KR20230001923U - The fishing tackle for a cuttlefish - Google Patents

Abstract

This design relates to a fishing tackle that provides a variety of functionality, such as reliably preventing the problem of the leader and sinker becoming tangled and allowing free action in baiting motions, and allowing excellent fishing results to be expected.
The present invention includes a vertical fixing tube (1) into which the raw line (10) connected to the fishing rod is inserted, a horizontal fixing tube (2) into which the leader (20) is inserted, the vertical fixing tube (1) and the horizontal fixing tube ( A connecting tube (3) connecting 2), a luer (40) coupled to the leader (20) inserted into the fixing tube (2), the vertical fixing tube (1) and the horizontal fixing tube (2) The gist of it is that the fishing tackle for small fish is constructed with a sinker (30) attached to the corner between the two.

Description

{THE FISHING TACKLE FOR A CUTTLEFISH}

This design relates to a fishing tackle for flounder, and more specifically, it provides various functionality, such as reliably preventing the problem of the leader and sinker becoming tangled and providing free action in the baiting motion, and allows excellent fishing results to be expected. It's about fishing gear for cuttlefish.

As cuttlefish fishing is booming, various rigs for catching cuttlefish are being developed.

Hanchi fishing has something in common with general cephalopod fishing, mainly using artificial lures (hereinafter referred to as 'lures') such as eggi, ikametal, and sutte, but it has different characteristics from other cephalopod fishing such as octopus and squid. It is also distinguished from these types of fishing. Below we will look at the fishing for cuttlefish in detail.

Hanchi fishing involves a main line connected to a fishing rod, a leash connected to an artificial bait (hereinafter referred to as 'leader'), and a sinker (bongdol, weight, hereinafter referred to as a 'sinker') connected between the main line and the leader. And it is made up of pin dorae, pin dorae, and snap pins that connect these raw lines, leaders, and sinkers. Among the various rigging techniques, the rigging technique called ‘Omori Rig (重り Rig)’ is the most widely known.

As shown in FIG. 1, the main line (10) is connected to the fishing rod around the sinker (30), and a leader (20) is connected to the opposite side, and a lure (such as Sute, Eggi, Ika Metal, etc.) is attached to the end of the leader (20). It is composed by combining 40).

The sinker (30) is selected as an appropriate weight according to the strength of the current in the target water layer where the Hanchi swims, and is coupled between the leader (20) connected to the main line (10) connected to the fishing rod and the lure (40).

The length of the leader (20) between the sinker (30) and the lure (40) is connected to various lengths (about 80cm to 1M, etc.) depending on the current strength of the target water depth or other conditions to form a rig, and the leader (20) The connected lure (40) applies action to the lure (40) through attractive actions such as jerking and twitching (hereinafter, jerking, twitching, etc. are referred to as 'attractive actions') in order to attract one bite. It will be put in. Let's look at this in more detail, focusing on the attached drawing (Figure 2).

When action is applied to the lure (40) by moving the fishing rod with an attracting action such as jerking or twitching to the leader (20) and the lure (40) connected to the leader (20) in the depth layer, the lure (40) is linked to the attracting action. So you get action.

However, since the current in the deep water layer cannot be confirmed outside the water surface and is not constant, the motion energy of the attraction motion is not properly transmitted to the leader (20) and lure (40) riding the current centered on the sinker (30), giving free action. It is not easy and problems arise such as not being able to ride the current normally or the leader (20) and sinker (30) becoming tangled in the process of performing the baiting operation.

In other words, when the baiting motion of lifting and lowering the fishing rod is performed, the sinker 30, which is directly connected to the raw line 10, moves up and down in conjunction with this baiting motion, but the motion of the sinker 30 centered on the sinker 30 Since energy is not clearly transmitted to the leader 20, it is difficult to freely move the lure 40 connected to the leader 20 to provide the desired action.

In addition, the lure (40) and leader (30), which move irregularly with the sinker (30) due to the baiting action and are riding a current with an irregular flow speed, frequently encounter entanglement problems in the process of performing the action.

