KR20180115905A - Fish angling machine - Google Patents

Abstract

The present invention relates to a fish hovering machine. When a fishing line (21) is wound around a spindle (60), a film (40) is wound together with a layer, so that a fishing needles (22) can be separated from each other by the film (40) and the fishing line (21) adjacent thereto. Therefore, the fishing line (21) and the fishing needles (22), and the fishing needles (22) are prevented from being entangled with each other, so that the fishing line (21) and the film (40) can be quickly and easily released together by reverse rotation of a spinning wheel (60) at the time of shooting for next winning. Therefore, it is possible to maximize workability during operation.

Description

{FISH ANGLING MACHINE}

More particularly, the present invention relates to a fish hovering machine, and more particularly, to a fish hovering machine, and more particularly, to a fish hovering machine, and more particularly, And more particularly to a fish hovering machine capable of safely protecting a worker who is exposed to danger by a fishing needle while maximizing sex.

In general, fishes swimming in the sea, such as squid, are inhabited by deep water and are caught using a fishing needle instead of a net to prevent damage to the epidermis during the fishing process.

The fishing hooks hang on the fishing line at regular intervals, and these fishing lines are wound around a tubular device commonly used as a spindle or a bobbin and mounted on a boat.

1 is a perspective view showing a squid fishing line bobbin according to the prior art document (Korean Patent Laid-Open Publication No. 2011-0119851).

The squib fishing line bobbin 1 according to the prior art is provided with a plurality of support rods 5 radially in a rotation bar 3 provided with a handle handle 4 as shown in Fig. Is provided at the end of the fishing line (7), and further, is rotatably installed on an unsprung portion (2) fixed to the boat.

At this time, the fishing line 7 is wound around the cut-away portion 6 of the squid fishing line bobbin 1. A plurality of squid fishing needles 8 are spaced apart from each other in the fishing line 7 wound around the squid fishing line bobbin 1 The fishing line 7 is connected to the fishing line binding portion 11 formed at the back of the trunk portion 9. The trunk portion 9 is provided with a plurality of needles So that the needle part 10 is formed.

The squid fishing line bobbin 1 according to the prior art document has a plurality of squid fishing needles 8 bundled with the fishing line 7 when the fishing line 7 is wound around the squid fishing line bobbin 1 to the squid fishing line bobbin 1 The squid fishing needle 8 is positioned between the fishing line 7 while being wound together with the fishing line 7 so that the fishing line 7 is wound around the needle portion 10 and tangled.

Further, as the squid fishing needle 8 and the fishing line 7 are tangled to each other and wrapped around the squid fishing line bobbin 1, the fishing line 7 is unscrewed for the next squid fishing so that the squid fishing hook 8 The squid fishing needle 8 must be poured into the sea while untangling the needle portion 10 entangled in the fishing line 7, so that the operation is very inconvenient and the productivity is remarkably lowered.

Korean Patent Publication No. 2011-0119851 - Squid fishing line bobbin

The object of the present invention is to prevent the tangling phenomena between the fishing line, the fishing hooks and the fishing hooks to be maximized by maximizing the workability during the fishing operation, And to protect a worker who can be exposed more safely.

The object of the present invention is to provide a fishing grounder that ensures the productivity by not only the workability at the time of fishing but also the saving of material [the material saving of the film] by allowing the film to be wound around the fishing line of the fishing line in the fishing line .

It is an object of the present invention to enable a fishing line and a stratum of a film to be wound while the boundary ball passes through a stopper, that is, a vertical bar, While the film is loosened together, the boundary ball can pass through the vertical bar, allowing the film to pass through the vertical bar so that it can no longer fall into the sea, thereby making clear the boundary between the winding and unfolding of the film. It provides a breakthrough.

An object of the present invention is to provide a fishing grounder that ensures a flexible fishing line is not torn so that its service life is ensured, and workability is ensured even when the fishing line is wound or unwound.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a fish hovering machine which enables the fishing needle to be sagged by gravity when the fishing line is wound between the films, thereby completely eliminating the tangling phenomena between the fishing hooks.

