KR101293582B1 - Light emitting net system for gathering fish and float having the same - Google Patents

Abstract

PURPOSE: A luminous netting system and a floating body including the same for fishing are provided to conspicuously enhance the lighting efficiency for fishing by minimizing the extinguished light with directly irradiating lamp of underwater net. CONSTITUTION: A luminous netting system for fishing (100) comprises: a net wire which includes a vertical direction net wire (40b) and a horizontal direction net wire (40a); a light-emitting body which is equipped on the cross point of the horizontal direction net wire and the vertical direction net wire or a connection line which connects each cross points which are different with each other; a power source storage (70) which stores a power source to supply to the light-emitting body; a control unit (90) which controls the electric power supply to the light-emitting body with connecting to the light-emitting body and the power source system. The light-emitting body which is equipped on the connection line is formed with an optical fiber pipe (50) which covers the net wire. [Reference numerals] (70) Power source storage; (80) Solar light generation unit; (90) Control unit

Description

LIGHT EMITTING NET SYSTEM FOR GATHERING FISH AND FLOAT HAVING THE SAME}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a net system, and more particularly, to a light emitting net system for fishing using a fish induction phenomenon through net light emitting in the fishing field and a floating body having the same.

1 is a schematic diagram showing a fishing method of a conventional fishing boat.

As shown in Figure 1, the fishing method of the conventional fishing boat is illuminated through the fishing lamp 3 installed on the deck of the vessel (5) to collect the fish and molluscs gathered by the illumination light, and then net ( It is done by hitting 1).

However, since the conventional fishing method is anchored around the fish group, the light is illuminated by the fishing lamp (3), so that many lights are dissipated and dissipated until the illumination light reaches the sea level, and when the seawater concentration is muddy, sufficient light intensity for fishing is obtained. There are many drawbacks of power consumption to make it, and the effect is only picked up around the sea level, and the amount of light reached decreases as the water level drops, and only the fish and mollusks around the sea level cannot reach the deep sea. There is a problem that can not attract attention, the catch is not maximized.

The present invention has been made to solve the conventional problems, to provide a light emitting net system and a floating body having the same to maximize the catch by causing the light to reach the deep sea to produce the maximum lighting effect with the same power consumption. Has its purpose.

According to the present invention, a light emitting netting system includes a net wire including a horizontal net wire and a vertical net wire; A light-emitting body provided on a connection line connecting the intersection point of the horizontal net wire and the vertical net wire or different intersection points; A power storage unit storing power to be supplied to the light emitter; And a control unit connected to the light emitter and the power storage unit and controlling power supply to the light emitter.

The light emitting body provided at the intersection is preferably formed of an LED element.

In addition, the light emitting body provided on the connection line is preferably formed of an optical fiber pipe surrounding the net wire.

In addition, the light emitting body provided on the connecting line, the light emitted to irradiate the light toward the horizontal net wire adjacent to each other and the vertical net wire adjacent to each other so that the surface light emission in the space between the horizontal net wire and the vertical net wire It is preferable to form an element.

It may further include a photovoltaic power generation unit connected to the power storage unit and the control unit for converting solar energy into electrical energy, and provides a floating body having a light emitting net system for picking up.

The light emitting netting system for picking up according to the present invention can minimize the amount of light emitted before being irradiated to the fish by being directly irradiated from the fishing net in the water can dramatically increase the luminous efficiency for picking up, the maximum amount of power with the same amount of power By achieving the luminous efficiency of the light can be made and picked up in the sea where the fish are present, it can achieve the catch function up to the deep sea that can not reach by the conventional light emitting device has the effect of maximizing the catch.

1 is a schematic view showing a fishing method of a conventional fishing boat.
Figure 2 is a schematic diagram showing the configuration of a light emitting net system according to the present invention.
3 is a schematic view showing a light emitting net system of another embodiment according to the present invention;
Figure 4 is a state of use in the floating body to which the present invention is applied.
Figure 5 is a state of use in the fishing vessel to which the present invention is applied.

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

2 is a schematic view showing the configuration of a light emitting net system according to the present invention, Figure 3 is a schematic view showing a light emitting net system of another embodiment according to the present invention.

