KR20120125905A - The anti-jamming tools of fish hook - Google Patents

Abstract

PURPOSE: An anti-jamming tool for a fish hook capable of preventing the jamming of the fish hook to a hanging member is provided to remove the flow velocity pressure by rotating the anti-jamming tool. CONSTITUTION: An anti-jamming tool for a fish hook comprises the following: a pipe(5) including plural anti-jamming wings(4), rotating around a main wire; and a through-hole(6) passing through the main wire(3). The plural anti-jamming wings are combined to the pipe in a radial shape. The plural anti-jamming wings prevent the jamming of the fish hook instead of fish.

Description

THE ANTI-JAMMING TOOLS OF FISH HOOK}

The present invention relates to a hanger prevention hole of the roughening portion, the pipe pipe is configured to the upper main line of the roughening portion and the anti-hanging wings are coupled to the pipe pipe to be composed of a radial replacement of the bass attached to the fishing vessel or check the state of the underfish and Regarding the overhang prevention device of the guide, which prevents the guide from being caught from rocks, rocks, and other catching materials formed in the sea or fresh water when the guide thrown into the sea or fresh water is pulled up when chamfering for fishing in a new place. will be.

Conventionally, when fishing near seas, rivers, and lakes, there are many rocks, rocks, and other catching substances in the water near breakwaters or fresh waters. Or when chamfering due to the quality of the water or when the fishing line is wound up, the hook is caught by the rock gap or other catching material, and the fishing main line is inevitably cut and thus the fishing preparation including the cut line is made. , Steaming, simmering, etc.) are often thrown away without being used properly.

Recently, in order to improve the above problems, as described in Korean Patent Laid-Open Publication No. 2001-0011128, the catching means 6 is configured on the needle 5 so that the sticking action of the meat is performed but not changed to the external force of only a few seconds. However, the locking member having the external force of the rock gap or other locking material is variable so that the locking member 6 is variable so that the needle 5 may be caught, and the hooking action of the meat may be performed, but If the body is large, since the needle 5 is swallowed entirely, it is true that the probability of catching meat on the needle 5 is significantly reduced due to the locking prevention means 6.

And the locking means (6) in the needle part (5) is engaged in the pinch state is not rotated because the locking preventive means (6) is in contact with the flow rate pressure as it is forced to move together in the flow direction direction due to the external force of the flow rate pressure It is revealed that a problem that occurs largely out of the radius of the location of the meat.

In the Patent Publication No. 2010-0043903 also has a hook prevention mechanism 100 is configured to the fishing needle 110 is not a variable in the external force of only a few seconds, the technical configuration that is variable only in the action of the hooking of the meat as a problem of the above Patent No. 2001-0011128 There is no way to solve this problem.

In order to solve the above problems, the present invention is configured to prevent an overhang from the main ship of the upper part of the tank, regardless of the needle (fishing needle), and the anti-stop tool is rotated upon contact with the flow rate pressure based on the main ship. It is possible to offset the external force of the flow rate pressure so that it does not exceed the radius of the location of the meat. The purpose is to prevent it.

In order to achieve the above object, the nailing prevention part of the roughening part according to the present invention has a through hole formed so that the main line penetrates the main line in the main line of the upper part of the needle and spaced apart by a predetermined length, so that the rotation of the main line about the main line is carried out at a flow rate pressure contact. And a radially prevented wing that is coupled to the pipe pipe and coupled to the pipe pipe in a radial manner so as to block and protect the hook from the locking member (rock gap, rock wall, other locking material) other than the hook of the hook that is coupled to the lower main line. The pipe tube is made of a light plastic material and the anti-locking wing is made of a stainless steel fiber material having elasticity.

Combination configuration of the locking blade and the pipe,

In A type, B type, C type, D type,

A type includes a plurality of through holes forming a through part from the periphery of the upper end of the pipe through the periphery of the bottom of the pipe, so that the anti-locking wing is accommodated from the top of the pipe to the periphery of the bottom of the pipe; In order to securely bind the narrowing gland formed to be secured and the narrowing gland inserted into the hole, the gripping gland is inserted into the gong with the silicone adhesive applied to the contact surface between the gong and the gripping gong, and is caught by the hole of the gong. In order to ensure a firm attachment of the prevention blades, with the silicone adhesive applied to the contact surface of the pincer hole and the pinion blade, the anti-locking wing is inserted into the pinhole hole so that the pinion of the anti-locking wing coupled to the pipe can be secured. And a shield for shielding the inflow of water to the bottom of the pipe through the pipe, and the shield It is achieved by the curing of the silicone adhesive to be applied to the through hole.

