KR200321132Y1 - Fishing line longline for small octopus capture - Google Patents

Abstract

The present invention relates to a fishing line stretcher for octopus capture, and has a feature to make a smooth and stable operation by preventing the occurrence of slip phenomenon is excellent in the continuous action of the fishing line compared to the conventional long line.

The present invention for this purpose, a fastener 10 for fixing to the deck, the support frame 20 is fixed to the fastener 10 and bolts are assembled to each device, and the drive roller device 30 is fixed to the support frame ), A driven roller device 40 which is fixed to the support frame and driven by the drive roller device 30, a fishing line support device 70 installed on the extension part 20a of the support frame, and Octopus consisting of a fishing line guide 60 in front of the fishing line support device 70 and fixed to an extension of the support frame, and a string guide 90 fixed with screws while covering the outside of the drive roller device 30. In a catch line streak; The fishing line support device 70 is characterized in that the fishing line support device 70 that can arbitrarily adjust the gap between the inclined rollers using the adjustment handle.

Description

FISHING LINE LONGLINE FOR SMALL OCTOPUS CAPTURE}

The present invention relates to a fishing line stretcher for octopus capture, and has a feature that smooth and stable operation by preventing the phenomenon of slipping is more excellent than the conventional long line stretching action. In addition, the present invention can be adjusted to arbitrarily finely adjust the spacing between the inclined rollers of the fishing line support device to protect the fishing line by preventing the raw line that takes a heavy load during deep sea work through the gap between the inclined rollers It has the characteristics to make the best operation.

In order to catch the octopus, fishing gear must be prepared. Usually, several hundreds of meters of diameter, which are about 5 mm in diameter, are tied with a string of about 1.5 mm in diameter and several meters in length at regular intervals. At the end is a manned fishing hook.

Next, in this state, the raw strings are lined up on the deck, and they are changed into water. After a certain time, the raw strings are wound up using a normal winch drum fixed on the deck. Come up together. At this time, by pulling the collar that is wound up on the deck along the circumference by hand, the octopus caught by the fishing needle is removed, and the collar and the fishing needle from which the octopus has been removed are shifted back into the sea together with the circumference. In general, since the operation is performed more than 10 times from night to morning, the worker is very tired and is accompanied by physical pain such as decreased concentration.

By the way, when working as above, the main line and the neck are wound up on the winch drum at the same time, and the number of hand floats are fixed to the main line, and the fishing needles are alive and swinging octopus hanging, At the same time there is a problem that occurs when a lot of tangling each other and broken or lost when coming up to the deck. Therefore, because it is necessary to handle the preparation carefully, a skilled worker is required, and a lot of labor expenses are incurred from the owner's point of view. This situation has a number of problems, such as spending money.

The use of a mechanical stretcher can solve many of the problems caused by the above. Although many researches and developments have been involved for this, the characteristics of the hand bobber and the tendon and the neckline are easily damaged when damaged. A device has been developed that satisfactorily solves the problem of working through the deck without any kinks and safely returning to the sea and preventing the octopus caught in the needle from being injured or damaged in the process. In this situation, they are forced to invest in the labor of the skilled workers and the cost of the owners, making the octopus unreasonable.

Accordingly, the applicant has developed a utility line for catching octopus and filed it as a utility model (Utility Model Application No. 2002-31153), which has solved a large number of problems caused by the conventional octopus operation as described above. Some problems have occurred:

In other words, in order to catch octopus in the deep sea of about 100 depths, the fishing line should be submerged to the corresponding depth, and after that, the fishing line should be wound onto the deck to catch the octopus. At this time, it is submerged to the deep sea and octopus is caught in the needle, so the high load on the fishing line will work. Therefore, if you want to stretch the fishing line depending on the friction force of the rubber roller 38 and the air tube 43 of the driving roller device 30 and the driven roller device 40, the heavy load is applied as described above The string slipped beyond the frictional force between the rubber roller 38 and the air tube 43 occurred. Therefore, it was found that the smooth operation is difficult.

And it can be seen that there is a disadvantage that the original line of the fishing line subjected to the heavy load as above escapes through the gap between the inclined rollers (78, 88), causing damage and ruining operation.

Therefore, the present invention almost eliminates the phenomenon that the fishing line under heavy load slips between the driving roller and the driven roller during deep sea work, and also between the inclined rollers when the heavy load fishing rope passes through the inclined rollers. The aim of this article is to provide an octopus catching fishing line stretcher to ensure safe and smooth operation and to reduce economic losses by not escaping through the gaps of the fish.

