Robert Boschgmbh

Syntegon Technology Gmbh

Bernd Wilke

Norbert Buchner

Manfred Reichert

Klaus Domke

Herbert Stotkiewitz

Guenther Voegele

Kuno Lemke

Sabine Zimmermann

Ulrich Wieduwilt

Bernd Goetzelmann

Kurt Burger

Heinrich Van De Loecht

Markus Hanisch

Johannes Rauschnabel

Philipp Kathan

Guenter Schneider

Sascha Henke

Sebastian Gran

Joachim Ulrich

Thomas Beck

Detlev D Ansinn

Wolfgang Schmitt

Joshua Windsheimer

Christoph Hammer

Oleg Schneider

Gunter Vogele

Juergen Haak

Berend Oberdorfer

Wolfgang Szczerba

Helmut Weber

Felix Kruppa

Steffen Woelk

Philipp Markus Von Ehrenstein

Olaf Heinicke

Michael Gensheimer

Carsten Gruber

Markus Trugenberger

The invention relates to a device for filling a product, comprising&#x2014;at least one metering device () for metering a specific amount of the product that is to be filled in the packaging material tube, &#x2014;a sensor device () for detecting characteristic properties, in particular a mass and/or density and/or volume of the product, wherein the sensor device () is arranged such that it determines the characteristic properties of the product located in the metering device ().

Apparatus for bagging a product

The invention relates to a method for producing a packaging bag from a flexible film material () comprising the following steps: feeding of the flexible film material (); adding an additional material () to the flexible film material () and producing at least one stiffened partial region () from the additional material (), wherein the additional material () is hardened and forms the stiffened partial region (). The invention further relates to a device for producing a packaging bag, comprising: a film feeding device () for feeding flexible film material () and an additional material adding device () for adding an additional material (). The invention further relates to a packaging bag () comprising: a first transverse seal seam (), a second transverse seal seam (), a flexible partial region () and at least one stiffened partial region (), wherein the flexible partial region () is produced from the film material () and the stiffened partial region () is produced from an additional material () which was added and hardened to stiffen the packaging bag.

Method and device for producing a packaging bag from flexible film material and stiffened partial region and packaging bag

A method and device for sterilizing containers in which a plasma treatment is executed through excitation of an electromagnetic oscillation so that the plasma is excited in a vacuum in the vicinity of the container regions to be sterilized. Between arrival and discharge, the container regions to be sterilized are moved closer to the oscillation-generating device in the chamber, with continuous movement of the container and/or of the oscillation-generating device for one or more predetermined time intervals in such a way that a plasma is excited in these regions inside and/or outside the container. The chamber is provided with a transport apparatus inside it, which produces an essentially rotating motion of the container during the transport from the arrival to the discharge in the chamber.

Method and device for sterilizing containers

A method of producing overpressure valves for packaging containers supplied in a roll, transported in this form to a packaging machine, separated at the machine and attached to packaging containers by means of an adhesive coated surface. For this purpose the overpressure valves have a layer of emulsion bonding on their underside. To prevent individual layers of the roll from sticking together, the overpressure valves have an adhesive-repelling layer on their top side. The overpressure valves are connected to one another in one piece and in a row, and are separated consecutively in a packaging machine.

Method of producing overpressure valve for packaging containers

Overpressure valves for packaging containers are supplied in a roll, transported in this form to a packaging machine, separated here and attached to packaging containers by means of an adhesive coated surface. For this purpose the overpressure valves have a layer of emulsion bonding on their underside. To prevent individual layers of the roll from sticking together, the overpressure valves have an adhesive-repelling layer on their top side. The overpressure valves are connected to one another in one piece and in a row, and are separated consecutively in a packaging machine.

Overpressure valve for packaging containers

A method is proposed for sterilizing packaging material of plastic, cardboard or combinations of the two, in particular for sterilizing preshaped packaging containers intended for receiving acidic products. In this method, damage to the packaging material or the packaging apparatus is to be avoided because of the mild thermal treatment involved. By subjecting the surface to be treated to a flow of a moist mixture of water vapor and air at a temperature of from 80.degree. to 140.degree. C. and having a moisture content of from 5 to 50%, sufficiently high degrees of sterility for the sterile packaging of acidic food products are attainable within relatively short treatment periods.

Method for sterilizing packaging material and/or packaging apparatus

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Leutenbach, Germany

Bernd Wilke