Miele & Cie. Kg

Bsh Bosch Und Siemens Hausgeraete Gmbh

Bsh Bosch Und Siemens Hausger&auml;te Gmbh

Gaggenau-Werke Haus- Und Lufttechnik Gmbh

Gaggenau Hausgerate Gmbh

Gagenau Hausgerate Gmbh

Bsh Bosch Und Siemens Hausgerate Gmbh

Branofilter Gmbh

Martin Kornberger

Joachim Damrath

Stefan Tiekoetter

Guenther Ennen

Dieter Brunner

Dirk Wegener

Ralf Grobleben

Cornelius Wolf

Seyfettin Kara

Andre Bertram

Martin Wetzel

Markus Druecker

Egon Feisthammel

Monika Seifert

Dieter Rosmann

Stephan Koch

Uwe Schmierer

Erik Berends

Udo Reiff

Markus Drücker

Gerhard Rothenberger

Tobias Dahms

Kai Buller

Michael Reilmann

Holger Ernst

Eckard Riedenklau

Jürgen Rammig

Dietrich Schmid

Michael Agethen

Maximilian Grimm

Michael Wendt

Eduard Sailer

Marco Schmidt

Stefan Kreimeyer

Andreas Hauer

Eberhard Laevemann

Martin Böckle

Achim Dittes

Ulrich Gremmelmaier

Armin Zibold

Stefan Tiekötter

Gerhard Kern

Alexander Adam

Günther Ennen

Guido Umlauf

Thomas Ziegler

Frank Aldenhoven

Stefan TIETKÖTTER

A method for operating a dishwasher having a sorption drying device includes performing a desorption process using the sorption drying device according to a selected cleaning cycle of the dishwasher. The desorption process is capable of releasing moisture.

Dishwasher and method for operating a dishwasher

A dishwasher includes a movable door, an opening mechanism and an opening actuator configured to move the door from a closed position to an at least partially open position. A decorative panel is resiliently attached to the door. A sensor is configured to detect movement of the decorative panel relative to the door. A controller is configured to activate the opening actuator based on movement detected by the sensor.

Dish washer

A method for carrying out a drying step in a dishwasher that includes a housing, a washing tub, a door with a hinged lower region operable to close the washing tub, an opening device for automatically opening the door to an ajar position and a condensation drying system including a cooling-air flow generator. The method includes guiding a portion of a cooling-air flow along a portion of an underside of a countertop covering a top of the dishwasher housing both before and after the door is opened to an ajar position.

Method for implementing a drying program section in washing equipment with a condensation drying device

A system includes a vacuum cleaner with a dust chamber having ribs and a dust bag including a fleece disposed on a supporting structure. The fleece includes a plurality of fleece corrugations, with a distance between the fleece corrugations being matched to a distance between the dust chamber ribs. The resultant matching of the fleece corrugation spacing and the spacing of the dust chamber rib prevents partial or large-area contact of portions of the dust bag with an inner surface of the dust chamber.

System comprising a vacuum cleaner and a dust bag

A method for operating a vacuum cleaner having a fan, an electronic control system for the fan and/or another load, and a dust chamber for receiving an air-permeable dust bag, includes providing the dust bag with an identifier, and providing the vacuum cleaner with an identifying device associated with the electronic control system and configured to identify the identifier. When the identifier fails to be identified, at least one of the fan and the other load is controlled using the electronic control system so as to reduce at least one parameter associated with an intake of dust into the dust bag.

Method for operating a vacuum cleaner

A method and a device for discharging air current from a cooking area. The method and the device guide the air current through a sorption agent for absorbing water or water vapor contained in the air current. The sorption agent is regenerated preferably when the air current is not being discharged from the cooking area.

Method and device for discharging and dehumidifying air in a cooking area

A filter system extracts particles and/or drops of liquid from air flowing through the filter system. The filter system has a filter layer disposed in a plane and a cyclone collector that is disposed in the edge region of the filter layer. The cyclone collector is provided with a device which, compared with the filter layer, creates a higher flow speed and stronger vortexing of the circulating air. The cyclone collector can be produced from horizontal cyclone elements, curved, horizontal elements or from expanded metal.

