CN219894335U - Submersible pencil lure - Google Patents

Abstract

The utility model discloses a submerged pencil artificial bait, which belongs to the technical field of road sub artificial baits and comprises a fish-shaped bait body, wherein the head part of the fish-shaped bait body is provided with a wire hanger for hanging fish wires, the abdomen part and the tail part of the fish-shaped bait body are respectively provided with a hook device for hanging fish hooks, the weight ratio of the fish-shaped bait body from the head part to the tail part is gradually increased, the inside of the fish-shaped bait body is provided with a fish-luring agent storage bin, both sides of the fish-shaped bait body are provided with odor dispersing holes communicated with the fish-luring agent storage bin, and the fish-shaped bait body is provided with an injection port capable of plugging cotton balls into the fish-luring agent storage bin and supplementing the fish-luring agent; after the fish-shaped bait body enters water, along with the winding and unwinding of the fish wire, the fish-shaped bait body swings, and the odor dispersing holes on the two sides form convection, so that the dissolution and release of the fish-luring agent are quickened, meanwhile, the swing of the fish-shaped bait body is exaggerated, the stirring of the water flow to the fish-luring agent is more complete, the release of the fish-luring agent is synchronous with the swimming position and the position of the fish-shaped bait body, the fish-luring effect of the fish-luring agent is truly exerted, and the problems of low release speed and small release range of the fish-luring agent are solved.

Description

Submersible pencil lure

Technical Field

The utility model relates to the technical field of road sub-artificial baits, in particular to a submersible pencil artificial bait.

Background

The lure is also called as a lure, is a lure fishing method, and is generally divided into two types, namely hard lure and soft lure, wherein the hard lure comprises a pencil, a minox, a dog, a paillette, an iron plate and the like, and is generally made of plastics, lead or copper and the like; soft baits are typically made of PVC, TPV, and the like. However, both the hard bait and the soft bait are manufactured by imitating the shape of fish or insects, and when the artificial bait is used, the artificial bait simulates the actions of organisms such as small fish, small shrimp or soft worms in water through the comprehensive operation of hands on a rod, the bait and a wheel, so that the offensive fish mistakes the artificial bait as a real small fish and attacks the artificial bait. However, in the current market, the simulation degree of the simulated bait is improved from the aspects of the appearance and the swimming stroke of the simulated bait, and the aspect of simulating the smell of the small fish is studied. Therefore, the utility model patent number is 201420649961.0, the utility model patent named as composite lure with lure discloses a lure with the tail provided with a releasable lure agent, the tail of the lure is provided with a lure agent storage bin, the release port of the lure agent storage bin faces the tail of the lure, and along with the swimming of the lure in water, the lure agent in the lure agent storage bin can be released from the release port of the tail to attract aggressive fish to approach and attack, so that the probability of fish biting is improved, and the defect of the traditional lure in odor is overcome.

However, the fish-lure agent has little effect in the practical use process, and still has the main effect of the appearance and the swimming stroke of the lure. Because the aperture of the release hole is usually small in order to keep the long-term release of the fish-luring agent, the speed of water flowing into and out of the fish-luring agent storage bin is limited after the fish-luring agent enters water, the water in the fish-luring agent storage bin is almost still water, the dissolving speed of the water-soluble pasty or viscous fish-luring agent is very slow, the fish-luring agent released into the water is very slow, the fish-luring agent dissolved into the water is not ideal when released under the limitation of the small aperture release hole, the fish-luring agent moves in the hand of a fisher at a high speed, the release speed and the release range of the fish-luring agent are difficult to synchronize with the position of the fish-luring agent, the fish-luring agent is not released completely, the fish-luring agent is far away from the water area, and when the fish-luring agent really covers the area, the fish is hooked due to the fish-luring action and the swimming gesture in fact, and the fish-luring agent does not play a role in the practical use.

Disclosure of Invention

The utility model aims to solve the technical problems and provide a submerged pencil lure, wherein a lure storage bin for storing lure is arranged in a fish-shaped bait body, smell dispersing holes communicated with the lure storage bin are formed at two sides of the fish-shaped bait body, and in the swinging process of the fish-shaped bait body after entering water, the smell dispersing holes at two sides can form convection, so that on one hand, the dissolving of the lure in the lure storage bin is quickened, on the other hand, the dissolved lure can be quickly brought out of a release port, and meanwhile, the immersed pencil lure is matched with the swinging degree of the fish-shaped bait body, the more the swinging is exaggerated, and the more the water flow stirs the lure, thereby achieving the purpose of matching with the swimming gesture and the position of the fish-shaped bait body, really playing the role of lure, and solving the problems of slow release speed and small release range of the lure in the traditional lure.

