Connecting device
A connecting device ( 10 ) is provided for releasably connecting a fitting piece, such as an interior lining, to a supporting structure, such as a fuselage. The connecting device ( 10 ) includes a plug-in holding mechanism ( 50 ) including a bushing piece ( 52 ) and a connecting pin ( 75 ) that can be releasably locked therein. A bent connecting arm ( 60 ), to which the connecting pin is fastened, is releasably fastened to a structural holder ( 40 ) mounted on the supporting structure. In one position, the connecting arm ( 60 ) is plugged into the structural holder ( 40 ) and is releasably locked therein. In a second position ( 125 ), in which the connecting arm ( 60 ) is rotated 180° about the longitudinal axis thereof, an electrical contact device ( 90 ) is additionally inserted between the connecting arm ( 60 ) and the bushing piece ( 52 ). Hence, the same structural holder ( 40 ) and the same connecting arm ( 60 ) allow the fitting piece and the supporting structure to be connected to one another with or without connecting a contact device ( 90 ) therebetween.
1. An attachment system ( 10 ) for the detachable fastening of an interior-equipment part ( 20 ) to a support structure ( 30 ),
comprising at least one plug-in holding mechanism ( 50 ) made from a socket part ( 52 ) and a connection pin ( 70 ) that can be latched detachably in the socket part, a structure bracket ( 40 ) with
at least one connection arm ( 60 ) for fastening the plug-in holding mechanism ( 50 ) between the interior-equipment part ( 20 ) and the support structure ( 30 ),
an electrical contact device ( 90 ) locatable between the connection arm ( 60 ) and the socket part ( 52 ),
the connection arm ( 60 ) has a first and a second end part ( 61 , 62 ), one of which ( 62 ) carries the connection pin ( 70 ),
the connection arm ( 60 ) is dimensioned so that, when the connection pin ( 70 ) is latched detachably in the socket part ( 52 ), the connection arm ( 60 ) is in a first, normal position ( 120 ) in which the connection arm and the socket part ( 52 ) are in contact with each other in a dividing plane ( 80 ), and when the connection arm ( 60 ) is in a second position ( 125 ) rotated by 180° about its longitudinal axis, the connection arm ( 60 ) has a distance (A) from the dividing plane ( 80 ) that bridges or is bridgeable by the electrical contact device ( 90 ) to be arranged between the connection arm ( 60 ) and the socket part ( 52 ), using a different connection pin ( 75 ) that is attached on the connection arm ( 60 ) and is longer by the distance (A) than the one connection pin ( 70 ) is guided or guidable through the contact device ( 90 ) and is latched or latchable in the socket part ( 52 ),
wherein a spacing of the structure bracket ( 40 ) from the socket part ( 52 ) in a direction of the connection pin ( 70 ) for a normal assembly of the connection arm ( 60 ) without placement of the electrical contact device ( 90 ) and for a 180° rotated placement of the connection arm ( 60 ) with placement of the electrical contact device ( 90 ) remains the same, and
the structure bracket ( 40 ) is formed such that it includes a receiver that allows movement of the connection arm ( 60 ) between the first, normal position and the second position that is rotated by 180°.
2. The attachment system ( 10 ) according to claim 1 , wherein the structure bracket ( 40 ) is a flat, plate-shaped, polygonal body ( 42 ) with at least one pair of mutually opposing sides ( 43 , 44 ), wherein the structure bracket has at least one chamber ( 45 ) that opens into one of the sides ( 43 , 44 ) that forms the receiver in which the first end part ( 61 ) of the connection arm ( 60 ) is detachably lockable or locked.
3. The attachment system ( 10 ) according to claim 2 , wherein each of the sides ( 43 , 44 ) into which the chamber ( 45 ) opens has a projection ( 46 ) with an end face ( 43 a , 44 a ) angled against the side, wherein the chamber ( 45 ) opens into the end face ( 43 a , 44 a ).
4. The attachment system ( 10 ) according to claim 1 , wherein each of the connection pins ( 70 , 75 ) is connected via a damping element ( 100 ) to the second end part ( 62 ) of the connection arm ( 60 ).
5. The attachment system ( 10 ) according to claim 4 , wherein the damping element ( 100 ) extends through the second end part ( 62 ) of the connection arm ( 60 ) and projects on both sides past the connection arm ( 60 ).
6. The attachment system ( 10 ) according to claim 1 , wherein the detachable connection of the connection arm ( 60 ) to the structure bracket ( 40 ) is a clip connection or a screw connection.
7. The attachment system ( 10 ) according to claim 2 , further comprising a retainer frame ( 110 ) attached on the plate-shaped body ( 42 ) of the structure bracket ( 40 ) between the two mutually opposing sides ( 43 , 44 ) for fastening the structure bracket ( 40 ) onto the support structure ( 30 ).
8. The attachment system ( 10 ) according to claim 1 , wherein each of the connection pins ( 70 , 75 ) is attached on the connection arm ( 60 ) so that it projects toward the dividing plane ( 80 ) when the connection arm ( 60 ) is fastened to the structure bracket ( 40 ).
9. The attachment system ( 10 ) according to claim 1 wherein the socket part ( 52 ) has a housing ( 53 ) that contains a spring-biased slide ( 54 ) that is deflectable by insertion of one or the other of the connection pins ( 70 , 75 ).
10. The attachment system ( 10 ) according to claim 9 , further comprising an eccentric lever ( 56 ) attached on the housing ( 53 ) of the socket part ( 52 ) for the actuation of the spring-biased slide ( 54 ).
11. The attachment system ( 10 ) according to claim 9 , wherein each of the connection pins ( 70 , 75 ) has, on a free end thereof, a groove ( 76 ) with which the spring-biased slide ( 54 ) is engageable or engaged.
12. The attachment system ( 10 ) according to claim 11 , wherein each of the connection pins ( 70 , 75 ) has, on an other end thereof, another groove ( 77 ) with which a holding plate ( 102 ) is engageable or engaged.
13. The attachment system ( 10 ) according to claim 1 , wherein the contact device ( 90 ) has electrical contacts ( 92 ) that can be connected to each other and can be separated from each other in a direction of a longitudinal axis ( 71 ) of the other connection pin ( 75 ).