KR20010026117A - The long range-float fishing device composed of the float-shooting device, the glass fiber rod for shooting and the arrow-float etc., and the fishing method. - Google Patents

Abstract

PURPOSE: A long range fishing apparatus having a float shooting device, an arrow-float, and a dried paste bait, and a long range float fishing method are provided to freely set a fishing point distance and the depth of water according to the individual taste and ability. CONSTITUTION: A long range float fishing apparatus comprises a float shooting device(000), an arrow-float(007), and a collecting knot(008). The float shooting device consists of a float detaching device(001) for loading and shooting the arrow-float, and a mount(341) mounted on a glass fiber rod for shooting(331). The arrow-float is blown away by using the elasticity and the centrifugal force of the components as stated above. Therefore, the long range float fishing apparatus is capable to substitute all kinds of fishing rod having different length by using only one glass fiber rod for shooting. Also, a fishing point distance and the depth of water are freely and accurately set according to the individual taste and ability, so that a unique float fishing technique is performed.

Description

The long range-float fishing device composed of the float-shooting device, the glass fiber rod for shooting and the arrow- float etc., and the fishing method.}

The present invention is equipped with a long-distance bobber for loading and firing the arrowhead and the fishing line connected thereto according to the present invention on a launch pad or an existing reel according to the present invention. When you stop it by swinging it over your head, the bobbers and the gears loaded on them will independently lead and fly together by the centrifugal and elastic forces received by the launch pad (or reel) and the bobber, The steaming, like an arrow, separates the wind from the air and draws a parabola on a vertical plane, so that it flies straight and flies away. A long range -float fishing device (LRFFD) which enables the fishing of the fish by freely adjusting the fishing distance according to the capacity and the capacity. The above-mentioned firing device (FSD, float -s) A hooting device (GFRS), a glass fiber rod for shooting (GFRS), and an accessory set loaded on each of them, the AF and arrow-float (FAR) and the preparation and dry rice cakes.

First, in relation to the prior art of the jetting device of the present invention, the arrowhead loaded in the jetting device is fired only by the elastic force (restoration force) and the centrifugal force at the moment of being stopped and recovered. It is a big feature that it is configured to be possible, and the origin of the development of a device that allows the user to launch a parabolic parabola in the air in a vertical plane using the elastic force and the centrifugal force at the same time. Difficult to see For example, all arrows used in a conventional archery (western-style bow) or crossbow (stone), etc. are all fired by using tension or elastic force when pulling the bow, and the fired arrows in one place It is possible to stand up again and reload and load-launch. Some fish-harvesting guns, whale-hunting harpoon guns, and certain types of bows are provided with reeling-out ropes. It's just a bow-like device that can hold it, and they all recover because they hang a certain length of string on the tail of the harpoon, but the force to fire is only a force such as tension, elasticity or explosive force of gunpowder. It is not only a device that uses elastic force and centrifugal force at the moment of turning and stopping, but also a case of applying such a principle of force to a fishing device. Except for only rilnaksi to a fishing rod or a so-called long-distance Min junak fishing for throwing at a target location in the prior art so-called stick preparations rildae situation is not in effect.

On the other hand, in relation to the conventional fishing technique, the conventional traditional bobber fishing method, as is well known, vertically obtains the bobber with a constant buoyancy and the sediment-controlled gear to achieve the equilibrium of the force under the water. It's a very scientific and savvy fish that catches the fish of the delicate stings (stitches and stings) that are transmitted to the fly at the moment by causing the force balance to collapse easily when the fish bites the bait. It is regarded as a very attractive fishing method that has a somewhat static aftertaste and a sense of detriment in contrast to the conventional dynamic reel fishing. Fascinated by the taste of the fish, many anglers enjoy using it for leisure.

In general, not only crucian carp, but also freshwater fish such as labe, carp, scent, and mandarin fish are inhabited in various depths from very low depths of about 1m to deep depths of more than 4m. It is the bottom-swelling fish species that inhabit these various depths when they are fishing. However, since freshwater species in the natural state are much more alert than other species of artificial fish farms, access to shallow coasts is not very active except spawning seasons, especially carp, carp, carp Among them, grown-up adults are more reluctant to access the coast than their herds. Therefore, it is generally advisable to use fishing rods that are as long as possible, and that the longer they are, the more effective they are in attracting these subsea species that inhabit these diverse depths but are reluctant to reach coasts of relatively long distances. This phenomenon of avoiding access to shallow waters is more severe due to the noise and popularity of vehicles such as natural river fishing, which is adjacent to the road. The more you are reluctant. That's why it's easy to meet people who swing around four or five long fishing rods all over the place. In order to catch the meat, it is impossible to use the traditional traditional bobber fishing method, so the present situation is that only the reel fishing of the so-called junaak fishing method is conventional.

In this regard, conventional traditional bobber fishing is carried out in accordance with various environmental factors, due to its distinctive methodological or structural characteristics, such as their position on the fishing line or the limit of the length of the fishing rod when equilibrating under the water. There are bound to be a lot of restrictions. For example, if you're fishing in a natural raw fishing place, such as a lake, river, or reservoir, there are many obstacles (trees, rocks, etc.) around them, and especially in narrow valley valleys surrounded by hills. Even if you're throwing a very short fishing rod to catch a very short distance, you're more reluctant to approach the coast because the tip of the rod is often entangled by surrounding obstacles, which can't help but interfere with fishing. It is even more unthinkable to cast a long rod to fish a relatively long distance. Therefore, even if you often want to use a long fishing rod with the length that suits your desired point, you can't use it at will and you have to prefer to use only a short fishing rod, so you can throw the bait with the fishing rod for fishing. The distance (distance to the fishing point) is of course limited so much. Moreover, the deeper the depth, the shorter the distance is because of the characteristics of traditional bobber fishing, which makes the gears touch the bottom of the water slightly. Therefore, depending on the situation, very short fishing rods can be used. It is unusual to be in a difficult situation. Especially in submerged areas, cross-border areas, which become spawning grounds, can go farther inward from the coast. Since the length of the conventional fishing rods is uniformly limited, it is often difficult to give up in most cases, and it is also possible to throw fishing rods as it is also on the coast of natural swamps surrounded by swamps and plants. Often it happens. Therefore, even if you take the inconvenience of the conventional so-called pants boots, etc., go deeper into the coast can be said to be able to meet the fisherman without difficulty. Moreover, no matter how long the fishing rod is cast on a relatively high artificial dike, such as a riverside, the fishing rod is limited in length, so the deeper the water becomes, the shorter the fishing distance is, and naturally the top of the bobber is lowered from the top. This is even more so since it is not so easy to grasp the snarling of the snarl afterwards. Thus, the current situation is virtually impossible to catch the bottom of the water at a relatively long distance in the depth of water except the reel fishing so-called knaun fishing that does not use the conventional freshwater bobber at all. Furthermore, even though the surrounding conditions are good and you can use a long fishing rod (4 to 5 spaces, about 7 to 10 meters long), such a long fishing rod is very difficult to handle with one hand, even if it is made of light material. It is extremely limited in nature and can only be used by a person with a strong cuff or shoulder strength, and when it is deep, there are many inconveniences in terms of handling such as the treatment of a long fishing line at the end. People are uncomfortable, and even if they can use it, they are less likely to damage their wrists or shoulders and hurt their health, and even if they are confident in swinging, they will always swing all over the same spot. Exactly within a certain narrow radius (about 10 cm and about 20 cm in width) This is not difficult to put together is put to throwing in the rain. This is why many fisherman insist only on short-length fishing rods when they fly in deep and wide rivers. Even if the surrounding conditions are very good and within a depth of about 5m, the maximum tailing distance that can be fished at the longest distance using the longest fishing rod (within 10m) is only around 15m at most. However, at this time, the deeper the depth, the longer the length of the fishing line under the water, and the longer it becomes, in the form of a “b”, bent, so even if the buoyancy of the float is supported, Dexterity also leads to structural problems, and even in very deep waters of more than 10 meters in depth, even if the surrounding conditions are good, it is virtually impossible to perform traditional traditional fishing with any long fishing rod of any length. It is impossible.

Although the traditional traditional fishing is popular with many anglers because of its zest, the method or structural characteristics of the traditional fishing is limited to fishing depending on various environmental factors such as obstacles and water depths, and in particular, uniform Since the distance of fishing points can only be set depending on the length of the fishing rod, the fishing distance can be extremely limited, so you can freely adjust the fishing distance according to the taste and ability of each individual to enjoy steaming. There are several structural drawbacks of

Conventional reel fishing, on the other hand, is a floating float that floats on the surface of the water depending on the depth of the water where the fish live, regardless of the surrounding obstacles or water depths, or similar floats or ring sticks and floats. This is not necessary for fishing by hanging fishing floats or floats that sink in a certain ratio in the water at a certain rate, or for catching fish at a very long distance which cannot be done by conventional traditional fishing methods. As is commonly seen in freshwater drop fishing without using floats, only a so-called reel fishing rig can be hung, so that the fishing distance can be adjusted at will, so that only so-called fishing can be done. In terms of reel fishing, this kind of reel fishing It is that there can be also quite different advantages. However, in order to solve the above-mentioned shortcomings by combining the advantages of the conventional circular reel fishing method with the conventional traditional bobber fishing, this also causes other complex structural problems because of its characteristics. It is virtually impossible to carry out the traditional traditional fishing by using such a conventional reel fishing method.

Conventional reel fishing is the most easy and convenient when throwing over the head only when the length of the fishing line from the top guide 906 of the reel to the gear is shortened below about 30 to 40 cm, the most easily and conveniently the distance to the desired point exactly It is well known that it can be thrown, which means that the longer the line is stretched, the easier it will be for you to bend the ropes. This is because it is not uncomfortable for fishing. For example, in the case of applying the conventional traditional bobbin fishing method to such a reel fishing as it is, if the depth of the water is very low, about 1m and the distance of the fishing point that you want is relatively close, When the conventional spinning reel is fixed to the line holder 902 of the reel spool 901, the reel spool is suspended in the reel 754 and the conventional bobbin 750 according to the conventional bobbin fishing method. Since the length of the fishing line down from the top guide can be made relatively short, the target point is prepared until the fishing line secured to the line holder 902 by swinging the reel rod over the head while properly adjusting the force as in the prior art is completely released. By repeating the throwing operation several times to precisely adjust the fishing distance and depth can be almost the same as the conventional fishing. However, in such a case, it is rather meaningless and not very desirable fishing method because it is more convenient in many ways to use the conventional fishing rod as it is.

Also, if the desired point is at a relatively long distance at such a depth, the buoyancy of the bobber is as large as possible and the relatively heavy equipment that has been settled in response to it is suspended. The relatively high centrifugal force can be used to reduce the relative resistance of air, so it can be thrown away. At this time, no matter how well you adjust the force, you can actually whirl the raldae hard, or the moment that the flying steam with the gear drops to the target point. Often, due to the strong impact of the inertia force on the weight itself, the tailing rubber (752) easily slips from the fishing line with the tailing, shortening its depth, making the tailings completely submerged. This is inconvenient In addition, even cracking rubber (752) is easily torn off from the fishing line due to tearing, and in particular, even conventional so-called flying (751, aka stinging) or flying strings (strings connected to the tail of the tail) can easily fall out of the adhesive area. It is easy to be damaged or lost, and even there are various structural problems such as even the rice cake (fishing rice) of the preparation is easily separated and dropped off.

In addition, in the deep water of about 2m or more, the deeper the depth, the more traditional the fishing bobbers are set to reach the bottom of the water. As you can see, the hull will not be able to receive the force well, and the hull will touch the ground, making it difficult to handle. This is very inconvenient. Even turning the can hardly can be reached. Even the deeper the depth, the farther the distance the point is, the more difficult it is to accurately throw the gear and bobber within a certain narrow radius of the target point, and as mentioned above, Since the length of the fishing line at the bottom becomes longer as a “b” shaped bent state based on the bobber, there is a structural problem that the agility of the champing is greatly reduced.

In addition, when the conventional so-called bar floats are applied as they are, they are attached to the tip of the tail so that the tails can move along the line, but the movement of the tail stops at a certain part of the fishing line depending on the depth. If the water is shallow and the point is close, it is possible to carry out the conventional float fishing exactly by vertically acquiring the bobber and the chaff, since the ball is suspended by a so-called stopper. This, too, has to hang the fishing line long from the top guide, which results in a situation where it is very difficult to throw away exactly and nimble chamfering.

Therefore, the present invention solves various complex structural problems inherent in such fishing methods at one time, and while maintaining the zest of the traditional Korean traditional fishing, while maintaining the advantages of conventional reel fishing at the same time. Unlike conventional ones, it is designed to utilize long-distance fly fishing by freely adjusting the fishing distance according to the taste and capacity of each individual, regardless of the obstacles and water depths. The reel pool 901 is wound around the existing reel stand 009 or launch pad 331 according to the present invention, the length of about 1.8 ~ 2.4m and distinguished from the conventional reel by the name of the reel mount to mount the conventional reel as well as the "squirting device of the present invention ”In the sense of mounting a“ single launcher ”through a guide (905) of a nylon single fishing line (traditional one, In the present invention, for convenience, defined as a "loop 909", a loop having a length of about 25 cm or more folded in an eight-knot 910 by a conventional knot method at a point of a certain length from the end (this is called a "loop" in the present invention). End of the knot according to the present invention, and the rest of the knot (in the present invention, to transfer the fish god of fish to the bobber). By means of means or media, the end of the reel line (defined as "gear string" 718)) is connected to the tailings (701) of the arrowhead (jjigae) according to the present invention by adjusting the length precisely to the depth thereafter In order to overcome the limitations of the depths raised by the problem of conventional bobbin fishing, and to load-launch the arrowhead and bobbin string together with the present invention, the "bobber launching device" mounted on the launch pad (or existing reel rod) according to the present invention. In this way, when the final “long range fishing device” stops by turning over the head toward the target point, only the launch pad (or reel bar) and the elastic and centrifugal force (rotary inertia) of the device independently separate the gear and the arrowhead. Separate them from each other and lead them together at the same time and always fly in a straight line at exactly the same point. By going straight far farther than the gears, it overcomes the limitations of bobber fishing caused by obstacles in the past and the limitations of fishing distance due to the limitation of the length of conventional fishing rods. To solve.

Thus, this launch pad (or existing short reel) can replace fishing rods of all lengths, including the longest fishing rod, which is inconvenient to handle conventionally, so that you can enjoy the beauty of traditional fishing with ease without being relatively obstructed by obstacles. Of course, even within the range of visible distance (around 40 m) that can identify the fish's fisheye by eye according to each individual's ability, the maximum fishing fish can be thrown by using the longest fishing rod. Even at a distant point that is at least twice as long as the tailing distance (about 30m or more), it is also possible to set the depth precisely at various depths, such as the deep water, which is about 10m deeper than the conventional tailing method. An all-new and unique field never experienced in fishing Not only will you be able to enjoy the essence and the essence of street fishing, but also whenever you turn the device to stop, you will always enjoy the unique fun and charm as if you enjoyed another level of sport, such as shooting with archery, day and night. It makes it possible to double the pleasure of fishing, and furthermore, by providing a completely new steaming method according to the present invention to the existing leisure fishing culture for leisure utilization, the extremely uniform and limiting of the conventional To escape from the traditional steaming method, and to enjoy the new and wide-range long-distance tailings freely according to each individual's tastes and capabilities, as well as to make the traditional traditional fishing with leisure sports shoes.

Figure 1 is a long-range bobber fishing device according to the present invention (the crowbar is a fully extended state, part of the launch pad is folded) upright and the left side showing the connection state of the sachets, such as the loaded accessory set (裝 塡) shave.

Figure 2 shows the entirety of the present invention (excluding conventional reels) such as the jetting device and the arrowhead set of the present invention, which is mounted on the launch pad according to the present invention and its loading set using a mounting table. Left side view (A) in the upside-down state and straight line upside down (A) The initial flight state diagram (B) and the state map of the target point (Ba, Bb), the underwater state diagram (C), the underwater state diagram (D) by the conventional bobbin fishing method.

3 is a left side view (A) in which the launch pad (partly folded state) of FIG. 1 is partially enlarged, and a shortening of the front and rear intervals for a series of firing processes in which the sagittal blade is released from the desorption device in turn after stopping. Exemplary view (B) shown in the left and the left side view (C) of the front rotation direction and the open state of the rear detachable device.

4 is a left side view (A) showing a state in which the front rotation before the launch and stops by loading the arrowhead of another length to the desorption device of the jet device of the present invention to shorten the front and rear intervals Illustrated diagram (B).

Figure 5 is a perspective perspective view of the whole of the present invention (folded state), such as the present invention launcher device shown in the existing reel rod using a clamp device.

Figure 6 is an exemplary view showing a part cut enlarged perspective view of Figure 5 and the conventional rice cake dry rice in accordance with the present invention.

Figure 7 is a perspective view (A) of the closed state before the whirl of the body detachable device of the present invention and a perspective view (B) of the open state after the whirl.

8 is a rear view (A, 1: 1 scale) of the head and the rotating body and the skeleton view of the steel yarn (B).

9 is an X-X cross-sectional view (A) of an inertial body and an exploded perspective view (B) of a fixing bolt and a cap nut, a bottom view (Ba) of a fixing bolt, and a plan view of a cap nut (Bb).

10 is a perspective view (A) and a plan view (B) and a side view (C) of the action spring I;

11 is an exploded perspective view of a front view (A) and a cross-sectional view taken along the line Y-Y (B) and the stop plate (C) and the buffer rubber (D).

Fig. 12 is a side view (A, 1: 1 scale) of Fig. 7 (A), wherein the moment A of the moment of inertia itself, the moment of inertia itself, and the direction of action of the force up to the moment of gradual stopping ( Ab), side view (B, 1: 1 scale) of FIG. 7 (B).

Figure 13 is a side view (A) and a plan view (B) showing a series of processes in four stages of the moment when the tail body is separated from the detachable ring.

Figure 14 is a side view (A, 1: 1 scale, open state) and a Y-Y line part cut front view showing another configuration form of the body detachable device of the present invention (B).

Fig. 15 is a side view (A, 1: 1 scale) in the closed state of Fig. 14 (A) and an exploded perspective view (B) of the stop lever and the second lever, and an enlarged perspective view (C) of the spring box and the leaf spring.

Fig. 16 is a comparative perspective view of a conical sachet (Aa) of the present invention and a conventional conventional conical jab (Ab), a perspective view and a plan view of the bobbin (B), and a gap from the gap according to the vertex angle of the bobbin body clearance region. Exemplary diagram (C) showing the ease of separation and according to the various types of schematic diagram (D) with different shapes of bobber body.

Fig. 17 is a view of fully bonded state (A) of the present invention and a cross-sectional exploded view (B) and a partial cross-sectional view (B) of a slightly loosened state thereof, a rear view (D) and a front view and a bottom view (E) of a groove bolt; , Plan view of the fastening pipe (F), plan view and side view (G) of the fastening nut, exploded perspective view of the tailings (H) and the state of connection of the eight-shaped knots and strings, reel and reel loops (I) of the loose state.

18 is a comparative perspective view of a conventional reel fishing tackle (A) and the tackle (B) according to the present invention, a perspective view showing the connection state of the attachment coil and the thread (necklace) and an example showing the order of attaching fishing to the attachment coil before attaching rice cake (C).

19 is an exemplary view (A) of fishing dry rice cake according to the present invention, Y-Y line cut enlarged perspective view of the dry rice rice and a cross-sectional view (B) of the fishing state.

20 is a left side view (A, 1: 1 scale) in a straight line state of the link device of the present invention, the rear view of the upper arm rotator section of the second rod and the front view of the lower arm rotator segment (B), and the upper arm rotation of the fourth rod Front view of the section (C), section sectional view of the XX line of the detachable tube (D).

Fig. 21 is an exploded perspective view (A) of the left side view (A), the moving fastening plate and the moving nut, and the I-beam and the handle bolt (B), which are stopped by three forward rotating stops at the forward (forward) rotation of the linkage. And XX line cross section of the nut.

Figure 22 is a plan view (A) of the squatting bolt and a perspective view (B) of the Y-Y line cross-section and hex bolts thereof.

Figure 23 is a plan view (A) and bottom view (B) of the handle bolt and a cross-sectional view of the S-S line and a hexagonal bolt (C) thereof.

Fig. 24 is an exploded perspective view (A) of the carbon front assembly and the back of the carbon, an exploded perspective view of the carbon back and the end nut I (B), a sectional view taken along the line Z-Z of the end nut I, and a hexagonal nut (C).

Fig. 25 is a front view (A, 1: 1 scale) and back view (B) and S-S line cross-sectional view (C) of an I-beam, and a perspective view (D) of a circular protrusion.

26 is a left side view (A, 1: 1 scale) of the clip coupled to the concave protrusion nut, an exploded view thereof (B), and a right side view (C) of the concave protrusion nut, and a YY line partial longitudinal section view of the clip and the concave nut ( D).

Fig. 27 is an exploded perspective view (A) of the protruding nut of the T-type double joint, the carbon front side protruding nut and the semicircle beam, and their combined rear view (B, 1: 1 scale).

Fig. 28 is a left side view (A) of the semicircular beam, and an X-X ray cross-sectional view (B) of the side protrusion nut.

Fig. 29 is a bottom view (A) of the T-type double joint and a sectional view taken along the line Y-Y of the protruding nut (B);

30 is a perspective view (A) of the rear attachment and detachment device and a partial skeleton view of the steel thread (B).

Fig. 31 is a perspective view (A) of end nut II and a cross-sectional view taken along line Z-Z and a perspective view of handle bolt (B).

Figure 32 is a left side view (A) and a plan view (B, 1: 1 scale) showing the open state of the rear detachable device.

Fig. 33 is a left side view (A) showing the closed state of the rear attachment and detachment device, the direction of rotation moment (Aa) of the inertia ball from the moment of first swing to the moment of stopping, the YY line cross section (B) of the buffer band, the rear; Left side view (C) showing another configuration of the detachable device.

34 is a perspective view of the front detachable device.

Fig. 35 is a plan view (A) and a left side view (B, 1: 1 scale) of the front detachable device;

36 is a front view (A, 1: 1 scale) of the front clamp and a left side view (B) of the front and rear clamps.

37 is an exploded perspective view (A) of the front clamp and a perspective view (B) of the elastic rubber band.

Fig. 38 is a bottom view (A) of the pressing plate and an X-X ray cross-sectional perspective view (B) thereof.

Fig. 39 is a bottom perspective view (A) of the nut body and a perspective view and side view (B) of the rod nut.

40 is a perspective view (A, 1: 1 scale) and rear view (B) of the rear clamp, and an X-X cross-sectional perspective view of the rear end nut and a perspective view of the handle bolt (C).

41 is a front view (A) and a perspective view (B) of the mounting table of the present invention, and a perspective view (C) of the mounting binder according to the present invention.