In this way, the conventional cutthroat fishing rig is a leader (20) connected to the lure (40) in the water depth layer, which gives a large attracting motion while riding the current, so that the lure (40) has an action (the lure (40) is similar to a live bait). If an action is given to lure the lure (40), problems such as entanglement of the leader (20) and sinker (30) connecting the lure (40) occur, and there is a disadvantage of not being able to provide free action.

In order to minimize such entanglement, fixing tubes (1) and (2) are inserted outside the raw line (10) and leader (20) around the sinker (30) to prevent the sinker (30) and leader (20) from becoming entangled. . However, since the main line (10), sinker (30), sinker (30), and leader (20) are each fluidly connected, free action is hindered and more reliable prevention of tangles cannot be guaranteed.

That is, the fixed tubes (1) and (2) inserted outside the line (10) and the leader (20) are positioned on the line (10) and the leader (20) centered on the sinker (30) when performing a baiting motion for action. It does not play any role and simply prevents the line (10) or leader (20) from becoming tangled in the sinker (30) by losing its flexibility around the sinker (30) for a certain length to which the fixing tubes (1) and (2) are combined. Therefore, it does not provide a reliable anti-tangle function.

In addition, in the process of performing the baiting operation of raising the raw line (10) up and down greatly and then lowering it, the raw line (10) and the leader (20) into which the fixing tubes (1) and (2) are inserted centered on the sinker (30) are It did not respond stably to the current of the deep water layer in which it swims, which interfered with the free action of the lure (40).

Some examples of prior art related to cutthroat fishing are reviewed through references.

In Reference 1; A cephalopod fishing tackle is disclosed in which a light-emitting member is replaceably coupled to a cephalopod trap, so that the attraction function of the light-emitting member can be expected repeatedly and over a long period of time, and an improved attraction effect can be achieved by detaching the attraction member.

In reference 2; A fishing tackle body where the head of the artificial bait is inserted and connected, a fishing line joint where the fishing line passes in a direction intersecting the longitudinal direction of the fishing tackle body, and a fishing line that passes through the fishing line joint is installed on the head of the artificial bait. A cephalopod fishing tackle characterized by being connected to a hook is disclosed.

In reference 3; It consists of a buoyancy part that is connected to the fishing line and fixes the bait preparation means, and a limiting part that is jointly fixed to the fishing line and limits the buoyancy height and swell range of the buoyancy part in the water to a certain level, so that the bait prepared in the early morning floats. A fishing tackle that allows the fishing line to swell according to the current speed to prevent snags and tangles of the fishing line has been disclosed.

In reference 4; A fishing rig consisting of an auxiliary fishing line that can move along a wire-shaped fishing line, a lure and weight connected to the fishing line, and a plurality of stoppers that can stop the auxiliary fishing line on the fishing line is disclosed.

In reference 5; A fishing rig with an improved fish attracting function consisting of a first connector connecting the first attraction member and the rod to the first connector of the leash, and a second connector connecting the second attraction member or fishing hook to the second connector. It has been disclosed.

Additionally, see Reference 6; A float that is connected to the main line and adjusts the height of the fishing hook while controlling the buoyancy by selectively moving the position depending on the fish species being fished, and a stopper that prevents the float from moving, and is attached to the float to keep the line horizontal so that it does not droop. A fishing rig consisting of a horizontal buoyancy material, etc. has been disclosed.

(Reference 1) Republic of Korea Registered Utility Model Publication No. 20-0456208, October 20, 2011. (Reference 2) Republic of Korea Public Utility Model Publication No. 20-2021-000977, 2021.05.10. (Reference 3) Republic of Korea Registered Utility Model Publication No. 20-0493239, 2021.02.25. (Reference 4) Republic of Korea Patent Publication No. 10-2021-0001441, 2021.01.06. (Reference 5) Republic of Korea Patent Publication No. 10-2021-0128112. 2021.10.26. (Reference 6) Republic of Korea Patent Publication No. 10-2021-0133527. 2021.11.08.

