A cabinet is provided with a housing including a rear wall, a first side wall, a second side wall opposite to the first side wall, a bottom, a top frame member, and a front frame member, and two sliding doors, each disposed on the top frame member, the front frame member, and one of the first and second side walls. The housing is shaped as a truncated trapezoid in its side elevation.

An adjustable sliding door system for building a sliding door for use in delimiting a part of a room in an opening and extending from the floor to the ceiling of the room is adapted to run in a track positioned opposite it on, respectively, the ceiling and the floor of the room. The adjustable sliding door system has two profiles constituting the sides of said sliding door and surface elements mounted between the profiles and constituting the surface of the sliding door. The adjustable sliding door system has a plurality of surface elements adapted to be mounted overlapping and in continuation of each other in a length corresponding to the height of the opening. This embodiment has the advantage that, based on few standard elements, a very flexible solution is obtained for building a sliding door of any height and where colors/decors may be varied according to personal desires.

A sliding closet door assembly comprises a first door panel (22a); and a door frame assembly comprising at least a first side edge strip arrangement, a second side edge strip arrangement, a top edge strip arrangement, and a bottom edge strip arrangement configured to define a door frame (20) extending in a door frame plane, the door frame (20) being adapted to receive and hold said first door panel (22a), wherein the door frame (20) is configured to receive said first door panel (22a) in a door panel insertion direction (T) transversal to the door frame plane.

The disclosure relates to a guide device for a sliding screen system. The guide device includes a housing, a height adjustment element arranged to be set in different positions in a height direction, and a manually operable pivot connected to the housing for pivoting around a pivot axis and connected to the height adjust-ment element for moving the height adjustment element when pivoted. The housing includes a first toothed structure extending in a circular path around the pivot axis. The manually operable pivot includes a second toothed structure extending in a circular path around the pivot axis. The first toothed structure and the second toothed structure engage each other. The housing includes at least one finger that is radially flexible relative the pivot axis and that includes a section of the first toothed structure.

A museum display case with a fixed case formed by fixed glass walls surmounted by an upper openable glass door. The openable glass door is slidingly openable with respect to the fixed case. The fixed glass walls and the openable glass door have, with respect to the display case, respective inner faces and outer faces connected by peripheral edges. The museum display case has two linear sliding guides between the openable glass door and the fixed case. The linear sliding guides are applied, on one side, on the inner face of the openable glass door near opposite peripheral edges of the openable glass door and, on the other side, on the peripheral edge of two opposite fixed glass walls. The linear sliding guides have dimensions corresponding to the thickness of the fixed glass wall to which they are applied.

A cabinet device is proposed. The cabinet device has an upper surface assembly of which an upper surface is separately provided from an outer casing, and the bottom of the upper surface assembly is coupled to an upper surface of an inner casing. Therefore, the appearance design of the cabinet device is freely and easily changed in response to a user's need.

The disclosure relates to a guide device for a sliding screen system. The guide device includes a housing, a height adjustment element arranged to be set in different positions in a height direction, and a manually operable pivot connected to the housing for pivoting around a pivot axis and connected to the height adjust-ment element for moving the height adjustment element when pivoted. The housing includes a first toothed structure extending in a circular path around the pivot axis. The manually operable pivot includes a second toothed structure extending in a circular path around the pivot axis. The first toothed structure and the second toothed structure engage each other. The housing includes at least one finger that is radially flexible relative the pivot axis and that includes a section of the first toothed structure.