According to an aspect of the present invention,

1. A fish gauge breaker comprising a roller mounted on a boat and passing fishing lines suspended at equal intervals by fishing needles and a spindle rotated in normal and reverse directions to wind or unwind the fishing line,

And the film layer is wound together with the fishing line wound around the spinning wheel.

The present invention relates to an apparatus and method for fishing a fish, and a method for controlling a fishing line, a fishing line, a fishing line, and a fishing line, It is possible to more safely protect it.

In the present invention, when a fishing line is wound around a spinning reel, the film is wound together with the layer so that the fishing needles can be separated from each other by the film, thereby preventing the fishing line, the fishing needles and the fishing needles from being entangled with each other. The fishing line and the film can be quickly and easily released together with the fishing line and the film by the reverse rotation of the spinning wheel during the batting for maximization, thereby maximizing the workability at the time of fishing.

The present invention enables the film to be wound on the spinning wheel in accordance with the fishing line of the hanging part of the fishing hooks, thereby ensuring workability at the time of operation as well as productivity through material saving (material saving of film).

The present invention provides a boundary ball at the boundary between the fishing line hanging portion and the fishing line portion where the fishing line is not suspended and is inserted into the fishing line of the portion where the fishing needles are not suspended so that the fishing line is caught by the fishing line, On the other hand, in the reverse rotation of the spinning wheel, the fishing hooks are loosened together with the fishing line of the hanging part, and the through holes are provided in the film so that the fishing hooks reach the fishing line of the part where the fishing hooks do not hang, .

The present invention enables a fishing line and a stratum of a film to be wound while a boundary ball passes through a stopper, that is, a vertical bar, and then reaches a through hole and rolls up the film together with the spinning fishing line of a spinning wheel of a spinning wheel. On the other hand, While the boundary ball is passed through the vertical bar to allow the player to pass through the vertical bar while being prevented by the vertical bar so that the film is not dropped into the sea any more, thereby clarifying the boundaries between the winding and unwinding of the film.

The present invention has an effect of ensuring workability by preventing the flexible film from being torn well, ensuring a life span, and preventing twisting when winding or unwinding the flexible film.

The present invention has the effect of enabling the deflection of the fishing needle by the gravity when the fishing line is wound between the films, thereby eliminating the entanglement phenomena between the fishing needles.

1 is a perspective view showing a squid fishing line bobbin according to the prior art document;
2 is a perspective view including a fishing boat showing a fish hovering machine according to the present invention;
FIG. 3A is a perspective view showing a state in which a fishing line is unwound from a spinning reel in a state before fishing line is wound on a spinning reel in a fish-ball repelling device according to the present invention;
FIG. 3B is a perspective view showing a state in which fishing line is unwound from a spinning reel in a state before fishing line is unwound from a spinning reel in a fish hovering machine according to the present invention;
4 is a perspective view showing a film applied to a fish hovering machine according to an embodiment of the present invention;
5A and 5B are side views showing an operation state of a fish hovering unit according to an embodiment of the present invention;
6A is a cross-sectional view illustrating a film feeder applied to a fish hovering machine according to the first embodiment of the present invention.
FIG. 6B is a cross-sectional view illustrating a film feeder applied to a fish hovering machine according to a second embodiment of the present invention; FIG.
6C is a cross-sectional view illustrating a film feeder applied to a fish hovering machine according to a third embodiment of the present invention.
FIG. 6D is a cross-sectional view illustrating a film feeder applied to a fish hovering machine according to a fourth embodiment of the present invention; FIG.
FIG. 7 is a structural view showing a fishing line and a film wound on a spinning reel in a horizontal direction in a layered structure in a fish structure according to a fourth embodiment of the present invention; FIG.

The present invention will now be described more fully with reference to the accompanying drawings, in which exemplary embodiments of the invention are shown. These and other objects, features and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, .

2 is a perspective view including a fishing boat showing a fish hovering machine according to the present invention.

