WO2014148772A1

WO2014148772A1 - Fishing float

Info

Publication number: WO2014148772A1
Application number: PCT/KR2014/002152
Authority: WO
Inventors: 김광섭
Original assignee: Kim Kwang Sub
Priority date: 2013-03-20
Filing date: 2014-03-14
Publication date: 2014-09-25
Also published as: KR101407741B1

Abstract

The present invention relates to a fishing float which has advantages of enabling easy handling of fishing equipment, being less restricted by various conditions in the sea, and achieving outstanding fishing performance by removing irritation when the fish being fished subtly nibbles, and which enables the force of a fish being fished to be intactly transferred from a biting moment whereby a fisher feels an excellent feeling of a fish bite. The fishing float comprises: a float body having an ellipsoidal shape; a line hole formed in the central axis of the float body such that a fishing line can pass through the line hole; and a conversion means inside the float body, for maintaining a half-floating state until receiving a sign of fish bite and converting the half-floating state to a full-floating state after receiving the sign of fish bite.

Description

Fishing bobber

The present invention relates to a bobber for fishing, and more particularly, to maintain a semi-flow state in the fishing process, and if there is a quality of the target fish, to switch to a full-flow state to respond to the sensitive quality of the target fish to raise the excellent fruit The present invention relates to the provision of a fishing bobber that is improved so that the hand can feel the excellent taste by receiving the power of the fishing fish.

In general, a typical fishing technique in performing sea drift bobber fishing is divided into "full flow" and "semi-flow". Looking at the traditional full flow preparation through FIG.

Explaining the configuration of the traditional all-fluid chaff (1) in order to combine the Ersinchi (3) with the raw rope (2) drawn from the reel mounted on the fishing rod, and the Ersinchi (3) at the bottom of the Ersinchi (3) Combine the stopper 8 so as not to be connected to the) and then use the advent 4 at the lower end of the original string 2 or directly connect the neckline 5.

Needle 6 is coupled to the lower end of the neck 5, the middle of the neck 5 is a small rod (7) for adjusting the flow rate along the settling speed and algae of the fishing needle (6) according to the conditions of the sea ) Is configured by combining, it is characterized by being able to target various depth layers through infinite shedding.

And looking at the semi-flow gear in the order configured through Figure 9, only the original line 20 in the state tied the cotton yarn knot 21 so as to move the position up or down on the line 20 drawn out from the reel mounted on the fishing rod Combine the small beads 22 with a small enough hole to pass through, and then combine the Assinchi 23, the lower side of the Assinchi 23, O-type buffer rubber (24) to prevent the impact when connected to each other ) Combines a submerged float 25 having a sedimentation suitable for buoyancy of the auxillary 23, and a V-shaped cushioning rubber 26 to prevent the impact 27 and the impact below the submerged 25. The lower end of the raw line 20 is connected to the collar 30 using the advent 27.

The fishing needle 29 is coupled to the lower end of the neck 30, the middle of the neck 30 is combined with a small rod 28 to adjust the flow of the fishing needle 29 along the current depending on the fishing conditions To configure.

The length from the cotton yarn knot 21 to the fishing needle 29 becomes the attack depth, and adjusts the attack depth by moving the cotton yarn knot 21 up or down.

When throwing the above-mentioned ready-to-finish, the cotton yarn knot (21), which is tied when the raw line (20) is pulled into the water while the submerged subterranean (25) and the subterranean submerged submerged in the water, small beads (22) Since the small beads 22 are caught on the upper portion of the fish cake 23 floating on the water surface, it is characterized by limiting the settling depth of the fishing needle 29 to target only the target depth layer.

Conventional all-flow fishing is a light bass (low buoyancy), which is easy to target between the complicated and irregular underwater bottom layer and the female, and the fish of the fish that is alert to the buoyancy of the fishery is easy to respond to the mouth. Although it is not easy to catch the advantage of fishing and especially strong hand taste that is transmitted through the main line without being involved in the fishery from the moment of mouthing, it is used a lot.

Infinite shedding without limiting the depth of sedimentation, so that the fishing hook with the bait flows close to the bottom layer of the underwater fish where the target fish circulates or is caught in the water, and then pulls the line or pulls the rod. For example, it is a type of fishing that flows along the algae while estimating the condition of the base (neckline, rod, needle) with the fine sense transmitted to the finger through the bending force of the fishing rod and the chord of the fishing rod. to be.

When you take the check action such as pulling the above line, Esinji is basically submerged slightly below the surface of the water. In most cases, it is difficult to facilitate this in reality and practice because it is already firmly stuck.

In order to solve this problem, the applicant of the present application has previously applied for a full-flow debt cost Esinji (10) that can easily determine whether the bottom of the bottom ratio or the depth of the attack flows to the bottom layer, looking at the following through FIG. same.

Tail body 11 is provided in a shape having a high height compared to the diameter, the saw blade 12 protruding to the upper portion of the center of the tail body 11, and protruding to the lower portion of the center of the tail body 11 and the bottom line It is provided with a line holder 14 formed a line hole 13 to connect the.