Naver Blog, Fishing Ikametal Omori Rig rigging and operation method (Omori Rig) [https://blog.naver.com/huni1234/222374175117](2021.05.29. Notice) Naver Blog, Hanchi Fishing Ika Metal Omori Rig Advantages and Disadvantages, Pattern (Omori League) [https://blog.naver.com/huni1234/222386450422](2021.06.05. Notice)

The present invention connects the fixed tube inserted outside the line and the leader with a connecting tube, constructs a posture maintenance device that can maintain the shape and angle of connection between the line and the leader, and combines a sinker to form a rig, so that the line is Of course, we want to be able to more reliably prevent entanglement of the sinker and leader by keeping the leader, sinker, and lure in place at a certain distance from each other.

The purpose of this design is to enable free action by properly transmitting the motion energy of the baiting motion to the sinker, leader, and lure in the target water depth where Hanchi swim.

This design contributes to free action by maintaining the original shape and angle of the line and leader through the posture maintenance device even in manned movements, etc., and also allows the length of the leader to be used by arbitrarily adjusting depending on the flow speed of the current in the depth of the water. We aim to enable more efficient fishing with various functionalities.

The present invention to solve the above problem is,

According to the design described in the [claims]; A vertical fixed tube into which the line connected to the fishing rod is inserted, a horizontal fixed tube into which the leader is inserted, a connecting tube connecting the vertical fixed tube and the horizontal fixed tube, and a lure coupled to the leader inserted into the fixed tube. , It is characterized in that the fishing tackle for small fish is composed of a sinker coupled to the corner between the vertical and horizontal fixing tubes.

This design more reliably prevents the entanglement of the sinker and the leader by ensuring that the line, leader, and sinker stay in place and are spaced at a certain distance, while the motion energy is transferred to the sinker and leader during a baiting operation in the deep water layer where the bluefish swims. It is properly transmitted to enable free action, which results in an excellent attraction effect.

In this design, the fixed tube inserted outside the line and the leader, and the line and leader inserted into them maintain a set shape and angle so that they do not interfere with the free action in the baited movement, and the length of the leader can be adjusted arbitrarily according to the current, etc. to vary. By being able to prepare your gear properly, you can expect excellent results through more efficient fishing.

Figures 1 and 2 are configuration diagrams and explanatory diagrams showing conventional fishing gear for cuttlefish.
Figure 3 is an overall configuration diagram showing one embodiment of the present invention.
Figure 4 is an enlarged view of an excerpt of the main part of the present invention
Figures 5 and 6 are diagrams showing the configuration of the leader with an extension tube in the present design.
7 to 10 are configuration diagrams showing some other embodiments of the present invention.
Figure 11 is a configuration diagram showing another embodiment of the present invention.
12 to 13 are diagrams showing another embodiment of the present invention.

The present invention includes a fixed tube in which a line and a leader are connected, a line and a leader inserted into and connected to the fixed tube, a connecting tube connecting the fixed tube in which the line and the leader are inserted, a lure coupled to the leader, and a space between the line and the leader. It is characterized by a one-chip rig consisting of a combined sinker, a fixing tube into which the line and leader are inserted, and a posture maintenance device that consists of a connecting tube and allows the line and leader to maintain a given shape and angle.

A vertical fixed tube is connected to the main line connected to the fishing rod, and a horizontal fixed tube is connected to the leader to which the lure is connected.

The vertical fixing tube into which the circular line is inserted and the horizontal fixing tube into which the leader is inserted are connected to each other by a connecting tube to form a certain angle and shape.

The vertical fixing tube to which the rope is connected and the horizontal fixing tube to which the leader is connected are connected to each other through a connecting tube to form a posture maintenance device that allows the rope and the leader to maintain a constant shape and angle.

A sinker is coupled to the corner where the fixed tube of the main line and the fixed tube of the leader meet.

Hereinafter, the specific implementation of the present invention will be examined in detail along with the attached drawings.