2, the fishing ground unit according to the present invention includes a roller 30 mounted on a boat and allowing the fishing needles 22 to pass through the fishing line 21 suspended at regular intervals, (60) rotated in a forward and reverse direction.

The spindle 60 may be referred to as a bobbin or the like referred to in the prior art document, and may be formed into a cylindrical shape that can easily wind the fishing line 21.

The fishing line 21 is about 300 m or so in order to catch the squid, and the portion where the fishing needles 22 are suspended is formed in the fishing line 21 About 100 to 200 m at the end, and the portion where the fishing needles 22 are not suspended can be about 100 m from there.

3A is a perspective view showing a state in which a fishing line 21 is wound on a spinning reel 60 in a fish reefer according to the present invention or a fishing reed is loosened from a spinning reel 60. Figure 3B is a perspective view showing a fishing reed Is a perspective view showing a state before the fishing line 21 is unwound from the spinning wheel 60 or a fishing line is wound around the spinning wheel 60. [

The fishing goggle according to the present invention includes a film 40 in which a layer is rolled together between fishing lines 21 wound on a spinning reel 60 as shown in FIG. 2 to FIG. 3B.

When the fishing line 21 is wound around the spindle 60 as described in the prior art document, the fishing lines 22 are wound together so that the fishing line 21 and the fishing needles 22 are tangled with each other so that the fishing line 21 The present invention has a problem that the film 40 is wound together with the fishing line 21 when the fishing line 21 is wound around the spinning reel 60. In this case, So that the fishing needles 22 can be separated from the adjacent fishing line 21 by the film 40 so that the fishing line 21 and the fishing needles 22 as well as the fishing needles 22 are thoroughly tangled And the fishing line 21 and the film 40 can be quickly and easily released together with the fishing line 21 and the film 40 by the reverse rotation of the spinning wheel 60 at the time of shooting for next picking so as to maximize workability during fishing.

The fishing line 21 according to the present invention has a boundary ball 23 fixed at the boundary between the portion where the fishing needles 22 are suspended and the portion where the fishing needles 22 are not suspended, and the film 40 is fixed to the fishing needle 22 Are engaged with the fishing line 21 which is not suspended by the fishing line 21 and the fishing line 21 is wound together with the fishing line 21 while the fishing needles 22 And a through hole (41) for passing through the fishing line (21) where the fishing needles (22) are not suspended after they are loosened together with the fishing line (21) of the hanging part.

The film 40 may be wound together with the fishing line 22 and the fishing line 21 in a portion where the fishing line 22 is not suspended and the film 40 may be wound together with the fishing line 22. In the present invention, It is possible to restrict the film 40 to the spinning wheel 60 by limiting the film 40 to the fishing line 21 of the hanging part 22 so that the workability at the time of operation can be reduced and the material saving To ensure productivity.

More specifically, a boundary ball 23 is provided at the boundary between the portion where the fishing needles 22 are suspended and the fishing line 21 where the fishing needles 22 are not suspended, and the fishing line 22 21 so that the fishing line 21 is wound together with the fishing line 21 so that the layer is wound together with the fishing line 21 in the portion where the fishing needles 22 are suspended during the reverse rotation of the spinning wheel 60. [ And the through holes 41 are provided in the film 40 so that the fishing needles 22 reach the fishing line 21 where the fishing needles 22 do not hang and are passed through as they are.

At this time, the fish-clippers according to the present invention are installed between the rollers 30 and the spindles 60 to ensure the passage of the boundary balls 23 in the forward and reverse directions, while the stoppers 50, which stop the reverse passage of the film 40, And the stopper 50 may be formed of a pair of vertical bars (Bar 51) having a width smaller than the width of the film 40. [

The boundary ball 23 comes to the through hole 41 after passing through the stopper 50, that is, the vertical bar 51 together with the straight line fishing line 21 of the spinning wheel 60, While the film 40 is released along with the fishing line 21 in the reverse rotation of the spinning wheel 60 while the boundary ball 23 passes through the vertical bar 51 But the film 40 thus released is prevented by the vertical bar 51 so that it is no longer dropped into the sea, thereby clarifying the boundaries for the winding and unfolding of the film 40.

