KR20020074298A - Freshwater float having height varible auxiliary bady - Google Patents

Abstract

PURPOSE: A freshwater fishing float with a position variable auxiliary body is provided to achieve good erection ability and visibility, and to allow a user to easily move the center of gravity of the float according to the environment of fishing. CONSTITUTION: The freshwater fishing float is comprised of a main body(2); a float top(4) fixed to the upper end of the man body; a float leg(5) fixed to the lower end of the main body; a stopper(6) fixed to the upper part of the float top; and a position variable auxiliary body(3) through which the float top penetrates. The auxiliary body is movable along a longitudinal direction of the float top between the upper end of the main body and the stopper.

Description

FRESHWATER FLOAT HAVING HEIGHT VARIBLE AUXILIARY BADY}

The present invention relates to a freshwater fishhook, and more particularly to a freshwater fishhook having a variable position auxiliary body.

In recent years, as income levels have increased, interest in leisure and sports has increased and participation has also increased rapidly. Following this trend, the fishing population has soared, making it easy to find anglers on the inner surface of the country.

Fish species for fishing in freshwater fishing using fine bobbins and bobbins and bobbers with trunks are representatives of crucian carp, carp, smelt, smeltfish, kuri, pyramid, smelt, and sea bream. It is a fish species.

The fishing bobber used for fishing of these species is an indicator of the quality of the grading that conveys the behavior of the fish to the survey. Therefore, harmonization of these requirements has been recognized as particularly important because the conditions required for a good fly are quite demanding and these requirements are in conflict.

In general, the requirements to be taken in terms of good steaming are, firstly, 'sensitivity' to deliver fish's mouth immediately without time error, and second, 'honesty' to deliver mouthless size. Third, the bobber stays upright, not inclined, especially when it is in the mouth, the bobber rises beautifully without tilting for as long as possible, and the uprightness of the rods and bait should be located vertically below the bobber, Fourth, good visibility or visibility that the jigsaw must be seen well; fifth, firmness or durability that must be made of materials and structures that can withstand heavy impacts; and sixth, aesthetics that must be visually beautiful, and seventh, ready. When throwing, there is a throwing ability to fly well. Each of the above requirements is complementary or in conflict with each other, so it is a matter of preference which one of the requirements is the highest priority, but the most important requirements are the first to the fourth. to be.

Hereinafter, each of the requirements that a good bob must have is described in more detail as follows.

The sensitivities of jjigae refers to the degree to which fish can be expressed immediately, regardless of whether the fish is large or small, and the most important determinants of sensitivity are the material and diameter of the claw and the volume, shape or structure of the poke body. to be.

The sawdust must have a minimum volume and weight, and is an absolute condition, especially for sensitive spelling. When the radius of the sawdust is doubled, the cross-sectional area is increased by four times, so the weight of the sawdust is increased by four times per unit length. Therefore, in theory, if the other conditions such as the trunk are the same, In the case of virtual granulation, the rise height of the sawdust is only one quarter, but in fact, the radius of the sawdust increases, so that the surface tension with the water and the fluid viscosity resistance also increase, so that the rise height becomes smaller. These chips are commonly referred to as 'carbon', 'solid', or tube material, but the most widely used recently is carbon or solid, with a diameter of 0.3 mm, 0.5 mm, or 1 mm. In fact, when describing the materials that can be processed as the finest in order, the order of carbon> solid> tube is carbon.

The shape of the bobbin is also a factor that is directly related to sensitivity, and two bobbins have the same material and shape of the bobbin and the bobbin, and the bobbin of the same material and volume, but the two bobbins have different shapes. One of the rod-shaped streamlined reeds as shown in Fig. 1A, which minimizes the resistance, and the other, the same size of the virtual granules in the multi-buoyancy bobs of Fig. However, the rise height of the float is the same, but the response rate of the float (ie, the sensitivity of the float) causes the streamlined reed that rises much less, which is less water resistant. Therefore, in order to accurately capture crucibles with low activity, such as low water temperature or cultured crucian carp, with a minimum of waste, it is advantageous to have a bobber with a minimized volume and weight, and a bobbin with a streamlined body that has a small buoyancy and low resistance. .