In the present invention, embodiments are illustrated in the drawings and detailed descriptions are provided, but since the present invention can make various changes and have several embodiments within the scope of equivalence, the technical idea and scope of the present invention include equivalents or substitutes. It should be understood as including.

In explaining the present invention, if it is determined that a detailed description of related known technologies may unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

Figure 3 is an overall configuration diagram showing an embodiment of the present invention, and Figure 4 is an enlarged view of a main part of the present invention.

The line 10 is inserted into the vertical fixing tube 1 and connected to a connecting member (hereinafter referred to as a 'connecting member') 31, such as a pin or snap pin for connecting the sinker 30, The leader (20) is inserted into the horizontal fixing tube (2) and connected to the connecting member (31).

The vertical fixing tube 1 into which the circular line 10 is inserted and the horizontal fixation tube 2 into which the leader 20 is inserted are connected to the connecting tube 3 to form a posture maintaining device 4.

That is, the posture maintaining device 4 connects the vertical fixing tube 1 and the horizontal fixing tube 2 with a connecting tube 3 at an angle close to a right angle or a right angle. It is natural that the fixing tubes (1) (2) can be made at a right angle or an acute or obtuse angle close to a right angle (±10°), and as shown, the fixing tubes (1) (2) are connected at an internal angle position. Combine the tube (3).

The connecting tube (3) can be formed by bonding both ends to the fixing tubes (1) and (2), or by molding them into one piece.

The connecting tube 3 can be formed in a straight line, but it is preferable to form an arc-shaped curve at the corner where the fixing tubes 1 and 2 meet each other, as shown in the example. This will be explained again later.

As shown in the example of the horizontal and vertical fixing tubes (1) and (2) connected by the connecting tube (3), a circular line (10) is inserted into the vertical fixing tube (1), and a circular line (10) is inserted into the horizontal fixing tube (20). Insert the leader (20) and connect the sinker (30) to the corner where the fixing tubes (1) and (2) meet with a connecting member (31).

The sinker (30) is combined with an appropriate weight depending on the flow speed and strength of the current in the water depth where the Hanchi swims, and at the end of the leader (20) connected to the sinker (30), there is a Sute, Ika Metal, etc. suitable for targeting points. Combine the lure (40).

The distance between the sinker 30 and the lure 4 is determined by the leader 20, and the length of the leader 20 is set to various lengths depending on the strength of the current or the conditions of the point, etc. to configure the rig.

As described above, the posture maintenance device (4) composed of the fixing tubes (1) (2) and the connecting tube (3) fixes its shape and angle by holding the angle of the fixing tubes (1) (2) as shown, Since the fixing tubes (1) and (2) are maintained, the angles of the string (10) and the leader (20) inserted into the fixing tubes (1) and (2) are fixed and maintained.

In this state, the lure 40 takes action through an enticing action such as jerking, as described above.

When the baiting action of lifting and releasing the fishing rod is repeated, the sinker (30) connected to the main line (10) moves up and down in conjunction with this, and the leader (20) connected to one side of the sinker (30) is pulled up and released. .

At this time, the leader 20 and the lure 40 coupled to the end of the leader 20 ride the current in the direction in which the current flows in the deep water layer and swim similar to a live bait by an enticing motion.

In the present design, the shape and angle are maintained by the posture maintainer (4) during the performance of the above-mentioned baiting operation, so that action can be freely given to the lure (40) and entanglement is more reliably prevented. Let's take a look at this.

The vertical fixing tube (1) of the line (10) connected to the fishing rod and the horizontal fixing tube (2) of the leader (20) connected to the lure (40) are maintained at an angle and shape apart from each other by the connecting tube (3). , In addition, the leader 20 is fixed horizontally in the direction of the current by the fixing tube 2 on one side of the sinker 30, so that the motion energy of the baiting motion is transmitted intact.