<Description of the code | symbol about the principal part of drawing>

000: deburring device, 001: desorption device, 101: body desorption device, 102: head, 103: steel wire (0.5 ~ 0.8mm), 104: detachable ring, 105: gap, 106: curved part, 107: 1 type Lever, 108: Inertia, 109: Lead, 110: Fixing bolt, 111: Joining jaw, 112: Male thread, 113: Square groove, 114: Rotating body, 115: Steel wire (0.8-0.9mm), 116: Square key 117: Jaw, 118: Stop lever, 119: Cap nut, 120: Cap hole, 121: Female threaded part, 122: Two-level lever I, 123: Working spring I, 124: Steel wire (0.4-0.5mm), 125: Rotation axis I, 126: Agent I, 127: Closed joint, 128: Open joint, 129: Fixed plate, 130: Horizontal plate, 131: Vertical plate, 132: Stop plate, 133: Buffer rubber, 134: File insertion groove, 135 : Joining groove I, 136: Carbon front, 137: Side protrusion nut, 138: Hex nut, 139: Connector, 140: Knurled bolt, 141: Joint, 142: Carbon back, 143: Vertical gap, 144: Moving nut, 145: Hex nut, 146: Connector, 147: Knurled bolt, 148: End nut I, 149: Joint, 150: Recessed groove, 151: Hex nut, 152: Connector, 153: Handle bolt, 161: Link device, 162 1st De, 163: 2nd Rod, 164: 3rd Rod, 165: 4th Rod, 166, 168: Upper Arm Rotation, 167, 169: Lower Arm Rotation, 170, 172: Front Rotation, 171, 173: Rear Rotation, 174: Moving Fastening Plate, 175: connector, 176: pressing tube, 177: detachable tube, 178: light outlet, 179: cami groove, 180, 181: rear anti-rotation jaw, 182, 183, 184: forward rotation stop, 190: spring box, 191: insertion hole, 192: action Hole, 193: Tackle removal groove, 194: Leaf spring, 195: Actuator, 196: Two-level lever, 197: Tackle, 198: Tackle, 199: Rotating shaft, 002: Jaw-dropping device, 201: Rear demounting device, 202 No. 2, 203: Terminal nut II, 204: Hex nut, 205: End fitting, 206: Joint groove II, 207: Handle bolt, 208: T-type double joint, 209: Round protrusion, 210: Protrusion nut, 211: Hexagon nut, 212: Connector, 213: Knurled bolt, 214: Rear fixing plate, 215: Working spring II, 216: Rotating shaft II, 217: Working body II, 218: Closed assembly, 219: Open joint, 220: Two lever Ⅱ, 221: rear tail hook, 222: rear hook groove, 223: double lever, 224: inertia ball, 225: joint hole, 226: buffer band, 251: front detachable device, 252: 1, 253: working spring III, 254: rotation axis III, 255: agent III, 256: open joint, 257: closed joint, 258: detachable lever, 259: front fixing plate, 260: Front row hook, 261: Front hook groove, 262: Joint groove III, 003: Clamp device, 301: Front clamp, 302: Rear clamp, 303: Fastening bolt, 304: Nut body, 305: Support, 306: Front end nut, 307: rear end nut, 308: hexagon nut, 309: connector, 310: handle bolt, 311: support belt, 312: curling, 313: connector, 314: belt groove, 315: rod nut, 316: female thread, 317: Junction end, 318: Collaring bolt, 319: Pressing plate, 320: Supporting groove, 321: Supporting hole, 322: Colling, 323: Elastic rubber band, 331: Launcher, 332: Mounting binder, 333: Fixed holder, 334: Moving holder, 335: handle nut, 336: bolt base, 337: vertical groove, 341: mounting bracket, 342: front support, 343: rear support, 344: front end nut, 345: rear end nut, 346: mounting end, 005: I-beam, 501,502,503: top, middle, bottom round projection, 504: projection, 505: connector, 506: outward shape, 507: concave projection 508: Hex nut, 509: Screw, 510: Recessed surface, 511: Detachment port, 512: Clip, 513: Connector plate, 514: Elastic part, 006: Semicircle beam, 601: Connection wing, 602: Connector, 007: Arrowhead, 701: nib, 702: groove bolt, 703: male thread part, 704: crimp groove, 705: key clearance, 706: bolt head, 707: joint groove, 708: bobbin fixing groove, 709: fastening pipe, 710: fastening Head, 711: Locking key, 712: Elliptical ball, 713: Fastening nut, 714: Handle wing, 715: Female thread part, 716: Tail filament dislocation, 717: Rubber packing, 718: Fist string, 719: Fist tail, 720: Fist 721: clearance gap, 722: ringo government, 723: balance, 724: tail tail, 725: claw top, 727: tail hair, 728: tail feathers, 729: removable groove, 730: wings, 008: leaf, 801 : Attachment coil, 802: Lower coil, 803: Upper coil, 804: Thread (necklace), 805: Fishing, 806: Bone, 807: Dry rice, 808: Fishing groove, 809: Fine hole, 902: Line holder, 909 : Loop, 910: 8 tie, 911: loop.

Then, on the basis of the accompanying drawings, how the present invention is configured and implemented in what principle will be described in more detail for each corresponding device.

First of all, in order to help understand the overall configuration of the present invention, the fundamental difference between the conventional traditional fishing method and the fishing method according to the present invention will be described before explaining the configuration of the apparatus for launching a jet device. In the related art, as shown in FIG. 2 (D), the fishing line 753 is hung on one end of the fishing rod 755, and the conventional chaebi 754 is connected to the knotted hook at the end thereof. When the fishing rod is swung down by connecting the 750, the fishing line is vertically inclined by the elastic force of the fishing rods so that they can be accurately thrown at the target point as if they rotate about the tip of the fishing rod. (753) is connected to the conventional chaebi 754 at the bottom of the water in the state where the conventional bobbin is connected as if the "b" shaped bent, in this way if the fishing line is short in the fishing line under the water If you catch the fish of the moment and catch the fish, the power is immediately transferred to the fishing (fishing needle), so it will not be a problem, but if the length of the fishing line is long, it will support the float of the bobber. Although until the moment the fishing is fully in line with myriad unfolding its forces will continue to carry weakly acting on fishing. Therefore, if the conventional traditional fishing method is applied to reel fishing as it is, in order to perform long distance fishing without being relatively indefinite of the present invention, the deeper the depth and the farther the fishing distance, the exact moment is captured. The duration of the chamfering is longer and the agility of the chamfering is reduced so that the chance of missing the fish at that moment is high. In addition, in such a subterranean state, the conventional bobbin 750 is provided between the fishing line connecting the fishing rod 755 of the limited length and the conventional chaebi 754, so as to be in a state such as a "closed structure" as a whole. Due to the structural or methodological characteristics, the conventional bobber is inevitably limited to fishing distances and water depths, and is subject to many limitations on various peripheral obstacles.

On the other hand, the fishing method according to the present invention, as shown in Figure 2 (A ~ C), chae 008 is an eight-way knot 910, the jin rope 911, the end of the rest of the knot (718) is seen again By connecting the bobbin 701 of the invention arrow 007 and positioning the position of the gear and bobber on the fishing line in a completely opposite direction completely different from the conventional bob fishing, the "closed structure" of the conventional bob fishing as if the "open structure" At the same time, instead of converting the bobbin string and the arrowhead is loaded with the present invention launcher device and the reel 909 in the water is almost in line with the chaff 008, limiting the fishing distance or depth raised by the conventional problem And various limitations caused by peripheral obstacles, etc., and in particular, in such a state, it is possible to exert the same tingling (swelling and falling of the chipping node) in the same state as the conventional one. Otherwise, almost accurate vertical intakes of tailings and grass are always available everywhere, regardless of depth and depth (the shallower depths are reported to be more adverse and deeper, and nearly all vertically at depths above 3m). Because it is possible to increase the sensitivity of the jealousy, as well as catch the fish of the fish after catching the exact moment of fishing, even though the reel 909 due to various physical factors such as water flow and buoyancy Even if it is not a perfect straight line, but compared to the conventional straight line is almost straight, so the force is applied to the fishing as it is almost without delay, it can be much more agile than before. In addition, when recovering the float and the manure, the manure is supported by the buoyancy of the mantle and is pulled up from the bottom of the water far above the bottom of the water than before, and the phenomenon such as staggering is reduced. There is also little concern that they will be completely lost to the back.

Next briefly look at the overall configuration of the fly launching device in relation to the overall configuration of the present invention long range bobbin fishing device, the device is divided into four parts largely up and down as shown in Figures 1 to 6, It is composed of the first top and the desorption device (001) for loading and detaching (脫) 발 (發射) or detachable (着 를) according to the present invention, the arrow jjok 007 Winding line 331 according to the present invention while supporting the two devices as a bobbin desorption device (002) to be wound by the front and rear (718) side by side and the chae (008) and arrowheads, and is configured to the third bottom Clamp device (003) is mounted to the mount (341) and the existing reel (009) to be mounted on the), and finally, as a connection for connecting the three devices, I-beam (005), semi-circular beam (006) ) And other bolts and nuts.

The desorption apparatus configured at the uppermost part has a body demounting apparatus 101 for demounting the bobbin body 720 in front of the carbon front 136, and the rear end of the debris ( Or the carbon backing 142, which is combined with the linkage 161 for attaching and detaching the saw blade, is fixed to each other, and the body detachable device is largely fixed to the fixing bolt 110 and the cap nut 119 again. It is divided into a head 102 and a rotating body 114 and the fixing plate 129 holding them, which can be separated from each other by.

The body detachable device 101 has a number of complex physical action principles (especially the principle of the ring structure with a gap and the principle of elasticity, the first, the second type) in order to remove it safely without damaging the body part at all The main feature is that the principle of lever, the moment of inertia, etc. are organically related to each other and applied in a timely manner, which will be described in detail later, and only focusing on the construction thereof. Let's do it. First, the configuration of the head 102 of the body detachable device, the detachable ring 104 of the head as shown in Figs. 7 to 9 as the first type lever 107 and the inertial body 108 together with a constant elasticity Only plastics having a shape may be formed to form a certain angle, or may be formed by inserting a steel core in the interior to improve the integrity or retention of the skeleton. To this end, bend the middle of a stainless steel yarn 103 of about 0.5 to 0.8 mm in diameter with a constant modulus of elasticity cut into appropriate lengths in a circular round ring shape with a certain size gap as shown in Fig. 8 (A, B). After that, the gaps 105 formed when the plastic coating is formed form a detachable ring 104 about 1/6 of the circumference, followed by two rows while keeping the gaps constant. After forming the curved portion 106 to be a round curve at a predetermined angle to the steel yarn of the, and when the conical jaw body 720 is inserted into the detachable ring almost coincides with the round curved surface formed by the truncated cone The first type lever 107, which is symmetrically rounded, is formed to be at an angle of about 40 ° with the surface formed by the detachable ring, and the ends thereof are gathered and twisted like a skein to form a lead 109. Columnar again To the junction (接合) mold (鑄型) in some form other to form a tube-magnetic material (108). At this time, as shown in Fig. 9 (A, B, Ba, Bb) by fixing the fixing bolts 110 together, so that the total weight of the inertial body 108 including them to have a constant weight (about 7g or so) Then, all of these are put into plastic molds, such as injection molds, which have been precisely processed in a predetermined form in advance, and molded coating. The plastics used here contain luminous fluorescent materials, but are soft, flexible, and particularly elastic. This can increase the appearance and shape retention of the entire body after molding. Not only that, but also the friction with the detachable ring can prevent the tail body from being damaged at all while being able to identify well at night. In addition to the first lever 107, unlike the detachable ring 104, it does not necessarily have to be a round rod-shaped, and in particular, it is forced to prevent bending when it is bent. Elliptic rods with a larger diameter may be used, and any other configuration may be any other suitable form with the same principle. In addition, the fixing bolt is cast together with the cap nut in a mold of a certain shape and made of a material such as copper or stainless steel, which is joined to the lead with a much lower melting point than other metals. The end portion forms a joining jaw 111 slightly larger than the diameter of the male screw portion 112 and has an empty space therein so that the twisted end portion of the first lever is inserted into the molten lead that flows into it. All together to be fixed together, and by forming a small square groove 113 in the form of a square groove from the bottom of the male screw portion 112 to the inner center thereafter the square key 116 of the rotating body 114 To be tightly coupled with the

Next, the configuration of the rotating body 114 of the body detachable device as shown in Figs. 7 to 10 is also a long twist by folding the steel thread 115 of about 0.8 ~ 0.9mm in diameter cut in a suitable length of a constant elastic modulus in half At the end of the plastic material is formed of durable plastics, the square key 116, the fastening jaw 117 and the stop lever 118, which fits snugly into the square groove 113, are collectively molded together. The two rows of steel yarns are formed between the cap holes 120 through the female threaded portion 121 of the cap nut 119, which is cast in a predetermined shape before forming the second lever I 122 as shown in FIG. 9 (B). By inserting the cap nut to be released toward the stop lever, but the other side is caught by the fastener 117 so as not to fall out, the square key 116 is the square groove 113 and the cap nut of the fixing bolt While being inserted into the inside as it is, the coupling of the square key of the square key when To be fixed to the nut completely onto the surface. By doing so, even after a strong external shock by the inertial force, the coupling state of the head and the rotating body can be maintained intact without any change. The remaining two rows of steel yarns are bent at a certain angle with this stop lever to form a two-level lever I 122, the ends of which are shown in Figs. 7 (A, B), 8 (A), 10 and 12 (A, B). As shown in Fig. 2, the two levers I and the actuator I 126 are later resilient to each other by a constant external force while being connected to the rotation axis I 125 of the working spring I 123. It opens and closes on the principle that they are separated from each other and then restored. Here, the structure of the action spring I is cut as shown in Fig. 10 (A, B, C) steel thread 124 having a constant modulus of elasticity of about 0.4 ~ 0.5mm to an appropriate length, and then bent in the middle of the closed joint ( 127) together with the left and right symmetrical working body I (126) and again in conjunction with the winding coils about two to six times side by side from the inside to the outside as if winding coils (125) Then, the open joint 128 formed at right angles to the closed joint is formed with the rotation axis I therebetween. In this way, the open joint is collectively formed on the horizontal plate 130 of the fixed plate 129 and the closed joint on the vertical plate 131, respectively, to be molded together in a plastic-mould of a predetermined mold. .

Here, the fixing plate is attached to the detachable tube 177 of the link device 161 or the rear fixing plate 214 of the rear detachable device 201 and the front fixing plate 259 of the front detachable device 251 which will be described later. It is made of light and strong plastic material of luminous color so that it can be easily distinguished. As shown in FIG. 11 (A, B, C, D), the front of the stop plate 132 is provided with a curved portion like a back. In particular, the height of the stop plate in relation to the height of the detachable tube 177 in the configuration of the linking device immediately hits each other with the stop lever as soon as the tail body is almost separated from the detachable ring of the rotating body of the It is formed to stop the rotation, and in order to absorb and cushion the amount of impact at this time, as shown in Fig. 11D, the shock-absorbing buffer rubber 133 can be forcibly inserted and removed using the elasticity and elasticity of the rubber itself. Yet texture When there is formed a force enabling detachable gekkeum not be moved completely against fixed. In addition, the bottom portion of the contact with the horizontal plate 130 is formed with a bobbin insertion groove 134 in the middle, and the left and right width of the fixing plate as possible so as not to interfere with the progress of the bobbin string 718 is pulled forward at all It is desirable to form to a degree less than or equal to the diameter of the detachable ring 104. In addition, by forming a small long round groove-shaped joining groove I (135) in the middle of the horizontal plate in front of the front and rear end of the carbon front 136 as shown in Figure 11 (B) long and strong adhesive, etc. Use to securely bond to each other. In addition, in order to increase the adhesive strength, it is possible to form a certain form of squatting on the portion to be joined.

Next, with respect to the overall configuration of the body detachable device, the angle of the cabinet formed by the stop lever 118 and the second lever I 122 at the time of coupling the head and the rotating body is due to the centrifugal force received by the bobbin when it is later bent. In consideration of the case where the rotating body is bent slightly forward together with the first lever 107, as shown in FIG. 12 (A), about 3 times the sum of the two cabinets formed by the detachable ring 104, the first lever and the stop lever. By forming a larger degree, when the two levers I are closed in the working body I 126 of the working spring I and placed vertically on the horizontal plate 130, the surface formed by the detachable ring is inclined slightly forward on the vertical line.

The detachable ring 104 of the head configured as described above is characterized by being formed in a circular round ring structure having one gap 105 at regular intervals. It is well known that the force of opening the gap is much greater than that of any other structure under such conditions. Thus, the principle of a "round ring structure with a certain size of gaps" is also a survival tool for dinosaurs, such as the "Tyranosaurus rex". It is also well known today that it is widely applied to engineering aspects such as "stop holes" to prevent cracks in pier steel beams from going any further.

The detachable ring of the head of the present invention is also constructed in view of the principle of such a ring structure, and when the principle of elasticity of steel yarn or other plastics is applied to this principle again, the gap is more than any other structure having the same conditions of thickness and elastic strength. While you can make the force much more wide open, you can easily restore the gap back to its original state. In addition, by applying the “conical structural characteristics of the cone” to the structure of the detachable ring configured as described above, when the conical jaw 720 is inserted toward its tail (vertical point) as shown in the top figure of FIG. 13 (A, B), Where the outside diameter of the ring and the inside diameter of the ring coincide with each other, the body is no longer able to enter forward, and when the head is fixed together, the body is no longer able to move in any of the up, down, left, and right directions. It is tightly fixed. In this state, if a force is applied to the bobbin body in parallel with the surface formed by the detachable ring, that is, the force is applied perpendicularly to the centerline of the bobbin body toward the gap, or vertically applied to the plane formed by the detachable ring. At this time, the force acting around the gap in contact with the bobbin body is distributed throughout the ring, so that the bobbin body needs to be much larger than any other structure due to the nature of the ring structure in order to escape the gap. The tail body is not easily separated from the gap.

However, as shown in the second to fourth figures from the top of Fig. 13 (A, B), the gap departure portion of the tail tail side having a smaller width than the ring fixing part 722 inserted and fixed to the detachable ring of the bobbin body ( 721) If you push the detachable ring forward and continue to apply force to the bobbin body in the same direction, the situation is suddenly switched, and the first lever (107) with the detachable ring is like a "crowd" It plays the same role and uses the bottom part of the ring top part (722) of the bobbin which is in contact with the inner bottom of the detachable ring as a supporting point and lifts the bobbin according to the "principle of the first class lever" while leaving the gap of the bobbin trunk (721). At the same time, the circular curved portion 106 of the gap is applied to the rounded conical curved surface of the blade), and by the interaction thereof, the bobbin body also acts as a “crowbar” by its own straight force. to do In the same way, according to the "Principle of the first paper lever", the lower surface of the inner surface of the detachable ring in contact with the Ringo Government Committee 722 is used as a support point, so that the conical curved surface of the clearance gap 721 is rounded in the detachable ring gap. By sliding the curved portion 106 apart, the tail body eventually has almost no force to damage its surface at all due to its complex action such as the principle of lever and elasticity, the clearance structure of the detachable ring and the structural characteristics of the cone. It is possible to escape the gap more easily and smoothly without losing.

On the basis of this construction principle, the state immediately before the whistle of the jetting device is actually turned upside down on the back of the head as shown in FIG. In this state, it stops by rapidly rotating at a constant rotational speed in a straight forward direction toward the target point from the back of the head on the vertical plane with the horizontal plane as it is. At this first moment, the “law of inertia (the first law of motion) ) And “the law of action-reaction (third law of motion)”, the direction of the moment of the force of the body detachable body inertial body 108 is shown in FIG. 12 (Aa) for a while. By acting in the direction of close contact with the tail ring ring 722, the device cannot be opened at all, and at the same time, the force of the centrifugal force (rotary inertia) acting on the tail Due to the moment of inertia of the reaction, the tailing ring ringer (actually the center of gravity of the whole arrowhead is located here) acts almost perpendicular to the curved portion 106 of the gap 105 alongside the surface of the detachable ring. After that, the tip of the device is gradually turned forward, and as the centrifugal force received by the bobber is greater than gravity, the bobbin body moves forward in a direction perpendicular to the plane of the detachable ring until it stops as shown in Fig. 12 (Ab). The inertial body also receives a large centrifugal force forward like a bobber as the inertia body continues to act in the gap as it moves toward, and receives a force of reaction against the moment of the previous force.

By the way, even though it is a short moment until it stops, it can be seen that the device is rapidly “constant circular motion” at a constant rotational speed around the handlebar 907 of the launch pad. m _f ) and the rotational speed (r) from the handle of the device is kept constant, the rotational speed of the launch pad according to each individual difference, that is, the angular speed (ω = 2πΝ / 60, where Ν: rpm) The centrifugal force exerted by the bobber by changing the size of (F _c = m _f rω ² = m _f r (2πΝ / 60) ² = m _f (0.011 rΝ ² ), ⇒ g value: F _c / F _g = m _f (rω ² ) / m _f g = (rω ² ) / g, provided that the intensity of g: gravitational acceleration} can be changed, and in particular, as the rotational speed (ω) is increased, the acceleration by centrifugal force (a = When rω ² ) is increased, the strength of the centrifugal force received by the bob is also increased. In addition, it is possible to change the strength of the centrifugal force that the jet receives by varying the weight of the bobber (m _f ) or the rotation radius (r) of the device. The principle of this force is also applied to the inertial body 108 of the head. Therefore, the second lever 1 (122) of the rotating body acts on the body 1 (126) by the combined force (central force) of the centrifugal force that the two weights of the bobbin and the inertial body receive at the same time before the motion is stopped. The force of the bobbin body by the centrifugal force itself and the force acting on the gap 105 of the detachable ring, and according to the strength of such force, it is naturally removed from the detachable ring at an undesired moment. There is a possibility that the impact will be increased naturally.

For example, in the case of a long distance long distance fishing of the present invention, the weight of the bob is heavy and the radius of rotation from the handle of the device is kept long so as to be less affected by the relative air resistance as much as possible. At the same time, the faster the rotational speed is, the faster the stopping stops, allowing the bobber to receive a lot of centrifugal force, allowing it to fly over longer distances. If the two kinds of levers Ⅰ are more than a certain weight range that can be easily opened from the actuator I, there is a high possibility that the bobbin body can be detached from the gap of the detachable ring as it is at an undesired moment. The probability is high. In addition, depending on the elastic modulus size of the detachable ring, there is also little concern that the bobbin body can be pulled out of the detachable ring directly by opening the gap at an unexpected moment during the whirl of the tail itself.

Therefore, in this configuration in consideration of these points, as shown in Fig. 2 (A), the rotation speed from the tip of the launch pad 331, the handle 907 of the launching device of the present launching device and the total weight thereof are uniformly rotated at first In addition to the angular velocity, the blasting device is formed so as to receive a constant centrifugal force and elastic force (the general construction principle thereof will be explained in detail later). The sum of the two weights of the loaded bobber is within a certain weight range (especially based on the weight of about 13 grams of the sack of bark), and this weight is caused by the force of gravity due to the density difference in the water. correspondingly, if the weight of a crucifix having a orthostatic (直立性) buoyancy forming the balance of the weight force of the tube-magnetic material with a (m _f) (about 7g or less) the sum of the weight within the range} days Invention Unless it is excessively bent over the maximum tailing distance (approximately 40 m based on the visible distance) according to the whirl, the body can not be opened by the force of the centrifugal force (the net force) of these two weights at the same time The elastic modulus of the two levers I 122 and the agent I 126 is formed uniformly (actually, the gap between the agent I 126 is matched to the capacity of each individual or the strength of the bending force) The strength of the intensity can be adjusted constantly by opening or closing slightly. In other words, when rotating based on the visible distance, the maximum rotational speed cannot be opened at all during the rotation, and even when the rotation is performed at the minimum rotational speed, it can be opened only when the relative rotational speed increases rapidly when the rotation is stopped. . In this way, even if the fishing distance is far and the rotation speed is increased, the direction of rotation moment of the first inertial body acts in the opposite direction to the rotation direction as described above. Of course, since the relative speed of rotation increases rapidly at the moment when only the circumferential acceleration accelerates forward, the device can be easily opened while the fishing distance is relatively close (about 15m). In case of slowing the speed, of course, the device cannot be opened at all during the whirl, but also the relative rotational speed increases rapidly at the moment when the whirl stops, so the device can be easily opened naturally. In addition, the weight of the bobbin to be used is relatively heavy (the weight of the bobber with an upright buoyancy corresponding to the infiltration within the range of the barb weight about 9-13g), and the elastic modulus of the first type lever 107 and the detachable ring is increased. On the other hand, if the weight of the bobber is relatively light (the weight of the bobber with an upright buoyancy in response to the intrusion within the range of about 6-9g), the same principle applies from the centerline of the detachable ring to the rotation axis I (125). The length of the vertical line and the shape of the detachable ring should be the same, but the diameter of the ring (especially the inner diameter, the gap between the gaps will be small) and the elastic modulus will be small. Form.

In this way, according to each person's taste and ability, the head can be used properly in combination with the rotating body so that it can be used in combination with the rotating body. Receiving centrifugal force alone does not prevent the ringing top part 722 of the bobbin body from being immediately separated from the gap 105 of the detachable ring, and also prevents the rotor 114 from being opened at all by the force of the centrifugal force simultaneously received by the bobber and the inertial body. There is no detachment of the tailstock from the opening of the detachable ring at an undesired moment, and only the moment it stops afterwards, i.e., the relative rotational speed is greatly increased, which is directly proportional to the resilience of the elastic force received by the first launcher. At the same time, the device can only be opened if it receives more centrifugal force Also makes it possible to be safely detached from the detachable ring together.

