Hinge closure

1. A hinge closure ( 1 ), comprising:

a frame assembly ( 2 ) having a pin ( 3 ) for attachment to a door frame;

a hinge assembly ( 4 ) rotatably mounted on the pin ( 3 ) with a door part ( 5 ) for attachment of the hinge assembly ( 4 ) to a door;

a pivot part ( 6 ) mounted on the door part ( 5 ) so as to be pivotable about a pivot pin ( 7 ); and

a slide ( 8 ) mounted exclusively in the door part ( 5 ), wherein the hinge assembly ( 4 ), in a hinging state in which the pivot part ( 6 ) is pivoted into the door part ( 5 ), is exclusively movable in rotation about the pin ( 3 ) of the frame assembly ( 2 ), and in a venting state, in which the pivoting part ( 6 ) is pivoted out from the door part ( 5 ), is movable translationally transversely with respect to the pin ( 3 ) and is not yet completely removable from the pin ( 3 ) of the frame assembly ( 3 ), and wherein the hinge assembly ( 4 ) is transferable against a spring preloading from the venting state into a removal state by manually actuating the slide ( 8 ),

wherein, in the hinging state, the slide ( 8 ) forms, together with the door part ( 5 ), a seat for the pin ( 3 ) of the frame assembly ( 2 ), and wherein the pivot pin ( 7 ) of the pivoting part ( 6 ) is also offset from the pin ( 3 ) of the frame assembly ( 2 ) in the hinging state, wherein the pivoting part ( 6 ), during pivoting out from the door part ( 5 ) contacts the slide ( 8 ) and moves until reaching the venting state, wherein to reach the removal state, the slide ( 8 ) must be further displaced manually against the spring preloading.

2. The hinge closure ( 1 ) according to claim 1 , wherein the slide ( 8 ) has a first actuating projection ( 9 ) that cooperates with the pivoting part ( 6 ), such that the pivoting part ( 6 ) displaces the slide ( 8 ) without spring preloading during pivoting.

3. The hinge closure ( 1 ) according to claim 2 , wherein the slide ( 8 ) has a second actuating projection ( 10 ), wherein the slide ( 8 ) is transferable against the spring preloading from the venting state into the removal state via the second actuating projection ( 10 ).

4. The hinge closure ( 1 ) according to claim 1 , wherein the slide ( 8 ) is chamfered on an underside on an end ( 11 ) facing toward the frame assembly ( 2 ), such that the slide ( 8 ), upon placement of the hinge assembly ( 4 ) in the venting state onto the frame assembly ( 2 ), is displaced against the spring preloading out of the venting state.

5. The hinge closure ( 1 ) according to claim 1 , wherein the frame assembly ( 2 ) comprises a frame part ( 12 ) for attachment of the frame assembly ( 2 ) to the door frame and a pin part ( 13 ) forming the pin ( 3 ), wherein the frame part ( 12 ) and the pin part ( 13 ) are connected to one another via an adjustment element ( 14 ), such that a position of the pin ( 3 ) relative to the door frame is adjustable by means of the at least one adjustment element ( 14 ).

6. The hinge closure ( 1 ) according to claim 5 , wherein the at least one adjustment element is a screw ( 14 ), wherein the screw ( 14 ) is received through a through-hole ( 15 ) in the frame part ( 12 ) and engages in a threading ( 16 ) formed in the pin part ( 13 ).

7. The hinge closure ( 1 ) according to claim 6 , wherein the screw ( 14 ) is arranged in a recess ( 15 ) formed in a side ( 21 ) of the frame part ( 12 ) facing the hinge assembly ( 4 ), the screw ( 14 ) having a screw head ( 17 ) with a height ( 18 ).

8. The hinge closure ( 1 ) according to claim 6 , wherein the screw ( 14 ) is inserted into the frame assembly ( 2 ) from an upper side ( 22 ) and screwed into a nut ( 23 ) on an underside ( 26 ) of the frame part ( 12 ), wherein the nut ( 23 ) is arranged in a form fit manner in a recess ( 19 ) on the underside ( 26 ) of the frame part ( 12 ), the screw head ( 17 ) having a height ( 18 ) that corresponds with a depth ( 20 ) of the recess ( 19 ).