To this end, the present invention, a fastener 10 for fixing to the deck, the support frame 20 is fixed to the bolt and fixed to the fastener 10, each device is assembled, and the drive roller device 30 is fixed to the support frame ), A driven roller device 40 which is fixed to the support frame and driven by the drive roller device 30, a fishing line support device 70 installed on the extension part 20a of the support frame, and Octopus consisting of a fishing line guide 60 in front of the fishing line support device 70 and fixed to an extension of the support frame, and a string guide 90 fixed with screws while covering the outside of the drive roller device 30. In a catch line streak; The fishing line support device 70 is characterized in that the fishing line support device 70 that can arbitrarily adjust the gap between the inclined rollers using the adjustment handle.

1 is a front view of the present invention.

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

3 is a cross-sectional view taken along the line B-B in FIG.

4 is a plan view of the present invention.

5 is a rear view of the present invention.

<Description of the symbols for the main parts of the drawings>

10: clamp 20: support frame

30: drive roller device 40: driven roller device

50: auxiliary driven roller device 60: fishing line guide

70: fishing line support 90: neck guide

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

First look at the fastener (10) for fixing the present invention to the deck, as shown in Figure 2 to secure the support frame 20 with a bolt 12 to be made in the form of "b" shape to be located on the outside of the deck and the top of the water surface do. Of course, it is a natural reason to use a square steel or square bar that is not necessarily the "b" shape and the degree of change is not beyond the technical scope of the clamp 10 of the present invention.

Next, looking at the support frame 20, the extension portion 20a is formed on the side to have a shape such as "ㅏ" in the upper side and the side. This may be said to be designed to form the devices described below to be the most reasonable and compact.

Subsequently, while the drive shaft 34 of the hydraulic motor 32 of the drive roller device 30 passes through the hole 28 of the support frame 20, it is fixed with a bolt at the rear of the support frame 20 and the drive shaft 34. ), The boss 36 is fixed using a key. In addition, the outer peripheral edge of the boss 36 may be fixed to the rubber roller 38, which forms a concave curve on the surface, but may also be formed on the surface of the concave curve of the rubber roller 38. Therefore, the rubber roller 38 rotates at a low speed by the operation of the hydraulic motor 32 which is linked to the hydraulic device of the ship.

Next, the driven roller device 40 is to be assembled on the drive roller device, the support section 44 through a hole 45 of the support frame and the support section 44 and a nut 45 assembled to the screw. The support shaft 41 is to be fixed to. Next, the outer periphery of the boss 42 assembled to the support shaft 41 to assemble an air tube 43 made of a tough and strong material, it is fixed through the adhesion or the inner surface of the air tube you It may be good to form the ring and to form a ring on the surface of the boss 42 so that slip phenomenon does not occur. On the other hand, the air tube of the present invention can be replaced with a similar to the structure of the wheel of the vehicle.

Next, the support shaft 41 is supported while allowing the bolt 44a to be moved up and down while the one side is fixed to the support frame by the bolt 44a, and the bolt 44a is After having the screw rod 46 vertically provided through the opposite portion and assembled with the nut 47, the tension spring between the screw rod 46 and the bolt 49 assembled to the extension portion 20a of the support frame. (48), the air tube 43 is brought into close contact with the surface of the rubber roller 38 of the drive roller device 30 by the pulling force of the tension spring 48, the friction of the air tube 43 By adjusting the position of the screw rod 46, the pulling force of the tension spring 48 is adjusted so that the friction force of the air tube 43 and the rubber roller 38 can be adjusted, so that the most appropriate tension can be adjusted according to the situation. And frictional force. The situation here refers to the type, material, size, rotational speed of the driving roller device, operating conditions, etc. On the other hand, the support section 44 is rotated by the bolt 46 because the space between the air tube and the rubber roller should be formed because the first line is to be bite by inserting the raw line between the rubber roller and the air tube when lifting the first line. It is centered so that it can be lifted up.