In order to achieve the above object, the present utility model provides the following solutions: the utility model provides a submerged pencil lure, which comprises a fish-shaped bait body, wherein the head part of the fish-shaped bait body is provided with a line hanger for hanging fish lines, the belly part and the tail part of the fish-shaped bait body are respectively provided with a hook device for hanging fish hooks, the weight ratio of the fish-shaped bait body from the head part to the tail part is gradually increased, the inside of the fish-shaped bait body is provided with a fish-luring agent storage bin, both sides of the fish-shaped bait body are provided with smell dispersing holes communicated with the fish-luring agent storage bin, and the fish-shaped bait body is provided with an injection port capable of plugging cotton balls into the fish-luring agent storage bin and supplementing the fish-luring agent.

Preferably, the fish luring agent storage bin is close to the head of the fish-shaped bait body, and the positions of the odor dispersing holes on two sides of the fish-shaped bait body correspond to each other.

Preferably, the hook device at the belly of the fish-shaped bait body is close to the position where the odor dispersing holes are.

Preferably, the lower part of the head part, the belly part and the tail part of the fish-shaped bait body are respectively provided with a counterweight lead block.

Preferably, the front side of the counterweight lead block at the head of the fish-shaped bait body is provided with a storage bin which allows tungsten beads to roll inside.

Preferably, two tungsten beads are arranged in the storage bin.

Preferably, the weight ratio of the head part, the belly part and the tail part of the fish-shaped bait body is 10%, 20% and 70% in sequence.

Preferably, the upper part of the head part, the upper part of the back part and the upper part of the tail part of the fish-shaped bait body are respectively provided with a plurality of mutually separated buoyancy cabins.

Preferably, the thickness of the fish-shaped bait body gradually increases from the head to the tail.

Preferably, the fish-shaped bait body is formed by splicing two symmetrical half-face fish-shaped bait bodies.

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

1. the utility model selects the submerged pencil lure as the carrier, and compared with other types of lures, the pencil lure is famous with the characteristics of exaggerated swimming and ultra-far throwing, therefore, when the odor dispersing holes are arranged at two sides of the fish-shaped bait body, along with the exaggerated left and right swinging of the submerged pencil, the odor dispersing holes at two sides can form convection, the convection not only increases the disturbance of the fish-luring agent in the fish-luring agent storage bin and the dissolution speed of the fish-luring agent, but also increases the speed of the fish-luring agent brought out by the water flow, and further increases the releasing speed of the fish-luring agent. The fish-attracting agent and the pencil swimming stroke are organically combined, the effect of the fish-attracting agent is truly exerted, and the more the pencil lure swings, the faster the fish-attracting agent is emitted, so that the problems that the traditional pencil lure cannot keep pace with the lure in action and position are avoided, and the combination of the shape, the swimming stroke and the smell is truly realized. Meanwhile, the fish-shaped bait body can be supplemented with the fish-luring agent at any time through the injection opening, so that the long-term use of the fish-luring agent in the fish-shaped bait body is ensured, and cotton balls in the fish-luring agent storage bin can be clamped out from the injection opening for replacement at intervals, so that the long-term mildewing and stinking of the cotton balls in soaking water are avoided, and the taste of the fish-luring agent is influenced.

2. Because the head and the tail of the fish-shaped bait body are light, the head swing amplitude of the fish-shaped bait body is larger, so that in order to fully utilize the characteristics, the fish-luring agent storage bin is close to the head of the fish-shaped bait body, the positions of the odor dispersing holes on the two sides of the fish-shaped bait body are mutually corresponding, convection is more facilitated, and water flow can enter from the side quickly, and the other side can flow out quickly and carry the fish-luring agent out.

3. The volume of the pencil lure is not large, the specific gravity of the counterweight lead block is large, and compared with the volume of the iron block, the pencil lure can be smaller, and the pencil lure is more satisfied; meanwhile, the counterweight lead blocks are arranged at the lower parts of the head, the abdomen and the tail of the fish-shaped bait body, so that the fish-shaped bait body can be ensured to always have the abdomen facing downwards and the back facing upwards.