The fishing grounds according to the present invention can be used for fishing and for fishing and the layered windings and loops of the film 40 at the time of picking up the fishes to tangle the fishing line 21 and the fishing needles 22 as well as the fishing needles 22 It is possible to more securely protect the operator who can be exposed to the danger while maximizing the workability in the operation.

On the other hand, the roller 30 may include an idle roller 31 for allowing the fishing line 21 to pass therethrough and a deodorizing roller 32 for deodorizing the fish stuck to the fishing needles 22 while passing the fishing line 21 The idle roller 31, the deodorizing roller 32, the stopper 50 and the spindle 60 can be fixed on the frame F mounted on the boat, It is of course possible to include a collection plate S for collecting the fish to be dropped.

When the fishing line 21 passing through the idle roller 31 reaches the deodorizing roller 32 and the fishing needles 22 are upside down, the fish, for example, squid fall down as they are, .

The deodorizing roller 32 is designed to be erected upside down as soon as the fishing line 22 reaches the fishing line 21. The fish, for example, squid, It will fall by itself.

4 is a perspective view showing a fishing line 21 and a film 40 applied to a fish hovering machine according to an embodiment of the present invention.

The film 40 according to the present invention may be formed by uniformly thickening transverse creases 42 equally spaced as shown in Fig. 4 (a) or by uniformly equally spaced longitudinally as shown in Fig. 4 (b) So that the flexible film 40 can be prevented from being torn and the lifetime can be ensured. In addition, since the flexible film 40 is not twisted or wound around the spindle 60, the workability is guaranteed .

5A and 5B are side views illustrating an operation state of a fish hovering machine according to an embodiment of the present invention.

5A and 5B, the fishing ground unit according to the embodiment of the present invention includes a roller 30 mounted on a boat and allowing the fishing needles 22 to pass through the fishing line 21 suspended at regular intervals, And a film feeder 70 for feeding the film 40 wound with the stratum between the spinning wheel 60 rotated in the forward and reverse directions to wind or unwind the spinning reel 21 and the fishing line 21 wound around the spinning reel 60.

It is possible to supply the film 40 wound with the stratified layer between the fishing line 21 wound around the spinning mill 60 as a film feeder 70 so as to simplify the simple arrangement of the film 40, It is to guarantee the condition.

FIG. 6A is a sectional view showing a film feeder 70 applied to a fish hovering machine according to the first embodiment of the present invention.

6A, the film feeder 70 applied to the fish ball repeller according to the first embodiment of the present invention includes a center shaft 71 disposed at the center and a center shaft 71 surrounding the center shaft 71, An outer magnet 73 surrounding the inner magnet 72 and an outer magnet 73 surrounding the inner magnet 72 and a drum 74 surrounding the outer magnet 73 with the film 40 wound therearound.

Since the inner magnet 72 and the outer magnet 73 are magnetically coupled to each other, when the rotational speed of the drum 74 is larger than the rotational speed of the center shaft 71, that is, It is possible to release the film 40 while allowing the inner magnet 72 to overcome the coupling force by the magnetic force with the inner magnet 72 (sliding and rotating), thereby preventing the film 40 from being torn off by removing the load applied to the film 40 .

Similarly, since the inner magnet 72 and the outer magnet 73 are magnetically coupled to each other, when the rotation speed of the drum 74 is smaller than the rotation speed of the center shaft 71, that is, the winding speed of the film 40 is small The outer magnet 73 can allow the inner magnet 72 to be rotated rapidly by allowing the inner magnet 72 to rotate rapidly without depending on the coupling force of the inner magnet 72 with the magnetic force of the inner magnet 72, It is possible to prevent the occurrence of tearing by eliminating the load applied to the base 40.

That is, the rotation of the center shaft 71 and the rotation of the drum 74 are rotated together or rotated at different rotational speeds in accordance with the magnetic force between the inner magnet 72 and the outer magnet 73, The load can be buffered and the tear phenomenon of the film 40 can be remarkably eliminated.