Next, the fishing line guide 90 is made using a stainless steel plate or a brass plate as shown in the drawing, but while maintaining the curve as if surrounding the rubber roller 38 front upper side of the drive roller device 30, the opposite end of the support frame It is to be fixed with a screw 92 on the extension (20a) of the. 1 through the fishing line support device 70 as shown in FIG. 1, which enters the driving roller device 30 and the driven roller device 40, the rubber roller 38 of the driving roller device and the air tube of the driven roller device ( 43) to guide the passage separately. That is, when the raw line passes between the inclined rollers 78 and 88 of the fishing line support device 70, the collar is sag vertically and freely exits through a gap formed between the inclined rollers 78 and 88. , The raw line is forced to enter between the rubber roller 38 and the air tube 43, but because the neck line proceeds as sag vertically down as above, it slides naturally while touching the surface of the neck guide 90. Will pass through the device. Therefore, in the present invention, the collar guide 90 plays an important role.

Next, the fishing line support device 70, which is one of main components of the present invention, the assembly end 71a for assembling the bolt 72 to the protruding end 24 formed on the extension portion 20a of the support frame 20. And a frame 71 having a "∩" shape in which a hole 74 in which the fixed shaft 75 is assembled and a hole 73 in which the bushing 79 supporting the adjustment shaft 81 is formed are formed. However, this is preferably manufactured as a casting.

Subsequently, the first screw 82 of the adjustment shaft 81 is fixed to the frame 71 by bolts while a part is inserted into the hole 73 of the frame 71. Assembling a bushing 79 formed with a screw hole 80 to be coupled to the frame 71, the first screw 82 is inserted into the bushing 79 is a screw hole 80 of the bushing 79 And a control shaft 81 formed with a second screw 83 coupled to and extending out of the bushing 79.

Subsequently, the adjusting shaft 81 is assembled with the inclined roller 88 together with the bearing 87 so as not to be separated by bolts, and then supported while being inserted into the hole 74 of the frame 71 and the nut 76. By assembling the fixed shaft 75 is fixed to the frame 71. Subsequently, the inclined roller 78 and the bearing 77 are assembled to the fixed shaft 75 and fixed with bolts so as not to be separated, and then the frame 71 is bolted to the extension 20a of the support frame 20. 72).

Next, as the second screw 83 of the adjusting shaft 81 is assembled to be coupled to the screw hole 86, the adjusting shaft 81 can move in the axial direction as it rotates right or left. The assembly is completed by assembling the 85 and assembling the nut 84 fixing the adjustment handle 85.

Next, the usage tips and features of the fishing line support device 70 will be described.

As described above, when assembled to the extension portion 20a of the support frame 20 with bolts 72, the distance between the inclined rollers 78 and 88 to be opposed must be adjusted appropriately. The most appropriate interval should be followed. For example, if the diameter of the raw line is 1mm and the diameter of the neckline is 0.3mm, the gap between the warp rollers 78, 88 should be more than 0.3mm since the neck has to pass through the gap between the warp rollers 78, 88. It should be adjusted to be 0.4mm or less. Accordingly, the clearance between the inclined rollers 78 and 88 passes through the neckline and moves toward the driving roller device 30, and the original line is placed on the driving roller device 30 while being placed on the gap between the inclined rollers. It is moving.

By the way, the conventional fishing line support device is not a type that can finely control the gap between the inclined rollers, and because it is a fixed type manufactured so that the gap is about 1mm or 2mm, as described above, the deep sea work of about 100M or less can be performed. In this case, when you want to stretch the file line located in the deep sea, it will take a high load on the file line itself, so even if you use a file line of about 1.5mm in diameter, the line will fall into the gap between the inclined rollers. Can't. Therefore, it takes a lot of load on the streak and eventually breaks the line, causing a lot of damage.

In this regard, the present invention can solve the above-described closed end by allowing to finely adjust the gap between the inclined rollers, the second screw of the adjusting shaft 81 by slightly loosening the nut 84 in the state of FIG. 83) and the rotation of the adjustment handle 85 in the clockwise direction rotates while the left end surface of the adjustment handle 85 is in contact with the right end surface of the bushing 79. 1 Since the screw 82 is engaged with the screw hole 80 of the bushing 79, the screw 82 is moved while rotating into the bushing 79, so that the right inclined roller 88 approaches toward the left inclined roller 78. As a result, the gap between the inclined rollers 78 and 88 is narrowed. After that, if the nut 84 is tightened to come into contact with the bushing 79, it acts as if the double nut is fastened so that the position of the adjustment shaft 81 is firmly fixed.

