KR101370603B1 - Automatic spuid jigging machine - Google Patents

Abstract

Disclosed is an automatic squid jigging apparatus. The automatic squid jigging apparatus according to the present invention is to automatically wind or unwind a fishing line in which fish hooks for squid fishing are coupled while maintaining gaps with a branch line, the automatic squid jigging apparatus comprising a winding drum that has an outer circumferential surface where successive receiving grooves are formed in a spiral shape for the fishing line to be inserted and is coupled with a frame in a horizontal direction to be in forward rotation and reverse rotation by a driving motor; a guiding drum that has an outer circumferential surface where successive guiding grooves, which guide the fishing line, are formed in a spiral shape for the fishing line to be inserted into and received by the receiving grooves in sequence and is coupled in a rotatable manner with a shaft which is parallel with a shaft of the winding drum forward from the frame so that a predetermined distance is maintained from the winding drum; and a guide wheel that includes a concave separation groove which is formed so that a squid hooked on the fish hook is hooked and separated when the fishing line is wound around the winding drum while being guided by the guiding drum and the fish hook is guided when the fishing line is unwound from the winding drum, moves along the guiding grooves while being rotated by the fishing line when the winding drum rotates, and is installed in the frame to be positioned above the winding drum. According to the present invention, the fishing line in which the fish hooks are coupled in a branch line shape is guided by the guiding drum when wound or unwound, and tangling can be prevented.

Description

Squid automatic ancestors {AUTOMATIC SPUID JIGGING MACHINE}

The present invention relates to an automatic squid ancestor, and more particularly, to a squid automatic ancestor which can prevent tangling of fishing lines and easily collect the collection of the squid.

In general, squids live in deep waters and are caught using fishing instead of nets to avoid damaging the epidermis during the catch. In the conventional method of catching squid, a certain number of squids have been caught by hanging a heavy weight on a fishing line sewn with several fishing rods, throwing them into the sea, grasping the fishing line by hand, and judging by the hand sense whether the squid is caught by fishing. When you raise the fishing line to the ancestors.

On the other hand, in the fishing method of a typical squid is produced in the form of a line and fishing needles attached at regular intervals on the fishing line, and is used as a method of manually winding and releasing the spinning wheel by manpower, The task of climbing a rope with the weight increased due to the squid caught by pulling the rope with the above length as far as possible is a very cumbersome task, which requires repeating several times or several times each operation. Not only does it require a lot of manpower and operating time during operation, but also has a difficult problem due to the very arduous work that is easy to be damaged, such as more difficult and cracked palms, especially in the low temperature winter.

Among the patents and utility models for overcoming the above problems, Korean Patent Application Publication No. 10-1997-0009549 (Announcement Date: March 27, 1997) and Korean Utility Model Registration No. 20-0428330 (Announcement Date: September 30, 2006) There is). This prior art has the advantage of being more efficient because it can reduce the manpower and operating time by developing and using an automatic ancestor that automatically jumps and wins, but connects the main line to the main line so that there is no strictness between each other during the operation. Instead, it is manufactured with fish hooks attached at regular intervals on the circumference, so that the squid is not effectively attracted to catch squid, and the catch rate of squid is lower than that of manual fishing.

In addition, because the recovered fishing line was simply wound on the spinning wheel, the monitoring on the spinning wheel had a problem that it took a long time to clean up the tangled fishing line because the fishing line was frequently tangled.

Republic of Korea Patent Publication No. 10-1997-0009549 (Notice: March 27, 1997) Korea Utility Model Registration No. 20-0428330 (Notification Date: September 30, 2006)

It is an object of the present invention to provide a squid automatic ancestor device that can prevent tangling when unwinding or winding a fishing line combined in a form of a fishing line.