4. The storage bin is arranged at the head of the fish-shaped bait body, and after the tungsten beads are placed in the storage bin, the tungsten beads participate in the weight proportion of the fish-shaped bait body on one hand, and after the fish-shaped bait body swings, the tungsten beads can swing in the storage bin, so that the vibration of the fish-shaped bait body is facilitated, and the attraction to predatory fishes is improved.

5. Two tungsten beads are arranged in the storage bin, and except for participating in the weight proportion, the vibration of the fish-shaped bait body is facilitated, and the two tungsten beads can collide with each other to generate sound along with the swinging of the fish-shaped bait body, so that the grazing fishes are attracted to pay attention, and the grazing fishes are attracted from the sound.

6. The buoyancy cabin is distributed on the upper part of the head, the back and the upper part of the tail of the fish-shaped bait body, so that the fish-shaped bait body can always face downwards at the abdomen and face upwards at the back, and the swimming state of the small fish in water can be simulated more truly.

7. The thickness of the fish-shaped bait body from the head to the tail is increased, so that wind resistance and earth attraction of the fish-shaped bait body in the throwing process can be reduced, and the fish-shaped bait body can reach a farther throwing distance.

Drawings

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions of the prior art, the drawings that are needed in the embodiments will be briefly described below, it being obvious that the drawings in the following description are only some embodiments of the present utility model, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

FIG. 1 is a schematic diagram of the internal structure of a submersible pencil lure;

FIG. 2 is a front view of a submersible pencil lure;

FIG. 3 is a top view of a submersible pencil lure.

Reference numerals illustrate: 1. a fish-shaped bait body; 2. a wire hanging device; 3. a hook device; 4. a fish attracting agent storage bin; 5. a smell dispersing hole; 6. an injection port; 7. a counterweight lead block; 8. a storage bin; 9. tungsten beads; 10 buoyancy tanks.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

The embodiment provides a submersible pencil lure, as shown in fig. 1 to 3, which comprises a fish-shaped bait body 1, wherein the head part of the fish-shaped bait body 1 is provided with a wire hanger 2 for hanging a fish wire, the abdomen part and the tail part of the fish-shaped bait body 1 are respectively provided with a hook 3 for hanging a fish hook, and preferably, the parts of the wire hanger 2 and the hook 3 extending out of the body of the fish-shaped bait body 1 are all hanging rings. The weight ratio of the fish-shaped bait body 1 from the head to the tail is gradually increased, so that the tail of the fish-shaped bait body 1 is heavy and light, the fish-shaped bait body 1 can sink into water in a shaking sinking mode, and when a line is wound up by manual operation, under the condition that a simulated bait pencil is reconfigured from the head to the tail, the fish-shaped bait body 1 is easier to form an exaggerated swimming gesture which swings left and right due to the water resistance and the backflow formed at the tail, and then glancing fish seeds are attracted to attack the fish-shaped bait body 1. Meanwhile, the head and tail are reconfigured, which is also beneficial to the throwing of the fish-shaped bait body 1 when throwing. The fish-shaped bait body 1 is internally provided with a fish-luring agent storage bin 4, the fish-shaped bait body 1 is provided with an injection opening 6, cotton balls can be plugged into the fish-luring agent storage bin 4 through the injection opening 6, and after the cotton balls in the fish-luring agent storage bin 4 fully absorb the fish-luring agent, the artificial bait can be fed into water, and preferably, after each fishing, the fish-luring agent is supplemented once, so that enough fish-luring agent is ensured during each fishing, meanwhile, the cotton balls in the fish-luring agent storage bin 4 can be clamped out by small tweezers or other tools at intervals, and new cotton balls are replaced, so that the smell of the fish-luring agent is prevented from being influenced by mildew and odor after long-term use. The both sides of the fish-shaped bait body 1 are provided with the smell dispersing holes 5, and the fish-luring agent storage bin 4 is communicated with the smell dispersing holes 5 on the both sides of the fish-shaped bait body 1, when the fish-shaped bait body 1 swings in water, water flow can flow into the fish-luring agent storage bin 4 from the smell dispersing holes 5 on the side and flow out from the smell dispersing holes 5 on the opposite side, so that convection is formed, the dissolving speed of the fish-luring agent in the fish-luring agent storage bin 4 is accelerated, and the convection is also favorable for quickly taking out the fish-luring agent in the fish-luring agent storage bin 4, so that the diffusion of the fish-luring agent is accelerated. The fish-shaped bait body 1 swings more quickly, the stirring of the fish-luring agent in the fish-luring agent storage bin 4 is more sufficient, so that the fish-luring agent storage bin 4 is more favorable for releasing bionic odor to attract the attack of predatory fishes, and the fish-luring agent and the swimming stroke of the pencil bait are mutually matched, so that the effect of the fish-luring agent is truly exerted.

