Windmoeller & Hoelscher Kg

Windmöller & Hölscher Kg

Windmoeller and Hoelscher

Windmoller Holscher

Herschbach, Christof

Schneider, Bernd

Köhn, Uwe

Hawighorst, Thomas

Vutz, Jürgen

Thomas Hawighorst

Rolf Kammann

Thomas Knoke

Hans-Ludwig Voss

Rafael Imberg

Ruediger Grosse-Heitmeyer

Uwe Koehn

Juergen Linkies

Andreas Lamkemeyer

Martin Hohenbrink

Daniel Narberhaus

Rüdiger Große-Heitmeyer

Oliver Huil

Werner Decker

Ralf Udally

Uwe Köhn

Andreas Schroedter

Holger Frische

Martin Kölker

Jan Thorsten Weber

Ralf Ahlers

Martin Koelker

Ludger Schulten

Alexander Titz

Andreas Schrödter

Thomas Altesellmeier

Roman Smid

Rüdiger Grosse-Heitmeyer

Franz-Josef Dieckmann

Timo Raude

Rüdiger Duwendag

Guido Tillmann

Carsten Plagge

Hans Renken

Jan Trame

Jürgen Vutz

Christof Herschbach

Bernd Schneider

Jürgen Steinberg

Hans-Ludwig Voß

Günter GRÄLER

Gerd Wockenfuss

Vaclav Halír

Michal Sporka

Markus Rychlik

Stefan Bensmann

Christian HÄGER

Jörg Wehmeyer

A packaging system for packing a product includes at least one of a bagging unit, a pallet loading device, and a pallet securing device. The packaging system also includes a device to determine information regarding future events associated with the packing of the product, and to render the information available.

Packing arrangement and method for packing a product in plurality of bags or sacks

The invention relates to a method for stacking of filled sacks () to a pallet-free sack stacking () comprising the following: The first layer (L) or the last layer (L) of the sack stacking with at least two elevating recesses () are performed for an elevation with a forklift and between two layers (L, L) a mechanically stiffened intermediate space () is realized with a floor space () which extends between both neighboring layers (L, L) and at least a lateral flap () which extends along the lateral side () of the sacks () of one of both neighboring layers (L, L) and transverse to the elevating recesses ().

Method for stacking of filled sacks to a pallet-free sack stacking

A system for manufacturing sacks or bags includes at least two sack or bag producing machines which control components are assigned to, and which are connected with each other by at least one transport device and/or one storage device. The system includes a control unit configured such that manufacturing speeds of the two sack or bag producing machines can be transmitted to and/or processed by the control unit. The control unit is configured such that it proposes and/or sets the manufacturing speed of the two sack or bag producing machines based on system operating parameters.

System and method for producing bags or pouches

The invention concerns a conveying device () for conveying filled bags (), comprising a conveying unit () by which at least part of a conveying path () for conveying filled normal bags () can be formed from a feeding station () to a stacking area (). The invention also concerns a system () for stacking filled bags () and a method for stacking filled bags ().

Conveying device, system for stacking filled bags, and method for stacking filled bags

A packaging unit includes at least two of a bagging unit, a pallet loading device, and a pallet securing device. The bagging unit, the pallet loading device, and the pallet securing device are connected to each other via at least one data transmission device.

Packing arrangement and method for packing a product

The invention relates to an advancing device () for advancing a film web () in a bag filling installation (having a main advancing drive () with at least one driven main advancing roller () for advancing the film web (), wherein for an adjustment of the tensile stress of the film web () in the transport direction (T) of the film web () an auxiliary advancing drive () is disposed before the main advancing drive () with at least one driven auxiliary advancing roller () for advancing the film web ().

Advancing device for advancing a film web in a bag filling installation

A packaging unit for packaging a product includes at least one of a bagging unit, a pallet loading device, and a pallet securing device. Also included is a device to provide information regarding the packaging unit, the packaging, and/or the product, allowing the information to be displayed with at least one terminal outside the device.