In addition, if the weight of the inertial body (about 7g) is formed to be heavier than the maximum weight of the bobber (about 10g), the centrifugal force at the time of bending and stopping can be increased so that the detachable ring can be made to fall forward. By making the clearance of the bobbin body more easily by the interaction between the bobbin body and the detachable ring, it is possible to minimize the relative loss of force when the bobber is detached from the detachable ring. Since the impact amount (mv) when the 118 and the buffer rubber 133 collide with each other is also largely increased, it should be formed with an appropriate weight that is not too heavy, and in proportion to the weight, the two levers I and the agent I Of course, the elastic modulus of must be appropriately differently formed. Particularly important in this configuration is the moment of inertia of the head due to the weight of the inertia according to the "law of action-reaction", as mentioned above, the first time it swings the device (inertia moment, rotational force). It is the direction of, and the effect on the stability of the bobber can vary greatly depending on how the direction is constructed. Therefore, in this configuration, the second type lever I 122 always rotates with the rotation axis I as the center axis at the moment when the position of the inertial body is first rotated first as shown in FIG. 12A rather than the rotation axis I 125. The backside in close contact with the vertical plate 131 (clockwise (-) in the drawing), that is, the detachable ring is formed so that it can act in the direction in close contact with the ring top portion 722 of the tail, accidentally The biggest feature is that it is configured so as not to be detached from the gap of the detachable ring at all, and the direction of the moment of force is closely related to that of the inertia ball 224 of the detachable device 201 which will be described later.

On the other hand, the bobbin body actually breaks out of the gap 105 and exits from the gap of the saw guide (008) by rapidly stopping the swivel motion of the launch pad (or reel bar) in an oblique angle with the horizontal plane from the front. It will be exactly the same moment when it will be blown out. This time, I will mention it again, but if you stop it quickly, the more you stop it, the more the moment you stop it. The relative rotational speed (ω _ab = ω _b -ω _a ) that is in direct proportion to the inertia and the bobber is rapidly and rapidly accelerated at the same time so that the centrifugal force that they receive increases even more than before. It is ready. In this case, especially the inertial body 108 is rapidly resilient forward due to the reaction to the moment of the first force to obtain a much larger rotational speed due to this centrifugal force also increases rapidly, this time entirely except above Only by the force of the rotational inertia force that the inertia itself receives makes it easy to open the rotor 114 from the mechanism I according to the "Principle of the second class lever", so that the detachable ring is moved forward without any loss of force. It can be knocked down, and at the same time, the tail body also receives a greater centrifugal force than before, and moves straight forward, and as a result of the interaction with the detachable ring, according to the "Principle of the First Class Lever", it is gradually smoothly removed from the gap. When the start of departure, almost stops, the stop lever 118 is in contact with the buffer rubber 133 of the stop plate 132 At the same time, the detachable ring with the first lever is pushed forward slightly by the straight force of the bobbin body, and when the detachment ring is slightly lifted up by the reaction of it, the bobbin body is not damaged at all despite such impact. But rather, as a reaction to the impact, it is easily escaped and escaped as if it jumps out of the gap of the detachable ring with almost no loss of force, and immediately bounces up and slides through the curved portion 106 of the detachable ring gap and continues to its own inertial force. It is possible to fly straight through the string (see Fig. 3 (A, B), Fig. 4 (A, B), Fig. 13 (A, B)). This phenomenon is the same as the reason to shake off the dust on the clothes. At this time, the inertia force received by the inertia increases even more as it stops at a rapid and rapid speed. The loss of force due to the departure from the gap is relatively much smaller.

Thus, the present invention body detachable device 101, while the direction of the moment of the moment of the moment of the first bend along with the principle of the gap of the detachable ring and the elasticity is configured in a direction to closely attach the detachable ring to the bobbin, the swing stops The main feature of the moment of inertia and the force of inertia of the bobber is that the "principles of the first and second class levers" are applied to the head and the rotating body in a mutually independent relationship, and are applied almost simultaneously. In particular, when the "principles of the second class lever" is applied to the rotating body, the entire head linked thereto performs a function or role as the lever, and when the "principles of the first class lever" is applied to the head, the rotating body is applied. A natural situation arises in which the whole also adds its function as a lever.

Meanwhile, the rotating body and the fixing plate 129 of the body detachable device may not necessarily be configured in the same form as described above, and the steel thread as shown in FIGS. 14 (A, B) and 15 (A, B, C). Instead, use a combination of light, rigid plastics and small thin membrane springs made of steel, etc., in order to apply the above principles of construction, such as “the second class lever and the principle of elasticity,” to another suitable form. Any configuration can be possible. Unlike the above, the inertia fixing bolt 110 is formed to be almost in line with the surface formed by the detachable ring 104, and the above-mentioned square key using only a light and rigid plastic material such as carbon graphite. 116 and the stop lever 118 are collectively formed together and formed in a constant inclination therein to form a two-level lever 196 including a tackle 197 and a rotating shaft 199, wherein the stop lever And the two kinds of levers to form a male and female body of a certain shape as shown in Fig. 15 (B), and the cap nut 119 is inserted into the stop lever in advance and then completely bonded and fixed so as not to be separated from each other again using a strong adhesive or the like. And the line formed by the tackle 198 and the rotation axis 199 at the end of the tackle is perpendicular to each other with the tackle 197 so that the tackle is the bottom of the spring box 190. For example, just opened completely on the Shovel talhom 193 enables closed.

In this regard, the spring box 190 is molded together with the fixed plate 129, the inside of which has a constant rectangular parallelepiped shape of the plate spring 194 of a constant modulus of elasticity as shown in Figure 15 (C) In addition to the formation of the insertion hole 191 having an empty space, and the action hole 192 into which the actuating member 195 of the leaf spring is inserted, and the tackle insertion groove 193 into which the tackle 197 is inserted, are formed. When the leaf spring is pushed in its lengthwise direction through the insertion hole 191, the elastic body itself slides into the working hole 192 of the inner empty space and is restored to its original state. As it springs out of it, the leaf spring is completely trapped in the spring box by its action, so it never falls out unless it is partially pulled out. If you want to remove it again to replace it with a plate spring, etc. If you push the upper surface of the working body in the direction of the insertion hole from the insertion hole is easily released because it can be easily replaced.

In this way, when the tackle 198 of the tackle 197 is completely pushed to the end of the spring box tackle insertion groove 193, the actuating member 195 of the leaf spring tackles through the action hole 192 due to its elasticity. As it is pushed to the bottom end of the inserting groove, it immediately pops out again to the hole and closes, so that the tackle can be completely fixed so as not to move at all. Thereafter, the tackle acts in the opposite direction by the rotational inertia force of the inertia 108. Since it is released from the sieve and opened, the rotor can be opened and closed from the spring box through such a series of processes so that the functions of the two kinds of levers I 122 and the actuator I 126 of the steel yarn described above can be exhibited in the same manner. do.

However, the configuration of the rotating body and the spring box is formed with an appropriate modulus of elasticity so that the device can be easily opened only at the moment it stops in accordance with each individual's taste and ability, that is, the strength of the whirling force according to the fishing point distance. It may be a much more preferable configuration than the configuration of the steel yarn described above in that the leaf spring can be arbitrarily replaced and removed in the spring box, and such a configuration is also applied to the rear detachable device 201 which will be mentioned later. It can be applied. In particular, the most important thing in this configuration is that the former or the latter configuration method can be used to safely escape the bobber with almost no loss of force without damaging the bobbin. The principles of the first type, the second kind of lever and the principle of elasticity, together with the principle of the structure and the structural characteristics of the cone ”, can be applied in such a timely manner that they can be applied in a complex and timely manner. It is true.

Then, in order to help you understand what will be explained in a moment, how the above-described configuration principles are actually applied to and executed in the present jetting device, will be described later. And it will be outlined in relation to the overall configuration of the present invention, such as bobbin desorption device (002).

First, the head of the bobbin is mounted on a reel or launch pad, and the head 102 suitable for the weight of the bobbin according to the taste and capability of each individual is combined with the rotor 114 and the bobbin bobbin 701. After connecting the bobbin string 718 set in advance to the depth, the rotor is left open as shown in Figs. 4A, 7B and 12B, and the bobbin is pre-set as shown in Fig. 3A. The width of the diameter below the gap clearance part 721 between the gap 105 of the detachable ring 104 while pushing the tip 728 in the detachable tube 177 of the link device 161 fixed to the length of the When the small part is inserted and placed on the inner bottom of the detachable ring, and the two kinds of levers I 122 of the rotating body are pushed into the actuator I 126 as they are closed, the ring fixing part 722 of the bobbin body is attached to the detachable ring. The tip of the tail is trapped at the inner end of the detachable tube, so that the arrowhead is completely loaded by them naturally. do. In this way, after loading the sachet to the desorption device (001) and then lightly hold the bobbin string (718) connected to the debris (701) with your left hand, the front demounting device 251 and rear demounting device (002) below 201) It will be fixed by walking back and forth. In fact, the device immediately before swinging is placed upside down as shown in Fig. 2 (A, Aa, ab), and it is placed on the back of the head. Sister knot (910) and left over the left side of the left side without any protruding parts (parts that may be tangled caught tangling) while hanging over the tail string detachable device.

In this state, as it adjusts the force according to the fishing distance as it is, it stops rapidly by turning toward the target point. At this time, the chaff (008) is luster at the end of the top guide (906) due to its own weight when it is first bent. The elastic force (restoration force) prevents the separation of the rice cake while maximizing the buffering effect of the rice cake, while at the same time using the long rotation radius from the handle 907 to obtain the corresponding centrifugal force and fly away. Although the arrowhead is relatively lighter than the weight of the gear that has been settled in this way, and the rotation radius when the device is twisted is also very short compared to the gear, it is relatively more than the gear by using the strong elastic force of the upper part of the device. As the centrifugal force is applied, the preparation and the tailings are separated independently and simultaneously stabbed together at the target point. It is not able to fly.

In this regard, at the very first moment of rapid whirlwind, the instantaneous inertia of the weight itself causes the weight-centered ring-shaped ring top 722 to act as a detachable ring gap 105 and at the same time the carbon front (136). ) Is slightly bent in the rearward direction, such as the direction of the moment of the inertia body 108 by the inertial force that the entire weight of the body detachable device 101, and the detachable ring with the inertia adheres closely to the tail, and gradually As it accelerates, the bobbin continues to work in the gap while facing the front closer to the detachable ring, while at the same time, the two levers I 122 of the rotating body are the force of the centrifugal force that the two weights of the bobbin and the inertia receive at the same time. It acts on the agent I. At this time, if the proper weight of bobbin is used properly, the centrifugal force of the bobber during the whirling is the characteristics of the ring structure. Blackbird is hardly let the body be unable to escape the doemeun apart as the gap between the detachable ring of course, as net force crucifix and two tubes at the same time receiving the Eucharist also open at all the whole time. In addition, when the detachable ring is pushed forward with a slight inclination due to the action of the net force, the detachable tube 177 of the link device also moves the parallel body forward with its own centrifugal force so that the bobbin body adheres to the detachable ring as it is. At this moment, there is no risk of accidentally leaving the torso directly from this crevice. On the other hand, the moment of the moment of the force of the rear detachable device 201 inertial ball 224 is opposite to the direction of the inertia body, and its own rotation radius is much longer than the inertial body, although Even if the radius of rotation from the handle is in a shorter position, it can be opened much earlier than the body detachable device, or at least until the moment it stops swinging, so that the bobbin does not cause any problem to lead the steamer and go straight.

On the other hand, as soon as the whirlwind motion stops at a slanted angle in front of the front, the chaff flies away with the bobbin string 909 along with the tail string 909 with its own inertia as shown in Fig. 2 (B), At the same time, the inertial body 108 gains greater centrifugal force than before because of the rapid increase in the relative rotational speed due to the rapid forward elasticity due to the reaction of the restoring force and the moment of the previous force. By opening the rotating body with its own force, the bobbin can be pulled forward and detached without any loss of force, and at the same time, the rear detachable device is also shown in Figs. The inertia ball itself is opened by the centrifugal force (inertia force), which leads to the release of the string wound around it. As you gain more inertia, lead the detached string and go straight, and at the same time, use the tail as a lever and interact with the detachable ring. As the supporting point, the conical curved surface of the gap clearance portion 721 having a small diameter of the bobbin body is acted on the round curved portion 106 of the detachable ring gap, and the gap is slid as it is. As soon as it exits, the stop lever 118 of the rotating body immediately strikes the buffer rubber 133 of the stop plate 132 and stops the rotation of the inertia while tilting the first lever a little further forward to almost force the jaw body. The release ring is bounced up slightly as shown in the bottom of Figs. 3 (B) and 4 (B) due to the reaction of the inertia while completely exiting the gap without loss of It is acting on the bobbin body, and the bobbin body will soon pass through the rounded surface of the detachable ring clearance curve 106 using the inclined surface of the truncated cone and also bounce upwards slightly, while the detachable tube 177 of the linkage is Since the bobbin 728 smoothly exits while maintaining the parallelism of the previous bobber, the bobbin finally escapes as if bouncing the device safely and keeps the tail 701 at the head with its own inertia force to go straight. Leading the string fleeing from the device 201, and separated with a constant distance up and down, as shown in Figure 2 (B), respectively, to fly straight through the wind by lifting the air like an arrow toward the target point independently It becomes the number. As soon as the reel line that is set for the fishing line is caught by the line holder 902 of the reel and the preparation stops exactly at the target point, the steamer always falls in a straight line above the surface of the waterline by the length of the bobbin with less effort. The strings and the strings or the strings of the strings are not entangled with each other, so that once the gears fall precisely above the surface of the target point, the gravity will gradually sink to the bottom of the water. Since it corresponds in the opposite direction to the preparation, the end is straightened by straightening the jig vertically on the surface of the same point as the preparation (see Fig. 2 (B, Ba, Bb, C)).

Regarding the overall configuration of the present invention, when looking more closely at the structure of the sakchi (jjiji), conical jaw body 720 according to the present invention has a specific gravity and light weight of paulownia wood and in particular the material It may be made of a material such as hardened and impact-resistant hardwood or balsa to have a certain specific gravity, or a plastic having a small specific gravity. Although the shape of the traditional pepper or O-shaped and cone shaped bobs looks somewhat similar, in reality, unlike the conventional one as shown in Fig. 16 (A, Aa, Ab), instead of the conventional so-called flying tip (751) at the end of the tail It is the biggest feature that constitutes the tail 701 which connects and fixes the bobbin string 718, and is substantially different from the conventional one in terms of its overall configuration and its functional aspects. There are many.

The arrowhead of the present invention is not limited to simply configuring the bobber as a functional side of the conventional traditional fishing bobber, but in addition to the same function, the bobber can fly straight through the wind in the air independently as if it is a window or an arrow. That is, the force of the present invention is applied even though the arrow can fly straight through the wind by receiving the lift force of the air into the air by using an external force such as the elasticity of the bow and the tension when the bow is pulled. The origin of this is different, but by using the elastic force and centrifugal force when the head of the bobbin mounted on the reel or launch pad is stopped, it is able to fly straight through the wind under the force of air like an arrow. In reality, the parabola is drawn on the vertical plane and straight forward in front of it, and in the water afterwards, it is possible to perform the function of the conventional bobber (such as the function of delivering a sensitive poncho erect perfectly upright upon receipt). . Fortunately, conical bobbins can be configured in a streamlined form that is less hydrodynamically resistant to water or air, and the center of mass of the bobbin can actually be loaded into a bobbin with constant buoyancy. In particular, since the weight of the bobber (718, fishing line) is not only light enough to ignore it, but also the resistance of the air is extremely small, if the air is properly reconfigured to lead the bobbin and go straight ahead, The function of the arrow in the course of course can perform the function of the bobber in the conventional water as it is, while still being able to constitute a bobber that satisfies the aptitude of the present invention.

To this end, in the present invention, when the bobbin is constructed, the length of the bobbin for the entire length of the bobber 701 to the center of gravity of the bobber (ring ring top 722 of the bobbin body) is the weight of the arrowhead from the arrowhead for the entire length of the existing arrow. It is almost proportional to the length to the center, which makes the head much longer than the tail of the tail and naturally places the center of gravity in the direction of the flight, like an arrow. Based on this, to the head side of the bobbin body as shown in Fig. 16 (A), in order to achieve a light weight and robust configuration, a conventional thin head 727 made of a material such as carbon is bonded and fixed at the end thereof. While forming a faucet 731 to fit the rubber band 732 for the light (733, chemical light), there is also a luminous color on the surface while leaving a blank space inside, such as a conventionally very light vinyl material or transparent celluloid After fixing and fixing the piercing top (725) painted the recognition stripe (726) of the coating again on the vinyl material thereafter configured to prevent the recognition stripe to peel off well even by friction with the inner surface of the removable tube (177), Alternatively, as shown in FIG. 16 (B), the jig 728 is formed, and the configuration thereof is lighter, tougher and more flexible than the specific gravity of water, but also has a luminous color such as silicone synthetic rubber. The material of the plastics, like the arrowhead or dart-arrow feathers form a wing 730 with a detachable groove 729, like a rubber band to fit the conventional cami light through the hole of the detachable groove ( 731) forcibly detachable. In this case, the tail feather has a large coefficient of friction in the contact surface in the detachable groove, so that it does not slip or move well from the surface of the tail head even after a strong impact such as inertial force, and is light, so it has little influence on the upright of the tail. Since four nodes are formed naturally, including fish, it is easy to identify fish eggs, so that the functions of conventional chipset on the surface can be fully utilized as they are. Along with being able to receive a lot of air lift, it is possible to improve the flying distance of the bobber, and if it is damaged afterwards, there is a natural advantage to replace this bobbin separately. Next, the tail of the tail body is bonded to the tail of the tail 724 slightly thicker than the diameter of the tail, and then to the end of the tail as the arrowhead-shaped tail 701, which is the core of the present invention, the junction is fixed The length of the (about 40 ~ 60cm) is formed in the buoyancy range that does not lose its upright in accordance with the buoyancy of the tail body, the longer the buoyancy is formed in proportion to the size of the tail or the tailings (727) and the diameter of the blade In addition, the size of the filament can be appropriately increased to increase the stability of the filament at the same time, making it easier to identify the flies over long distances.

In this regard, the conical crucible 720 of the present invention has a ring top portion 722 and a gap release portion as shown in FIGS. 3, 4, 6, 13 (A, B), and 16 (Aa, C, D). 721) is formed, the larger the size of the vertex angle between the two busbars on both sides of the truncated cone formed a steep slope, so when the detachable ring is tilted forward as shown in Figure 16 (C) While the advantage is that it is much easier to deviate, the friction angle is large, so the frictional force {F (frition) = μNcosθ, where μ: friction coefficient, N: vertical drag, θ: friction angle, the larger the θ value, the greater the friction force. In addition, there is a high possibility that it will increase naturally, resulting in a lot of friction resistance with the fluid, and there is also a small possibility that the Lingo government will slip away from the gap at an unexpected moment during the whirling. The volume of the body In the case of forming by increasing the diameter, the diameter naturally increases, which also increases the resistance to the fluid, which can act as a factor of lowering the original sensitivity. It is possible. Therefore, in this configuration, in consideration of this point, in principle, the vertex of the bobbin body should be configured as small as possible as in the prior art. By doing so, it is possible to construct various types of bobbin trunks that can satisfy the stability of the bobbin and ease of release.

In addition, one of the most important features of the configuration of the present arrow is to configure the center of gravity of the whole of the bobber always located on the ring top part 722 of the bobbin body, thereby making the diameter of the head 727 conventional and Likewise, even a very thin formation not only prevents the damage of the bobber that may be caused during whirling, but also makes it possible to significantly reduce the weight of the bobber. If the center of gravity of the bobs is located to one side away from the ring top, the centrifugal force received by the bobs will be biased to one side of the detachable ring as well. There is also a small possibility that the tail body will be pulled out of the detachable ring as it is bent due to the slender tail 727, and the safety of the tail will be reduced. It is important to form the center of gravity of the entire body to match the ring top of the body. In this way, the centrifugal force received by the steam during the subsequent whirl is almost entirely loaded only on the detachable ring 104, and since the force is almost not loaded on the detachable tube 177 of the link device that holds the tip of the bobbin, When the carbon front 136 is slightly bent in the opposite direction to the direction of rotation due to the inertial force of the reaction of the total weight of the body detachable device 101, the tail 727 is slightly bent in response to this. Except for this, the gear is not bent at all by the centrifugal force of the weight itself until the bobber is completely displaced from the device, so that the bobbin is always protected and the stability of the bobber is maintained. Or stability can be improved.

On the other hand, as is well known, the most important role of bobber in the water is the uprightness of vertical intake and the sensitivity of the sticking in response to the resistance of water in the mouth of fish. Therefore, the scum 701 should be formed so as to cause little trouble to the functionality of the conventional crucible, in order to do so in proportion to the buoyancy or weight of the scum as a material such as light and solid plastics slightly floating in the water less than the specific gravity of the water The function or shape should be the same, but the size and shape should be as small as possible to satisfy the uprightness and sensitivity of the bobber. Such a debris is composed of a groove bolt 702, a fastening nut 713 and a fastening pipe 709, as shown in Figure 17 (A ~ H). A joining groove 707 is formed long in the middle of the upper part of the upper part thereof to be joined to the tip of the tail with a water-resistant strong adhesive, etc., and underneath the male screw part 703 joining the fastening nut. In the middle of the inside, a small cylindrical pressing groove 704 is formed vertically long and up and down, and a key gap 705 having a width of about 1.2 mm is formed inside the outer end of this groove by about 1/2 mm. The bones are extended to each other, and in the middle of the upper portion of the pressing groove, the front of the bolt head forms a bobbin fixing groove 708 having a width of about 0.8 mm so as to be in line with the key gap as shown in FIG. 17 (E). From this groove back to both sides It is formed so as to be separated from each other in the middle of the bolt head as shown in Fig. 17 (D) so as to curve continuously along the surface. In this way, since the compression groove 704 inside the rubber packing 717 in addition to the fastening pipe 709 as shown in Fig. 17 (B, C, H), the fastening pipe 709 is a round head rivet shape With the formation of the fastening head 710 under the pressure of the fastening nut 713 is formed a fixing key 711 to be inserted into the key gap 705 and in the middle of the rubber as shown in Figure 17 (F, H) In connection with the packing is formed by forming a small elliptical groove-shaped ellipsoidal sphere 712 of about 1.0mm in width that the two strands (718, fishing line) is barely inserted, the rubber packing (717) is conventional conventional rubber (752) In the same form as the two strands are barely inserted into a small hole of about 0.6mm inside diameter that is only inserted.

In addition, the configuration of the fastening nut 713 is to form a female screw portion 715 coupled to the male screw portion 703 of the groove bolt therein, as shown in Figure 17 (A, B, C, G, H), Underneath to be a concave curved surface (안으로 面) inward to transmit pressure to the fastening head 710 of the fastening tube while forming a sulcus inlet 716 in which the tail is barely inserted into a rounded curved surface. Thereafter, almost no wrinkles occur in the bobbin due to the tension of the bobbin caused by the inertia force of the bobbin itself at the target point, and the handles 714 of left and right symmetrical arrowheads are formed on both outer sides thereof so that manual work is performed when tightening or loosening thereafter. At the same time, it minimizes the frictional resistance with the fluid and allows air to fly straight through the wind like an arrowhead.

In this way, in order to actually connect the tail string 718 to the tail, first, at a certain point in consideration of the length of the tail string (consistent with the depth of the target point) from the front end of the reel string, Figs. Build a 8-line knot 910 including a reel loop 911 of about 25 cm folded length, and set the reel length by fixing the rear part of the reel to the line holder 902 according to the distance to the point, and then Connect the reel loop to the gear (008), and the other tail end is in turn into each hole of the rubber packing 717 and the fastening pipe (709) from the bottom of the fastener inlet 716 of the fastening nut as shown in Figure 17 (H) After insertion, this end is pulled out again from the crimping groove 704 into the bobbin fixing groove 708 and wound around the groove as if forming a noose-shaped ring to the back of the bolt head. Remove the tail string (719) and tail string At the same time, by pulling on the back chin of the bolt head and fastening it into the bobbin fixing groove, the rubber packing and the clamping tube are pushed into the pressing groove as they are, and the bolt is coupled with the clamping nut to tighten it. Since the 711 is inserted into the key gap 705, the rubber packing is squeezed by tightening the gap into the pressing groove instead of moving left and right together according to the movement of the fastening nut. It can be fixed tightly so that it does not move by pressing. In this way, the bobbin string is fixed to the arrowhead, but this state is not exactly the same as the depth of the desired point. You need to adjust it again to the depth of the spot. At this time, to adjust the length of the bobbin, loosen the clamp nut of the bobbin slightly so that the clamp tube 709 is not in a loose state to press the rubber packing, and then pull out the bobbin on the back of the bolt head again to the other bobbin or bobbin tail (719). ) If you adjust the length of the bobbin properly according to the depth and tighten it with the fastening nut, you can easily fix the bobbin again without moving the bobbin again.Afterwards, the tail string (719) is about 30 ~ 50㎝ By cutting off the rest, the tail is prepared for changes in depth that may be in the future.