At this time, the drum 74 is supported by the center shaft 71 with the both side bearings 75 therebetween, so that the magnetic force between the inner magnet 72 and the outer magnet 73 causes a load applied to the film 40 The drum 74 is rotated integrally with the rotation of the center shaft 71 so that the coupling force between the inner magnet 72 and the outer magnet 73 due to the magnetic force is smaller than the load applied to the film 40 The center shaft 71 or the drum 74 is rotated separately (by sliding separately) by the two side bearings 75 to prevent the film 40 from being torn.

At this time, the center shaft 71 is rotated by the motor 70a to easily wind or unwind the film 40, and further includes an encoder 76 for sensing the number of revolutions of the drum 74 The length of the film 40 is adjusted by adjusting the length of the film 40 according to the depth of the water depth.

6B is a cross-sectional view showing a film feeder 70 applied to a fish hovering machine according to a second embodiment of the present invention.

6B, the film feeder 70 applied to the fish-ball repeller according to the second embodiment of the present invention includes a center shaft 71 disposed at the center and a center shaft 71 An inner shaft 72 which is fixed while surrounding the center shaft 71 and an outer shaft 77 which surrounds the outer shaft 77. The outer shaft 77 supports the outer shaft 77, And an outer magnet 73 enclosing the inner magnet 72 and disposed on the outer periphery thereof.

Since the inner magnet 72 and the outer magnet 73 are magnetically coupled to each other, when the rotation speed of the outer shaft 77 including the drum 74 is larger than the rotation speed of the center shaft 71, When the speed of the pulley is high, the outer magnet 73 can release the film 40 (while sliding and rotating) while overcoming the coupling force of the inner magnet 72 with the magnetic force of the inner magnet 72 to eliminate the load on the film 40 The phenomenon can be prevented.

When the rotational speed of the outer shaft 77 including the drum 74 is smaller than the rotational speed of the center shaft 71 because the inner magnet 72 and the outer magnet 73 are magnetically coupled to each other, When the winding speed is low, the outer magnet 73 allows the inner magnet 72 to rotate rapidly (by causing the inner magnet 72 to rotate) without depending on the magnetic force with the inner magnet 72, So that the load applied to the film 40 can be eliminated to prevent the film 40 from being torn.

That is, the rotation of the center shaft 71 and the rotation of the outer shaft 77 including the drum 74 are rotated together or rotated at different rotational speeds in accordance with the magnetic force between the inner magnet 72 and the outer magnet 73 The load applied to the film 40 is buffered, and the tearing phenomenon of the film 40 can be remarkably eliminated.

At this time, the outer shaft 77 is supported on the central shaft 71 with the both side bearings 75 interposed therebetween, so that the coupling force of the inner magnet 72 and the outer magnet 73 by the magnetic force acts on the film 40 The outer shaft 77 is rotated integrally with the rotation of the center shaft 71 and the magnetic force between the inner magnet 72 and the outer magnet 73 is greater than the load applied to the film 40 The outer shaft 77 or the outer shaft 77 is separately rotated by the side bearings 75 so as to prevent the film 40 from being torn.

At this time, the center shaft 71 is rotated by the motor 70a to easily wind or unwind the film 40, and further includes an encoder 76 for sensing the number of revolutions of the drum 74 The length of the film 40 is adjusted by adjusting the length of the film 40 according to the depth of the water depth.

6C is a cross-sectional view showing a film feeder 70 applied to a fish hovering machine according to a third embodiment of the present invention.

The film feeder 70 applied to the fish hitcher according to the third embodiment of the present invention includes a center shaft 71 disposed at the center and a center shaft 71 And one side magnet 78 surrounding the center shaft 71 and fixed to the side surface of the drum 74. The center shaft 71 is fixed while being wound around the center shaft 71, And another side magnet 79 opposed to the magnet 78.

