A juice extractor includes a food processing chamber having a food inlet, a juice outlet and a pulp outlet. The food processing chamber includes a food entry section having the food inlet and the juice outlet, and a food compression section extending between the food entry section and the food pulp outlet. A spindle extends through the food processing chamber for transporting food from the food entry section through the food compression section. The spindle has a body and a helical member extending from the body by a height of no more than 10 mm. The helical member includes a helical cutting portion in the food entry section, and a motor having a gear box coupled to the spindle and configured to rotate the spindle at a rotation speed of at least 300 rotations per minute during operation of the juice extractor.

The invention relates to a citrus fruit juice extractor which can be used to cut citrus fruits into at least two parts, extract the juice therefrom and discharge the peel following juicing. The juice extractor consists of a juice extractor element coupled in a hollow housing having openings in the sides thereof, a cutting element connected above the extractor element, and press means located above the hollow housing.

A fruit squeezer for squeezing juice picks up, squeezes and discards the squeezed fruit with use of a single hand. The squeezer has a first handle and a second handle that are rotatably connected to each other. Each handle has a top portion and a bottom portion. A biasing spring biases the top and bottom portions apart. A U-shaped jaw is fixed to the bottom end of the second handle. A pressing plate jaw is pivotally mounted to the bottom end of the first handle. Squeezing the top ends of the handles toward each other against the force of a spring moves the jaws for squeezing the fruit. A screen operatively connected to the handles simultaneously rotates at a second pivot axis from a rest position to a screening position below the fruit for screening solids from the squeezed juice.

The present invention discloses a juicer, including a juicer conveying device, a juicer juice-out control device, a juicer automatic cupping device, a juicer juicing device, and an anti-pinch door sheet. The juicer conveying device conveys a material to the juicer juicing device. The juicer juicing device juices the material, and then juice enters the juicer juice-out control device. The juicer juice-out control device controls the outflow volume of the juice. The controlled juice enters the juicer automatic cupping device. The juicer automatic cupping device automatically cups the juice. After cupping, a cup can be taken away through the anti-pinch door sheet.

The present invention discloses a juicer, including a juicer conveying device, a juicer juice-out control device, a juicer automatic cupping device, a juicer juicing device, and an anti-pinch door sheet. The juicer conveying device conveys a material to the juicer juicing device. The juicer juicing device juices the material, and then juice enters the juicer juice-out control device. The juicer juice-out control device controls the outflow volume of the juice. The controlled juice enters the juicer automatic cupping device. The juicer automatic cupping device automatically cups the juice. After cupping, a cup can be taken away through the anti-pinch door sheet.

A juice extractor with an easily assembled and disassembled housing includes: a driving unit having a motor housing having a motor mounted at the inside thereof, a rotary shaft connected to the motor and protruded toward one side of the motor housing, and a fixing shaft disposed adjacent to the rotary shaft on the motor housing; a juice extracting unit having roller portions operated by the motor provided at the driving unit to crush, extract and transfer juice extraction materials and the housing for accommodating the roller portions thereinto; a fastening unit for detachably coupling the housing of the juice extracting unit to the motor housing; and a sensor unit having a sensor operator mounted on the housing of the juice extracting unit and a sensor mounted on the motor housing in such a manner as to be operated by a change in distance with the sensor operator.

A juice extractor with an easily assembled and disassembled housing includes: a driving unit having a motor housing having a motor mounted at the inside thereof, a rotary shaft connected to the motor and protruded toward one side of the motor housing, and a fixing shaft disposed adjacent to the rotary shaft on the motor housing; a juice extracting unit having roller portions operated by the motor provided at the driving unit to crush, extract and transfer juice extraction materials and the housing for accommodating the roller portions thereinto; a fastening unit for detachably coupling the housing of the juice extracting unit to the motor housing; and a sensor unit having a sensor operator mounted on the housing of the juice extracting unit and a sensor mounted on the motor housing in such a manner as to be operated by a change in distance with the sensor operator.

Domestic food preparation apparatus has a supporting structure (10); a water inlet port for connection with a domestic water supply; a waste outlet port for connection with domestic water drainage; a fruit and/or vegetable aperture; at least one dispensing port (18); a waste; a blender (12) adapted through blending action to deliver a liquid fruit and/or vegetable product to the dispensing port (18) and/or a juice extractor (14)) adapted through extraction action to deliver product to the dispensing port (18) and peel, pith or the like to the waste inlet; and a cleaning system receiving water from the water inlet port and operable in continuous and/or intermittent mode to clean fruit or vegetable debris from the blender (12) or juice extractor (14) and deliver waste water and debris to the waste.

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.

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.