Type B has a plurality of through-holes that form a receiving space from the outer periphery of the upper end of the pipe to the outer periphery of the lower end of the pipe, forming a receiving space from the outer periphery of the upper end of the pipe to the outer periphery of the bottom of the pipe. And a silicone adhesive for penetrating through the stepped portion formed in the through receiving groove so that the non-locking wing accommodated in the through receiving groove is not exposed to the outside of the pipe tube by the locking, and for firmly binding the stopping blade accommodated in the through receiving groove. The anti-locking wing is accommodated in the through-receiving groove in the state of being applied to the groove and the anti-locking wing is achieved by making a solid locking coupling in the outer periphery of the pipe of the anti-locking wing.

Type C has a plurality of accommodating spaces from the periphery of the top of the pipe through the periphery of the through-hole of the bottom of the pipe through the periphery of the perforated bottom of the pipe through the periphery of the pipe through-hole through the periphery of the bottom of the pipe through Two through-receiving grooves, a step formed in the through-receiving grooves so that the locking blades accommodated in the through-receiving grooves are not exposed into the through-holes, and a silicone adhesive for firmly binding the locking blades accommodated in the through-receiving grooves. The anti-locking wing is accommodated in the through-receiving groove in the state that is applied to the through-receiving groove and the anti-locking wing is achieved by a solid locking engagement at the periphery of the pipe through hole of the anti-locking wing.

Type D is a protrusion fitting port formed to protrude at any point of the vertical pipe outer peripheral surface so that the locking blade is received and coupled at any point of the vertical pipe peripheral surface, the protrusion fitting is integral with the pipe, the protrusion In order to ensure the fastening of the locking blade that is inserted into the hole of the fitting hole, the locking blade is inserted into the protrusion fitting hole with the silicone adhesive applied to the contact surface of the protrusion fitting hole and the locking blade. This is achieved by making a firm binding at any part of the tube vertical outer circumferential surface.

In the present invention, the fishing is smoothly carried out in a difficult place to fish such as a gorge or a breakwater, so that the roughness is not caught by rock gaps, rock walls, and other catching materials during the chamfering, and does not deviate from the radius of the land area. Due to the long time available to use the fishing gear, including coarse, bondol, bobber coupled to the main ship has the effect to save the fishing gear accompanying the main ship.

1 is a perspective view showing a stop protection of the type A according to the present invention.
FIG. 2 is a front sectional view of FIG. 1 in detail. FIG.
Figure 3 is a perspective view of the anti-snake of the B type according to the present invention.
4 is a front cross-sectional view of FIG. 3 in detail.
Figure 5 is a perspective view showing a stop protection of the type C according to the present invention.
FIG. 6 is a front sectional view of FIG. 5 in detail. FIG.
Figure 7 is a perspective view of the anti-ditch of the D type according to the present invention.
Figure 8 is a perspective view showing the up and down movement prevention device of the present invention.
9 is a view showing the radiation angle setting of the anti-locking blade according to the bird angle.
Fig. 10 is an embodiment showing a state of use in which one of the A, B, C, and D types is selected.
Figure 11 is a detailed view showing the anti-stagger operation according to the embodiment of Figure 9;

In order to save the use of fishing gear, including nails, rods and bobbers, which are connected to the fishing line for a long time, it prevents the hooks from being caught by rock gaps, rock walls, and other materials while chamfering. By configuring the anti-stripping device according to the present invention so that the roughness can be placed within the region that does not deviate, the fishing user can smoothly perform fishing without worrying about the occurrence of jam in a desired gorge or breakwater and other roughness. It is a feature of the present invention to provide an anti-overlaying device of one brace.

It will be described with reference to the accompanying drawings.

Hanging prevention device of the roughening portion according to the present invention was to be selected as the configuration of A type, B type, C, D type.

In addition, the pipe pipe (5), which is the main part of the anti-slip device, uses a plastic material and the anti-locking wing (4) coupled to the pipe pipe (5) is made of stainless steel fiber material to prevent corrosion due to salt contact.

