CN215531014U - Fishhook capable of improving hooking rate - Google Patents

Abstract

The utility model relates to a fishhook capable of improving the hooking rate, belonging to the technical field of fishhooks; the buoyancy piece is fixedly arranged at the hook bottom, the back bend or the hook handle of the fishhook; the fishhook is also provided with a resistance piece for improving water resistance, and the resistance piece is arranged at the hook head or the hook handle and is fixedly connected with the hook head; set up buoyancy spare and resistance, the hook point is in approximate level and the state of downward sloping slightly, and the hook point contacts with the lower mouth of fish mouth and presses close to, like this when the fishhook is told, the gib head can drive the outward movement of hook point, because the lower mouth of fish mouth is hugged closely to the hook point, the fishhook is when whole forward motion, the lower mouth of fish mouth can be hooked under the drive of gib head to the hook point, further improve the rate of catching a hook, the rate of catching a hook of having solved present fishhook is ideal problem inadequately.

Description

Fishhook capable of improving hooking rate

Technical Field

The utility model belongs to the technical field of fishhooks, and particularly relates to a fishhook capable of improving the hooking rate.

Background

The existing fishhook has the structural effect that when the existing fishhook is in water, the hook tip can be automatically in an upward state and can also lie on the water bottom, and when a fish sucks the fishhook into a mouth, the hook tip can not directly act on the mouth, so that the hooking rate is not ideal; sometimes, the fishhook is buried in the sludge at the bottom of the water, and the fish cannot find the bait on the fishhook in time so as to cause the fish not to bite the fishhook.

SUMMERY OF THE UTILITY MODEL

The utility model overcomes the defects of the prior art and provides the fishhook which can improve the hooking rate; the problem that the existing fishhook is not ideal in hooking rate is solved.

In order to achieve the above object, the present invention is achieved by the following technical solutions.

A fishhook for improving the hooking rate comprises a hook head, a hook handle, a front bend, a back bend, a hook bottom and a hook tip, wherein a buoyancy piece is arranged on the fishhook and is made of a material with density smaller than that of water, and the buoyancy piece is fixedly arranged at the hook bottom, the back bend or the hook handle of the fishhook; the fishhook is characterized in that a resistance piece for improving water resistance is further arranged on the fishhook, and the resistance piece is arranged at the hook head or the hook handle and is fixedly connected with the hook head.

Further, the shape of the buoyancy piece is spherical, square and the like.

Further, when the fishhook provided with the buoyancy piece is placed in water, the backward bend or one end of the hook handle close to the hook bend is driven by the buoyancy piece to be at the highest position, the hook handle is in a state of being approximately horizontal and slightly inclined downwards, the hook tip is simultaneously in a state of being approximately horizontal and slightly inclined downwards, and the hook tip is contacted with the water bottom to be close to the water bottom.

Further, the resistance element can be feather material, cotton material or fiber material.

Furthermore, a phagostimulant is arranged in the buoyancy piece and the resistance piece, and the phagostimulant can be substances such as essence and the like which can attract the fish to bite the hook.

Furthermore, the fishhook is approximately in a U-shaped structure and comprises a bottom edge and two side edges, the two side edges are respectively a long edge and a short edge, and the length of the long edge is longer than that of the short edge.

Further, the hook handle is located the long limit department of fishhook, and the gib head is located the top of hook handle, the hook end is located the base department of fishhook, the back bend is the circular arc district section of transition between hook end and the hook handle, the hook point is located the minor face department of fishhook, the forward bend is the circular arc district section of transition between hook end and the hook point.

Furthermore, the inboard of hook point is provided with the barb, and the barb setting is located 1/3 of hook point, and the tip of barb is provided with the spine, and the one end slope setting of spine towards the hook end.

Compared with the prior art, the utility model has the following beneficial effects:

(1) according to the fishhook provided by the utility model, the buoyancy piece is arranged on the fishhook, so that the fishhook can float upwards to a certain degree, the fishhook can be prevented from being buried by sludge when being at the bottom, and the fishhook can be ensured to be kept in a state of being in water in the fishmouth continuously due to the effect of the buoyancy piece when being sucked into the fishmouth by a fish, the hook tip is approximately horizontal and slightly inclined downwards, and the hook tip is contacted and close to the lower mouth of the fishmouth, so that when the fishhook is spitted out, the hook tip is tightly attached to the lower mouth of the fishmouth and hooks the lower mouth, and compared with the traditional fishhook, the fishhook can be used for improving the rate of hooking.

(2) According to the fishhook provided by the utility model, the resistance piece for improving water resistance is arranged at the hook head, and the resistance piece has larger resistance in water, so that when the fishhook is spit out by a fish, the hook head can drive the hook tip to move outwards, the state that the tip part faces the outside of the fishmouth every time under the driving of the hook head is ensured even if the hook tip is at different angles, and the hook tip is approximately horizontal and slightly inclined downwards, so that when the fishhook integrally moves forwards, the hook tip can hook the lower mouth of the fishmouth under the driving of the hook head, and the hooking rate is further improved.

