Chopping softening system for fresh fruit

Abstract

The invention relates to a chopping softening system for fresh fruit. The system comprises four parts, namely, a fresh fruit chopping device, a conveying device, a cleaning device and a pulp softening device, wherein a fixed cutter and a moveable cutter are mounted in a chopping cabin of the fresh fruit chopping device; the conveying device comprises a spiral conveying pipe; a filter hole is formed in a pipe wall on the lower side of the spiral conveying pipe; two water spraying holes are formed above the spiral conveying pipe; the cleaning device comprises three settling ponds; sprayers are arranged on water pumping pipes mounted on the settling ponds and are mounted in the water spraying holes; a stirring blade is mounted in a stirring cabin of the pulp softening device. The chopping cabin is adopted for chopping, so that the working efficiency is high and the working resistance is small; the conveying pipe is used for cleaning the residues, so that the difficulty in subsequent processing is reduced; the cleaning water is reused, so that the water resource is saved; the blade in the softening cabin is used for stirring and softening the raw materials, so that the basis for increasing the speed of the subsequent processing is established; the residues recycled in a three-level form through the settling ponds are respectively reutilized, so that the comprehensive utilization of the wastes is realized.

Description

technical field [0001] The invention belongs to the technical field of food processing equipment, and relates to a fresh fruit cutting and softening system. technical background [0002] When adopting fresh fruit to process food, fresh fruit mostly will carry out the separation of core, pericarp and pulp after the outer skin is cleaned. Usually, the work of separating the core, peel and pulp is to put the fresh fruit into a beater. The twisting blade is installed in the twisting chamber of the beater. When the blade rotates, the fresh fruit is chopped and smashed, and then Sieve with a vibrating sieve to separate the slag of the fruit core, and leave the pulp that has been beaten into a finer pulp for later use. In this conventional method of separating pulp, when fresh fruit is twisted in the twisting bin of the beater, the core, peel and pulp adhere firmly, the density of the raw materials in the beater is relatively high, and the concentration is relatively high when twi...

AI Technical Summary

Problems solved by technology

[0003] In view of the prior art, when using a beater to directly beat fresh fruit, there is a large working resistance in the beating chamber, high energy consumption, a small probability of the reamer being able to cut small pieces of fresh fruit, and low work efficiency. The invention provides a fresh fruit dicing and softening system, which is composed of four parts: a fresh fruit dicing device, a conveying device, a cleaning device and a pulp softening device. A discharge pipe is designed, a fresh fruit conveyor belt is installed above the feeding hopper, a fixed knife is installed in the cutting chamber, and a moving knife is installed on the rotating shaft in the center of the cutting chamber, and the moving knife passes through the gap of the fixed knife when rotating The conveying device is mainly composed of a spiral conveying pipe. There is a filter hole on the lower wall of the spiral conveying pipe, and the inlet at the lower end is connected with the discharge pipe. There is an outlet, and a water receiving tank is installed under the spiral conveying pipe; there is a port connection between the No. 1 sedimentation tank and the upper part of the No. 2 sedimentation tank, and between the No. 2 sedimentation tank and the No. 3 sedimentation tank. It is designed under the water receiving tank, and the water outlet of the receiving tank is located above the No. 1 sedimentation tank. There is a No. 1 suction pipe installed in the No. 1 sedimentation tank, and a No. 1 water pump is installed on the No. 1 suction pipe. One end of the No. three link is connected to the water supply pipe, and the other end is connected to the No. 1 nozzle. The No. 1 nozzle is installed in the lower water spray port. The No. 2 suction pipe is installed on the No. 3 sedimentation tank. The No. 2 pump is installed on the No. 2 suction pipe. The upper end is equipped with a No. 2 tee. One end of the No. 2 tee is connected to the pulp softening device, and the other end is connected to the No. 2 nozzle. The No. 2 nozzle is installed in the upper water nozzle. A slag discharge pipe is designed at the bottom of the three sedimentation tanks; The feed pipe of the device is connected to the outlet of the screw conveying pipe. A vertical shaft is installed in the mixing chamber of the pulp softening device. A stirring blade is installed on the vertical shaft. The vertical shaft is connected to the motor of the stirring chamber, and a feeding pipe is installed under the stirring chamber.

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