KR20100004984U - Folding for Fish capturing net - Google Patents

Abstract

The present invention relates to a fish catching network, which is equipped with a spring on the folded portion to facilitate folding, and to install the entrance port on all sides to catch the fish more easily to the fish catching network It is about.

To this end, in the catch network for attracting and catching fish by using the lure of the light emitting body provided on the left and right entrance port of the body and the bait provided therein, a 'T' type tension spring is mounted at each vertex of the body. In addition, the upper and lower edges of the front and rear of the body, respectively, the coil spring is mounted, and the separation prevention net having an inlet formed therebetween is connected between the rings, and the separation prevention net is provided with a separation net, It is characterized in that the entry port having the configuration as described above installed on all four sides of the body.

According to the above configuration, it is possible to capture a larger amount of fish gathered from various directions, and by using the elasticity of the spring can be easily and easily folded, easy to carry, and the effect of reducing the volume when storing have.

Folds, fish, catches, catches, daylight.

Description

Folding for Fish capturing net}

The present invention relates to a fish catching net, which narrows the entrance of the net from the outside to the inside, and installs a breakaway net, an inlet and a separating net to prevent the catches entering the catch net from escaping the net. In addition, it is equipped with a spring to be folded to make the folding more robust and convenient to carry and move convenient, relates to a foldable fish catching network to increase the amount of fish caught by installing the entrance in all directions.

In general, fish catching nets are used by providing bait nets or light emitting objects in order to use lures or fishes having a primary light property of gathering in a bright place to use light habits or lures.

Here, daylighting refers to a property that is stimulated by bright light and gathers, and the above-mentioned daylighting property is adopted in a manner of combating pests or operating.

In other words, anchovies, sardines, saury, mackerel, mackerel, squid, cutlassfish, blowfish, shrimp, etc. have a daylighting property that gathers in a bright place, so they can easily catch fish in the dark water. will be.

A typical example of such an operation method is a squid boat that catches squids gathering around the ship through the light by hanging dozens of light bulbs and illuminating the old bulb at night.

1 and 2 show a conventional "fish catching network" (Utility Model Publication No. 1994-008258) using the above-mentioned characteristics of the daylight, briefly explained by twisting the wire wire in a spiral shape Put the mesh 20 on the standing folded skeleton 11, and forms an entrance 21 through which fish enters the left and right sides of the mesh 20, and the ring 30 is disposed inside the entrance 21. , The ring 30 is provided with a light emitting material of zinc, sulfide or phosphorescent material.

Here, by shining in the ring 30 as described above, to attract the fish around the trapping net, it is possible to easily catch the fish by naturally introducing the fish into the net due to the bait.

Therefore, the luminous material formed in the trap network attracts the fish primarily, and is subsequently attracted by the bait inside the trap network to capture it.

In addition, the upper portion of the mesh 20 is provided with a collecting port 22 which is opened and closed by a zipper to easily take out the captured fish, and the opening and closing the food bag 23 to put the bait on the upper portion of the mesh 20 by a zipper. It is equipped to be able to do it.

However, the above-mentioned fish trapping net has a form in which both sides of the ring penetrate each other, so that fish introduced into the net through the one side of the fish are escaped again through the other side of the hook, thereby reducing the amount of fish trapping.

In addition, the above-mentioned fish trapping network has a problem that the light-emitting body which attracts the fish to the trapping network is limited to the ring, and the attraction efficiency of the fish is lowered.

Thus, the description of the "fish catching network" (Registration Utility Model Publication No. 20-0438743) shown in Figures 3 to 5 supplemented, the escape prevention network 61, the inlet 62 and the separation network 63 It is to include a main component, other basic elements are the same as the "fish catching network" described above.

The departure prevention net 61 is connected to each of the loops 60 on both sides, and serves to fix the position of the ring 60 due to the structural characteristics, the inlet of the size smaller than the hole of the ring 60 on both sides of the departure prevention net 61. Comprising (62) is configured to allow the captures introduced into the departure prevention net 61 to flow into the net (50).

Here, the inlet 62 is formed to finish the circumference of the hole with a fluorescent thread, thereby improving the attraction performance of the capture having the characteristics of daylighting.