In this way, after setting the length of the bobbin and reel string by connecting the bobbin string to the sachet, the length set in depth despite the strong impact caused by tension in the bobbin due to the inertia force of the bobbin itself It will not change at all, and there is no fear of damage or loss of the bobber. In addition, in the water, the weight of the tail is less than that of water, so the weight of the tail does not affect the uprightness of the tail or the tail of the tail floating in the water does not interfere with the tailing. In particular, the resistance of the water received by the tailings in the water does not become a problem when considering the resistance of the water received by the conventional flying blades 751 (aka, steaming) and tailings rubber 752 in the water as shown in Fig. 16 (Ab). In addition, the reel or bobbin and the reel loop are properly separated from each other by the eight-knot 910, as mentioned above. There is no fear of them getting tangled in each other.

However, if the depth of the string is already too short because the length of the string already set to 8 letters is too short, it is necessary to set the length of the string again. If you catch two lines and hit each other, you can easily untie the knot due to the characteristics of the fishing line (nylon single yarn), so that you can set the length of the tailline properly longer. Of course, at this time, the length of the reel line set according to the distance of the fishing point is also changed, so it is necessary to set the reel line fixed to the line holder 902 to a longer time appropriately according to the fishing distance. It's much more convenient to use the fly's tail.

In this regard, in the present invention, as described above, at the moment of stopping the whirlpool and the poke, each of them using their own centrifugal force to blow to the point they want to be fixed to the line holder 902 of the reel pool already in line with the fishing distance By not letting the reel 909 to be released from the target point anymore, the bobber always falls on the surface of the water ahead of the chariot, and the bobbin and chambal thread and the reel and reel loops are not tangled with each other. You'll be able to throw the bobber vertically in succession, throwing the gear exactly at all times within a certain, narrow radius. However, depending on the weight of the bobber and the gear and the difference in the elasticity of the launch pad (or the reel) or the bobber, and the radius of rotation of the bobber and the gear, they are stopped and twisted to determine the elastic and centrifugal forces The strength and the speed at which they fly into the air are different, and when they fly into the air at different speeds, the strength of the frictional resistance to the air density acting on each of them is also different, so they fly. Each must be different from each other. In addition, the interaction of these tailings with the tailings of the fish in the water has a significant effect on the sensitivity of the jerking. Therefore, in order to construct a bobber suitable for the present invention, in addition to the above-described various configuration principles, the relation between the bobber and the gears in relation to the overall configuration of the launch pad and the bobbin launcher must be considered.

Here, briefly look at the principle of the conventional bobber fishing method, it can be seen that in general, the bobber and the chaff are each affected by the following three forces. In other words, depending on the density difference with water, each of these tailings or gears is forced to sink by gravity (F _fg , gravity), the buoyant force (F _fb , buoyant force) that causes them to settle, This is the drag force (F _fd , drag force) that resists sedimentation by friction. The net force (F _f ) for the buoyancy of the bobber is “F _f = F _fb- (F _fg + F _fd ) = m _f · g · ρ _w / ρ _f- (m _f · g-F _fd ), ∵ F _fb = V _f · ρ _w · g, where V _f is the volume of the bob, ρ _{w is} the density of water, g is the gravitational acceleration, m _f is the mass of the bob, and _f is the density of the bob. density "can be represented by, net force on chimryeok of bongdol (F _M) is" considered assumption) uniformly _{F M = F Mb - (F} Mg - F Md) = Mg - (M · ρ w · g / ρ _M -F _Md ), where F _Mb , F _Mg , and F _Md can be expressed as buoyancy, sedimentation, drag force, M: mass of dol, and ρ _M : density of dol.

As is already well known, in order to precisely match the water in the water (so-called sediment control in response to the buoyancy of the fertilizer), the net force on the buoyancy of the fertilizer and the net force on the infiltrate of the sediment are equal. Force equilibrium should be achieved. In this state of equilibrium, drag force (F _fd ), which is a frictional resistance, is not applied to both the bobbin and the gear, so from “F _f = F _M ” to “m _f · g · _{ρ w / ρ f - m f} · g = M · g - M · ρ w g / ρ M, ⇒ m f (ρ w -ρ f) / ρ f = M (ρ M -ρ w) / ρ M " The relation of is established. In addition, when the density of fresh water is considered to be constant in almost all regions, the density of tailings and boulders can also be made constant, in which case “ρ _w ＞ ρ _f , ρ _w <ρ _M , ρ _f <ρ _M ⇒ (ρ _{Since w} -ρ _f ) / ρ _f > (ρ _M -ρ _w ) / ρ _M ”, the relationship between the mass of the bar (M)> the mass of the tail (m _f ) is established. From the above equation, when “(ρ _w -ρ _f ) ρ _M / (ρ _M -ρ _w ) ρ _f ” is expressed as the proportional constant “I”, this equation is again expressed as m _f / M = I (constant). Since the weight m _f of the bobber and the weight M of the bondol are in direct proportion to each other, this relationship between the stick and the bobbin can be applied in the air, which is important for the construction of the dust jet device. As a measure, the configuration of the bobber according to the present invention must necessarily be based on it.

In this regard, in order to accurately match the force equilibrium in the related art, the end of the saw blade coincides with the horizontal plane while hanging the weight of the barb (lead) of the equipment more than the expected weight and shaving a little bit in accordance with the buoyancy of the float in the water. Then, when you go on a full-scale fishing, you control the sedimentation of the float so that the recognition stripe 726 of the sawdust comes out on the surface for a word or two, and the buoyancy of the float decreases as much as possible by the volume of the float. It is a general orthodox idea that lowering the number of nodes can be advantageous since it can increase the sensitivity of frowning. In this state, the bumper is slightly touching the bottom of the water, and the rice cakes (or other earthworms, maggots, shrimps, etc.) that are stuck in the fishing are symmetrical to one or both of them (in the case of the outer rope). Since the two (in the case of eggplant) are completely laid on the bottom of the water, connected by one strand of thread (necklace), the rice cake is in equilibrium with the power of Bongdol and the equipment, except when the fish grind. Since there is no involvement at all, when adjusting the equilibrium of the weight of the bobber and the gear, the weight of the rice cake (including fishing) is not taken into account, but only the weight of the paddle stick is used to control the infiltration to make an accurate match.

Of course, depending on the fishing situation, you may be able to float the stick slightly on the bottom of the water by using the traditional so-called “light chucking” to make the sawdust slightly above the surface of the water. In some cases, the weight of the pedestals will be a bit heavier than the standard, so-called “heavy stings,” which can prevent the floats from being driven away by the algae. In this way, even the weakest bite of the fish easily breaks down the equilibrium of force, causing a "sensitive effect of frowning". Only the smallest amount of rice cakes is advantageous for regaining the equilibrium from its original position and bringing it back vertically. It is desirable not to exceed.

However, for example, assuming that the bobber under water is accelerated by a fish and drawn in an instant at an angle of θ to the direction of gravity, the mass m _f , as mentioned, has several complex forces, that is, gravity (F _fg = m _f · g) and buoyancy (F _fb = m _f · g · ρ _w / ρ _f = V _f · ρ _w · g, where ρ _f is the density of the flies, assuming that the density of the whole flies is uniform, v _f: blackbird by volume), and the frictional resistance of the water drag force _{{F fd = C D (v} 2/2) ρ w · a, stage, v: speed of the thin drawn cloudy, ρ _w: density of water, a : A = (D / 2) ² π, D: diameter of tooth, C _D : Reynolds number (N _Re = Dρ _w v / μ _w , where μ _w : viscosity of water) As the dimensionless constant, if the flow of water is stopped, when N _Re <1, C _D = 24 / N _Re = 24μ _w / Dρ _w v, so F _fd = 24μ _w v ² ρ _w (D / 2) ² π / 2Dρ _{w w} v = 3πμ Dv} with the three forces, such as to receive the action of the force (m _f a) thin, drawn at the same time in addition to Since the number of the ball, where a crucifix the net force (F _fR) is _{{F fR = m f a +} m f gcosθ - F fb cosθ - F fd = m f a + m f gcosθ - V f ρ w gcosθ - 3πμ _w Dv}.

Therefore, when the bobber is drawn straight by the fish at an angle of θ to the direction of gravity below and below the water, the heavier the weight itself and the smaller the buoyancy and the projected diameter (especially the bobber), the less the loss of force when drawn. You will be led at high speed. On the other hand, the direction to be drawn can also be divided into various cases. For example, when a fish goes up with fishing, the balance of the force between the bobber and the gear is broken, and it floats up depending solely on the float's own buoyancy. At this time, the larger the buoyancy of the bobber, the lighter it is, and the smaller its diameter, and the more accurate the equilibrium of the previous bobber and the boulder, that is, the more accurate the bobber, the more sensitively it reacts and rises rapidly. Since it rises upward, the buoyancy of the bobber is small and its weight is light, or vice versa, it is not possible to increase the sensitivity of the bobber, and both of them depend on the bobber's sensitivity (D). . This principle is somewhat different, but it can be applied even in the air. When the density of the tail body is constant, the length of the tail body is increased even though the buoyancy and weight of the tail are greatly increased by increasing the volume within a certain volume range. If the diameter is made smaller and thinner, the frictional force in the direction of travel is small not only in the air but also in the water, but the vertically lifted force in the air can be made much larger. Since it is possible to configure the bobber of various weights, the bobber according to the present invention must be based on such a principle. Of course, when the force acting according to the “second law of motion” is constant, the acceleration is inversely proportional to the mass. Therefore, the lighter the weight of the conventional bobber, the higher the speed at which it is attracted. Since it is desirable to form the volume of the bobbin as small as possible, it is desirable to form the weight lightly, but within a certain weight limit, even if the bulk and the bulk of the bobbin are formed at the same time, if the diameter is made small and thin, It is a general orthodox that, even if the sensitivity of granulation by weight is somewhat inferior, the moment capturing during chamfering due to loose sting may be more accurate. In general, the volume of the body, especially the volume of the body, affects the buoyancy (F _fb = m _f · g · ρ _w / ρ _f = V _f · ρ _w · g) of the bobber If the volume of the bobbin is made small in order to lighten its weight without considering this, the buoyancy becomes too small compared to the entire weight of the bobber, which causes problems with the uprightness of the bobber, and tilts the bobber sideways. There is a lot of concern, which is common to most anglers. Therefore, the volume of the bobbin should be formed in an appropriate volume which is not so small compared to the weight of the bob, but if the bobbin's volume is relatively large and the bob's weight is also large, the bobbin should be as long as possible and its diameter as thin as possible. have.

Arrowhead according to the present invention is also applied to the characteristics of the same as conventionally, all of the steaming of the present invention with a constant upright buoyancy corresponding to the infiltration of about 6 ~ 13g of bongdol possible within a certain weight range without losing its uprightness The buoyancy is large compared to the weight of one bobber, and the diameter (D) of the bobbin body is made small and thin so that the bobbin can always be straightened without being inclined sideways when obtained, and the frictional resistance in water or air is as small as possible. I need to get it. In addition, since the density of each part such as tailings, tailings and tailings is actually different from each other, the tailings (701) and tailings (724) are proportional to the volume change of the tailings on the basis of the tailing body having a constant upright buoyancy. By appropriately adjusting the size and length of each of the tailings 727 and the tailings 728 or the tailings 725, the average density (ρ _f ) of the upright tailings is almost always constant. Equation under force equilibrium {(ρ _w -ρ _f ) ρ _M / (ρ _M -ρ _w ) ρ _f = m _f / M = I (constant), provided that fresh water density is constant} The ratio of the weight (m _f ) of the entire bobbin and the weight (M) of the infiltrate-adjusted rod in response to its buoyancy is always constant so that the weight of the bob and the weight of the rod are almost directly proportional to each other. At this time, the sum of the weights of the bobbin and the inertial body 108 is within a certain range so that two heads 102 having different properties as described above, while satisfying the above-described various construction principles in a complex manner, can be used with bobbers of a suitable weight. The weight of the bobber needs to be configured in various ways, and the center of gravity of the bobber is always on the ring top of the bobbin body, and the diameter of the upper part is much larger than the inner diameter of the detachable ring 104. Of course it is.

In this regard, in most cases of the bobber with a small buoyancy of the bobbin body, the center of gravity of the bobbin can be configured to suit the intention of the present invention by appropriately adjusting the length of the bobbin and the bobber, but in particular, about 9 In forming the bobber with the bulky and upright buoyancy of the bobbin in response to the invasion of ˜13g, the head of the bobbin is centered only on the head based on the center of gravity of the bobbin (722) in order to increase the buoyancy of the bobbin. Increasing the volume naturally increases the volume and diameter of the bobber at the same time and increases its weight, so it is unbalanced to one side, which may not be an unfavorable configuration and it is very difficult to form the center of gravity of the bobber. In this case, if the volume of the drum body is greatly increased, As shown in Figs. 4 to 6 and 16 (D), one more streamlined balance body 723 connected to the gap separation part 721 is also added to the tail side, so that the length of the tail body is as long as possible. While forming small, properly forming their lengths or thicknesses such as tailings 701, tailings 727, tailings 724 and tailings so that the center of mass of the tailings is placed on the ring top part 722. While the average density is almost constant, the frictional resistance with the fluid in the advancing direction is minimized, while the lifting force in the vertical direction is increased to improve the flight distance of the later.

The values of the proportional constant I of the formed bobbers are usually about 1.3 to 1.4 in the density of fresh water, which may vary slightly depending on the density of the bobbin material or the density difference of the applied water. The smaller it is formed, the higher the value of I may be, and the weight of the bobber will be more buoyant than in freshwater if the freshwater bobber is applied to dense areas, especially seawater. Since the weight of the stick to maintain the equilibrium under water is much heavier than the constant, the weight difference between the weight of the stick and the weight of the stick becomes much larger, so that the value of the proportional constant I of all the bobs is uniform than that of fresh water. It will have a much larger constant value. In this way, the weight increases and decreases in proportion to the increase and decrease of the buoyancy of the bob. In addition, the weight of the Bongdol (M) of the gear that is settled accordingly is precisely proportional to the buoyancy of the bob. _f ) Since the relation is directly proportional to this, it is possible to select the appropriate weight of fish according to the distance of fishing, and the amount of other baits, such as rice cakes, is almost always constant. Depending on the weight, the fishing distance can be adjusted to some extent. This makes it possible to compose various types of bobbers that differ in shape, size, and length, as well as suitable for the aptitude of the blasting device, and ultimately, to the tastes and capabilities of each individual as the present invention intends. Therefore, the appropriate weight of weight appropriate to this can be used freely.

All the bobbins of the present invention thus formed are properly adjusted in proportion to the buoyancy of the bobbin in the same manner as the conventional method when the bobbins are actually fitted. weight (M) of the weight of the orthostatic with buoyancy as described above blackbird (m _f) than when the M = approximately 1.3m _f relatively little heavier as the ratio of the degree of the white lead to stick together after the terminal tackle sweetened its total weight is even more 2 (A), the radius of rotation from the handle is also much longer than the bobber, so that when it is stopped, it has the favorable condition to receive more centrifugal force than the bobber. There is a concern that the flying distance of the gear is larger than the tailings. Furthermore, in the dense areas of water such as seawater, not fresh water, It is relatively much heavier and more likely to do so. However, even if the rotation radius of the bobber is short and its weight is also smaller than the equip- ment, the total weight of the jet launcher can be formed much heavier than the equip naturally in the lighter range than the weight of the conventional reel 900. = mrω ² ) is increased in direct proportion to the mass (m) when the radius of rotation (r) and angular velocity (ω) are constant, so the elastic force (restoration force) at the moment of stopping by the centrifugal force received by the weight of the device If the relative rotational speed (angular velocity) can be rapidly increased by increasing the), the centrifugal force is also proportional to the square of the angular velocity (ω), so that the resulting centrifugal force of the bobber can be increased much more easily and effectively than the preparation. The force acting on the blasting device is fundamentally different from the force acting together in a series or parallel connection method of an elastic body such as a spring-spring, and uses a centrifugal force that each device weighs when it is bent separately. As a result, the force of restoring force for each connecting device below is applied to the device in front of the top at the moment of turning. In other words, in order to minimize the separation of rice cakes due to the impact of the moment of inertia of the first sharp swing, Bongdol and rice cakes only depend on the luster elasticity of the tip of the reel stand or launch pad saw guide 906 While each of the strands is separated by a single string, the centrifugal force is applied, whereas the steamer itself has a weight and a radius of rotation that are smaller and shorter than the gear but unlike the gear, (341) or the front and rear end nuts (306, 307 or 344, 345) of the front and rear end nuts of the clamping device (003), due to the momentary inertia of the total weight of the devices Based on the drawing of Fig. 2 (A), a very strong elastic force that is lifted or bent in the downward or downward forward direction in a direction opposite to the rotational direction of rotation The net force of these elastic forces, such as the elastic force that the carbon forehead is also bent downward, and the elastic force of the semicircle beam 006 due to the sum of the weight of the carbon body 136 Simultaneously used, the relative rotational speed of the bobber by its restoring force at the time of actually swiveling increases rapidly more rapidly than it is ready, which in turn increases the centrifugal force and the resulting flight of the bobber even more than it is. It becomes the number.

More specifically, as shown in Figures 1 to 4, each of the front and rear terminal nuts (344, 345) of the upper portion of the launcher device mounting portion 341, the demounting device (001) and the bobbin detachment device (002) ) To form a total weight of about 120g, the four-section launch pad according to the present invention (total length of about 2.4m, where the length of the handle to 0.9r ₀ , the length between each node connected to 0.6, 0.5, It is formed to be 0.4r ₀ and fixed to the mounting binder 332 formed at the point of about 0.7r ₀ from the end of the handle in consideration of the length of the arm when it is bent and then the tip of the handle is set as the rotation axis. The elastic modulus of the top guide side of luster is assumed to be k ₀ , and the elastic modulus (k ₁ ) of the mount 341 is approximately _equal to k ₀ to hold the upper devices. Coefficient of elasticity (k ₂ ) of the carbon front 136 supporting the body detachable device about 10 times ) Is about 4 times larger than k ₀ , and then attaches rice cake to the sack of Bongdol weight of about 13 g and its maximum weight is about 21 grams. A maximum of about 4 grams (approximately 8 grams each), and assuming that it stops swinging, the first time it spins rapidly at a constant rotational speed, each of these according to the "law of inertia" and "law of action-reaction" The momentary inertia of the weight against the rotational inertia force (centrifugal force) causes the moment of bending of the tip of the launch pad and the corresponding part of the device, creating an elastic force, which is part of the initial rotational kinetic energy. In this case, the elastic force and the total weight of the jetting device semi-circle beam 006 act on the launch pad handle and the launch pad It is assumed that the elastic force at the tip of the launch pad due to the weight of the body is ignored, and the ratio of the deformed (warped) length (displacement) of the launch pad tip and the mounting pad by these forces within the range of the elastic limit and the ratio of the elastic force accordingly , Hooke's law (F = kx) and the law of mechanical energy conservation {elastic potential energy ( ) = Rotational kinetic energy ( K, the elastic modulus, x: displacement, m: mass, v: linear velocity (= rω), r, rotation radius, ω: rotational velocity or angular velocity (dθ / dt) All points around the axis of rotation of the rigid body have a constant equal angular velocity value, so the ratio is approximately, the tip of the launch pad {k ₀ x ₀ ² ≒ 21 (2.4r ₀ ω) ² }, the mounting table { k ₁ x ₁ ² ≒ (120 + m _f ) (0.7r ₀ ω) ² ≒ 130 (0.7r ₀ ω) ² , where m _f : Weight of bobber with upright buoyancy in response to intrusion of about 13g about 10g _{degree}, ⇒ {k 0 x 0} 2 / 10k 0 x 1 2 ≒ 21 (2.4) 2 /130(0.7) 2, ∵ k 1 ≒ 10k 0, ⇒ x 0 2 / x 1 2 ≒ 18.99, ∴ x ₁ ≒ 0.23x ₀ }, the displacement of this mount (x ₁ ) is very small, about 0.23 times the displacement of the tip of the launch pad (x ₀ ), but its elastic force (F _x1 = k ₁ x ₁ ≒ 10k _{0 · 0.23x 0 ≒ 2.3k 0 x 0} ) is greater by about 2.3 times, on the other side with the end of the carbon apdae than the elastic force _{(F x0 = k 0 x 0} ) the launcher tip receiving Ratio is approximately, pad end ^{_{{k 0 x 0 2 ≒ 21}} (2.4r 0 ω) 2}, carbon apdae end ^{_{{k 2 x 2 2 ≒ (}} m f + 7g + 8g) (1.2r 0 ω) ^2, However, the weight of the inertial body (7g) is about 8g, the radius of rotation is about 1.2r ₀ }, ⇒ {k ₀ x ₀ ² / 4k ₀ x ₂ ² ≒ 21 (2.4r ₀ ω) ² /25(1.2r ₀ ω) ² , ∵ k ₂ ≒ 4k ₀ , ⇒ x ₀ ² / x ₂ ² ≒ 13.44, ∴ x ₂ ≒ 0.27x ₀ }, where the displacement of the carbon front end (x ₂ ) is the displacement of the launch pad end (x ₀ ) The elastic force (F _x2 = k ₂ · x ₂ ≒ 4k ₀ · 0.27x ₀ ≒ 1.08k ₀ x ₀ ) is slightly larger than the tip of the launch pad, even though it is also very small, about 0.27 times larger. The force (F _x1 + F _x2 ≒ 3.4F _x0 ) is much larger than the tip of the launch pad. In addition, when the elastic modulus is formed about 20k ₀ larger than 10k ₀ , the displacement x ₁ ≒ 0.162x ₀ and the elastic force F _x1 ≒ 3.24k ₀ x _0, where the displacement is small even though the result is smaller. The force (F _x1 + F _x2 ≒ 4.3 F _x0 ) of the elastic force with the carbon forearm can be increased even more significantly, and with the elastic force of the semi-circular beam 006, the total force becomes even larger.

On the other hand, when comparing the force (net force) of the elastic force when the above-mentioned barb weight is about 13 g to about 6 g or less, in relation to the above equation, the tip of the launch pad {k ₀ x ₁ ² ≒ (6 + 4 + 4) (2.4r ₀ ω) ² }, mounting table (k ₁ x ₃ ² ≒ (120 + m _f ) (0.7r ₀ ω) ² ≒ 124.6 (0.7r ₀ ω) ² , where m _f : Corresponds to sedimentation of about 6 g of stick Weight of upright bobber, about 4.6g}, ⇒ {k ₀ x ₁ ² / 10k ₀ x ₃ ² ≒ 14 (2.4) ² /124.6(0.7) ² , ∵ k ₁ = 10k ₀ , ⇒ x ₃ ≒ 0.275 _{x 1, ∴ f x3 = k} 1 · x 3 ≒ 2.75k 0 x 1}, carbon apdae ^{_{{k 2 x 4 2 ≒ (}} m f + 7g + 8g) (1.2r 0 ω) 2, ⇒ k 0 x 1 ² / 4k ₀ x ₄ ² ≒ 14 (2.4) ² /19.6(1.2) ² , ∵ k ₂ = 4k ₀ ⇒ x ₄ ≒ 0.296x ₁ , ∴ F _x4 = k ₂ · x ₄ ≒ 1.18k ₀ x ₁ } so that the resultant force (F F _x3 + _x4) is approximately _x01 from 3.93F, as the weight of the bongdol reduction ratio of the resultant force is increased there is rather uniformly from about 3.4F _x0 to 4.0Fx _1, which in a crucifix The lighter the weight, the fuller the top The decrease in the weight ratio of the crab to crab is markedly small, whereas the decrease in the relative weight ratio of the sedimentary boulders is much greater, so that no matter how light the bob is, the lighter the elasticity, the lighter it is, than the elastic force of the gear. It means you can make it bigger. Of course, as the weight of Bongdol increases and decreases at the same time in proportion to the weight of the bob, the elastic force they receive also increases and decreases uniformly.

