Abstract:
A cantilever system includes at least one profile rail and at least one bracket for installation in the profile rail. The profile rail includes an elongated opening for the bracket and opposing counter-surfaces inside the profile rail for pulling and pushing caused by the bracket when installed on the profile rail. The bracket includes a widening to be fitted inside the profile rail arranged to form a pulling surface for creating the pulling when the bracket is installed in the opening in the profile rail, and a pushing surface for creating the pushing when the bracket is installed in the opening in the profile rail. The cross-section of the bracket is arranged, in the part that is outside the profile rail, to be at least locally a sideways opening U-profile, when the bracket is installed in the profile rail. The bracket is manufactured from a single plate piece by bending.
Abstract:
A cantilever system includes at least one profile rail and at least one bracket for installation in the profile rail. The profile rail includes an elongated opening for the bracket and opposing counter-surfaces inside the profile rail for pulling and pushing caused by the bracket when installed on the profile rail. The bracket includes a widening to be fitted inside the profile rail arranged to form a pulling surface for creating the pulling when the bracket is installed in the opening in the profile rail, and a pushing surface for creating the pushing when the bracket is installed in the opening in the profile rail. The cross-section of the bracket is arranged, in the part that is outside the profile rail, to be at least locally a sideways opening U-profile, when the bracket is installed in the profile rail. The bracket is manufactured from a single plate piece by bending.
Abstract:
A shackle for supporting a platform support on an upright comprising a first side member and a second side member, an inner load bearing jaw and an outer load bearing jaw mounted on the first and second side members with the inner load bearing jaw for engaging a first surface of the upright and the outer load bearing jaw for engaging a second surface of the upright, and a locking jaw mounted on the side members and movable between an upright engaging condition to prevent the lowering of the shackle on the upright and an upright non-engaging condition to allow for the lowering of the shackle on the upright.
Abstract:
Disclosed is an infinitely adjustable shelf system comprising at least one vertically mounted wall rail that is embodied as a profiled part and is provided with at least one first vertical groove facing the wall and at least one second vertical groove facing away from the wall, as well as at least one support element which is adjustable within the wall rail, can be fastened to the wall rail in a selectable position, and is fitted with at least one lateral protrusion at the rear end facing the wall, said at least one protrusion extending forward, away from the wall. The forward end of the protrusion is non-positively retained between the first and the second vertical groove along with the rear end stressed in a horizontal position of the support element while allowing the support element to be moved freely inside the wall rail when the support element is in a raised position at the front.
Abstract:
A framework mounting structure is disclosed including a post made from an aluminum profile having at least one longitudinal groove through its length; a connecting frame having a hook member hooked in either of the at least one longitudinal groove, a stop member stopped against the post on the outside, and a presser member stopped against the inside surface of the longitudinal groove on which the hook member hooks; and a supporting frame adjustably connected to the connecting frame by pins for supporting a carrying board.
Abstract:
A wall bracket for the support of a shelf, a table or a bench is fastened to a lipped box channel that is vertically positioned with its open slit towards the shelf; it is held in the channel by friction forces only and can be readily moved up and down and held at any desired height of the channel. The bracket end which is inserted into the channel through its slit has a horizontal rectangular top portion smaller than the channel inside, but wider than the slit, and is connected to the bracket body outside the channel by a neck portion of a width narrower than the slit, while the bottom portion is in the shape of a horizontal spike passing into the channel through the said slit and pressed against the channel rear by the load acting on the bracket. The bracket is inserted into, or withdrawn from the channel by turning it until its top portion is vertical and parallel with the slit and can be pushed through it.