Because the fish-shaped bait body 1 is light in head and heavy in tail, the head of the fish-shaped bait body 1 is the place with the largest swing amplitude when swinging in water, the water flow swaying at the place is the most intense, and the release of the fish-luring agent is facilitated, therefore, in the embodiment, the fish-luring agent storage bin 4 is arranged at a position behind the head of the fish-shaped bait body 1, referring to fig. 1 to 3, so that the fish-luring agent storage bin 4 is closer to the head, and the formed convection is also more intense. Meanwhile, the positions of the odor dispersing holes 5 on the two sides of the fish-shaped bait body 1 correspond to each other, convection is more facilitated, water flow can rapidly enter the fish-luring agent storage bin 4 in the swinging process of the fish-shaped bait body 1, the internal fish-luring agent is rapidly stirred, and then the fish-luring agent is rapidly taken out, so that the fish-luring agent is rapidly distributed in water and matched with the swimming position of the fish-shaped bait body 1 and the position of the fish-shaped bait body 1, and the odor, the swimming position and the shape are really synchronous to play a role.

In this embodiment, referring to fig. 1 to 3, the hook 3 at the belly of the fish-shaped bait body 1 is located near the odor dispersion hole 5, and attracts the fish hook at the belly, thereby improving the probability of fish biting.

In this embodiment, the fish-shaped bait body 1 can realize the weight ratio of the head to the tail of the fish-shaped bait body 1 by arranging the weight lead blocks 7 inside thereof, and referring to fig. 1, the weight lead blocks 7 are respectively positioned at the lower head part, the abdomen part and the lower tail part of the fish-shaped bait body 1, wherein the weight lead blocks 7 of the tail part and the abdomen part have larger volumes, so that the weight is concentrated at the rear half part of the fish body of the fish-shaped bait body 1.

Further, in this embodiment, a storage bin 8 is provided on the front side of the weight lead block 7 at the head of the fish-shaped bait body 1, and tungsten beads 9 are placed inside the storage bin 8. Referring to fig. 1, the storage bin 8 is provided with a tungsten bead 9, on one hand, the tungsten bead 9 and the counterweight lead block 7 at the head part jointly play a role in distributing the weight ratio of the fish-shaped bait body 1, and on the other hand, the tungsten bead 9 can roll along with the swinging of the fish-shaped bait body 1, so that the swinging of the fish-shaped bait body 1 is more exaggerated, and the attraction to grazing fishes is facilitated.

Further, in this embodiment, two tungsten beads 9 may be placed in the storage bin 8, and besides participating in adjusting the weight ratio and increasing the swing amplitude, the two tungsten beads 9 may collide with each other in the swing process, so as to make a sound, and then attract the attention of the grazing fish in sound, so that the pencil lure can be conveniently matched in four ways of shape, swimming posture, smell and sound, and the probability of the middle fish is greatly increased.

In this embodiment, the weight ratio of the head, the abdomen and the tail of the fish-shaped bait body 1 is 10%, 20% and 70% in sequence, under the ratio, the pencil-shaped bait can be thrown farther, the operation range is larger, the specific gravity can enable the fish-shaped bait body 1 to sink into water in a 45-degree inclined angle mode when the pencil-shaped bait is just thrown into the water, tremors naturally occur in the sinking process, and then under the weight configuration, the swimming posture of the fish-shaped bait body 1 is more exaggerated, and the fish-shaped bait body can be attracted to attack the lure when the line is wound.

