An expansion connector connecting two furniture panels includes a bolt having a cylindrical bolt shaft with a bolt head opposite an expansion cone. A plastics expansion sleeve is mounted displaceably on the bolt having at least two expansion tabs, each of which has a radially outwardly protruding collar. The expansion sleeve can be transferred, by a displacement relative to the bolt, from a non-expanded starting position into an expanded end position where the expansion tabs are radially outwardly expanded. In the starting position, the expansion tabs bear against the bolt shaft by a guide portion and divides the expansion tabs into a first tab portion facing the bolt head and a second tab portion facing away from the bolt head. The first tab portions are radially spaced apart from the bolt shaft, and, in the end position, the expansion tabs are each pivoted about the edge of the guide portion.

The present disclosure relates to modular furniture made from a number of substantially flat panels. The panels have bevelled edges and magnets are disposed in or on the bevelled edges. Multiple panels thus may be joined together magnetically to construct a piece of furniture. In some examples, the outward pointing poles of adjacent magnets alternate (North, South, North South, etc.) around the panel. In some examples, there are protrusions and depressions on some or all bevelled edges, such that a protrusion of one panel can mate with the depression of another panel so as to resist the bevelled edges sliding past each other.

The present disclosure relates to modular furniture made from a number of substantially flat panels. The panels have bevelled edges and magnets are disposed in or on the bevelled edges. Multiple panels thus may be joined together magnetically to construct a piece of furniture. In some examples, the outward pointing poles of adjacent magnets alternate (North, South, North South, etc.) around the panel. In some examples, there are protrusions and depressions on some or all bevelled edges, such that a protrusion of one panel can mate with the depression of another panel so as to resist the bevelled edges sliding past each other.

The present invention provides a construction frame comprising a front side, a back side, and a side part, wherein said construction frame further at least one receptacle in the side part. Further, a system comprising at least one construction frame according to the invention is provided. In a preferred embodiment said system comprises at least two construction frames which are connected by at least one connector, which is inserted in the at least one receptacle of each construction frame.

For the universal coupling of shelves (PR) that can be attached to display stands (D), using a single male pin assembly, one of the pins being in the form of a rod (6) and the other pin being in the form of a ball (13). Upon the axial lowering of the shelf (PR), the pins (6) or (13), secured to the sides of the front edge thereof, always reach the corresponding eye (11) or cup (14) of the female housing, which is in turn secured to the side wall (PA) of the display stand (D). According to the design, since the female housing can be secured at any angle, there is no need to stock pins with a coupling end configured for each desired geometry, it being sufficient to manufacture said pins (6) and (13) providing a universal coupling between the shelf (PR) and the display stand (D).

For the universal coupling of shelves (PR) that can be attached to display stands (D), using a single male pin assembly, one of the pins being in the form of a rod (6) and the other pin being in the form of a ball (13). Upon the axial lowering of the shelf (PR), the pins (6) or (13), secured to the sides of the front edge thereof, always reach the corresponding eye (11) or cup (14) of the female housing, which is in turn secured to the side wall (PA) of the display stand (D). According to the design, since the female housing can be secured at any angle, there is no need to stock pins with a coupling end configured for each desired geometry, it being sufficient to manufacture said pins (6) and (13) providing a universal coupling between the shelf (PR) and the display stand (D).

A motion control and lock mechanism for wooden furniture such as a climbing triangle is provided. The lock mechanism provides secure stop against further motion and holds the furniture in the open or closed position. The lock mechanism is easily fabricated with a CNC router while cutting plywood furniture panels.

A motion control and lock mechanism for wooden furniture such as a climbing triangle is provided. The lock mechanism provides secure stop against further motion and holds the furniture in the open or closed position. The lock mechanism is easily fabricated with a CNC router while cutting plywood furniture panels.

Panels are shown, which are provided with a mechanical locking system including a separate and flexible tongue allowing connection with a snap action. An outer edge part of the separate flexible tongue includes a guiding protrusion for disassembly of the panels and that is deformed during locking and/or unlocking.

Panels are shown, which are provided with a mechanical locking system including a separate and flexible tongue allowing connection with a snap action. An outer edge part of the separate flexible tongue includes a guiding protrusion for disassembly of the panels and that is deformed during locking and/or unlocking.