KR20100117887A - Apparatus for salvaging cephalopoda - Google Patents

Abstract

PURPOSE: A cephalopoda lifting device is provided, which can fix collectors to various locations of a hauling line and selectively change the fixing locations. CONSTITUTION: A cephalopoda lifting device comprises: a hauling line(100) in which protrusions are formed in the circumference; a plurality of location fixing members which are fixed to a plurality of locations of the hauling line; a collector(500) which is fixed to and coupled with the location fixing member and induces and collects cephalopoda; and a circumference clamp(400) which is selectively installed. The location fixing member includes: a first position fixing unit; and a screwed second position fixing unit.

Description

Cephalopod lifting device {APPARATUS FOR SALVAGING CEPHALOPODA}

The present invention relates to a cephalopod lifting device, and more particularly, to collect the collecting ports in a plurality of positions of the lifting line having a certain length and to selectively install the fixed position, and to install the collecting ports directly to the lifting line The present invention relates to a cephalopod lifting device that can be easily detached and installed by selectively installing and collecting the collecting holes by using separate outer clamps.

In general, cephalopods, molluscs, such as squash and octopus, have a habit of trying to spawn or hide by entering into hollow shells such as small rocks, shells, or seashells due to their survival. have.

To capture molluscs with these habits, they usually collect hollow shellfish, tie them with tie strings, and then connect them to ropes at appropriate intervals to keep them at the bottom of the sea. When entering a stream, a method of picking up and capturing them is used.

However, in this conventional method, it is not easy to first collect a large amount of hollow natural shellfish, and the entrance is often blocked when dropped at the bottom of the sea, and the space is narrow. The work is also very difficult, which leads to less efficiency.

In addition, since the natural shellfish are easily oxidized or broken, there is a hassle that needs to be replaced at any time, as well as a situation in which it is difficult to collect and supply shellfish.

In order to solve this problem, an artificial catching gear capable of capturing the cephalopods was produced.

However, in the prior art, a separate connecting strap was used to install a plurality of artificially manufactured fishing gear at a plurality of positions of a rope used as a lifting rope. In this case, there is a problem in that the catch string installed at multiple positions of the lifting rope is broken by the force applied from the outside.

In addition, there is a problem in that it is substantially difficult to selectively change the position of the catch phrases installed in a plurality of positions of the lifting line, and even if the position is changed, there is a problem that the time according to the change is increased.

The present invention has been made to solve the above problems, an object of the present invention is to provide a cephalopod lifting device that can be fixed to a plurality of locations of the lifting line having a certain length and can be installed by selectively changing the fixed position. do.

It is another object of the present invention to provide a cephalopod lifting device that can be easily detached and fixedly installed by selectively installing the collecting holes using separate outer peripheral clamps without directly installing the collecting holes in the lifting line.

The present invention provides a cephalopod lifting device for carrying out the above-described problems.

The cephalopod lifting jig is coupled to each other a plurality of position fixing members fixed to a plurality of positions of the lifting line is formed in the outer periphery roughness; And an outer circumferential clamp fastened to each of the position fixing members, and a collecting hole capable of attracting and collecting cephalopods on the outer circumference thereof is selectively installed.

Here, the position fixing member, the first position fixing portion is formed the first through-hole in which the lifting line is drawn, the second through-hole is formed in which the lifting line is drawn is formed and screw coupled to the first position fixing portion It has a two-position fixing part.

The first position fixing part is formed to protrude from one surface of the first fixing body in a disc-shaped first fixing body having a first diameter and a region smaller than the first diameter, and the first through hole as a boundary. A first protrusion body formed to gradually decrease in diameter from the first fixed body and divided into a plurality of strands from one surface of the first fixed body, and the first protrusion body adjacent to one surface of the first fixed body; Having a first screw formed on the outer periphery,

The second position fixing part is formed to protrude from one surface of the second fixing body in a region of the disk-shaped second fixed body having a second diameter larger than the first diameter and smaller than the second diameter, the first protrusion A second protrusion body having a fitting groove for guiding the fitting of the first protrusion body to guide the outer periphery of the body to press the plurality of strands, and the second protrusion body to be screwed to the first screw; It is preferable to have a second screw formed in the inner circumference of the end of the.

Meanwhile, the position fixing member may include a first position fixing portion in which a first through hole into which the lifting rope is drawn is formed, and a second through hole in which the lifting rope is drawn into is formed and screw-coupled with the first position fixing portion. It has a two-position fixing part.