As shown in Fig. 2 and Fig. 3, the light emitting system for pick-up according to the present invention includes a net wire 40, a light emitter, a power storage unit 70 and a control unit 90.

The net wire 40 is a conventional conventional grid net material is formed of a fabric material or synthetic resin material, the horizontal net wire 40a formed in the horizontal direction and the vertical net wire formed in the vertical direction 40b It consists of

The light emitter may be formed of an LED device 30 or an optical fiber pipe 50 or a light emitting device 60 that can withstand water pressure in the seawater and become waterproof.

The LED device 30 is provided in the intersection portion 20 between the horizontal mesh wire 40a and the vertical mesh wire 40b, and the point light emitted from the intersection portion 20 of the mesh 100 according to the present invention Done. At this time, the LED device 30 may further comprise a transparent protector (not shown) surrounding the LED device to sufficiently withstand mechanical shock and chemical alteration in seawater.

The optical fiber pipe 50 is preferably made of plastic optical fiber (POF) so that the net wire 40 is provided at the center of the cross section, the horizontal net wire 40a and the vertical net wire 40b. It is formed on a connection line connecting the different intersection points between the wire, it is configured in the form of a pipe surrounding the net wire (40) to make the pre-luminescence. The optical fiber pipe 50 is also manufactured to withstand deterioration in seawater and have wear resistance.

The light emitting device 60 is an EL device for intensively irradiating the light toward the horizontal net wire 40a adjacent to each other and the vertical net wire 40b adjacent to each other so that the light is illuminated in the space into which the fish enter the net, the LED It is composed of the same element as the device, and the surface light emitting in the space between the horizontal and vertical wire mesh.

The net 100 according to the present invention is applied to any one or more of the above-described LED element 30, the optical fiber pipe 50 and the light emitting element 60 according to the fish catching use and performance of the point light emission, linear light emission or By emitting light directly from the net to the seawater side, the light-following fish and mollusks in the seawater can be brought into the net by attracting great attention to the sea level near the sea level where the net sinks. Induce capture.

The power storage unit 70 is provided with a battery in the floating body such as the vessel 80 or the float 75 serves to supply power to the light emitting body.

The photovoltaic generation unit 80 is a selectively applicable configuration module, and converts photovoltaic energy into electrical energy including a photovoltaic panel to play a role of storing and supplying power of a light emitting body to power generation and a power storage unit. The power generation unit 80 may be installed in the vessel 80 or the float 75.

The controller 90 connects the power storage unit and the light emitter to control whether the power is supplied, the type and intensity of the power, the amount of power supplied, and the method of supplying power. That is, the brightness of the light emitter is controlled and the light emission method (flashing, sequential lighting, etc.) is controlled according to the light emission form of interest according to the type of fish from illumination on / off of the light emitter. In addition, the control unit converts the electrical energy generated from the photovoltaic panel into a form of a suitable power supply to the power storage unit or converts and supplies the electrical energy stored in the power storage unit to a power supply form suitable for the luminous material.

4 is a state diagram used in the floating body to which the present invention is applied, Figure 5 is a state diagram used in the pick-up ship to which the present invention is applied.

The catching net system according to the present invention can be applied to a floating body such as a float 75 indicating the position of the net shown in FIG.

That is, the present invention shown in FIG. 4 is a specific embodiment in which the power storage unit 70 and / or the photovoltaic unit 80 and the control unit 90 are embedded in the float 75 to impart a picking function. The fish can then be used to guide and fish using a number of these floats, which can then be trapped in the net to capture fish and molluscs that have been caught across the area of the net and the sea level at which the net reaches.

5 is a specific embodiment in which a power storage unit 70 and / or a photovoltaic unit 80 and a control unit 90 are provided in a ship 80 to impart a picking function. After throwing, by controlling the catching and catching, it is possible to catch fish, molluscs, etc. that are picked up over the area of the entire net and the entire sea level at which the net reaches.

Thus, by applying the present invention, light-emitting mackerel, cutlass fish, which are installed in the net in seawater, can be effectively delivered to the vicinity of the deep sea where the net can reach with the minimum power consumption through direct point emission, front emission and surface emission. It will induce and capture horse mackerel, fish such as sardines and molluscs such as squid.

