Flecotec Ag

Gea Pharma Systems Ag

Gea Buck Valve Gmbh

Gea Niro Gmbh

Peter Lais

Martin Koch

Joachim Stoye

Guenter Untch

Günter Untch

Gunter Philipp

Thomas Marsden Smith

Christian Greiner

Joseph Sywalla

A discharge method discharges an at least partially flexible container without contamination. The container () is discharged into a base body (). A liner () encloses a filling opening () of the base body () and is secured to the base body (). A filling end () of the liner () is folded inwards such that a receiving region forms for the container (). The receiving region is sealed such that a discharge opening formed by a knife () allows the container () to be discharged while being completely sealed off to the exterior.

Discharge method and discharge device for discharging an at least partially flexible container without contamination

A lock system includes a first lock and a second lock each with two profile strips operable for engagement with an at least partially flexible bundle and effective to enable a connection of a first bundle with a second bundle in a closed docking position and for guidance of a flow in a flow direction through lock members from the first bundle into the second bundle in an open docking position. The second bundle provides the lock members facing toward the first bundle, which lock members in the open docking position engage the lock members of the first bundle and jointly with the lock members of the first bundle form a flow channel for flow in the flow direction. Additionally, a slider for connecting and separating such locks is provided.

Lock with two profile strips and sliders for connecting and separating such locks

A system and method for connecting two flexible containers is provided, in particular for the environmentally sealed connecting of two open ends of tubular films. The method has at least the following method steps of: everting a first open end of a first flexible container over a first ring; everting a second open end of a second flexible container over a second ring, subsequently inserting the first ring through the second ring into the inside of the second flexible container; subsequently aligning, in a parallel and coaxial relationship, the rings in relation to one another; and abutting the rings with the ends clamped in between them.

System and method for connecting two flexible containers

The invention relates to a coupling closure for a docking device used for decanting, filling, and/or emptying containers, particularly in an environmentally isolated manner. The coupling closure has a closure side and a container side and comprises a nozzle stub and a cap which is mounted in the nozzle stub so as to be pivotable about an axis and has an external side that faces the closure side in the closed position. The invention further relates to a docking device for decanting, filling, and/or emptying containers, particularly in an environmentally isolated manner. The docking device comprises first and second disclosed coupling closures which can be placed flush against each other by the respective closure sides thereof. The invention also relates to a working platform, a locking unit for a docking device, and a method for decanting, filling, and/or emptying containers, particularly in an environmentally isolated manner.

Coupling closure, and docking device comprising two of said coupling closures

Coupling locks, attachment modules, and docking devices allow for re-filling, filling and/or emptying of containers in a manner that is insulated against the environment. An attachment module includes a coupling lock and a locking clamp, where the coupling lock includes a pipe nozzle and a closing flap. A first clamping element is located on an outer side of the pipe nozzle to engage with a second clamping element by means of the locking clamp to create a temporary connection. A docking device includes the first coupling lock or the attachment module, and a second coupling lock, complementary to the first coupling lock. When the closing flaps of the first and second coupling locks are brought into contact with each other, they can be pivoted from a closed position, where they lock the transfer channel formed by the pipe nozzles, around a shared axis into an open position.

Coupling lock and attachment module and docking device, each containing said coupling lock

A docking device for transferring the contents of, filling, and/or emptying containers comprises first and second coupling latches positioned flush to one another along respective closing sides thereof. A locking unit is configured for locking together pipe nozzles of the first and second coupling latches. The locking unit includes at least one movable first arresting element that is present in a passage that has an opening to an exterior of the second coupling latch, and is configured to interact with a corresponding second arresting element present on an exterior of the pipe nozzle of the second coupling latch. The docking device further comprises a bolt that is movable in a cylinder. The bolt has a first section with a first diameter, a second section with a second diameter that is smaller than the first diameter, and a third transfer section between the first and second section with a tapering diameter.

Docking device comprising two coupling closures for the environmentally sealed transfer of bulk material, having at least one locking unit

A coupling seal includes a first sealing strip containing first and second bearing elements on opposing ends of a rabbet body and a second sealing strip containing first and second bearing elements on opposing ends of a rabbet body. Interior sides of the rabbet bodies seal against one another, at least in sections, such that the first bearing element of the first sealing strip is arranged adjacent to the second bearing element of the second sealing strip and the second bearing element of the first sealing strip is arranged adjacent to the first bearing element of the second sealing strip. A first flexible element extends between first and second fixing devices of the first sealing strip, and a second flexible element extends between first and second fixing devices of the second sealing strip. The first and second flexible elements, when installed, may have a pre-stress.

Coupling seal docking device comprising two of said coupling seals and container comprising at least one of said coupling seals

In a coupling element for decanting, filling, or emptying of containers, a first sealing strip a flank piece comprising elastic as a first mounting element at a first end defining a first inner space for retaining a first axis, and a second mounting element on a second opposite end defining a second inner space for retaining a second axis. A second sealing strip comprising elastic has a first mounting element on a first end which defines a first inner space for retaining the second axis, and a second mounting element on a second opposite end which defines the second inner space for retaining the first axis. Inner sides of the flank pieces of the first and second sealing strips are attachable to one another to form a seal. The first mounting element of the first strip in the second mounting element of the second strip are positioned adjacent one another to form a first articulated section, and the second mounting element of the first sealing strip and the first mounting element of the second sealing strip being adjacent to one another to form a second articulated section. The first articulated cap forming a pivot bearing is positioned at least partially over the first articulated section and a second articulated cap forming a pivot bearing as positioned at least partially over the second articulated section. The first axis is retained in the first inner space for pivotable mounting of the first articulated section and the second axis is retained in the second inner space for pivotable mounting of the second articulated section.

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Muellheim, Germany

Peter Lais