Abstract:
An electrical connector assembly is provided that includes a first connector having a slidable cover and alignment post receiving sockets, a second connector constructed with alignment posts, and a flexible mounting bracket. The cover protects terminals mounted in the first connector from dirt and debris when the connector is in an unmated state. As the second connector is engaged with the first connector, angled surfaces on the alignment posts of the second connector cooperate with chamfered surfaces on the first connector to guide a misaligned second connector into the first connector. Angled surfaces on the alignment posts and cover cooperate to move the cover exposing the terminals on the first connector for electrical connection with terminals on the second connector.
Abstract:
A connector with a cover includes a housing in which a linear member is disposed, a cover being attachable to the housing for guiding the liner member, and a correction portion which is provided in the housing. The correction portion corrects a deformation of the cover when the cover is engaged with the housing while the cover is deformed with respect to an original shape.
Abstract:
A rotatable plug for connecting to an electronic receptacle is disclosed. The rotatable plug applied in an electronic equipment includes a plug for plugging into the electronic receptacle and fixing and electrically connecting to at least two conductive wires, a rotary case for disposing the plug, a top cover having a circle opening and an annular frame, wherein the annular frame is disposed around the opening for accommodating the rotary case therein to rotate and the plug is carried to rotate when the rotary case is rotated, and a restricting mechanism for limiting the rotary case to rotate in a particular rotating range.
Abstract:
A blocking outlet and corresponding locking plug provide a completely enclosed safety electrical connection system for supplying electrical power from a wall fixture. The blocking outlet installs in a conventional wall-mounted electrical box, providing access to building electrical wiring. The outlet has receptacles that retain spring-loaded covers, which have a closed position generally flush with the front side of the face plate. The springs provide sufficient tension to the covers to block small children from inserting fingers or foreign objects into a receptacle, preventing inadvertent exposure to hazardous voltage. Yet adults can easily insert a corresponding locking plug directly into a receptacle without cover removal. Regardless, the interior of a receptacle has no exposed contacts. Small access apertures in the interior of an outlet receptacle contain recessed contacts. When inserted, the plug compresses the cover fully into the receptacle to an open position, exposing the access apertures to retractable plug prongs. An ergonomic finger hold on the plug is pulled-out to retract the prongs for insertion into an outlet. After insertion, the finger hold is pushed-in to extend the prongs into the access slots, wiping against the outlet contacts and connecting the plug to electrical power. The extended prongs also lock the plug into the receptacle. For removal, the finger hold is pulled-out, unlocking the plug, which can then be easily pulled from the outlet. A face plate seals the receptacles and provides a wall trim for both the electrical box and the outlet in a manner comparable to a standard face plate. An adapter plug has a socket that accepts a standard AC plug, converting it to a locking plug.
Abstract:
A heat resistant spark plug extender is described, for joining a spark plug like ignition device to a spark plug wire. The extender includes an elongated body formed of heat resistant and electrically insulative material that extends between a spark plug engagement end and a spark plug wire connector end. A conductor is located within the body and includes a fitting, adapted to releasably electrically connect to a spark plug wire, and a receptacle, adapted for electrical connection to a spark plug. An adjustment part permits adjustable movement of the spark plug wire connector end relative to the conductive receptacle.
Abstract:
An adapter structure for computer connector, which is connectable between a connecting port of a computer and a burglarproof lock. The adapter structure includes a main body. A front adaptation end is disposed on an end face of the main body. The front adaptation end has multiple conductive terminals for electrically connecting with the connecting port of the computer. A connecting end is disposed on a wall face of the main body and connectable with the burglarproof lock. Through holes are formed on two sides of the main body, permitting bolts or threaded sections of the burglarproof lock to pass therethrough. An electric output end is disposed on the main body and has a carrier section and locking sections on two sides thereof. The carrier section is formed with multiple sockets electrically connected with the conductive terminals of the front adaptation end. The electric output end is selectively connectable with a connector of a computer transmission system.
Abstract:
A protective cover and electric outlet arrangement includes an outlet body, the outlet body having a socket unit with insertion holes for receiving an electric plug, a protective cover coupled to the outlet body and moved between an open position to open the insertion holes of the socket unit and a close position to close the insertion holes of the socket unit, and a locking structure adapted to selectively lock the protective cover in the open position or the close position, the locking structure includes a notch in the outlet body, two notches in the protective cover, and a locking member pivoted to the notch of the outlet body and turned between the locking position and the unlocking position to selectively engage the notches of the protective cover.
Abstract:
A connector securing device (10) includes a top wall (12), a bottom wall (14), a pair of side walls (16, 26), and an end wall (18) cooperatively defining a cavity (20) therebetween for receiving a connector (50) therein. A pair of resilient tabs (30) is formed in front portions of the top and bottom walls respectively, and each resilient tab forms an outer latching portion (34) at a free end thereof. The end wall defines a through hole (40) for extension of a cable (52) of the connector therethrough. After the connector is received in the connector securing device, the combined connector and connector securing device is plugged into aligned openings (64, 68) defined in an I/O interface (60). The latching portions engage in one of the openings of the I/O interface, thereby protecting the connector from accidental detachment from a complementary mating connector at the I/O interface.
Abstract:
The tray-type connecting module for electronic memory cards of the present invention is comprised of a base placed on an electric circuit board and a tray openable and closable by sliding on the base for opening and closing. Wherein the bottom of the base is provided with a plurality of through holes in opposition to a plurality of connecting points on the electric circuit board. The bottom of the tray is provided in corresponding to the through holes with a plurality of pins; when the tray is moved to slide for opening in order to receive an electronic memory card, the pins contact with the input/output pins on the electronic memory card; and when the tray is moved to slide for closing, the pins of the tray are in alignment with the through holes, and are electrically connected with the connecting points on the electric circuit board via the through holes.
Abstract:
An electronic unit device includes a connector and a casing. The connector is connectable to a to-be-connected device. The casing includes a cover panel which can be opened and closed. The cover panel comprises a panel body and a partial panel. The panel body has a cut section. The partial panel is attachable and detachable to and from the cut section, and covers at least the surface of the connector, when the partial panel is attached into the cut section. The panel body includes a falling-prevention section, for preventing the installed partial panel from falling from the cut section, and a guide section for guiding the partial panel. The partial panel includes at least one engagement section to be engaged with the falling prevention section. The partial panel includes a section, to be in contact with the panel body, which is formed in such a shape as to be fit into the guide section.