Robert Boschgmbh

Daimler Chrysler Ag

Werner Mayer

Werner Harter

Frank Mueller

Wolfgang Pfeiffer

Ulrich Krauss

Juergen Leidig

Klaus Ullherr

Steffen Humpfer

Jochen Koepernik

Bjoern Krause

Albert Eberhardt

Detlef Boertz

Ralf Riebeling

Patrick Weinstock

Marc Braeuninger

Michael Bratz

Helmut Ludwig

The invention is a device () for filling and sealing pharmaceutical containers. The containers are received in a receptacle (), in which a carrier element () is inserted. The containers are arranged in receivers of the carrier element () in multiple rows. The device further includes a first handling unit () for removing the carrier element () from the receptacle (), a filling and sealing device () for the containers, and a second handling unit () for reinserting the carrier element () into the receptacle () which is conveyed with the carrier element () on a conveying device (). The containers are embodied as syringe barrels () or as containers which are to be provided with crimp caps (), and the second handling device () is associated with a crimping device ().

Device for filling and sealing pharmaceutical containers

The invention relates to a receptacle () for pharmaceutical containers, wherein a plurality of containers are arranged in rows next to one another and behind one another, and each container is arranged in a tube-like receiver (). According to the invention, the container is cylindrically shaped, and a stop element () is integrated in each receiver (), said element limiting the axial movement of the container in the receiver ().

Receptacle for pharmaceutical containers

A hose pump for delivering fluids includes a housing having a base body and a cover. A pump body for delivering a fluid is rotatably disposed in the interior of the base body about an axis. A locking device is disposed on the housing in order to release and lock the cover. The pump body comprises a plurality of rollers disposed at the circumference of the pump body and delivering a fluid present in a hose by rotating the pump body. The rollers clamp the hose against an inner surface of the cover, and the locking device is attached captively to the base body and displaceably relative to the base body, and can be actuated single-handedly. The cover is attached captively to the base body and displaceably relative to the base body of the housing, and can be actuated single-handedly.

Hose pump

A torque control element for a steering system in a motor vehicle, and such a steering system are provided. The torque control element includes at least two electrical units, each of the electrical units being assigned a separate power supply unit, connected via at least one fuse.

Torque control element for a steering system in a motor vehicle

A method for triggering an electromechanical coupling unit having at least two coupling windings, and a steering system for implementing the method, are provided. The coupling unit selectively closes, and in this manner provides a mechanical coupling, only if both coupling windings are no longer supplied with electrical energy.

Method for triggering a coupling unit

A control unit for a transportation device has a processing unit that is supplied with power by a first supply voltage and has a signal converter for converting input analog signals to digital signals. The signal converter has an analog converter stage for generating a modified signal from the analog signal and a digital converter stage for generating a digital signal from the modified signal. The analog converter stage has a signal integration stage connected to a signal amplitude comparator; and the digital converter stage has a scanning stage to whose output the analog-to-digital-converted digital signal is applied. The digital converter stage comprises configurable logic circuits provided on the chip of the processing unit; while the analog converter stage comprises components outside the processing unit. The analog converter stage is supplied with voltage by a second supply voltage different from the first supply voltage.

Control unit having a signal converter

An apparatus for metering and dispensing a liquid into packaging containers ( ) has a dispenser device ( ) with dispenser heads ( ), which communicate via a distributor ( ) with a supply container ( ). A pressure sensor ( ), which ascertains a pressure (P ) prevailing in the liquid, is disposed in the distributor ( ). A temperature sensor ( ) for detecting the temperature (T) of the liquid is also disposed in at least one line ( ) that connects the distributor ( ) to a metering valve ( ). The sensors ( ), communicating with a control device ( ), together with weighing devices ( ) that also communicate with the control device ( ), enable exact regulation of the weight of a set-point fill quantity (M) in packaging containers ( ). By means of the special disposition of the sensors ( ), exact metering of the set-point fill quantity (M) and easy replacement of the supply container ( ) are made possible.

Apparatus for metering and dispensing a liquid into packaging containers

A device for filling a pharmaceutical fluid into vials has a product container, which is connected to a distributor by way of a first line. Filling lines branch from the distributor and have filling valves for the individual vials. In order to improve the filling precision, particularly with fluids that have a very temperature-dependent flow behavior, the invention discloses cooling the distributor via a coolant so that during the filling procedures, the fluid has a substantially constant temperature. That substantially constant temperature then forms the basis underlying the calculation of the triggering time of the filling valves by a control unit with greater precision than is shown in the prior art.

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Crailsheim, Germany

Werner Mayer