Aktiebolaget Electrolux

Ab Ph, Nederman & Co.

Electrolux Home Products Corporation N.v.

Fredrik Bergling

Gregory Robert Peake

Christian Ågren

Esbjörn Svantesson

Stefan Jonsson

Håkan Miefalk

Goran Sjoberg

Fredrik Dellby

Göran Sjöberg

Curt Persson

A dishwasher includes a wash cabinet having a bottom, two opposite side walls, an upper and a rear wall and an opening that normally is covered by a front door. The dishwasher is provided with at least one lower basket for the dish being cleaned, said basket being movable between a first position inside the cabinet and a second position mainly outside the cabinet. The dishwasher is at each side of the opening provided with a support arranged to move mainly vertically in or close to the side walls for raising the lower basket from a lower to an upper position and vice versa. The supports are articulated by a lifting mechanism arranged to move the supports from an inactive position out of engagement with the lower basket to an active position in which they are in engagement with the lower basket.

Basket lifting arrangement for a dishwasher

A safety coupling for the releasable connection of a nozzle to a duct system is disclosed. The safety coupling is adjustable between a coupled position, in which the coupling parts are coupled together to lock the connection of the nozzle to the duct system, and a decoupled position, in which the coupling parts are separable to allow release of the nozzle from the duct system. An actuating member is arranged to move the coupling member from the coupled position into the decoupled position when the coupling member is subjected to a disengagement force exceeding a predetermined limit value.

Safety coupling

Telescopic arm for exhaust device

This invention relates to a device for a vacuum cleaner comprising a cyclone chamber () and a collecting container () arranged in association with the cyclone chamber for particles separated by the cyclone. The cyclone chamber comprises an inlet () for dust laden air, a particle outlet () for particles separated by the cyclone and on outlet () for cleaned air. The lastmentioned outled is connected to a vacuum source and the particle outlet () for cleaned air. The lastmentioned outled is connected to a vacuum source and the particle outlet () is via a tube () ending in the collecting container (). The collecting container comprises a dust bag () for collecting the dust particles which is a part of a continuous tube () of non air pervious material intended to create several bags. The invention also relates to a cassette intended to be used at the device.

Device for a vacuum cleaner

A device for a vacuum cleaner comprising a particle separator, which is provided with an inlet () for dust laden air, an outlet () for the separated particles, and an outlet () for cleaned air that is connected to a vacuum source (). The particle outlet () is connected to a screw conveyor (), which is provided with an outlet part ending in a mainly closed collecting chamber () for the separated particles.

Vacuum cleaner device with a screw conveyor

Growing community of inventors

Nyhamnsläge, Sweden

Fredrik Bergling