First, look at the configuration of type A,

As shown in Figs. 1 and 2,

Hanging prevention device of the roughening portion according to the present invention is a predetermined spaced by the stopper (2) coupled to the main line (3) of the top of the roughening (1) is connected to the main line (3), the fishing main line (3) is accommodated through The pipe pipe 5 is formed to form a through hole 6 so as to be radially coupled to the pipe pipe 5 to prevent the locking of the roughening 1 coupled to the lower main line 3. The formed anti-locking wing 4 is configured.

In the locking blade 4 is coupled to the pipe 5,

Perforated from the upper periphery of the pipe tube 5 to the periphery of the bottom surface of the pipe tube 5 so that the anti-locking wing 4 is accommodated and bound so as to penetrate from the periphery of the upper surface of the pipe tube 5 to the periphery of the bottom surface of the pipe tube 5. A plurality of through holes 10 are configured, and the pincers 9 are configured to be fitted into the through holes 10, and a silicone adhesive for firmly binding the pincers 9 to be inserted into the through holes 10. 15 is applied to the through hole 10 and the narrowing region 9, and the narrowing region 9 is hardened in the state of being fitted into the through hole 10,

Holes 9a are formed in the pincers 9 so that anti-locking blades can be inserted therein, and the silicone adhesive 15 narrows even in the firm binding of the anti-locking wings 4 to be inserted into the holes 9a. It is applied to the hole 9a and the anti-locking wing 4 of the earth 9 so that the anti-locking wing 4 is hardened in the state of being fitted into the pinhole 9 hole 9a, so that the pipe tube 5 and the anti-locking wing are made. (4) a solid binding combination is made,

The bottom surface through-hole 10 of the pipe pipe 5 is provided with a shielding opening 11 for shielding the opening 10, and the silicone adhesive 15 applied to the shielding opening 11 and the through-hole (10) By the curing of the A type configuration of the present invention is made.

For reference, the pipe pipe (5) to which the locking blade (4) is coupled is limited by the stopper (2) coupled to the upper and lower main line (3), the movement distance is limited and the stopper (2) gap adjustment in the main line (3) Due to the movement distance of the locking blade (4) was to be variable.

Looking at the configuration of type B,

As shown in Figures 3 and 4,

The stopper is connected to the main line 3 by a predetermined distance by adjusting the stopper 2 coupled to the main line 3 of the upper part of the roughening 1, and the main line 3 is accommodated in the through hole 6 so that the main line 3 can be accommodated therethrough. The pipe tube 5 which forms the structure is the same structure as the said A type.

From the outer periphery of the pipe (5) top to the outer periphery of the bottom of the pipe (5), the anti-locking wing (4) is accommodated so as to be coupled to the pipe pipe (5) from the outer periphery of the pipe (5) bottom outer periphery A plurality of through receiving grooves 8 are formed to form a receiving space until the stopper blades 4 accommodated in the through receiving grooves 8 are not penetrated out of the pipe tube 5 by being caught. A part of the periphery of the receiving groove 8 is configured to be cut in a state smaller than the diameter of the locking blade (4) to perform the step (7),

In order to firmly attach the anti-locking wing 4 accommodated in the through-receiving groove 8, the anti-locking wing 4 is coated with the silicone adhesive 15 applied to the through-receiving groove 8 and the anti-locking wing 4. Is accommodated in the through-receiving groove (15), after a predetermined time passes by the hardening of the silicone adhesive (15) to form a solid binding coupling of the pipe tube (5) and the anti-locking wing (4) is a B type configuration of the present invention Will be done.

Looking at the configuration of the C type,

As shown in Figs. 5 and 6,

The stopper is connected to the main line 3 by a predetermined distance by adjusting the stopper 2 coupled to the main line 3 of the upper part of the roughening 1, and the main line 3 is accommodated in the through hole 6 so that the main line 3 can be accommodated therethrough. The pipe pipe 5 which forms the structure is the same structure as the said A, B type.