In conclusion, the centrifugal force acting on the bobber and the doldol during the vortex from the first rapid circumference at the constant rotational speed (angular velocity) until the vortex stops is proportional to these weights because the bong's weight is slightly heavier than the bob. The pedestal is slightly larger, but the moment it stops swinging, there is a change in relative angular velocity relative to the elastic force. At this moment, the force of the first elastic force received by the device is much larger than the tip of the launch pad. As it stops, the relative rotational speed (ω _ab = ω _b -ω _a ) is instantaneously proportional to the 3-4 times stronger restoring force (-kx) of the device that is intended to return to its original position by the bending displacement of its elastic force (kx). It is much larger than equip and accelerates exponentially, resulting in momentary acceleration ( ), The weight is rapidly increasing, so even though the steaming weight is lighter than the barb of the gear and the radius of rotation from the handle is very short, the moment when it stops swinging due to the strong elastic force of the device, it can give a huge acceleration. Therefore, it is possible to increase the centrifugal force of the bobs much more effectively than the bumps. At this time, the proportion of the centrifugal force is also increased or decreased in proportion to the weight of the bobber and the weight of the infiltrate-controlled rod, so that the proper weight of the bobber can be used according to the fishing distance thereafter. In this regard, the first weight of the paddle, especially when the tip of the launcher receives a stiff elasticity, the total weight of the paddle and rice cake will work together at the same time, but when it is centrifugal until the moment it stops, the paddle and rice cake of the paddle Are each separated from each other by a string of strings, and each rice is subjected to centrifugal force.In addition, the weight of each rice cake is almost always equal to or less than the minimum weight of the bobs (about 4.6g or more) It is up to about 4g including the attachment coil (801) according to the present invention, especially when using the dry rice cake (807) according to the present invention or other baits such as earthworms, maggots and shrimp, steamed beans, etc., the weight thereof is relatively much higher. Light weight} and the weight of Bongdol is a little larger in proportion to the weight of the bob. Since receiving the resilience to be subjected to a centrifugal force that is proportional to, substantially the centrifugal force received by the crucifix is a relative centrifugal force rather than bongdol and white lead in preparing to receive with each of turn is much larger when finally bent to stop.

In addition, if the force acting according to the “second law of motion” is constant, the acceleration is inversely proportional to the mass of the object. If the centrifugal force acting on the bobber is applied more than the boulder, Because of its light weight, the relative acceleration of the bobs is much greater than that of the ready. At this time, if you use a three-bar launcher (approximately 1.8m in length, equivalent to a four-reel reel) shorter than a four-bar launcher, you can shorten the relative radius of rotation of the gear and use a heavy bobber. When stopped, it is possible to increase the acceleration of the bobber by a much greater centrifugal force than the equip- ment in proportion to its relatively large radius of rotation and its weight. At the moment of departure from the bobbin launcher, as described above, even if there is a slight loss of force in the bobbin from the gap due to friction with the curved portion 106 around the detachable ring gap, the flying speed of the bobber is much higher than the gear. Larger not only can greatly improve the flying distance of the bobber, but also sometimes Allowing the remaining capacity becomes also blown away leading the preparations to some extent distance. Thus, although the weight of the bobber is much lighter than the weight of the gear and its radius of rotation is much shorter than the gear, it can be twisted by loading and firing it properly according to the taste and capacity of each individual. At the moment of stopping, the relative flight speed of the bobber can be made much larger than the gearbox, and in the end, it is always possible to fly farther than all the bobbers of the present invention of varying length, diameter and shape as well as buoyancy or weight.

Therefore, in forming the clamping device or the mount of the present invention, their elastic force should be configured in such a way that the flight speed of the bobber can be much larger than the gearing, especially using the clamping device (003) 4-5 Even if it is mounted on a row reel (3 to 4 bar launch length), the same result should be obtained almost every time it is twisted. Therefore, this clamping device needs to form the elastic modulus appropriately according to the elastic modulus of the existing reel end. In this case, the total weight (approximately 140-180g) of the upper devices including the mount (or clamp device) of the launcher is suitably within a lighter range than the weight of the conventional reel (approximately 220-300g). Of course, it must be formed.

In this way the launch pad and the cloudy there is the store is cloudy and the terminal tackle from a launch device retrieves the respective constant speed to fly through the air, to stop turning bend moment each zinnia FIG v at an angle constant and the horizontal plane at ₀ elevation to that achieved firing (angle of inclination, θ) Neglecting the resistance of the air, they are the horizontal constant velocity motion (F = 0, a = 0, v _x = v ₀ cosθ), which is generally an artillery motion, and the vertical equivalent motion (v _y). = v ₀ sin θ ± gt, where v ₀ : initial velocity, t: flight time). However, h: height from the horizontal plane of the first flight of the fly and the awning is determined. In this case, in order to maximize the range, sin2θ = 1 generally, so the elevation angle (θ) with the horizontal plane is 45 °. In fact, in order to increase their centrifugal force and fly at a high speed, they must stop at a much lower angle than the theoretical angle of inclination of 45 °, and they are actually subjected to the net force, the frictional resistance to air density, in the air. These net forces reduce their flight speed and eventually shorten their peak height and horizontal equilibrium distance, so they fly straight forward in a similar orbit rather than strictly parabolic motion. In some cases they will fly much shorter than the bobber.

In general, when an object moves in the air, the air around it receives drag force (F _D )} in the opposite direction to the direction of motion and lift force (F _L ) in the vertical direction. At this time, the drag force (F _Dt ) is the sum of the pressure drag (F _Dp ) and the friction drag (F _Df ), so the drag force received from the air by the tailings and the gear is {F _Dt = F _Dp + F _Df = C _D ( _{^{v 2/2) ρ a A}} = (C p + C f) (v 2/2) ρ a A, stage, C _D: the drag coefficient, C _p: pressure drag coefficient, C _f: friction drag coefficient, v: Flight speed, ρ _a : Air density, A: The area of projection of the fly and gear in the direction of flight (A = (D / 2) ² π, D: Diameter}, and its lift (F _L ) is. it can be expressed as _{{F L = C L (v} 2/2) ρ a L, stage, C _L:: lift coefficient, L the length of the crucifix} especially when firing in balsagak (elevation angle) θ between the horizontal plane Assuming that the plane projected into the air in the vertical direction of the bobber is a plane, the lift of the bobber is “Bernoulli's Theorem” To {projected area in the vertical direction of the crucifix: top flight speed of the crucifix, v _1:: a cloudy bottom flight ^{_{speed, A (v 1 2 v 2}} 2) (ρ a / 2) Acosθ, stage, v _2} from It can be displayed.

Thus, the resistance of the bobber and the gear in the air increases as the surface area of each of them is projected in the air, or the longer the length and the faster the flying speed is, the larger the area projected in the air in these directions of flight is. Increasingly, the net force of these resistances causes their flight speeds to drop, eventually reducing their flight distances. At this time, the higher the mass, the lower the resistance of the air, so that it can fly a relatively long distance, and the smoother the contact surface with the air density, the less the resistance. Is large but has a flight motion that is almost straight. When there is little wind in the air, they fly straight ahead. In addition, the larger the surface area, the greater the net force of air lifted from below and perpendicular to the direction of flight, and the lighter the weight, the greater the frictional resistance of the air. The longer the delay in the air, the farther you can fly.

In particular, although the total weight of Bongdol and rice cake is much larger than bobber, they are separated by one strand of thread, and each of them is separated by a heavier weight or lighter weight than bobber. The relative air resistance in the direction of flight is substantially less than the weight of the overall weight. In addition, although the preparation area of Bongdol and rice cakes in the direction of flight is about the same as that of bob, the vertically projected area of the flight direction is much smaller than that of bob. You will receive much less than. In addition, because Bongdol (lead) of the weight is heavier than the rice cake compared to its volume (which becomes relatively much heavier when using the dry rice cake 807 according to the present invention), the net of the relative air resistance in the direction of travel in the air Since it receives much less power than rice cake, it flies at a higher speed, but in the end, it becomes a shape that leads to a rice cake with a relatively high air resistance. At the same time, they pull together the reel line (when the fishing distance is long, the length of the reel line is naturally longer, so the weight is weaker but slightly heavier than the tail line, and the friction resistance when passing through the guide of the reel) As a result, the loss of speed is also large, and most of the time at the target point. If the first method is already stopped its flight more cloudy riljul by a fixed line to the holder 902 according to the distance to the fishing.

On the other hand, when the steamer first breaks away from the detachable ring, there is a slight loss of force as described above, but even considering this, its flying speed in the air is much faster than that of the ready, so the relative air resistance is large but almost straight. The flight area is the same as the projection area of Chaebong and rice cake, although the contact surface is smoother than Chaebok and its weight is lighter than Bongdol, but heavier than the weight of rice cake. Therefore, in consideration of this, the relative resistance of the air in the direction of travel is relatively much less than that of the equip- ment, and unlike the equipment, it is only lightly streaking (much shorter than the length of the loop, so its weight is negligibly light and friction against air Resistance is also extremely small to neglect) Therefore leading to the restaurant is not so much doemeun possible to reduce the rate of loss as well as a crucifix is not causing trouble almost anywhere, which leads straight to the jjijul. In addition, the first projected and ascended angle of launch, the area projected in the air perpendicular to the direction of flight is much wider than the equip, and its weight is light, so that the net lift force underneath it is much more than the equip. Fly higher, and when descending afterwards, the net lift force (friction resistance), which is also perpendicular to the bobber, is much larger than the equip- ment, but its weight is also light, so that the relative frictional resistance of the air becomes greater. As a result, the terminal velocity can be reached much faster, and the constant velocity movement in the vertical direction can be achieved. Therefore, the delay time in the air is much longer than that of the gear, and the flying distance is improved. The center of gravity of the forward direction is in the forward direction (701) like an arrow Flying straight through the wind and fly freely, decisively at the target point, in most cases, the flight is stopped later than the preparation by the reel line fixed to the line holder 902 in accordance with the fishing distance, eventually all of the present invention The steamer, regardless of its weight, will always fall in a straight line on the calm front surface, which is much longer than the grass, even with the same small force as Ba (2), so that the bobbin and the fabric thread or reel line will not be tangled with each other at the target. You will always be able to accurately cast your bobbins and gear within the same narrow radius (about 20 cm in diameter) at the same point.

In this way, the first time it is launched and flies, the positional gear is flying ahead of the tail, but the flying speed of the tail is faster than that of the gear, and the position of air is higher than the height of the gear. At the target point, these flights are automatically stopped by the line holder 902 so that the bobber always falls on the water surface ahead of the chabi, and in some cases, the remaining margin of the bob as shown in FIG. It is possible to lead the fly to the distance of the street, so that it is possible to minimize the separation of rice cakes due to the impact of the inertia force that can occur afterwards. It can accurately throw within a certain narrow radius. Therefore, according to the fishing distance, the force is adjusted appropriately (the closer the distance is, the slower the rotational speed is, but it stops rapidly when it stops, and the longer the distance, the faster the rotational speed and the stopping speed). Naturally, it flies farther than the preparation and is stopped by the reel line holder 902 so that the desired purpose can be achieved. In particular, at the moment of stopping the steam, the tension is applied not only to the steaming but also to the reel. At this time, the force of the tension has little effect on the reel ring (911), although there may be a slight impact on the tail. Therefore, if you use conventional dough-type rice cake as a bait as it is, there is almost no concern that the rice cake of the rice cake will be separated or eaten at this moment, and only the rice cake separation phenomenon can be caused by the impact of the inertia force itself. Problem solving will be explained in detail later.

In this regard, as mentioned above, when the density is constant, the larger the volume of the bobber, the more the weight and buoyancy will naturally increase, and the barb weight of the sediment-controlled farming equipment will also increase. At the same time, the weight of the weight can increase the relative centrifugal force of the bobber and the gear at the same time as the weight stops. It can be much more advantageous to fly these bobbers and yards more easily at the same time. In particular, if you use a shorter three-bar launch pad (or a conventional four-barrel reel), the relative radius of rotation of the bobber is longer, which increases the centrifugal force of the bobber and makes the flight of the bobber relatively more ready. You can increase it even more. Therefore, because the surrounding environment is poor and narrow, if you use the method of long-distance fishing in the place where the traditional fishing is impossible, it is possible to make the speed of the steam faster by the same method. Can catch up much faster, but at the target point, the remaining force of the tail is properly induced to fly and lead the missile to reach the target point, so that the preparation is delayed precisely to the target point. It is also possible to minimize the rice cake separation caused by the more effective results can be obtained.

In addition, there is little difference in depth between tides in other areas of dense water such as coastal waters surrounded by breakwaters or bays. If it is on a calm surface with little tidal current and little waves, it is possible to use long-distance bobber fishing using this device at about 10m depth, whereby the tailings and the preparation are more than the buoyancy in fresh water. There is much more buoyancy and the weight of the bobs is constant, but the weight of the infiltrating rods is also much heavier than in fresh water to maintain the equilibrium under the water. The relative flight distance of the bobber by receiving centrifugal force much more than in fresh water The hold is reduced a lot. However, the increase in the weight of the sticks is not much larger than the weight of the upper part of the equipment, and the rice cakes and other bait for fishing can be controlled sufficiently with a certain amount of weight, and the elasticity of the bobber received from the equipment is higher than the weight of the equipment. Due to the larger size, the bobber receives relatively more centrifugal force than the chariot, and in the end, the barb weight of the bobbin and the chaff is still stopped at the target point by the reel line fixed to the line holder 902 of the reel, so that the chariot stops before the bobber anymore. Since there is almost a constant proportional relationship with each other, at this time, too, by properly adjusting the force of the whirl, always dropping the bobber above the surface of the water, so that the long-range bobber fishing using the device can be applied as it is.

In this way, one or two (sometimes two or three) pieces of the jigsaw or jig 728 appear above the surface of the distant water and the capturing of the sensitive jiggle is instantaneously and accurately captured. ), While the recognition stripe 726 has a large diameter, it is advantageous to use a transparent and prominent fluorescent color so as to use the reflection of light. Attaching the same prominent aids or wearing a red camilight 733 at the end of their life makes it easier to catch the fish since it can be easily captured. In addition, the red luminous aids can easily be noticed even if they are very long distances of more than 30 meters above calm water, so it is not difficult to catch the fish when they are in the air. Therefore, if you have a certain degree of ordinary vision, there is no problem in long distance fishing using the present invention. In addition, at night, by using the lights of the conventional cami light 733 inserted into the rubber band 732 at the tip of the tail, it is possible to check the flight status of the bob, as well as to grasp the fish on the surface of the target point as before. The light on the dark night's calm water is also very noticeable, even for very small lights at great distances, so you can see farther than daytime, making it easier to catch the fish when you're chasing. In this regard, the more time you spend fishing at night, the more fun and effective you can do long-distance steaming. On the other hand, if water flows on the surface, the steam can move to a slightly different position from the target point according to the flow of water. Even in this case, if the pitch and the gear are always thrown at the same target point, the gear is exactly the target point. It is located on the bottom of the water, and the steamer is pushed by the water, and it stays upright while maintaining a constant tension on the string. . Of course, at this time, it is necessary to make a little so-called "heavy crushing" of the conventional so that the submerged water does not move by the water current, and also adjust the length of the string slightly longer by the distance moved by the water current. What's more, if the wind blows, you'll need to make some adjustments when turning. In this way, every time you stop and swing, you'll always fly straight through the air as if you're a steaming arrow. By falling out within a certain narrow radius of the spot and straightening it from the point, you can create a scene that is completely different from conventional fishing, and you can never experience anything like fishing. You can enjoy the fun and charm of a very unique and exotic long-distance fishing, as you enjoy the same level of sport with bobber fishing, as well as double the pleasure of fishing, as well as lei for leisure use of traditional fishing. It can also be used as a low cost sport.

In other words, depending on each individual's ability (such as the strength of the whirlwind or sight), how far can the distance between the rice cakes can be grasped without causing problems such as rice cake separation, archery or golf As with sports such as sports, the individual's ability evaluation can be evaluated by determining how accurately the bobber and the gear can be thrown within a certain narrow radius of the target point in consideration of physical relations such as air resistance and wind influence. Since it is possible to enjoy the traditional steamed traditional fishing for free use as a leisure sports for leisure use.

Meanwhile, in the present invention, as described above, the reel line led by the reel at the target point is no longer released by the line holder 909 of the reel, so that the reel is not allowed to fly forward anymore. Even if momentary tension is applied to the reel due to the inertia force applied to the bob, there is no risk of breaking the reel or damaging the line holder. However, in the case of long-distance tailings using dough-type rice cake as a bait, when the conventional food preparation is applied as it is, the rice cake of the food preparation is the moment when the food preparation stops at the target point by the reel line fixed to the line holder. The problem is that it is easily separated and separated from the fertilizer, and moreover, no matter how hard the rice cakes are tightly packed and the elasticity of the tether is well controlled, it is not difficult to prevent such rice cake separation. In general, when using a dough-type rice cake as a bait for steaming fishing, it is advantageous to fasten the rice cake so that it does not stick tightly in the water as much as possible, so the problem becomes more serious if it is applied as it is. Of course, it is not a problem when fishing with comparatively hard baits such as maggots, earthworms and shrimps, or other hard baits such as steamed bean grains directly, and it is not a problem at all. As mentioned above, deferred the target at the target point by using a properly weighted bobber and a short launch pad suitable for the fishing distance, and inducing the remaining power of the bob at the target point to lead the fly. By long-term mastery of this method, the separation of rice cakes due to the impact of inertial forces can be minimized to some extent. However, to be more complete, it is necessary to use another suitable aid.

On the other hand, in the case of using the so-called “Rocked-Earse”, which is composed of various types of rice cake separation prevention aids, the separation of rice cakes can be minimized to some extent. Due to the large impact due to the inertial force, it may sometimes cause a problem that the rice cake is often separated from the surface and dropped off at unexpected moments. Also known as reel fishing herb 811, which is commonly used in conventional freshwater drop fishing, is inserted into the hole in the middle of the columnar lead 812 as shown in Fig. 18 (A), and then pulled out the thread of several strands of fishing rods. It is configured to coil the cocoon-shaped coil 813 and chopped rice cake into the coil, and this is also configured to be agglomerated in the present invention. Of course, the weight is also very heavy, so it is not easy to mitigate the impact of inertial forces, and ultimately, the structural problems, such as almost impossible to control the settling in response to the buoyancy of the bobber.

Thus, the present invention uses the following two methods to solve the problems such as the rice cake separation phenomenon due to the impact of the inertial force at the target point. First, as shown in Fig. 18 (B, C), according to the size of the fishing (fishing needle) lake (號 數, 6 ~ 15), the diameter and size are appropriately changed. (008) which is composed of an attachment coil 801 for preventing rice cake separation, similar to the shape of a rice cake of a squirrel), and the second is a porous dry rice cake of porous nature as shown in Fig. 19 (A, B). 807 is just sewed on conventional fishing.

First of all, in detail with regard to the configuration of the former, this configuration is very simply wrapped around a steel thread of a thickness such as fishing coiled about 3 to 4 times like a coil wound around the lower coil (802) whose diameter is smaller than the fishing width It is then rolled up in a spiral shape and wound around 2 or 3 times so that the whole height is about the height of fishing, so that one strand of thread (804, the neck of nylon braided yarn) passes, but the thread of two or three strands is passed. The knots tied together are formed in a ratio (height 3: about 1 diameter) that is almost the same as the shape of the slits by forming an upper coil 803 having a small hole that cannot pass at all. In order to configure the attachment coil 801 formed in this manner again to the chaebol bong knot formed a loop as in the prior art in the thread (necklace) cut to an appropriate length and the sedimentation control in response to the buoyancy of the float here {806, In particular, after fixing a weight of about 6 ~ 13g} as a conventional split bar (fishing rod, lead), each end of the thread is pulled out from the upper coil 803 under the hole of the lower coil 802, and then two or three strands of fishing at an appropriate position. (805) Tie up the bare thread together and knot again several times to make the length of fishing from here to about twice the height of the fishing, leaving the remaining strands of the knotted area as long as possible to increase the adhesion of the rice cake later. This configuration is based on the bumps as shown in Fig. 4 (A) (formerly known as the outer rope) or symmetrical on both sides as shown in Figs. 3 (A), 5, 6, and 18 (B). Dog (traditional eggplant type) To form).

In this way, when the rice cake is actually put on, as shown in FIG. 18 (C), the attachment coil 801 is pulled down so that the bottom of the upper coil 803 is caught by the knot of the thread 804, and then there is a predetermined interval therebetween. Each fish is erected and glued together to make rice cakes, which hold each other on the inside and outside surfaces of the knotted threaded strands in the attachment coil and the threaded strands and the attached coils connected downwards to the fishing line. Of course, the contact surface area can be relatively wider than the amount of rice cakes, so they all together can cause synergism that increases the adhesion of rice cakes. While it is possible to minimize the separation of rice cakes due to the impact of the fish, when catching fish and catching fish, the width of the attachment coil 801 is wide. Fishing is possible only because of the small number of kkeutman the first since the right geolrimyeonseo easily attached coil within so can come out of the mouth like a fish mouth, chin fringe of fish as fully exert the function of gearing for conventional jjinaksi.

In addition, unlike the conventional reel fishing equipment, this is not only easy to adjust the sedimentation of the bondol corresponding to the buoyancy of the arrow, in particular, the attachment coil 801 is separated from the bondol, which has no influence on the weight of the already sedimentation-adjusted bondol. It has no effect on the vertical intake and sensitive sticking of the food and the preparation, and its weight is very light and easy to handle. Its size is so small that it can be attached to a small amount of rice cake (up to about 4g), so it is not only advantageous for vertical uptake of fish, but also sensitive to the quality of fish, so it does not affect the sensitivity of jerking at all. do. In addition, it is possible to prevent water pollution, which may be caused by throwing a large amount of rice cake into the reel fishing equipment and throwing it into a river or a lake without any reasonable standard as in the case of reel fishing or drop fishing, which is a conventional so-called nak fishing. In this regard, it also has some environmentally friendly advantages.

The second method is to use porous dry rice cake (807), which is a vacuum freeze-dried-vacuum freeze that is widely used for instant instant food, which can be eaten immediately by pouring water. By appropriately utilizing drying-systems, fermentation microorganisms, and other industrial methods of food processing such as bakery and baking, it is possible to manufacture a mass production system. In general, when water and kneaded food is rapidly frozen below about 50 ℃ or less, fine ice crystals are formed therein, and in this state, when vacuum-dried under a constant pressure, the fine ice crystals inside the sublimation ( It is dried and has almost spongy porous texture in spongy form without being almost deteriorated as it is removed by 거의 華, so that it can be eaten immediately by pouring water. It is already a generalized theory. In addition, starch powder, such as grains, is kneaded with fish feed and other necessary substances with water to be fermented at a constant temperature with suitable fermentation microorganisms (yeast, bacteria, mold), or decayed with various decaying bacteria. In the dough, the fermentation or decay products produced by microorganisms, especially carbon dioxide (CO2) and other decay products, such as ammonia gas and sulfur compounds (含 黃 物質) (H ₂ S and Mercaptane, etc.) swells due to various gases such as bulging, forming fine bubbles in the interior.By baking bread or cookies as it is in this state, it is porous while containing a large amount of fine holes in the tissue. The organization of sex is achieved. Such porous phenomena can be equally caused by the use of various chemical swelling agents, such as baking powder (such as baking powder, sodium bicarbonate and ammonium carbonate). Unlike the former vacuum freezing method, the latter two methods can form porous tissues at a low manufacturing cost even though the intrinsic properties of foods change slightly. It is easily absorbed by capillary tubes (pores), which allows them to withdraw immediately. This is the same phenomenon that porous cookies or biscuits absorb moisture immediately when they come into contact with water. In addition, after being absorbed, it should be dissolved in water to be released well. For this purpose, in the conventional food processing, emulsifier treatment methods such as lecithin (lecithin, phosphatidyl choline) are generally used.

The components that maintain the framework of such porous tissue are mainly viscoelasticity such as amylopectin of starch, and viscoelasticity such as gluten and protein-protein component. The former is mainly used in waxy corn starch (the amount of amylose is small and amylopectin is about 98%), and the latter is particularly gluten (glutelin and gliadin protein) in wheat starch. It is contained in about the same ratio, so that when they are kneaded with water, they form gluten, and it is well known to maintain a porous skeleton by surrounding air bubbles during baking.} It is a well known fact. In addition, the outer starch of wheat is gum (gum), which swells when absorbed, but does not dissolve in water. When kneading, hydrophobic substances that are insoluble in water or insoluble fatty acids as inbound fatty acids are bound to hydrophilic colloidal solution. Water-soluble rubbery materials are commonly used to make them. Among them, gum materials such as gum arabic, guar-gum and tragacanth-gum are all hydrophilic-polymer compounds (hydrophillic polymers belong to polysaccharides). It melts well to form a colloidal solution in a constant sol state, and acts as an emulsifier. Among them, gum arabic is excellent as an emulsifier, and tragacanth gum is a highly viscous rubber as a thickener. Guar gum is particularly viscous, about four times higher in colloidal solutions at the same concentration than tragacanth gum, so these rubbers and other food adhesives evenly distribute the density of such porous skeletons, It is widely used as an adjuvant for maintenance.

