Falling and block-cutting linked broccoli block-cutting corer with two-level self-adaptive cutting depth

Abstract

The invention discloses a falling and block-cutting linked broccoli block-cutting corer with two-level self-adaptive cutting depth. An existing broccoli block-cutting device cannot well adapt to block-cutting of broccolis with different sizes. The corer comprises a rack, a conveying component, a tray component, a falling component and a cutter component, wherein the conveying component drives a cutter installing frame of the cutter component while conveying the tray component; when the cutter installing frame moves up and down, a discharging hopper of the falling component is driven to slide into and out of a falling installing frame respectively for avoidance; two blades of the cutter component are opened and closed to act according to signals of a first sensor and a second sensor respectively; and whether the cutter component is at a first cutting position or a second cutting position is controlled by comparing a pressure value of a pressure sensor of the conveying component with a set threshold. Through the corer, block-cutting at two-level self-adaptive cutting depth and linking of falling and block-cutting are realized; and through the tray component, the sizes of the broccolis are identified, and the phenomenon that the cutter component gets stuck in the block-cutting process is avoided.

Description

technical field [0001] The invention belongs to the technical field of vegetable cutting machinery, in particular to a two-stage self-adaptive cutting depth blanking and cutting linkage broccoli cutting and coring machine. Background technique [0002] Broccoli is popular for its rich nutritional and medicinal properties. In the prior art, the cutting of broccoli is generally performed manually; the shape of the broccoli is like a cone, and the middle part of the flower buds is densely distributed; the size of the flower diameters of the broccoli is unevenly distributed. Most of the existing broccoli dicing devices cannot adapt to different sized broccoli dicing, resulting in uneven dicing of large-diameter broccoli and inability to dicing small-diameter broccoli, so that the broccoli that has already been diced needs to be diced again. piece. For companies specializing in broccoli slicing and packaging, it is still necessary to further improve the uniformity and slicing e...

AI Technical Summary

Problems solved by technology

In the prior art, the cutting of broccoli is generally performed manually; the shape of broccoli is like a cone, and the middle part of the flower buds is densely distributed; the flower diameter of broccoli is unevenly distributed.

Most of the existing broccoli dicing devices cannot adapt to different sized broccoli dicing, resulting in uneven dicing of large-diameter broccoli and inability to dicing small-diameter broccoli, so that the broccoli that has already been diced needs to be diced again. piece

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