JP2010178643A - Float for fishing use - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an interline float for fishing use, easily and swiftly attachable without cutting off a fishline and leaving any member(s) on a fishline, and freely attachable/detachable by exchanging three members by combining them with each other to adjust its volume, shape, buoyancy, weight balance, fishline-falling speed, etc. <P>SOLUTION: The interline float with such a structure as to be used in the condition of threading a fishline through the float body is provided, being such that: the float is divided into a body, an upper part and a lower part; the joining groove of the upper part is screwed on the upper fastening part of the body, while the joining groove of the lower part of the lower part on the lower fastening part of the body to effect detachable; the body is equipped with a body guide part, the upper part with an upper part guide part, and the lower part with a lower guide part; and a closing mechanism is also provided to close one or both sides of the body guide part. Thus, the interline float can be freely made on site in accordance with the situation. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

The present invention relates to the structure of a fishing ground.

  In general, fishing often uses uki, but the purpose of uki is to catch fish faith, transport the device to the point in the air, adjust the depth of predation of the fish, etc. It can be used in various ways, such as carrying a mechanism on the tide, or catching the flow by sinking under the sea surface, but especially Utsuri Uki supports a wide range of the above usage This is why many anglers use it.

  However, due to various natural effects such as tide, wind, weather, and temperature, it is necessary to deal with buoyancy, size, shape, balance, mechanism feeding speed, etc. Although the ability to handle various conditions is high, when excavation is performed, the thread is inserted through the through hole. Since it is necessary to insert the thread into the cushioning material, bind to Harris or the return, and adjust the stop for the length of the thread that has been cut and shortened. The task of replacing is troublesome, and it is often difficult to deal with under the conditions such as handicap such as presbyopia and clumsiness, strong wind, rain, lack of sunlight, etc., and this problem has been solved conventionally Shita The attachment and detachment of the float has been proposed which can be freely passed through in without cutting the fishing line.

In order to solve the above problems in the conventional literature, there are prior arts described below.
Japanese Patent Laid-Open No. 08-140539 JP 09-9836 A Japanese Patent Laid-Open No. 10-28504 JP-A-11-56186 JP 2008-187925 A

  However, the previous literature has always left the fishing line in a threaded tube, a lower part of the main body, or a hole with a hole such as a threading tube, a fitting shaft, a mandrel, and the like. It was to be retrofitted. In particular, the Uki disclosed in Patent Document 2 has a structure in which all of the Uki can be removed from the fishing line by providing the longitudinal groove 8 in the core 6, but the fishing line is affected by external influences such as wind waves, tidal currents, and sashimi. It will be pulled and will naturally fit in the dent that is the gap between the vertical grooves 4 of the divided body 2. If a strong force is applied, there is a possibility of being caught between the elastic ring and the vertical groove 4 and the fishing line will be dent. Therefore, the shape is not well balanced because the thread does not pass through the center of the lacquer. The uki disclosed in the above-mentioned patent document 3 also has a structure in which all of the uki can be attached to and detached from the fishing line by providing the thread groove 9 in the guide pipe 5, but the thread groove 4 provided in the conical uki body 1 and the ring 14 When the fishing line is accommodated in the gap formed by, or in the gap of the ring 14, the shape is the same as that in Patent Document 2 above.

In addition, in the prior art until now, since the members are independent at the time of inserting the fishing line, positioning cannot be performed, and the thread grooves or vertical grooves of several members are fixed linearly with fingers, and the fishing line can be operated with one hand. And pulling the tip of the toe to give it tension and make it almost tensioned, or use both hands to hold the fishing line in almost tensioned state, and communicate to the line guide path 7 or the hole 13 through which the line passes. Since the work of fixing while paying attention to the biting of the fishing line is necessary, it was also a part that left trouble.

  The object of the present invention is to adjust the buoyancy, volume, shape, color matching, etc. without cutting the fishing line and without leaving any members on the fishing line. The purpose is to provide an easy-to-use thread.

  A fishing lure having a structure in which a fishing line is inserted through the main body is divided into a body part 1, an upper part 2 and a lower part 3, and the upper part of the upper part 2 is engaged with the upper engaging part 4 of the body part 1. The joint groove 17 is configured to be detachable by screwing the lower engagement groove 18 of the lower portion 3 to the lower engagement portion 5 of the body portion 1, and the body guide portion 8 is provided to the body portion 1. A through hole characterized in that an upper guide portion 11 is provided in the upper portion 2 and a lower guide portion 12 is provided in the lower portion 3 and a closing mechanism for closing the body guide portions 8 on both sides or one side is provided.

