Automatic quercus sclerophylla fruit processing robot

Abstract

The invention relates to an automatic quercus sclerophylla fruit processing robot which comprises a bottom plate. Two vertical plates are symmetrically mounted on two sides of the middle of the bottom plate, a separation device is mounted at the upper end of the two vertical plates, a screening device is mounted in the middle of the bottom plate and positioned below the separation device, a crushing and grinding device is mounted at the rear end of the bottom plate and positioned on the rear lower side of the screening device, and the separation device, the screening device and the crushing and grinding device are mutually matched to finish automatic quercus sclerophylla fruit processing technology. The processing robot can solve the problems that quercus sclerophylla fruits need to be manually separated, the manual screening efficiency of the quercus sclerophylla fruits is low, manually crushed and grinded quercus sclerophylla fruits are large in particle and need to be repeatedly made, labor intensity is high, consumed time is long, the making efficiency of the quercus sclerophylla fruits is low and the like in the existing processing course of the quercus sclerophylla fruits, and the quercus sclerophylla fruits can be automatically processed.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery and equipment, in particular to an automatic processing robot of bitter mangosteen. Background technique [0002] Bitter mangosteen is the fruit of bitter mangosteen. The appearance of bitter mangosteen is similar to that of chestnuts. The kernel is rich in starch. Because bitter mangosteen is not bitter, direct consumption will affect people's appetite, so people usually further process it into bitter mangosteen Tofu, mangosteen vermicelli, mangosteen powder skin, and mangosteen cake are all good products for heatstroke prevention and cooling. Mangosteen seeds need to be exposed to the sun before processing. The existing process of mangosteen mangoes is mainly processed manually. The husk and fruit are separated, and the separated fruit is sieved, and the husk residue of the chorizo ​​is sieved out, and then the fruit of the chorizo ​​is crushed and ground, but there is labor in ma...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, the present invention provides an automatic processing robot for mangosteen, which can solve the problems of manual separation of mangosteen, low efficiency of manual screening of mangosteen and manual crushing and grinding of mangosteen. There are problems such as large particles, need for multiple processing, high labor intensity, long time consumption and low proc

Images