An apparatus for obtaining fruit juice and/or fruit pulp from citrus fruit is provided. The apparatus includes a drive mechanism provided with a drive shaft and a pressing body provided on the drive shaft, said pressing body having a dome-shaped pressing surface having a top and a base, as well as ribs extending between the top and the base, wherein a cross section of the pressing body at right angles to the central axis of the pressing body has a substantially zigzag-shaped periphery, wherein each rib is provided with a flank which slopes steeply from the circumscribed circle of the periphery and a flank which slopes gradually from the circumscribed circle of the periphery, wherein the angle which is included between the circumscribed circle and the steeply sloping flank is greater than the angle included by the circumscribed circle and the gradually sloping flank, and wherein the steeply sloping flank and the gradually sloping flank of adjoining ribs along the periphery face each other and wherein the top of the pressing surface is provided with a recess.

An attachment (60) for a spout (140) of a food processing apparatus (10), including a housing (70) with a liquid inlet (80), a front face (160), and a liquid outlet (100). The housing defines a posterior cavity (110) that removably receives the spout and position the liquid inlet next to the spout. The attachment also includes a drip-stop flap (150) which is attached to and covers the front face of the housing. The drip-stop flap reversibly pivots about a horizontal pivot axis between a closed position where the liquid outlet is blocked by a sealing element on the flap, and an open position where the liquid outlet is exposed.

A foodstuff grinder attachment kit includes: a lower tray including a plurality of receptacles; a grinder housing positioned in a first one of the receptacles, the grinder housing including a feed tube, a main body, and a conveyor configured to convey a foodstuff from the feed tube to an opening in the main body; and a feed tray having a feed exit, the feed tray configured to engage and overlie the lower tray to provide a cover for the kit.

An easy-cleaning juicing net structure of a juicing device includes a juice cup, a juicing net cup, a spiral pushing and extruding body and a feeding cup cover. The juicing net cup is received into the juice cup; the spiral pushing and extruding body is received into the juicing net cup; and the feeding cup cover is covered onto the juice cup. The juice cup and the juicing net cup are provided for juicing and filtering food residue to achieve the effect of separating the juice and the residue during a juicing process. No dead spot exists after the juicing net cup is detached from the juice cup to facilitate the cleaning and preventing the residue from being stuck at the corners during the cleaning process, so as to achieve the effects of good functionality and high convenience.

A multifunctional juicing net structure of a juicing device includes a juice cup, a juicing net cup, a spiral pushing and extruding body and a feeding cup cover. The juicing net cup is received into the juice cup; the spiral pushing and extruding body is received into the juicing net cup, and the feeding cup cover is covered onto the juice cup. The juice cup and the juicing net cup are provided for juicing and filtering food residue and make selective adjustments according to different squeeze food to achieve the effect of separating the juice and the residue during a juicing process. No dead spot exists after the juicing net cup is detached from the juice cup to facilitate the cleaning and preventing the residue from being stuck at the corners during the cleaning process, so as to achieve the effects of good functionality and high convenience.

Disclosed is a horizontal juice extractor (100) comprising a main body delimiting a food processing chamber (110) comprising a juice outlet (140), a food entry section (112) having a food inlet (130) and a food compression section (114) extending from the food entry section and having a food pulp outlet (150); a spindle (120) extending through the food processing chamber for transporting food from the food entry section through the food compression section, said spindle comprising a body (122) and a helical member (123) extending from said body; and a drivetrain (160) adapted to rotate the spindle, wherein the food compression section (114) is located in between the food entry section (112) and said drivetrain (160). The food entry section (112) comprises said juice outlet (140) at or near a distal end of said main body relative to the drivetrain, wherein the juice outlet (140) is vertically displaced relative to the food inlet (130).

A high-capacity juicing machine includes: a base (210); a first support (230) and a second support (250) which are provided on the base (210) and are spaced from each other in a longitudinal direction; a first juicing member (270) having a first support shaft (275) rotatably provided on the first support (230) and an outer hollow rotor (271) which is positioned between the first support (230) and the second support (250); a second juicing member (290) having a second support shaft (293) rotatably provided on the second support (250), and an inner rotor (291) which is eccentrically positioned inside the first juicing member (270), and which is coupled to the second support shaft (293) to rotate together with the second support shaft; a first driving member (240) for driving the first support shaft (275); and a second driving member (260) for driving the second support shaft (293).

In various embodiments, a masticating juicer may include a housing defining a compression chamber with an inner wall, at least one inlet, at least one juice outlet, and at least one pulp outlet. An auger may be rotatably mounted within the compression chamber and may include upstream and downstream ends and an auger surface in between. The auger may be rotatable about an axis of rotation to masticate and convey material in a downstream direction. The auger may be sized so that a cavity is formed between the auger surface and the inner wall of the compression chamber. An elastic restrictor may extend circumferentially around an interior of the compression chamber to at least partially span the cavity. The elastic restrictor may be shaped to provide variable resistance to material conveyed by the auger depending on a relative position of the material between the inner wall and the auger surface.

Disclosed herein is a juice extraction module for juice capable of fundamentally blocking the introduction of dregs which degrade a texture of food when being mixed with the juice and certainly maintaining airtightness. According to one embodiment of the present invention, a dregs blocking part which isolates between a bottom surface of a juice extraction mesh and a bottom of the container maintains airtightness to fundamentally block the introduction of dregs into the juice, thereby improving a texture of food.

The juice extractor assembly with large diameter feeding pipe designed by the present invention is designed with a rotating blade connected to the feeding end of the screw, and the rotating blade is covered with a cover with a feeding pipe, and the rotating blade is in the direction of rotation of the screw. The acute angle is set on the edge. When the juicer is working, the large pieces of food are fed into the feeding pipe, and then cut by the force between the rotating blade and the feeding port, and fall into the screw part, which is achieved to a certain extent. The screw is divided into a feeding area and a pressing area. The feeding area is provided with propulsion ribs with chopping and propulsion functions, while the pressing area is equipped with screw ribs with pressing and propulsion functions.