Abstract: The present application relates to an apparatus for processing a food stuff. The apparatus has a housing (2), and a cutting tool (5) rotatably mounted in the housing (2) having a cutting edge (35) and a trailing edge (31). The cutting tool (5) is arranged to pass once per revolution through a processing region (43) in the housing in which a food stuff is receivable, and to pass through a recovery region (45). The recovery region is defined in the housing between the trailing edge passing from the processing region and the cutting edge passing into the processing region as the cutting tool rotates, and the cutting tool is free to rotate in the processing region without contacting the food stuff. Therefore, the cutting tool (5) acts on a food stuff as the cutting tool rotates through the processing region, and recovers the rotational speed lost due to acting on a food stuff in the processing region as the cutting tool (5) rotates through the recovery region.

Abstract: A blender system (1) has a container (3) for holding material to be blended. The container (3) has a first portion (2) with blade member assemblies (6, 8). The assemblies (6, 8) are rotationally driveable around axes of rotation (10, 12). The container has a second portion (4) with a guiding surface (18). A cross-section (38) of the guiding surface (18) which encloses said axes of rotation is a convexly shaped closed curve (20). The direction of the cross-sectional curve (20) is continuously varying direction along the perimeter of the guiding surface (18).

Abstract: The present application relates to an apparatus for processing a food stuff. The apparatus has a housing (2), and a cutting tool (5) rotatably mounted in the housing (2) having a cutting edge (35) and a trailing edge(31). The cutting tool (5) is arranged to pass once per revolution through a processing region (43) in the housing in which a food stuff is receivable, and to pass through a recovery region (45). The recovery region is defined in the housing between the trailing edge passing from the processing region and the cutting edge passing into the processing region as 25 the cutting tool rotates, and the cutting tool is free to rotate in the processing region without contacting the food stuff. Therefore, the cutting tool (5) acts on a food stuff as the cutting tool rotates through the processing region, and recovers the rotational speed lost due to acting on a food stuff in the processing region as the cutting tool (5) rotates through the recovery region.

Abstract: A blender system (10) includes a base (12) and a container (14). A cutter assembly (24) and a feeder assembly (25) are accommodated in the container (14) near the base (12). The feeder assembly (25) has a feeder blade (628) with a tip (636) at a distal end of the feeder blade (628). The cutter assembly (24) has a cutter blade (28) with a tip (36) at a distal end of the cutter blade (28). A very effective blending process is obtained by driving the feeder tip (636) at a lower peripheral speed than the cutter tip (36).

Abstract: A beater assembly (100) arranged to be used in a receptacle (200) comprises a drive shaft (101) having a distal end (102) that can be coupled to a driving member. The drive shaft (101) defines a longitudinal axis (A-A) about which the beater assembly (100) is rotatingly drivable. A first member (104) is coupled to the drive shaft (101) and comprises an arm section (104a) that extends away from the drive shaft (101). A second member (107) is coupled to the drive shaft (101) distanced from the first member (104). The second member (107) comprises an arm section (107a) that extends away from the drive shaft (101). A beater member (105) is provided that has a first distal end (105a) that is coupled to the arm section (104a) of the first member (104). The beater member (105) extends between the arm section (104a) of the first member (104) and the arm section (107a) of the second member (107). During use the arm section (107a) is near the bottom of the receptacle (200).

Abstract: A blender system (10) includes a base (12) and a container (14). A cutter assembly (24) and a feeder assembly (25) are accommodated in the container (14) near the base (12). The feeder assembly (25) has a feeder blade (628) with a tip (636) at a distal end of the feeder blade (628). The cutter assembly (24) has a cutter blade (28) with a tip (36) at a distal end of the cutter blade (28). A very effective blending process is obtained by driving the feeder tip (636) at a lower peripheral speed than the cutter tip (36).

Abstract: A blender system (1) has a container (3) for holding material to be blended. The container (3) has a first portion (2) with blade member assemblies (6, 8). The assemblies (6, 8) are rotationally driveable around axes of rotation (10, 12). The container has a second portion (4) with a guiding surface (18). A cross-section (38) of the guiding surface (18) which encloses said axes of rotation is a convexly shaped closed curve (20). The direction of the cross-sectional curve (20) is continuously varying direction along the perimeter of the guiding surface (18).

Abstract: A food processor (1) with two bowls (20, 21), which are of different constructions and each comprise a bottom wall (22, 31) and a tubular inner portion (28, 34) rising from the bottom wall (22, 31) into the bowl interior, comprises two transmission pieces (60, 61) which are preferably of different constructions and by means of which the formation of an inadmissible combination of a bowl (20, 21) and a tool (42, 45, 46), which can be introduced into the bowl (20, 21) and is associated with one of the bowls (20, 21), can be prevented in a simple manner.

Abstract: A food processor (1) with two bowls (20, 21), which are of different constructions and each comprise a bottom wall (22, 31) and a tubular inner portion (28, 34) rising from the bottom wall (22, 31) into the bowl interior, comprises two transmission pieces (60, 61) which are preferably of different constructions and by means of which the formation of an inadmissible combination of a bowl (20, 21) and a tool (42, 45, 46), which can be introduced into the bowl (20, 21) and is associated with one of the bowls (20, 21), can be prevented in a simple manner.

Abstract: A food processor (1) with two bowls (20, 21), which are of different constructions and each comprise a bottom wall (22, 31) and a tubular inner portion (28, 34) rising from the bottom wall (22, 31) into the bowl interior, comprises two transmission pieces (60, 61) which are preferably of different constructions and by means of which the formation of an inadmissible combination of a bowl (20, 21) and a tool (42, 45, 46), which can be introduced into the bowl (20, 21) and is associated with one of the bowls (20, 21), can be prevented in a simple manner.

Abstract: In a kitchen appliance (1) having a housing (3) and having a pot-shaped processing container (13) which can be placed onto a housing wall (9) of the housing (3) a pot-shaped storage container (28) has been provided for the storage of processing tools (39, 40, 41, 42, 43, 44, 45, 46, 47, 48) of the kitchen appliance (1), which storage container is of such a design that it can store the processing tools and can be placed into the processing container (13) together with the stored processing tools.

Abstract: A depilation apparatus is provided which comprises at least one pair of depilation rollers (3, 4; 5, 6) arranged at the location of an opening (2) in the apparatus for access to their circumferential surfaces, which rollers are rotatably supported, which are rotatable in opposite directions, and which cooperate circumferentially with one another, the depilation rollers being supported to project freely with one of their end portions and the opening in the apparatus at least partly exposing the freely projecting end portions of the depilation rollers.

Abstract: A depilation apparatus is provided comprising at least one pair of circumferentially cooperating depilation rollers (3, 4, 5, 6) which are arranged at the location of an opening (2) in the apparatus and which are rotatably supported and arranged to be driven in opposite directions of rotation, and also comprising a shear plate (11) which is arranged at the location of the opening in the apparatus, which covers the depletion rollers, and which is formed with elongate hair-entry apertures (12, 13, 14, 15, 16, 17) at the location of the depilation rollers, the elongate hair-entry apertures in the shear plate extending in the longitudinal direction of the depilation rollers and at least up to the ends of the depilation rollers.