A portable juicer with smooth juice output

Abstract

The present invention provides a portable juicer with smooth juice output, which includes a main unit, an extrusion assembly arranged under the main unit and a juice container, the extrusion unit includes a screw and an extrusion cylinder sleeved outside the screw, the main unit There is a motor inside, and the output shaft of the motor is connected to the upper end of the screw. The bottom of the extrusion barrel is provided with a slag receiving container, and the slag receiving container is located in the juice receiving container. The upper port of the slag receiving container is not higher than the juice receiving container. The upper port of the container is set, and a juice sealing structure is provided between the slag receiving container and the extrusion cylinder to prevent the juice from entering the slag receiving container, and the juice at least partially enters the juice sealing structure and makes the slag receiving container The air pressure is not less than the air pressure outside the slag receiving container, so as to ensure that the juice cannot enter the slag receiving container.

Description

technical field [0001] The invention belongs to the field of food processing machines, and in particular relates to a portable screw extruding juicer which can produce pure juice separated from juice slag anytime and anywhere. Background technique [0002] Existing screw extruding type raw juice machines generally include a main machine, a juice extracting assembly connected to the main machine, and a container for receiving juice and slag. The screw in the juice collection chamber and the extruding barrel sleeved outside the screw, the user puts in the material from the feeding channel on the upper cover, and the material enters the extrusion crushing gap between the screw and the extruding barrel after passing through the feeding channel The extruded juice is discharged into the juice receiving container from the outlet at the lower end of the side wall of the juice collecting chamber, and the pomace in the squeezed crushing gap passes through the slag discharge port at th...

AI Technical Summary

Problems solved by technology

Although this setting reduces the occupied space of the whole machine, the actual capacity of the juice receiving container to hold the juice is very limited, and the amount of juice that the user can make at one time is very small

Moreover, the user should always pay attention to the liquid level of the juice in the juice receiving container when squeezing the juice. When the liquid level is higher than the upper port of the slag receiving container, the juice will immediately enter the slag receiving container, resulting in the failure of the separation of the juice slag and the waste of juice. , affecting user experience

[0004] In addition, in the existing portable juicer, the driving part is set on the upper end of the screw, and usually in order to save material and weight, a hollow cavity that penetrates up and down is set on the screw body, the upper end is used for transmission connection with the output shaft of the motor, and the lower end forms a In this way, when the juice in the extrusion component is too much and cannot be discharged in time, the juice will often flow up through the hollow cavity, which not only causes waste of juice, but also cannot fully discharge the juice into the juice receiving container, and the hollow The juice in the cavity may continue to rise to the output shaft of the motor, and further penetrate into the motor through the host, causing damage to the motor and affecting the service life of the product

Moreover, in the existing portable juicer, when the main unit is placed above the extruding assembly, the center of gravity is relatively high from the horizontal tabletop, and the juicer is not stable enough when it is running, and there is often the possibility of toppling over.

Moreover, the structural proportion of the whole machine is not coordinated, which affects the assembly of functional components and the reliability of force.

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