A kind of fruit pitting device

Abstract

The invention discloses a fruit pitting device and relates to the technical field of fruit pitting. Including the fuselage, clamping components, and pitting components. The fuselage includes vertical plates and boxes connected sequentially from top to bottom. The clamping components include fruit support plates, support rods, adjustment plates, splints, fruit support plates and support rods. The upper end of the support rod is connected with the box body, the adjustment plate is connected with the support rod in rotation, the adjustment plate rotates around the support rod, the edge of the adjustment plate is provided with multiple shifting blocks, and the upper part of the splint is connected with the fruit support plate through elastic parts , the middle part of the splint is hinged with the fruit support plate, and the lower part of the splint cooperates with the dial block; the coring assembly is arranged above the clamping assembly, and the pitting assembly includes a pitting support plate and a pitting cylinder, and the pitting support plate is connected with the vertical plate , the end of the coring support plate away from the vertical plate is provided with a coring hole for cooperating with the coring tube, and the coring tube moves up and down in the coring hole. The invention can maintain the integrity of the fruit while removing the core of the fruit.

Description

Technical field [0001] The present invention relates to the field of fruit-removal techniques, and is specifically a fruit-derived device. Background technique [0002] In the detection of fruit pesticide residues, in order to prevent damage to the equipment, the fruit core is required to remove the fruit core of the fruit. There are two modes of the fruit to core: one, with a knife to cut fruit, then dig the fruit core; second, use the tool from one end of the fruit to take the fruit core. [0003] Due to the detection of fruit pesticide residues, it is necessary to prepare a plurality of deconed fruits in one time, so when you detect fruit, you need to minimize the oxidation of subsequent fruits, and the first way destroys the integrity of fruit, increasing Fruit's flesh and external air contact area, accelerate the oxidation of fruit, reducing the accuracy of fruit pesticide residual detection; the second method is easy to dig. [0004] Therefore, how can we maintain the integ...

AI Technical Summary

Problems solved by technology

[0003] Since it is necessary to prepare multiple pitted fruits at one time when detecting pesticide residues in fruits, it is necessary to reduce the oxidation of subsequent fruits as much as possible when detecting fruits one by one, and the first method destroys the integrity of fruits and increases the The contact area between the pulp of the fruit and the outside air accelerates the oxidation of the fruit and reduces the accuracy of the detection of pesticide residues in the fruit; the second method is easy to dig out the core

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