Based on these various conventional methods and principles, ingredients that maintain a porous skeleton (corn-starch, gluten and pressure-sensitive adhesives, emulsifiers, etc.) and various fish feeds (shrimp, soy flour, fish meal, etc.) that are preferred by conventional fish Etc.) If the mixture is properly mixed with water and the above-mentioned method is applied to form a fine bubble, the dough is put into a mold and baked like baking bread or sweets. You can mass-produce dry rice cake, which is a solid material of a castle. However, when such a solid material is directly sewn onto a fishing hook according to the strength or density of the texture, it is easy to cause the fishing tip to become dull due to repeated use. On the surface of the target area, various physical phenomena occur. Especially, the first stepping stone is settled under gravity and the solids buoyancy leads to the solids by the force on fishing and the solids themselves buoyant in the opposite direction. Due to the instantaneous physical impact of the fishing needle caused by the force of the floating force on the solids, it may cause a problem that the solids fall off the fishing directly. Properly adjust and blend the back of the porous dry rice cake It is necessary to form a constant density and strength.

Based on this, the dried rice cake according to the present invention has a small ball-shaped ball size of about 8 to 10 mm in diameter by making the volume as small as possible to reduce instantaneous buoyancy when obtained according to the size of the fishing lake as shown in Fig. 19 (A). The structure has a porous micropores 809 in the inside thereof, and at the other end, it is easy to detect the tip of the hand at night and prevents the fishing tip from dulling in advance. As shown in the form of a flaring tubular fishing groove 808 of a constant size, like a round groove recessed into a flaring tubular portion of a morning glory or apple stem. In this way, the tip of the fishing can be sensed with the tip of the finger and it can be pushed directly into this fishing groove so that it can be sewn. Since some rice cakes are recessed into the micropores, the dried rice cake can be completely fixed to fishing while not affecting the whole skeleton of the rice cake at all.

The dry rice cake 807 formed in this way has a low water activity and has a long shelf life at room temperature, as well as a day and night immediately in the field without having to knead rice cake by hand one by one as in the prior art. It is easy to use because it is only necessary to sew fishing on a standardized dry rice in advance to a certain size, and the rice cake is less sticky as it is.In addition, the traditional dough type rice cake has a low freshness after a long time after kneading. While it is prone to deterioration in a state where it is difficult to seduce the fish, this dried rice cake is more advantageous for seducing the fish because it can maintain the freshness to the end as it is, and the end of fishing rarely becomes dull even after repeated use. The rice cake which was sewed on the fishing reversed it because of the action of the fishing tip barb Since it is not easily detached and its weight is light and maintains a certain strength, there is little impact force due to inertia force at the target point, so there is no fear that rice cake is directly separated from the needle. In addition to being able to withstand instantaneous strong shocks, in the water, the net force of the grab-bong is greater than the temporal buoyancy of the rice cake, and the rice cake is absorbed immediately and attracted to the fishing attached to it, gradually sinking. Since the fish is released in a suitable state to swell and seduce the fish, the fish are also sucked together when inhaling the fish, so that the role of the conventional rice cake can be perfectly performed.

On the other hand, in relation to the configuration of the above-mentioned desorption apparatus, to the carbon front 136 to which the front body desorption apparatus 101 is fixed and bonded to the rear end to increase the adhesive force as shown in Figs. 20 (A) and 24 (A). After molding the bonded body 141 formed a constant groove in the circumference and then bonded to the front inner surface of the back of the carbon back 142, where the longitudinal back 143 is formed on the top surface of the back of the carbon long after this The linkage device 161 may be coupled and fixed at an appropriate position according to the length of the bobbin. To this end, the length of the longitudinal gap of the carbon backrest is the length from the detachable tube 177 of the linkage to the front detachable ring 104 of the linkage when the linkage is fixed to the rearmost end point from the front side thereof. It is necessary to form an appropriate length in accordance with the minimum and maximum length from the tailing ring top portion 722 of the arrowhead (about 40cm ~ 60cm) to the tip 728.

Here, the linkage, unlike the detachable ring 104, in which the load of the entire load is carried, as shown in Figs. It is a device that assists the fly to fly straight forward by maintaining the parallel with the carbon fork until it is completely detached from the detachable ring while fixing it. Combining the principle of clamp, it is composed of polyamide-based engineering plastics or other light and durable plastics. As is well known, the four-barrel linkage device is a device that allows four rods to move in parallel with each other with four rotary joints. The straight lines of the rods facing each other have the same length to fix one rod. When it rotates, the rod facing it always rotates in parallel with the fixed rod.

Based on this principle, in this configuration, as shown in Figure 20 (A ~ D), Figure 21 (A ~ C) as the fixed rod is fixed to the upper surface of the carbon backing rod 1, the front and rear rotational section of the rod 162 (170) , 171 is coupled to each of the lower arm rotary section (167, 169) of the second rod 163 and the fourth rod 165, respectively, the front and rear of the rotary shaft (172, 173) of the third rod (164) ) Is coupled to the remaining upper arm rotation section (166, 168) of the second rod 163 and the fourth rod 165, respectively, so that the first rod and the third rod are formed to face each other side by side, where each male The protruding jaw of the revolving joint is formed so that the front part, which is the force part when stopping by bending, becomes a slightly higher inclined surface than the rear part, so that the lower part of the revolving part can be forced to fit each other using the elasticity of plastic in each arm joint. Afterwards, the combined male and female joints are not separated from each other even by the inertia force acting forward. . The next rod 4 (165) is formed the same as the length of the straight rod between the upper and lower rotary joints 2nd rod 163, but the upper arm rotary joint 168 so that the lead that is drawn afterwards can proceed smoothly without being caught here. Formed to form a gentle slope from the back, the thickness is formed as thin as possible while giving a certain degree of flexibility of the removable tube 177 end of the 3rd rod to allow the flow up and down slightly after the jig will be smoothly separated To help. Here, the detachable tube is made of luminous plastic with the shape of a fallopian tube on the upper surface of the rod No. 3 so that it can be fixed or detached at the same time, so that it can be easily distinguished even at night. do. In particular, on the left side of the night fishing at night to form a plurality of light outlets (178) and by allowing them to emit the light of the conventional cami light (733) so that it is easy to distinguish the position of each device in the dark. do. In addition, in the middle of the rear end of the inner surface, as shown in FIG. 20 (D), the cami recess 179 having a diameter of about 4 mm is formed to concave inward so as to keep the parallel of the bobbin while being inserted and inserted. At the same time, the radius of rotation of the detachable tube itself must be smaller than the radius of rotation of the body detachable device as described above, and the length of the detachable tube itself is also formed so that the length is not as long as possible. When moving forward by its straight inertial force, the detachable tube keeps parallel to the bobber in keeping with the progression of the bobber until the moment the bobber is detached from the detachable ring, and the bobbin can be gradually removed from the inside. Let it be. In addition, the inner diameter of the foremost inlet should be slightly larger than the width of the jig 728 and is formed to be approximately equal to or slightly larger than the width of the carbon backing 142 to facilitate insertion of the jig. At the same time, when the strings are pulled down, the strings may only pass through them, but they need to be completely caught and entangled or do not significantly interfere with the process.

In addition, under the first rod 162, as shown in Figure 6, Figure 21 (B, C) to form a concave up fastening plate 174 that fits perfectly to the rounded surface of the carbon backing 142 to move laterally when combined At the same time, the press-fitting pipe 176 is formed with a connector 175 through which the male threaded portion of the plunging bolt 147 penetrates or inserts, and the width of the left and right is equal to the diameter of the carbon backing. Form only about the same or slightly smaller so that the tail strings hanging down from the back side hanger (221) after the left side so as not to get tangled here. In addition, on the upper surface of the carbon back as described above, the longitudinal gap 143 through which the bolt penetrates back and forth together with the movable nut 144 inserted therein to allow the free movement back and forth at the same time at the desired position thereafter. The longitudinal gap is interposed therebetween to be coupled with the single fastening bolt and the moving fastening plate of the first rod. In addition, in the middle of the inner portion of the moving nut, as shown in FIG. 21 (C), a connector 146 through which the splicing bolts penetrate the upper and lower parts together with the inner thread of the hexagonal nut 145 made of steel such as stainless steel is formed. It is necessary to form a wing portion similar to the shape of the moving fastening plate so that the surface of the contact surface can be widened back and forth so that the fastening force of the fastening bolt can be evenly applied to the inner surface of the carbon back plate when combined with the moving fastening plate. In addition, the curling bolt is formed in the material of the plastic handle, such as light plastic to facilitate the manual operation by hand as shown in Figure 22 (A, B).

In addition, the bobbin should always be able to be moved parallel to the carbon backing until the bobbin body is detached from the detachable ring. To do this, the 2nd rod and the 1st rod are placed vertically on the carbon backing as shown in Fig. 3 (A). Lines where the center of the detachable tube and the center of the circle formed by the front detachable ring 104 of the carbon forearm 136 meet each other are parallel to the carbon backbone having the same front and rear diameters, that is, on an extension line of the center of the carbon forearm It is necessary to form the rotational radius of the detachable tube itself slightly smaller than that of the detachable ring itself, with the heights of these vertical lines from each other being the same. In addition, two rear anti-rotation jaws (180, 181) are formed at each of the corresponding rotary joints so that the link device does not rotate backwards in a state where the link device is placed vertically on the carbon backrest, and then the detachable ring falls forward so that the tail body is separated. At this moment, the link device must also form three forward rotation stop jaws 182, 183, and 184 at each of the corresponding joint sections so that the link device does not rotate forward any more while maintaining parallelity with the carbon backing. do.

In this way, in order to actually fix the linkage on the carbon backing, first insert the squeeze bolt 147 into the push tube 176 of the first rod and connect it with the movable nut 144 in the carbon backing, and then remove it. Insert the bobbin body into the ring 104 and slide the two levers I 122 into the actuator I 126 to close and move the linkage back and forth according to the length of the bobber. At the proper position to be immobilized, the fastening bolt is completely tightened so as to prevent movement. As such, once the linkage is fixed on the back of the carbon to the length of the bobber, there is no need to change its position until the end of fishing unless it is replaced with another bobber. The force acting forward also prevents the unit from sliding or moving sideways on the back of the carbon.

In addition, when the detachable ring 104 of the head is slightly inclined and pushed forward by the action of the net force simultaneously received by the bobbin and the inertial body at the same time, the detachable tube also keeps pace with its own centrifugal force in parallel to the front. Since the bobbin is held close to the detachable ring while rotating, there is no risk of accidentally detaching the bobbin from the gap at this moment, and the turning radius of the detachable ring itself is slightly more than that of the linkage at the moment of turning. Since the actual parallel movement distance of the detachable tube is shorter than that of the detachable ring, the detachable tube is also assisted as the bobbin body gradually moves forward and detaches from the detachable ring as shown in FIGS. 3 (B) and 4 (B). In parallel, the inertia forces can move forward and parallel to move the jigsaw safely. In addition, when the stop lever 118 collides with the buffer rubber 133 and the bobbin body is detached from the detachable ring, the bobbin is also somewhat detached from the inner surface of the detachable tube. When you go straight as if you bounced up slightly from the detachable ring, as shown in the bottom of Figs. 3 (B) and 4 (B), the jig-do is pulled out smoothly by moving the detachable tube back and back in parallel with the force of inertia force I and I will pass on the detachable ring side by side in parallel, but even though the backside of the bobber can pass through the detachable ring, there is no risk of being hit by it completely. While maintaining parallel with the carbon backing of Agar is not so. Then, in order to reload the device to be steamed again, simply push the bobbin into the detachable tube 177, and then the detachable ring gap in the open state as shown in Figs. 4 (A), 7 (B) and 12 (B). Just insert the lower portion of the gap clearance part 721 into the 105 and insert the two levers I 122 into the working body I 126 as it is, and close the bobber itself very easily.

On the other hand, the inner end of the rear end of the carbon is bonded to the end nut I (148) as shown in Figure 24 (B, c), which is wider in the front area, such as the carbon front assembly 141 as described above, To form a junction, a groove 149 formed with a constant groove is formed, and at the rear end thereof, a hexagonal nut 151 is installed in the middle with a straight concave groove 150 to penetrate the handle bolt 153 connected thereto. It is formed by forming the connector 152, and then inserted or detached or coupled to the upper circular projection 501 of the I-beam (005). Here, the handle bolt is configured to put the function of the handle made of a material such as light and solid plastic for convenient manual operation as shown in Fig. 23 (A, B, C), the hex nut 151 and the inside Stainless bolts of suitable length to be joined are joined together when molded into a plastic mold, the width of the outer diameter of which is less than or equal to the width of the I-beam.

In addition, the configuration of the I-beam is a form of the I-type steel beam widely used as a conventional building material so as to act as a sturdy crutch while lightening its weight as shown in Figs. 5, 6, and 25 (A-D). As a constituent material, the cross-section is made of “I” using a light, rigid and particularly elastic plastic material such as carbon fiber or carbon graphite, together with the semicircle beam 006 which will be mentioned later. While forming in a shape of a child, in one concave surface, as shown in Fig. 25 (C, D), a straight projection 504 that fits snugly into the indentation groove of the end nut I is formed, and from the middle to the opposite concave surface thereof. Top, middle, and bottom circular protrusions forming a connector 505 through which the handle bolt penetrates or inserts, and is fitted with a circular outer shape 506 that fits perfectly on the round outer surface of the end nut I end. Sieve (501, 50) 2, 503, respectively, formed in a row at a predetermined interval in three parts side by side, each of the circular protruding body, including the end nut I, including the end nut I of the corresponding end nut in each of the corresponding end nut inserts 150 Fixing with handle bolts on the back surface, despite the strong impact from the inertia force, the joints will not move at all in the front, rear, left, and right directions, so that all relevant parts of the device including the carbon backrest are always intact. It can stand up and hold.

Again, in relation to the configuration of the clip 512 of the configuration of the I-beam, the conventional reel type can be largely divided into two types, a bait-casting reel and a spinning reel. As the spool is rotated, the fishing line (reel line) is loosened in a straight line, so the twisting phenomenon is less. In the latter case, the fishing line is loosened or wound with the spool stopped. Nevertheless, the latter is mainly used in the present invention because the latter is more convenient than the former and has a good permeability. As an example of the coiling (coiling), in particular, if the reel 909 (circle) is loosened down from the top guide 906 of the launch pad while the rice cake or other work is being carried out, this line is occasionally the top guide of the launch pad. At the end, it can be twisted, and if you swing the launcher as it is, it's not uncomfortable to fish because the fishing line will naturally get caught in the top guide, causing tangling and damaging other devices. Thus, in this configuration, to solve such a problem, as shown in FIGS. 6, 25 (A, B), and 26 (A-D), a clip having a predetermined size is formed at the lower left side of the I-beam 005. Looking at the configuration of this in more detail, in the rear concave surface of the lower left portion of the I-beam, the concave-protrusion nut, which has a flat groove-shaped concave surface 510 of a rectangular parallelepiped with the insulator of the hexagonal nut 508 that couples with the small screw 509. 507 is formed to allow the clip 512 to be coupled thereto, and the configuration of the clip is made of elastic plastic bone or stainless steel, such as a material to pull the reel straight out, so that the end can be easily inserted and removed outward It is formed in the middle portion of the resilient portion 514 to facilitate the fixing and detachment of the reel line and the connecting plate 513 having a hole through which the screw penetrates in the middle while being fitted tightly. The coupling portion 514 is inserted into the insertion hole 511 formed in the portion just above the concave protrusion nut and coupled with only one screw. In addition, the role of the clip is strictly distinguished from the line holder 902 of the conventional reel that fixes the rear part of the reel when setting the length of the reel, as described above. In particular, the elastic strength of the clip is different from that of the reel. Just hold it slightly to form enough to hold it temporarily and not too strong. In this way, the rear part of the eight-line knot (910) of the reel is temporarily fixed to the clip so that only a slight tension is placed on the reel, thereby preventing such a twisting phenomenon especially when attaching a bait to the gear. Make sure

On the other hand, if you set the length of the bobbin connected with the bobber deep, so that the bobbin touches the ground or the like, so as not to cause inconvenience, in the present invention, such a bobbin is temporarily hanged as shown in Figs. When they are safely drawn together by them, the bobbin detachment device (002) is configured to be directly under the detachment device (001), the configuration of which can be fixed by engaging each other by folding and unfolding each other as in the structure of a conventional fishing rod. Insert the first unit 252 made of carbon fiber or the like into the second unit 202 so that the total length is about 0.8 m. Then, the front end of the first unit has a front detachable device 251, and the rear part of the second unit. There is a rear detachable device 201 formed, after which the bobbin can be rolled back and forth around this one time, so that the bobbin can be wound about 1.6m If the order of about 10m allows also be met by simply winding around 5 to 6 times in view of the knock margin of jjijul rounded stretched down from the top of the front top guide 8 under the chair knot 910. Here, in particular, the first band, unlike the first front guide band of the conventional reel, the diameter is formed to be slightly thicker or the same degree, but the elastic modulus needs to be formed slightly stronger. In this way, the front detachable device can be sufficiently supported, as well as the elasticity of the tail strings guided by the gear and the bobber is smoothly bent up and down due to its elasticity at the moment when the swing stops. Or the reel), but it can be hit hard against each other so that there is no damage. In addition, when the bobbin is wound to recover the float floating on the water, the tension of the string, which is caused by the drag of the drag, is almost in parallel with the first band, so it is not severely bent even by the tension of the string. .

Again, in connection with the configuration of the bobbin detachable device, the rear end portion of the second band is formed in a constant plastic front and back shape is formed in a constant front and rear without being inclined, unlike the inclined surface of the fishing rod Figure 31 The intermediate circular protrusions of the I-beams are formed by molding the end nut II 203 in which the junction groove II 206 is formed together with the inner tongue of the hexagon nut 204 as shown in (A, B). 502). In addition, the T-type double joint 208 is formed in the front part of No. 2 in the form of a hole that fits to the surface thereof, and its configuration is as shown in Figs. 27 (A, B) and 29 (A, B). The front end nut 306 of the clamp device 003 by forming a cross-section “I” like the I-beam, but forming only one circular protrusion 209 having the same function in the rear concave unlike the I-beam. B) the protruding nut 210 formed with the connector 212 through which the bolt is inserted with the internal end of the hexagonal nut 211, and coupled with the front end nut 344 of the mounting table 341, and in front of the carbon As shown in Fig. 28 (B) on the right side of the stand, the side protrusion nut 137 and the semicircle beam 006, which form the connector 139 through which the bolt is inserted and detached together with the internal thread of the hexagon nut 138, are used as the only two supports. The coupling bolts (140, 213) to be combined.

Here, the semicircle beams are formed in a round semicircle at the center thereof, as shown in Figs. 27 (A, B) and 28 (A), and at both ends thereof, together with the formation of the connecting blades 601 with the connector 602 through which the bolt penetrates. The cross section of the intermediate part is formed in the shape of “자”, and then, together with the I-beam, the first circumference with the role of the shoring to keep the gap between the desorption device and the desorption device is always constant At the moment, the force of the same force as the elasticity of the bow is applied by applying a constant elastic force to the carbon pole 136 that is restored to its original state when it is stopped and rotated slightly due to the centrifugal force acting on the entire weight of the front part of the demounting device as described above. To the sachet, and the concave inwards to keep the broken tail from falling down and to guide the tail. And also the ability to smooth the progress of a thin, drawn jjijul. In addition, the length of the semi-circular beams is equally proportional to the lengths according to the rotational radius of the rear hook 221, that is, the length of the arm, together with the length between the upper end of the I-beam and the intermediate circular protrusions 501 and 502. It is also possible to form differently, in particular, the smaller the radius of rotation is formed by the shorter the length of these can be formed by narrowing the gap between the two desorption device and bobbin desorption device.

Again related to the configuration of the rear attachment and detachment device 201, which is the same as the configuration of the rotating body 114 described above so that the "principle of the second second lever" is applied to Figs. 30 (A, B), 32 (A, B). 33, (A, B), the rotating shaft II (216) of the action spring II (215) made of steel yarn of about 0.4 mm to the two kinds of lever II (220) formed of steel yarn of about 0.8 ~ 0.9 mm of constant elastic modulus ) So that the second lever II can be opened and closed from the agent II 217 by a constant external force, but the open and closed conjugates 219 and 218 at both ends of the action spring II are different from those of the rotating body. Formed to be bonded in a straight line on the rear fixing plate 214, and again in conjunction with the two kinds of lever II, twisting two lines of steel thread twisted like a twist into a certain mold and then visible luminous plastic material at night By forming a round bar-shaped coating with the rear hook groove (222) to form a rear hook line (221) On both sides of the rear side, as if enclosing the rear leash, the left and right symmetrical wing-shaped twin-shaped levers 223 are formed, and at each end of each round ball inertia ball 224 made of lead or copper having a weight of about 3g. Mold to make the total weight about 6g. Next, the bottom portion of the rear fixing plate is formed by forming a round cylindrical joining hole 225 to be joined to the surface of any suitable portion of the rear portion of the second stand 202, such as a T-type double joint 208. Before joining the T-type double joint, insert the larger diameter at the rear side and insert the smaller diameter at the front side of the No. 2 rod so that it can be completely pushed to the rear side and secured with strong adhesive.

In relation to its construction again, the radius of rotation from the rotary shaft II 216 to the rear hook groove 222 and its inclined height when the second lever II 220 is completely closed on the rear fixing plate 214 is the dual blade. It is much shorter than the inertia ball of the lever and is made as low as possible, so that the moment of inertia ball force (rotation force, N = arm of force (r · sinθ) × force (F), where r: Elongation vector to the working point (back hook groove or inertia ball), θ: The angle of inclination of the action line of force (F) with r when the device is closed, and the longer the arm of the force, the greater the rotational force, F: Force} much larger than the backrest groove. In addition, the left and right widths of the dual-axis lever inertia ball is slightly wider than the diameter of the carbon backrest 142 to freely rotate the front and rear of the device, and after the end of the rear tail hook collides with the second band 202 after the rotation. To cushion the shock, as shown in Figs. 32 (A) and (B), a buffer band 226 made of a shock-absorbing silicone synthetic rubber or the like is placed in front of the rear fixing plate 214. It is formed to be slightly smaller than the diameter of the turn so that it can be forced to fit to the contact surface by the elasticity of the rubber itself in the appropriate portion, in particular, the end of the rear tail hook 221 after rotation must be buffer band 226 Of course, it is formed so as to contact the upper surface.

In addition, since the rear detachable device is located behind the body detachable device 101 described above, the radius of rotation from the handle is shorter, so that the rear detachable device is in an adverse position that receives much less elastic force and centrifugal force when it is stopped. The sum of the weights of the two inertia balls 224 of the twin-axis lever is lighter than that of the inertia 108 of the rotating body 114 described above, and the rotation radius of the double rotor lever is smaller than the rotation radius from the rotation axis I 125 to the inertia body. By lengthening the position almost coincide with or slightly above the carbon backing 142, the length of the arm of the dual-wing lever is formed much longer than the inertial body. In this regard, the rear detachable device is different from the body detachable device at the moment of the first swinging or during the swinging and at least the moment of the swinging stop at any moment by the relatively small centrifugal force that the inertia ball itself weighs. The lever II 220 should be opened easily from the mechanism II 217 rather than the body detachment device so that the bobbins detached from the detaching ring do not interfere with the straight line and go straight ahead. The position must be formed farther back from the rotating shaft II (216) so that the direction of inertia is completely opposite to the above-mentioned body detachable device, and the second lever II (220) is operated. The strength of the body II (217) is also higher than that of the above-mentioned two levers I (122) and the agent I (123). It is necessary to form an appropriately low modulus of elasticity. That is, the moment of whirling as described above should be appropriately formed so that the moment the device stops swinging at the minimum rotational speed, the device can be opened earlier or at least simultaneously with the body detachable device.