Upper through hole of the pipe tube 5 so that the anti-locking wing 4 is accommodated from the periphery of the upper through hole 6 to the peripheral edge of the lower pipe through hole 6. 6) a plurality of through receiving grooves 13 forming a receiving space from the periphery to the periphery of the bottom through hole 6 of the pipe tube 5 are formed, and the anti-locking wing (4) accommodated in the through receiving groove (13) A part of the periphery of the through-receiving groove 13 is cut in a smaller state than the diameter thickness of the anti-locking wing 4 so as not to be exposed into the through-hole 6 by the locking to perform the step 12,

In order to firmly attach the anti-locking wing 4 accommodated in the through-receiving groove 13, the anti-locking wing 4 is coated with the silicone adhesive 15 applied to the through-receiving groove 13 and the anti-locking wing 4. Is accommodated in the through-receiving groove 15, after a predetermined time has passed by the hardening of the silicone adhesive (15) to form a solid binding coupling of the pipe pipe 5 and the anti-locking wing (4) configuration of the present invention Will be done.

Looking at the configuration of the D type,

As shown in Figure 7,

The stopper is connected to the main line 3 by a predetermined distance by adjusting the stopper 2 coupled to the main line 3 of the upper part of the roughening 1, and the main line 3 is accommodated in the through hole 6 so that the main line 3 can be accommodated therethrough. The pipe pipe 5 structure which forms this is the same structure as the said A, B, C type.

Protruding fittings 14 are formed at any point of the pipe outer periphery of the vertical periphery of the pipe pipe 5 so that the locking blade 4 is received and coupled at any point of the pipe periphery of the vertical periphery. The protrusion fitting 14 is integrated with the pipe tube 5,

A hole 14a is formed in the protruding fitting hole 14 so that the locking blade 4 can be fitted therein, and a silicone adhesive (ie, a solid adhesive) is formed to firmly attach the locking blade 4 to be inserted into the hole 14a. The predetermined time is prevented by the locking blade 4 being fitted into the hole 14a of the projection fitting hole 14 while 15 is applied to the hole 14a of the protrusion fitting hole 14 and the locking blade 4. After this, the solid adhesive bond of the pipe tube 5 and the anti-locking wing 4 is made by the curing of the silicone adhesive 15 to achieve the D type configuration of the present invention.

As described above, the present invention is composed of A, B, C, and D types, and any one type can be used alternatively.

In addition, the pipe pipe 5 having a different configuration in the A, B, C, D type of the present invention was to be produced in large quantities by the injection mold.

In addition, the number of knitting of the anti-locking wing (4) is to be at least three or more to eight alternatively configured.

Since the meat mouth radius of the cooker (1) is different depending on the size of the meat, the catch of the A, B, C, D type according to the present invention so that there is no problem in catching the meat of the cooker (1) according to the meat quality as possible As shown in Figure 8, it can be eliminated by the separation by the control interval of the stopper 2 coupled to the main line (3).

In the A, B, C, D type according to the present invention,

Pipe pipe (5) connected to the main line (3) is coupled to the pipe tube (5) is rotated about the main line (3) by the axis due to the anti-locking wing (4) configured radially pipe pipe (5) ) And the rotational reason of the locking blade (4) coupled to the pipe pipe (5) is to offset the external force of the flow rate by the rotation does not deviate significantly from the radius of the location of the meat.

Therefore, the radiation angle 20 of the anti-locking wing 4 is in the range of 30 to 70 degrees, but because the tidal angle 30 is different depending on the flow direction of the flow rate is prevented according to the variable conditions of the tidal angle 30 In order to implement the optimal rotation of the wing (4) by varying the radiation angle 20 was to use the radiation angle 20 in accordance with the variable conditions of the bird angle (30).

As an example, as shown in FIG. 9,

If the tidal angle 30 according to the flow rate of the water flows in the direction of 60 degrees about the main line 3, the rotation of the anti-locking wing 4 when the contact angle contacting the anti-locking wing 4 is orthogonal (90 degrees) Since the state is optimal, the locking blade 4 is formed with a radiation angle 20 at an angle of 30 degrees around the main line 3.

Therefore, by forming the radiation angle 20 of the anti-locking wing 4 according to the angle of the bird angle 30, the radiation angle 20 of the anti-locking wing 4 according to the different tidal angle 30 is selected. It will be made available.

In addition, the number of anti-locking wings (4) is to be configured to at least three to eight.

