Deister

Frank Deister, Willich DE

Patent application number	Description	Published
20110171031	Turbomachine Rotor Comprising a Pretensioning Device for Pretensioning a Guide Vane - A turbomachine rotor, a rotor blade and a method for assembling a turbomachine rotor are provided. The turbomachine rotor includes a rotor blade with a blade root, a wheel disk with a groove in which the blade root engages such that the rotor blade is maintained in the groove in a positive fit in a radial direction. Further, a pretensioning device is provided, which is supported on the wheel disk as well as on the blade root and which exerts a pretensioning force on the blade root in the radial direction. The pretensioning device is designed such that the pretensioning force can be adjusted when assembling the turbomachine rotor.	07-14-2011

Patent application number	Description	Published
20100156139	Device and Method for Controlling the Movement of a Both Motorically and Manually Movable Vehicle Part - A device for controlling the movement of a both motorically and manually movable vehicle part comprises a drive unit controllable in its rotational speed for motorically moving the vehicle part, a coupling device for coupling the drive unit with the vehicle part and a control unit which controls the drive unit and the coupling device such that during manually moving the vehicle part the coupling device couples the drive unit with the vehicle part if the vehicle part has reached a pre-defined position. For this, the control unit (	06-24-2010

Patent application number	Description	Published
20100055052	Processing System for Oral Care Compositions - This invention relates to a low loss liquid processing system used for manufacturing personal care and cleaning compositions, in particular oral care compositions such as dentifrice, mouthrinse and denture care products. The present process addresses manufacturing flexibility issues involved in making products to demand and the ability to proactively monitor intermediate compositions for quality assurance purposes. Specifically, the present manufacturing process provides faster variant turnaround times, shorter clean-up times between variants, significant material waste reduction and smaller effluent volumes than those of typical batch systems. As well, a process has been developed for more efficient addition of materials which are dissimilar in chemical composition and/or physical parameters to the original base material or of materials which may be temperature and shear sensitive.	03-04-2010