KR20200056196A - Fishery smart buoy attached remote controllable fish-luring light - Google Patents

Abstract

The present invention relates to a buoy for fishing, which is equipped with a transducer in deep-sea fishing to provide a fish-luring lamp function to the buoy capable of detecting fish groups. In addition, the buoy is provided to facilitate management of a fishing function by remotely checking and controlling on/off of a fish-luring lamp through satellite communication.

Description

Fishery smart buoy attached remote controllable fish-luring light}

The present invention relates to a smart buoy capable of detecting fish groups used in fishing, and is mainly equipped with a transducer that detects fish groups in deep-sea fishing, and attaches a function such as fishing to a buoy capable of detecting fish groups. Add remote control-capable fishing lamps to the smart buoy to remotely check the on and off status of the remote control and enable control. Unlike existing fish detection buoys that perform simple information collection and reporting passively, fishing rods can be added to actively induce the formation of fish groups or to keep the gathered fish without scattering and to transmit the formation status of the fish to the server. It is to be.

A buoy capable of detecting fish is a buoy capable of detecting the location of the buoy through various sensors while floating on the water and collecting surrounding environment data and transmitting the data collected through satellite communication or various means of communication to the server. Refers to a buoy that is equipped with a Global Positioning System (GPS) sensor for information, a fish detection sensor capable of detecting the formation of fish in water, and a water temperature sensor for measuring water temperature.

Fish detection buoys are mainly used in deep sea fishing. In the case of FAD (Fish Aggregation Device) operation, a device capable of forming a seaweed cluster is connected under the buoy.

Small fish gather to eat seaweed and plankton, and large fish such as tuna gather to form small fish to eat small fish. Fishing captains conduct fishing operations by comprehensively judging the fish detection information collected from the buoys, boiling phenomena, and bird movements.

In the case of deep-sea fishing, the fleet of several ships, not one ship, moves, so the cost of oil consumption is high when moving once. Therefore, it is necessary to generate as much profit as possible in one move.

In the past, fishery scattering occurs in the process of moving to the location of the fishing field after confirming the fishery detection information at the base. Usually, fishing is carried out once a day at dawn, so if you miss this period, significant damage will occur.

There is a general fishing light buoy, but this cannot be remotely checked or controlled, and the user must perform it in a way that floats on the water in the form of a buoy by turning on the fishing light when arriving at the destination for fishing activities.

The catch light is a light that is turned on to catch fish by using the nature of the fish gathering along the light when catching the fish at night.

Due to the limitation of the battery of the smart buoy that can detect fish groups, the fishing lamp should be able to remotely check the status of the fishing lamp and turn it on or off at the desired time.

At the dawn, the ship checks the information of the fish detection buoy, and then, in the process of moving to the location of the buoy for fishing, it is necessary to induce the formation of fish in a remote buoy, and also the fish formed before the ship reaches its destination. We need a way to keep the fish population from scattering.

By adding fishing lights to induce the formation of fish groups in the fish detection buoys used for fishing activities, it is possible to remotely check the status information about the on and off of fishing lights and control the status so that the fish does not scatter. will be.

After the fishing vessel confirms the location of the fishing vessel detection buoy, it can induce the creation of fish groups around the buoy by turning the fishing lights of the specific buoy on before moving to the location of the buoy. It is possible to prevent the scattering of fish groups generated in the process of moving to the buoy.

Fig. 1. Side view of a fish group detection smart buoy equipped with a fishing function according to the present invention
Figure 2 ... Cross-sectional view of a fish group detection smart buoy with a fishing rod capable of remote control according to the present invention
Fig. 3. System configuration example of a fish group detection smart buoy with a fishing rod capable of remote control according to the present invention
Fig. 4. Configuration diagram showing an embodiment of a fish detection mark buoy attached with a fishing rod capable of remote control according to the present invention

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 are a side view and a cross-sectional view of the fish tank detection smart buoy attached to the side.

Light fixtures 30 are attached to both sides of the partial transducer 20 below the buoy body 10. The lower part of the light is composed of a transparent plate 40 so that the light of the light can be seen.

Looking at the system configuration example of the fish group detection smart buoy of Figure 3, the land server 60 and the long-distance fishing vessel 70 check and control the status information of the buoy is made through the communication satellite 50, separate buoy management In the program 80, it is possible to remotely check and control the lighting on and off.

10… Buoy body
20… Transducer
30… light
40… Transparent plate
50… Communication satellite
60… Land server
70… Deep-sea fishing boat
80… Buoy management program

Claims (2)

A fishing buoy capable of remotely checking the status of fishing lights on and off, and detecting fish groups with fishing lights that can control on and off. It is possible to set the time for turning on and off the fishing lamp attached to the buoy at a remote location. The fishing buoy can be set to automatically turn off the fish lamp to reduce battery consumption when the fish lamp is not formed for a certain period of time because the fish lamp can be turned on and the fish tank is formed.

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