Abstract: A self-cleaning food processor includes a body and a crushing assembly. The crushing assembly includes a cup body, a cup lid, a crushing electric motor and a crushing device, wherein the cup lid cooperates with the cup body to form a crushing cavity, an output shaft of the crushing electric motor extends into the crushing cavity, the crushing device is located in the crushing cavity and is connected to the output shaft of the crushing electric motor, and the volume of the crushing cavity is V1. A cleaning process is provided after the food processor completes food processing, and in the cleaning process, cleaning water, the volume of which is no less than V0, is injected into the cup body at least twice, and the crushing device is controlled to drive the cleaning water to move in the crushing cavity, wherein 0.2V1?V0?0.6V1.

Abstract: A screw-rod squeeze juicer includes a base having a motor, a crushing chamber mounted on the base, and a screw rod arranged inside the crushing chamber. The crushing chamber includes a crushing chamber body, the crushing chamber body has a juice outlet and a residue outlet, the crushing chamber has a feeding opening and a feeding channel connected to the feeding opening, the feeding channel includes an upper opening and a lower opening connected to the feeding opening. A rotatable overturn storage container is provided at the upper opening, a rotation center of the overturn storage container traverses the upper opening, and the overturn storage container is configured for placing a material and is rotatable about the rotation center in any direction.

Abstract: A vertical household noodle maker includes a base, a stirring container connected to the base, a stirring rod longitudinally arranged in the stirring container, an extrusion cylinder horizontally arranged at one side below the stirring container, a spiral rod arranged in the extrusion cylinder, an extrusion die and a control unit. The stirring rod includes a rod body and a stirring blade. The motor rotates the stirring rod and the spiral rod, and a feeding inlet in communication with the extrusion cylinder is provided at a bottom of the stirring container. An inner wall of the stirring container is provided with a cutting rod, and a projection of the cutting rod at least partially overlaps with a projection of the stirring blade in the horizontal direction when the stirring blade is driven by the motor to rotate to a position of the cutting rod.

Abstract: A screw-rod squeeze juicer includes a base having a motor, a crushing chamber mounted on the base, and a screw rod arranged inside the crushing chamber. The crushing chamber includes a crushing chamber body, the crushing chamber body has a juice outlet and a residue outlet, the crushing chamber has a feeding opening and a feeding channel connected to the feeding opening, the feeding channel includes an upper opening and a lower opening connected to the feeding opening. A rotatable overturn storage container is provided at the upper opening, a rotation center of the overturn storage container traverses the upper opening, and the overturn storage container is configured for placing a material and is rotatable about the rotation center in any direction.

Abstract: A self-cooked soybean milk machine comprises a base, a control unit, a grinding cooked device, grinding blades inside the grinding cooked device, a motor driving the grinding blades to rotate, and a preheat device. The motor and/or the grinding cooked device are/is installed on the base, with the motor electrically connected with the control unit. When the soybean material and water are blended in the grinding cooked device and is grinded into seriflux/paste, the seriflux/paste is heated and cooked by heat produced by the friction between the seriflux/paste, the grinding blades and the grinding cooked device. The design of the grinding cooked device with a high grinding and cooking efficiency allows the self-cooked soybean milk machine to reduce the pulping time and to produce the pulp in five minutes.

Abstract: A squeeze juicer for extracting juice includes a base (2), a motor (1), a juice collecting cavity (4), a squeezing and crushing part, and a filtering part (50). The squeezing and crushing part includes a propelling screw (3) and a squeezing cylinder (5) cooperating with the propelling screw (3). The squeezing cylinder (5) is provided in the juice collecting cavity (4). The filtering part (50) is provided on the downstream of the squeezing cylinder (5). The filtering part (50) includes a plurality of grids (51). A filtering slot (7) for pomace and juice is arranged between two adjacent grids (51). The size of the filtering slot (7) for pomace and juice can be accordingly changed corresponding to the size of the materials under the action of the propelling screw (3).

Abstract: A self-cooked soybean milk machine comprises a base (1), a control unit (12), a grinding cooked device (121), grinding blades (134) inside the grinding cooked device (131), a motor (135) driving the grinding blades (134) to rotate, and a preheat device. The motor (135) and/or the grinding cooked device (131) are/is installed on the base (1), with the motor electrically connected with the control unit (12). When the soybean material and water are blended in the grinding cooked device (131) and is grinded into seriflux/paste, the seriflux/paste is heated and cooked by heat produced by the friction between the seriflux/paste, the grinding blades (134) and the grinding cooked device (131). The design of the grinding cooked device with a high grinding and cooking efficiency allows the self-cooked soybean milk machine to reduce the pulping time and to produce the pulp in five minutes.

Abstract: A multifunctional soybean milk maker is provided. The soybean milk maker comprises: a head, a motor, a cup body, a cutter shaft, a cutting tool and a control circuit board. The head caps on the cup body. The motor is fastened and arranged in the head. The head includes an upper cover of the head and a lower cover of the head. The cutter shaft extends downwards to the cup body. The cutting tool is fastened at the front end of the cutter shaft. A connector is set on the lower part of the lower cover of the head. The connector extends into the cup body. A flow-disturbing curved body is set at the lower part of the connector. The flow-disturbing curved body is positioned above the cutting tool.

Abstract: A squeeze juicer for extracting juice includes a base (2), a motor (1), a juice collecting cavity (4), a squeezing and crushing part, and a filtering part (50). The squeezing and crushing part includes a propelling screw (3) and a squeezing cylinder (5) cooperating with the propelling screw (3). The squeezing cylinder (5) is provided in the juice collecting cavity (4). The filtering part (50) is provided on the downstream of the squeezing cylinder (5). The filtering part (50) includes a plurality of grids (51). A filtering slot (7) for pomace and juice is arranged between two adjacent grids (51). The size of the filtering slot (7) for pomace and juice can be accordingly changed corresponding to the size of the materials under the action of the propelling screw (3).

Abstract: A multifunctional soybean milk maker is provided. The soybean milk maker comprises: a head, a motor, a cup body, a cutter shaft, a cutting tool and a control circuit board. The head caps on the cup body. The motor is fastened and arranged in the head. The head includes an upper cover of the head and a lower cover of the head. The cutter shaft extends downwards to the cup body. The cutting tool is fastened at the front end of the cutter shaft. A connector is set on the lower part of the lower cover of the head. The connector extends into the cup body. A flow-disturbing curved body is set at the lower part of the connector. The flow-disturbing curved body is positioned above the cutting tool.