Abstract: An electrical conduit body assembly is provided. The assembly includes a body portion, a cover, and a movable connection. The movable connection connects the body portion and the cover to one another so that the cover can be moved with respect to the body portion between an open state and a closed state in a manner that prevents the cover from being misplaced or disassociated from the body portion.

Abstract: A motor vehicle lighting and/or signaling assembly including: a lighting module and an adapter that can be placed and retained in position in a housing of support means of an optical collector, and separate means for pressing the adapter against the support means of the module in a first direction and for adjusting the adapter in the housing of the support means in a second direction other than the first direction, these pressing and adjustment means being carried by the module and/or by the adapter. The invention further concerns the associated adapter and the associated module in this lighting and/or signaling assembly.

Abstract: Example embodiments disclosed herein relate to a hinge assembly. An example of the hinge assembly includes a pair of active hinges and a pair of passive hinges. The hinge assembly may be utilized in portable computing devices such as notebook computers and personal digital assistants (PDAs).

Abstract: A hinge has a pintle, a moving leaf, a resilient device and a stationary leaf. The pintle has a resilient device mount formed on a distal end and is mounted securely in the stationary leaf. The moving leaf is mounted rotatably around the pintle and has a barrel having a protruding limit formed on an outer end. Because the resilient device mount is formed on the pintle, it does not break easily and may slip to prevent terminal failure and be reset when closed. The protruding limit abuts the stationary leaf and ensures a gap is formed between the leaves for wires cabling or the like. Therefore the hinge has improved wear and longer lifespan.

Abstract: A hinge includes a shaft sleeve, a shaft, and a spring. The shaft sleeve includes a shaft tube, and the shaft includes a fixing rod rotationally received in the shaft tube. The spring is received between the shaft and the shaft tube for guiding lubricant to lubricate the shaft and the shaft tube. The fixing rod is rotatably passed through the spring, and capable of rotating relative to the shaft tube.

Abstract: A flexible inflatable hinge includes curable resin for rigidly positioning panels of solar cells about the hinge in which wrap around contacts and flex circuits are disposed for routing power from the solar cells to the power bus further used for grounding the hinge. An indium tin oxide and magnesium fluoride coating is used to prevent static discharge while being transparent to ultraviolet light that cures the embedded resin after deployment for rigidizing the inflatable hinge.

Abstract: A door hinge pin (20) for a portable electronic device (900) is provided. The door hinge pin includes a lead pin portion (201), a first pin body portion (202), a second pin body portion (204), a third pin body portion (203), and a tail pin portion (205), which connect with each other in such described order. The lead pin portion and the tail pin portion are respectively positioned substantially vertical to the first pin body portion and the third pin body portion. The first pin body portion is located in parallel with the third pin body portion. The first connecting pin portion is unsymmetrical with the second connecting pin portion about a first reference line X1. The first reference line X1 is defined parallel to the first pin body portion and the third pin body portion and located therebetween. Distance spaced between the first reference line X1 and the first pin body portion is substantially the same as that spaced between the first reference line X1 and the third pin body portion.

Abstract: An enclosure includes a hinge constructed to enable disengagement of a pin receiving member from a pin without substantially damaging the pin receiving member or the pin when the enclosure is opened beyond a fully opened position. The enclosure may include a housing that includes a pin. A pin receiving member may be part of a cover and defines a pin receiving shaft having a lead-in portion. The pin receiving shaft receives and rotatably couples the pin. The lead-in portion is configured to disengage the pin without substantially damaging the pin receiving member when the cover is opened beyond a fully opened position.

Abstract: The present invention provides an improvement in a clipper seam used to join the ends of a fabric belt to form a continuous conveying member. The seam is formed using an array of P-shaped loop members having a barb on the shank ends thereof. The loop members have two different lengths and are placed along the terminal end of the fabric in an alternating array to distribute the transferred load over a greater surface of the fabric. The barbs engage the fabric and an adhesive is applied to the fabric over the shanks of the installed loop members. The ends of the fabric are brought together to form a continuous belt and a pintel is installed into the P-shaped members to join the two ends.

Abstract: A hinge apparatus consisting of a wire hinge, hinge bracket and cover bracket to provide a means for permitting the easy removal of a cover of a protective enclosure without its complete disengagement from the body of the enclosure. The hinge apparatus maintains the attachment of the cover to the main body of the protective enclosure without hindering access to the internal components within the enclosure.

Abstract: In a shopping cart comprising an undercarriage, a handle having two tubular portions extending generally upwardly from the undercarriage, and a basket mounted to the undercarriage and the handle, the basket has a gate hinged to the tubular portions of the handle via a hinge wire extending along an upper edge of the gate. Two tubular sleeves are fixed to the handle, each extending through an inwardly opening aperture in an associated one of the tubular portions of the handle. Each end portion of the hinge wire extends into one of the tubular sleeves. Two rivets are fixed to the handle, each having an outside head, a tubular shank extending inwardly through an outwardly opening aperture in an associated one of the tubular portions of the handle and through an associated sleeve, and a mandrel drawn outwardly into the shank so as to expand the shank and the associated sleeve.

