An apparatus for providing a seal between a door jamb and a hinged door leaf of a shower, the apparatus having a flexible body configured to be attached to the door jamb and configured to contact the door leaf when the door leaf is in a closed position.

A dual hinge method that uses a temporary hinge 150 that is subsequently replaced by a replacement hinge 250 that both have snap-in features on both the panel leaf and frame jamb.

A dual hinge method that uses a temporary hinge 150 that is subsequently replaced by a replacement hinge 250 that both have snap-in features on both the panel leaf and frame jamb.

The invention relates to a hinge-sided finger protection device for a wing door, comprising at least a protective profile (1) and at least a fastening means (3) for fastening the protective profile (1) to a door frame (R) of the wing door. The protective profile (1) can be plugged onto the fastening means (3), wherein the protective profile (1) accommodates in itself the fastening means (3) in the plugged-on state. The protective profile (1) is non-destructively removable from the fastening means (3) and can be again plugged thereon. The at least one fastening means is preferably a clip (3).

The invention relates to a hinge-sided finger protection device for a wing door, comprising at least a protective profile (1) and at least a fastening means (3) for fastening the protective profile (1) to a door frame (R) of the wing door. The protective profile (1) can be plugged onto the fastening means (3), wherein the protective profile (1) accommodates in itself the fastening means (3) in the plugged-on state. The protective profile (1) is non-destructively removable from the fastening means (3) and can be again plugged thereon. The at least one fastening means is preferably a clip (3).

A connector housing includes a housing body having a socket adapted to receive an external electronic module inserted in an insertion direction and a shielding sheet having a first elastic sheet disposed on an inner side of the housing body, a second elastic sheet disposed on an outer side of the housing body, and a first bent portion connected between the first elastic sheet and the second elastic sheet and adapted to be clamped on an edge of the socket. The housing body has an outer wall with a mounting passageway. A free end of the first elastic sheet and/or the second elastic sheet has a pair of lap portions on a pair of sides parallel to the insertion direction. The free end of the first elastic sheet and/or the second elastic sheet is slidably engaged with the mounting passageway in the insertion direction.

A finger protection device (S) includes a housing (2), a first fastener strip (4) and a web (1), wherein the housing can be fastened to a door frame (R), or to a door leaf (F), such that, when the device is used as intended, the web (1) covers a gap between the door leaf (F) and the door frame (R). A second fastener strip (3) can be connected to the first fastener strip (4) in order to tension the web (1) between the housing (2) and first fastener strip (4). The second fastener strip (3) can be hooked in the first fastener strip (4) in order to tension the web (1).

A finger guard device for a pivotable leaf door has a roller screen housing, a roller screen web which has a fastening means, and a mounting profile. The finger guard device can be fastened to a door frame by means of the housing and to the leaf door by means of the mounting profile. The fastening means of the roller screen web can be connected detachably to the mounting profile so that the roller screen web covers a gap between the door leaf and the door frame when the finger guard device is used as intended. The mounting profile has a supporting leg for placing on and fastening to the door leaf. The mounting profile is in the form of an angled profile and has a fastening leg, which projects beyond the supporting leg, for detachably fastening the fastening means of the roller screen web.

Disclosed are object detection systems for automated compartment closure assemblies, methods for operating such systems, and motor vehicles with a power liftgate assembly and foreign object detection capabilities. A method is disclosed for detecting objects obstructing the path of an automated closure assembly. The method includes receiving a command signal to move the closure assembly to an open or closed position, and receiving gesture-sensitive sensor signals with a location and velocity of an object within a supervision field. Responsive to the object being inside a protected zone within the supervision field or the object's velocity being towards the protected zone, commanding an automated driving mechanism to: slow the closure assembly's speed; if the object is still located inside the protected zone after a calibrated period of time, stop the closure assembly; and if the object moves outside the protected zone, increase the closure assembly speed to a default speed.

Disclosed are object detection systems for automated compartment closure assemblies, methods for operating such systems, and motor vehicles with a power liftgate assembly and foreign object detection capabilities. A method is disclosed for detecting objects obstructing the path of an automated closure assembly. The method includes receiving a command signal to move the closure assembly to an open or closed position, and receiving gesture-sensitive sensor signals with a location and velocity of an object within a supervision field. Responsive to the object being inside a protected zone within the supervision field or the object's velocity being towards the protected zone, commanding an automated driving mechanism to: slow the closure assembly's speed; if the object is still located inside the protected zone after a calibrated period of time, stop the closure assembly; and if the object moves outside the protected zone, increase the closure assembly speed to a default speed.