A packaging system for packaging a product into a plurality of bags or sacks includes at least one of a bagging unit, a pallet loading device, and a pallet securing device. The system also includes a device for storing and rendering available information regarding events that occurred in the system during the packaging.

A sack is formed by first transverse sealing seams from a foil tube, and is provided with at least a first vent channel, which runs largely parallel to the axis of the film tube, and whose inner film layer has first vent openings for venting of the sack interior into the first vent channel. A second vent channel is provided, which is connected to the first vent channel by second vent openings, and which, in turn, has third vent openings, which vent the at least one second vent channel.

Bag and method for producing the same

A method for the production and filling of packaging includes unwinding flattened tubular film material from a roll along a primary axis of symmetry thereof, providing the tubular film material via a welding and separating process with a first lateral welding seam perpendicular relative to the axis, and separating the tubular film material along a separation line to provide a hose section. The hose section open at one side is filled, and the still open other side of the hose section is provided with a second lateral welding seam. Two subsequent separation lines are inserted in the hose section at a distance that is less than the distance between the two edges of the hose.

Method and device for producing and filling packaging means

A device for turning over an object, particularly a package of stacked sacks, having a holder device for receiving, turning over, and releasing the object, the holder device including two transport elements for conveying the object, and including at least one transport drive for the purpose of driving the transport elements, and having a rotary device for rotating the transport elements about a stationary axis of rotation, the rotary device including a rotatable frame to fasten the transport elements on both sides thereof, wherein the transport elements are fastened to the frame in a manner allowing movement, and wherein the transport drive is fastened in a torque-proof manner to the frame.

Device for turning over and conveying an object

A winding device for winding up a web-like material has a roll core, on which the web-like material is wound up into a material roll, and a web guiding roller, which guides the web-like material before or when the web-like material reaches the roll core or the material roll, and a pressing element, which presses the web-like material onto the roll core or the roll after the web-like material already rests on the roll core or the roll. The pressing element is movable in relation to the roll core, and is mounted at both ends in lever arms forming a lever arm pair. The lever arms are mounted so as to be rotatable, and so that the pressing element is pivotable around bearing points of the lever arms.

Pivotable positioning roller in the reversing winder

A machine for forming, filling, and sealing sacks has an unwinding device for a plastic tube, a cross-cutting device that cuts the tube perpendicularly to its principal axis of symmetry and creates tubular pieces in the process, a bottom forming means for forming a sack bottom at one end of the tubular piece, transport equipment to transport the resulting sacks through the machine, a filling station with a feeding element for filling the product in the sack, means of reducing the distance between the product discharge opening of the feed element and the bottom of the sack to be filled, and sealing means to seal the filled sack. The means of reducing the distance is a sack lifting device with which the sack can be lifted in the filling station such that an upper edge of the sack is located above the product discharge opening of the feed element.

Machine for forming, filling and closing bags with a bag lifting device

Device for continuous winding of webs onto winding shafts or winding cores to winding rollers, with a pressure roller supported in a frame that can be engaged on the winding shaft or winding core. This engagement is effected with limited friction and in a sensitive manner by means of a drive, with the pressure roller being supported on at least one steering rod that is pivot-connected to two guides, the other ends of which are pivot-supported in the frame.

Device for continuous winding of webs

A device for continuous winding of webs on winding shafts onto winding rollers consisting of arms supporting the winding shaft, a pressure roller that can be engaged on the winding shaft or winding core, a knife separating the web during the roller change, and of a charging electrode supplying the web start with an electrostatic charge, which attaches the web start, newly formed by the web cut, on the winding shaft. In order to always maintain the correct equal distance to the web supplied with the charge, the same is tracked in such a manner that the distance of the charging electrode to the web remains constant regardless of the diameter of the winding shaft.

Growing community of inventors

Hasbergen, Germany

Thomas Hawighorst