'Honesty' of jjiga refers to the characteristic of jjigae expressing the quality of fish as it is, and the determining factors are the law of inertia, resistance and multibuoyancy. A buoyant float (ie, a body with a large volume) is less sensitive (ie a late response) than a smaller buoyant float (i.e., late response). The rounding width is larger than the rounding width, so that it is possible to taste the so-called 'fantastic stinging'. However, because the buoyancy with large buoyancy must increase in proportion to the buoyancy, when the fish inhales the bait, the foreign body (weight) becomes larger and the reaction rate of the bobber is slower. In many cases, the spit will be spitting out, and even if the timing of the start of the bobber is accurately captured and chamfered, there will be a disadvantage in that the frequency of waste is increased.

Resistance and multiple buoyancy factors are the same as the sensitivity of the bobber, and in the case of Oe-Ji-Ji-Ji as shown in FIG. Since the tempo is distorted late and transmitted to the bobber, the crucible's reaction is dishonest, resulting in a lot of wastefulness.

`` Integrity '' of jjigae is in a broad sense when jaechi throws the chae not standing upright and vertically slowly and slowly cool down, when the jaechi throw complete the throwing and stabilization of the bong and the bait does not obliquely slant from the zi Located underneath (sometimes referred to as 'vertical availability' and critical for sensitive granularity), it stays upright without inclining winds or flow rates, and does not tip for as long as possible. It is a characteristic that represents the so-called 'fantastic sting' that rises beautifully vertically. In particular, the emphasis on fashion in the near-in, "fishing is a taste of the jjigae" and the preference for a jjigae that can represent the so-called 'fantastic jjigae' of crucian carp is increasing.

In order to have good uprightness, it is advantageous that the center of gravity is located about one third of the length of the bobber and the material of the bobbin is light. Once the bobber is stable after throwing, it should not be easily swept away by the wind or the flow rate. In the case of the flow rate, a streamlined stick like FIG. 1A is advantageous in which the body receives less force according to the flow rate. Since the force of the wind from the above-listed head must be applied to the body, the streamlined bobbin of FIG. 1A or FIG. 1B having a lower body than the upper part of the body based on the largest diameter of the bobber is stable. In addition, the above-mentioned "vertical availability" is generally known to be good.

On the other hand, the so-called 'fantastic sting' during mouthing refers to the swelling of the tailings when the mouth is raised and does not fall off quickly, but rises smoothly and straight up. In general, the streamlined reeds as shown in FIG. Sensitivity and honesty is good, but it is difficult to obtain 'fantastic poke' in Fig. 1C or Fig. Buoyancy stew comes much more beautifully than reed stew, so you can see a profound and fantastic taste but there is a problem of insensitivity and honesty.

'Visibility' refers to the characteristics of fish that can only be seen from a distance because it can only grasp the quality of the fish through the float. For the sake of good visibility, it is advantageous that the chips are thick. It must be contrasted with the landscape. However, coarse saw blades conflict with the above-mentioned sensitivity, honesty, and uprightness, so that the problem of catering choice eventually occurs. These days, it is difficult to obtain native crucian carp, which is very active in fish farms. Therefore, most of them are stocked with weakly grained crucian carp (Chinese crucian carp, Japanese crucian carp, etc.). to be.

Generally speaking, the conventional streamlined reed jaw shown in FIG. 1A has a good sensitivity and honesty, but has a problem that it is difficult to obtain a fantastic poke because the flake is light and is quickly tilted. However, because of the relatively large diameter of the body and the buoyancy is concentrated in a specific area, the multi-buoyancy bobs have a strong tendency to rise and rise vertically, so they have a merit of 'fantastic sting', but the sensitivity and honesty There is a drawback to the high frequency of falling off. 1B is a compromise between the above-mentioned reed and stew, which is a form that mitigates the shortcomings of the two extremes as described above, but has a problem that the advantages thereof are halved.

Thus, until now, the requirement of sensitivity and honesty and 'fantastic stagger' are mutually inconsistent, and it has been recognized that it is not possible to combine the two, and to compromise other than sacrifice one or both slightly. It has been recognized that there is no solution.

Accordingly, the first object of the present invention is to provide a freshwater fishing bob having good sensitivity and honesty, and in particular, having an excellent uprightness to taste 'fantastic sting'.

The second object of the present invention is to provide a freshwater fishing bobber that can easily move the center of gravity of the whole bobber if necessary in accordance with the fishing environment.

It is a third object of the present invention to provide a freshwater fishing bob with excellent visibility while having a slim claw saw.

The first object of the present invention described above can be smoothly achieved by freshwater fishing with a variable position auxiliary body.

The second object of the present invention described above can be smoothly achieved by installing a positional tubular stopper on the claw saw.

The third object of the present invention described above can be smoothly achieved by forming a variable positional torso, preferably by painting a fluorescent paint thereon.

