Remote control deep sea net cage

Abstract

The invention discloses a remote control deep sea net cage, and particularly relates to the field of deep sea net cages. The remote control deep sea net cage comprises a floating frame, the bottom end of the floating frame is fixedly connected with a fixing plate, the left side and the right side of the fixing plate are both fixedly provided with connecting blocks, the top end of the floating frame is detachably provided with a supporting rod, and the other end of the supporting rod is fixedly provided with an alarm lamp; the bottom end of the fixing plate is detachably provided with a netting system, the surface of the floating frame is detachably provided with a winding system, the bottom surface of the floating frame is fixedly connected with a thin film, and the surface of the floating frame is detachably provided with a signal receiving device. According to the remote control deep sea net cage, a plurality of adaptive plates and stabs are arranged, the stabs extend into the seabed, and the depth value of the stabs ranges from 10 cm to 20 cm, so that the stabs are matched with an anchoring system, the fixing effect of the whole floating frame in the sea is further improved, and therefore the situation that a net cage system is blown down and moved is avoided; therefore, the practicability of the remote control deep sea net cage is greatly improved.

Description

technical field [0001] The invention relates to the technical field of deep-sea network cables, more specifically, the invention is a remote control deep-sea net box. Background technique [0002] The deep-sea net cage is mainly composed of frame system, mesh bag, fixing system and supporting facilities. The interaction of the fixed platform and the characteristics of the box body are used to lower the box body to a limited depth underwater. Since the wave strength will increase exponentially with the water depth Rapid attenuation, the intensity of the waves where the cages are located at a certain depth will also decrease exponentially, in order to achieve the purpose of resisting wind and waves. Among them, the deep-sea cages especially involve a remote control module for deep-sea cages, also known as deep-sea Aquaculture intelligent environment monitoring system, "deep-sea aquaculture intelligent environment monitoring system" can transmit monitoring data to the monitorin...

AI Technical Summary

Problems solved by technology

[0004] 1. When the deep-sea cages are fed at a fixed point, due to the surging undercurrent on the bottom of the seabed, the water speed is relatively fast, and the deep-sea cages are connected with the ocean current, so the ocean current can easily impact the bait around the deep-sea cages, resulting in deep-sea cages. The fish inside cannot fully eat the bait, resulting in a great waste of bait, and the side delays the growth cycle of the fish, which is not conducive to the development prospects and economic benefits of the device, and reduces the use effect of the device

[0005] 2. The existing deep-sea cages need to be cleaned and washed regularly on the surface of the cages to prevent a large number of seaweeds and shellfish from adhering to the inner walls of the deep-sea cages, which will increase the load of the deep-sea cages and accelerate the corrosion rate A series of problems, such as, and the existing flushing and cleaning need special cleaning equipment for regular cleaning, the cleaning cost is high, energy consumption is high, which is not conducive to the environmental protection of the device, on the other hand, it also increases the cost of the device, thereby reducing the The effect of using the device

[0006] Three, when the existing deep-sea net cage is in use, because the bottom of the device usually sinks into the seabed and directly contacts with the surface of the seabed, because the undercurrent of the seabed is surging and the waves are turbulent, the seawater will constantly impact the bottom of the deep-sea net cage, and the deep-sea When the net cage is pulled up, the anchoring system alone cannot fix the deep sea net cage firmly, so that the fixing effect of the deep sea net cage is limited, and it is difficult to cope with large typhoons and extremely severe weather, which reduces the adaptability of the device scope

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