the pushbutton switch. The linkage has a cutout defined in the second distal end to have a portion of the heat sensitive plate to be received in the cutout and an extension formed with the linkage and extending out into the slot. Therefore, when the heat sensitive plate reacts to heat and curves to cause the first contact to separate from the second contact, a free end of the linkage received inside the slot is able to move toward the receiving space to allow a free movement of the heat sensitive plate without any limitation to hinder the curvature movement of the heat sensitive plate.
Abstract:
A circuit breaker switch is disclosed, including a rocker, an actuator, and a dielectric separator element. The rocker is positionable between a first on position and a second off position. The actuator element is coupled to the rocker such that it causes a first electrically conductive contact portion to move into contact with a second electrically conductive contact portion when the rocker is in the on position. The dielectric separator element is urged between the first and second electrically conductive contact portions in the event of excess current being passed between the first and second electrically conductive contact portions.
Abstract:
A switch includes a casing having a bottom to which first and second conductive blades are mounted. The second blade has a top edge forming a notch for receiving a see saw plat and allowing seesawing of the seesaw plate. A conductive strip made of a material that bends when subject to a temperature rise has an end fixed to the first blade and an opposite, free end forming a cantilever. The seesaw plate is movable between an engaged position where a first end of the seesaw plate engages the free end of the conductive strip thereby forming an electrical connection between the first and second blades and a disengaged position where the seesaw plate disengages from the conductive strip thereby electrically disconnecting the second blade from the first blade. A control button is movably received in a top opening of the casing and has a driver assembly mounted thereto. The control button is movable between a first position wherein the driver assembly drives the seesaw plate toward the engaged position and a second position where the driver assembly drives the seesaw plate toward the disengaged position. When an excessive current flows through the conductive strip, causing a temperature rise in the conductive strip, the conductive strip bends and separates the free end thereof from the seesaw plate thereby breaking the electrical connection between the first and second blades.