The object is that, according to the present invention, the fishing needles for fishing squid are to be automatically wound or unwind the combined fishing line by maintaining the interval by the branch line, the seating grooves for inserting the fishing line on the outer peripheral surface A winding drum which is continuously formed in a spiral shape and coupled to the frame in a horizontal direction so as to be rotated forward and reverse by a drive motor; Guide grooves for guiding the fishing line inserted and guided to the outer circumferential surface are formed in a spiral shape so that the fishing line is inserted and seated in the seating groove, and the winding drum on the front side of the frame to maintain a predetermined distance from the winding drum. A guide drum rotatably coupled to an axis parallel to the axis of the guide drum; And a squid caught on the fishing needle when the fishing line is guided to the guide drum while being wound on the winding drum to be separated, and when the fishing line is released from the winding drum, a concave separation groove formed to guide the fishing needle. And a guide wheel installed on the frame to move along the guide groove while rotating by the fishing line when the winding drum is rotated and positioned upward of the winding drum. Achieved by an ancestor.

One end of the winding drum is fixed to the end of the fishing line, the starting groove for winding for the first time is formed separately from the seating groove with a narrower width than the seating groove, the winding drum is wound in order to wind the fishing line When rotating, a fishing line leaving guide member formed in a spherical or cylindrical shape larger than the width of the starting groove may be coupled so that the fishing line wound around the starting groove is wound over the seating groove.

Rotation ratio of the winding drum and the guide drum is 1; It may consist of 1-4.

When the rotation ratio is 1: 1, the winding drum and the guide drum are made of the same diameter, the seating groove and the guide groove may be formed in the same number, when the rotation ratio is 1: 2, the winding drum is The guide drum may be formed twice as large as the diameter of the guide drum, and the guide groove may be formed twice as many as the seating groove.

The seating groove may have a wider outer side and a narrower inner side so that the fishing line is smoothly inserted and seated.

The guide drum may be disposed at a higher position than the winding drum.

A connecting shaft is coupled to the shaft end of the winding drum, and a separate winding drum is coupled to the connecting shaft, and a separate guide drum may be installed in front of the winding drum.

In the frame between the winding drum and the guide drum, a guide plate may be installed to be inclined toward the winding drum so that the cuttlefish separated and dropped from the fishing needle is transferred to a separate container.

According to the present invention, the guide drum is guided when unwinding or winding the fishing line combined in the form of a fishing line can provide an effect that can prevent the tangle.

1 is a perspective view showing a squid automatic ancestor apparatus according to the present invention.
FIG. 2 is a side view illustrating the automatic squid ancestor shown in FIG. 1.
FIG. 3 is a plan view illustrating the automatic squid ancestor shown in FIG. 1.
Figures 4a, 4b is an enlarged perspective view and some enlarged front view for explaining the fishing line escape guide member according to the present invention.
Figure 5 is a perspective view showing a state in which the squid automatic ancestor apparatus according to the present invention is extended.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, the well-known functions or constructions are not described in order to simplify the gist of the present invention.

In the accompanying drawings, Figure 1 is a perspective view showing the automatic squid ancestor apparatus according to the invention, Figure 2 is a side view showing the automatic squid ancestor shown in Figure 1, Figure 3 is a cross-sectional view taken along the line AA of FIG. . 4A and 4B are partially enlarged perspective views and partially enlarged front views for explaining the fishing line leaving guide member according to the present invention.

As shown in Figure 1 and 4a, 4b, the automatic squid ancestor device according to the present invention, the fishing needles 22 are coupled to the fishing line 20 by a branch line at a constant interval, the fishing line The fishing line 20 or the fishing line 20 and the fishing needles 22 are configured not to be tangled when automatically unwinding or winding the 20.

This automatic squid ancestor is configured to be rotated by the drive motor 60, the winding drum 30 is installed on the frame 10, and the fishing line 20 guides so as not to get tangled when the winding drum 30 is wound or loosened A guide wheel 40 and a guide wheel for separating the squid caught on the fishing needle 22 and guiding the fishing line 20 and the fishing needle 22 are installed to be positioned in the upper region of the winding drum 30. It consists of 50.

This will be described in more detail as follows.

Frame 10 is to support the winding drum 30, the drive motor 60 and the guide drum 40, etc., is configured to be installed on the ship.

