Abstract: An assembly includes a furniture hinge having a first fitting portion configured to be fixed to a first furniture part, a second fitting portion configured to be fixed to a second furniture part, and a hinge axis hingedly connecting the first fitting portion and the second fitting portion to one another. At least one cover is configured to at least partially cover a gap formed between the first fitting portion and the second fitting portion. A fastening device for fixing the cover to the furniture hinge is provided, and the fastening device includes an arresting device for fixing the fastening device on different positions of the cover in a longitudinal direction of the cover.

Abstract: A furniture hinge includes a first fitting portion, a second fitting portion, and a hinge axis hingedly connecting the first fitting portion and the second fitting portion. The fitting portions are movable between a first position, in which the furniture parts are aligned substantially coplanar to one another, and a second position, in which the furniture parts are aligned substantially parallel to one another. A cover can at least partially cover a gap formed between the first fitting portion and the second fitting portion, and a movement of the cover can be coupled to a movement of the furniture hinge. The first fitting portion and/or the second fitting portion includes an abutment, and the cover includes a counter-abutment. Upon a relative movement of the fitting portions, the abutment abuts against the counter-abutment. The cover, due to the abutment bearing against the counter-abutment, can be moved about the hinge axis.

Abstract: A hinge includes: a vehicle body-side hinge member that includes a vehicle body attachment portion for attachment to a vehicle body; a back door-side hinge member that includes a door attachment portion for attachment to a back door and a coupling portion extending from the door attachment portion toward the vehicle body-side hinge member, the coupling portion including a reinforcing rib on both edges in a width direction intersecting an extension direction of the coupling portion; and a rotational support member that couples an end portion, at a side of the vehicle body-side hinge member, of the coupling portion together with the vehicle body-side hinge member, and that supports the vehicle body-side hinge member and the back door-side hinge member so as to allow relative rotation of the vehicle body-side hinge member and the back door-side hinge member.

Abstract: A hinge for a portable computing device has a shaft, a rotating bracket and a stationary bracket. The shaft includes a first portion and a second portion. The first portion is a cylindrical tube. The cylindrical tube has an internal cavity. The second portion has an outer surface and a notch. The notch is formed in the outer surface of the second portion and communicates with the internal cavity of the cylindrical tube. Therefore, cables extending through the internal cavity of the cylindrical tube of the shaft will extend through the notch to electrically connect their corresponding devices in a base and a cover of the portable computing device. The connection of the cables to their corresponding devices is facilitated, because there is no obstruction in the notch, thereby increasing productivity.

Abstract: A hinge assembly, which allows a cable to be disposed therein quickly, includes a first coupling member with a first hole and a first slot, a second coupling member with a second hole and a second slot, and a limit member with a third hole and a third slot. The first, second and third holes collectively define a compartment, with the first, second and third holes being aligned one another. The first, second and third slots collectively define an entrance, with the first, second and third slots being aligned one another. The entrance defines a space with a size greater than a cross-sectional size of the cable to allow insertion of the cable. The limit member is operably rotatable to a position that the cable is retained in the compartment and is prevented from exiting from the entrance.

Abstract: A clip is attached to the hinge of a vehicle door to hold the door open during electro-coating and painting. The hinge is assembled with the clip to the vehicle prior to painting. The hinge is taken apart after painting to separate the door from the vehicle. An end of the clip may include at least one ramp surface and a pair of walls that define a receiver in which a stop attached to the door is received. The stop is captured in the receiver of the clip to hold the door open.

Abstract: A hinge assembly is used in a notebook computer and has a rotating bracket, cover panel, stationary bracket, limiting assembly and indicator ring. The notebook computer has a display and a base. The display is rotatably mounted pivotally upon the base. The rotating bracket is attached to the display and has a keyed shaft. The cover panel is mounted around the rotating bracket, is attached to a top surface of the base and has a gap. The stationary bracket is mounted rotatably around the keyed shaft and is mounted securely on the base. The limiting assembly is mounted on the stationary bracket and allows the keyed shaft to rotate 360°. The indicator ring is mounted on the limiting assembly and has two indicators. The indicators show up in the gap when the display is rotated to a rotational limitation to indicate direction of allowed rotation.

