Abstract: A fruit press containing a centrally arranged element projecting upward from a base to a tip. The element base has an outer annular surface for the pressing of fruit. The annular surface having ridges on the outer surface that run from the base to the tip. The outer surface having trough-like recesses between the ridges with a cross-section substantially in the form of a circle.

Abstract: A juicer has a tilting collecting dish that permits simple, loss-free pouring out of the fruit juice. It is unnecessary to remove the squeeze element with which the citrus fruit was pressed and/or the collecting container surrounding the squeeze element, from which the fruit juice drops into the collecting dish. In order to tilt the collecting dish, two opposing projections are provided on the outer side of the jacket wall thereof, which lie rotatably of pivotally in recesses on the inside of the housing wall.

Abstract: 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.

Abstract: A motorized kitchen appliance, especially a fruit press, includes a drive shaft which is prevented from being pulled out by a circlip that is mounted in a bead on the drive shaft. The circlip is prevented from rotating through the use of two legs and a housing part, that is a rod, which engages between the legs.

Abstract: An outer wall is created for an electrical kitchen appliance and has a formation of recesses defining strips. A button is disposed on the strips. Regions embodied as film hinges are provided between the strips, enabling them, and thus the button disposed in-between the same, to pivot, in order to actuate an electrical button or a switch inside the housing of the kitchen appliance.

Abstract: A juicer is driven by an electric motor. The juicer is provided with a centrally-arranged, projecting, upwardly-tapering element, for the pressing of a fruit. The pressing element may be driven by a driveshaft, connected to the element. The driveshaft may be displaced in the axial direction. By pressing downwards on the element, the driveshaft is pressed against a switching means and the electric motor switched on thereby.

Abstract: A fruit juicer includes an additional switch that determines the speed at which the fruit juicer, i.e., the element that receives the fruit to be squeezed out, revolves. A button, disposed on the outer wall of the housing, actuates a microcontroller such that more power is supplied to the electric motor to make it revolve at a higher speed. The inventive fruit juicer, therefore, allows the juice to be squeezed out from the pulp already removed from the fruit.

Abstract: A joining device joins first and second bodies. The joining is simple and can be well-maintained, between a first and a second body that are, for example, parts of a food processor, whereby the first wall forms the bottom and the second wall is an outer wall. The first wall of the first body extends substantially at a right angle to the second wall of the second body. A detent projection, which is placed on an inner side of the first wall that is encircled by the second body, is pushed into a detent opening inside the wall by the force exerted by a connection device, particularly a screw, that is joined to the first body.

Abstract: 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 (13) 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.

Abstract: A kitchen appliance, in particular, a food processor or juice extractor, includes an attachment coupled to an electromotive drive of the appliance disposed in a container that can be closed by a lid part, and an actuating element for a switch located in the circuit of the electromotive drive provided on a housing of the kitchen appliance. Contact with rotating processing attachments is prevented by providing a locking block that can be adjusted by the switching movement of the actuating element and into the adjusting path of which there projects a locking member that can be automatically adjusted into its locking position by the action of a force and can be moved out of its locking position by an adjusting mechanism coupled to the lid part.

Abstract: 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.

Abstract: 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.

Abstract: 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.

Abstract: 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.

Abstract: A household appliance, in particular, a food processor, includes a housing with at least two housing parts joined together, and in which there is an electric operating element, of which an electric circuit has a control member actuated by an actuating element disposed on the outside of the housing. Because the control member is fastened on a carrier part disposed in a floating manner directly or indirectly on the one housing part, at least one aligning element is provided on the other housing part that, when the housing parts are joined together, comes into engagement with a mating aligning element provided on the carrier part. The aligning element on the other housing part is aligned to an installation opening provided thereon for mounting the actuating element. Improved thereby is production of the electrical connections between the operating element and the control member and coupling the actuating element to the control member.

Abstract: A kitchen appliance, in particular, a food processor or juice extractor, includes an attachment coupled to an electromotive drive of the appliance disposed in a container that can be closed by a lid part, and an actuating element for a switch located in the circuit of the electromotive drive provided on a housing of the kitchen appliance. Contact with rotating processing attachments is prevented by providing a locking block that can be adjusted by the switching movement of the actuating element and into the adjusting path of which there projects a locking member that can be automatically adjusted into its locking position by the action of a force and can be moved out of its locking position by an adjusting mechanism coupled to the lid part.

Abstract: 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 (13) 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.

Abstract: 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.

Abstract: 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.

Abstract: 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.