Obrist Closures Switzerland Gmbh

Peter Stoelben

Patrick Schmidt

Klaus Natersky

Juergen Pellenz

Klaus J Thanisch

Christoph Hoffmann

Derek John Hindle

Rainer Goede

Christoph Hoffman

Klaus Thanish

Derek Hindle

A push-button dispensing closure is provided and comprises a dispensing passage, a push button and a dosing chamber. The closure is movable between a first, closed position in which: the push button is released, the dosing chamber can fill with flowable product, and product cannot pass from the dosing chamber to the dispensing passage; and a second, open position in which: the push button is depressed such that product can flow from the dosing chamber through the dispensing passage and product cannot flow into the dosing chamber.

Dispensing closure

A dispensing tap has a body which is attached or attachable to a container. The body has a dispensing orifice, and a piston movable within the body between a dispensing position in which flowable product can pass through the orifice and a sealing position in which fluid cannot pass through the orifice. The piston has one or more dispensing apertures through which product can pass when the piston is in the dispensing position to reach the dispensing orifice.

Dispenser

A dosing device is provided and comprises: a dosing chamber having an inlet through which product can enter from a container; an outlet into which product flows from the chamber and through which product flows out of the device; a siphon member located around the outlet; a vent opening in the chamber; a container-side vent which opens into the container, in which: the siphon member terminates at a level L1 with respect to the outlet; the outlet opens into the chamber at a level L2; such that in use product flows into the chamber through the inlet/s and fills the chamber until L2 is reached and then product is siphoned from the chamber into the outlet by the siphon member, the siphoning continuing until product in the chamber reaches L1, whereupon: air entering the vent opening interrupts the siphoning; and air vents into the container through the container-side vent such that thereafter recharging of the chamber repeats, in which a chicane is provided for preventing leakage of product through the vent opening.

Dosing device

A roll-on applicator ball and a method of forming the roll-on applicator ball, the roll-on applicator ball comprising a first half ball part and a second half ball part. A generally annular connecting ring connects the ball halves together.

In or relating to deodorant balls

A trigger pump dispenser comprises a body, an outlet nozzle, a pump chamber, a piston for defining a variable volume in the pump chamber, a trigger coupled with the piston by interconnection means, and biasing means for biasing the trigger to a retracted position. The trigger is movable to cause the piston to pump liquid into and out of the pump chamber for dispensing through the outlet nozzle. The piston is interchangeably associatable with the trigger and the pump chamber so that different length pistons are usable to determine different maximum fill volumes of the pump chamber.

Trigger pump dispenser with interchangeable piston

A moulding machine suitable for producing an article having two or more parts, the moulding machine comprising two or more mould sections for respective article parts and an in-mould pick and place mean. A moulding machine including one or more moulds and a robot pick-and-place system, in which the robot pick-and-place system is fixed to a mould. A method of forming an article having two or more parts, in which a first part of the article is moulded in a first mould section of a moulding machine comprising two or more mould sections for respective article parts and an in-mould pick and place means, and the in-mould pick and place means moves a moulded first part of the article from the first mould section to a second mould section of the two or more mould sections.

Moulding machines

A trigger pump dispenser has a dispensing passage, an outlet nozzle movable between an 'on' position and an 'off' position, and a shroud. First and second indicator tabs project from the outlet nozzle and correspond with first and second indicator windows in the shroud. When the outlet nozzle is in the &#x201c;on&#x201d; position, the first indicator tab resides in the first indicator window and the second indicator tab is hidden by the shroud, and when the outlet nozzle is in the &#x201c;off&#x201d; position, the second indicator tab resides in the second indicator window and the first indicator tab is hidden by the shroud.

Growing community of inventors

Briedel Mosel, Germany

Peter Stoelben