(3) According to the fishhook provided by the utility model, the phagostimulant is arranged in the buoyancy piece and the resistance piece, so that the probability of fish biting can be further improved, and the hooking rate is further improved.

Drawings

The utility model is described in further detail below with reference to the accompanying drawings:

FIG. 1 is a schematic view showing the construction of a conventional fish hook not provided with a buoyant member and a resistance member;

FIG. 2 is a schematic view of the present invention with buoyancy and resistance elements;

FIG. 3 is a schematic view of the state of the utility model when in water;

FIG. 4 is a schematic view of the present invention in a state of being spit by a fish;

wherein, 1 is the hook head, 2 is the hook handle, 3 is the back bend, 4 is the hook bottom, 5 is the front bend, 6 is the hook point, 7 is the barb, 8 is the buoyancy piece, 9 is the resistance piece, 10 is the fishhook, 11 is the surface of water, 12 is the bottom, 13 is the fish mouth.

Detailed Description

In order to make the technical problems, technical solutions and advantageous effects to be solved by the present invention more clearly apparent, the present invention is further described in detail with reference to the embodiments and the accompanying drawings. It should be understood that the specific embodiments described herein are merely illustrative of the utility model and are not intended to limit the utility model. The technical solution of the present invention is described in detail below with reference to the embodiments and the drawings, but the scope of protection is not limited thereto.

As shown in figures 1-4, the utility model provides a fishhook for improving the hooking rate, and a fishhook 10 comprises a hook head 1, a hook handle 2, a front bend 5, a back bend 3, a hook bottom 4 and a hook tip 6.

The fishhook 10 is approximately in a U-shaped structure and comprises a bottom edge and two side edges, the two side edges are respectively a long edge and a short edge, and the length of the long edge is longer than that of the short edge.

The hook handle 2 is positioned at the long edge of the fishhook 10, and the hook head 1 is positioned at the uppermost end of the hook handle 2. The hook bottom 4 is located at the bottom edge of the fishhook 10, the backward bend 3 is an arc-shaped section in transition between the hook bottom 4 and the hook handle 2, the hook tip 6 is located at the short edge of the fishhook 10, and the forward bend 5 is an arc-shaped section in transition between the hook bottom 4 and the hook tip 6.

The hook head 1 is positioned at the uppermost end part of the hook handle 2, the width of the hook head 1 is larger than that of the hook handle 2, and the hook head 1 is mainly used for preventing the bound fishing line from falling off from the hook handle 2 and ensuring the stability of the fishing line fixation. The hook head 1 is in various shapes including a straight flat head, a side flat head, a round head and the like, each shape is required to be uniform in thickness, the edge of the hook head is required to be thick, otherwise, the hook head is thin like a knife edge, and a fishing line is easy to cut off.

The hook handle 2 is a section from the hook head 1 to the back bend 3, and the upper end section of the hook handle 2 is used for binding fishing line. The hook handle 2 comprises a long hook handle and a short hook handle, the long hook handle is suitable for hanging earthworm, insect bait and other long-shaped baits and is mainly used for fishing fierce fishes, the fishhook can be deeply pierced due to the long hook handle, the fishes are not easy to run, and the hooks can be conveniently picked; the short hook handle is suitable for small granular baits such as fine dried noodle baits, rice grains and the like.

The backward bend 3 is a bent part between the handle 2 and the bottom 4 of the fish hook, and the backward bend 3 has the main function of firmly hooking the fish and reducing the pulling force of the fish on the hook to a certain degree. The backward bend 3 comprises different shapes, including different shapes such as round, square, streamline, downward inclined and the like, and the reasonable designed backward bend 3 can enhance the tensile strength of the fishhook.

The end of the hook tip 6 is provided with a sharp tip, and since the hook 10 is first applied to the mouth 13, the tip of the hook tip 6 must be kept sharp, otherwise the blunt hook tip 6 cannot secure the hook. The inboard of bill 6 is provided with barb 7, and barb 7 sets up 1/3 department at bill 6, and the tip of barb 7 is provided with the spine, and the one end slope setting of spine orientation hook end 4 is pointed to. The barb 7 is used for preventing the fish that catches on the hook from running off and preventing the bait from coming off.

The hook bottom 4 is the depth from the bottom of the backward bend 3 to the hook tip 6, and the hook bottom 4 can share the pulling force of the fish on the hook tip 6. The hook bottom 4 is too deep, so that the fish is difficult to swallow the oral cavity; the hook bottom 4 is too shallow, which easily causes the fish hooked on the hook to run off.

The distance between the hook tip 6 and the hook handle 2 is a hook door, the width of the hook door is in direct proportion to the size of a hook, the hook door is generally wider when the hook number is larger, the fishhook of the wide hook door is suitable for fishing fishes with large mouths, and the fishhook of the narrow hook door is suitable for fishing fishes with small mouths.