In other words, the sinker 30, which is interlocked with the up and down movement of the line 10, moves up and down and also moves the leader 20 up and down. At this time, the leader 20 has its angle and shape fixed horizontally, so that it moves in the direction of the current. As a result, the leader 20 is maintained in the same posture as the unfolded arm, and accordingly, the motion energy of the sinker 30, which is interlocked with the up and down movement of the raw line 10, is transferred to the horizontally extending fixed tube holding the leader 20. It is conveyed to the entire leader (20) through (2).

At this time, the fixed tubes (1) (2) are connected by the connecting tube (3) bent at an internal angle, so the connected angle (the example shown is shown as a right angle) and shape of these fixed tubes (1) (2) are connected. It is stably fixed and maintained by the connecting tube (3) so that the motion energy is directly and properly transmitted to the leader (20) and lure (40).

In addition, if the connecting tube (3) is configured to be somewhat soft, a slight tension is applied to the connecting tube (3) connecting the fixed tubes (1) and (2) in an arc shape during the attraction operation, thereby causing the lure (40) ), it may be possible to give more natural movement to the action.

In this way, the motion energy of the baiting motion is properly transmitted to the leader 20 through the fishing rod, the line 10, and the posture holding device 4, making it possible to freely give action in the intended pattern of the baiting motion.

And the wire (10) is inserted and connected to the vertical fixing tube (1), and the leader (20) is inserted and connected to the horizontal fixing tube (2), and the space between these fixing tubes (1) and (2) is connected to the connecting tube. It can be blocked by (3) to prevent entanglement. In addition, the lure (40) and the leader (20) are arranged in a spaced state by a certain length extending horizontally by the horizontal fixing tube (2) to maintain a certain distance and maintain a constant posture, so that the sinker (30) and the leader It is possible to more reliably prevent entanglement between (20) and lure (40).

Meanwhile, as shown in FIGS. 5 and 6, the extension tube 5 can be formed on the fixed tube 2 to which the leader 20 is coupled.

The extension tube 5 is formed by extending the horizontal fixing tube 2 in a downward curve so that the leader 20 inserted into it can be inserted by extending more horizontally.

The extension tube (5) is an extension of the length through which the leader (20) is inserted and guided, allowing the liter (20) to spread more horizontally and hang downward to make it easier and more natural to ride the current, and the leader If the length of (20) is long, the advantage of allowing the function and role of the leader (20) to operate more stably and advantageously can be expected.

The extension tube 5 may be formed by extending a portion of the fixing tube 2 as shown in FIG. 5, or may be separately inserted into the fixing tube 2 and extended as shown in FIG. 6.

As shown in FIGS. 7 to 10, the connecting tube 3 can be attached or detached to the fixed tubes 1 and 2.

This can be performed by coupling the fasteners 6 and 6' to the fixing tubes 1 and 2, respectively, and attaching and detachably coupling the connecting tube 3 to the fasteners 6 and 6' as needed. Let's take a look at this.

The fasteners (6, 6') are fixed by inserting them into each fixing tube (1) (2) through the fixing hole (61), and the fasteners (6, 6') fixed to the fixing tubes (1) (2) are fixed. It can be used by inserting both ends of the connecting tube (3) into the detachable hole (62) for detachable connection.

When configured with the above fasteners (6, 6'), when the connecting tube (3) is not in use, the fixture can be used by hanging the fixing tubes (1) (2) in a single shape, and the connecting tube (3) ) can be combined to form a device equipped with a posture maintenance device (3).

Figure 11 shows another embodiment of the present invention, in which an L-shaped tube (7) is formed and the vertical tube (71) and horizontal tube (72) of the L-shaped tube (7) are connected with a connecting tube (3). This is an example of configuring the posture maintenance device (4A).

A circular line (10) is inserted into the vertical tube (71) of the L-shaped tube (7), a leader (20) is inserted into the horizontal tube (72), and a connection is made between the vertical tube (71) and the horizontal tube (72). Connect the tube (3) to form a posture maintaining device (4A).

A sinker 30 is attached as a connecting member 31 to the corner where the vertical tube 71 and the horizontal tube 72 meet.

The posture maintainer (4A) of the above configuration has the same functions and actions as the above-described examples, and is simply composed of only the L-shaped tube (7) and the connecting tube (3), providing convenience in production and use. There is.

