A concealed hinge for a turn-tilt window with a fixed frame and leaf includes of a pair of scissors with a first arm and second arm, that are connected by a central hinge and which are hingeably connected by a first end to a mounting slat that is intended to be mounted on the frame, and have a hinge at a second end for coupling to the leaf. The first arm is connected by its first end to the mounting slat with a fixed frame hinge with a peg fastened to the mounting slat and the second arm is connected by its first end to the mounting slat by a shiftable frame hinge with a peg that is shiftably affixed in a guide slot of the mounting slat, whereby in the closed situation of the scissors, the mounting slat serves as a support for the tilting movement of these scissors.

A concealed hinge for a turn-tilt window with a fixed frame and leaf includes of a pair of scissors with a first arm and second arm, that are connected by a central hinge and which are hingeably connected by a first end to a mounting slat that is intended to be mounted on the frame, and have a hinge at a second end for coupling to the leaf. The first arm is connected by its first end to the mounting slat with a fixed frame hinge with a peg fastened to the mounting slat and the second arm is connected by its first end to the mounting slat by a shiftable frame hinge with a peg that is shiftably affixed in a guide slot of the mounting slat, whereby in the closed situation of the scissors, the mounting slat serves as a support for the tilting movement of these scissors.

A shower door enclosure has fixed and pivotable hinge halves which can be preinstalled to fixed and pivotable panels, respectively. One or both of the hinge halves can be adjusted at the installation site without hinge disassembly. In particular, each hinge half may be mounted to its respective panel via a fastener passing through the panel and into a floating bushing. The floating bushing is received in a seat formed in the body of the hinge half. The bushing and seat are shaped to prevent continuous rotation of the bushing within the seat, allowing the fastener to be tightened against the panel without requiring external access to the bushing. Upon assembly of the door panel to the adjacent fixed panel via the respective hinge halves, the bushings may be allowed to float laterally and vertically within the hinge bodies while the panels are adjusted to a proper orientation, and the fasteners may then be tightened to fix the panels in place.

A hinge structure includes an attachment recessed part, an attachment member, a first rotating body and a second rotating body. The attachment recessed part is configured to have inlet and outlet part in an upper part thereof. The attachment member is configured so that an upper end part thereof is pivotably connected to the document cover. The first rotating body is configured to be provided in the apparatus main body so as to come into contact with a side of the document mounting surface of the attachment member in the inlet and outlet part in the attachment recessed part. The second rotating body is configured to be provided in a lower part of the attachment member so as to come into contact with the attachment recessed part at an opposite side of the position in which the first rotating body is provided.

A mount for mounting a door to rack includes a rack including a first pair of vertically-extending supports, each support including an array of openings; a first mount coupled to the rack at a first position thereon, the first mount including: a first plate extending between the first pair of vertically-extending supports and including a first end and a second end, and a first hinge arm adjustably coupled with the first plate; a second mount coupled to the rack at a second position located below the first position, the second mount including: a second plate extending between the first pair of vertically-extending supports and including a first end and a second end, and a second hinge arm adjustably coupled with the second plate.

A compatible door hinge for vehicles includes a lower plate which has a pin hole and a hinge hole in which a hinge pin and a bushing pin are respectively disposed, an upper plate which is coupled to the lower plate by the hinge pin and can be changed in position relative to the lower plate, and a body plate with which the lower plate and the upper plate are integrated by the bushing pin passing through them. A minimum required setting distance between the door hinge and an upper or lower door skin of a vehicle door can be maintained without changing the design shape of the door skin. Particularly, a door opening trajectory can be formed closer to the door skin and reduced in radius, such that a rotation gap is ensured.

A vehicle charge port door assembly includes a door support structure and a hinge structure comprising a primary hinge rotatable about a first axis. The door support structure includes a first attachment structure, and the hinge structure comprises a second attachment structure. The first attachment structure and the second attachment structure form a secondary hinge assembly in which the first attachment structure is selectively rotatable with respect to the second attachment structure about a second axis that extends in a different direction from the first axis.

A hinge for dishwasher doors, including a first element and a second element pivoted together and mutually movable in a tilting fashion, the first and second elements being fixable one to a frame and the other to a door of an electrical appliance to make the door movable with respect to the frame between a closed position and an open position, a lever connecting the first and the second element, an elastic element connected to the lever and capable of generating, with its own deformation, an elastic reaction force capable of at least partially compensating for the weight of the door during its opening or closing, as well as means for regulating the intensity of this elastic reaction force.

A hinge for dishwasher doors, including a first element and a second element pivoted together and mutually movable in a tilting fashion, the first and second elements being fixable one to a frame and the other to a door of an electrical appliance to make the door movable with respect to the frame between a closed position and an open position, a lever connecting the first and the second element, an elastic element connected to the lever and capable of generating, with its own deformation, an elastic reaction force capable of at least partially compensating for the weight of the door during its opening or closing, as well as means for regulating the intensity of this elastic reaction force.

A hinge for a flap of a motor vehicle includes a flap element which is designed to be secured to the flap. A pivoting element is designed to be secured to a body of the motor vehicle such as to be rotatable about a hinge axis, wherein in a first location the flap element is connected to the pivoting element so as to be rotatable about a rotational axis, and in a second location, which is offset relative to the first location, the flap element is connected to the pivoting element via a releasable securing element. A spacer maintains a distance between the pivoting element and the flap element in an installed position, in which the securing element is released and the flap element is rotated relative to the pivoting element about the rotational axis in comparison to a normal position.