On the contrary, when it is necessary to increase the clearance between the inclined rollers, when the adjusting handle 85 is rotated counterclockwise in the state of FIG. 3, the entire adjusting shaft 81 is rotated counterclockwise so that the adjusting shaft 81 is rotated counterclockwise. ) Eventually moves to the right. Therefore, the gap between the inclined rollers is opened. In this state, a gap is generated between the left end face of the adjusting handle 85 and the right end face of the bushing 79. Although it is not a big problem if it is left as it is, there is no big problem, but if possible, the right end end of the adjusting shaft 81 is used with a tool. It is preferable to hold the adjusting handle 85 in a clockwise direction so that the left end face thereof is in contact with the right end face of the bushing, and then tighten the nut 84 to more firmly fix the position of the control shaft 81.

As such, the gap between the inclined rollers can be arbitrarily adjusted using the adjusting handle, so that the gap between the inclined rollers can be properly adjusted according to an operation situation, thereby solving the conventional closed end.

Next, looking at the fishing line guide 60, the hinge 65 is also fixed to the upper side of the support 62, which is fixed by the bolt 63 to the end of the extension portion 20a of the support frame (65) After fixing the, the assembling (61) in the form of "J" through which the screw penetrates into the hole of the hinge (65). This allows the main line and the neck line to safely enter between the inclined rollers of the fishing line support device 70 described above, and plays an important role in preventing external objects from being damaged by impacting the fishing line support device 70.

Next, look at the auxiliary driven roller device 50, which is another main technology of the present invention.

Referring to the drawings, the support shaft 51 on the support 54 to move up and down based on the bolt 58 assembled on the side of the support frame 20 in the same structure and method as the driven roller device 40. And a boss 52 fixed to the outer periphery of the support shaft 51 and fixed to the boss 52 by a bolt 59a to contact the rubber roller 38 of the drive roller device 30. The air tube 53 is to be assembled. Subsequently, as a similar procedure to the assembly of the support section 44, the bolt 55 and the bolt of the fixing bolt 10 which are fixed by the nut 57 through the extension portion 54a integrated with the support 54 are provided. The tension springs 56 are assembled between the portions 12a. This is very similar to the configuration and operation of the driven roller device 40 described above, another action according to the purpose of use is very important.

In view of this, as described above, the raw wire transported between the driving roller device 30 and the driven roller device 40 during the deep sea operation is under heavy load in the opposite direction to which the driving force of the driving roller device 30 is applied. The force that tries not to be pulled up is applied, and the deeper the depth, the greater the force. Therefore, the contact roller force of the driving roller device 30 and the driven roller device 40 is surpassed so that the circumference is not drawn well and the sliding phenomenon occurs. In order to prevent this, the auxiliary driven roller device 40 is further provided. The auxiliary driven roller device 50 is installed on the side of the driving roller device 30 as shown in the drawing, and the driving roller device 30 and the driven roller are provided. This is to solve the phenomenon that the original line is slipped and pulled up at the same time while the original line is transferred through the device 40 at almost right angles.

Look at the use of the present invention as described above.

First, in order to catch the octopus by catching the fishing gear, the support rod 44 of the driven roller device 40 is lifted up to place a line on the rubber roller 38 of the drive roller device 30 and the support rod 44. To the original position, the air tube 43 of the driven roller device 40 is pressed against the raw line on the rubber roller 38 described above. Subsequently, by holding the extension portion 54a of the auxiliary driven roller device 50 and lifting it up, the above-described raw line is moved to the rubber roller 38 of the driving roller device 30 and the air tube 53 of the auxiliary driven roller device 50. When the extension part 54a is returned to its original position, the main line is double-folded and bent at almost right angles, and it is kept tightly sandwiched between the rubber roller and the air tube of the driving roller device and the driven roller device and the auxiliary driven roller device. do.

Subsequently, when the hydraulic motor 32 is operated, the driving roller device 30 is rotated and the air tubes 43 and 53 are driven while the proper cushion and frictional force are applied while the driven roller device 30 is driven. Pulled.

When the main line is lifted as described above, the main line is smoothly moved to the driving roller device without falling down due to the gap formed by the inclined rollers 78 and 88 without falling down. The collar is moved toward the driving roller device while maintaining almost vertical vertically by the weight of the octopus. At this time, the neckline passes between the inclined rollers 78 and 88 together with the original line, but passes without being obstructed by the gap formed by the inclined rollers 78 and 88, and the worker passes in front of himself. If you grab the string coming in, take the octopus out of the needle quickly and let it go to the sea.