Fishing line 20 is that each fishing needle 22 is installed by a branch line at regular intervals, the end is fixed to the winding drum 30 is coupled to the buffer member. This cushioning member is to prevent the phenomenon that the end fixed to the winding drum 30 is broken by the impact generated on the fishing line 20 when the fishing line 20 wound on the winding drum 30 is released by the weight of the weight It is for. The shock absorbing member is made of a spherical shape made of rubber or synthetic resin material, and a plurality of shock absorbing members are connected to each other in the form of being inserted into the fishing line 20.

The fishing line leaving guide member 24 is coupled to the end of the fishing line 20, that is, the first winding of the starting groove 33 of the winding drum 30, as shown in FIGS. 4A and 4B.

The fishing line detachment guide member 24 is the fishing line 20 when the fishing line 20 is fixed to the start groove 33 of the winding drum 30 is wound for the first time, the fishing line 20 wound in the start groove 33 is a seating groove It is formed in a spherical or cylindrical shape larger than the width of the start groove 33 so as to wind over (32).

That is, when the fishing line 20 fixed to the starting groove 33 is wound on the starting groove 33 by the rotation of the winding drum 30, the fishing line leaving guide member 24 is not inserted into the starting groove 33. Because it does not escape to the starting groove 33 and the seating groove 32 adjacent, the fishing line 20 is to be wound in turn in the seating grooves (32).

The drive motor 60 is for rotating the winding drum 30 forward or reverse, and configured to be driven by electric or hydraulic pressure, and includes a speed reducer, a forward and reverse rotation control device, an on and off device, and the like.

The winding drum 30 is installed in a state in which the frame 10 is laid in the horizontal direction, and is coupled to the driving shaft rotated by the driving motor 60. The winding drum 30 has a structure in which the seating grooves 32 for spirally winding the fishing line 20 are inserted into the outer circumferential surface of the winding drum 30 and are separated from the seating grooves 32 as shown in FIG. 4 on one side. The starting groove 33 is formed. The starting groove 33 is formed to be smaller than the inlet width of the seating groove 32 is formed so that the aforementioned fishing line leaving guide member 24 is not inserted.

And, each of the seating grooves 32 are formed to maintain a constant interval, respectively, because it is formed in a spiral has a structure connected to each other. At this time, the seating groove 32 is wide in the outer side so that the fishing line 20 is inserted smoothly, the inside is formed in a narrow form. This is to guide the fishing line 20 is wound around the wide outer side, and to ensure that the fishing needle 22 formed with a needle in the streamlined body and the end is stably seated.

The guide drum 40 is for guiding the fishing line 20 so that the fishing line 20 does not get tangled by matching a constant speed and position when the fishing line 20 is wound or unwound on the winding drum 30. It is freely rotatably coupled to the shaft 44 installed in parallel with the drive shaft of the winding drum 30 on the side. The guide drum 40 is formed in a spirally connected guide grooves 42 for guiding the fishing line 20 on the outer peripheral surface so that the fishing line 20 is inserted into the seating grooves 32 in turn. The guide grooves 42 have a form connected in series in a spiral like the seating grooves 32 described above.

In addition, the guide drum 40 is installed in the frame 10 of the front upper region of the winding drum 30 so as to maintain a predetermined distance from the winding drum 30. This is to ensure that the guide drum 40 is located at the edge of the ship so as not to interfere with other structures of the ship when the fishing line 20 is lifted from the sea and wound or unwound on the winding drum 30.

The winding drum 30 and the guide drum 40 have a rotation ratio of about 1: 1-4. That is, when the winding drum 30 is rotated once, the guide drum 40 may also be rotated once or four turns, so that the fishing line 20 may be smoothly guided. However, preferably, when the winding drum 30 rotates once, the guide drum 40 is preferably configured to make two rotations. To this end, the guide drum 40 is smaller than the diameter of the winding drum 30 by 1/2, the length is formed longer. That is, when the rotation ratio of the winding drum 30 and the guide drum 40 is 1: 2, the winding drum 30 is formed twice as large as the diameter of the guide drum 40, and the guide groove 42 is a seating groove. (32) is twice as many.