In addition, as shown in Figure 5 in the center of the separation prevention net 61 to separate the space therein in a diagonal form to face the one side 60 and the other side ring 60 to prevent the straight through Both ends of the ring 60 is connected to each end of the separating net 63 by sewing.

At this time, the separation network 63 is connected to a position symmetrical with each other in the circumferential portion of the both sides of the ring 60, it is possible to separate the space inside the separation prevention network 61 in a diagonal form.

As such, the space inside the separation prevention network 61 is divided into both sides by the separation network 63, so that one space is in communication with the inlet 62 on one side, and the other space is connected to the inlet 62 on the other side. By being configured in a structure that communicates with each other, by blocking the penetrated form, it is possible to prevent the case that the fish introduced into the net through the loop 60 of one side is escaped through the other ring 60 again.

However, the above-mentioned fish catching network and fish catching network are not only small in terms of the size of the catching network, they are not able to catch a large amount of fish, and the direction of the entrance is limited to both the left and right directions. Some of the fish gathered around the catching net by the light or bait of the luminaries in the other direction also failed to find the entry point, causing the catch to fail.

On the other hand, the prior art of the already known folding fish catching network Utility Model Publication No. 1991-0006649 (August 31, 1991) and Registration Utility Model Registration No. 20-0186652 (Notification Dated June 15, 2000).

The present invention has been made to solve the conventional problems as described above, it is to provide a folded fish catching net to facilitate the folding by mounting the spring to the folded portion of the body.

In another object to solve the present invention, the size of the catching network is also increased by adding the entrance ports installed at the left and right sides to the front and the rear, and further comprising a departure prevention network, an inlet port and a separation network. The aim is to provide a collapsible fish catching net that can capture more fish.

In the structure of the present invention for achieving the above object, in the capture network for attracting and catching fish, such as fish by using the lure of the light emitting body provided on the left, right entrance of the body and the bait provided therein, the body A part of 'T'-type tension spring is mounted in each vertex, and a coil spring is built in each of the upper and lower corners of the front and rear of the body, and the middle of both corners of one side of the body. In addition to the hook is provided, the separation prevention net between the hook is provided with a cylindrical shape, and each side of the separation prevention network to form an inlet for introducing the capture into the capture network, respectively, In order to separate the space diagonally, the ends of each part of the circumferential portions of the two rings facing the separation network are symmetrical to each other. I of the jinipgu configured to connect the body, characterized in that installed on a four-way and further provided at the rear.

Through the above-mentioned means for solving the problem, the present invention not only increases the size of the catching net, but also installs an entrance port that was left and right only before and after, so that a larger amount of fish gathered in various directions through light or bait. It can be easily captured and equipped with 'T' type tension spring and coil spring for simple and easy folding, making it easy to carry and reducing the volume when storing. It also works.

In addition, a separation network in the form of blocking the hole of the inlet at the center of the escape prevention network, and the two inlets communicated with the outside of the network does not communicate in a straight line with each other, so that the trapped fish to prevent the escape from the outside of the network It also has the effect of capturing a wide variety of fish.

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

6 to 9b is a view showing the folded fish catching net of the present invention, and is largely composed of a body 110 and a network 200, and an entrance port 310 and a 'T' type tension spring 400 in all directions. ) And the coil spring 500 and the separation prevention network 320 and the inlet 330 and the separation network 340 as the main components.

More specifically, as illustrated in FIGS. 6 to 8, the collapsible fish catching net 100 combines a plurality of rectangular wires to form a rectangular parallelepiped body 110, and the body 110. The entrance 200 is formed in all directions before, after, and left and right by covering the mesh 200 around the network 200, and the ring 300 of the light emitter is provided in the center of the entrance 310.

Here, the light emitter may be zinc, sulfide, or photoluminescent material, and other materials capable of emitting light may be applied.

On the other hand, the feature of the present invention is characterized in that the separation prevention network 320 is provided between the connection between both sides of the ring 300, the separation prevention network 320 to cover the circumference between the one side ring 300 and the other side ring (300) It is connected to the cylindrical shape so as to form a space therein, the separation prevention network 320 serves to fix the position of the ring 300 due to the structural characteristics respectively connected to the ring 300 on both sides.

In addition, the inlet 330 having a smaller size than the hole of the ring 300 is formed on both sides of the separation prevention network 320 so that the captures introduced into the separation prevention network 320 can be introduced into the network 200. .

