A connector by way of which two frame elements of a frame of a furniture part can be connected, wherein the connector includes a corner-connecting mechanism for connecting respective end portions of the two frame elements in a corner region of the furniture-part frame. An attachment portion for attachment to a pivoting device is integrated on the corner-connecting mechanism, wherein the furniture part can be accommodated on a basic structure of a piece of furniture such that it can be pivoted by means of the pivoting device.

A gate hinge pin and strap assembly for attachment to a wooden post for supporting a gate including a J-bolt or threaded L-bolt with a metal strap affixed to the bolt between the threads and cylindrical neck portion. A bendable metal strap extends on each side of the J-bolt or threaded L-bolt. The L-shaped rod is threaded into the post until the metal strap contacts the post. Then each bolt of the metal bracket is bent around the post and screws or lag bolts are threaded through the holes and into the post to help secure the hinge to the post and to provide added support for the gate.

Embodiments of the present invention are related to an improved gate hinge with a post assembly including an L-Bracket, a post assembly extension, and a swing axis bolt with a T-Joint. A gate assembly includes an L-Bracket and gate assembly extension. The post assembly and gate assembly are connected via connecting bolt. The swing axis bolt is oriented vertically on the post assembly extension and the connecting bolt is oriented horizontally on the gate assembly extension. The connecting bolt connects the gate assembly to the post assembly at the T-Joint. The gate assembly extension rotates via the T-Joint on the swing axis bolt. The post assembly extension distally extends a bottom portion of a gate attached to the gate assembly relative to a top portion of the gate. The distal extension creates an elevated angle between the gate bottom and ground when the improved gate hinge is actuated.

A hinge mounting structure is provided in which a door can open at a wide angle. In a hinge mounting structure including a hinge (1) having a first piece (3) and a second piece (4) that are coupled together via a shaft (2) in such a manner as to be rotatable relative to each other, the first piece (3) being mounted on a side jamb (6), the second piece (4) being mounted on an end face of a door (5), the side jamb (6) is provided with a protruding portion (8) protruding forward of a wall surface, and at least a part of the door (5) is backward of a front surface line (X), in an open position of the door (5).

A hinge mounting structure is provided whose appearance can be improved. In a hinge mounting structure including a hinge (1) having a first piece (3) and a second piece (4) that are coupled together via a shaft (2) in such a manner as to be rotatable relative to each other, the first piece (3) being mounted on a side jamb (6), the second piece (4) being mounted on a door (5), the side jamb (6) is provided with a protruding portion (8) protruding forward of a wall surface, and a center (C) of the shaft (2) is placed backward of a front surface line (X) of the protruding portion (8) of the side jamb (6).

This disclosure relates to an adjustable hinge assembly for an automobile tailgate. The hinge assembly includes a first mounting plate configured for mounting to an automobile body, a first hinge member attached to the first mounting plate, a second mounting plate configured for mounting to a tailgate, and a second hinge member attached to the second mounting plate. The first and second hinge members are hingedly connected. Adjustment screws are positioned on the hinge assembly to adjust the position of the first hinge member on the first mounting plate in the x and y-directions. An adjustment screw is positioned on the hinge assembly to adjust the position of the second hinge member on the second mounting plate in the z-direction. This is accomplished with minimal effort and tooling.

Disclosed are a built-in transfer hinge, a side hung door-window mounted with the built-in transfer hinge, a mounting method thereof, a horizontal pivoting window mounted with the built-in transfer hinge, and a mounting method for a hardware hinge therein. The built-in transfer hinge includes a frame connecting block, a sash connecting block, a hinge body (12), a two-link rod (13), a three-link rod (14), and a clutch rod (15). The two-link rod (13) and the three-link rod (14) are connected to the frame connecting block. One end of the hinge body (12) is connected to the two-link rod (13), the middle of the hinge body (12) is connected to the three-link rod (14), and the other end of the hinge body (12) is connected to the sash connecting block. The clutch rod (15) is connected between the sash connecting block and the three-link rod (14).

A hinge supports a door panel having a door edge in a door frame having a frame edge in a closed position of the door. A door part fixed to the door edge defines first and second parallel door axes in the gap between the door edge and frame edge, and a frame part fixed to the frame edge defines first and second parallel frame axes recessed in the door frame. A first link has one end pivoted on the door panel at the first door axis and an opposite end pivoted on the frame part at the first frame axis, and a second link separate from the first link has one end pivoted on the door part at the second door axis and an opposite end pivoted on the frame part at the second frame axis.

A concealed door hinge is disclosed having a high security that cannot be accessed from outside a cabinet on which the hinge is used. The door hinge is capable of being mounted to a thin (0.056 to 0.25 inches thick) metal door of a cabinet without using any additional fastening means.

Embodiments of the present invention are related to an improved gate hinge with a post assembly including an L-Bracket, a post assembly extension, and a swing axis bolt with a T-Joint. A gate assembly includes an L-Bracket and gate assembly extension. The post assembly and gate assembly are connected via connecting bolt. The swing axis bolt is oriented vertically on the post assembly extension and the connecting bolt is oriented horizontally on the gate assembly extension. The connecting bolt connects the gate assembly to the post assembly at the T-Joint. The gate assembly extension rotates via the T-Joint on the swing axis bolt. The post assembly extension distally extends a bottom portion of a gate attached to the gate assembly relative to a top portion of the gate. The distal extension creates an elevated angle between the gate bottom and ground when the improved gate hinge is actuated.