Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The present invention relates to a non-welding wing bracket truss and, more specifically, to a non-welding wing bracket truss, wherein wing brackets are fixed to wings protruding from both sides of the slab of a building using a wedge anchor, an insulating material is installed between the wing brackets, and designated stone materials or the like are finished without welding using an angle set and an adjustment plate on the bolt-coupling groove of a protrusion member. The non-welding wing bracket truss according to the present invention comprises: a wing bracket having an insulating material and a designated stone material installed in front of a wall, having wings fixed by wedge anchors at regular intervals in a vertical direction in front of the wall, and composed of bolt-coupling grooves formed on the front and both side surfaces of the protrusion member; an insulating material installed between the wing brackets at the same height with the protrusion member, and finished on the wings and the protruding member using adhesive; an angle set having an upper elongated hole formed at one among the bolt-coupling grooves of the wing bracket to fix the angle set using a spring T-bolt and a nut, and having a lower elongated hole formed to be penetrated by a fixing bolt; and an angle adjustment plate for being fixed in the elongated hole of the adjustment plate, which is penetrated by the fixing bolt, using a nut, and connecting an insertion protrusion to the insertion groove of the designated stone material without welding. The wing bracket has the fore-ends of both wings formed thinly, and a veneer board is installed between the wing bracket and a wall and is fixed by a board-fixing screw piece. An air layer is formed between the veneer board and the insulating material and an inner gypsum board is installed between the veneer board and the wall.
The present invention relates to a non-welding wing bracket truss and, more specifically, to a non-welding wing bracket truss, wherein wing brackets are fixed to wings protruding from both sides of the slab of a building using a wedge anchor, an insulating material is installed between the wing brackets, and designated stone materials or the like are finished without welding using an angle set and an adjustment plate on the bolt-coupling groove of a protrusion member. The non-welding wing bracket truss according to the present invention comprises: a wing bracket having an insulating material and a designated stone material installed in front of a wall, having wings fixed by wedge anchors at regular intervals in a vertical direction in front of the wall, and composed of bolt-coupling grooves formed on the front and both side surfaces of the protrusion member; an insulating material installed between the wing brackets at the same height with the protrusion member, and finished on the wings and the protruding member using adhesive; an angle set having an upper elongated hole formed at one among the bolt-coupling grooves of the wing bracket to fix the angle set using a spring T-bolt and a nut, and having a lower elongated hole formed to be penetrated by a fixing bolt; and an angle adjustment plate for being fixed in the elongated hole of the adjustment plate, which is penetrated by the fixing bolt, using a nut, and connecting an insertion protrusion to the insertion groove of the designated stone material without welding. The wing bracket has the fore-ends of both wings formed thinly, and a veneer board is installed between the wing bracket and a wall and is fixed by a board-fixing screw piece. An air layer is formed between the veneer board and the insulating material and an inner gypsum board is installed between the veneer board and the wall.
NON WELDING TRUSS WINGS SEOKBIM
BAEK JONG GYOUN (Autor:in)
24.08.2015
Patent
Elektronische Ressource
Koreanisch
Conversion truss and welding method of truss joints of conversion truss
| Europäisches Patentamt | 2021