Abstract: An example hinge includes a hinge pin extending along an axis and a first knuckle for receiving the hinge pin. The first knuckle is rotatable about the axis. A second knuckle for receiving the hinge pin and is rotatable about the axis. At least one bearing limits relative rotation between the first hinge knuckle and the hinge pin. The example hinge assembly may include a tolerance ring between the hinge pin and the first knuckle to urge the bearing away from the axis. An example method of producing a hinge includes the steps of permitting a first hinge plate to move relative a hinge pin and limiting movement of a second hinge plate relative a hinge pin. The method biases a bearing adjacent the hinge pin to limit movement of the second hinge plate relative the hinge pin.

Abstract: A hinge assembly (100) for use in a flat display monitor (120) includes a base seat (10), a pivotal shaft (20) and a plurality of washers (30, 40, 50, 60, 70). The base seat includes a first end portion (12) and a second portion (14), which are substantially perpendicular to each other. The first end portion has a retaining hole (122) therein. A protrusion (124) of the first end portion extends into the retaining hole. The pivotal shaft includes a pivotal portion (24). The pivotal portion has at least one flat surface (242) pivotally engaging with the protrusion. The pivotal shaft passes through the retaining hole of the base seat and the plurality of washers, allowing the elements of the hinge assembly to be fastened together.

Abstract: A self-locked hinge device includes a hinge body, a first mounting plate, a second mounting plate and a locking mechanism, The first mounting plate is hinged to a first end of the hinge body, and the second mounting plate is hinged to a second end of the hinge body. The locking mechanism is driven by the second mounting plate when the second mounting plate is moved and incapacitates the first mounting plate from moving relatively to the hinge body when the second mounting plate is rotated to a predetermined position relative to the hinge body. A multi-function peripheral using the self-locked hinge device is also provided.

Abstract: The self-locking hinge (24) includes a first plate (28) hingedly connected to a second plate (30). Fasteners (24) are provided on the plates to secure them to a member, such as a easel strut hinge (24) of picture frame back (20). A locking structure is connected to the first plate (28) and the second plate (30) for maintaining the second plate (30) in the substantially open position relative to the first plate (28). The locking hinge (24) includes a protrusion (36) on the first plate (28) that removably engages with a free edge (34) of the second plate (30). The hinge (24) also includes a structure for maintaining the second plate (30) in rotating arrangement with the first plate (28) when the plates (28, 30) are hingedly secured to one another in a rolled pinless fashion. Locking lugs (40) are used to maintained the second plate (30) rolled about the first plate (28).

Abstract: Disclosed herein is a safety unit of a hinge for a folding ladder to prevent a user's finger from being caught in the hinge when the hinge rotates. The hinge includes a first joint unit, a second joint unit, and a locking unit, and the safety unit is provided between a first stop shoulder of the first joint unit and a second stop shoulder of the second joint unit. The safety unit includes a mount part and an insert part. The mount part is provided in the first joint unit to be positioned under the first stop shoulder, and an inside portion of the mount part is rounded to surround a part of the first joint unit. The insert part extends from an upper end of the mount part, and is rounded to have the same curvature as the inside portion of the mount part.

Abstract: A damper mechanism installed on an opening and closing device that has an arcuate plunger with the same radius of curvature of the cylinder it slidably mates with. A torsion coil spring causes the sliding action of the plunger into the cylinder in one direction.

Abstract: A hinge comprising a base and a plate rotataby coupled to the base about a turn axis fixed in the base. The hinge further includes a swing member rotably coupled to the plate about a pivot axis fixed relative to the plate and a spring coupled between the base and the plate which urges the plate to rotate about the turn axis in a first direction. The plate has limited rotation in the first direction about the turn axis as the swing arm has limited movement relative to the plate about the pivot axis in a second direction, opposite of the first direction. The limited movement of the swing arm is defined by a pivot limit. Movement of the swing arm toward and away from the pivot limit occurs about the pivot axis without effect of the spring on the arm. During contact of the swing arm with the pivot limit, the arm and the plate can move about the turn axis against the effect of the spring.