Here, the first position fixing part may include a first fixing body having a disk-like shape and having a first diameter, and a second fixing body that protrudes from one surface of the first fixing body in a region smaller than the first diameter, And a first protrusion body formed to gradually decrease in diameter from the first fixed body and split into a plurality of strands from one surface of the first fixed body, and between the first protrusion body and the first fixed body. Has a connection body connecting the first protrusion body and the first fixed body to each other to form a coupling groove of a predetermined depth,

The second position fixing part is formed to protrude from one surface of the second fixing body in a region of the disk-shaped second fixed body having a second diameter larger than the first diameter and smaller than the second diameter, the first protrusion Guide the outer periphery of the body is pressed to guide the fitting of the first protrusion body is formed so that the plurality of strands close to each other is formed with a second protrusion body, protruding formed at the end of the second protrusion body and the coupling It may have a coupling protrusion fitted into the groove.

In addition, the plurality of strands may be formed in protrusions that are closely contacted with each other when they are inserted into the fitting groove, and the protrusion of the strands exposed from the first through hole among the plurality of strands grips the outer circumference of the lifting line It is preferable.

In addition, the outer circumferential clamp is installed on the outer circumference of the second protruding body, and both ends of the outer circumferential clamp are defined by the inner surface of the first fixing body and the inner surface of the second fixing body to fix the position of the outer clamp. do.

The outer circumferential clamp, the first outer circumference clamp is formed in a 'C' shape that one side is opened and is formed in the groove on the outer circumference and disposed on the outer circumference of the second protrusion body, so as to audit the outer circumference of the first outer circumference clamp ' It is preferable to have a second outer circumferential clamp having a C 'shape and having a claw projection to be fitted into the latch groove on the inner circumference, and a locking ring formed on the outer circumference of the first outer circumferential clamp.

Here, both ends of the first outer circumferential clamp is sharply formed to form an acute angle, and guide holes for guiding sliding of both ends of the first outer circumferential clamp are formed in the inner portion of the second outer circumferential clamp. desirable.

And, the collecting port, the collecting body body and the hinge end formed on the outer periphery of the collecting body to form a space that the cephalopod is attracted and collected, one end of the predetermined length is connected to the hinge end and the other end is the It is preferable to have a connecting member bent to engage the hook.

As described above, the present invention has the effect of fixing the collecting port to a plurality of locations of the lifting line having a certain length and can be installed by selectively changing the fixed position.

In addition, the present invention has an effect that can be easily attached and detached as well as selectively install the collecting holes by using a separate outer peripheral clamps without installing the collecting holes directly on the lifting line.

Hereinafter, with reference to the accompanying drawings to describe the cephalopod lifting device of the present invention.

1 is an exploded perspective view showing a cephalopod lifting device according to an embodiment of the present invention. 2 is an exploded cross-sectional view showing the cephalopod lifting device of FIG. 3 is a cross-sectional view showing a coupling state of the cephalopod lifting device of FIG. 4 is a cross-sectional view along the line A-A of FIG.

First, the configuration of the cephalopod lifting device will be described.

1 and 5, the cephalopod lifting jig has a large number of positioning members 200 and 300 and a plurality of outer clamps 400 respectively installed on the outer circumference of the positioning members 200 and 300. .

Here, the position fixing members 200 and 300 are fixed to a plurality of positions of the lifting line 100 coupled to each other to form a roughness on the outer circumference, and the outer circumference clamps 400 attract and collect cephalopods on the outer circumference. Collector 500 that can be selectively installed. The lifting line 100 may have a predetermined or more roughness and reduce a plurality of branches such as a rope in which each branch is twisted together.

The position fixing member in the present invention can be largely composed of two implementations.

1 to 4, in one embodiment, the position fixing member 200 may include a first position fixing portion 210 in which a first through hole 210a through which the lifting line 100 is drawn is formed. A second through hole 220a through which the lifting line 100 is drawn is formed, and the second position fixing part 220 is screwed to the first position fixing part 210.

The first position fixing part 210 has a disc-shaped first fixed body 211 having a first diameter D1 and a portion of the first fixed body 211 in an area smaller than the first diameter D2. And is formed so as to gradually decrease in diameter from the first fixing body 211 with the first through hole 210a as a boundary, and is formed so as to protrude from one surface of the first fixing body 211, The first protrusion body 212 is divided into 212a) and the first screw 213 is formed on the outer circumference of the first protrusion body 212 adjacent to one surface of the first fixed body 211.

