KR20230074877A - A Hybrid Line Hauler - Google Patents

Abstract

The present invention relates to a hybrid line hauler. The configuration is: a frame which is plate-shaped; a first driving roller which is installed in the frame, receives external power and is fixed to the frame to be able to rotate; a second driving roller which is installed, receives external power and is able to rotate along with the first driving roller; a first auxiliary roller which is in contact with the driving roller on an upper end of the first driving roller and rotate; a second auxiliary roller which is in contact with the second driving roller on a lower end of the second driving roller and rotate; a post which supports, from a lower part, the frame to be located on an upper part for a bottom surface; and a cradle installation unit which can install a cradle guiding a fishing line to the first driving roller on a front of the frame. According to the present invention, the hybrid line hauler can safely operate regardless of loads applied to the fishing line and can be used regardless of fish pots.

Description

Hybrid Yang Seung-gi {A Hybrid Line Hauler}

The present invention relates to a lifter, and more particularly, to a hybrid lifter capable of applying traps as needed.

In addition to direct collection to obtain fish from tidal flats or the sea, fishery products are fished in various ways, such as casting nets, liners, and traps, depending on the species. In line fishing, which is operated by casting and raising the fishing line, the quality of the fishing gear is very important to the fishing performance.

In particular, when the fishing line is lifted, the fishing line is not smoothly lifted due to the tension applied to the rotating roller by the weight of the fishing product, and it often occurs that the fish caught in the fishing line cannot be captured due to slipping on the rotating roller.

In addition, when towing a fishing line for a trap with a lot of load and when towing a fishing line for a long line, there is a problem in that the entire system must be installed differently, respectively, making the work cumbersome.

Registered Patent No. 10-2138972

In order to solve the above problems, an object of the present invention is to provide a hybrid elevator that operates safely regardless of the load applied to the fishing line and can be used regardless of line and trap.

In order to solve the above object, the hybrid passenger lift of the present invention includes a frame formed in a plate shape, a first drive roller installed on the frame and rotatably fixed to the frame by receiving external power, and A second drive roller installed to receive external power and rotatably together with the first drive roller, a first auxiliary roller that rotates in close contact with the first drive roller at an upper end of the first drive roller, and A second auxiliary roller rotating in close contact with the second driving roller at the lower end of the second driving roller, a post supporting the frame from below so as to be positioned upward with respect to the bottom surface, and a fishing line in front of the frame 1. It is characterized in that it includes a cradle installation unit capable of installing a cradle guiding the driving roller.

The first driving roller includes a first drum formed in a cylindrical shape and rotatably fixed to a rotating shaft formed in the frame, a first rubber wheel formed in a cylindrical shape corresponding to an outer surface of the first drum, and A first cover formed of a disc to shield the front surface of the first drum and fixed to the front surface of the first drum, and a disc shape to shield the rear surface of the first drum and fixed to the rear surface of the first drum. It may include a second cover.

A first tensioner for adhering the second drive roller to the first drive roller and the second auxiliary roller, and a second tensioner for adhering the first auxiliary roller to the first drive roller. .

The first tensioner is formed in a bar shape, one end is rotatably fixed to the other side of the frame, and the other end is formed on the other side of the frame with a first link fixed to the rotating shaft of the second drive roller It is characterized in that it includes a first screw bolt fastened to a first nut, and a first spring having one end fixed to the other end of the first link and the other end fixed to one end of the first screw bolt.

The cradle installed in the cradle installation unit has a fixing plate formed in a plate shape and fixed to one surface of the upper end of the frame, a first fixing bar positioned perpendicular to the tip of the fixing plate, and a position perpendicular to the first fixing bar. and a first fixing guide rotatably fixed with respect to the first fixing bar, a second fixing bar formed in a bar shape and selectively fixed while sliding along the through hole of the first fixing guide, and a plate shape formed in the second fixing guide. A guide plate formed perpendicular to the front end of the fixing bar, a guide roller rotatably formed on the guide plate, a first roll bar located at the front end of the guide plate and rotating the top and bottom of the front end with a rotation axis, and the fixing plate It is formed on, characterized in that it comprises a second roll bar that rotates the top and bottom of the front end of the other surface of the frame with a rotation axis.

The hybrid elevator according to the present invention has the following effects.

The maximum force is transmitted during towing by allowing the fishing line to be towed between the 1st drive roller and the 1st auxiliary roller sea, between the 1st drive roller and 2nd drive roller, and between the 2nd drive roller and 2nd auxiliary roller. In addition, it is possible to easily replace the cradle, so that the trap or line can be applied immediately, which has the advantage of increasing convenience in use.