In this state, if a phenomenon that the main line falls through the gap between the inclined rollers 78 and 88 occurs, the operator immediately operates the inclined roller by operating the adjusting handle 85 of the fishing line support device 70 as described above. By narrowing the gap between (78, 88), one can quickly prevent the fall of the line.

The present invention as described above, the main line between the drive roller device and the driven roller device and at the same time to place the main line between the inclined rollers and then only the hydraulic motor to operate the original line and the collar will be smoothly moved to the front of the operator It is possible to prevent the slipping of the raw wire and the falling of the raw wire, which occurred in the stretching machine, so that the working efficiency is greatly improved and convenient to work compared to using the conventional stretching machine. Because of this, there is a useful effect, such as preventing the loss caused by falling or falling off the original line between the inclined rollers to prevent economic loss and create more profits.

Claims (4)

A fastener 10 for fixing the support frame 20 on the deck; It is fixed by the bolts 12 of the fixing rod 10 and the driving roller device 30 and the driven roller device 40, fishing line guide 60, fishing line support device 70 and the neck guide 90 A support frame 20 which can be assembled and has a horizontally extending portion 20a; A drive roller device 30 assembled under the support frame and operated by a hydraulic motor 32 driven by a hydraulic device associated with an engine of a ship; A driven roller device 40 assembled on an upper side of the support frame and driven by the driving roller device 30; A fishing line guide device (60) installed on the support frame and guiding the raw line and the neck line of the fishing line forced into the driving roller device and the driven roller device; A fishing line support device 70 installed on the support frame to support the fishing line passing through the fishing line guide device and to allow the fishing line to smoothly enter between the driving roller device and the driven roller device; The fishing line stretcher for octopus capture fishing line consisting of a string guide (90) to guide the passage while passing through the drive roller device and the driven roller device is not overlapped or twisted while being fixed to the support frame on the support frame 92 In The support shaft 51 is inserted into the support 54 so that the bolt 58 assembled to the side of the support frame 20 can be moved up and down from the starting point, and then fixed with a nut 59. The boss 52 which is fixed by the bolt 59a while being fitted in the outer circumference of the air roller 53 is assembled with the rubber roller 38 of the driving roller device 30, and integrally formed with the auxiliary support 54. The auxiliary driven roller device 50 through which the tension spring 56 is assembled between the bolt 55 which is fixed by the nut 57 and penetrates the extension part 54a and the bolt 12a of the clamping rod 10. Octopus catching fishing line, characterized in that added). According to claim 1, Fishing line support device 70, A hole 74 and an adjusting shaft having an assembling end 71a for assembling the bolt 72 to the protruding end 24 formed in the extension portion 20a of the support frame 20, and the fixed shaft 75 is assembled. A frame (71) of the "shape" shape, in which a hole 73 for assembling the bushing 79 for supporting 81 is formed; The first screw 82 of the adjustment shaft 81 is fixed to the frame 71 by a bolt while a part is inserted into the hole 73 of the frame 71, and is supported by inserting the adjustment shaft 81. A bushing 79 having a screw hole 80 to be coupled thereto; The first screw 82 is inserted into the bushing 79 and the adjusting shaft 81 is formed with a second screw 83 coupled to the threaded hole 80 of the bushing 79 and extending out of the bushing 79. )and; A fixed shaft 75 supported while being inserted into the hole 74 of the frame 71 and fixed to the frame 71 by a nut 76; Inclined rollers 78 and 88 facing inclined surfaces while being assembled to outer peripheries of bearings 77 and 87 assembled by bolts at opposite ends of the fixed shaft 75 and the adjusting shaft 81; Adjusting handle 85 for allowing the control shaft 81 to move in the axial direction as the second screw 83 of the control shaft 81 is assembled to be coupled to the screw hole 86 to the right or left turn And, Octopus trap fishing line stretcher, characterized in that consisting of a nut (84) for fixing the adjustment handle (85). The fishing line stretcher for octopus capture according to claim 2, wherein a gap is formed between the slanted rollers (78, 88) of which assembly is completed, so that only the neckline except the original line can pass. The method of claim 2, wherein the gap between the inclined rollers (78, 88) facing each other can be adjusted at a fine interval as the adjusting shaft 81 is moved in the axial direction by the adjusting handle (85). Octopus catches fishing line long.