A lid 12 of a juicer provides several important functions. It prevents juice from escaping, it diverts pulp efficiently toward a collector 13 or chute 150, it cooperates with a locking bar to keep the device safe and closed and it provides a platform for the feed tube. The lid 12 comprises a polymeric cap 52 (for example a polycarbonate) to which is secured a metal, preferably stainless steel feed tube 51. Importantly the combination of clear cap 52 and steel feed tube provides all of the advantages of both, that is, adequate strength in the feed tube and knife and the ability to see under the cap.

An oil extractor that includes: a main body housing; a motor; a feed hopper detachably coupled to the upper end of the main body housing to feed grain; a shell that communicates with the lower end of the feed hopper to receive the grain and is detachably coupled to one side of the main body housing; a screw shaft inserted into the shell and having an end portion that passes through one side of the main body housing and is coupled to the motor; a fastening means for detachably coupling the shell to the main body housing; and a shell cover surrounding the shell. The shell cover has a groove formed on its lower portion for receiving the shell and is supported by the main body housing and moves between a first position at which the shell is covered and a second position at which the shell is exposed.

A jug for a juicer has scaling features so that its contents may be isolated from the environment when it is not being filled or when used for pouring.

A lid 12 of a juicer provides several important functions. It prevents juice from escaping, it diverts pulp efficiently toward a collector 13 or chute 150, it cooperates with a locking bar to keep the device safe and closed and it provides a platform for the feed tube. The lid 12 comprises a polymeric cap 52 (for example a polycarbonate) to which is secured a metal, preferably stainless steel feed tube 51. Importantly the combination of clear cap 52 and steel feed tube provides all of the advantages of both, that is, adequate strength in the feed tube and knife and the ability to see under the cap.

Systems and methods herein relate to an easy assemble centrifugal juicer. The centrifugal juicer includes a top section having a juice spout and pulp spout, wherein the top section defines a cavity with a first mating surface and a second mating surface; a strainer section having a strainer, a drive member, and a projection, the projection structured to engage with the first mating surface to couple the strainer section to the top section; and a motor housing structured to house a motor, wherein the motor is operatively coupled to a motor adapter structured to engage with the drive member.

The subject application is directed to a food processing device to extract juice. The device includes an inlet coupled to a disintegrator. The inlet is configured to accept food items and the disintegrator configured to disintegrate food items passed through the inlet. The device further includes a separator that accepts the disintegrated food items and separates out the liquid components from the food item. The device further includes a reservoir that is coupled to the separator for accepting and holding the liquid components. The reservoir includes a translucent member for viewing of liquid levels within the reservoir, and a valved outlet. The valved outlet is configured to allow or prevent the flow of liquid from the reservoir through the valved outlet.

A juicer combines a juice extracting arrangement for providing extracted juice and a centrifuge unit for separating a juice component of the extracted juice from a foam component of the extracted juice. An output gate of the centrifuge unit allows the passage of the juice component to an outlet. In this way, the outlet has reduced (or eliminated) foam content, which is appreciated by users.

A juice extractor and a feeding apparatus thereof are provided. The feeding apparatus includes a feed channel, a feed body connected to an upper port of the feed channel, and a cover plate assembly. The cover plate assembly includes a cover plate and an accommodating cavity with a large capacity. A shape of the cover plate matches an inner wall of the feed body and the cover plate is provided with a feed inlet, and the cover plate is rotatably provided on the inner wall of the feed body. The accommodating cavity with a large capacity is provided on a top surface of the cover plate, and has a sectional area greater than an area of the feed inlet, and is formed by an enclosure plate that surrounds the feed inlet. Upon inversion of the cover plate assembly, an opening of the accommodating cavity with a large capacity can be made to face the feed channel, and fruits and vegetables contained in the accommodating cavity with a large capacity are put in the feed channel. The feed inlet of the feed body is provided on the invertible cover plate assembly, so that not only diced fruits and vegetables are conveyed to the juice extractor, but also fruits and vegetables with large shapes fall into the feed channel by reverting the cover plate assembly without being diced. The juice extractor has a simple structure and can be conveniently used, so as to improve use safety.

The invention concerns a kitchen appliance comprising a stirring unit 5, 6 and a pot 2. An insert pot 3 is provided, which can be inserted in the pot 2 such that an interspace 4 remains between the pot 2 and the insert pot 3, wherein the stirring unit 5, 6 has a tool 5 for blending and/or chopping that is located in the interspace 4 when the insert pot 3 is inserted. The invention further comprises the use of the kitchen appliance for the preparation of chocolate and an insert system for a kitchen appliance.

A centrifuge for separating food and beverage products can include a base and an outer housing connected to the top end of the base. The outer housing can include an outlet through which liquid may be dispensed. A rotor may be positioned within the outer housing and can include an annular rotor wall an opened top end, and a closed bottom end defining a lower end of the annular rotor wall. A motor can be operably connected to the rotor and configured to rotate the rotor about an axis of rotation at oscillating rotational speeds. The annular rotor wall can extend upward and radially outward with respect to the axis of rotation from the lower end of the annular rotor wall. The annular rotor wall can extend downward and radially outward with respect to the axis of rotation from the upper end of the annular rotor wall.