1 is a front view showing a preferred embodiment in which a trap holder is installed in a hybrid lift according to the present invention.
Figure 2 is a rear view showing the configuration of Figure 1;
3 is a front view showing a preferred embodiment in which a joist holder is installed in a hybrid lift according to the present invention.

Hereinafter, a preferred embodiment of the hybrid lift according to the present invention will be described in detail with reference to the accompanying drawings.

First, the hybrid elevator of the present invention, as shown in FIGS. 1 and 2, has a frame 10 formed in a plate shape, and is installed in the frame 10 to receive external power and rotate in the frame 10 A first drive roller 12 that is possibly fixed, a second drive roller 14 installed on the frame 10 and rotatably together with the first drive roller 12 by receiving external power, The first auxiliary roller 16 rotates in close contact with the first driving roller 12 at the upper end of the first driving roller 12, and the second driving roller 14 at the lower end of the second driving roller 14. ), a second auxiliary roller 17 that rotates in close contact with the frame 10, a post 18 supporting it from below so that the frame 10 is positioned upward with respect to the bottom surface, and a fishing line in front of the frame 10 It may include a holder installation unit 19 capable of installing the holders 40 and 50 guiding the first driving roller 12 .

First, the frame 10 is provided in the hybrid lift of the present invention. The frame 10 is formed in a plate shape and forms the skeleton of the lifter of the present invention.

A first driving roller 12 is provided on the frame 10 . The first driving roller 12 is installed on the frame 10 and is rotatably fixed to the frame 10 by receiving external power.

Also, a second driving roller 14 is provided on one side of the first driving roller 12 . Like the first driving roller 12, the second driving roller 14 is installed on the frame 10 and receives external power to be rotatable together with the first driving roller 12.

Surfaces of the first drive roller 12 and the second drive roller 14 are in contact with each other, and a fishing line is attached to the surface where the first drive roller 12 and the second drive roller 14 come into contact. The fishing line is moved by rotation of the first driving roller 12 and the second driving roller 14.

A first auxiliary roller 16 is provided at an upper end of the first driving roller 12 . The first auxiliary roller 16 is in close contact with the first driving roller 12 and rotates as the first driving roller 12 rotates.

The first driving roller 12 and the first auxiliary roller 16 are in contact with each other, and the fishing line is on the surface where the first driving roller 12 and the first auxiliary roller 16 come into contact. The fishing line is moved by rotation of the first driving roller 12 and the first auxiliary roller 16.

A second auxiliary roller 17 is provided next to the second driving roller 14 . The second auxiliary roller 17 is in close contact with the second driving roller 14 and rotates as the second driving roller 14 rotates.

The second driving roller 14 and the second auxiliary roller 17 are in contact with each other, and the fishing line is on the surface where the second driving roller 14 and the second auxiliary roller 17 come into contact. position, the fishing line is moved by the rotation of the second driving roller 14 and the second auxiliary roller 17.

A post 18 is provided on the frame 10 . The post 10 is formed in a bar shape and serves to support the ship to be positioned at a certain height with respect to the bottom surface when the elevator of the present invention is installed on the ship or the like.

A cradle installation unit 19 is provided at the front of the frame 10 . The cradle installation unit 19 serves to provide a space in which a cradle for guiding a fishing line to the first driving roller 12 can be installed.

Meanwhile, the first driving roller 12 may be configured in various ways, and in the present invention, it may be configured as follows.

As shown in FIG. 3, the first driving roller 12 includes a first drum 12a formed in a cylindrical shape and rotatably fixed to a rotating shaft formed in the frame 10, and the first drum 12a. A first rubber wheel (12b) formed in a cylindrical shape corresponding to the outer surface of (12a) and a disc to shield the front surface of the first drum (12a), fixed to the front surface of the first drum (12a) It may include a first cover 12d and a second cover (not shown) formed in the form of a disc to shield the rear surface of the first drum 12a and fixed to the rear surface of the second drum 12a. there is.

First, a first drum 12a is provided on the first driving roller 12 . The first drum 12a is formed in a cylindrical shape and is rotatably fixed to a rotation shaft formed in the frame 10 . The first drum 12a may be made of metal or resin material for rigidity.