Since the one side magnet 78 and the other side magnet 79 are magnetically coupled to each other, when the rotation speed of the drum 74 is larger than the rotation speed of the center shaft 71, that is, It is possible to release the film 40 while the other side magnet 79 overcomes the coupling force of the one side magnet 78 with the magnetic force of the other side magnet (sliding and rotating), thereby preventing the tear of the film 40 I can do it.

Similarly, since the one side magnet 78 and the other side magnet 79 are magnetically coupled to each other, when the rotation speed of the drum 74 is smaller than the rotation speed of the center shaft 71, that is, The other side magnet 79 allows the one side magnet 78 to rotate rapidly (by sliding) without depending on the coupling force of the one side magnet 78 with the one side magnet 78, So that the load applied to the film 40 can be eliminated to prevent the tearing phenomenon.

That is, the rotation of the center shaft 71 and the rotation of the drum 74 are rotated together or rotated at different rotational speeds in accordance with the magnetic force between the one side magnet 78 and the other side magnet 79, The tearing phenomenon of the film 40 can be remarkably eliminated.

At this time, the drum 74 is supported on the center shaft 71 with the both side bearings 75 interposed therebetween, so that the magnetic force of the one side magnet 78 and the other side magnet 79, The drum 74 is rotated integrally with the rotation of the center shaft 71 and the force of the magnetic force between the one side magnet 78 and the other side magnet 79 is applied to the film 40 When the load is smaller than or greater than the load, the center shaft 71 or the drum 74 is separately rotated (separately rotated by the two bearings 75) to prevent the film 40 from being torn.

At this time, the center shaft 71 is rotated by the motor 70a to easily wind or unwind the film 40, and further includes an encoder 76 for sensing the number of revolutions of the drum 74 The length of the film 40 is adjusted by adjusting the length of the film 40 according to the depth of the water depth.

FIG. 6D is a cross-sectional view showing a film feeder 70 applied to a fish hovering machine according to a fourth embodiment of the present invention.

The film feeder 70 applied to the fish-ball repeller according to the fourth embodiment of the present invention includes a center shaft 71 disposed centrally and a center shaft 71 And one side magnet 78 surrounding the center shaft 71 and fixed to the drum 74. The center shaft 71 of the drum 74 is fixed while being wound around the drum 74, And the other side magnet 79 opposed to the one side magnet 78.

Since the one side magnet 78 and the other side magnet 79 are magnetically coupled to each other, when the rotation speed of the drum 74 is larger than the rotation speed of the center shaft 71, that is, It is possible to release the film 40 while the other side magnet 79 overcomes the coupling force of the one side magnet 78 with the magnetic force of the other side magnet (sliding and rotating), thereby preventing the tear of the film 40 I can do it.

Similarly, since the one side magnet 78 and the other side magnet 79 are magnetically coupled to each other, when the rotation speed of the drum 74 is smaller than the rotation speed of the center shaft 71, that is, The other side magnet 79 allows the one side magnet 78 to rotate rapidly (by sliding) without depending on the coupling force of the one side magnet 78 with the one side magnet 78, So that the load applied to the film 40 can be eliminated to prevent the tearing phenomenon.

That is, the rotation of the center shaft 71 and the rotation of the drum 74 are rotated together or rotated at different rotational speeds in accordance with the magnetic force between the one side magnet 78 and the other side magnet 79, The tearing phenomenon of the film 40 can be remarkably eliminated.

At this time, the drum 74 is supported on the center shaft 71 with the both side bearings 75 interposed therebetween, so that the magnetic force of the one side magnet 78 and the other side magnet 79, The drum 74 is rotated integrally with the rotation of the center shaft 71 and the force of the magnetic force between the one side magnet 78 and the other side magnet 79 is applied to the film 40 When the load is smaller than or greater than the load, the center shaft 71 or the drum 74 is separately rotated (separately rotated by the two bearings 75) to prevent the film 40 from being torn.

The center shaft 71 is further rotated by the motor 70a so as to easily wind or unwind the film 40 and further includes an encoder 76 for sensing the number of revolutions of the drum 74 The length of the film 40 is adjusted by adjusting the length of the film 40 according to the depth of the water depth.

