A kind of kelp drying device and kelp drying method

Abstract

The invention discloses a kelp drying device and a kelp drying method. The device comprises: a guide rail; at least two elevating mobile trolleys running on the guide rails; The connecting rod is arranged along the horizontal direction; the lifting platform of the lifting mobile trolley is provided with an overlapping structure for the connecting rod to be erected; several drying rods parallel to the connecting rod are arranged at intervals on the telescopic drying rack , the drying rod is used to mount the kelp; the drying room, the guide rail extends to the inside; the drying room is used to accommodate the retractable drying rack in a contracted state and to dry the kelp. The horizontal spacing of the drying rods of the telescopic drying rack is adjustable, which can reduce the occupied area. When the outdoor conditions do not permit, the distance can be shortened, and the kelp can be pushed into the drying room to continue drying.

Description

technical field [0001] The invention relates to the field of aquatic product processing, in particular to a kelp drying device and a kelp drying method. Background technique [0002] The existing traditional kelp drying is still dominated by artificial sandy beaches, which are characterized by low quality and heavy labor. Moreover, the existing natural hanging drying and hot air drying in the market can effectively solve the problem of sand-free drying of kelp and ensure the quality of kelp. However, the heat utilization rate of hot air drying is low and the energy consumption is high, while the natural hanging drying can avoid sand and stones and ensure the quality. However, in the process of hanging drying, the utilization rate of sunlight is low. It can only be fixed to the top position of the kelp, and the lower middle position cannot be fully illuminated, and the drying efficiency is very low. Contents of the invention [0003] The object of the present invention is ...

AI Technical Summary

Problems solved by technology

[0002] The existing traditional kelp drying is still dominated by artificial sandy beaches, which are characterized by low quality and heavy labor. Moreover, the existing natural hanging drying and hot air drying in the market can effectively solve the problem of dry kelp without sand and gravel, and ensure the quality of kelp.

However, the heat utilization rate of hot air drying is low and the energy consumption is high, while the natural hanging drying can avoid sand and stones and ensure the quality, but in the process of hanging drying, the utilization rate of sunlight is low. It can only be fixed to the top position of the kelp, and the lower middle position cannot be fully exposed to light, and the drying efficiency is very low

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