Seed potato grading and slicing device for potato

Abstract

The invention provides a seed potato grading and slicing device for a potato. The device comprises a material feeding mechanism, a sieving mechanism and one or a plurality of clamping and slicing units, wherein the material feeding mechanism is used for loading materials of the seed potatoes; the sieving mechanism is used for sieving and grading the seed potatoes of different sizes, and is connected with the material feeding mechanism; each clamping and slicing unit is connected to a downstream position of the sieving mechanism, is used for clamping and slicing the graded seed potatoes, and comprises a seed arrangement mechanism and a flexible clamping and cutting mechanism, wherein the seed arrangement mechanism is used for sending single graded seed potato into the flexible clamping andcutting mechanism; the flexible clamping and cutting mechanism comprises a flexible clamping and conveying component and a cutting component, wherein the flexible clamping and conveying component is used for tightly clamping the seed potatoes and conveying the clamped seed potatoes to the cutting component; and the seed potatoes are sliced through the cutting component. By use of the seed potato grading and slicing device disclosed by the invention, the seed potatoes are sieved and separated through the sieving mechanism into grades of different sizes, each grade corresponds to one clamping and slicing unit, and the seed potatoes are clamped and transmitted through the flexible clamping and conveying component. The seed potato grading and slicing device can be adaptive to the size of eachseed potato so as to prevent the seed potato from being damaged.

Description

technical field [0001] The invention belongs to the field of agricultural machinery, and in particular relates to a seed potato grading and dicing device. Background technique [0002] Potatoes are vegetatively propagated plants with tubers. There is more than one bud eye on a potato, and generally there are multiple bud eyes. The waste of a large number of seeds increases the production cost. Therefore, the potatoes must be cut into pieces according to the bud eyes every year before sowing. The traditional potato seed cutting is to manually cut the whole potato into several seed blocks with bud eyes. The efficiency of manual cutting Low, labor-intensive and labor-intensive, which is not conducive to large-scale mechanical planting; strict disinfection is not possible, and it is easy to be infected with viruses; [0003] In the prior art, mechanical cutting is also used in part for cutting seed potatoes. However, due to the different sizes of potatoes, the existing devices ...

AI Technical Summary

Problems solved by technology

[0002] Potatoes are vegetatively propagated plants with tubers. There is more than one bud eye on a potato, and generally there are multiple bud eyes. The waste of a large number of seeds increases the production cost. Therefore, the potatoes must be cut into pieces according to the bud eyes every year before sowing. The traditional potato seed cutting is to manually cut the whole potato into several seed blocks with bud eyes. The efficiency of manual cutting Low, labor-intensive, and labor-intensive, which is not conducive to large-scale mechanical planting; it cannot be strictly sterilized, and it is easy to be infected with viruses;

[0003] In the prior art, the cutting of seed potatoes also partially adopts mechanical cutting methods, but due to the different sizes of potatoes, the existing devices cannot perform multi-level screening on seed potatoes, and the distinction of seed potatoes is not thorough enough. The seed potatoes are easily damaged when the blocks are clamped and transported

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