Damper for a fitting for movably mounting a pivoting element or a pull-out element

A damper for a fitting for movably supporting a pivoting element or a pull-out element relative to a stationary carrier, the damper comprising:

• a damper housing,
• a fluid chamber arranged in the damper housing,
• a damping fluid arranged in the fluid chamber,
• a piston displaceably supported in the fluid chamber,
• a streaming channel configured to allow the damping fluid to bypass the piston during a damping stroke,
• a piston rod attached to the piston and extending out of the damper housing,
• a sealing element having:
• a first section configured to bear against an inner wall of the fluid chamber, and
• a second section spaced apart from the inner wall of the fluid chamber and configured to be moved relative to the first section above a predetermined threshold value of a pressure application to the piston, and
• a return channel formed by at least one of the piston and the sealing element, and configured to be opened upon a movement of the piston in a direction opposite the damping stroke.

A damper for a fitting for movably supporting a pivoting element or a pull-out element relative to a stationary carrier, the damper comprising:

• a damper housing,
• a fluid chamber arranged in the damper housing,
• a damping fluid arranged in the fluid chamber,
• a piston displaceably supported in the fluid chamber,
• a streaming channel configured to allow the damping fluid to bypass the piston during a damping stroke,
• a piston rod attached to the piston and extending out of the damper housing, and
• a sealing element having:
• a first section configured to bear against an inner wall of the fluid chamber, and
• a second section spaced apart from the inner wall of the fluid chamber and configured to be moved relative to the first section above a predetermined threshold value of a pressure application to the piston,
• wherein the piston includes an axial channel for the passage of the damping fluid.

A damper for a fitting for movably supporting a pivoting element or a pull-out element relative to a stationary carrier, the damper comprising:

• a damper housing,
• a fluid chamber arranged in the damper housing,
• a damping fluid arranged in the fluid chamber,
• a piston displaceably supported in the fluid chamber,
• a streaming channel configured to allow the damping fluid to bypass the piston during a damping stroke,
• a piston rod attached to the piston and extending out of the damper housing, and
• a sealing element having:
• a first section configured to bear against an inner wall of the fluid chamber, and
• a second section spaced apart from the inner wall of the fluid chamber and configured to be moved relative to the first section above a predetermined threshold value of a pressure application to the piston,
• wherein the first section and the second section of the sealing element form substantially a Z-shape in a longitudinal cross-section and in a resting condition of the damper.

A damper for a fitting for movably supporting a pivoting element or a pull-out element relative to a stationary carrier, the damper comprising:

• a damper housing,
• a fluid chamber arranged in the damper housing,
• a damping fluid arranged in the fluid chamber,
• a piston displaceably supported in the fluid chamber,
• a streaming channel configured to allow the damping fluid to bypass the piston during a damping stroke,
• a piston rod attached to the piston and extending out of the damper housing,
• a sealing element having:
• a first section configured to bear against an inner wall of the fluid chamber, and
• a second section spaced apart from the inner wall of the fluid chamber and configured to be moved relative to the first section above a predetermined threshold value of a pressure application to the piston, and
• a volume compensating device configured to compensate for a displaceable volume of the damping fluid when the piston rod is immersed into the fluid chamber.

A damper for a fitting for movably supporting a pivoting element or a pull-out element relative to a stationary carrier, the damper comprising:

• a damper housing,
• a fluid chamber arranged in the damper housing,
• a damping fluid arranged in the fluid chamber,
• a piston displaceably supported in the fluid chamber,
• a streaming channel configured to allow the damping fluid to bypass the piston during a damping stroke,
• a piston rod attached to the piston and extending out of the damper housing,
• a sealing element having:
• a first section configured to bear against an inner wall of the fluid chamber, and
• a second section spaced apart from the inner wall of the fluid chamber and configured to be moved relative to the first section above a predetermined threshold value of a pressure application to the piston, and
• a return spring configured to return the piston to an initial position after a damping stroke.