A juice-extracting drum includes a screw rotating inside. An inner module includes a hollow cylinder with an upper portion having the screw. A plurality of slits are formed as penetration holes having both lateral sides, an upper surface, and a lower surface along an interior circumference. An outer module is detachably coupled to the inner module, and includes a rib protruding in a radially interior direction on an interior circumference. The rib is inserted into the slit of the inner module when the outer module surrounds and combines the inner module. A predetermined fixed gap discharging juice extracted by the screw is formed lengthily in an up and down direction between the lateral side of the slit of the inner module and a lateral side of the rib of the outer module. The fixed gap is formed in a direction intersecting the screw blade.

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.

A masticating juicer (10), including a housing (20) with a mastication chamber (30) and a food chute (40), the food chute defining a feeding chamber (50) positioned above the mastication chamber. The food processing apparatus further includes a food pusher (60) configured to be insertable into, and removable from, the feeding chamber. The food chute includes a flexible sealing member (80) that extends from the food chute into the feeding chamber. The flexible sealing member configured to engage the outer circumference of the food pusher when the food pusher is inside the feeding chamber, thereby preventing the back flow of food and juice through the food chute.

A masticating juicer includes an auger configured to rotate within a drum to perform a masticating process with respect to at least one food item introduced into the masticating juicer with the masticating process producing a juice and a pulp. An end cap is coupled to an end of the drum and is adjustable relative to the drum with respect to an axial direction of the auger. The end cap includes a flexible ring disposed adjacent an end of the auger formed from a resiliently flexible material configured to flex in reaction to the pulp applying pressure to the flexible ring. The flexing of the flexible ring increases a cross-sectional flow area between the auger and the flexible ring to accommodate a back pressure generated by the pulp.

A juicer having a juice extracting screw assembly, in which a housing with a juice extracting screw installed in the housing has a simplified interior structure, thereby reducing the production cost of the juicer and easily dispensing juice and residue separately using respective passages.

The present disclosure provide a food processor, comprising: a base assembly; a food processing cup can be mounted on the base assembly, and including a cup body and a working screw rotatably mounted in the cup body, the cup body can be used to store food juice, and a first slag outlet is provided on the cup body or a second slag outlet is provided in the cup body; a feeding assembly is sealed and mounted on the cup mouth end of the cup body; a slag receiving device is hermetically connected to the first slag outlet for collecting food waste, or the slag receiving device is located in the cup body and connected to the second slag outlet for collecting food waste; a sealed cavity formed between the cup body, the feeding assembly, and the slag receiving device to conduct them to each other; and an extraction assembly can communicate with the sealed cavity and is used for extracting air in the sealed cavity.

A separable screw and a juice extractor using the same are disclosed. A separable screw according to an exemplary embodiment of the present invention may include a first module formed with slits by bars on an external circumferential side; and a second module formed with ribs inserted into the slit of the first module; wherein the first module and the second module are detachably coupled, and the rib is inserted into the slit and a gap is formed between the rib and the slit when the second module is inserted into and coupled with the first module.

A high-capacity juice extractor includes: a base; first and second supports which are spaced apart from each other in a longitudinal direction, and are provided on the base; a first extracting member which is a hollow cylinder opened toward the second support, is positioned between the first support and the second support, is rotatably supported on the first support by an outer casing support shaft, and is formed with a plurality of outlet ports; a second extracting member which is rotatably supported on the second support by an inner casing support shaft which is eccentric to the outer casing support shaft, and is positioned in the first extracting member to be eccentric to the first extracting member; and a driving member configured to drive at least one of the first extracting member and the second extracting member.

Provided are an uncovering assembly of a household appliance, and a household appliance. A positioning portion cooperates with a positioning structure on a shell of the household appliance in the uncovering assembly, a cover is prevented from being loosened relative to the shell, in this way visual fool proofing may be achieved. A lock catch switches from an unfastening position to a fastening position after the positioning portion cooperates with the positioning structure. The lock catch, after entering the fastening position, is in mutual restriction with a fastening structure in a vertical direction.

The present disclosure provides a screw, a food processing cup assembly, and a food processor. The screw comprises a screw body including a feeding area for feeding and a crushing area connected to the feeding area; a first spiral rib is spirally arranged on the feeding area along the axial direction of the screw body, and extending to the crushing area along a top of the screw body; a cutting surface extending from the top of the screw body to the crushing area; a plurality of second spiral ribs are disposed on the screw body at intervals along the axial direction of the screw body. By setting the first spiral rib and the cutting surface, when the food materials first enter the feeding area, they can be supported by the concave cutting surface and cut by the first spiral rib, which effectively prevents the occurrence of food materials slipping, reduces the auxiliary squeeze of pushing rod, and improves the convenience of operation.