The second position fixing part 220 has a disc-shaped second fixed body 221 having a second diameter D2 larger than the first diameter D1 and smaller than the second diameter D2. The first protrusion body 2 is formed to protrude from one surface of the second fixing body 211 and guides the outer circumference of the first protrusion body 212 to be pressed so that the plurality of strands 212a are in close contact with each other. 212 formed in the inner periphery of the end of the second protruding body 222 so as to be screwed with the first screw 213. The second protruding body 222 is formed with a fitting groove 222a for guiding the fitting of the first screw 213, It has two screws 223.

In addition, the plurality of strands 212a are formed with protrusions 212b closely contacted with each other when the plurality of strands 212a are fitted into the fitting grooves 222a, and the first through hole of the plurality of strands 212a is formed. The protrusion 212b of the strand 212a exposed to 210a may grip the outer circumference of the lifting string 100.

It will be described the installation process in the lifting line 100 of the position fixing member 200 having the above configuration.

The first position fixing part 210 and the second position fixing part 220 can be fitted to the lifting rope 100. That is, the first through hole 210a of the first position fixing part 210 and the second through hole 220a of the second position fixing part 220 are fitted to the lifting line 100. At this time, the first position fixing portion 210 and the second position fixing portion 220 face each other, the first protrusion body 212 of the first position fixing portion 210 of the second position fixing portion 220 It is arranged to be fitted into the fitting groove (222a).

The first protrusion body 212 may be fitted into the fitting groove 222a. At this time, the plurality of strands (212a) of the first protrusion body 212, the outer periphery strand (212a) can be moved while being in close contact with the inner wall of the fitting groove (222a).

When the first protrusion body 212 is fitted into the fitting groove 222a, the strands 212a of the first protrusion body 212 are in close contact with each other, and at this time, the protrusions of the strands 212a The fields 212b may be caught in close contact with each other.

The first screw 213 formed on the outer surface of the first protruding body 212 and the second screw 223 formed on the end of the second protruding body 222 can be screwed together .

The first screw 213 of the first protruding body 212 and the second screw 223 of the second protruding body 222 are screwed to each other so that the first and second position fixing parts 210 and 220, Can be combined with each other. In this case, the protrusion 212b of the strand 212a exposed to the first through hole 210a may grip the outer surface of the lifting string 100.

Therefore, the first and second position fixing parts 210 and 220 coupled to each other may be fixed at a predetermined position of the lifting line 100.

At this time, the first fixed body 211 and the second fixed body 221 have a predetermined space. The outer clamp 400 may be positioned on an outer surface of the second protrusion body 222 positioned in this space. In addition, the outer clamp 400 may be provided with a collecting port 500 to be detachable.

First, the inner circumference of the first outer circumferential clamp 410 of the 'C' shape is disposed to be fitted to the outer surface of the second protruding body 222. Therefore, the latching grooves 411 formed at the outer circumferences of both ends of the first outer circumferential clamp 410 are exposed to the outside.

In addition, a second outer circumferential clamp 420 having a latching protrusion 421 fitted into the latching groove 411 of the first outer circumferential clamp 410 is installed to surround the first outer circumferential clamp.

Therefore, the latching projections 421 formed at the inner circumferences of both ends of the second outer circumferential clamp 420 may be inserted into and fixed to the latching grooves 411.

Here, the first and second outer clamps 410 and 420 may be slidably coupled to each other at a side. That is, the sharp both ends of the first outer circumferential clamp 410 are inserted into the guide hole 423 formed in the inner circumference of the second outer circumferential clamp 420 to be in a state of being able to slide. At this time, the latching protrusion 421 of the second outer circumferential clamp 420 may be fitted into the latching groove 411 from the side of the first outer circumferential clamp 410.

Accordingly, both ends of the first outer circumferential clamp 410 are slidably moved in the guide hole 423, and the engaging protrusion 421 of the second outer circumferential clamp 420 is hooked from the side of the first outer circumferential clamp 410. The first and second outer clamps 410 and 420 can be engaged with each other while being fitted in the clamping groove 411.

Both ends of the outer clamp 400 fixed to the outer circumference of the second protruding body 222 along the longitudinal direction are positioned by the inner surfaces of the first fixing body 211 and the second fixing body 221, May be limited.

In addition, a hook ring 422 is provided at an outer circumference of the second outer clamp 420, and the hook ring 422 of the connection member 520 provided in the catch body 510 of the catch port 500. The other end bent may be fitted and connected. And, since one end of the connecting member 520 is connected to the hinge end 511 provided in the collecting body 510, the collecting body 510 is rotatable by the hinge end 511. In addition, the connection member 520 may be selectively detachable to the second outer circumferential clamp 420.