In addition, the light emitting netting system according to the present invention is provided on the net wire 40, that is, a horizontal camera wire or a vertical net wire is provided on the camera (not shown) for taking pictures of the inside of the picked-up surrounding the net Further, the camera transmits the captured image information wirelessly or wired to the control unit 90, the control unit 90 displays the image transmitted to a separate image display device by the operator of the vessel is installed on the vessel The image display device (not shown) may inform the capture situation such as fish and mollusks so as to know the internal situation of the picked-up environment. Can be provided to the worker.

In this case, the image display device may be a monitor mounted on the ship that the operator can see, or may be a smartphone that is linked to the application of the operator to view the image.

In particular, the control unit transmits the captured image information to the operator's smartphone by the two-stage CTR encryption method, the two-stage CTR encryption method, the control unit receives the captured image information that is the target content encryption key 1 And performing two-stage CRT encryption using encryption key 2, performing a one-stage CTR encryption to generate E-Nonce by applying block encryption encryption by encryption key 2, and blocking the target content to block a plurality of plain text blocks. By performing an exclusive logical OR of each of the E-Nonce and the plain text block, the two-stage CTR encryption for generating a two-stage encrypted ciphertext block may be performed to provide the captured image information to the operator's smartphone. have.

The two-stage CTR encryption method is characterized by reducing errors and data loads in wireless communication in the sea, such as under water, and by using this method, real-time photographed image information provided to the operator to the smartphone. It can provide more objective and reliable information without error.

On the other hand, the floating body having a light-emitting net system for picking up according to the present invention may be a float (75) to display the position of the net floating on the sea or the vessel 80 is made of net work.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification, but should be defined by the claims.

1: net 3: pick up
5, 80 vessel 100: net according to the invention
10: connecting line part 10a: horizontal connecting line part
10b: vertical connecting line 20: intersection
30: light source 40: net wire
40a: horizontal net wire 40b: vertical net wire
50: optical fiber pipe 60: light emitting element
75: float

Claims (10)

delete delete A net wire comprising a horizontal net wire and a vertical net wire;
A light-emitting body provided on a connection line connecting the intersection point of the horizontal net wire and the vertical net wire or different intersection points;
A power storage unit storing power to be supplied to the light emitter; And
A control unit connected to the light emitter and the power storage unit and controlling a power supply to the light emitter,
The light emitting body provided on the connection line is formed of an optical fiber pipe surrounding the net wire
Pick-up luminous net system. A net wire comprising a horizontal net wire and a vertical net wire;
A light-emitting body provided on a connection line connecting the intersection point of the horizontal net wire and the vertical net wire or different intersection points;
A power storage unit storing power to be supplied to the light emitter; And
A control unit connected to the light emitter and the power storage unit and controlling a power supply to the light emitter,
The light emitting body provided on the connection line is a light emitting device that irradiates the light toward the horizontal net wire adjacent to each other and the vertical net wire adjacent to each other so as to emit surface light in the space between the horizontal net wire and the vertical net wire Formed
Pick-up luminous net system. delete delete delete A net wire comprising a horizontal net wire and a vertical net wire;
A light-emitting body provided on a connection line connecting the intersection point of the horizontal net wire and the vertical net wire or different intersection points;
A power storage unit storing power to be supplied to the light emitter; And
A control unit connected to the light emitter and the power storage unit and controlling a power supply to the light emitter,
And a camera provided on the net wire to capture a situation inside the net, which is captured by the camera, and the camera transmits the captured image information to the controller, and the controller transmits the image to a separate image display device. It is characterized in that the operator to know the situation inside the picked up surrounded by the net by the image display device,
The image display device is characterized in that the monitor mounted on the vessel or the operator's smartphone,
The control unit transmits the captured image information to the operator's smartphone by the two-stage CTR encryption method, wherein the two-stage CTR encryption method, the control unit receives the captured image information that is the target content encryption key 1 and encryption Performs two-stage CRT encryption using key 2, performs a one-stage CTR encryption to generate E-Nonce by applying block cipher encryption by cipher key 2, and arranges the target content into a plurality of plaintext blocks And performing a two-step CTR encryption for generating a two-stage encrypted ciphertext block by performing an exclusive logical OR of each of the E-Nonce and the plaintext block, and providing the captured image information to the operator's smartphone. doing
Pick-up luminous net system. delete delete

Images