The locking element is provided with functional elements, via which the components are substantially horizontally and vertically locked.

The bottles in which the solution is placed has both a vertical and horizontal lockout.

A locking element (16) is arranged on one component (2), said locking element being bringable into locking engagement with a locking recess (52) on the other component (4) for the purpose of a vertical lock.

At the same time there is also a vertical expansion of the market.

The vertical locking member includes a locking formation (78) located above the longitudinal members and a boss located below the longitudinal members.

For vertical locking purposes, an elastically protruding locking element, which engages in a locking receptacle of the other panel when the one panel is pivoted down, is provided on one panel.

A profiled slide (16) is guided in a movable manner on one component (2), said profiled slide being bringable into locking engagement with a locking recess (52) on the other component (4) for the purpose of a vertical lock.

Attached to the cross member is a vertical locking member (68) which extends above and below the longitudinal members.

At least one of the projections (5, 7) is deviated during the joining movement in the horizontal direction (H) and then snaps into a locking edge (10) which extends essentially in the horizontal direction (H) to vertically lock the panels.

Two Phase Locked Loops are connected in series to achive vertical lock between the input and output frames.

Steel sheet piles are long structural sections with a vertical interlocking system that creates a continuous wall.

Sheet Pile are long structural sections with a vertical interlocking system that creates a continuous wall.

Sheet Pile are long structural sections with a vertical interlocking system that creates a continuous wall.

Steel sheet piles are long structural sections with a vertical interlocking system that creates a continuous wall.

The vertical lock mechanism (25) limits the radar main body (23) in the storage position from vertical displacement relative to the mount frame (21).