CN206576112U - A kind of three-pawl type Anti-coming-off fishhook - Google Patents

Abstract

The utility model discloses a three-claw type anti-off fishhook, which comprises three U-shaped hook bodies, one end of the hook body is provided with an upward hook tip, and the hook tip is provided with barbs. The other end of the hook body is vertically attached and the end is fixedly connected to the lower end of the same hook body connection block, and also includes a fishing line connection block arranged at the uppermost end of the fishhook for binding the fishing line. It is characterized in that it also includes Three steel needles, the upper ends of the steel needles are fixedly connected to the hook body connecting block, the lower ends of the steel needles extend obliquely downward along the direction close to the hook point, and the lower ends of the steel needles are set as tip ends. The three-claw detachment hook has multiple protections, which can better prevent fish from escaping, and also reduce the burden on anglers. It is more entertaining and more in line with the needs of modern consumers.

Description

A three-claw anti-off hook

technical field

The utility model relates to the technical field of fishing gear, in particular to a three-claw type anti-off hook.

Background technique

Fishing is a way of leisure and has become a favorite sport for many people, especially for middle-aged and elderly people. Fishing can cultivate sentiment, improve self-cultivation, strengthen will, strengthen body and prolong life. At present, the fishhooks sold in the market are all traditional fishhooks, mainly with round points. Sometimes the fish will escape if the hook is not lifted in time; even if the hook is lifted in time in some cases, the fish will still escape, which seriously affects the mood of the fisherman.

A kind of fishhook disclosed in Chinese Publication No. CN 203167848 U includes a hook body and a hook tip, and is characterized in that: the hook body is three, and each hook body includes a curved portion, and the end of the curved portion is made into a hook point. The end of the hook tip is pointed, and the hook tip includes an isosceles triangular section along the height direction of the hook tip, and the two waists of the isosceles triangle section form the hook tip edge; The end of the barb is pointed, and the barb includes an isosceles triangular cut surface along the height direction of the barb, and the two waists of the isosceles triangle cut face form the barb edge.

This type of fishhook adds barbs to the structure, which plays a certain role in preventing fish from escaping, but still has the following defects: 1. One-way barbs can only be used to reverse hook fish from one direction. When eating from another direction, it will still escape; 2. After the fish is hooked, if the hook is lifted directly, it will cause the fish to unhook, especially for larger fish, it is easy to unhook, and it is necessary to wait until the fish has exhausted its strength before lifting the hook. When it is lifted, the angler's arm will be very tired; 3. The fishhook is generally metal and the material is relatively hard. When the fish is hooked, it will swing left and right. When the swing is large, the hook will be separated from the fishing line, and it may also cause Fish escape and even cause damage to the fishing rod.

Utility model content

Aiming at the deficiencies of the above-mentioned prior art, the technical problem to be solved by the utility model is: how to provide a three-claw anti-off hook that can more effectively prevent fish from escaping and reduce the burden on anglers.

In order to solve the above technical problems, the utility model adopts the following technical solutions:

A three-claw type anti-off fishhook, comprising three U-shaped hook bodies, one end of the hook body is provided with an upward hook point, the hook point is provided with barbs, and the other ends of the three hook bodies are It fits vertically and the end is fixedly connected to the lower end of the same hook body connecting block, and also includes a fishing line connecting block arranged at the uppermost end of the fishhook for binding the fishing line. It is characterized in that it also includes three steel needles. The upper end of the steel needle is fixedly connected to the hook body connecting block, the lower end of the steel needle extends obliquely downward along the direction close to the hook tip, and the lower end of the steel needle is set as a tip.

In this technical solution, a barb is provided on the hook point, and the bait is hung on the hook point. After the fish is hooked, the barb can prevent the fish from escaping, but when the fisherman does not pull up the fishing rod in time or the fish swings back and forth, the hook still will escape, so a steel needle is added. The steel needle is arranged obliquely toward the direction of the fishhook along the connecting block of the hook body, and the end close to the fishhook is the tip. In this way, when the fish eats the bait, it will move downward along the inclined direction of the steel needle. When the fish eats the bait, the fish will The mouth is located under the steel needle. When the fish wants to escape, it should move away from the hook. At this time, the steel needle will be inserted outside the fish mouth to further prevent the fish from escaping.

As an optimization, it also includes a spring arranged vertically, the lower end of the spring is fixedly connected with the upper end of the hook connecting block, and the upper end is fixedly connected with the lower end of the fishing line connecting block.

In this way, after the fish is hooked, there will be a problem of swinging in the water, or after the fishing rod is lifted, the problem of the fish swinging in the air will cause the fish to escape, so a spring is set. On the one hand, when the fish swings in the water, the spring can swing with it On the other hand, when the fishing rod is directly lifted and the fish is swinging in the air, the spring force can be used to make the fish float up and down and consume the fish's physical strength, thereby reducing the burden on the fisherman and avoiding the fish after taking the bait. Fish escape.