Here, the inlet 330 finishes the periphery of the capture having the characteristics of daylighting by closing the periphery of the hole with fluorescent colored yarns.

Subsequently, as shown in FIG. 8, when the space inside the separation prevention network 320 is viewed in a plan view, the inner ring 300 and the other ring 300 are penetrated in a straight line to be separated in an oblique form. Both ends of the separating net 340 are connected to each other by a portion of the circumference of the opposite side ring 300 so as to prevent the sewing.

At this time, the separation network 340 is connected to a position symmetrical with each other in the circumferential portion of both the ring 300, it is possible to separate the space inside the escape prevention network 320 in a diagonal form.

In other words, assuming that the ring 300 facing each other is viewed from the front, if one end of the separation network 340 is connected around a part of the left side of the ring 300 located at the front, the ring 300 located at the rear The other end of the separation net 340 is connected to the right portion of the).

As such, the space inside the departure prevention network 320 is divided into both sides by the separation network 340, one space is in communication with the inlet 330 on one side, the other space is inlet 330 with the other side It is composed of structures in communication with each other.

On the other hand, another characteristic configuration of the present invention in the front, rear and left and right sides of the body 110, the entrance port 310 of the same size and shape, that is, the departure prevention network 320 and the inlet 330 and the separation network 330 ) Is provided to have orthogonal opening 310 with each other.

In this case, the height of the entry port 310 is configured to differ so that the departure prevention network 320 crosses each other.

That is, as shown in FIGS. 6 and 7, the left and right linear departure-away nets 320 and the front and rear linear departure-away nets 320 are different from each other so that the fish are separated from each other. 320 and the inlet 330 is to prevent the entry into the capture network (100).

At this time, according to the height of the departure prevention network 320, the entrance port 320 is also different from the height of the left, right and front.

Here, the escape prevention network 320 uses a fluorescent material to improve the attracting performance of the capture having the characteristics of daylighting.

In addition, a portion of the upper portion of the mesh 200 is provided with a collection port 220 made of a zipper so as to take out the trapped inside the mesh 200, the other portion of the upper portion of the mesh 200 attracts the capture In order to put the bait so that the bait pocket 210 made of a zipper is provided to be located inside the net 200.

In addition, the front and rear edges of the left side of the body 110 may be fixed to the folded state by folding the body 110 to be folded by mounting each of the approximately 'c' shaped hooks 600 to be rotatable. Configure it to be.

In addition, by mounting the 'T' type tension spring 400 and the coil spring 500 on the body 110 to facilitate the folding.

As shown in FIG. 6, the lower, left, and right portions of the letter 'T'-shaped tension spring 400 are internally mounted at vertices of the body 110 of the hexahedron, and the front of the body 110 Each of the upper and lower corners of the rear side is equipped with coil springs 500 mounted in parallel to each other so that the catching net 100 can be easily folded by the elasticity to return to its original state when a force is applied due to the characteristics of the spring. To make it possible.

Here, as shown schematically in FIGS. 9A and 9B, when folded, the middle portions above and below the body 110 of the front and rear bodies having the coil springs 500 are viewed in a horizontal direction in the inward direction when viewed in a plane. Reduce and bend, thereby folding the left and right of the body 110 is in contact with each other.

At this time, the 'T' type tension spring 400 mounted at each vertex portion also maintains an angle of approximately 90 ° when viewed from a plane, and then naturally decreases the angle inwardly.

At this time, when the hook '600' shaped hook 600 is rotated on the opposite side to which the hook 600 is mounted, that is, the right body 110, it will be easily and firmly folded.

This simple folded fish catching network not only takes up a lot of volume when moving, but also becomes smaller and can be easily and conveniently carried and stored.

When using the folded fish catching net 100, the 'T' shaped hook 600 is rotated to release the hanging body 110 and at the same time at each vertex 'T' type tension spring 400 Due to the elasticity of the spring to return to the nature of the spring as the tension spring (400) is expanded to maintain the angle of about 90 ° again to expand the folded portion.

At this time, the bent coil spring 500 is also stretched to approximately the horizontal state by the elasticity to return to the original state will have the form of the catching net 100 shown in FIG.