Abstract: A rectangular stackable container, such as a tote box, having a lid or cover which is hingedly-attached at the upper rim area along one or both sides of the bin portion of the container. The rim area of the bin portion contains a rim-reinforcing wire, portions of which are exposed and releasably engaged by novel hinge means which are fastened to the lid and support the lid recessed slightly below the level of the rim when the lid is in closed position. The hinge means preferably are extruded from polyvinyl chloride.

Abstract: A hinge for a cabinet having a box and a door in an opening of that box, includes a hinge rod having a first offset end portion and a corresponding second offset end portion opposite that first offset end portion and an intermediate rod portion between these first and second offset end portions. A first mounting clip for the first offset end portion is connected either to the box or to the door near the cabinet opening. A second mounting clip for the second offst end portion is connected either to the box or to the door near the cabinet opening. At least one hinge rod mounting bracket for the intermediate rod portion is connected either to the door or to the box. A first slot for either the first offset end portion or for the intermediate rod portion is either in the first mounting clip or in the hinge rod mounting bracket, and a corresponding second slot for either the second offset end portion or for the intermediate rod portion is either in the second mounting clip or in the hinge rod mounting bracket.

Abstract: A wire-formed hinge assembly for a pivotable rain gutter including a pair of wire-formed members. The first member, having an "L" shape, is stationary having a first leg mounted to a structure and a second leg extending outwardly from the structure. The second leg has a "U" shaped end remote from the structure, the end having a stud therein. The second member is substantially "U" shaped and is fitted around the gutter. The second member has a pair of upstanding legs which retain the gutter therebetween. A bight portion of the second member, connects the legs thereof. The legs terminate in hooks which engage the upper lips of the respective side walls of the gutter. The second member has a loop thereon in which is received the stud of the remote end of the second leg of the first member. The second member holding the gutter may pivot about the stud received in the loop. An optional "C" shaped retaining member is provided.

Abstract: In order to connect two adjacent elements (E1,E2) joined, for example, onto a satellite solar panel, an antifriction joint (10) is used. The deployment kinematics of the joint enable deployment to be done extremely accurately. The joint comprises two braces (12,14) suitable for rolling one onto the other by two cylindrical surfaces (12a,14a). Guiding of rolling is ensured by two flexible members, such as rolling plates (16,28) extremities are secured to the braces and which pass by crossing between the cylindrical surfaces (12a,14a). A traction prestressing stored in the plates avoids any stray movement between the braces, especially at the time of deployment. The drive torque ensuring the automatic deployment of the joint and its end-of-travel locking are ensured by elastic bands (36) connecting the two braces and each formed of two superimposed plates. Successive joints may be joined using a synchronization deployment mechanism.

Abstract: A feeder for a printer serves for guiding and/or advancing the record carrier. Tractors (1a and 1b) placed in a pair are provided. The tractors (1a and 1b) have hinged parts which can be adjusted in different hinged positions by pivoting bearings (11). To provide hinged part on printers, particularly dot matrix printers, with simple pivoting bearings that can be produced economically and to eliminate a special fastener for the pivoted positions, a spring steel wire piece (18) cut to length serves as a pivot pin (17) and for fixing of the closed and open end positions of the hinged part (10). The spring steel wire piece (18) is put under tension by bending.

Abstract: The device is of the type comprising a lamp-supporting ring (10) having an opening for receiving the base of a lamp, and a clip (30) in the form of a loop of wire which is pivotally mounted to one side of the said opening to pivot between an open position in which the opening is clear and a closed position in which the clip locks a lamp in position. The device includes the improvement wherein a first end (32) of the said wire is pivotally mounted in at least one bearing (16) provided on the said one side of the ring, and wherein the opposite end of the clip (40) is so shaped as to present a cradle suitable for receiving a portion of the first end and for being itself received, when the clip is in the closed position, in a recess (42) provided in the ring. The device is particularly intended for use in car headlights.

Abstract: A terminal block having a housing, a connector panel rotatably mounted between the side walls of the housing between first and second positions, a latch mechanism for releasably retaining the panel in its first or second position and a front door pivotally secured to the housing.

Abstract: A kettle cooker hinge which comprises two spaced legs joined by a bight section to form an inverted U-shaped member which has fully closed, partially opened and fully opened positions. A first mechanism is provided for pivotally securing the lower end of each of the legs to the inner wall of the kettle at opposite sides thereof. The locations of these first pivot mechanisms lie in a first pair of adjacent quadrants of the kettle. A second mechanism for pivotally securing the bight at the upper end of the inverted U-shaped member to the inner wall of the cover is provided at a location directly above the other two quadrants of the kettle when the cover and the inverted U-shaped member are in their closed positions. This second mechanism extends, for stability, on opposite sides of the vertical plane that divides the other two quadrants of the kettle. The bight lies outside the kettle when the inverted U-shaped member is in its fully opened position.