  The closing mechanism according to claim 1, wherein the body guide portion extends toward the gap wall facing one side of the gap wall of the body guide portion 8 on both end sides of the upper column 15 and the lower column 16 provided above and below the body portion 1. A closing mechanism is provided that reaches the inner wall surface of the center hole 6 in a state of straddling 8 and closes the body guide portions 8 on both sides or one side by having the tip along the inner wall surface of the center hole 6. Uki.

  As a closing mechanism according to claim 1, an upper tapered portion 33 and a lower tapered portion 34 are provided in the upper through hole 19 and the lower through hole 20, and a reed valve 40 in which a reed valve groove 35 is cut in the upper column 15 and the lower column 16 is provided. By inserting, the gap between the reed valve 40 is reduced in diameter, and a closing mechanism for closing the body guide portions 8 on both sides or one side is provided.

  As the closing mechanism according to claim 1, the upper column 15 and the lower column 16 have a width from the inner peripheral surface to the outer peripheral surface, and the upper column that is spirally cut in the direction of the grip portion 7 in synchronization with the pitch height of the spiral. 15 and the lower pillar 16 and the upper and lower parts 2 and 3 cut in a shape that matches the cut upper pillar 15 and the lower pillar 16 are screwed together so that the body guide portions 8 on either side or one side are screwed together. A through hole characterized by providing a closing mechanism for closing the door.

  As a closing mechanism according to claim 1, the upper guide part 50 is provided on the upper end part side of the upper guide part 11, and the lower guide part 51 is provided on the lower end part side of the lower guide part 12. By forming the upper FIX 48 and the lower FIX 49 on the extension lines of the part 11 and the lower guide part 12, the upper pressure-bonding surface 27 and the lower pressure-bonding surface 28 are joined to the grip part 7 so that the body guide parts 8 on both sides or one side can be connected. A through hole characterized by providing a closing mechanism for closing.

  The body guide part 8, the upper guide part 11, and the lower guide part 12 are provided with a function of performing a temporary stop in a straight line in the through hole according to any one of claims 1 to 5. Through the street.

The through hole of the present invention has an effect that it is possible to quickly cope with various changes that affect fishing results without cutting the fishing line. For example, when the tide is fast or when you are fishing inside the shore, there are cases where the weight of the ball to hit Harris is increased to stabilize the mechanism, or many balls are hit by Harris. If the flow is slow on the contrary, it is weak with a light mechanism that does not attach anything to Harris, using a buoyancy killing buoyancy called 0 (zero) uki or 00 (zero zero) uki If you can respond to changes and if buoyancy is not effective, use a high-sensitivity sensitizer that increases sensitivity by making it small in volume. On the contrary, in order to put a device at the target point in strong winds, we give the uki itself a weight that is not defeated by the wind, so that the control is good and the buoyancy of the uki itself is improved. And to minimize the influence of the wind by not exposing the sea surface, further sinking the sea surface below the sea surface, to improve the tide in the upper shape of the sea surface, so as not to lose the wind resistance There is also a flexible response method such as adjusting the settlement speed in the lower shape. There are colors that are easy to see, including the snow drifting under the surface of the sea, and when it is relatively sunny, the red system is easy to see, and when it is raining, cloudy, underwater, etc. In most cases, yellow or yellowish green is easy to see, and the amber color is relatively stable because it can be widely used as an intermediate entity. Recently, Uki's weight balance has been attracting attention, and the center of gravity is located at a high position, which is called high center of gravity, and the center of gravity at the bottom of Uki is called low center of gravity. The difference greatly differs in the expressive power expressed by the posture of Uki, and it is high that the weak Uchishin and the Uki itself change its direction and move naturally in the direction of fish predation only by the underwater resistance of the fishing line. In the case of a low center of gravity, the advantage that is superior in the flying distance is adversely affected, the force to try to stand up is large, and even if there is a fish trust, the posture is stable because it is stable There is a weak point that can be expressed only by a movement that slides sideways in an upright posture. Recently, fishermen carry food as everyday, so fish seems to be learning, and if the sinking speed of stabbed bait and fired bait is not synchronized, it does not look, but it is exactly There is a tendency to prey actively when it matches, and the part by adjusting the settlement speed is large in the part of how to send the mechanism naturally and let the fish prey, and the fishing line can contribute to the regulation of the settlement speed If the inner diameter is large, the thread drop speed is faster. If the inner diameter is smaller, the feeding speed of the device is slower. Adjust the settlement speed with the inner diameter. In many cases, it can lead to fishing, but for that purpose it is necessary to change the uki. The angler feels the need for exchanging uki, but to do that, he removes the uki from the fishing line and cuts the fishing line. It is necessary to adjust the shelves for fishing lines that have been cut and shortened by tying Harris or Sulkan after inserting a bob or a weight, so that you can miss the trouble and time of exchanging the ground. It is not uncommon for you to regret your response because of the dilemma. The through-hole of the present invention is formed without the fishing line being cut or leaving any member on the fishing line because the main body is formed by the body part, the upper part, and the lower part. At the same time, the main body formed by combining three members can be freely adjusted in size, weight balance, shape and buoyancy, and at the same time the shape, volume, buoyancy and The specific gravity can be adjusted according to the material and structure, the inner diameter of the center hole can be selected with the fishing line insertion hole in the body, and the speed of dropping the mechanism can be adjusted, the color combination is also free, and the body part with the terminal formed If you use the upper and lower parts that form the pointer, each guide part of the fishing line that is individually provided on the three members is temporarily fixed in a straight line, so that the fishing line can be connected and detached. Simply done in a short time, also people not towards presbyopia and dexterity, strong wind and rain, even in natural conditions such as lack of sunshine, a float through among which can detachably.