12 to 13 show another embodiment of the present invention, in which an L-shaped rod (9) is connected to the connecting tube (8) and a connecting member (31) is attached to the corner of the L-shaped rod (9). This is an example of configuring the posture maintenance device (4B) to couple the sinker (30).

A connecting tube (8) is formed in an arc shape on one side of the L-shaped rod (9), and one fishing line is connected through the connecting tube (8) to be used as a circular line (10) upward and as a lure in the side direction. The posture maintaining device 4B is formed by connecting (40) to be used as a connecting leader (20).

And on the raw rope (10) and the leader (20) that pass through the connecting tube (8), stopping members (11) (21) such as stop beads are used to maintain the posture of the raw rope (10) and the leader (20). By fixing it to (4B), the posture maintaining device (4B) has the same function and action as the above-described examples, and can be adjusted to the position of the leader (20) with the stop members (11) (21) depending on the strength of the current or the conditions of the point. It can be used by simply adjusting the length to various lengths.

In other words, the length of the leader 20 coupled through the connecting tube 8 can be set and adjusted in various ways by moving the stopping members 11 and 21.

In addition, an extension tube 81 may be formed in the connecting tube 8 to be long in the direction in which the leader 20 is connected, so that the length and position at which the leader 20 is inserted can be extended longer.

In order to specifically explain the implementation of the present invention, the symbols used in the accompanying drawings are explained as follows.
The same symbols are used for the same components as those in the prior art (FIGS. 1 and 2).
10: One line 20: Leader
30: Sinker 40: Lure
1,2:Fixing tube 3:Connecting tube
4, 4A, 4B: Posture maintenance area
5: Extension tube 6,6': Fastener
61: Fixer 62: Assembly worker
7: L-shaped tube 8: Connecting tube
9:L-shaped rod 81:Extension rod

Claims (6)

A vertical fixed tube (1) into which the line (10) connected to the fishing rod is inserted,
A horizontal fixing tube (2) into which the leader (20) is inserted,
A connecting tube (3) connecting the vertical fixing tube (1) and the horizontal fixing tube (2),
A luer (40) coupled to the leader (20) inserted into the fixing tube (2),
A fishing tackle for single fish, characterized in that it consists of a sinker (30) coupled to the edge between the vertical fixing tube (1) and the horizontal fixing tube (2). It is provided with a posture maintainer (4) that maintains the vertical fixing tube (1) into which the circular line (10) is inserted and the horizontal fixation tube (2) into which the leader (20) is inserted at a predetermined angle and shape,
A luer (40) coupled to the leader (20) inserted into the fixing tube (2),
A fishing tackle for single fish, characterized in that it consists of a sinker (30) coupled to the edge between the vertical fixing tube (1) and the horizontal fixing tube (2). The method of claim 1 or 2,
The horizontal fixing tube (1) and the vertical fixing tube (2) are arranged at right angles and connected by a connecting tube (3) to maintain the fixed angle and shape of the fixing tubes (1) and (2). (4)) A fishing gear for cuttlefish, characterized by consisting of (4)). According to claim 3,
Fasteners (6, 6') are formed on the horizontal fixing tube (1) and the vertical fixing tube (2), respectively, and both ends of the connecting tube (3) are detachably coupled to the fasteners (6, 6'). A fishing gear for cuttlefish characterized by being configured so that it can be used. L-shaped tube (7),
A vertical tube (71) of the L-shaped tube (7) into which the circular string (10) is inserted,
A horizontal tube (72) of the L-shaped tube (7) into which the leader (20) is inserted,
A fishing tackle for cuttlefish, characterized in that it consists of a connecting tube (3) coupled between the vertical tube (71) and the horizontal tube (72). L-shaped road (9),
A connecting tube (8) connected to the L-shaped rod (9) in an arc shape,
A fishing tackle for cuttlefish, characterized in that it consists of a main line (10) and a leader (20) that are penetrated and coupled to the connecting tube (8).

Images