In the sedimentation state where the buoyancy and sedimentation of Ersinchi fit into the tailing body 11, the tailing body 11 remains in an upright state, and in the state where the buoyancy of Ersinchi is larger than the sedimentation, 11) was further provided with a variable variable to lie on the side to make it easy to visually determine whether the state of sediment or settled to the bottom so that it can be easily flow fishing.

Even in the case of the above-mentioned application, due to the characteristics of all-flow fishing mainly carried out with low buoyancy, it is affected by the weather such as wind and shoulders, and the depth of sinking is slow and the depth of tide is fast and the tide is limited to long range. There are a lot of problems that are not efficient, and also the groundbreaking complement to the existing all-flow fishery, but the fishing flow itself is a fishing that is dependent on a lot of experience and a skilled sense, so there is a difficult part for the unskilled person to use.

On the other hand, traditional semi-flow fishing techniques are conducted at a certain depth, so they can be used relatively easily with a little mastery, and can be easily performed with low buoyancy and high buoyancy (heavy base). It is widely used because of the advantages of receiving less.

However, due to the buoyancy of the fishery fish floating on the surface connected to the bottom of the bottom, when the fish catches the foreign body when the fish catches, it sucks out the bait, and the medicine with the caution is thrown out of the fishing needle while the fish catches the fish. Occasionally thrown away, and also, because the fishery fish first receive the resistance of the water when the target fish is caught, it has a relatively less handful disadvantage.

In the present invention, to solve the problems described above, as the invention, the cheek body provided in an elliptic shape, the line hole formed so that a circle can pass in the axial center direction of the tooth body, and the A built-in converting means for maintaining a semi-flow state until receiving a fishery therein, and switching to a full-flow state after receiving the fishery;

It is possible to perform fishing more easily by the easy technique without being affected by various conditions of the sea until the fishery of the target fish is received. It is possible to achieve the purpose that the taste is excellent and the hand taste is excellent.

The present invention maintains a semi-fluid state when operating the equipment to increase the responsiveness to various conditions of the sea, when there is a fishery to switch to a full-fluid state so that the target fish do not have a sense of alertness and excellent taste with excellent taste Has

In addition, it is an invention having a variety of effects, such as providing a new type of float that combines semi-flow and full-flow, and can increase the ease of use of anglers.

1 is a configuration diagram of a perspective state showing the appearance of a fishing bobber to which the technique of the present invention is applied.

Figure 2 is a perspective configuration diagram of a fractured state showing a fishing bobber to which the technique of the present invention is applied.

Figure 3 is a configuration of the longitudinal cross-sectional view showing a fishing bobber to which the technique of the present invention is applied.

Figure 4 is an exploded perspective view showing an extract of the variable means constituting the fishing bobber to which the technique of the present invention is applied.

Figure 5 is a configuration diagram showing an exemplary change state when using the fishing bobber to which the technique of the present invention is applied.

Figure 6 is a semi-flow ready state applying the fishing bobber applied the technology of the present invention.

Figure 7 is a block diagram showing a full-flow equipment to which the prior art is applied.

Figure 8 is another configuration showing a floating fishing bobber applied with the prior art.

Figure 9 is a block diagram showing a semi-flow ready to which the prior art is applied.

Fishing bobber 100 to which the technique of the present invention is applied has an oval shaped chip body 101 as an overall appearance, such as an egg, and a line 102 passes through an axis center direction of the chip body 101. The line hole 103 is formed to be able to do so.

Guide ring 104 made of a material such as ceramic, urethane, or silicon so as to prevent damage, such as the rubbing due to the original line 102 is connected to the body body 101 at the top and bottom of the line hole 103 You can also combine

The body 101 may be composed of a variety of materials in consideration of buoyancy, such as synthetic resin or wood, such as a common fishing bobber, the outside is carried out coloring to ensure visibility or apply luminous or fluorescent or It may be coated, it may be implemented in various forms, such as by providing a means that can be turned on and off by a small battery to give sufficient identification even at night, the shape of the chip body 101 is shown in the drawings of the present invention It is not limited to the shape to illustrate.

The inside of the body body 101 is to maintain the semi-flow state until receiving the fish after throwing the preparation, and to receive a conversion means 105 to switch to the full-flow state after receiving the fish.

Built-in the conversion means 105 inside the toothed body 101 is to form the air-tight material by screwing the toothed body 101 up and down, or to divide the toothed body 101 in the longitudinal direction The state can be configured in a variety of forms, such as the sealing means after the built-in conversion means 105, and since the technical content is generally a general content constituting the fishing bobber, the description of the specific content will be omitted.

The converting means 105 forms a cylindrical buoyancy space 106 in communication with the line hole 103 at the inner center of the body 101 and is empty in the buoyancy space 106, and has a buoyancy space in the buoyancy space 106. The buoyancy material 107 having a size smaller than 106 is embedded to move in the up and down direction of the buoyancy space 106 by buoyancy.