The front view which provided the lead 61 in the upper and lower pillars in the body part 1 of this invention. The front view which showed the shape of the upper part 2 and the lower part 3 which attaches or detaches to the body part 1 of FIG. The front view which attached the upper part 2 and the lower part 3 of FIG. 2 to the body part 1 of FIG. FIG. 4 is an enlarged plan view of FIG. 3. Is a perspective view of FIG. The front view which provided the reed valve 40 in the upper and lower pillars in the body part of this invention. The front view which showed the shape of the upper part 2 and the lower part 3 which provided the taper part which operates the reed valve 40 of FIG. 7 is a front view in which the upper part 2 and the lower part 3 of FIG. 7 are attached to the body part 1 of FIG. The reduced diameter of the reed valve 40 is shown by the constricted shapes of the upper tapered portion 33 and the lower tapered portion 34 described in FIG. 7, and the upper diagram shows that the reed valve is open without being affected by the constriction of the upper tapered portion 33. In the state, the lower figure shows a state where the reed valve is narrowed and closed by the shape of the upper tapered portion 33. The front view which provided the spiral part 29 in the upper pillar 15 and the lower pillar 16 of the body part 1. FIG. The front view which showed the upper spiral part 30 and the lower spiral part 31, and the upper stopper 13 and the lower stopper 14 which become coronation in the spiral part 29 of FIG. FIG. 12 is a front view in which the upper part 2 and the lower part 3 of FIG. 11 are attached to the body part 1 of FIG. 10. The perspective view of FIG. FIG. 13 is an enlarged plan view of FIG. 12. The figure which showed the cross-sectional position using the upper figure of FIG. The figure which each showed the cross-sectional position of FIG. The front view of the body part 1 which showed having engaged in narrowing and forming the temporary stop structure. The front view which showed the shape of the upper part 2 and the lower part 3 which inserted and inserted in the shape of the body part 1 of FIG. 17, and formed the temporary stop structure. 18 is a front view in which the upper part 2 and the lower part 3 of FIG. 18 are attached to the body part 1 of FIG. The front view which showed the state which clamped the upper keeper 45 and the lower keeper 47 with the lock pointer 42 for positioning which connects a fishing line, and performed the temporary stop. The front view which showed the positional relationship in the state which engaged the shape of the body part 1, the upper pointer guide part 52 of the upper part 2, and the lower pointer guide part 53 of the lower part 3. FIG. The enlarged plan view of FIG. FIG. 11 is a front view showing that the body portion 1 having the spiral portion 29 of FIG. 10 is integrated by adding a temporary stop structure to the upper portion 2 and the lower portion 3. FIG. 24 is a front view showing that a structure for temporarily stopping is formed in the shapes of the upper part 2 and the lower part 3 to be attached to the body part 1 of FIG. 23. FIG. 25 is a front view in which the shape of the upper part 2 and the lower part 3 of FIG. 24 is attached to the body part 1 of FIG. The front view which showed the state which performed the positioning to which the guide part which connects each of the fishing line of the body part 1, upper part 2, and lower part 3 became a linear form by the temporary stop function. The front view which reduced the diameter of the center hole 6 using the shape of FIG. The front view which expanded the diameter of the center hole 6 using the shape of FIG. FIG. 26 is a front view in which a narrowed shape is provided in a substantially central portion of the center hole 6 using the shape of FIG. In place of the mounting method performed by the upper engaging portion 36 and the lower engaging portion 37 of the body 1 shown in FIG. 23, the upper portion 2 and the lower portion 3 are attached according to the shape formed on the drum 24 for temporary stop. The front view which showed the shape of the body part 1 which can be performed. The front view which showed the shape which can be attached or detached with the body part 1 of FIG. 30 by providing the upper pointer 25 in the upper part 2, and the pointer 26 in the lower part 3. FIG. The front view which mounted | wore the upper part 2 and the lower part 3 of FIG. 31 with the shape of the body part 1 of FIG. The front view created in the hollow state using the decision 60 in the shape of FIG. The front view which showed that the length of a pillar interchanged by reversing the body part 1 of FIG. 1 up and down, and the size of the upper part 2 and the lower part 3 can be performed. The top view which showed the example of the deformation | transformation pattern of FIG. The top view which showed the example of the deformation | transformation pattern of FIG.

