Juicing production line

Abstract

The invention relates to the field of juice production, in particular to a juicing production line. The juicing production line includes a feeding device, a material cutting device, a juicing device and a residue removing device. By the design of the feeding device, the frequency of manual feeding can be reduced; a feeding air cylinder on the tail end of the feeding device is used for delivering a material to the material cutting device every time, and the material is cut into two parts and put into a material box; a squeezing block on the top of the material box moves back and forth in a vertical direction to squeeze the material, in the mode of utilizing the squeezing block for squeezing, the fruit kernel and fruit peel of the material can be squeezed into flat shapes, and meanwhile, juice flows from a plurality of through holes formed in the bottom of the material box and is collected by a liquid collection box; the fruit peel and fruit kernel are not mingled with the juice, so that the purity of the juice can be ensured and bearing load of a follow-up filter device is decreased; when the material residues inside the material box are accumulated to a certain degree, a door of the material box opens automatically, and the residues can be raked off by a residue raking plate.

Description

technical field [0001] The invention relates to the field of fruit juice production, in particular to a juice extraction production line. Background technique [0002] In the traditional fruit juice production line, most of the extraction links use the screw juicer to push and squeeze the screw shaft of the fruit to squeeze the material. Each time you squeeze, you need to manually add materials to the juicer, which results in high labor intensity. , the problem of low efficiency, and the use of a screw shaft for pressing will also cause the outer skin and fruit core of the material to be crushed in the same way, so it is easy to cause the crushed fruit core and outer skin to be mixed into the juice, thus increasing the subsequent juice filtering device Bearing loads, for example, can lead to clogging of the filters in the filter unit. Contents of the invention [0003] The object of the present invention is to provide a juice extracting production line aiming at the defic...

AI Technical Summary

Problems solved by technology

[0002] In the traditional fruit juice production line, most of the extraction links use the screw juicer to push and squeeze the screw shaft of the fruit to squeeze the material. Each time you squeeze, you need to manually add materials to the juicer, which results in high labor intensity. , the problem of low efficiency, and the use of a screw shaft for pressing will also cause the outer skin and fruit core of the material to be crushed in the same way, so it is easy to cause the crushed fruit core and outer skin to be mixed into the juice, thus increasing the subsequent juice filtering device Carrying loads, e.g. can lead to clogging of the filters in the filter unit

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