In this case, since the length of the arm of the inertia ball is longer than that of the inertia body, the moment of the force can be increased by much less weight so that the amount of impact with the buffer band 226 can be greatly reduced after rotation. In addition, as described above, the moment of inertia 108 in the moment of inflection of the force acts backward for a while and then gradually receives centrifugal force to act forward, whereas the direction of the moment of inertia ball first acts. Since it will continue to act in the forward direction until the moment it stops, the centrifugal force will be applied. Therefore, the device can be operated with a centrifugal force that is much smaller than the inertial body that weighs the inertia ball itself until the first moment or at least the moment it stops. Figure 3 (C), Figure 4 (A), Figure 32 (A, B) by allowing the body to be opened very easily before opening As it is possible to leave the bobbin wound on the rear hook groove 222 while rotating the rear bobbin hook (221) around the rotating shaft II (216) as shown in Figure 1 It can be prevented from being disturbed or disturbed. In this case, the faster the rotational speed of the fishing distance is, the faster the device can be opened even before the body detachable device is opened, and at the same time when the body detachable device is opened at the same time when the body is detached, the device can be opened at the same time. Will be. In addition, when winding the string directly from the front hook groove (261) to the back hook groove (222) in order to recover the float floating on the water after the length of the arm of the back hook is short and the inclination angle formed by this and the working line ( θ) is low, so the rotation moment is small, and thus the device cannot be opened well even by the tension of the string caused by the water resistance. This phenomenon occurs naturally in the rear hook groove 222. The closer the height is formed to the rear fixing plate 214, the smaller the inclination angle is, the smaller the rotational moment is. Particularly, since the rear filament is formed in a space structure like a double lever lever and carbon backing, it can also serve as a guide for the filament when the filament is later wound. Inducible benefits also come naturally.

By the way, the configuration of the rear demountable device is also not necessarily identical to the configuration of the present configuration, as in the configuration of the body detachable device 101 described above, and instead of steel, as shown in Figure 33 (C), such as plastics or small membrane springs By using the material, the rear tail hook 221, the twin blade lever 223, and the second lever II (220), which are applied as it is, can be molded together with the spring box 190, where the two types The lever II includes a tackle 198, a tackle 197 and a rotating shaft 199, and the spring box 190 has an insertion hole 191 and an actuator 195 through which a leaf spring 194 having a constant modulus of elasticity is inserted. ) And the tackle insertion groove 193 through which the tackle is inserted, and the inertia ball 224 is joined together in a double-axis lever-end plastic to be joined together. And the principle of moment of inertia ” It is also stated that any other configuration in any other form, as appropriate, may be possible.

Next, the configuration of the front detachable device is also applied to the rotating shaft III (254) of the working spring III (253) made of steel yarn of about 0.4 mm, as shown in Figs. 34 and 35 (A, B) so that the "principle of the second class lever" is applied. A detachable lever 258 made of steel thread of about 0.8 mm is connected so that the detachable lever can be opened and closed from the actuator III 255, where the open and closed joints 256 and 257 of the actuating spring III When it is joined to the upper surface of the fixed plate 259, the position of the rotary shaft III is located in the opposite direction to face each other with the rotary shaft II (216) of the rear detachable device. The protruding part is formed inward so as not to be entangled so that there is no protruding part outward, and at the same time, the two lines of steel thread leading to the effector III are straightened and gently slanted backwards. So can. In addition, in the middle of the lower part of the front fixing plate 259 is formed a joining groove III (262) that is fixed to the front end of the first unit 252 front end as long as the body detachable detaching device bonding groove I (135) of the bar described above, the detachable The front end of the front fixing plate together with the lever is formed by giving the curved portions rounded in opposite directions to each other up and down as shown in Fig. 35 (B), thereby facilitating the insertion of the bobbin between them. In front of the body III (255) is formed in front of the front hook 260 so as to be inclined backward so as not to interfere with the progress of the bobbin, and at the bottom thereof, the front hook groove 261 rounded the corners of both ends is formed thereafter. Make sure that the strings are not gathered in the grooves and gathered in turn.

In this case, when the cord is inserted and detached under the detachable lever 258, these wound strings are naturally trapped by the detachable lever, so there is no fear of the detachment of the string even when the device is reversed. When the string is pulled out of the groove, the force applied to the string is negligible so that the force of the detachable lever is negligible so that almost no loss of force occurs, and in particular, it does not cause any trouble to fly straight through the string. However, sometimes when excessive force is applied to the detachable lever by a bobbin that is led to unexpected work, the detachable lever is reminded as shown in Fig. 35 (B) to prevent deformation of the lever and to prevent interference with the straightening of the bobber at all. The end of the detachable lever 258 connected to the rotating shaft III 254 to be easily opened from the operating body III (255), so that it does not interfere at all from the back of the bobbin running forward from the rear of the working body III to the rotating body III By hanging on the bottom of two rows of steel yarn straight to form always be able to open only the angle of inclination of the front row hook.

When you want to wind the bobbin string that is already set up to the depth of the point in the bobbin string detachable device configured in this way, first, pull out No.1 above from the No.2 band like a fishing rod, and the front and rear fixing plates (259, 214) are horizontal to each other. While holding each device upright, make sure that the nodes and the nodes are completely fixed so that they do not move together, and then, with one hand, grab the handle (in front of the clamp device in the case of the reel) immediately before the mounting binder 332 with the other hand. With one hand, as mentioned above, while loading the bobber in the bobbin detachment device, the upper part of the rear bobbin hook (221) of the rear detachable device is passed through the bobbin cord insertion groove 134 by lightly pulling the bobbin connected directly under the bobbin 701. While pressing lightly to close, at the same time, while moving the handle back and forth from the rear hook groove 222 to the front hook groove 261, it is rolled clockwise or wound It is wound counterclockwise from the front hook groove to the back hook groove without going through the inserting groove, and any of the two methods can be used in consideration of the margin of the drooping down the left side of the device when the wheel is twisted. The farther the distance, the heavier the bobber is, the more it is possible to use the former method, which is then pressed against the bottom of the inner surface of the detachable ring instantaneously using the tension of the bobbin caused by the centrifugal force received by the bobber during the whirl. It may be possible to some extent more advantageous to the stability of the bob. In addition, if the depth is shallow, the length of the bobbin may be shortened in proportion to it, in which case, without passing through the bobbin attachment or detachment device, it immediately leads from the bobbin to the eight-string knot (910) of the bobbin, or than the four-bar launch pad. Use a shorter three-bar launch pad (previously a four-row reel). In addition, in most cases, it is convenient to allow the string to be hung from the front hook groove 261 to the 8-shaped knot 910, as shown in FIG. 2 (Aa). If it is unavoidable to do so because the margin of the margin to be stretched is very long, as shown in Fig. 2 (Ab), it is spread from the eight-way knot 910 to the rear hook groove 222. In this case, the bobbin will be in close contact with the left side of the carbon backing band 142 and will be rounded downward, so that when the entire device is turned upside down, the bobbin wound on the back hook groove will be released just before being twisted and will not flow down. In addition, there is no fear of catching any other parts such as the linkage device 161, the inertia ball 224, and the body detachable device until the moment it is stopped. Also, even if the bobbin was accidentally entered behind the inertia ball of the twin-axis lever when the bobbin was wound, at the moment it stops swinging, the rear detachment device is opened and at the same time, it is automatically released by releasing the bobbin string. There is no risk of damaging the bob.

In this way, before actually throwing the reel, the reel mounting binder 908 and the reel legs of the reel mounting block 909 (circle line) spread over the line roller 904 of the reel spool veil 903 (Bail) according to the conventional reel fishing method. Hang between the knuckles of the right hand of the right hand that encloses the left hand, and with the left hand aside the veil down, the back hooking groove or front hooking groove in the state where the device is upright (conduction of Fig. 2 (A)). Slack down to the left side without bolts or semi-circular beams such as bolts or semi-circular beams, and rounded down (except in this case for all left-handed hands) In case of inverting the left hand and the right hand, the position of the left hand and the right hand may be reversed, and the tail string will be stretched to the right side), and the tail string of the tail (719, about 30 ~ 50㎝) is long. In this case, make sure that this string is slightly underneath the detachable lever 258 so that it does not get tangled by hanging strings, etc., so that it is not cumbersome. In the state in which the whole device is turned upside down while turning the head completely (FIG. 2 (A) state), the force is properly adjusted according to the conventional reel fishing method, and it is stopped rapidly by turning straight forward toward the front target point. In this way, the moment of the moment of inertia ball 224 the moment of the first bend as described above acts in the opposite direction to the inertial body 108, as described above, at least by the centrifugal force that continues in succession until the moment it stops turning Resilient forward, while the inertia ball itself inertial force to open the rear detachable device by leaving the bobbin wound in the rear hook groove to be released across the concave inner surface of the first front hook groove, the second top and the semicircle beam (006) At the same time, as the above-mentioned, as already mentioned above, as the above-mentioned centrifugal force pulls away the extra strings that fell down above, some of the strings are blown away, and at the same time, the tails are also separated from the detachable ring by its own inertia force. Lead the string and lift the air forward from the upper floor than the gear as shown in Fig. 2 (B). If the number of wounds of the bobbin is up to about 5 ~ 6 times, it is too deep to fly again with some of the bobber or the top of the stripped flies, or to the bottom of the bobbin. By passing through the rest of the upper tail string, the entire tail string may rotate as if the front hook groove 261 is rotated about an axis, and then may be pulled upside down over the groove and its immediate front, or other tail strings may be drawn. The number of cases will go, but since the bobber and the patch will lead the string together at the same time, the length of time that the broken string stays in the device from the moment it stops is deep and is set to a very long length of about 10m. Even if it's only a very short moment within about half a second, The tail strings are finally separated from the front hook grooves and then escaped, so that the tail strings can be tangled with each other, or flow down and be pulled by these preparations and tails without any fear of being entangled by the device and other protrusions. . At this time, especially when the extra string lined down from the rear is pulled through the detachable ring 104 of the head, it passes through the rounded truncated cone of the larger body, which is larger than this. Although it may pass through the side of the horizontal plate 130 and the stop plate 132 of 129, there is no fear of being entangled with them completely.

After rewinding the reel and recovering the preparation, the steam floats on the water. At this time, one of the following two methods can be freely selected in order to recover the steam and load it on the desorption system. . First, hold the handlebar (right in front of the mounting bracket or clamp device) with your right hand, and with the left hand close all the bobbin string detachment device, hang the bobbin near the 8-way knot to the front hook groove (261) and hold it. When pulling down as if to keep pulling down, it is stretched down long in consideration of the margin of excess, and again by pulling clockwise from the front hook groove to the back hook groove (222) while continuing to pull the remaining string. If the steamer is dragged on its own, the tension is generated by the resistance of the water, so when you wind it up, you can set up the launch pad a little bit to reduce the rotation moment of the rear hook groove as little as possible so that almost no force is applied. This prevents the second lever II 220 from being opened from the agent II 217 at this moment. In this way, while pressing the retrieved tailings of the bobber directly into the detachable tube (177), the lower part of the bobbin gap clearance part is placed on the lower part of the inner surface of the detachable ring in the open state, and the two kinds of levers I (122) are left as it is. When it is pushed to 126, the bobbin body slides into the detachable ring and is fixed so that the bobbin can be easily reloaded. Then, the tail string and extra tail string connected with the tail are slightly inserted under the detachable lever 258 again so that it is not cumbersome when bent down shortly.

Second, hang the string near the 8-way knot between the index finger of the right hand or the ring finger of the right hand holding the handle, and then use it as the left hand to gently pull the string on the opposite side of the bobber, If the string is piled on the ground, the steam will be drawn smoothly, so you can recover the steam again. In this state, you can load the steam as it is in the same way as above. If you're winding on foot, you can wind it up very easily without getting tangled. In this way, the floating float on the water is collected, loaded on the desorption device, and the string is wound on the device, and it is possible to use either of the above two methods according to each individual's taste and circumstances. Can be mastered by any number of iterations.

On the other hand, it is possible to install the preloading device on the existing reel, which is required clamp device (003). It is constructed by incorporating the principle of the conventional hose clamp. The principle of the conventional hose clamp is a single body, which merely has a function of firmly tightening and fixing the hose so that water does not count by simply inserting a hose into a water pipe or the like. 5, 6, 36 (A, B), FIG. 37 (A), 40 (A, B) as shown in Figure 3 (a, B) of a round rod-shaped shape of three constant thickness, each support 305 The front and rear clamps 301 and 302 having the same shape and size, respectively, are formed on both sides of the front and rear sides thereof, and at both ends thereof, as shown in FIG. 40 (C), the above-described end nuts I and II function. The front and rear end nuts 306 and 307 are formed by forming the connector 309 in which the bolt is inserted and removed together with the insulator of the hexagon nut 308. The front and rear clamps are formed by using the elastic rubber band 323 as a medium. Reel stand (009), and the front and rear end nuts are each T type By combining the circular protrusion 209 of the joint and the lower circular protrusion 503 of the I-beam and the handle bolt 310, they are each used as a single support, and the desorption device 001 and the bobbin attachment of the uppermost part In addition to being able to hold the device 002, it may have a modulus of elasticity of constant strength so as to impart a constant strength of elasticity to both ends as described above. In addition, its constituent material is light, has high tensile strength, and especially poly-amide plastics such as nylon-66, which is widely used for belts for binding or fastening objects due to its excellent elasticity, durability, and flexibility. It is suitable for such materials, but when it is molded to a thin thickness, it is excellent in bendability and flexibility, and it can be easily bent, and it is not easily broken. ) And the modulus of elasticity are increased together to naturally have the favorable conditions for molding the apparatus together.

In this regard, the components of the front and rear clamps (301, 302) of the clamp device is configured in the same shape and size as already mentioned, which is largely coupled to the nut body 304 and the same as shown in Figure 37 (A) The fastening bolt 303 and the pressing plate 319 is divided. The nut body has a support belt 311 which is inserted into the belt groove 314 on the opposite bottom side of the nut with a band formed from the bottom left side to the bottom side with the formation of a female screw coupled to the fastening bolt in the middle thereof. In the middle of the inner surface of the support belt is formed a non-slip mating 312 and at the end of the end of the supporting bolt 318 is formed a connector 313 is inserted. In addition, as shown in FIG. 39 (A, B), the nut 316 and the rod nut 315 formed of the joint end 317 are joined together next to the belt groove. In addition, the configuration of the pressing plate 319 is a support groove 320 in which the end portion of the fastening bolt is inserted in the middle of the upper surface, as shown in Figure 38 (A, B), and the bottom of the round 322 Along with the left and right sides are formed symmetrically to form a support hole 321 in which the support belt is inserted. In addition, the configuration of the elastic rubber band 323 to protect the device and the reel is excellent in durability, elasticity and resilience, but in particular using a material such as silicone synthetic-rubber, such as a friction coefficient is large to prevent slipping. As shown in (B), one side of the shortly cut rubber hose is cut vertically and formed into a divided shape so that the gap can be easily inserted immediately regardless of the thickness of the front and rear of the reel, Resilience allows close-bonding with the reel surface.

In this way, if you actually want to install the device on the existing five-section reel (about 2.4m in length), in the future, when you turn the reel, The mounting position can be arbitrarily adjusted according to the taste and capability of each individual by mounting it closer to or farther from the handle of the person.The longer the radius of rotation of the bobber becomes, the more it is attached to the guide stand far from the handle of the reel. The centrifugal force applied to the bobber can be made larger than the preparation, but this may cause the reel stand to break during the whirling, so it is desirable to mount it as close to the handle as possible to protect the reel stand. Therefore, as shown in Fig. 5, first, the elastic rubber bands are inserted into the appropriate portions of the 4th guide band just in front of the handle of the reel, one by one in accordance with the gap between the front and rear clamps of the apparatus, and then Fig. 36 (A) and Fig. 40. When the front and rear clamps can be directly inserted into the position of the rod nut 315 through the empty space in the middle of the support belt of the front and rear clamps as shown in (A, B), The support belt is fastened to each elastic rubber band as it is coupled with the laying bolt 318, or only if it is unavoidable to separate each support belt as shown in Figure 37 (A) the end of the pressing plate 319 Remove it from one of the support holes 321, and put the elastic rubber band between the pressing plate and the empty space formed by the support belt and wrap it around, and then press the end of the support belt in the reverse order. Insert the end of the support hole into the belt groove 314 of the nut body 304 and align the connector 313 of the support belt with the female screw 316 of the rod nut. Coupling with a squeeze bolt, the end of the fastening bolt 303 is inserted into the support groove 320 of the pressing plate is tightened while correcting the posture. This pushes the pressing plate down the support belt and compresses the elastic rubber band so that it is held tightly in response to the clamping bolt pressure. In this case, in particular, the left and right widths of the front clamp are narrower than the rear clamp, and the upper and lower lengths are longer, so that the front and rear heights are naturally balanced with the rear clamp. Therefore, the front clamp is applied to the inclined characteristics of the reel itself. It becomes the number. In addition, each striking (312, 322) of the inner side of the support belt and the pressing plate is wrapped around the outer surface of the elastic rubber band and is closely adhered to, while the smooth surface of the reel has a high friction coefficient (slip-resistant property) on the inner surface of the elastic rubber band. Because of the close contact, the device does not have to worry about twisting or slipping from side to side or back and forth, even after a strong impact from the inertia force when it stops, and the elastic rubber band also acts as a shock absorbing and absorbing material. Unless handled excessively, this series of operations also eliminates the risk of damaging or damaging the reel and the apparatus. In addition, the entire structure of the jetting device including this device is as if it is a single elastic body, and its flexibility is extremely excellent, so when the reel is bent while fishing, it can flexibly cope with the reel and the rod and bone. There is no fear of damage or damage to the device.

On the other hand, the handle of the reel is much longer than the conventional, and in front of the reel mounting binder 908, the same shape and function as the conventional reel mounting binder (908) as shown in Figs. If the 332 is added to the opposite direction up and down to form a launch pad 331 having a length of about 1.8 to 2.4 m, the mounting binder has a constant modulus of elasticity as shown in Fig. 41 (A, B) instead of the above clamping device. By using the mounting bracket 341 formed of this, it is not only easier to mount the head of the teeth, but also the weight of the whole device is much lighter, and the elasticity of the body can be obtained by using the excellent elasticity of the material of the mounting body. It can be made larger. Looking at this configuration in more detail, the mounting binder forms a fixing holder 333 in the front of the bolt stage 336 formed a long vertical groove (337) as in the prior art and the handle nut 335 is moved behind As the holder 334 is combined to rotate the handle nut, the movable holder rides the vertical grooves 337 so that only the linear movement can be performed back and forth as in the prior art, and the mount is light and firm such as carbon graphite. In particular, the front and rear supports 342 and 343, which use a plastic material having excellent elasticity, are mounted to the fixing holder and the moving holder similar to the conventional reel foot shape at the lower side where the front and rear supports 342 and 343 meet each other. The front and rear ends of the front and rear end nuts 344 are respectively coupled to the above-mentioned circular protrusion 209 of the T-shaped double joint and the lower bolt protrusion 503 of the I-beam by the handle bolt 310. 345, the shape and size of the clamp field It is formed to be the same as the front and rear end nuts (306, 307). In particular, the thickness of the front and rear support can be formed slightly thinner than the support 305 of the clamp device, but the length and height between the front and rear end nuts (344, 345), both ends are the existing Of course, in order to be mounted on the reel stand as well as the main launch pad, it must be formed in the same manner as that of the front and rear end nuts 306 and 307 of the clamp device.

All the connections and protrusions of the blasting device configured as described above are configured to be placed on the left side or the back of the device except for the clip 512, or between the devices, and such protrusions are suitable for each individual's taste. It can also be configured upside down so that it is only on the opposite right side. This is because, as described above, the string of the remaining margin left on the bobbin attachment and detachment device immediately before swinging is rounded only below the left side without the protruding portion of the device. This is to prevent them in advance. In addition, the device can be seen that the fourth rod 165 of the link device is inclined backward at a certain angle, or the attachment lever 258 can be opened only at the inclination angle while the front leash 260 is inclined backward. By slanting or rounding all the parts where the strings can pass through, the structure is designed so that there is no fear that the strings will be caught and entangled in any way while twisting in any way. As can be seen in the form of the structure of the space structure surrounded by the end of the fixed plate 259 round each other in the opposite direction or the rear hook 221 is surrounded by the twin-wing lever 223 and the carbon backing 142 The device has a function of guiding the strings even when it is wound on the strings, so that the strings can be inserted only where desired, day or night. There's little chance that a string might get stuck in the wrong place by mistake.

In addition, once the bobber is pulled away from the device, the bobbin will be reel fishing and bobber fishing from this time onwards. At this time, the device will be placed in front of the handle in the opposite direction from the top and bottom of the reel. In any case, such as when winding up or removing fish from a fishing needle, it is almost impossible to cause inconvenience in fishing due to the present device. In addition, since the device is composed of very light carbon fiber or carbon-graphite, most of them are made so that the total weight (approximately 140-180g) is the weight of the conventional normal reel (approximately 220-300g). It is much lighter and especially lighter, considering only the weight of the top of the mount (or clamp) (approximately 120 g), so when the launch pad (or reel) is supported back and forth, its center of gravity is almost always on the reel under the launch pad. In addition, the arm length from the launch pad of the device is somewhat longer than the arm length of the conventional limb, even though the resulting rotational moment (rotational force) due to the reel weight is much larger than that of the device. In the upright state (Fig. 1, Figs. 3 to 5), it is supported on the conventional reel stand as it is, or when it is chamfered even on the conventional fishing rod pedestal. If you put it on the chin so that it doesn't get caught on the chin, you will always be able to stand upright and poke the fish. Of course, if you hold it by the handle between the device and the conventional reel, the center of gravity will always be on the bottom. The weight balance is almost front and rear, so you can enjoy steaming very conveniently. In addition, each device can be disassembled or assembled within a short time of about 2 to 3 minutes, and after disassembly, it can be divided into 4 parts (the desorption device, the desorption device, the mounting device (or clamp device) and the connection part). It is convenient to carry because it can be carried in a separate container or bag, and it is possible to minimize unnecessary resource waste by replacing only the damaged part without discarding the whole part even if any part of the device is damaged. You can also

In the above, the present invention will be described in turn by describing an example of a long-range bobber fishing method according to the present invention, in which the actual steaming process will be carried out through the process.

① First, select one of the conventional reel rods or the launch pad of the present invention suitable for the surrounding environment, and mount the conventional spinning reel that is slightly heavier than the weight of the "Jig Launcher". After the selection, adjust the sedimentation of the fertilizer with a bumper (lead) in response to the buoyancy of the bobber in the same way as before. After checking the existence of the terrain or obstacles under the water, if there is almost no jamming under the water, the length of the bobbin string 718 will be set according to the depth of water. While leaving the reel line 909 for a long time, the reel line is fixed to the line holder 902 of the reel at that distance, and then rewinds the reel line. Loosen or break the knotted ring at the end of the line to separate the sash, and at the end of the 8-line knot (910) including the string and the reel loop 911 in the appropriate part of the reel, taking into account the length of the string (718) In this way, the length of the reel line is set. Once the reel length is set, the length of the reel line wound on the reel is almost exactly the distance to the point. The length lasts until the end of fishing unless you change it long. Then again, the length of the string must be set exactly to match the depth of the point. ④ First of all, connect the tip of the bobbin to the bobbin 701 of the arrowhead and hang the tailtail 719 long. ⑤ Mount the bobbin to the launch pad (or reel) and adapt the weight of the bobber. Coupling 102 with the rotating body 114, and then fixed the linkage device 161 to the carbon backing 142 according to the length of the bobbin as described above, and ⑥ to load the bobbin to the demounting device 001 While winding the bobbin back and forth on the bobbin string detachable device (002), and then line up the extra bobbin round down the left side of the device, ⑦ reel or unwind the reel to about 30 to 40 cm from the top guide 906 After hanging down, the reel line roller 904 on the reel line roller 904 hangs between the fingers of one finger while holding the reel and the reel mounting binder 908 as the conventional reel fishing method. Being down and leveled Grab the far end of the catch and slowly turn it upside down to the left to avoid tangling and the extra strings hanging down above so that the strings are rounded down the left side equally. By adjusting the force appropriately to the point according to the reel fishing method of the whirlwind, and while stopping the reel line fixed to the line holder 902 is completely released, send the chae and jjigae at the same time to get into the water exactly at the target point, the veil Rewind the reel two or three times to the original position (However, if you use the conventional drag reel to catch big meat, you can wind it several times more than this, considering the drag drawn by the fish. Should always be constant unless you move them to another location.} With the On-off Anti-reverse Lever on), the depth of the bobbin string has been adjusted so that the recognition string or the tail of the saw top comes out on the surface for a few words (a few words depending on the situation). And ⑧ rewind the reel to recover the equipment, and at the same time, after fixing the bait, it is fixed to the clip 512 of the I-beam by pulling lightly so that the reel string does not come loose while pulling down the equipment. To recover the float on the water at the same time, choose one of the two methods mentioned above and hang the string near the 8-knot between one fingertip of the hand holding the handle, and then use the other hand to By pulling lightly, the tail strings will float on the ground, and the tails will be recovered. If not, adjust the length of the bobbin again with the bobber 701, and then repeat the process of ⑥, ⑦, ⑧ again while pulling out the reel line fixed to the clip 512. After the depth control of the tail string is completed correctly, the tail string tail (719) is left about 30 to 50 cm and the rest is cut to complete the length of the tail string. From this point on, the ⑥ ⇒ put the launch pad on the pedestal and prepare. After putting the bait on, the reel is separated from the clip (512), ⇒ ⑦ ⇒ catch the fish of the chamyeo chamyeo chamyeoseo ⇒ ⑧ ⇒ ⑥ '' repeatedly carried out a series of processes, such as to come into full-scale fishing.