A first rubber wheel 12b is provided on the first drum 12a. The first rubber wheel 12b is formed in a cylindrical shape to engage with the outer surface of the first drum 12a. The first rubber wheel 12b may have a thickness of 30 mm to 50 mm. When the thickness of the first rubber wheel 12b is smaller than 20 mm, the first rubber wheel 12b may be separated from the first drum 12a or torn due to the load applied to the fishing line. . More preferably, the rubber wheel 12b has a thickness of 40 mm. At this time, the width of the first rubber wheel 12b may be formed to be 80 mm. The diameter of the first drum 12a may be formed to be 165 mm.

Also, a first cover 12d is provided on one side of the first rubber wheel 12b. Also, a second cover (not shown) is provided on the other side of the first rubber wheel 12b.

The first cover 12d is formed as a disk to shield the front surface of the first drum 12a. Like the first cover 12d, the second cover is also formed as a disk to shield the rear surface of the first drum 12a.

A first cover 12d on the front side of the first drum 12a and a second cover on the rear side of the first drum 12a are fastened to each other through the first rubber wheel 12b, so that the first drum ( It serves to protect 12a).

Of course, the first cover 12d and the second cover serve to reinforce the pressure of the fishing line applied to the first rubber wheel.

In particular, grooves are formed on the front and rear surfaces of the first rubber wheel 12b to correspond to the first cover 12d and the second cover, so that the first cover 12d is attached to the first rubber wheel 12c. , The second cover engages with the rubber wheel groove formed on the other side of the first rubber wheel 12b to more stably reinforce the pressure applied to the first rubber wheel 12b.

The second driving roller 14 , the first auxiliary roller 16 , and the second auxiliary roller 17 may have the same structure as the first driving roller 12 . A detailed description of the second driving roller 14, the first auxiliary roller 16, and the second auxiliary roller 17 will be omitted.

The first auxiliary roller 16 and the second auxiliary roller 17 may be formed relatively small with respect to the first driving roller 12 and the second driving roller 14 . The rubber wheels of the first auxiliary roller 16 and the second auxiliary roller 17 may have a thickness of 40 mm to 50 mm. When the thickness of the rubber wheel of the auxiliary rollers 16 and 17 is smaller than 40 mm, the rubber wheel may be separated from the drum or torn due to the load applied to the fishing line. More preferably, the thickness of the rubber wheels of the auxiliary rollers 16 and 17 is 45 mm. At this time, the rubber wheel width of the auxiliary rollers 16 and 17 may be formed to be 80 mm. The diameter of the drum of the auxiliary rollers 16 and 17 may be formed to be 60 mm.

And, as shown in FIG. 2, the first driving roller 12 and the second driving roller 14 are each provided with a coupling part to which a power shaft can be coupled. More specifically, a first coupling part 12f is formed on the first driving roller 12 and a second coupling part 14f is formed on the second driving roller 14 .

Power generated from an external power source is transmitted to the first drive roller 12 and the second drive roller 14 through the coupling part, so that the first drive roller 12 and the second drive roller 14 will rotate

Also, a first tensioner 20 is provided on the second driving roller 14 . The first tensioner 20 serves to adjust the strength with which the second driving roller 14 adheres to the first driving roller 12 and the second auxiliary roller 17 .

The first tensioner 20 may be configured in various ways for the above-described function, and in the present invention, the first tensioner 20 is formed in a bar shape, as shown in FIG. 2, and one end is the frame ( 10), a first link 22 rotatably fixed to the other side surface, the other end of which is fixed to the rotating shaft of the second drive roller 14, and a first nut formed on the other side surface of the frame 10 ( 23) and a first spring 26 having one end connected to the other end of the first link 22 and the other end connected to one end of the first screw bolt 24 this is provided

That is, by pulling the other end of the first link 22 by the first spring 26, the second drive roller 14 moves in the direction of the first drive roller 12 and the second auxiliary roller 17. to be elastically supported. At this time, the position of the first screw bolt 24 relative to the first nut 23 is adjusted to adjust the position of the first link 22 so that the second driving roller 14 moves along the first driving roller. (12) and the degree of close contact with the second auxiliary roller (17) can be adjusted.

Also, a second tensioner 30 is provided on the first auxiliary roller 16 . The second tensioner 30 serves to adjust the strength with which the first auxiliary roller 16 adheres to the first drive roller 12 .

