A motor-integrated power trunk opening system applied to a vehicle may include a hinge arm which is divided into a power side portion and an interlocking side portion to support left and right end portions of a trunk lid covering a trunk compartment, and an actuator which is mounted to the power side hinge arm and moves the hinge arm upwards using generated power so that the trunk lid opens

A fastening device for a vehicle window lifter, having at least one guide rail for slidable guidance of a carrier for a window glass, includes a pivot piece with a base body and two pivot pins which are formed thereon along a rotational axis and have two parallel planar surfaces. The pivot pin or each pivot pin has an axial notch. The guide rail has a connecting portion with mutually aligned pivot grooves for receiving and pivotably mounting the pivot pins of the pivot piece. A vehicle window lifter for adjusting a window glass of a motor vehicle, is also provided.

The present invention patent concerns the eccentric pulley and hardware assembly for closing spans with glass panels such as doors, boxes and room partitions. The eccentric pulley was developed with the purpose of allowing a greater amplitude of regulation during the assembly of tempered or laminated glass panels, achieving in a first version (10), a regulation range of 16 mm, that is, between 8 mm and +8 mm, and, in a second version (100), said eccentric pulley of apparent use, becomes possible to be regulated in a range of 8 mm, that is, between 4 mm and +4 mm, allowing optimization of installation and ease of assembly of the closing of spans with fastened and movable glass panels, especially with respect to the leveling adjustment of said panels in relation to the floor and walls.

A hinge assembly includes a first hinge element having a hinge pin with upper and lower portions and an engagement portion outwardly extending from the hinge pin. The engagement portion of the first hinge element includes a lower surface having an upwardly angled portion and an abutment surface. A second hinge element includes a body portion surrounding a hollow interior portion and further includes a contoured upper rim having a downwardly angled portion and an abutment surface. The lower portion of the hinge pin of the first hinge element is slideably received in the hollow interior portion of the second hinge element. The first hinge element rotates between a first position, wherein the abutment surface of the first hinge element abuts the abutment surface of the second hinge element, and a second position, wherein the abutment surfaces of the first and second hinge elements are spaced-apart from one another.

An anchor system for securing a lift cable to a movable barrier comprises a pin couplable to the lift cable and a bracket attachable to the movable barrier. The bracket comprises a first wall having a first hole, a second wall spaced from the first wall to receive the lift cable therebetween, the second wall having a second hole, the first hole and the second hole aligned and configured to receive the pin, and a first portion of a third wall extending obliquely relative to the first wall. The anchor system also comprises a guide lock shaped to fit at least partially within the bracket, and movable relative to the bracket between a position where the lift cable is couplable to the pin and a position where the lift cable is uncouplable from the pin, the guide lock being configured to displace the pin.

A vehicle door hinge with integrated door check. The vehicle door hinge includes a vehicle body bracket securable to a vehicle body, a vehicle door bracket securable to a vehicle door, a hinge pin providing a rotational connection between the vehicle body bracket and the vehicle door bracket, a door check plate having a bearing engagement surface, and a resiliently compressible bias positioned to axially bias the bearing engagement surface against bearings of the hinge pin.

A cabinet apparatus having a housing and a door. The housing defines a storage space having a front access opening. The door includes a first panel structure having a first sidewall panel having a first interior surface that partially defines the storage space and a first exterior surface and a tubular flange extending lengthwise along the first sidewall panel and protruding from the first exterior surface. A first hinge component is located on the tubular flange. The door includes a door body and a second hinge component thereon. The first and second hinge components are operably coupled to one another so that the door is pivotably mounted to the housing to be rotatable about a rotational axis between: (1) a closed position in which the door body encloses the front access opening; and (2) an open position in which the storage space is accessible via the front access opening.

A hinge for a swing closing element includes a hinge body and a third male or female connection element defining an axis that are coupled to each other to rotate with respect to each other between an open and a closed position. The hinge body includes a curvilinear guide slot defining an angular trajectory that lays on a plane substantially perpendicular to the defined axis. The third male or female connection element is engaged in the curvilinear guide slot so that upon the mutual rotation of the third male or female connection element and of the hinge body, the defined axis translates along the angular trajectory.

A folding hinge comprising a first hinge leaf plate having knuckles and mounting holes for receiving mounting fasteners, a second hinge leaf plate having knuckles and rack mounting pins, a hinge barrel which is formed by the knuckles from each leaf plate, and a hinge pin to join and secure the two leaf plates together to form a completed hinge for use in hanging or mounting doors, screens, panels, or other types of covers to storage racks and storage rack systems.

A door hinge with integrated door check is disclosed herein. The door hinge includes a first and second bracket connected by a hinge pin and rotatable relative to first bracket about an axis, and a door check plate. The hinge pin includes a plurality of bearings distributed about the axis. The door check plate has a bearing engagement surface axially opposed to the bearings, defining a plurality of curved paths, where the number of curved paths equals number of bearings, each curved path has a path length and an elevation profile of variable elevation that is substantially identical for all curved paths. A resiliently compressible bias is positioned in contact with the door check plate to axially bias the bearing engagement surface against the bearings so each bearing travels along the elevation profile of a respective curved path when the second bracket rotates relative to the first bracket.