5 is an exploded perspective view showing a cephalopod lifting device according to another embodiment of the present invention. 6 is an exploded cross-sectional view showing the cephalopod lifting device of FIG. 7 is a cross-sectional view showing a coupling state of the cephalopod lifting device of FIG.

5 to 7, in another embodiment, the position fixing member 300 may include a first position fixing portion 310 in which a first through hole 310a through which the lifting line 100 is drawn is formed. A second through hole 320a through which the lifting line 100 is drawn is formed, and the second position fixing part 320 is hooked with the first position fixing part 310.

The first position fixing part 310 has a disk-shaped first fixing body 311 having a first diameter D1 and a portion of the first fixing body 311 in an area smaller than the first diameter D1. Is formed to protrude from one surface, the diameter is gradually formed from the first fixing body 311 with the first through-hole 310a as a boundary and a plurality of strands from one surface of the first fixing body 311 The first protrusion body 312 formed by being divided into 312a and the first protrusion body 312 to form a coupling groove 313a having a predetermined depth between the first protrusion body 312 and the first fixing body 311. It has a connecting body 313 connecting the protruding body 312 and the first fixed body 311 with each other.

The second position fixing part 320 has a disc-shaped second fixed body 321 having a second diameter D2 larger than the first diameter D1 and smaller than the second diameter D1. The first protruding body 312 is protruded from one side of the second fixing body 321 and the outer circumference of the first protruding body 312 is guided to be pressed so that the plurality of strands 312a are closely contacted with each other, A fitting groove 322a for guiding the fitting of the 312 is formed and protrudes at the end of the second protrusion body 322 and the second protrusion body 322 to fit into the coupling groove 313a. Has 323.

The plurality of strands 312a are formed in protrusions 312b that are closely contacted with each other when the first strands 312a are inserted into the fitting groove 322a. The protrusion 312b of the strand 312a exposed to the 310a may grip the outer circumference of the lifting string 100.

The installation process in the lifting line of the positioning member having the above configuration will be described.

The first position fixing part 310 and the second position fixing part 320 can be fitted to the lifting rope 100. That is, the first through hole 310a of the first position fixing part 310 and the second through hole 320a of the second position fixing part 320 are fitted to the lifting line 100. At this time, the first position fixing portion 310 and the second position fixing portion 320 face each other, the first protrusion body 312 of the first position fixing portion 310 of the second position fixing portion 320 It is arranged to be fitted into the fitting groove (322a).

Here, the coupling protrusion 323 formed at the end of the second protrusion body 322 may be moved along the outer circumference of the first protrusion body 312.

In this case, the plurality of strands 312a may be in close contact with each other, and the protrusions 312b formed in the strands 312a may also be in close contact with each other.

The engaging protrusion 323 is moved along the outer periphery of the first protruding body 312 and the engaging protrusion 323 is provided between the first fixing body 311 and the first protruding body 312 It can be fitted into the coupling groove 313a of the connection body 313.

Thus, the first and second position fixing parts 310 and 320 may be coupled to each other.

As such, the outer circumferential clamp 400 mentioned above is disposed on the outer circumference of the second protrusion body 322 of the first and second position fixing parts 310 and 320 coupled to each other, and the collecting hole (400) is disposed on the outer circumferential clamp 400. 500 may optionally be detached.

The outer clamp 400 installed on the outer side of the second position fixing parts 220 and 320 can rotate 360 degrees along the outer sides of the second position fixing parts 220 and 320. This is connected to the outer clamp 400 The collecting port 500 is intended to be easily placed on the bottom of the surface of the water, such as the sea, and also to be able to move according to the wave direction inside the surface of the water.

The method of installing the outer circumference clamp 400 on the outer circumference of the second protrusion body 322 and the method of selectively installing the collecting port 500 on the outer circumference clamp 400 are the methods mentioned in the above embodiment. And since the process is substantially the same description will be omitted below.

As described above, in the detailed description of the present invention has been described with respect to embodiments of the present invention, those skilled in the art to which the present invention pertains various modifications can be made without departing from the scope of the present invention Of course.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined not only by the claims below, but also by the equivalents of the claims.

1 is an exploded perspective view showing a cephalopod lifting device according to an embodiment of the present invention.

2 is an exploded cross-sectional view showing the cephalopod lifting device of FIG.

3 is a cross-sectional view showing a coupling state of the cephalopod lifting device of FIG.

4 is a cross-sectional view along the line A-A of FIG.

5 is an exploded perspective view showing a cephalopod lifting device according to another embodiment of the present invention.

6 is an exploded cross-sectional view showing the cephalopod lifting device of FIG.

