A rail for guiding a carriage of a furniture door, in which the rail has at least one mounting part. The at least one mounting part can be fastened to a furniture part, which is formed by a side wall of a piece of furniture, and can be releasably connected to a guide part. The guide part has at least one guide for the carriage.

A guide carriage for displaceably supporting a furniture part on a guide rail, includes a chassis having at least one pivotally mounted running wheel and at least one connecting portion for connecting the guide carriage to the furniture part. At least one positioning device is provided for positioning the connecting portion relative to the chassis in at least one linear direction.

A telescopic hinge (30) is described for a rail guidance system (1) for guiding a sliding device (20) along an elongated guide rail (10) with a longitudinal axis (12). The telescopic hinge (30) comprises a first hinge part (32) and a second hinge part (34) that is mounted rotatably in the first hinge part (32) for rotation about a hinge-rotation axis (38). The second hinge part (34) is mounted slidably in the direction of the hinge-rotation axis (38); and configured for being mounted onto the guide rail (10) at an end (342) slidably along the longitudinal axis (12).

An appliance is provided herein. The appliance includes a cabinet having a wrapper, a liner, and a trim breaker. The wrapper, the liner, and the trim breaker define an insulating cavity therebetween. An insulating material is disposed within the insulating cavity. A frame includes an upper frame portion, a vertical frame portion, and a lower frame portion. The frame is at least partially disposed within the insulating cavity. An upper hinge mount is disposed on the upper frame portion. A lower hinge mount is disposed on the lower frame portion. The lower frame portion has a closed outer periphery. A door is rotationally mounted to the cabinet via an upper hinge mounted to the upper hinge mount and a lower hinge mounted to the lower hinge mount.

A trackless free-swinging bi-fold door that eliminates the standard guide tracks of conventional bi-fold doors and replaces them with two pivot pin hinges, a simple door modification and a magnet catch. The door modification consists of a spring mechanism connecting the two door panels. The door can be opened as a straight swinging door, and as a conventional bi-fold door. A hinge attaches the door to a door panel that allows the door to swing entirely out of the way of the door portal.

A door opening/closing device includes a shaft member installed on a first door panel side so that it cannot rotate. Both ends of a torsion spring in the door opening/closing device are latched to a second door panel side via torsion spring latching walls, and a center portion of the torsion spring is latched to the first door panel side via a latched member, a latching portion, and the shaft member. When the first door panel and the second door panel are pulled from the state in which the doorway is closed, the first door panel and the second door panel fold about an outside cylindrical member as center. The outside cylindrical member rotates relative to the shaft member. First and second coil portions deform elastically in the direction that they are each wound tighter, and the first and second door panels are opened and the doorway is opened.

An apparatus and method for installing a pivot guide in a door section of a bifold door, the pivot guide including a base, a flange at an upper region of the base, a pin extending into the base, and a top part connected to the pin wherein the apparatus includes: an upper part; a lower part; and a middle part connecting the upper part to the lower part; the lower part has a notch, and during the installing of the pivot guide into the door section, the notch is positioned between the flange and the top part of the pivot guide, and after a force is applied onto the upper part, the force is transferred from the upper part to the lower part through the middle part and onto the flange to push the base into the opening in the door section.

The drive device for foldable doors of wardrobes (10), walk-in closets or pieces of furniture comprises a sliding guide (18) fixable to a horizontal wall (11, 12) of the box-shaped body of the wardrobe (10) longitudinally to the front side of the wardrobe (10), at least one guide slider (19) slidably movable along said sliding guide (18), at least one drive member (20) rotatably connected to said at least one guide slider (19) and rotatably connectable to a first (17) or a second (17) leaf of the foldable door (17), and biasing means (22) connected to said drive member (20) for driving a closing and/or opening movement of the foldable door (17).

An apparatus and method for installing a pivot guide in a door section of a bifold door, the pivot guide including a base, a flange at an upper region of the base, a pin extending into the base, and a top part connected to the pin wherein the apparatus includes: an upper part; a lower part; and a middle part connecting the upper part to the lower part; the lower part has a notch, and during the installing of the pivot guide into the door section, the notch is positioned between the flange and the top part of the pivot guide, and after a force is applied onto the upper part, the force is transferred from the upper part to the lower part through the middle part and onto the flange to push the base into the opening in the door section.

A cabinet may include a rack configured to house one or more information handling systems and a door comprising a first mechanical assembly configured to rotatably couple, via a first vertical edge of the first mechanical assembly, to the rack via a first hinge assembly, and a second mechanical assembly configured to rotatably couple, via a second vertical edge of the first mechanical assembly, to the first mechanical assembly via a second hinge assembly, such that an axis of rotation of the first hinge assembly is substantially parallel to an axis of rotation of the second hinge assembly.