Of course, the center of the buoyancy material 107 will be a line hole 108 through which the raw line 102 can pass, it will be obvious, the buoyancy material 107 is provided with a buoyancy adjustment weight 109 in the raw line 102 Adjust the buoyancy according to the invasion of the combined hand jimyeo 115 and the invasion of the stick 119 attached to the neck 118, and the bubbly weight (110) embedded in the bottom of the chi body 101, Chi body (101) ) Keep the buoyancy of the whole stable.

The variable space 111 of the truncated cone shape is formed on the upper side of the buoyancy space 106 to incorporate a variable body 112 having a smaller size than the variable space 111, and the variable body 112 has one or more in the longitudinal direction. Composed while being configured in a divided form to be coupled by the buoyancy material 107, so that the main line 102 is pulled down by the fishery can be separated while being pulled down.

A line hole 113 is formed to allow the main line 102 to pass in the center longitudinal direction of the variable body 112. The upper side of the line hole 113 has a circular line in a state in which the variable body 112 is coupled. It may be desirable to form the size of the cotton yarn knot 114 that is tied to the (102) can not pass.

Variable body 112 and buoyancy material 107 constituting the line hole 103 formed in the body body 101 constituting the fishing bobber 100 and the conversion means 105 provided in the body body 101. Connect the raw line 102 through the line holes (108, 113) formed in the), and the bottom of the raw line 102, the hand bobber 115 for adjusting the sedimentation speed of the gear according to the fishing conditions, that is, the depth of the water and the strength of the tide Combine and combine the coming 116 under it, and then connect the leash 118 having a fishing needle 117 to combine the bait, and bind the cotton yarn knot 114 to the depth to be targeted to the original line 102 To complete.

Of course, the neck 118 is combined with a small bondol 119 for adjusting the flow along the algae, the bottom of the main line 102, between the fishing bobber 100 and underwater bobber, and connected with the neck 118 It will be natural to combine the shock absorbing rubber 120 to mitigate the impact of the dish opened between each other 116 and the hand float 115.

As described above, by throwing into the sea water by throwing the preparation to the desired point by throwing in the sea water to place the needle with the bait in the depth layer to attack to repeat the operation of fishing the target fish.

In this process, the buoyancy material 107 of the conversion means 105 provided in the fishing bobber 100 is buoyancy space (10) by the seawater introduced through the line hole 103 formed on the lower side of the body body 101 ( 106, the buoyant material 107 pushes the variable body 112 located in the variable space 111 upward to maintain the variable body 112 that is separated.

Then, since the diameter of the line hole 113 formed in the variable body 112 is narrowed, the cotton yarn knot 114 formed in the raw line 102 does not pass through the line hole 113, so that the preparation of the semi-flow state can be maintained. Will be.

When the fish is delivered in this state, the target fish is pulled together by the suction or pulling force, and the pulling force of the yarn 102 overcomes the buoyancy of the buoyancy material 107, so in the end, the variable body ( 112 and the buoyancy material 107 is lowered in the downward direction of the variable space 111 and buoyancy space 106.

As the buoyant material 107 and the variable body 112 are lowered as described above, the divided variable body 112 is opened in a coupled state, so that the interval between the line holes 113 formed in the variable body 112 is widened. Through the cotton yarn knot 114 is able to penetrate the fishing bobber 100 naturally, so that it maintains the same state as the full-flow gear.

Fishing bobber applied to the technique of the present invention is not subject to water resistance when the fishing bobber is caught in the fishing hook, so the instantaneous power of the target fish is transmitted to the angler through the main line, so the taste In addition to the advantages of being excellent, because the target fish do not feel the foreign body when you have a good mouth, you will have an advantage.

Claims

Chew body provided in an oval shape;

A line hole formed in the axial center direction of the tooth body so that a circle can pass therethrough;

Fishing bobber, characterized in that the internal structure of the body to maintain the semi-fluid until receiving the fishery, and to convert to the full-flow state after receiving the fishery.
The method of claim 1;

The converting means includes a buoyancy space communicating with a line hole in the center of the body and forming an empty inside;

A buoyant material embedded in the buoyancy space and moving up and down by buoyancy during throwing;

A line hole formed in the center of the buoyancy material so that a line can pass therethrough;

A variable space formed above the buoyancy space;

A variable body embedded in the variable space;

A fishing bobber, comprising buoyant weights and weights, which are embedded in the body and buoyancy to maintain buoyancy of the entire body.
The method of claim 2;

The deformable body is divided into one or more in the longitudinal direction is coupled to the rising by the buoyancy material, and is configured to be separated while being pulled down by the fishery pulled;

Forming a line hole to allow a line to pass in the longitudinal longitudinal direction of the variable body;

The upper side of the line hole fishing bobber characterized in that it is formed in a size that does not pass the cotton yarn knot bundled in the original line in a state in which the variable body is coupled.