Anti-freezing spiral juice squeezer used for juice production

Abstract

The invention relates to the field of juice production equipment, in particular to an anti-freezing spiral juice squeezer used for juice production. In order to solve the technical problems, the invention provides the anti-freezing spiral juice squeezer used for the juice production, and the anti-freezing spiral juice squeezer can carry out accurate and quantitative blanking, prevent discharging slags from being sticky and avoid a situation that juice is frozen in equipment in winter to damage the equipment. The anti-freezing spiral juice squeezer used for the juice production comprises foot pads, a supporting frame, a load bearing frame, a driving motor, a linage unit, breaking equipment, a feeding component, observation glass and a juice discharging pipe, wherein the supporting frame is fixedly connected to the top parts of the foot pads; the load bearing frame is fixedly connected to the supporting frame; the driving motor is fixedly connected to the load bearing frame; the breaking equipment is fixedly connected to the supporting frame; and in addition, a spiral shaft group is installed in the breaking equipment. The anti-freezing spiral juice squeezer can realize the effects that the accurate and quantitative blanking is realized, the discharging slags are prevented from being sticky and a situation that the juice is frozen in the equipment in winter to damage the equipment can be avoided.

Description

technical field [0001] The invention relates to the field of fruit juice production equipment, in particular to an antifreeze screw juicer for fruit juice production. Background technique [0002] Fruit juice refers to the juice product obtained by physical methods such as squeezing, centrifugation, extraction, etc., using fruits as raw materials, and processed beverages. When fruit juice is produced, it is necessary to use a juicer to squeeze the fruit. The juicer used in large-scale production generally adopts a screw juicer, and the screw shaft pushes the squeeze, crushes, squeezes the juice, and discharges the slag. When the screw juicer is in use, it is difficult to achieve accurate juice extraction. If too many fruits are put into the juicer, it is easy to cause congestion and damage to the juicer for a while, especially in winter when the temperature is low. When juicing, the juice is easy to freeze, causing damage to the equipment in the juicer, and when the fruit p...

AI Technical Summary

Problems solved by technology

When fruit juice is produced, it is necessary to use a juicer to squeeze the fruit. The juicer used in large-scale production generally adopts a screw juicer, and the screw shaft pushes the squeeze, crushes, squeezes the juice, and discharges the slag. When the screw juicer is in use, it is difficult to achieve accurate juice extraction. If too many fruits are put into the juicer, it is easy to cause congestion and damage to the juicer for a while, especially in winter when the temperature is low. When juicing, the juice is easy to freeze, causing damage to the equipment in the juicer, and when the fruit pomace is discharged, due to the stickiness of the fruit pomace, it is easy to stick to the discharge port, resulting in congestion. Therefore, it is urgent to develop a device that can accurately Antifreeze screw juicer for fruit juice production with quantitative blanking and prevention of sticky slag, avoiding freezing of fruit juice in the equipment in winter and causing equipment damage

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