Kelp automatic cutting and rope removing device

Abstract

The invention relates to a kelp automatic cutting and rope removing device. A plurality of seedling rope guide supporting rods are arranged on a frame body assembly side by side. A hook is arranged atthe bottom of the front end of the seedling rope guide supporting rod. One or more bundles of kelp are located between every two adjacent hooks on seedling ropes. Claw fastening devices are arrangedon the two sides of each seedling rope guide supporting rod and can fasten the corresponding seedling rope towards the two sides. The seedling ropes and the kelp on the seedling ropes are conveyed backwards by the claw fastening devices along the seedling rope guide supporting rods. A plurality of cutting mechanisms for overall cutting the kelp on the seedling ropes are arranged on the frame bodyassembly at different heights according to the cutting sequence from bottom to top. A stirring wheel mechanism is arranged at the tail portion of the frame body assembly and can rotate to stir the seedling ropes on the seedling rope guide supporting rods so that the seedling ropes can fall into collecting grooves on the lower side one by one. By means of the kelp automatic cutting and rope removing device, the problems that in an existing fresh kelp processing process, in the working links of kelp placing, cutting, segmenting and packaging and seeding rope removing, labor intensity is large, and efficiency is low are solved.

Description

technical field [0001] The invention relates to a kelp harvesting device, in particular to a kelp automatic cutting and de-rope device. Background technique [0002] The harvesting of cultured kelp is mainly done manually, which is labor-intensive and low-efficiency, which has become one of the bottleneck factors restricting the development of kelp industry. With rising labor costs and labor shortages for hard work, there is an urgent need to develop mechanized harvesting techniques for kelp. The kelp is manually cut from the seedling rope and scalded, and then cut and processed into kelp products such as kelp shreds. [0003] At present, there are two technological paths for kelp harvesting: one is to untie the kelp seedling rope from the rope and drag it onto the ship, transport the whole rope ashore, dry it on the beach, cut it off, and put it in storage after being bundled. Another way is to cut the kelp into sections, boil it, and process it without drying it. Compar...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is: to provide a kind of automatic kelp cutting and de-rope equipment, which can realize the slitting and de-rope of kelp on the harvesting ship, and solve the problems of kelp placement, cutting, segmented packaging and so on in the current fresh kelp processing process. Eliminate the labor-intensive and low-efficiency problems in the working process of seedling rope, replace all the work that required manual labor in the past, and replace it with mechanical equipment, complete the cutting of kelp with the least labor and the shortest distance, and use manual bundling , transport the finished kelp directly to the shore and boil it

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