Hereinafter, the use of the fish hovering machine according to the present invention will be described as an example.

5A and 5B, in a state in which the film feeder 70 is disposed under the spinning reel 60 in which the fishing line 21 and the film 40 are layered, the spinning reel 60 is rotated forward, The fishing line 21 can be driven into the sea via the roller 30 and the film 40 can be wound around the film feeder 70 so that the fishing line 21 can be simply arranged 70 may be sealed so as to be respectively protected by a housing (not shown) so as to prevent infiltration of seawater, and each of the components may be supported or fixed to a bracket fixed to the boat, And the detailed description thereof will be omitted here.

The central axis 71 and the drum 74 are magnetically coupled with each other even if the speed of the film 40 supplied from the drum 74 of the film feeder 70 is slow, The rotation of the drum 74 is not physically forced to such an extent that the central axis 71 only slides and tears the film 40 so that the load applied to the film 40 is canceled, So that the load on the spindle 60 can be minimized.

In this state, when the spinning mill 60 and the film feeder 70 are rotated backward to feed various kinds of fish caught in the fishing needle 22 in a state where the spinning is completed in the sea, the fishing line 21 and the film 40 are wound around the spinning reel 60, It is possible to thoroughly prevent the tangling phenomenon by the fishing needle 22 while the layer is wound.

When the fishing line 21 can not follow the rotational force of the spinning mill 60 due to the weight or resistance of various fish caught in the fishing needle 22 or when the rotational speed of the motor 70a is relatively higher than the rotational speed of the spinning wheel 60 It can be designed so that the film 40 can be fed tightly when the film 40 is wound on the spinning wheel 60 along with the fishing line 21, The center shaft 71 and the drum 74 are coupled with each other by the magnetic force so that the film 40 can be wound while overcoming the tearing phenomenon.

7 is a structural view showing a fishing line 21 and a film 40 wound on a spinning reel 60 in a horizontal direction in a layered structure in a fish-ball repelling device according to a fourth embodiment of the present invention.

7, the spinning mill 60 rotates the fishing line 21 and the film 40 in the horizontal direction so that the fishing needle 22 is rotated in the downward direction by the gravity, as shown in FIG. 7, according to the fourth embodiment of the present invention. So that the fishing line 22 can be sagged by the gravity when the fishing line 21 is wound around the film 40 so that the tangling phenomena between the fishing line 22 and the fishing line 22 can be completely eliminated The feed of the film 40 through the horizontally-wound film feeder 70 of the fishing line 21 is possible.

The fishing grounder according to the present invention is capable of magnetically coupling the center shaft 71 and the drum 74 to the fishing line 21 and the film 40 when the mill 60 and the film feeder 70 are driven, The load applied to the fish can be minimized and the fish can be wrapped tightly so that the fish can be more safely handled by simplifying and simplifying the arrangements on the narrow deck at the time of fishing and ensuring workability .

INDUSTRIAL APPLICABILITY The present invention can be applied to industry related to fisheries industry which seeks to arrange various fishes including squid by utilizing hooked fishing lines.

21: fishing line 22: fishing hook
23: Boundary Ball 30: Roller
31: idler roller 32: deodorizing roller
40: Film 41: Through hole
42: transverse crease 43: longitudinal crease
50: stopper 51: vertical bar
60: Spindle F: Frame
S: Collection plate 70: Film feeder
71: center shaft 72: inner magnet
73: outer magnet 74: drum
75: Bearing 76: Encoder
77: outer shaft 78: one side magnet
79: the other side magnet 70a: motor

Claims (19)