In this embodiment, referring to fig. 1, the upper part of the head, the back and the upper part of the tail of the fish-shaped bait body 1 are respectively provided with a plurality of mutually separated buoyancy tanks 10, the buoyancy tanks 10 provide enough buoyancy for the fish-shaped bait body 1, after the fish-shaped bait body 1 reaches a preset depth in water, the fish-shaped bait body 1 is suspended at the depth and is not submerged under various factors of the density and the buoyancy of the water, and meanwhile, the buoyancy tanks 10 are arranged on the upper half part of the fish body, so that the fish-shaped bait body 1 can be ensured to be stationary or moving, always with the back upwards and the belly downwards.

In this embodiment, referring to fig. 3, the thickness of the fish-shaped bait body 1 from the head to the tail is gradually increased to form a shape similar to a water drop, and the shape can reduce wind resistance and influence of gravitational factors as much as possible when throwing, so as to achieve long-distance delivery. Meanwhile, the shape change of the fish-shaped bait body 1 is more beneficial to the configuration of the weight lead block 7, namely, the thickness of the tail part of the fish-shaped bait body 1 is large, the width of the weight lead block 7 at the tail part can be correspondingly increased along with the increase of the width of the weight lead block 7, the weight ratio of the tail part of the artificial bait is more beneficial to being improved, the head part of the fish-shaped bait body 1 is thinner, the width of the weight lead block 7 can be correspondingly reduced, and the weight ratio of the head part is correspondingly reduced. Preferably, the weight lead block 7 may be shaped like a fan to accommodate the shape variation of the front narrow and rear wide of the fish-like bait body 1.

In the embodiment, the fish-shaped bait body 1 is formed by splicing two symmetrical half-face fish-shaped bait bodies, which is beneficial to placing the counterweight lead blocks 7 and the tungsten beads 9. Preferably, the fish-shaped bait body 1 is formed by sealing and pressing two symmetrical fish bodies made of plastic materials.

The principles and embodiments of the present utility model have been described in detail with reference to specific examples, which are provided to facilitate understanding of the method and core ideas of the present utility model; also, it is within the scope of the present utility model to be modified by those of ordinary skill in the art in light of the present teachings. In view of the foregoing, this description should not be construed as limiting the utility model.

Claims (10)

1. The submerged pencil lure comprises a fish-shaped bait body, wherein a wire hanging device for hanging a fish wire is arranged at the head of the fish-shaped bait body, hook devices for hanging a fish hook are respectively arranged at the abdomen and the tail of the fish-shaped bait body, and the submerged pencil lure is characterized in that the weight ratio of the fish-shaped bait body from the head to the tail is gradually increased, a fish-luring agent storage bin is arranged in the fish-shaped bait body, smell dispersing holes communicated with the fish-luring agent storage bin are formed in two sides of the fish-shaped bait body, and an injection port capable of plugging cotton balls into the fish-luring agent storage bin and supplementing the fish-luring agent is formed in the fish-shaped bait body.

2. The submersible pencil lure according to claim 1, wherein the fish-luring agent storage bin is near the head of the fish-shaped bait body, and the positions of the odor dispersing holes on both sides of the fish-shaped bait body correspond to each other.

3. The submersible pencil lure according to claim 2, wherein the hook at the belly of the fish-like lure body is located adjacent to the odor dispersion hole.

4. The submersible pencil lure according to claim 1, wherein the lower head portion, the belly portion and the lower tail portion of the fish-shaped lure body are respectively provided with a counter weight lead block.

5. The submersible pencil lure according to claim 4, wherein a storage bin is provided on the front side of the weighted lead at the head of the fish-shaped lure body to allow the tungsten beads to roll inside.

6. The submersible pencil lure according to claim 5, wherein two tungsten beads are provided in the storage bin.

7. The submersible pencil lure according to any one of claims 1-6, wherein the head, belly and tail portions of the fish-like lure are 10%, 20% and 70% by weight in that order.

8. The submersible pencil lure according to claim 1, wherein the upper head portion, the upper back portion and the upper tail portion of the fish-shaped lure body are respectively provided with a plurality of buoyancy tanks which are mutually separated.

9. The submersible pencil lure of claim 8, wherein the thickness of the fish-shaped lure body increases gradually from the head to the tail.

10. The submersible pencil lure of claim 8, wherein the fish-like lure body is formed by splicing two symmetrical half-sided fish-like lure bodies.