Referring to the operation and effects of the present invention configured as described above in detail.

In order to capture the fish at night through the folded fish catching network of the present invention, the bait is put into the bait bag 210 and the catching net 100 is thrown into the water.

As such, the catching net 100 thrown in the water is the ring 300 inside the entrance 310 in all directions and the emission prevention net 320 and the inlet 330 around the fluorescent color, thereby having a daylight Fishes are primarily flocked around the capture network 100.

Thereafter, the fish flocked around the catching net 100 are attracted to the bait contained in the bait bag 210 and enters the fish flocked from all directions into the inner space of the escape prevention network 320 formed inside the hook 300. In addition, by being naturally entered into the capture network 100 through the inlet 330 drilled into the escape prevention network 320, it is possible to easily catch fish.

As such, the fish caught in the catching net 100 have a relatively small hole in the outside and a penetrating inlet 330, and four inlets 330 communicating with the outside of the net 200 are not connected to each other in a straight line. In particular, since the separation network 340 is provided to block the hole of the inlet 330 at the center of the separation prevention network 320, it is difficult to escape to the outside of the network 200.

Therefore, the fish trapped inside the catching net 100 are blocked from escaping to the outside of the net 200, thereby increasing the catch and thus capturing a greater variety of fish.

In addition, since the entrance 310 is formed in all directions, it is possible to capture fish attracted through light and bait in various directions, and thus, there is an advantage of capturing more diverse and larger numbers of fish.

In addition, the fish catching network of the present invention, as described above, not only the ring 300 of the light emitter, but also the circumference of the escape preventing network 320 and the inlet 330 has a fluorescent color, it is easier to catch the fish of the daylight characteristics ( 100) It can be attracted to nearby.

After capturing a certain amount of captures through the capture network 100 as described above, after the capture network 100 is pulled out of the water, the collection port 220 made of zippers is opened to capture all the capture network 100. You can take it out and catch fish.

Therefore, it is possible to easily capture the fish at night through the repetition of the above process.

In addition, when the fish catches and moves to finish or the catching network 100 is stored as described above, the 'T' type tension spring 400 and the coil springs 500 installed in the collapsible fish catching network 100 as described above. By using the elasticity of the) more easily and easily folded to reduce the volume of the catching net (100) to facilitate storage and movement.

On the other hand, the present invention has been described in detail only for the specific examples described above, it will be apparent to those skilled in the art that various modifications and modifications can be made within the technical spirit of the present invention, and such modifications and modifications belong to the appended utility model registration claims. It is natural.

1 is a perspective view of a fish trap according to the prior art,

2 is a front view of a fish trap according to the prior art,

3 is a perspective view of a fish trap according to another prior art;

4 is a front view of a fish trap according to another prior art;

5 is a plan view of a fish trap according to another prior art;

6 is a perspective view of a folding fish trap network according to the present invention,

7 is a front view of a folding fish trap network according to the present invention,

8 is a plan view of a folding fish trap network according to the present invention,

9a and 9b is a plan view schematically showing the folding of the folded fish trap network according to the present invention.

* Description of Major Symbols in Drawings *

100: capture network 110: body

200: Mens 210: Bait Pouch

220: collection port 300: ring

310: entrance 320: departure prevention network

330: inlet 340: separation network

400: tension spring 500: coil spring

600: Hook

Claims (1)

In the capture network for attracting and catching fish such as fish by using a ring of the light emitting body provided on the left and right entrance ports of the body and the bait provided therein, A part of the 'T'-type tension spring 400 is mounted in each vertex of the body 110, and a coil spring 500 is provided at the corners of the upper and lower sides of the front and rear surfaces of the body 110. Built-in mounting, it is configured by mounting the hook 600 in the middle portion of both sides of the side of the body 110, The separation prevention net 320 is provided between the rings 300 in a cylindrical shape, and each inlet portion 330 may be formed at each of the middle portions of the separation prevention net 320 to allow the capture material to flow into the capture net 100. In addition, the entrance port 310 is formed by connecting both ends at positions symmetrical to each other in the circumferential portions of the both ends of the ring 300 facing the separation network 340 so as to separate the space inside the separation prevention network 320 in an oblique form. Fold fish trap network, characterized in that installed on all sides to further install the front and rear of the body (110).

Images