7 is a cross-sectional view showing a coupling state of the cephalopod lifting device of FIG.

* Description of main parts

100: lifting line 200, 300: position fixing member

210, 310: first position fixing part 211, 311: first fixing body

212, 312: first protrusion body 213: first screw

313: connecting body 220, 320: second position fixing part

221, 321: second fixed body 222, 322: second protrusion body

223: second screw 323: engaging projection

400: outer clamp 410: first outer clamp

411: latching groove 420: second outer circumference clamp

421: hook 422: hook hook

500: collecting port 510: collecting body

511: hinge end 520: connecting member

Claims (7)

A plurality of position fixing members fixed to a plurality of positions of the lifting rope which are coupled to each other to form roughness on the outer periphery; And And an outer clamp which is fastened to each of the position fixing members and on which an attracting port capable of attracting and capturing cephalopods on the outer periphery thereof is selectively installed. The method of claim 1, The position fixing member may include a first position fixing part formed with a first through hole into which the lifting bar is inserted and a second position fixing part formed with a second through hole into which the lifting bar is inserted and screwed to the first position fixing part, Provided with a fixing part, Wherein the first position fixing part is formed to have a disk-shaped first fixing body having a first diameter and a second fixing body which protrudes from one surface of the first fixing body in a region smaller than the first diameter, A first protrusion body formed to gradually decrease in diameter from the first fixed body and divided into a plurality of strands from one surface of the first fixed body, and the first protrusion body adjacent to one surface of the first fixed body; Having a first screw formed on the outer periphery, Wherein the second position fixing portion is formed to protrude from one surface of the second fixing body in a disk-shaped second fixing body having a second diameter larger than the first diameter, and in a region smaller than the second diameter, A first protrusion body is formed to guide the outer periphery of the protrusion body is pressed to guide the fitting of the first protrusion body so that the plurality of strands close to each other, and the second screw so as to be screwed with the first screw Cephalopod lifting device, characterized in that it has a second screw formed on the inner periphery of the protruding body. The method of claim 1, The position fixing member may include a first position fixing part formed with a first through hole into which the lifting bar is inserted and a second position fixing part formed with a second through hole into which the lifting bar is inserted and screwed to the first position fixing part, Provided with a fixing part, Wherein the first position fixing part is formed to have a disk-shaped first fixing body having a first diameter and a second fixing body which protrudes from one surface of the first fixing body in a region smaller than the first diameter, A first protrusion body formed to gradually decrease in diameter from the first fixed body and divided into a plurality of strands from one surface of the first fixed body, and between the first protrusion body and the first fixed body; Has a connecting body connecting the first protrusion body and the first fixed body to each other to form a coupling groove of depth, The second position fixing part is formed to protrude from one surface of the second fixing body in a region of the disk-shaped second fixed body having a second diameter larger than the first diameter and smaller than the second diameter, the first protrusion Guide the outer periphery of the body is pressed to guide the fitting of the first protrusion body is formed so that the plurality of strands close to each other is formed with a second protrusion body, protruding formed at the end of the second protrusion body and the coupling Cephalopod lifting device, characterized in that it has a coupling protrusion fitted into the groove. The method of claim 2 or 3, The plurality of strands are formed to be in close contact with each other when the fitting groove is fitted, the projection of the strand exposed to the first through hole of the plurality of strands is characterized in that the grip of the outer periphery of the lifting line Cephalopod lifting device. The method of claim 2 or 3, The outer circumferential clamp is installed on the outer circumference of the second protruding body, and both ends of the outer circumferential clamp are defined by the inner surface of the first fixing body and the inner surface of the second fixing body to fix the position of the outer clamp. The outer clamp is, One side is formed in the 'C' shape, the first groove is formed on the outer periphery and the outer periphery of the second protrusion body and the outer periphery of the first outer clamp is formed in the 'C' shape to audit the A cephalopod lifting device, comprising: a second outer circumferential clamp having a locking projection fitted to the latching groove at an inner circumference thereof; The method of claim 5, Both ends of the first outer circumferential clamp are sharply formed to form an acute angle, and guide holes for guiding sliding of both ends of the first outer circumferential clamp are formed in an inner portion of the second outer circumferential clamp. Cephalopod lifting device. The method of claim 6, The collecting port, A collection port body forming a space where the cephalopod is attracted and collected, a hinge end formed on the outer circumference of the collecting body, and have a predetermined length so that one end is rotatably connected to the hinge end and the other end is fitted to the hook ring. A cephalopod lifting device comprising a connecting member to be bent.

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