Fixing device capable of being attached by maritime plants

Abstract

The invention relates to a fixing device capable of being attached with maritime plants. The fixing device comprises a supporting part, a containing space, a bearing part, a containing unit and an adjusting unit, wherein the supporting part is provided with an open end part and a closed end part and connected between the open end part and the closed end part; the containing space is defined by matching the open end part, the closed end part and the supporting part; the bearing part is arranged in the open end part; the containing unit is movably arranged at a blocking part of the open end part; the adjusting unit is movably arranged at the bearing part; the containing space is divided into a first section near the open end part and a second section near the closed end part by the bearing part; the supporting part is provided with at least one opening communicated with the second section; the adjusting unit is positioned in the first section; one of the adjusting unit and the closed end part is provided with at least one locating hole, and the other one is provided with at least two locating holes; when the blocking part is positioned at a first position, the adjusting unit can freely rotate relatively to the bearing part; and when the blocking part is position at a second position, the blocking part can limit the rotation of the adjusting unit.

Description

technical field [0001] The invention relates to a fixing device, in particular to a fixing device capable of attaching marine plants. Background technique [0002] Marine plants (such as green algae, brown algae and red algae) have the ability to absorb trace elements in nature, can provide human needs for various minerals, and are also rich in many peptides, sugars, vitamins and various different dietary fibers. In addition, marine plants also contain various functional components. Therefore, in recent years, various countries have continuously developed related series of products according to different human life needs, such as medical dressings, tooth molds, cosmetic skin care products, food, special paper materials and adsorbents, etc. Wait. [0003] The breeding methods of marine plants can be roughly divided into two methods: the cultivation of filaments and the storage of mature sporophytes. The former has various culture devices and methods for modern cultivation;...

AI Technical Summary

Problems solved by technology

[0005] Using the method of stocking large marine plants at sea can solve the problem of insufficient available land area, and secondly, there is no need to consider the cost of nutrients; however, transposition requires thicker ropes to fix marine plants. The purpose of transferring to a larger rope is to allow the roots of marine plants to have a larger attachment area and generate greater adhesion, so as to avoid the current turbulence faced by sea farming. If there are more climbing places at the bottom, it may be separated from the cotton rope due to the impact of large waves, resulting in a serious loss in production.

However, in the above-mentioned process, this transposition method is not only time-consuming, but also difficult to complete by one person. In addition, in terms of harvesting, there may also be entanglement of the sea release ropes, resulting in difficulty in harvesting

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