In the fishing of any one of the A, B, C type, it is to be carried out in a place where there are many catching parameters of canyons, breakwaters or rock gaps, rock walls, and other rough parts.

As shown in Figs. 10 and 11,

When fishing, check the condition of the bottom of the hanging hook (1) or replace the bottom of the bob or throw it on the surface to move to fishing where you want to fish on the surface inside the surface (1) The configured anti-locking wing 4 is moved only at the separation distance of the stopper 2 fixed to the top and bottom of the main line 3, and the rod 1a is coupled to the main line 3 above the upper stopper 2. Waiting for the granules, before the roughening (1) coming up during the chamfering is caught by the rock wall or the crack of the rock, the catching blade (4) first comes into contact with the gap between the rock and the rock, and the catching wing (4) is the main line (3). By blocking the protection of the hook (1) configured in the lower portion while the elastic action of the anti-locking wing (4) proceeds in an inclined direction from the rock wall and rock crevices or other hooking material and then rises above the water surface (1 ) Jam In many places of fishing, there is no worry of catching the needle (1), and the pipe tube (5) and the anti-locking wing (4) are rotated according to the direction of the bird to offset the flow rate pressure. This does not go away much.

As described above, the present invention is composed of A, B, and C type, and can be commercialized by including fishing gear (including crude, bondol, bobber, etc.), and sold separately.

DESCRIPTION OF THE REFERENCE SYMBOLS
1: Roughening 1a: Bongdol
2: stopper 3: final
4: anti-locking wing 5: pipe pipe
6: through-hole 7: step
8: through hole
9: narrow zone 9a: hole
10: through 11: shield
12: step 13: through hole
14: protrusion 14a: hole
15: silicone adhesive
20: radiation angle
30: tidal current angle

Claims (7)

In the prevention of the nailing of the roughening,
A plurality of through holes 10 penetrated from the periphery of the upper surface of the pipe to the periphery of the bottom of the pipe tube so that the coupling pipe and the plurality of anti-locking wings are accommodated, and the narrowing region 9 fitted to the through hole. In the narrowing region, a hook 9a formed to be fitted with an anti-locking wing, and a bottom end hole of the pipe tube comprises a shield 11 for shielding the hole. . In the prevention of the nailing of the roughening,
A plurality of through receiving grooves (8) forming a receiving space from the outer periphery of the upper surface of the pipe to the outer periphery of the bottom of the pipe so that the pipe and the plurality of anti-locking wings are accommodated, and the through receiving groove Part of the periphery of the penetrating groove is cut smaller than the diameter of the interlocking blade so that the interlocking groove is not exposed to the outside of the pipe, and a portion of the periphery of the penetrating groove serves as a step of engaging the anti-locking blade. Hanging prevention device of fishing guide, characterized in that the configuration. In the prevention of the nailing of the roughening,
A plurality of through receiving grooves 13 forming an accommodating space from the periphery of the upper through-hole of the pipe tube to the periphery of the through-hole of the bottom of the pipe tube so that the pipe tube and the plurality of anti-locking wings are accommodated, and the through-receiving portion. A part of the periphery of the penetrating recess is cut smaller than the diameter of the cap to prevent the captive blade from being exposed from the groove into the through hole. Hanging prevention device of the fishing guide, characterized by consisting of). In the prevention of the nailing of the roughening,
Protruding fittings 14 protruding at any point of the vertical outer circumferential surface of the pipe tube and a plurality of anti-locking wings are accommodated in the pipe pipe and the locking fittings are integrated with the pipe tube, the protruding fitting Hanging prevention of fishing guides, characterized in that the sphere is composed of a hole (14a) formed to be fitted with a locking blade. 5. The method according to any one of claims 1 to 4,
Pipe hanger and a plurality of anti-hanging wings are applied for hard coupling, the anti-hanging protector, characterized in that using a silicone adhesive (15) that is cured. 5. The method according to any one of claims 1 to 4,
A plurality of anti-locking wings are made of orthogonal angles according to the variable conditions of the bird angle 30 in the direction of the bird, so that the anti-hanging angle of fishing hooks, characterized in that the radiation angle 20 of the anti-locking wing is formed. 5. The method according to any one of claims 1 to 4,
Pipe tube is made of plastic, the catch hook is made of stainless steel fiber, the catch of fishing hooks, characterized in that.

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