As an optimization, the spring is a tension spring.

In this way, in the process of breaking free from the hook after the fish takes the bait, it will swim away from the hook. At this time, the tension spring will feel the pulling force, produce elastic deformation, consume the physical strength of the fish, and prevent the fish from losing strength when breaking free. Larger, forcibly escapes from the hook.

As an optimization, two barbs arranged opposite to each other are arranged on the hook tip.

Like this, after the fish takes the bait, two barbs that are arranged on opposite sides all play a role, and the fish mouth is anti-hooked from two directions, so that the fish is not easy to unhook, and the escape of the fish can be better avoided.

As an optimization, the angles between the three hook bodies are adjacent to each other by 120° along the circumferential direction.

In this way, three evenly distributed fishhooks are provided, which can avoid mutual influence between the fishhooks, and can fish three fish at the same time, thus improving the efficiency.

As an optimization, the steel needle is arranged facing the hook body, and the lower end of the steel needle extends in a direction facing the hook tip with a gap between the hook tip and the hook tip.

In this way, the tip of the steel needle is downward. When the fish takes the bait, the mouth of the fish will reach the bottom of the steel needle. When the fish wants to break free, it will swing away from the hook. At this time, the steel needle will be inserted into the fish mouth. The role of the barb is equivalent to an additional setting to prevent the fish from decoupling.

As an optimization, the steel needle is an elastic steel needle.

In this way, when the fish eats the bait, there is a certain distance between the steel needle and the barb, and the fish mouth will press the steel needle down. When the fish wants to escape, the steel needle will be inserted into the fish mouth due to its elasticity, preventing the fish from escape.

As an optimization, the middle part of the steel needle is arranged as a circular arc along the direction close to the hook connecting block.

In this way, after the fish is caught, the end of the steel needle is inserted outside the mouth of the fish, and the steel needle can be pressed to the fast side near the hook body by pressing the arc of the steel needle by hand, so that the fish can be easily removed.

As an optimization, through holes for binding fishing lines are arranged laterally on the fishing line connection block.

In this way, the fishing line can be directly fixed on the fishing line connection block, and a through hole is arranged in the middle, so that the fishing line can be better fixed, and the fishhook is prevented from being separated from the fishing line when it is swinging.

To sum up, the three-claw detachment hook has multiple protections, which can better prevent fish from escaping, and also reduce the burden on anglers. It is more entertaining and more in line with the needs of modern consumers.

Description of drawings

Fig. 1 is a schematic structural view of a specific implementation in the embodiment of the present invention.

detailed description

Below in conjunction with accompanying drawing, the utility model is described in further detail.

During specific implementation: as shown in Figure 1, a three-claw type anti-off fish hook includes three U-shaped hook bodies 1, one end of the hook body 1 is provided with an upward hook point 5, and the hook point 5 Barbs 7 are provided on the top, and the other ends of the three hook bodies 1 are vertically attached and the ends are fixedly connected to the lower end of the connecting block 3 of the same hook body 1. It also includes a hook set on the uppermost end of the fishhook for binding fish. The fishing line connection block 6 of the line also includes three steel needles 4, the upper ends of the steel needles 4 are fixedly connected to the hook body 1 connection block 3, and the lower ends of the steel needles 4 are along the The direction extends obliquely downward, and the lower end of the steel needle 4 is set as a tip.

In this way, the hook point is provided with a barb, and the bait is hung on the hook point. After the fish is hooked, the barb can prevent the fish from escaping, but when the angler does not pull up the fishing rod in time or the fish swings back and forth, it will still escape So a steel needle was added. The steel needle is arranged obliquely toward the direction of the fishhook along the connecting block of the hook body, and the end close to the fishhook is the tip. In this way, when the fish eats the bait, it will move downward along the inclined direction of the steel needle. When the fish eats the bait, the fish will The mouth is located under the steel needle. When the fish wants to escape, it should move away from the hook. At this time, the steel needle will be inserted outside the fish mouth to further prevent the fish from escaping.

In this specific embodiment, the three-claw anti-off hook also includes a vertical spring 2, the lower end of the spring 2 is fixedly connected to the upper end of the hook body connecting block 3, and the upper end is connected to the lower end of the fishing line connecting block 6. Fixed connection.

In this way, after the fish is hooked, there will be a problem of swinging in the water, or after the fishing rod is lifted, the problem of the fish swinging in the air will cause the fish to escape, so a spring is set. On the one hand, when the fish swings in the water, the spring can swing with it On the other hand, when the fishing rod is directly lifted and the fish is swinging in the air, the spring force can be used to make the fish float up and down and consume the fish's physical strength, thereby reducing the burden on the fisherman and avoiding the fish after taking the bait. Fish escape.

In this specific embodiment, the spring 2 is a tension spring.