In this way, the conventional dynamic reel fishing and the static long-distance fishing method rhythmically continue, and the long-distance fishing is continued. Of course, this method may be somewhat unfamiliar at first and unfamiliar in many ways, especially when the conventional reel fishing or It may take some trouble in the process of recovering, loading or winding the bobber and bobbin strings to each device than performing the bobber fishing alone, but it may take a little more time and effort. Once the fishing method according to the present invention is mastered, such a point becomes very slight enough to be neglected, so there is no problem. Rather, using the present invention, the oldest reel or the longest launcher that is inconvenient in conventional handling with only one launch pad is used. All lengths including fishing rod It is very convenient because it can replace the fishing rod, there is no fear of harming your wrists or shoulders as in the case of using a conventional long fishing rod, and of course, the surrounding environment is poor, Even in places that cannot be performed (especially in a narrow valley valley surrounded by hills or rocks), the distance of the point can be set freely within the limit of the distance that can be used to identify the fishery of Chi. Even at a distance of at least 2 times (about 30m or more) than the maximum bobber you can fly with your own fishing rod, you can always fly the bobber and fly to the exact same spot for long-distance steaming. Deeper than 10m deep, of course impossible with conventional fishing methods Since it is possible to precisely set the depths in various depths down to much deeper waters, it is possible to stay away from any fishing in the depths of a relatively high embankment such as a riverside. You will be able to enjoy the beauty and the essence of long-distance bobber fishing in a new and unusual dimension that you cannot experience. In addition, it is not cumbersome at all when turning, and regardless of the obstacles, it can be used by both men and women to adjust the power to the target point comfortably using both arms, which is beneficial to health, especially when stopping by turning Every time the bobber is lifted by the air, like an arrow, it flows straight through the wind and blows it away, dropping the parabola on a calm surface in front of the chariot, and bringing the chaff and the poke vertically into a constant narrow radius at the same point. By standing up, you can enjoy the unique and unusual fun and charm as if you always enjoy another level of sport, such as archery, day and night together with bob fishing, which can double the enjoyment of fishing. female Thereby also it is suitably used as a recreational sport for utilization.

As described above, the present invention is conventionally extremely uniform by incorporating the taste of the conventional static fishing into dynamic reel fishing and solving several complex structural problems of the conventional fishing method at one time. Breaking away from the enemy's limited and limited method of fishing, the new and wider range of fishing can be freely used and enjoyed according to the taste and capacity of each individual. It has features and various effects.

♣ References ♣ 1) Co-author of Kwon-Sung-Chan et al., College Physics, Hyungseol Publishing Co., pp.27 ~ 153, 1987.2) WHWT, Fluid Mechanics (Construction and Mechanical Engineer Level 2 Issue), Taeil Publishers, pp.29 ~ 56, 61 ~ 63, 107 ~ 117, 147 ~ 150, 1994.3) Co-author, General Physics, Hyungseol Publishing Co., pp.25 ~ 200, 1999.4) Co-author, General Physics, Teaching History, pp.31 ~ 191, 1999.5) Translated, College of Physics, Cheongmungak, pp.35 ~ 329, 1999.6) Park, Lee, Basic Fluid Mechanics, Boseonggak, pp.60 ~ 66, 96 ~ 101, 147 ~ 168, 1998.7) , pp.80 ~ 96, 130 ~ 159, 171 ~ 173, 1998.8) 李 熙 穆, Applied Mechanics, Gumi Library, pp.52 ~ 54, 1999.9) Co-author Yun et al., Dynamics, Semi-published Press, p.629, 204, 478, Oct. 1999) Co-author, Hydrodynamics, Lee, Ji-Sik, 汎 韓 書籍 株式會社, pp.453 ~ 494, 1997.11) 天明 雄 編譯, Introduction to Plastic Raw Materials, 弘 益 齋, pp.137 ~ 150, 1992.12) Monthly fishing spring, Darakwon, pp.142 ~ 145, 160 ~ 165, 170 ~ 173, 194 ~ 197, 1998 (May issue) .14) 全 在 根, Food Engineering, Open Letter, pp.26 ~ 41, 237 ~ 239, 241 ~ 243, 1985.15) , pp.70 ~ 120, 310 ~ 312, 341 ~ 357, 1983.16) 曺 哉 銑, Food and Materials Science, Mun Undang, pp.65 ~ 71, p.79, 1985.17) 32, 359 ~ 400, 255 ~ 285, 287 ~ 313, 1990.18) Co-author Jeong Dong-Hyo, Fermentation Engineering, Advanced Culture History, pp.221 ~ 259, 293 ~ 300, 1986.19) Co-author, Kim Micro Co., Food Microbiology, Mathematics, 1985.20) Co-author, Fish Nutrition and Feed, Samkwang Publishing Co., pp.71 ~ 99, 101 ~ 147, 1998.21) 校 大 學校 海洋 産業 開發 硏 究 所, Aquaculture Feed Nutrition, pp.197 ~ 235, 1998.

Claims (2)

Located in the uppermost part, the demounting device 001 for loading-launching the arrowhead 007, the body detachable device 101 at the very front of the carbon front bar 136, and the linkage device at the rear joint 141 Bonding and fixing the carbon backing 142 coupled to (161), and is located in the middle portion of the jawline detachment device 002 to detach the bobbin string 718, the first end 252, the front end of the front detachable device 251 In addition, the rear portion of the second stand 202 is formed in the rear detachable device 201, the clamp is mounted on the mounting portion 341 and the existing reel mounted on the mounting binder 332 of the launch pad 331 is located at the bottom The protruding nut 210 of the carbon front side protruding nut 137 and the second T-shaped double joint 208 as a connecting portion for forming the device 003 and combining them up and down again is connected to the semicircle beam 006. The two end bolts (140, 213) to be combined together, and the rear end end nut I (148) of the carbon back The second end end nut II (203) is coupled to the upper and middle circular protrusions (501, 502) of the I-beam (005), respectively, by two handle bolts (153, 207) and at the same time the T-type double The circular protrusion 209 of the joint and the lower circular protrusion 503 of the I-beam 005 are respectively the front and rear end nuts 344 and 345 of the mounting table or the front and rear end nuts of the clamping device. 306, 307 by coupling the handle bolt 310 to form a jetting device (000) to be mounted on the existing reel or launch pad, using these clamping devices or mounts, and the arrowhead (loaded-fired again) 007) in the tailings 720 of the teeth, the ring top part 722, the gap deviating part 721 and the balance body 723 together with the tailings 724 at the end of the tailings 701 is bonded, In response to buoyancy, while adjusting the sedimentation, loaded with the tip of the launch pad (008) as soon as the formation of the rice cake separation prevention attachment coil (801) Forming a dry rice cake (807) that can be squeezed, as a long-distance tailing fishing method using them, the hump is connected to a reel loop (911) of about 25cm in length with the eight-way knot (910) of the reel 909 The end of the knot tail line 718 is connected to the tip 701 of the arrowhead, using the line holder 902 of the conventional spinning reel spool for setting the length of the reel, and thus the long-range bobbin fishing device finally configured Using the reel or launch pad and the resilient force of the device when it is bent over the head by using the centrifugal force, the arrowheads and the gears are simultaneously driven together at the same time by pulling the string and flying to the target point. Receiving lift and going straight through the wind with the tail, letting each person fly without being obsessed with obstacles and water depths. The long-distance bobbin fishing device characterized in that it is possible to adjust the fishing distance freely according to the incense and capability, the long-distance bobbin fishing device, the bobbin device and the launch pad and the arrowhead respectively loaded on them; Ferret and dried rice cake, and the long-distance bobber fishing method using them. According to claim 1, The deburring device (000) is the total weight of the device of the upper portion of the mounting unit 341 or the clamping device (003) and the body detachable device 101, such as when the whirl is naturally At the moment of stopping by using the centrifugal force received separately, the relative rotational speed (angular velocity) of the body detachable device is rapidly increased due to the force of the elastic force (restoration force) acting on the mounting table (or the clamp device) and the carbon front plate 136. And greatly increase the resultant centrifugal force of the arrowhead 007 to be much higher than the gear 008, and the configuration of the body detachable device 101 is characterized in that the head 102 103) and a circular ring structure having a gap 105 of a constant width while forming a curved portion 106 at a predetermined angle with the first lever 107 by using a material of plastics, and having a elasticity of a certain strength. Ring 104 When forming the inertial body 108 having a constant weight in connection with the first lever, the fixing bolt 110 is formed by forming the joining jaw 111, the male thread part 112, and the square groove 113. Bonded together and fixed together in a lead (109), and the rotary body 114, the square groove of the fixing bolt at the end by using a steel yarn 115 and a material of durable plastics so that the head and the mutual decomposition A stop lever 118 is formed together with the formation of the square key 116 inserted into the 113 and inserted into the cap hole 120 of the cap nut 119, which has been precast. The female screw 121 is freely inserted into the cap nut, but the cap nut is caught by the brace 117 of the square key and does not fall out, but only the stop lever can be separated toward the stop lever 118 at a predetermined angle with the stop lever 118. Lever I (122) is formed so that a constant modulus of elasticity By connecting with the rotating shaft I (125) of the working spring I (123) made of steel thread 124, the two kinds of levers (I) are formed to be opened and closed by a constant external force from the working body (I) 126, and the closing thereof. The bonded body 127 and the open bonded body 128 are bonded to and fixed to the vertical plate 131 and the horizontal plate 130 of the fixed plate 129, respectively. 136) Secure the front end to the joint, and at the end of the stop plate 132, the shock absorbing rubber 133 is forcibly detachable using the rubber itself elasticity. The head 102 and the rotor 114 are formed to be characterized in that it is formed to be applied to the principle of the principle of moment and force of the ring structure having a gap and the principle of the first and second levers, respectively And the head is sufficiently small for the weight of the different sachets (007). By forming the detachable ring 104 of the different elastic modulus to each other, it is characterized in that the torso 720 can be safely separated from the detachable ring with little loss of force when the bending stops, the inertial body 108 ) Is the first moment of bending the direction of the moment of the force of the detachable ring 104 is in close contact with the ring top 722 of the conical jaw 720 720, the head and the rotating body When the fixing bolt 110 and the square key 116 and the cap nut 119 are coupled to each other without being moved back and forth and left and right completely, at this time, the stop lever 118 and the two-level lever I (122) ) Is formed by about 3 ° greater than the sum of the two internal angles formed by the stop lever, the first lever 107 and the detachable ring 104, the rotating body and the working body and the fixed plate of the body detachable device To form another form with the same function and principle In, instead of steel yarns, plastics and membrane springs, etc. are used to form a tackle 198, a tackle 197 and a rotating shaft 199 on the two kinds of levers 196 of the rotating body, and a constant on the spring box 190. The formation of the insertion hole 191 through which the leaf spring 194 of the modulus of elasticity is inserted and the operation hole 192 through which the working body 195 is inserted and the tackle insertion groove 193 through which the tackle is inserted are tackled. The lever can be opened and closed from the actuator, and the end nut I 148 is bonded to the inner surface of the rear end of the carbon backing 142, and the joint 149 is attached to the front end of the end nut I. In addition, the rear portion of the concave groove 150 is formed with a hexagonal nut 151 in the middle and the handle bolt 153 is formed through the connector 152 through the upper surface of the carbon back In the back and forth with the formation of the longitudinal gap 143 long inside The moving nut 144 is inserted into it so that it is possible to move back and forth, and in the middle of the inside of the moving nut to form a connector 146 through which the bolt 147 penetrates up and down together with the internals of the hexagon nut 145. In addition, the linkage 161 forms the same length between each of the rotating rods of each of the four rods, that is, the rods 162, 163, 164, and 165 of the first, second, third, and fourth rods 162, 163, 164, and 165, respectively. The front and rear rotational segments (170, 171) of the first rod (162) as a fixed rod coupled with the lower arm rotational sections (167, 169) of the second rod (163) and the fourth rod (165), respectively The front and rear rotational segments 172 and 173 of the third rod 164 are coupled to the remaining upper arm rotary sections 166 and 168 of the second rod 163 and the fourth rod 165, respectively. When the rod No. 162 is fixed, the rod No. 164 facing it can be rotated in parallel when the rod No. 162 is fixed. The upper arm swivel section 168 to be slanted backwards, but the straight length between the upper and lower swivel joints is formed equal to the second rod, and the first rod fits perfectly in the rounded surface of the carbon backing 142 in the middle. A moving fastening plate 174 is formed by matching the connector 175 through which the curling bolt 147 penetrates with the hole of the upper pressing tube 176, and a cami light for fishing at night is attached to the detachable tube 177 of the third rod. 733 is formed by the light outlet 178 and the cami groove 179 having a diameter of about 4mm, and two rear anti-rotation jaws (180, 181) and three forward rotation stops at each of the four rotational sections. The jaws 182, 183, 184, so that the bobbin 728 or the claw 725 can be safely released while maintaining the parallel of the bobbin until the bobbin is completely detached from the detachable ring. On the extension line of the center line of the carbon front 136 from the center line of the removable tube The height of the vertical line from the same as the height of the center line of the circle formed by the detachable ring 104, the detachable tube itself is a rotation radius smaller than the detachable ring, the fastening plate 174 of the linkage ) Is to be coupled to the only one spun bolt 147 at an appropriate position in accordance with the length of the bobbin between the moving nut 144 and the vertical gap 143 in the carbon backing, the bobbin detachment device ( 002 is inserted into the first 252 made of a material such as carbon into the second 202 so that it can be folded and unfolded like a conventional fishing rod so that the nodes can be interlocked and fixed to each other. And the end nut II 203 formed with the connector 205 through which the handle bolt 207 penetrates and the joining groove II 206 are formed, and the rear attachment and detachment device 201 has a rear fixing plate ( 214) At the bottom, at the appropriate area behind the second band. Forming the joining hole 225 to be fitted and joined, the second type lever II (220) is connected to the rotating shaft II (216) of the working spring II (215) to apply the principle of the second lever, 217 to open and close from each other, but the closed joint 218 and the open joint 219 at both ends of the action spring II are joined to the upper surface of the rear fixing plate 214 in a straight line, and the rear hook groove 222 is located above the second lever II. With the formation of the rear bobbin hook (221) with the two sides of the left and right symmetrical wing-shaped double-wing lever 223 is formed and the ends of the round ball-shaped inertia ball (224) each of a certain weight of lead After joining and stopping after the moment of rotation, the device is easily opened by itself only by the inertia force so that the bobbin string 718 can be released smoothly. In front of the rear detachable device of the second unit, the inertia after rotation is rotated. Back row by ball The shock absorbing band 226 buffering the impact with the end of the teeth (221) is formed to be forcibly detachable by the elasticity of the rubber itself, and the rotational radius of the twin-axis lever inertia ball (224) It is made larger than the back hook groove 222 to form a rotation moment of the back hook groove smaller than the inertia ball, the inertia ball 224 is formed to the length of the rotation radius itself longer than the inertial body 108, The position of the inertia ball is placed far more than the position of the rotation axis II (216), and when the first moment of the inertia ball is bent by acting the direction of the moment of the force only in the opposite direction to the inertial body Another type of the same function and principle of the rear detachable device 201 is characterized in that the rear detachable device 201 can be opened at the same time as the body detachable device 101 is opened or at least bend at the same time. In constructing the shape, the second lever and the principle of elasticity by forming a two-type lever 196 and a spring box 190 similar to another form of the body detachable device 101 with plastic and membrane spring instead of steel yarn The front detachable device 251 is connected to the detachable lever 258 to the rotation axis III (254) of the action spring III (253), the detachable lever is a second According to the principle of the closing lever, it is possible to open and close from the actuator III (255), but the open and closed joints 256 and 257 of the acting spring III are opposite to the acting spring II 215 of the rear detachable device so that the two rotating shafts II , Ⅲ (216, 254) are bonded to the front fixing plate (259) to face each other in a straight line, and the two lines of steel thread from the axis of rotation III to the actuating III straightened to be gently inclined backwards, front row hook (260) Too slow back While forming the front hook groove 261 under the bottom, and the bottom portion of the front fixing plate to form a joining groove III (262) to be fixed to the front end of the first stage 252, the bobbin string 718 below the detachable lever ) And at the same time so that it does not interfere at all with the bobbin running forward from the back, and the front ends of the detachable lever 258 and the front fixing plate 259 are bent in opposite directions to each other up and down. And the detachable lever can be opened only at the inclination angle of the front leash 260 when the detachable lever is opened from the actuator III (255), and the clamping device 003 has a support 305 therebetween. In forming the front and rear clamps (301, 302) having the front and rear end nuts (306, 307), the bottom of the left side of the nut (304) engaging with the fastening bolt 303 is supported like a band around Form belt 311 so that it can be bent freely At the end thereof, a connector 313 is formed to be inserted into and removed from the belt groove 314 formed at the bottom right side opposite to the rod nut 315 formed with the female screw 316 and the joint end 317 thereon. It is to be coupled to the screw 318, and the pressing plate 319 is coupled to the support belt has a support hole 321 in which the support belt is inserted on both sides thereof, and in the middle of the upper end of the fastening bolt The support groove 320 is formed to be inserted into the part, and the elastic rubber band 323 for shock absorption and anti-slip to be mounted on the existing reel, and the front and rear end nuts 306 and 307 are hexagonal The nut 308 is formed and the handle bolt 310 penetrates the connector 309, and the elastic rubber band 323 divides one side vertically and easily easily regardless of the thickness of the front and rear of the reel. To be embedded and adhered to the outer surface of the teeth The two inner surfaces formed by the support belt 311 and the pressing plate 319 are formed with the slips 312 and 322 for preventing slipping, and are conventionally provided at the front part of the launch pad handle for the purpose of mounting the bobbin. In the reel mounting binder 908 of the same shape and function, but somewhat smaller in size, a new mounting binder 332 is formed one more in the opposite direction to each other up and down, bolts out the long vertical grooves 337 as in the prior art ( A fixed holder 333 is formed at the front of the 336, and a handle nut 335 and a moving holder 334 are formed at the rear thereof so that the moving holder can move straight back and forth in the vertical groove as the handle nut is turned. The lower end where the front and rear supports 342 and 343 of the mounting table 341 having a constant modulus of elasticity are formed, the mounting end 346 mounted to the fixed holder and the moving holder, and both of them At the end, front and rear end nuts (344, 3 45), the semi-circular beam 006 is a semi-circular in the middle portion of the semi-circular shape to form a cross-section of the rounded portion with the formation of the connecting blades 601 with the connector 602 through which the bolt penetrates at both ends. The I-beam 005 has an I-shaped cross section, and the recessed groove 150 and the outer periphery of each end nut are formed in one concave surface. The upper and the middle formed by the formation of the straight protrusion 504 and the rounded outline 506, which fits perfectly on the outer surface of the outer shell, and the connector 505 through which the bolt penetrates to the opposite concave surface in the middle of the protrusion. The lower circular protrusions 501, 502, and 503 are formed side by side at regular intervals on the upper and lower portions, respectively, and on the lower left side of the I-beam, the yaw insertion surface 510 is provided along with the insulator of the hexagon nut 508. Forming and burnt the concave protrusion nut (507) By engaging the clip 512 composed of the vocal portion 514 and the connecting plate 513 and only one screw 509, the reel 909 is temporarily fixed to the clip so that the reel is not twisted by the top guide. In addition, the T-type double joint 208 has a “I” shape in the cross section like the I-beam, but in contrast, there is only one circular protrusion 209 in the rear concave, and the hexagon on the right side thereof. The nut 211 is formed together with the protruding nut 210 having the connector 212 through which the splicing bolt 213 penetrates, and the hexagonal nut 138 is installed on the right side surface of the carbon cradle 136. A side protrusion nut 137 formed with a connector 139 through which the squatting bolt 140 penetrates together with the arrowhead 007 of the head for the purpose of loading-firing the blasting device. The conical tailstock 720 within a certain weight range that is sufficiently adapted to the detachable ring 104 Ring fixing part 722 inserted into the detachable ring and gap clearance part 721 to be separated from the gap 105 are formed thereon, and the jewel head 727 to which the claw saw 725 or the jig 728 is attached. In addition, in forming the tail tail 724 attached with the tail 701 underneath, the center of gravity of all the tails are placed on the ring top part 722, and the weight and buoyancy of the tails at the same time. In order to minimize the frictional resistance with the fluid while forming large, the center of gravity of the entire weight is placed on the ring top 722, the streamlined balance body toward the tail in proportion to the volume or weight increase of the tail 723) and the length of the tail 701 is freely set according to the depth of the tail string as well as the tail is damaged or set to the depth even under the strong impact of the target point of inertia. Does not change, and water In the air, the function of the conventional bobber as it is, while at the same time in the air under the lifting force of the air as if the arrow to the front of the tail, characterized in that to fly straight through the wind, and the tailings (728) ) Is formed by detachable grooves 729 and wings 730 made of a material such as silicone synthetic rubber and is formed to be detachable forcibly at the tip of the tail, groove bolts 702 of the tail 701 ) And with the formation of the bolt head 706, in the middle of the upper inside thereof, a joining groove 707 joined to the tip of the tail, and a male screw part 703 for engaging with the fastening nut 713 below. Further, in the middle of the inner side, a longitudinally long pressing groove 704 is formed along with a key gap 705 outwardly from the groove so that the threads and the valleys extend from each other, and the fastening pipe 709 and the rubber packing 717 ) To be stripped In addition, a single groove is formed in a line with the key gap 705 at the upper part of the crimping groove again, and symmetrically splits from both sides from here, so that the back of the bolt head has a width of about 0.8 mm extending from each other. 708, the fastening nut is formed therein with a female threaded portion 715 therein, a bobbin insertion outlet 716, and the outer side of the left and right symmetrical handle blades 714, The fastening pipe 709 is formed by the fastening head 710 and the fixing key 711 inserted into the key gap and the ellipse sphere 712 in which the bobbin is inserted in the middle of the fastening of the bobbin, as well as adjusting the length of the bobbin string. It is characterized in that it has a function, and the chae 008 is wound around 3 to 4 times around the steel thread of the fishing thickness according to the size of the lake (호수) fishing (805) in a cylindrical shape, Lower part whose diameter is smaller than the fishing width Knot forming work 802, spirally wound in succession, and wound about two to three times so that its entire height is the same as the fishing height so that one strand of thread 804 passes but the two or three threads are tied together. Pass the thread of one strand through the very small attachment coil 801 formed by forming the upper coil 803 with a hole that cannot pass through, and tie the fishing man thread together with one or two or three strands and knot it several times. It is made by connecting about twice the length of fishing and forming two symmetrically on one or both sides with respect to Bongdol 806, while minimizing the separation of rice cake at the target point, It is characterized in that the function can be fully exhibited as it is, and for the purpose of loading in the blasting device, the arrowhead of various weights corresponding to the infiltration of the weight of about 6 ~ 13g In the case, assuming that the water density is constant, the weight ratio of the weight of the bobber and the fermentation stick is formed, and the dried rice cake 807 has a small ball-shaped ball size of about 9 mm in diameter. Porous dry rice cake, characterized in that it has a porous micropores 809 in its structure, and a trumpet-shaped fishing groove 808 in the middle of its inner end.