Filter configuration for a vapor extraction hood

The vapor extraction device is disposed, for example, in a kitchen counter top next to the cooking or other hot-food area, specifically so as to be retracted in the position of rest. To operate as a suction device, the intake the vapor extraction device is moved out upward and pivoted over and above food preparation carriers disposed on the hot-food areas.

Vapor extraction device disposed in the region next to open hot-food areas

A gas burner for cooking areas includes a lower part and an upper part. The upper part has gas repulsion ducts with gas outlet openings for gas flames. The upper part is rotatably mounted on the lower part by a compressed-air bearing configured to apply a compressed-air cushion to pneumatically lift the upper part off the lower part for allowing contactless turning of the upper part in relation to the lower part about an axis of rotation. The gas repulsion ducts are formed to drive the upper part in relation to the lower part about the axis of rotation by gas flowing through the gas repulsion ducts at positive pressure. Such a configuration makes it possible to evenly distribute the heat of the flames in the periphery of the burner and to minimize minimum gas burner output by using less flames.

Gas burner for cooking areas

A device and a method for the controlled reduction of the gas flow Q fed to a burner nozzle of a gas-fired cooking or baking appliance via a gas supply pipe. The gas supply pipe is branched into a number n of partial gas pipes connected in parallel, through which a partial gas flow Q.sub.k with k=1,2,3, . . . ,n can be fed to the burner nozzle in each case, and which have a control unit in each case, the control units each being connected on their gas inlet side to the gas supply pipe and on their gas outlet side to the burner nozzle, and have a switching element for switching on and off the partial gas flow Q.sub.k passing through them and a throttle element for reduction of the partial gas flow Q.sub.k passing through them. The switching elements can be switched on and off according to the selected heating power. Alternatively a number n of throttle elements are connected in series with switching elements connected in parallel.

Method and device for control of the flame size of gas-fired cooking or

A holding device for at least one cooking product carrier in a baking oven by means of which the cooking product carrier can be drawn out of the baking oven muffle and slid back into it, is to be improved with regard to its operating characteristics. For this purpose, holding device (8) has at least one parallelogram linkage (10, 11, 16, 17) with a base arm (11) which is in a fixed-position in relation to the baking oven muffle (1), pivot arms (16, 17) articulated at articulation points (12, 13, 14, 15) and a movable mounting arm (10) of a holding element (9) of the cooking product carrier (24) which can be moved with it. The articulation point (14) of the rear pivot arm (16) is arranged approximately in the middle one-third of the longitudinal dimension of the fixed-position base arm (11) such that the holding device (8) assumes a defined end position both in its withdrawn position and in its inserted position and such that the cooking product carrier in its withdrawn position will protrude from the baking oven muffle. Furthermore, the fixed-position base arm (11) has a rearward mounting end (30), by means of which the holding device (8) is removably mounted at a rearward baking oven wall (3).

Holding device for a cooking product carrier

The invention relates to a vapor exhaust hood with a housing which features at least one intake opening equipped at a minimum with one filter, and features at least one outlet opening, and the inside surfaces of which are in part lined with a sound-deadening material, with a fan arranged in the housing. Arranged in the housing, at least opposite each inlet opening of the fan, is sound-absorbing material which from the opposite inlet opening is spaced at least the radius of the fan wheel. The sound-absorbing material has a surface which in size corresponds at least to a circular surface whose radius matches that of the fan wheel. Further measures for noise reduction consist in the arrangement of a vane in the area of the outlet opening, in the application of sound-deadening and/or sound-damping material as well as in the elastic mounting of fan and/or fan motor. The invention thus creates a vapor exhaust hood in which, for one, the number of noise generators is reduced and, for another, inevitable noise is damped and deadened.

Low-noise vapor exhaust hood

Growing community of inventors

Bielefeld, Germany

Martin Kornberger