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Hagleitner Hygiene International Gmbh

Hagleitner Betriebshygiene Ges. M.b.h. & Co. Kg

Hagleitner Betriebshygiene Gesellschaft M.b.h. & Co. Kg

Hagleitner, Hans Georg

Hans Georg Hagleitner

Markus Enzfellner

The dispenser () is configured to couple with a container () containing at least one chemical agent () and to dispense the chemical agent () when the dispenser () has been coupled with the container (). The container () may be introduced into a receiving space () of the dispenser () into a coupling position. The dispenser () has a sensor () for the contact-free detection of container information or container content information and an occupancy sensor (), which detects whether a container () that has been inserted into the receiving space () is in the coupling position. Only when the container () is in the coupling position, then the occupancy sensor () will activate the sensor () for the contact-free detection of container information or container content information, which detects in the activated state the container information or container content information and examines the correctness thereof. If this is positive, the sensor () initiates a release of the dispenser () into an operational state, wherein the chemical agent () may be dispensed from the container ().

Dispenser for discharging a chemical agent from a container coupled to the dispenser

Liquid dispenser

Dispenser

Refill for a dispenser, with a material web wound to form a roll and at least one substantially axially adjustable bearing journal. The at least one substantially axially adjustable bearing journal is adjustable substantially axially outwards away from the roll starting from a defined inner end position in which it protrudes axially beyond the roll. A bearing unit for such a refill, and a dispenser for housing the refill and dispensing the material web are also provided.

Refill for a dispenser, bearing unit and dispenser

Electrical power pack

Holder for rolls of paper

Paper roll

A container has an opening lying in a plane, wherein the opening is provided on a connecting piece of the container. A closure of the container can be removed by displacement in the plane. At least one guide element is provided on the connecting piece, on or in which the closure can be displaced relative to the container. The closure has at least one recess on at least one of its outer surfaces.

Dispensing system for a flowable product

A closure element to be inserted into a container opening includes a cylinder having at least one lateral opening and a piston displaceable and sealed in the cylinder. In a starting position, the piston prevents the discharge of a flowable medium out of the container. The piston diameter is larger than the cylinder diameter and the cylinder is adapted to be elastically expandable at least in a region corresponding to a displacement length of the piston. A container which is filled with a flowable medium and which is provided with a closure element is also provided.

Container and closure element insertable into a container opening

A coupling device having an integrated stopcock for placement in a flow connection between a first line and a second line includes a carrier body having a connection for the second line, a plug part having a connection for the first line, and a rotary part being rotatable by the plug part, disposed in the carrier body between the connections and having an opening. The two connections are connected for flow through the opening in a rotated end position of the rotary part. A plug-and-rotate lock is formed between the plug part and the carrier body. The plug part is detachably plugged into the rotary part and can be rotated in the carrier body together with the rotary part. A device for supplying a flowable substance from a container to a discharge point is also provided.

Growing community of inventors

Zell am See, Austria

Hans Georg Hagleitner