Aptar Radolfzell Gmbh

Ing. Erich Pfeiffer Gmbh

Hans Merk

Karl-heinz Fuchs

Gerald Krampen

Andi Herz

Juergen Greiner-Perth

Jürgen Greiner-Perth

Timo Jung

Jurgen Greiner-Perth

Karl-Heinz Fuchs

Stefan Ritsche

Thomas Bruder

Karl Tempfli

Volker Heinzle

Sai Shankar

Antonio O Mallare

Felix Schmid

Christoph Szymiczek

Christa Wohriska

Judith Auerbach

A dispenser for discharging pharmaceutical liquids in the form of individual drops, having a liquid store, a pump device with a pump chamber with a variable volume, and a dispensing opening. The dispenser additionally has a membrane part which delimits the pump chamber on one side and which changes the volume of the pump chamber by moving and/or deforming. The dispenser has a housing, within which the pump device is provided, and an actuation button movable relative to the housing between a non-actuated starting position and an actuated end position to move or deform the membrane part and to decrease the size of the pump chamber to discharge the liquid. The membrane part is secured to the housing and to the actuation button. The pump chamber achieves a high degree of compression and a toggle switch is used as the actuation button.

Dispenser for discharging pharmaceutical liquids

Liquid dispenser for discharging pharmaceutical liquid having a discharge head and a cap, the cap body of which has a ventilation opening. The dispenser includes an injection-moulded pull-off portion which, in the delivery state, covers the ventilation opening and is connected to the cap body by a substance-to-substance bond. The pull-off portion, together with a tamper-evident portion, which, with the dispenser in the delivery state, prevents removal of the cap body, is part of a common segment which is detachable from the cap body of the cap. Alternatively, the ventilation opening is provided with a filter membrane for filtering the air which flows through it, and the cap body includes two part-bodies which together form a receiving space for the filter membrane.

Liquid dispenser

A discharging device for a pharmaceutical liquid, dispenser including a housing, an applicator tip with a discharge opening and a protective cap. A locking tooth is provided on the protective cap and a counter tooth is provided on the applicator tip. The at least one locking tooth passes over the counter tooth when the protective cap is rotated relative to the applicator tip in a first direction, and the locking tooth and the counter tooth prevent rotation in a direction opposite the first direction. The protective cap and the applicator tip are adapted to each other such that the discharge opening contacts a lid region of the protective cap after the locking tooth has passed over the counter tooth, and the discharge opening can be closed in a sealed manner by the protective cap. The protective cap is deformable to disengage the locking tooth and the counter tooth.

Childproof discharging device

A protective cap for a dispenser for discharging liquids, wherein the dispenser has a liquid reservoir and an outlet opening through which the liquid is discharged into a surrounding atmosphere. The protective cap has an inner cap and an outer cap, the inner cap having a ventilation opening for communication between an interior of the protective cap and an external environment. Before use, the outer cap is mounted on the inner cap in a first position with the inner cap and the outer cap in sealing contact with each other and the ventilation opening is separated in an airtight and germproof manner from the environment, and the outer cap is movable relative to the inner cap from the first position to a second position in which the inner and outer caps are out of sealing contact with each other and the ventilation opening communicates with the environment.

Protective cap for a dispenser, and discharge device for discharging pharmaceutical and/or cosmetical liquids

A perforated plate produced as a plastics component by injection moulding, there being provided for this purpose a mould with two mould halves which together define a cavity filled with plastics material during injection moulding, wherein the first mould half has a planar abutment surface directed towards the cavity, and the second mould half has a multiplicity of elevations rising up over a base surface, wherein, in the closed state of the mould, distal contact regions at the distal ends of the elevations butt against the abutment surface, and therefore keep the dispensing openings free of plastics material when the plastics material is being injected.

Method of producing a dispenser, dispenser, and mould therefor

The invention relates to a discharge device for discharging liquid medium, with a pump device with a variable volume pump chamber, a discharge opening for the liquid medium, a feed path between the pump device and the discharge opening, and an outlet valve which is designed to open the discharge opening as a function of the pressure in the feed path, and to a discharge head provided for this purpose. The discharge device or the discharge head has a gas-permeable and liquid-tight air outlet which connects the pump chamber or the feed path to an external environment.

Discharge device

A discharge device for at least one medium having a medium reservoir, a medium pump and an applicator in which a filler is provided for medium guidance and which has an outlet area for a medium discharge fitted to a slender end area remote from the medium reservoir is known. According to the invention at least two outlets are provided at the outlet area. Use for medium dosing.

Discharge device for at least one medium

A disposable atomizer for discharging successive partial discharge amounts as a spray has a base body (,), a projecting nose adapter (,) with a nozzle (,), actuating shoulders (,) where two fingers can rest, and an actuating part, containing an actuating sleeve (,) and a medium store (,), which can be pressed into the base body (,). A hollow needle (,) can penetrate the closure piston-stopper (,) of said medium store (,). A ring (,) is mounted on the actuating sleeve (,) by spokes (,) and predetermined breaking points (,), the ring (,) separating in response to typical actuating pressure when the actuator is used the first time. The spokes (,) strike a stop which thus limits the first partial discharge stroke. By rotating the actuating sleeve (,), the actuating part is moved into a starting position for a second partial discharge stroke, and when intermediate webs in the form of material bridges are broken out, the second partial discharge stroke can be executed.

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Radolfzell, Germany

Gerald Krampen