A food chopper includes a housing and a chopping blade assembly disposed therein. The chopping blade assembly is held and guided in a guide of the housing so as to be movable to-and-fro along an operating direction counter to a force of a return spring in such a manner that the chopping blade assembly, during movement along the operating direction, is forcibly rotated and held in the upper rest position by the return spring and, in order to chop the food, is movable from the upper rest position downward against a counter-bearing face. A scraper element is rotationally driven by rotational movement of the chopping blade assembly and has a scraper edge having an elastic lip which is configured, during the rotational movement of the scraper element, to bear on an inner side of a side wall of the housing.

The invention discloses a hand-held blender including a handle, a motor, a switch for controlling the motor, an input shaft configured to rotate synchronously with the rotor of the motor, and an output shaft configured for outputting power to the stirring part. The motor and the switch are arranged in the handle. The output shaft is coaxially arranged under the input shaft. A deceleration component and output connectors are arranged between the input shaft and the output shaft. An active connector and a shift lever are sleeved on the output shaft, and the active connector is controlled by the shift lever so that the active connector can move up and down to selectively joint with different output connectors. The invention is convenient and reliable to change stirring speed in a manner that the active connector is controlled by the shift lever.

A food chopper blade column for use in a food chopper having a receptacle and cover. The column will be rotated in a cutting direction within the chopper during use, and mounts a plurality of cantilevered blades spaced circumferentially about the column. The upper blades include a leading edge having a single bevel cutting edge on their lower face, as well as trailing edge which is angled downward. The lowermost blade includes a leading edge having a single bevel cutting edge on its upper face, and a flat trailing edge.

A food processing device capable of blending foodstuff, the device may include an immersion blender (2) having a shaft (20) enclosed within a shaft housing (21), the shaft (20) may be in operable connection with a first rotatable blade (23); a gearbox (3) in operable connection with the immersion blender (2); a coupling unit (4) having a wall and a slidable member (43); and a driver (5), wherein said immersion blender (2) may be configured to rotate the first rotatable blade (23), and wherein the coupling unit (4) may be configured to connect the gearbox (3) to the driver (5). The food processing device may further include a food processing container (1) with a second rotatable blade (15), wherein the immersion blender (2) may be configured to rotate said second rotatable blade (15).

A kitchen appliance for food processing, which has a drive shaft, a working part, preferably having a blade, which is provided on the drive shaft, a protective hood having multiple cut-outs in the circumferential direction, which protective hood surrounds the working part and has an opening in the axial direction of the drive shaft, and a preferably cylindrical accessory element. The accessory element has an outer body having a first axial end face and a second, opposite axial end face, and the protective hood, by cooperation with the accessory element, defines a cavity for processing foods which is closed in the circumferential direction of the protective hood. The outer body further has multiple, protrusions projecting inwards in the radial direction, which protrusions can be operatively connected to the cut-outs in the protective hood.

The present invention relates to a milk frother assembly which makes the two stirrers rotate forward and reverse respectively, by using the reversing drive mechanism, rotating rod one, rotating rod two, a carabiner and two stirrers, so as to achieve the advantage of more efficient milk frothing and controlling of the quality of milk bubbles. The assembly allows through its novel setting of the length adjustment mechanism, to manually slide the slide plate, then move the rotating rod two through the sleeve and the connecting rod, and then adjust the position of the inner stirrer head, which is suitable for making milk froth in various capacities.

A handheld food blender includes a main body configured to house a motor, a drive shaft assembly removably connected to the main body, the drive shaft assembly having a transmission shaft configured to be driven by the motor, and a processing tool attachment removably connected to a distal end of the drive shaft assembly, the processing tool attachment having a food processing implement and a drive shaft. The transmission shaft is configured to transmit a rotational output of the motor to the drive shaft of the processing tool attachment to rotate the food processing implement.

A food processing device capable of chopping foodstuff that can be used indoors and suitable to be used outdoors, the device may include a food processing container (1) with a base (11), a wall (12), and a removable lid (17) with an opening (170) and a pass-through aperture (171), the base (11) having a cylindrical protrusion and a pin (15) extending therefrom; a food processing tool (2) with a shaft (20) and a plurality of blades (21a, 21b), the food processing tool (2) is configured to be connected to the pin (15) extending from said base (21); a connector (4); a coupling unit (3) having a wall and a slidable member (33); and a driver (5), wherein said connector (4) is configured to connect said food processing tool (2) to said coupling unit (3), and wherein said coupling unit (3) is configured to connect said connector (4) to said driver (5).

A food chopper blade column for use in a food chopper having a receptacle and cover. The column will be rotated in a cutting direction within the chopper during use, and mounts a plurality of cantilevered blades spaced circumferentially about the column. The upper blades include a leading edge having a single bevel cutting edge on their lower face, as well as trailing edge which is angled downward. The lowermost blade includes a leading edge having a single bevel cutting edge on its upper face, and a flat trailing edge.

An immersion blender includes a housing, and a battery pack is selectively coupled to the housing. An implement includes a shaft cover that extends from the housing along an axis. A rotatable shaft is located in the shaft cover. A motor is located in the housing and is operably connected to a first end of the shaft. An implement tool is operably connected to a second end of the shaft. A user interface includes a power button and a lock button that are configured to activate the motor only while the power button and the lock button are simultaneously held.