Abstract: A single-button support mechanism is provided to improve a turning means joining an upper portion and a body of a device. The support mechanism constructs a pivot and a holding groove at the upper portion and, at the body, a cam trough, a button groove, and another groove for accommodating a retaining member to further hold a first spring. The cam is formed as saw type teeth at a peripheral thereof, and each tooth of the cam has a notch engageable with a position button. By applying the single-button support mechanism, the turning means can utilize the cam moving in the cam trough for engaging with the upper portion at a selected angle, and utilize the position button movable in the button groove for controlling the opening or closing of the upper portion.

Abstract: The invention includes a pivot that is preferably attached to a child's seat and used to adjust the position of a canopy. The canopy pivot can be adjusted by pulling on the canopy frame to move the canopy to a desired position. No separate locking mechanisms are required for locking and unlocking the canopy at a plurality of different positions. The canopy pivot includes a flange member extending from the child's seat. The flange can have indents or nubs therein which mate with indents or nubs located on the canopy pivot member. The resiliency of the flange member at a specific location between the indents or nubs and the contact point of a retainer structure provides the necessary locking force for keeping the canopy pivot locked and for allowing it to unlock when a person pulls the canopy frame to pivot the canopy about the canopy pivot.

Abstract: A door hinge which is able to selectively limit the maximum opened position of the door to which it is attached, the present invention comprising two planar members rotatably connected to one another along one lengthwise connecting edge by a hinge pin, each of the planar members having one or more small projections located on its connecting edge which outwardly angles away from the planar members so as not to interfere with their rotation, the small projections each having a leading edge and when the door to which the present invention is attached is opened, contact of each leading edge with the other leading edge defines a maximum opened position for the door, the present invention also comprising clip-on stops of varying lengths which are attached onto one of the small projections, over their leading edges, so as to further limit the extent to which the door to which it is attached can be opened.

Abstract: An easel hinge includes an outer hinge plate and an inner hinge plate interconnected with each other for relative pivotal movement therebetween. The outer hinge plate has a relatively flat leaf portion terminating in a curled barrel at one side thereof and at least two spaced apart notches formed in the curled barrel. The inner hinge plate has a relatively flat leaf portion and at least two spaced apart lobes extending from the inner hinge plate leaf portion in a plane generally perpendicular to the plane of the inner hinge leaf portion. The lobes are received in the curled barrel of the outer hinge plate through the notches of the curled barrel for permitting relative rotational movement of the inner hinge plate with respect to the outer hinge plate. Lugs formed on the lobes limit the relative rotational movement of the hinge plates and prevent the longitudinal movement of the plates with respect to each other.

Abstract: A separable hinge connection comprising a leaf member and a pin means, the leaf member has a first hooked end which with a bridge overlying a body part of the leaf member couples the leaf member to the door and permits predetermined limited movement between the leaf member and the bridge and a second hooked end for releasable engagement with a hinge pin of the pin means, first and second stops on the pin means respectively limit rotational movement of the door and prevent vertical movement of the door for all but the final portion of the door opening movement, first and second restraining means respectively prevent and restrain the second hooked end from disengagement from the hinge pin, the second restraining means has a height above which said leaf member can be raised when the door is in said last portion of the door opening movement thereby allowing the leaf member to pass over the said second restraining means to uncouple the leaf member from the hinge pin.

Abstract: This invention relates to a vehicle door hinge which has an integral detent and stop. A spring having a flat surface portion and an arcuate surface portion is attached to a first hinge member with the arcuate portion of the spring curved about the axis of the hinge. A roller restrained on a second hinge member is in compressive contact with the arcuate portion of the spring. A depression across the arcuate portion of the spring, works in conjunction with the roller as a detent to produce an intermediate stop position. The arcuate portion of the spring has an end portion, wider than the remainder of the spring, which contacts the second hinge member to provide a stop which prevents further opening rotation of the hinge.