According to the fishhook 10 provided by the utility model, the buoyancy piece 8 is arranged on the fishhook 10, the buoyancy piece 8 is made of a material with density smaller than that of water, the buoyancy piece 8 is spherical, square or the like, and the buoyancy piece 8 is fixedly arranged at the hook bottom 4, the backward bend 6 or the hook handle 2 of the fishhook 10. By arranging the buoyancy member 8, when the fishhook 10 is placed in water (as shown in fig. 3), the backward bend 3 is approximately at the highest position driven by the buoyancy member 8, the hook handle 2 is approximately horizontal and slightly inclined downwards, the hook tip 6 is simultaneously approximately horizontal and slightly inclined downwards, and the hook tip 6 is contacted with the water bottom 12.

The fishhook 10 is also provided with a resistance piece 9 for improving water resistance, and the resistance piece 9 is arranged at the hook head 1 or the hook handle 2 and is fixedly connected with the hook head 1. The resistance part 9 can be feather material or cotton material.

The buoyancy piece 8 and the resistance piece 9 are provided with a phagostimulant which can be substances such as essence and the like capable of attracting fish to bite.

The working principle of the utility model is as follows:

in the fishhook 10 provided by the utility model, due to the interaction of buoyancy and gravity, when the fishhook 10 is placed in water (as shown in fig. 3), the backward bend is approximately at the highest position driven by the buoyancy, the hook handle 2 is approximately horizontal and slightly inclined downwards, the hook tip 6 is approximately horizontal and slightly inclined downwards, and the hook tip 6 is contacted with the water bottom 12.

When the fish hook 10 is sucked into the mouth by the fish, the state in which the fish hook 10 is kept in the water inside the fish mouth 13 due to the buoyancy member 8 is continued, the hook tip 6 is in a state of being approximately horizontal and slightly inclined downward, and the hook tip 6 is brought into contact with the lower mouth of the fish mouth 13 to be approached. When the fish hook 10 is discharged, the hook tip 6 is closely attached to and hooks the lower mouth of the fish mouth 13, and the hooking rate can be more improved than that of the conventional fish hook 10.

When setting up resistance 9 in gib head 1 department, fishhook 10 is told by the fish, because gib head 1 department is provided with resistance 9 and leads to the resistance to increase by a wide margin, the quick rivers that cause when the fish is told are at first outwards spout gib head 1 department, gib head 1 drives the hook handle 2 at rear portion, 4 and the hook point 6 outwards move together at the bottom of the hook, through setting up resistance 9, can guarantee when fish is told fishhook 10 at every turn, be that gib head 1 drives the hook point 6 at rear portion outwards move together, guarantee that the hook point 6 all is the state of sharp portion towards the fishmouth 13 outside at every turn. Because the hook tip 6 is approximately horizontal and slightly inclined downwards, when the fishhook 10 moves forwards integrally, the hook tip 6 can hook the lower mouth of the fishmouth 13 under the driving of the hook head 1, and the hooking rate is further improved.

It will be evident to those skilled in the art that the utility model is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the utility model being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Claims (8)

1. The utility model provides an improve fishhook of rate of getting on hook, fishhook include gib head, hook handle, antecurvature, recurvation, the end of a hook, hook point, its characterized in that: the fishhook is provided with a buoyancy piece, the buoyancy piece is made of a material with density smaller than that of water, and the buoyancy piece is fixedly arranged at the bottom, back bend or hook handle of the fishhook;

the fishhook is characterized in that a resistance piece for improving water resistance is further arranged on the fishhook, and the resistance piece is arranged at the hook head or the hook handle and is fixedly connected with the hook head.

2. A fishhook for increasing hooking rate according to claim 1, wherein: the buoyancy piece is spherical or square.

3. A fishhook for increasing hooking rate according to claim 1, wherein: when the fishhook provided with the buoyancy piece is placed in water, the backward bend or one end of the hook handle close to the hook bend is driven by the buoyancy piece to be at the highest position, the hook handle is approximately horizontal and slightly inclined downwards, the hook tip is simultaneously approximately horizontal and slightly inclined downwards, and the hook tip is contacted with the water bottom and is close to the water bottom.

4. A fishhook for increasing hooking rate according to claim 1, wherein: the resistance element may be a feather-type material, or a cotton-type material, or a fibrous material.

5. A fishhook for increasing hooking rate according to claim 1, wherein: the buoyancy piece and the resistance piece are internally provided with a phagostimulant which can be essence which can attract fish to bite.

6. A fishhook for increasing hooking rate according to claim 1, wherein: the fishhook is approximately of a U-shaped structure and comprises a bottom edge and two side edges, the two side edges are respectively a long edge and a short edge, and the length of the long edge is longer than that of the short edge.

7. The fishhook of claim 6, wherein the ratio of hooking is increased by: the hook handle is located the long limit department of fishhook, and the gib head is located the top of hook handle, the hook end is located the base department of fishhook, the back bend is the circular arc district section of transition between hook end and the hook handle, the hook point is located the minor face department of fishhook, the preceding bend is the circular arc district section of transition between hook end and the hook point.

8. The fishhook of claim 7, wherein the ratio of hooking is increased by: the inboard of bill is provided with the barb, and the barb setting is in the 1/3 department of bill, and the tip of barb is provided with sharp thorn, and the one end slope setting of sharp thorn orientation bottom of the hook.

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