This is for the fishing line 20 is guided to the guide groove 42 in accordance with the rotational speed of the winding drum 30 to stably unwind in a stable or wound state in the seating groove 32, fishing line ( 20) is to be constantly moved in the winding or unwinding direction according to the rotational speed of the winding drum (30). In particular, the fishing line 20 and the fishing needles 22 are guided to the guide grooves 42 of the guide drum 40 before being wound on the winding drum 30, so that the fishing line is wound around the seating grooves 32 after being cleaned. Tangling of the row 20 and fishing hook 22 is prevented.

On the other hand, the guide wheel 50 is so that when the fishing line 20 is guided to the guide drum 40, the squid caught on the fishing needle 22 is caught and separated, and the fishing line 20 is caught When released from the winding drum 32, it has a concave separating groove 52 formed to guide the fishing needle 22.

The guide wheel 50 is coupled with a female thread for screwing to the threaded rod 54 installed upward of the winding drum 30, by the fishing line 20 at the time of rotation of the winding drum 30 It is installed to move along the guide groove 42 or the seating groove 32 while rotating. That is, the guide wheel 50 is coupled to the screw rod 54, so that it can move in the axial direction only by rotation, the fishing line according to the moving speed of the fishing line 20 wound on the winding drum (30) 20) to guide.

And, the separating groove 52 provided in the guide wheel 50 is formed to a size that can be inserted into the fishing needle 22.

On the other hand, in the frame 10 between the winding drum 30 and the guide drum 40, the guide plate 12 for separating the squid dropped from the fishing needle 22 to be transported to a separate container (winding drum 30) Inclined toward the side. The guide plate 12 is intended to allow the squid fish to be naturally transported to a storage container or storage place.

Hereinafter, the operation of the present invention will be described.

First, the end of the fishing line 20 is tied to the start groove 33 is fixed, the other end is further coupled to operate the drive motor 60 in the state dropped in the sea, the end of the fishing line 20 is the start groove Start to wind on 33. Subsequently, the fishing line detachment guide member 24 is not inserted into the starting groove 33, and the fishing line 20 is inserted into the seating groove 32 so that the fishing line 20 is inserted into the seating groove 32 and starts to be wound.

That is, the fishing line 20 is wound in a state inserted into the seating groove 32 of the winding drum (30).

At this time, the fishing line 20 is wound on the authority drum 30 through the guide wheel 50 in the state inserted into the guide groove 42 of the guide drum 40 disposed in front of the winding drum (30). .

In other words, the fishing line 20 passing through the guide drum 40 is pulled in the state inserted into the guide groove 42, the guide drum 40 is rotated, the fishing line through the guide drum 40 ( 20) is guided to the guide wheel 50 is inserted into the mounting groove 32 of the winding drum 30 is to be wound. In this process, the fishing line 20 and the fishing needle 22 are wound while being guided to the guide drum 40 and the guide wheel 50 while being inserted into each seating groove 32 of the winding drum 30. It is wound up without.

That is, the fishing line 20 is guided by being inserted into the guide groove 32 and the separation groove 52, and guide the fishing line 20 to match the seating groove 32 while the guide drum 40 rotates, As the guide wheel 50 moves in accordance with the movement of the fishing line 20, the fishing line 20 and the fishing needle 22 wound around the winding drum 30 are wound up without tangling.

This is the fishing line 20 and the fishing line 20 to move in the axial direction while the guide drum 40 and the guide wheel 50 is wound in the spiral seating groove 32 is correctly inserted into the seating groove 32 in order to wind the fishing line Since it guides 20, it becomes possible.

And, the fishing needle 22 which is guided to the guide drum 40 and moves to the guide wheel 50 is built up because a part of its body is inserted into the separation groove 42, the squid caught in the needle in the process Will fall apart. The fishing line 20 is pulled in a taut state, and in this state, the connection portion of the fishing needle 22 is rapidly inserted into the guide wheel 50 so that the squid caught at its end is separated from the needle.

Squid dropped in this process is moved to a separate container or a separate storage place through the inclined surface of the guide plate (12).

