Juicer capable of automatically discharging residues

Abstract

The invention discloses a juicer capable of automatically discharging residues. The juicer comprises a seat, a juice collecting disc, an upper cover, a cutter head and a filtering part, wherein the juice collecting disc and the upper cover are arranged on the seat; and the cutter head and the filtering part are driven by a motor arranged in the seat. The juicer is characterized by also comprising a residue discharging device which is arranged inside the filtering part and moves relative to the filtering part, wherein the residue discharging device comprises a fixing rack and residue discharging strips; and the residue discharging strips are arranged in an inclined mode. Due to the arrangement of the residue discharging strips, the juicer is not required to be stopped, and the fruit residues can be timely discharged, so that the juicer can continuously work, and the working efficiency is improved; the juice yield can be effectively improved under the condition that the nutrition and mouthfeel are not influenced, and the practicality of the juicer is improved; and moreover, due to the residue discharging device, a juice throwing barrel is cylindrical, and a residue basket is arranged in the juice throwing barrel, so that the juicer is rapidly and conveniently cleaned, water and electricity can be saved, and the requirements of low carbon and environment friendliness are met.

Description

technical field [0001] The invention relates to the field of food processing, in particular to a juice extractor capable of automatic slag discharge. Background technique [0002] Existing juicers usually include two types: [0003] One is that a high-speed rotating motor drives the cutterhead and the bowl-shaped filter. The cutterhead crushes the food and then centrifuges the juice at high speed through the filter. However, this processing method has a relatively low juice yield because the food is thrown out quickly. The efficiency is poor, and due to the high-speed juicing, the components of the juice are destroyed, which affects the taste and nutrition of the juice. [0004] An improvement to the above is to use a high-speed or low-speed motor to drive the cutter head and the cylindrical juice dumper. After the cutter head crushes the food, the food residues will be thrown in the juice dumper for a long time, which can increase the juice yield. [0005] But still there...

AI Technical Summary

Problems solved by technology

[0006] 1. Fruit pomace accumulates in the juicing tube and cannot be discharged when the juicer is working normally. After working for a certain period of time, the juicing tube is blocked by fruit pomace, and the juicer must be stopped to clean the juicing tube in order to further processing

[0007] 2. The pomace accumulates in the juicing tank. The pomace processed first will block the juice outlet, which will affect the normal juice of the subsequent processed food, which will cause a decrease in the juice yield.

[0008] 3. If the pomace is left in the juicing tank for a long time, it will also destroy the nutritional content of the juice and affect the nutrition and taste of the juice.

[0009] 4. Fruit pomace accumulates in the juicing tube. Due to the randomness of food processing and food input, the pomace will not be evenly distributed inside the juice tube, which will cause vibration when the juice tube is working and increase the noise of the juicer when it is working.

[0010] 5. The pomace accumulates in the juicing cylinder. In order to ensure that the subsequent juice can be thrown out, the side wall of the juicing cylinder can only use a filter screen, and the pomace rotates centrifugally in the juicing cylinder for a long time, and some pomace It will enter the filter mesh, and it will be more difficult to clean the filter, which is not conducive to the use of users

Images