In this way, in the process of breaking free from the hook after the fish takes the bait, it will swim away from the hook. At this time, the tension spring will feel the pulling force, produce elastic deformation, consume the physical strength of the fish, and prevent the fish from losing strength when breaking free. Larger, forcibly escapes from the hook. Of course, in actual implementation, the spring can be provided with any form of coil spring, which all belong to the implementable range of the device.

In this specific embodiment, the hook tip 5 is provided with two barbs 7 arranged opposite to each other.

Like this, after the fish takes the bait, two barbs that are arranged on opposite sides all play a role, and the fish mouth is anti-hooked from two directions, so that the fish is not easy to unhook, and the escape of the fish can be better avoided. Of course, in actual implementation, any number of barbs can be provided, all of which belong to the implementable scope of the device.

In this specific embodiment, the three hook bodies 1 are arranged adjacent to each other at an angle of 120° along the circumferential direction.

In this way, three evenly distributed fishhooks are provided, which can avoid mutual influence between the fishhooks, and can fish three fish at the same time, thus improving the efficiency. Of course, in actual implementation, two hook bodies can be provided, which also belongs to the implementable scope of the device.

In this specific embodiment, the steel needle 4 is arranged facing the hook body 1 , and the lower end of the steel needle 4 extends in a direction facing the hook tip 5 with a gap between the hook tip 5 and the hook tip 5 .

In this way, the tip of the steel needle is downward. When the fish takes the bait, the mouth of the fish will reach the bottom of the steel needle. When the fish wants to break free, it will swing away from the hook. At this time, the steel needle will be inserted into the fish mouth. The role of the barb is equivalent to an additional setting to prevent the fish from decoupling.

In this specific embodiment, the steel needle 4 is an elastic steel needle 4 .

In this way, when the fish eats the bait, there is a certain distance between the steel needle and the barb, and the fish mouth will press the steel needle down. When the fish wants to escape, the steel needle will be inserted into the fish mouth due to its elasticity, preventing the fish from escape.

In this specific embodiment, the middle part of the steel needle 4 is arranged as a circular arc along the direction close to the hook connecting block 3 .

In this way, after the fish is caught, the end of the steel needle is inserted outside the mouth of the fish, and the steel needle can be pressed to the fast side near the hook body by pressing the arc of the steel needle by hand, so that the fish can be easily removed. Of course, during specific implementation, the arc can be set in any form, all of which belong to the implementable range of the device.

In this specific embodiment, the fishing line connection block 6 is provided with a through hole for binding the fishing line in the transverse direction.

In this way, the fishing line can be directly fixed on the fishing line connection block, and a through hole is arranged in the middle, so that the fishing line can be better fixed, and the fishhook is prevented from being separated from the fishing line when it is swinging. Of course, during specific implementation, the outer side of the fishing line connection block can be concaved to form an annular groove, and the fishing line is tied in the annular groove, which also belongs to the implementable scope of the device.

Claims (9)

1. a kind of three-pawl type Anti-coming-off fishhook, including three coupler bodies taken the shape of the letter U, described coupler body one end is provided with upward bill, institute State and hangnail is provided with bill, three coupler body other ends are vertically fitted and end is fixedly connected on same coupler body contiguous block Lower end, in addition to be arranged on fish hook the top be used for bind the fishing line contiguous block of fishing line, it is characterised in that also including three Draw point, the upper end of the draw point is fixedly connected on the coupler body contiguous block, and the lower end edge of the draw point is close to the bill Direction is extended obliquely downward, and the lower end of the draw point is set to tip.

2. three-pawl type Anti-coming-off fishhook as claimed in claim 1, it is characterised in that also including a vertically arranged spring, institute State lower spring end to be fixedly connected with the coupler body contiguous block upper end, upper end is fixedly connected with the fishing line contiguous block lower end.

3. three-pawl type Anti-coming-off fishhook as claimed in claim 2, it is characterised in that the spring is extension spring.

4. three-pawl type Anti-coming-off fishhook as claimed in claim 1, it is characterised in that two are provided with the bill and is disposed opposite to each other Hangnail.

5. three-pawl type Anti-coming-off fishhook as claimed in claim 1, it is characterised in that circumferentially angle is equal between three coupler bodies Adjacent 120 ° of settings.

6. three-pawl type Anti-coming-off fishhook as claimed in claim 1, it is characterised in that the draw point is just set to the coupler body, institute Draw point lower end edge is stated just to extend the bill direction and be provided with interval between the bill.

7. three-pawl type Anti-coming-off fishhook as claimed in claim 6, it is characterised in that the draw point is elastic steel-needle.

8. three-pawl type Anti-coming-off fishhook as claimed in claim 7, it is characterised in that connect in the middle part of the draw point along close to the coupler body The direction for connecing block is set to circular arc.

9. three-pawl type Anti-coming-off fishhook as claimed in claim 1, it is characterised in that be horizontally arranged with use on the fishing line contiguous block In the through hole of binding fishing line.