The second tensioner 30 may be configured in various ways for the above-described function, and in the present invention, the second tensioner 30 is formed in a bar shape and one end is rotatable on the other side of the frame 10. , and the other end is fastened to the second link 32 fixed to the rotation shaft of the first auxiliary roller 16 and the second nut 33 formed on the other side of the frame 10. A second screw A bolt 24 and a second spring 36 having one end connected to the other end of the second link 32 and the other end connected to one end of the second screw bolt 24 are provided.

That is, the second spring 36 pulls the other end of the second link 32 so that the first auxiliary roller 16 is elastically supported in the direction of the first drive roller 12 . At this time, by adjusting the position of the second screw bolt 34 relative to the second nut 33, the position of the second link 32 is adjusted so that the first auxiliary roller 16 moves along the first driving roller. (12) The degree of close contact can be adjusted.

And, the trap holder 40 is provided in the holder installation part 19. The trap holder 40 includes a fixing plate 42 formed in a plate shape and fixed to one surface of the upper end of the front end of the frame 10, and a first fixing bar 43 positioned perpendicular to the front end of the fixing plate 42. And, a first fixing guide 44 positioned orthogonal to the first fixing bar 43 and rotatably fixed with respect to the first fixing bar 43, and formed in a bar shape to the first fixing guide A second fixing bar 45 selectively fixed while sliding along the through hole of 44, a guide plate 46 formed in a plate shape and perpendicular to the front end of the second fixing bar 45, and the guide A guide roller 47 rotatably formed on the plate 46, a first roll bar 48 located at the front end of the guide plate 46 and rotating the top and bottom of the front end with a rotation axis, and the fixing plate 42 It is formed on, and may include a second roll bar 49 that rotates the top and bottom of the front end of the other surface of the frame 10 with a rotation axis.

First, a fixing plate 42 is provided on the trap holder 40. The fixing plate 42 is formed in a plate shape so that it is engaged and fixed to one surface of the front end of the frame 10 .

A first fixing bar 43 is provided vertically at the front end of the fixing plate 42 . A first fixing guide 44 is provided at an upper end of the first fixing bar 43 . The first fixing guide 44 is formed to be orthogonal to the first fixing bar 43 and is rotatably installed with respect to the first fixing bar 43 .

A through hole is provided in the first fixing guide 44, and a second fixing bar 43 is provided in the through hole. The second fixing bar 43 is formed in a bar shape, is selectively fixed while sliding along the through hole, and serves to adjust the position of the guide plate 46 to be described below.

A guide plate 46 is provided at the front end of the second fixing bar 45. The guide plate 46 is formed in a plate shape and is positioned perpendicular to the front end of the second fixing bar 45 .

A guide roller 47 is provided on the guide plate 46 . The guide roller 47 is rotatably installed on the side of the guide plate 46 and serves to guide the fishing line on which the trap is installed.

A first roll bar 48 is provided at the front end of the guide plate 46 . The first roll bar 48 is formed of a roll bar in which the guide plate 46 rotates the top and bottom of the front end with a rotation axis. The first roll bar 48 serves to guide the fishing line guided to the guide roller 47 .

In addition, a second roll bar 49 is provided on the fixing plate 42 . The second roll bar 49 is rotatably installed in the top and bottom of the front end of the other surface of the frame 10 as a rotation axis. The second roll bar 49 serves to guide the fishing line passing through the guide roller 47 to the first driving roller 12 .

And, the main pole holder 50 is provided. As shown in FIG. 3, the main pole 50 includes a fixed plate 52 formed in a plate shape and fixed to one surface of the upper end of the frame 10, and a frame ( 10), an extension fixing plate 54 extending orthogonally, a first runner guide 56 located below the fixing plate 52 and formed of a pipe in parallel with the front end of the frame 10, and a pipe It may include a second line guide 58 formed to protrude vertically from the frame 10 and to be orthogonal to the first line guide 56.

That is, after the fishing line of the line enters between the first line guides 56, it is guided downward of the second line guide 58, and then it is guided to the first drive roller 12.

Hereinafter, the operation of the hybrid elevator according to the present invention will be described in detail.

First, when pulling a fishing line with a trap, the tip of the fishing line of the trap is hung on the guide roller 47 of the cradle and then hung between the first driving roller 12 and the first auxiliary roller 16.

Then, while driving the first drive roller 12 and the second drive roller 14, the fishing line is hung between the first drive roller 12 and the second drive roller 14, and the second drive roller ( 14) and the second auxiliary roller (17).

In addition, the first tensioner 20 and the second tensioner 30 are used to control whether or not slip occurs as the fishing line is seated between the respective rollers.

Then, the motor is driven to pull the fishing line.

