Kiwi fruit automatic sorting and slitting device and using method thereof

Abstract

The invention discloses a kiwi fruit automatic sorting and slitting device, which comprises a front fixing plate. A rear fixing plate is arranged behind the front fixing plate; the bottoms of the front fixing plate and the rear fixing plates are fixedly connected with the ground; and a sorting disc which can sort kiwi fruits according to the size is fixedly mounted between the front fixing plate and the rear fixing plate. The kiwi fruit automatic sorting and slitting device has the beneficial effects that the structure is simple, and operation is easy and convenient; dispatching blades in thesorting disc can screen the kiwi fruits according to the size, and the screened kiwi fruits are put into an opposite small cylinder, medium cylinder and large cylinder from a small outlet, a medium outlet and a large outlet correspondingly; cutting channels in the cylinders can ensure that the kiwi fruits are in the vertical direction, cutting meshes in the cylinders can slit the kiwi fruits frombottom to top, and after cutting is completed, returning plates can discharge the kiwi fruits in the cutting channels into a collecting box along with the cutting meshes; and the whole process is automatic, labor is not needed, and convenience and quickness are achieved.

Description

technical field [0001] The invention relates to the technical field of kiwifruit processing, in particular to a kiwifruit automatic sorting and cutting device and a use method. Background technique [0002] At present, after the kiwi fruit is ripe and picked on the market, some of them need to be made into dried fruit for preservation and sale. When making dried fruit strips, the kiwi fruit must be peeled, cut into strips, and dried. Among them, cutting into strips is the most time-consuming and labor-intensive. Take control, when the kiwi fruit is cut vertically, it conforms to the fiber distribution of the kiwi fruit pulp. It is easy to cut, and the cut kiwi fruit is uniform in length and has very little leftover material, while the kiwi fruit cut out in the horizontal direction is relatively short and thick , there are a lot of leftovers, and the tangential force of cutting against the fiber is relatively large. Now the kiwi fruit cutting machines on the market have the f...

AI Technical Summary

Problems solved by technology

[0002] At present, after the kiwi fruit is ripe and picked on the market, some of them need to be made into dried fruit for preservation and sale. When making dried fruit strips, the kiwi fruit must be peeled, cut into strips, and dried. Among them, cutting into strips is the most time-consuming and labor-intensive. Take control, when the kiwi fruit is cut vertically, it conforms to the fiber distribution of the kiwi fruit pulp. It is easy to cut, and the cut kiwi fruit is uniform in length and has very little leftover material, while the kiwi fruit cut out in the horizontal direction is relatively short and thick , there are a lot of leftovers, and the tangential force of cutting against the fiber is relatively large. Now the kiwi fruit cutting machines on the market have the following defects. First, there is no screening device, which cannot ensure that the cutting direction of kiwi fruit is uniformly vertical. The short strips are mixed with each other, which affects the subsequent processing. Second, there is no kiwifruit size screening device. When kiwifruit is cut into strips, the larger kiwifruit receives a larger cutting force and cutting area, while the smaller kiwifruit receives less. The cutting force and cutting area are small, and it often happens that only half of the smaller kiwi fruit is cut. Not only can it not be followed up, but it will also cause trouble and hindrance to retrieving materials. Third, automatic assembly line cutting, discharge and collection cannot be carried out. The existing cutting device needs manpower to take care of it. After the machine is cut, the cut kiwi fruit strips need to be taken out, and then new kiwi fruit is put in. In addition, there is no screening device, and the cutting speed depends on the worker's operating speed and level, which is very unsatisfactory. conducive to automation

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