1A, 1B, 1C, and 1D are front views each showing a double barrel bob, which is a conventional reed dumpling, red pepper seed, rice cake, and multi-buoyant float.

2A and 2B are front views of a freshwater fishhook having a variable position auxiliary body according to a preferred embodiment of the present invention, respectively.

Figure 3 is a comparison between the freshwater fish of the present invention shown in Figures 2A and 2B and the conventional reed float shown in Figure 1A.

Figure 4 is an explanatory view showing the operating state according to the mouth of the freshwater fishing with a variable position auxiliary body of Figure 2 according to the present invention.

-Explanation of symbols for the main parts in the drawing-

1, 1a: fishing bobber of the present invention

2: main body 3: positionally variable auxiliary torso

3a: pore 3b: tubular body

4: crowbar 5: crow's feet

6: stopper 7: chemistry stand

8: flying wings 9: stabbing legs

10: Bondol

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

2A is a front view of a freshwater fishing bobber 1 having a variable position auxiliary body according to a preferred embodiment of the present invention, a main body 2, and a jaw saw 4 fixed to an upper end of the main body 2; , Between the upper end of the main body 2 and the stopper 8 fixed to the upper end of the main body 2, the stopper 6 fixed to the upper portion of the above-mentioned teeth 4, and the stopper 8; It consists of an auxiliary torso 3 which is movable in position.

The main body of the main body (2) and the auxiliary body (3) may be the same or different from each other, and may be formed of paulownia, balsa, skipwood, reeds, parts, or hollow synthetic resin having a light and large buoyancy. .

The main body (2) has a relatively small volume and buoyancy, so if the influence on the sensitivity and honesty of the bobber (1) is not too large, the shape is not limited in the present invention, reed type, pepper type, Either the recessed type or the multi-buoyant type may be used, but it is more preferable that it is a reed type or red pepper type, which is advantageous for showing good sensitivity and honesty.

In the auxiliary trunk 3, pores 3a are formed in the center in the longitudinal direction, and the jaw saw 4 is loosely fitted at regular intervals in the pores 3a. Therefore, the auxiliary trunk 3 is in a state capable of smoothly moving up and down with the bobbin 4 as the axis. As a specific example, the thing which inserted the tubular body 3b made from synthetic resin into the above-mentioned pore 3a larger than the diameter of the peg 3, and smaller than the diameter of the above-mentioned pore 3a, and apply | coated the waterproofing paint to the upper and lower ends can be mentioned. have.

The present invention is not limited to the volume ratio of the volume of the auxiliary body (3) and the main body (2), but in the example shown in Figure 2A minimizes the increase in the weight of the bumps felt by the fish during the rise of the bobber (1) In order to form the volume of the auxiliary body (3) much smaller than the volume of the main body (2) has a form that is not exceptional in the conventional general concept.

The present invention does not limit the shape of the auxiliary body 3 described above, but when the auxiliary body 3 is fixed on the water surface as the bobbin 1 is raised (this will be described later), 4) it may be preferable to form a rugby ball-shaped ellipsoid or sphere having a streamline shape so as to guide vertically without inclination and receive less viscous resistance of the fluid when the bobbin 1 rises, but various shapes suitable for the role thereof For example, it may be formed in a cone, a polygonal cone, a loop or the like. In addition, at least an upper half of the auxiliary body may be more preferable because the fluorescent paint having a complementary color relationship with water can be painted to further improve visibility.

As the material of the sawdust 4, any material that can be formed to be slim and ultra-thin, such as carbon fiber, a synthetic resin material of 'Solid', and a vinyl tube, may be used. Preferably, the carbon fiber material or a solid is most preferred. It is a carbon fiber material.

In addition, materials such as carbon-boron materials or the brand name 'Kevlar' recently applied to golf clubs and fishing rods can also be preferably used. On the outer circumferential surface of the peg saw 4, fluorescent paints such as red, green, yellow, and orange are painted at regular intervals to increase visibility.

As the material of the tailings 5, the same material as that of the head 4 may be used, but lightweight wood such as paulownia, balsa, or skipwood may also be used.

The stopper 6 may be permanently fixed or variably fixed to the peg 4, and if it is ultra-light, its material and shape are arbitrary, but a preferable example is a tubular body made of synthetic resin. When the stopper 6 made of tubular tubular body is used, its outer diameter must be at least equal to or larger than the inner diameter of the tubular tubular body 3b of the auxiliary trunk 3 above, and if it is smaller than that, the auxiliary trunk ( 3) is not stopped by the stopper 6 but is pulled out by buoyancy. Permanent fixation of the stopper 6 to the claw saw 4 may be made by an adhesive means, or the like, and the variable position fixing may be performed by forming the tubular tube body with a synthetic resin made of a material such as an elastomer. It can be made to clamp the position adjustable to the tooth saw (1). Therefore, the auxiliary trunk 3 can be changed in position between the distance l between the lower end of the stopper 6 and the upper end of the main trunk 2.

