A disengageable connection includes a back portion, a front portion, a handle portion, and a clutch plate portion, the back portion and the front portion are configured to removably secure a tube using the clutch plate portion and the handle portion.

A dishwasher is disclosed that may include a washing chamber, a rack, and a bracket. The rack may be slidably arranged in relation to the bracket to provide different vertical positions of the rack in relation to the washing chamber. The dishwasher may include a securing mechanism configured to secure the rack in relation to the bracket, in at least a first vertical position of the rack in relation to the washing chamber. The securing mechanism may include a protruding element and a tapered portion. The protruding element may be arranged to extend into the tapered portion when the rack is in the first vertical position. The tapered portion may be arranged to prevent movement of the protruding element through the tapered portion to secure the rack in relation to the bracket.

A dishwasher is disclosed that may include a washing chamber, a rack, and a bracket. The rack may be slidably arranged in relation to the bracket to provide different vertical positions of the rack in relation to the washing chamber. The dishwasher may include a securing mechanism configured to secure the rack in relation to the bracket, in at least a first vertical position of the rack in relation to the washing chamber. The securing mechanism may include a protruding element and a tapered portion. The protruding element may be arranged to extend into the tapered portion when the rack is in the first vertical position. The tapered portion may be arranged to prevent movement of the protruding element through the tapered portion to secure the rack in relation to the bracket.

A drill column end section assembly for a drill stand, comprising an end section (110) and a feed unit stopping element (120) arranged movable between a first position and a second position, wherein the stopping element (120), when in the first position, is arranged to prevent a drill stand feed unit from traversing past the drill column end section assembly, and, when in the second position, is arranged to allow the drill stand feed unit to traverse past the drill column end section assembly. The drill column end section assembly also comprises a positioning element (130) configured to releasably hold the stopping element (120) in the first position.

A linking part for an aircraft is disclosed having an elongated section including an internal longitudinal seat and a tenon mounted in the seat. The tenon includes a linking element at a free longitudinal end thereof and configured in a retracted position in which the tenon is fully inserted in the seat and does not create an obstruction, enabling the linking part to be easily moved towards the support element, or a deployed position (P2) in which the free longitudinal end of the tenon is outside the seat and is able to be linked using the linking element to the support element, thereby enabling a link to be made simply and quickly.

A hanger-rod clip can be configured for use with a strut that at least partially surrounds a hanger rod to provide stiffness to the hanger rod. The hanger-rod clip can include a handle portion and a rod-clamping portion. The rod-clamping portion can be configured to urge the hanger rod into engagement with an internal surface of the strut as the handle portion is moved towards the strut.

A hanger-rod clip can be configured for use with a strut that at least partially surrounds a hanger rod to provide stiffness to the hanger rod. The hanger-rod clip can include a handle portion and a rod-clamping portion. The rod-clamping portion can be configured to urge the hanger rod into engagement with an internal surface of the strut as the handle portion is moved towards the strut.

The invention relates to a tensioning ring (1) having a tensioning section (3), the tensioning section (3) comprising a wedge element (6), a guide member (7a) and a tensioning screw (5), wherein a width of the tensioning section (3) and thus a circumference of the tensioning ring (1) can be changed by tightening the tensioning screw (5), for which purpose the wedge element (6) is guided at the guide member (7a) and is movable in this guide along a movement way (20a) at the guide member (7a) by tightening the tensioning screw (5), the movement way (20a) having a portion in a width direction (4) determining the width of the tensioning section (3), wherein the wedge element (6) and the guide member (7a) engage in one another with an undercut in such a way that they are held together in a form-locking manner with respect to the width direction (4).

The invention relates to a tensioning ring (1) having a tensioning section (3), the tensioning section (3) comprising a wedge element (6), a guide member (7a) and a tensioning screw (5), wherein a width of the tensioning section (3) and thus a circumference of the tensioning ring (1) can be changed by tightening the tensioning screw (5), for which purpose the wedge element (6) is guided at the guide member (7a) and is movable in this guide along a movement way (20a) at the guide member (7a) by tightening the tensioning screw (5), the movement way (20a) having a portion in a width direction (4) determining the width of the tensioning section (3), wherein the wedge element (6) and the guide member (7a) engage in one another with an undercut in such a way that they are held together in a form-locking manner with respect to the width direction (4).

Disclosed is a device for fastening together two components to be joined, the device including a connection rod including two ends, a first end being fastened to a first component, the second end extending through the second component, the second end being having a bearing surface. This device is characterized in that it includes a clamping wedge which is associated with the second component and which is movable relative to the second component along an axis which is not parallel with the longitudinal axis of the connection rod and which is provided in an inclined plane, the wedge being interposed between the bearing surface of the second end of the connection rod and the surface of the second component so that, during its movement, the wedge, by way of its inclined plane, applies an axial constraint to the connection rod and ensures that the two components are fastened together.