Bsh Bosch Und Siemens Hausgeraete Gmbh

Bsh Bosch Und Siemens Hausgerate Gmbh

Bsh Bosch Und Siemens Hausger&auml;te Gmbh

Bsh Hausgerate Gmbh

Jurij Pesec

Igor Zibret

Henrik Pavlovic

Peter Brezovnik

Aleksander Oblak

Darko Rudez

Roman Sabec

Marko Areh

Stanislav Mazej

Peter Kovacic

Andrej Blagotinsek

Tobias Krüger

Ales Brecko

Matej Berzelak

Toni Pogacar

Marjan Mak

Marko Ivanusic

David Enci

Marko Zilnik

Uros Zlaus

Samo Golavsek

Borut Gruber

David Potocnik

Darko Atelsek

Bostjan Kovacec

Aleksander Strojansek

Kreca Bogdah

A method for producing a drive shaft of a food processor, the drive shaft having an end-side, splined-shaft-like toothing that is movable into positively locking engagement with a complementarily formed clutch. The method includes producing the toothing by machining the drive shaft with a cylindrical milling cutter, wherein the cylindrical milling cutter engages with the drive shaft from a radial direction with respect to a longitudinal axis of the drive shaft; and positioning an axis of rotation of the cylindrical milling cutter cross-wise relative to the longitudinal axis of the drive shaft, wherein the axis of rotation of the cylindrical milling cutter is at an incline relative to the longitudinal axis of the drive shaft so that the axis of rotation and the longitudinal axis draw an angle of less than 90&#xb0;.

Process for producing a drive shaft

An electric motor-driven kitchen appliance includes an electric motor and a gear stage. The electric motor includes a motor housing and the gear stage includes a gear case. The motor housing and gear stage are connected to each other by a bayonet lock. The electric motor and the gear stage are provided with the respective bayonet lock parts designed for the kitchen appliance.

Electric motor-driven kitchen appliance provided with a bayonet lock for an electric motor and a gear stage and method for assembling said electric motor-driven kitchen appliance

A kitchen machine having a housing that includes a housing base; a channel molded in a periphery of the housing and running in a direction of the housing base; a housing recess connected to the channel; and a coupling arranged in the housing recess to couple working apparatuses to the kitchen machine, wherein the housing recess includes means to discharge impurities.

Kitchen machine comprising means for discharging impurities

A food processor having a coupling point to attach a processing device to the food processor; a cover part; a detection device disposed at the coupling point, wherein the detection device detects the attached processing device or the cover part; wherein each of the processing device and the cover part has a respective actuating element to actuate the detection device; and wherein the detection device has at least a first actuating region and a second actuating region that is oriented differently from the first actuating region.

Food processor and method for operating a food processor

Method for operating a food processor

An electric motor-driven kitchen appliance includes an electric motor having a motor housing and a gear stage having a gear case fastened to the electric motor. A removable reinforcement frame is around the motor housing and gear case. The electric motor-gear stage arrangement can be tested outside of the housing of the kitchen appliance and produced in a cost effective manner, being particularly torsionally rigid due to the removable reinforcement frame, thereby exhibiting an operation reliability.

Kitchen appliance provided with a reinforced electric motor-gear stage arrangement and method for producing an electric motor-driven kitchen appliance

A household appliance, in particular, a food processor, includes a drive unit installed in a housing, a container having a tool is placed on the housing at the point thereon provided with a output shaft. The tool is capable of being coupled to the output shaft when the container is placed in position. Placement of the container in the correct position is ensured by providing an element, fitting together with a counter-element provided on the container, in a region of the placement point on the housing. The elements engage one another when the container is placed on the housing.

Food processor

A food processor having a drive subassembly is disposed in the housing and coupled to a first and a second output shaft, each output shaft having with at least one coupling location for an attachment and, in addition, by the interposition of a gear mechanism, the output shafts being driven at different rotational speeds. The coupling of attachments requiring relatively small torques is simplified in that, spaced apart at a different level from its one coupling location, at least one of the two output shafts is provided with an additional coupling location for further attachments.

A household appliance, in particular, a kitchen machine, includes a planetary gear disposed between an electric drive unit and an output shaft or drive shaft of the appliance and the stationary toothed ring of which is supported on the housing of the appliance by support arms ( ) projecting radially outwardly on the outer circumference of the toothed ring. Good damping of the noise originating from the planetary gear is achieved by virtue of the fact that an elastic element preventing direct contact between the support arms and the fixing locations is respectively inserted between the support arms and the fixing locations on the housing.

Household appliance

A centrifugal juice extractor includes a rotary drum, a friction disk rotating along with the drum, a perforated basket that can be inserted into the drum, and a collecting space for collecting the squeezed juice. The squeezed juice can be directed specifically to the collecting space in that a channelling device that engages over the drum at its top drum border is provided on the perforated basket.

Centrifugal juice extractor

An electrical household appliance, in particular, a food processor, includes a drive motor installed in a housing having at least one bottom and one top housing part. The housing parts are held together by a screw connection. A largely vibration-isolated connection of the two housing parts is achieved by introducing, at the connecting locations, elastic buffer elements that prevent direct contact of the housing parts at the connecting locations.

Electrical household appliance

A food processor includes a drive subassembly disposed in a housing and coupled, in drive terms, to a gearwheel connected, in its axis center, to a first driveshaft, which driveshaft is further provided with a drive pinion for a planet gear associated with the gearwheel and to the planet carrier of which is connected a further driveshaft that encloses the first driveshaft concentrically. The installation of a planet gear does not result in any increase in the overall volume if the gearwheel is cup-shaped and, on its lateral cup surface, has an outer tooth formation, and, furthermore, the fixed toothed ring of the planet gear is a cup-shaped hollow-wheel toothed ring and is inserted concentrically into the cup space of the gearwheel.

A food processor includes a housing, an electric motor drive, various tools placed on the housing and coupled to the drive, at least one of the tools having a switching block, and a switching element actuated in two directions. A tool coupled to the motor drive can be operated in only one particular operating mode because one or the other switching direction of the switching element can be blocked as a function of the tool placed on the housing.

A food processor includes two coupling points for processing appliances, the points disposed in a three-dimensionally spaced manner on a housing, output shafts respectively driven by a drive motor provided at each coupling point, an actuating element coupled to a switch located in an electrical circuit of motor is provided on the housing. The food processor cannot be operated if one of the coupling points is not covered because, in addition to the switch in the electrical circuit of the drive motor, two switching contacts, connected in series, are provided, one of which can be switched into its closed position directly or indirectly by the placing of a processing appliance or cover part on one coupling point and the other can be switched into its closed position directly or indirectly by the placing of a processing appliance or a cover part on the other coupling point.

A strainer press for a food processor, which has a pot-shaped straining part that can be placed in a manner proof against rotation in the mixing bowl of the food processor and is provided with through-apertures, and an assigned pressing tool that has, on a hub part that can be coupled to a driveshaft of the food processor, a plurality of pressing blades, which rotate at a short axial distance above the straining part. In the pressing tool, each of the pressing blades is provided, on its side facing the straining part, with a plurality of rib-like protuberances extending substantially over the entire length of the pressing blades and additionally includes, at its trailing end edge in the direction of rotation, a cutting edge projecting toward the straining part. Such a strainer press is notable for a simple structural configuration and efficient operation.

Growing community of inventors

Slowenien, Slovenia

Jurij Pesec