In addition, the bobber 1 of the present invention is attached to the upper end of the bobbin 4, a flying blade made of a cloth connecting the chemite rack 7 and the bobbin legs 5 and the bobbin fixed leg 9 for use in night fishing (8), but these components are not limiting and optional in the present invention. When used in places where there are many jams such as aquatic plants, the above-mentioned bobbin legs (9) and flaps (8) are commonly used. Using a sieve (not shown), the above-mentioned fixing leg 9 is fixed at a constant line height according to the depth, and the leg 5 is made of cloth 8 (the fixing of the 8 is made by adhesive). By connecting by, it is possible for the bobbin 1 to stand upright even when the fishing line is slightly inclined in the water.

FIG. 2B is a front view of a freshwater fishing bobber 1a having a variable position auxiliary body according to another preferred embodiment of the present invention, the basic configuration of which does not include a stopper 6 in the bobber 1 shown in FIG. 2A. Since it is essentially the same configuration except that it does not, further description of the same component will be omitted.

The bobbin 1a of the present invention shown in FIG. 2B is basically the same as the conventional bobbin shown in FIG. 1A, except that the variable position auxiliary body 3 is provided below the chemite stand 7. .

In the bobbin 1a of the present invention shown in Fig. 2B, the auxiliary trunk 3 is always exposed to the water regardless of the buoyancy of the bobbin 1a, so it is excellent in visibility and can be adjusted according to the depth. ) Is maintained about 1 to 3 cm high from the auxiliary trunk (3) is advantageous for grasping the quality of the granules (considering lowering of the teeth).

At least the upper half of the auxiliary body 3 of the bobbin 1, 1a according to the present invention of Figs. 2A and 2B can be further improved visibility by painting a fluorescent color having a complementary color relationship with the color of the chemistry stand 7. More preferred.

Fig. 3 is a comparative view of the freshwater fishing bobs 1 and 1a of the present invention shown in Figs. 2A and 2B and the conventional reed bobber 1 'shown in Fig. 1A, in contrast to the case where the entire length of the bobber is the same. As can be readily appreciated from FIG. 3, in the bobbin 1 of the present invention, the main body 2 is transported downward by a considerable length due to the presence of the auxiliary body 3, Even if the volume is small, the center of gravity G can be easily positioned in the 1/3 position from the bottom of the full length of the bobber. On the other hand, in the case of the conventional bobbin 1 ', even if the body 2 is slightly moved downward, The center of gravity cannot be positioned in the 1/3 position described above, and in order to lengthen the length of the jaw 4, the length of the torso 2 and / or the leg 5 must also be lengthened accordingly. There is a limit to the length of the whole.

In the case of the bobbin 1 shown in FIG. 2A of the present invention, in the case of using the variable position stopper 6, the activity of the crucian carp is low depending on the fishing environment, so that the quality of the crucible is not enough to raise the bobber or the flow rate is strong. By slightly lowering the position of the stopper (6), the center of gravity can be easily lowered, and if the crucian activity is high to raise the bobber continuously or if the wind is severe, the stopper is used for the 'fantastic bobber' and the upright of the bobbin (4). By slightly increasing the position of (6), the center of gravity can be easily increased.

On the other hand, the bobbin (1a) shown in Figure 2B of the present invention has the same proportional relationship with the conventional reed jaw (1 '), only the auxiliary body (3) is always floating on the water, so the visibility point when the bobber rises good reference point Although it has the advantage that the visibility to the rise of the claw saw 4 is good in that it can provide, the auxiliary torso 3 has no effect on the buoyancy of the poke 1 'and is exposed to the surface of the water. The sawdust (4) serves to prevent the inclination by the wind. Since the above-mentioned bobbin 1a flows even when the length of the bobbin 4 exposed on the surface changes and is always positioned on the surface of the bobbin 1a, it is variable in position with the bobbin 4 as in the case of the bobbin 1 of FIG. 2A.

Figure 4 is an explanatory view showing the operation state according to the crucian carp of the freshwater fishing jig (1) having the variable position auxiliary body of Figure 2A according to the present invention.