At this time, the load is applied by the traps attached to the fishing line, and the fishing line is applied to the frame 10 and the guide plate 46 of the cradle 40 by the first roll bar 48 and the second roll bar 49. Guided safely without contact.

On the other hand, in the case of towing a longline fishing line, as shown in FIG. 3, a longline holder 50 is installed, and the tip of the fishing line is moved downward between the pair of first longline guides 56 of the holder. After entering, it moves along the lower surface of the second runner guide 58 and then hangs between the first drive roller 12 and the first auxiliary roller 16.

Then, while driving the first drive roller 12 and the second drive roller 14, the fishing line is hung between the first drive roller 12 and the second drive roller 14, and the second drive roller ( 14) and the second auxiliary roller (17).

In addition, the first tensioner 20 and the second tensioner 40 are used to control whether or not slip occurs as the fishing line is seated between the respective rollers.

As such, it will be understood that the technical configuration of the present invention described above can be implemented in other specific forms without changing the technical spirit or essential features of the present invention by those skilled in the art to which the present invention pertains.

Therefore, the embodiments described above should be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the claims to be described later rather than the detailed description, and the meaning and scope of the claims and their All changes or modified forms derived from equivalent concepts should be construed as being included in the scope of the present invention.

10: frame 12: first driving roller
12a: first drum 12b: first rubber wheel
12c: first rubber wheel groove 12d: first cover part
12e: fastener 14: second drive roller
16: first auxiliary roller 17: second auxiliary roller
18: Post 19: Cradle installation part
20: first tensioner 22: first link
23: first nut 24: first screw bolt
26: first spring 30: second tensioner
32: second link 33: second nut
34: 2nd screw bolt 36: 2nd spring
40: trap holder 42: fixed plate
43: first fixing bar 44: first fixing guide
45: second fixing bar 46: guide plate
47: guide roller 48: first roll bar
49: 2nd roll bar 50: pole stand
52: fixing plate 54: extension fixing plate
56: 1st line guide 58: 2nd line guide

Claims (5)

A frame formed in a plate shape;
a first drive roller installed on the frame to receive external power and rotatably fixed to the frame;
a second drive roller installed on the frame to receive external power and to rotate together with the first drive roller;
a first auxiliary roller rotating in close contact with the first driving roller at an upper end of the first driving roller;
a second auxiliary roller rotating in close contact with the second driving roller at a lower end of the second driving roller;
a post supporting the frame from below so as to be positioned upward with respect to the bottom surface; and
A lifter characterized in that it comprises a; a cradle installation unit capable of installing a cradle for guiding the fishing line to the first drive roller in the front of the frame. According to claim 1,
The first driving roller,
a first drum formed in a cylindrical shape and rotatably fixed to a rotation shaft formed in the frame;
a first rubber wheel formed in a cylindrical shape corresponding to the outer surface of the first drum; and
a first cover formed of a disk to shield the front surface of the first drum and fixed to the front surface of the first drum; and
An elevator characterized in that it includes a; second cover formed in the form of a disk to shield the rear surface of the first drum and fixed to the rear surface of the first drum. According to claim 1,
a first tensioner for bringing the second driving roller into close contact with the first driving roller and the second auxiliary roller;
An elevator characterized in that it further includes a second tensioner for bringing the first auxiliary roller into close contact with the first drive roller. According to claim 3,
The first tensioner,
a first link formed in a bar shape, one end of which is rotatably fixed to the other side of the frame, and the other end of which is fixed to the rotating shaft of the second driving roller;
a first screw bolt fastened to a first nut formed on the other side of the frame; and
A first spring having one end fixed to the other end of the first link and the other end fixed to one end of the first screw bolt. According to claim 1,
The cradle installed in the cradle installation unit,
A fixing plate formed in a plate shape and fixed to one surface of the front end of the frame;
a first fixing bar positioned perpendicular to the front end of the fixing plate;
a first fixing guide positioned orthogonal to the first fixing bar and rotatably fixed with respect to the first fixing bar;
a second fixing bar formed in a bar shape and selectively fixed while sliding along the through hole of the first fixing guide;
a guide plate formed in a plate shape and perpendicular to the front end of the second fixing bar;
a guide roller rotatably formed on the guide plate;
a first roll bar located at the front end of the guide plate and rotating the top and bottom of the front end with a rotation axis; and
An elevator characterized in that it includes a; second roll bar formed on the fixing plate and rotating up and down the front end of the other surface of the frame with a rotation axis.

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