A fishing line 22 mounted on a boat and passing a fishing line 21 suspended at regular intervals and a fishing line 20 including a fishing line 60 rotated in normal and reverse directions to wind or unwind the fishing line 21. [ In the breakthrough,
Further comprising a film (40) that winds the stratum between the fishing lines (21) wound on the spindle (60). The method according to claim 1,
The fishing line 21 has a boundary ball 23 fixed at a boundary between a portion where the fishing needles 22 are suspended and a portion where the fishing needles 22 are not suspended,
The film 40 is inserted into the fishing line 21 at a portion where the fishing needles 22 are not suspended and is engaged with the boundary ball 23 of the spinning wheel 60 of the spinning reel 60 so as to wind the layer together with the fishing line 21. [ On the other hand, when the spindle 60 is rotated in the reverse direction, the fishing hooks 22 are loosened together with the fishing line 21, and then the fishing hooks 22 are passed through the fishing line 21 And a through hole (41) for allowing the fish to pass through. 3. The method of claim 2,
Further comprising a stopper (50) which is erected between the roller (30) and the spindle (60) to ensure reverse passage of the boundary ball (23) while preventing reverse passage of the film Fishbone The method of claim 3,
Wherein the stopper (50) comprises a pair of vertical bars (51) having a width smaller than the width of the film (40). 5. The method of claim 4,
The roller (30)
An idle roller 31 through which the fishing line 21 passes,
And a deodorizing roller (32) for passing the fishing line (21) through the deodorizing rollers (31, 32) to deodorize the fish bites in the fishing needles (22). 6. The method of claim 5,
Wherein the idle roller (31), the deodorizing roller (32), the stopper (50) and the spindle (60) are fixed on a frame (F) mounted on the boat. The method according to claim 6,
And a collecting plate (S) mounted on the boat for collecting fish falling from the deodorizing roller (32). 8. The method according to any one of claims 1 to 7,
Characterized in that the film (40) has transversal ridges (42) that are uniformly thickened equidistantly, or longitudinal battens (43) that are uniformly thickened evenly. The method according to claim 1,
Wherein the film (40) is wound on a film feeder (70) and supplied to the spinneret (60). 10. The method of claim 9,
The film feeder (70)
A central axis 71 disposed centrally,
An inner magnet 72 fixed around the central axis 71,
An outer magnet 73 surrounding the inner magnet 72 and disposed on the outer periphery thereof,
And a drum (74) in which the film (40) is wound while embracing the outer magnet (73). 11. The method of claim 10,
Wherein the drum (74) is supported on the center shaft (71) with the side bearings (75) interposed therebetween. 11. The method of claim 10,
And the center shaft (71) is rotated by a motor (70a). 10. The method of claim 9,
The film feeder (70)
A central axis 71 disposed centrally,
An outer shaft 77 which is supported while surrounding the center shaft 71 with the both side bearings 75 interposed therebetween,
A drum 74 in which the film 40 is wound while the outer shaft 77 is embedded,
An inner magnet 72 fixed around the central axis 71,
And an outer magnet (73) embedded in the outer shaft (77) and surrounding the inner magnet (72), the outer magnet (73) being disposed at an outer periphery thereof. 14. The method of claim 13,
And the center shaft (71) is rotated by a motor (70a). 10. The method of claim 9,
The film feeder (70)
A central axis 71 disposed centrally,
A drum (74) which is supported while wrapping the central shaft (71) with the both side bearings (75) therebetween and in which the film (40)
A side magnet 78 which is fixed to the side surface of the drum 74 while surrounding the center shaft 71,
And a second side magnet (79) fixed to the center shaft (71) and fixed to the one side magnet (78). 16. The method of claim 15,
And the center shaft (71) is rotated by a motor (70a). 10. The method of claim 9,
The film feeder (70)
A central axis 71 disposed centrally,
A drum (74) which is supported while wrapping the central shaft (71) with the both side bearings (75) therebetween and in which the film (40)
A side magnet 78 which is fixed to the drum 74 while surrounding the center shaft 71,
And a second side magnet (79) fixed to the drum (74) while surrounding the center shaft (71) and facing the one side magnet (78). 18. The method of claim 17,
And the center shaft (71) is rotated by a motor (70a). 19. The method according to any one of claims 9 to 18,
Wherein the spindle (60) winds the fishing line (22) in a downward direction by gravity while winding the fishing line (21) and the film (40) in a horizontal direction.

Images