Stabilus Gmbh

Winkler + Dünnebier Gmbh

Heinrich Spurzem

Helmut Morgen

Stefan Volpel

Klaus-Dieter Jobelius

The invention relates to a turning apparatus for a production plant () for sanitary products, in particular adult or baby diapers, the turning apparatus having a drum () which rotates about a geometrical drum rotational axis (), and at least one plate () which is spaced apart radially from the drum rotational axis () and is coupled to the drum (), which plate () comprises a suction face () for the transport of sanitary material pieces (), which suction face () holds the respective sanitary material piece () by means of a vacuum during the transport, the plate () having a geometrical vertical axis () which runs radially with respect to the drum rotational axis (), the plate () receiving the sanitary material piece () with a first orientation about the vertical axis () in a first transfer region (), and transporting the sanitary material piece () from the first transfer region () to a second transfer region () along a setpoint transfer path () which runs in the circumferential direction around the drum rotational axis (), the suction face () being rotated with the sanitary material piece () about the vertical axis () during the transport, the plate () outputting the sanitary material piece () in the second transfer region () with a second orientation which is different than the first orientation about the vertical axis (). It is proposed that, during the receiving and/or outputting, the plate () carries out a non-linear compensation movement relative to the drum () with a radial movement component.

Turning device for a production line for hygiene products

According to an illustrative example of the invention, a gas spring is provided with an emergency exit permitting escape of pressurized gas in the event the gas pressure exceeds a predetermined level or in the event of a dangerously high temperature. The emergency exit includes one or more fluid passages connecting the interior of the gas spring to atmosphere and a cooperating seal member for maintaining the fluid passage or passages closed under normal operating conditions. Upon the occurrence of unduly high pressures or temperatures, a destructible or deformable support for the seal or a fluid passage-bearing member permits relative movement of the seal and the cooperating fluid passage so as to open the fluid passage. As an intermediate step of pressure relief, the structure for mounting the gas spring in its environment of use, e.g. a motor vehicle, may be designed to fail under emergency conditions, e.g., fire, thereby permitting a full extension of the piston rod.

Cylinder piston device

According to an illustrative example of the invention, a gas spring is provided with an emergency exit permitting escape of pressurized gas in case of said pressurized gas exceeding a predetermined pressure. The emergency exit is provided by a radial bore through the cylinder. This radial bore is covered under normal conditions by a piston rod seal. This piston rod seal is axially displaceable by said pressurized gas at said predetermined pressure such that the radial bore is opened for escape of pressurized gas.

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Mayen, Germany

Heinrich Spurzem