The first figure of Figure 4 is a view showing a state in which the bobber 1 is stable to the surface after throwing the preparation, since the auxiliary body 3 is located in the water surface by the stopper 6 to form buoyancy.

For reference, crucian carp usually swims at a height of 30 to 40 cm from the bottom under normal circumstances, and when it finds food, it is known to descend at an angle of about 45 °, weakly inhale, and strongly inhale and return to its original position.

The second figure of Figure 4 shows the process of carburizing weakly, the auxiliary body (3) is also located in the water by the stopper 6 to form a buoyancy, so the main body (2) and the auxiliary body (3) Since the sum of buoyancy is approximately equal to the weights of the pedestal 10 and the needle (not shown), there is almost no increase in the weight of the pedestal 10 felt by the fish, and therefore, good sensitivity and honesty exhibit good movement.

The third picture of Figure 4 shows the process of crucian snapping the bait back to the original position 30 ~ 40cm away from the bottom, the bobber (1) is raised rapidly rapidly but the auxiliary torso (3) reaches the surface of the auxiliary body ( 3) floats on the surface without any further rise, so the buoyancy of the secondary body (3) disappears and crucian carp feels the weight of the bumper as much as the missing buoyancy of the secondary body (3), thus the rise of the bobber (1). You lose, but continue to climb by inertia.

4 shows a state in which crucian is completely returned to its original position. In this state, the bobber 1 rises as far as it can, so that the lower end of the auxiliary body 3 abuts the upper part of the main body 2 and sleeps together. The sawdust (4) remains almost upright until it is exposed to some degree upward (the downward movement of the center of gravity G rises upright for a relatively long length and for a long time) so that the so-called 'fantastic sting' You can taste it.

In addition, the bobber (1, 1a) of the present invention, since the auxiliary body (3) does not exert sufficient buoyancy in relation to the bender on the surface after the throwing of the preparation (the weight of the pedestal (10) by the buoyancy of the auxiliary body (3) More up) The upright movement rapidly proceeds vertically, and when the auxiliary body (3) begins to sink below the surface of the water, the buoyancy of the auxiliary body (3) is revived, so Decreases and is gradually obtained.

As described above, the freshwater fishhook having the variable position auxiliary body of the present invention has excellent visibility and good visibility without sacrificing good sensitivity and honesty. In addition, there is also an advantage that can easily move the center of gravity of the entire bobber if necessary according to the fishing environment.

Claims (10)

Main body (2), jaw saw (4) is fixed to the upper end of the main body (2), bristle (5) fixed to the lower end of the main body (2), the stopper fixed to the above-mentioned jaw saw (4) ( 6) and the auxiliary main body 3 through which the tooth saw 4 penetrates and is movable between the upper end of the main body 2 and the stopper 8 in the longitudinal direction of the tooth saw 4. Freshwater fish with a variable position body. 2. The freshwater fishhook according to claim 1, wherein the stopper (6) is formed of an elastic tubular body and has a variable auxiliary body which is permanently fixed or variably elastically fixed to the outer circumferential surface of the claw saw (4). The freshwater fishing float according to claim 1, wherein the stopper (6) is a chemistry stand (7) at the upper end of the top (4). The method according to claim 1 or 2, wherein the upper end of the above-mentioned jaw saw (4) has a chemite stand (7), at the end of the above described leg (5), the jaw fixing leg (9) by the fly (8) Freshwater fish with a variable position body. The freshwater fishing float according to any one of claims 1 to 3, wherein said auxiliary body (3) has a variable position auxiliary body in which fluorescent paint for improving visibility is colored. The main body (2) and the auxiliary body (3) according to any one of the preceding claims, wherein each of the main body (2) and the auxiliary body (3) is selected from the group consisting of paulownia, balsa wood, snow tree, reeds, bulges and hollow synthetic resin bodies, respectively. Freshwater fishing having a variable position body to form the shape of the material. 7. The freshwater fishhook according to claim 6, wherein the auxiliary body (3) is made of a hollow synthetic resin body, and has a variable position auxiliary body on which a fluorescent paint is painted on its surface. The freshwater fishing bobber of Claim 4 which has a variable position body which said said saw blade (4) is carbon fiber. The freshwater fishing bob according to claim 1 or 2, wherein the main trunk (2) has a variable auxiliary trunk which is reed-like or red pepper-shaped. The freshwater fishhook according to claim 1 or 2, wherein the auxiliary body (2) is any one type selected from the group consisting of an ellipsoid, a sphere, a cone, a polygonal cone, and an annular shape.