In the above-described process, the fishing line 20 is wound in succession to each seating groove 32 of the winding drum 30, each fishing needle 22 is partly inserted into the inlet of each seating groove 32 is seated It becomes a state.

On the other hand, when the wound fishing line 20 is released to the sea by the weight of the weight, the fishing line 20 is guided to the guide wheel 50 and the guide drum 40 to be released, so the fishing line 20 is mutually Tangling can be prevented.

As shown in FIG. 5, the above-described winding drum 30, the guide drum 40, and the guide wheel 50 form a set, and the sets may be installed in a horizontal direction. That is, the connecting shaft 14 is coupled to the end of the drive shaft, a separate winding drum 30 and the guide drum 40 and the guide wheel 50 may be installed in a set to the connecting shaft 12, such a Multiple sets may be installed.

By expanding and using in this way, it is possible to drive several ancestors with one driving motor 60.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is obvious to those who have. Accordingly, it should be understood that such modifications or alterations should not be understood individually from the technical spirit and viewpoint of the present invention, and that modified embodiments fall within the scope of the claims of the present invention.

10 frame 12: sign board
14: connecting shaft 20: fishing line
22: fishing hook
24: fishing line escape guide member 30: winding drum
32: settled groove 33: starting groove
40: guide drum 42: guide home
44: axis 50: guide wheel
52: separation groove 54: screw rod
60: drive motor

Claims (8)

As the fishing needles for squid fishing are spaced by the branches, the combined fishing line is automatically wound or loosened,
Recession grooves for the fishing line is inserted into the outer circumferential surface formed spirally successive, the winding drum coupled to the frame in a horizontal direction to forward and reverse rotation by a drive motor;
Guide grooves for guiding the fishing line on the outer circumferential surface are formed in a spiral shape so that the fishing line is inserted into and seated in the seating grooves sequentially, and the winding on the front side of the frame to maintain a predetermined distance from the winding drum. A guide drum rotatably coupled to an axis parallel to the axis of the drum; And
When the fishing line is guided to the guide drum and wound around the winding drum, the squid caught on the fishing hook is caught and separated, and when the fishing line is released from the winding drum, a concave separation groove formed to guide the fishing needle is formed. And a guide wheel installed on the frame to move along the guide groove while rotating by the fishing line when the winding drum is rotated and positioned upward of the winding drum.
Squid automatic ancestor. The method of claim 1,
One end of the winding drum is fixed to the end of the fishing line is formed with a starting groove for winding for the first time is separated from the seating groove in a narrower width than the seating groove,
When the winding drum rotates to wind up the fishing line, the fishing line escape guide member formed in a spherical or cylindrical shape larger than the width of the starting groove so that the fishing line wound around the starting groove is rolled over to the seating groove. Characterized in that is combined,
Squid automatic ancestor. The method of claim 1,
Rotation ratio of the winding drum and the guide drum is 1; It is characterized by being 1-4,
Squid automatic ancestor. The method of claim 3,
When the rotation ratio is 1: 1, the winding drum and the guide drum are made of the same diameter, the seating groove and the guide groove is formed in the same number,
When the rotation ratio is 1: 2, the winding drum is formed twice as large as the diameter of the guide drum, the guide groove is characterized in that formed in twice as many times as the seating groove,
Squid automatic ancestor. 5. The method of claim 4,
The seating groove
Characterized in that the outer side is wide, the inner side is formed in a narrow form so that the fishing line is inserted into the smoothly inserted,
Squid automatic ancestor. 5. The method of claim 4,
The guide drum,
Characterized in that it is disposed in a higher position than the winding drum,
Squid automatic ancestor. The method according to claim 6,
A connecting shaft is coupled to the shaft end of the winding drum, and a separate winding drum is coupled to the connecting shaft, and a separate guide drum is installed in front of the winding drum, wherein the frame is installed.
Squid automatic ancestor. The method according to claim 6,
The frame between the winding drum and the guide drum is characterized in that the guide plate for inclined toward the winding drum to be separated from the fishing needle to be transported to the separate container drop,
Squid automatic ancestor.

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