Abstract:
Apparatus and method for reducing the wear on a wire traversing a pivot or hinge and extending from first wiring layer to a second wiring layer that is pivotably attached to the first wiring layer by the hinge for pivotable angular movement from a closed position, in which the second wiring layer is in overlying relationship with the first wiring layer, to an opened position, in which the second wiring layer is pivoted away from the first wiring layer. A first wire guide is disposed on the first wiring layer and the second wire guide is disposed on the second wiring layer. The wire guides channel the wire so that should the second wiring layer be in the closed position, the wire would be subjected to both rotational and bending forces.
Abstract:
A separable, flexible connection arrangement (10) is provided for connection of two conductors (12, 14). In one arrangement, the separable, flexible connection arrangement (10) is utilized to provide an externally removable bushing (16) for connecting an electrical component located within a sealed enclosure (19). The flexible connection arrangement (10) includes two joints (20, 22) formed by two link members (50a, 50b) that are spring-biased and include protuberances (40, 42) that interfit into slots (30, 32) of the conductors (12, 14). A spacer (72) may be used to maintain spacing of the protuberances (40, 42) and also acts as a stop when contacted by the ends of the slots (30, 32). One of the slots (32) is formed with an open end (74) to enable easy insertion between the link members (50a, 50b). Alternatively, one of the conductors (100) includes a set of grooves (102, 104).
Abstract:
A swivel connection for attachment to robot arms is disclosed for supplying a fluid to an associated tool mounted on the robot arm. The swivel connection includes a rotatable cylindrical hub, an attachment device mounted on one surface of the hub for rotation therewith, a non-rotatable coupler surrounding the cylindrical hub, first and second concentric contacts juxtaposed with the coupler and electrically isolated from each other and from the coupler, a cover on a second surface of the hub and rotatable therewith, first and second concentric rings surrounding the cover, the first concentric ring juxtaposed with the first concentric contact and the second concentric ring juxtaposed with the second concentric contact, the first and second concentric rings being electrically isolated from each other and from the cover, and the coupler, the hub, the cover, and the first and second concentric rings each including channels extending respectively therethrough so that a fluid can be supplied from a first end of a channel in the coupler to a second end of the channel in the ring during rotation of the swivel connection.
Abstract:
An electrical connector (10) includes a first housing part (20) fixed to a circuit board and a second housing part (30) fitted within the first housing part and spaced therefrom to alow limited X, Y, and Z movement between such parts, contacts (40) are provided including solder post portions (42) mounted in the first housing part and contact portions (41) in the second housing part adapted to engage the contacts of a mating housing. The contact portions (41) and (42) are interconnected by an integral S-shaped spring (43) to facilitate limited and resilient movement of the contact portions and housing parts to relieve stresses and strains caused by mating and unmating of components, including further connectors to a circuit board through the connector. An alternative embodiment (10') includes legs (42') and a J-shaped contact portions (40') in the second housing part (30') with the connector (10') being adapted to be surface mounted and soldered on a circuit board.
Abstract:
A vacuum cleaner hose construction, insert therefor and methods of making the same are provided, the vacuum cleaner hose construction comprising an elongated vacuum hose having an end and an electrical conductor extending therealong and being provided with an end portion at the end thereof, an electrical terminal connector carried by the hose and being fixed to the end portion, an enlarged cuff disposed onto the end of the hose and covering at least part of the connector to hold the connector and its interconnected end portion in a predetermined position on the hose, and an insert that initially holds the connector and its interconnected end portion in the predetermined position thereof before the cuff is disposed thereon, the insert also being at least partially covered by the cuff.
Abstract:
Aligning device for a current carrying connector of protective gas bag impact installations having a helical conductor arranged with several concentric windings within a fixedly mounted housing surrounding a core. The core is fastened to a steering spindle and rotates with the steering wheel. A first end of the helical strip terminates in terminals associated with the housing. The second end terminals are associated with the core. The core is equipped with a bore and the housing with a locking recess. The housing and the core may be immobilized in relation to each other using locking means having a clip pin insertable into the bore of the core and a locking projection fitting into the locking recess. The locking means may exhibit a ring surrounding the steering spindle and resting on the core or a pot surrounding a steering spindle. The locking recess and locking projection have respective widths which allow a slight rotational clearance between the core and the housing.
Abstract:
Electric contact device for protective gas bag impact installations in automotive vehicles having a contact located on the hub or the steering spindle, respectively, which rotates with the steering wheel hub. A counter contact path is fixedly mounted concentrically surrounding the steering wheel. The contact is held by the force of springs in constant sliding contact against the counter contact path. The counter contact path is located in the bottom trough of an annular housing and the contact guide is in the form of a contact ring in the annular groove of a cover which overlaps the bottom trough. The contact ring is held against the counter contact path by a plurality of springs placed between the contact ring and the bottom of the groove. The bottom trough and the cover are guided in each other by annular lands which engage the annular groove with a certain clearance. The cover is clamped to the bottom trough by several clip noses arranged on the edge of the cover and overlapping the bottom trough. The dimensions of the assembly are such that the cover and the bottom trough are slightly compressed during the mounting of the steering wheel hub screwed onto the steering spindle against the force of the springs loading the contact ring, while releasing the clip noses.
Abstract:
A rotatable connector for heavy electric currents has a first annular flange unit coaxially in the annular space of a second annular flange unit. Inner and outer fluid-cooled conductors physically and electrically connect to the first flange unit. The conductors and first flange unit are rotatable relative to the second flange unit about the axis of the flange units. U-shaped stranded wires are embedded at their opposite ends in corresponding first and second flanges of the first and second flange units. The first flange of the first flange unit is cooled by the fluid cooling the outer conductor and the other flanges of the units are separately fluid cooled. The combination of embedding the stranded wires in the flanges and fluid cooling the flanges keeps the stranded wires cool enough for carrying heavy electric currents without corroding contact of the stranded wires with the cooling fluid.
Abstract:
A holder device for a flexible power supply cable includes coaxial, relatively rotatable sleeve members with the cable extending through an annular space defined between the inner wall of the rotatable members and a guide ring fixed to one of the members, the cable being affixed to both members which are capable of relative rotation without interference by the cable.
Abstract:
A high power flexible connector has a first conductive member adapted for connection to a bushing and a second conductive member adapted for connection to a winding. A plurality of flexible conductors connect the first member to the second member. Mechanically, the conductors provide for independent movement of the bushing with respect to the winding. Electrically, the cables provide a plurality of current paths and produce an electric field when carrying a current. The conductors are arranged such that the induced electric field is uniform.