   In the following, embodiments of the removable through hole of the present invention will be described in detail based on the drawings.

FIG. 1 shows the shape of the body portion 1 of the present invention in which the upper column 15 is short and the lower column 16 is long, and at the same time, both end portions of the body guide portion 8 cut linearly between the upper end portion 9 and the lower end portion 10. FIG. 7 is a perspective front view showing a shape in which one side of the gap wall existing in the wall extends to the inner wall surface of the center hole 6 so as to straddle the body guide portion 8 and is settled with the tip along the inner wall surface of the center hole 6; 2 is a perspective front view showing the shapes of an upper part 2 and a lower part 3 that are attached to and detached from the body part 1 shown in FIG. 1, and FIG. 3 shows the body part 1 shown in FIG. FIG. 4 is a perspective front view of the completed through-hole main body provided with a closing mechanism for mounting the lower portion 3 and closing the body guide portion 8. FIG. 4 shows the upper pillar 15, the center pipe 6, and the leads provided on the center pipe 6. 61, the lead mating part 62 and the upper part 2 3 is a perspective view of the body portion 1 shown in FIG. 1 as viewed obliquely from above. FIG. 6 is a reed valve formed by providing reed valve grooves 35 in the upper column 15 and the lower column 16. FIG. 7 is a perspective plan view showing the shape of 40, and FIG. 7 shows an upper tapered portion 33 that gently narrows toward the upper end side of the upper through hole 19 of the upper portion 2 in order to open and close the reed valve 40 shown in FIG. FIG. 8 is a perspective front view showing that a lower tapered portion 34 having a shape gradually narrowing toward the lower end side of the lower through hole 20 of the lower portion 3 is provided. FIG. 8 is a view of the body portion 1 shown in FIG. The top 2 and the bottom 3 of FIG. 7 are attached, and the diameter of the lead valve 40 provided with the lead valve groove 35 is reduced by the shape of the upper taper portion 33 and the lower taper portion 34, and the body guide portion 8 The body guide 8 is closed by closing the lid. FIG. 9 is a perspective front view of the completed through hole provided with the closing mechanism. FIG. 9 shows the shape of the upper tapered portion 33 and the lower tapered portion 34 shown in FIG. The figure shows a state in which the body guide part 8 is closed. The upper figure shows a state in which the reed valve is opened from the bottom of the grip part 7, and the lower figure shows the action of the upper tapered part 33 by the reed valve 40. FIG. 10 is a top view showing the closed state. FIG. 10 shows the upper column 15 and the lower column 16 on the side facing the body guide wall 56 that is one side of the gap surface of the body guide 8 existing at the upper end 9 and the lower end 10. FIG. 11 is a perspective front view of the body portion 1 provided with the spiral portion 29, and FIG. 11 is provided with the upper stopper 13 and the upper spiral portion 30 in the shape of the upper portion 2 shown in FIG. 2, and the lower stopper 14 and the lower spiral portion in the lower portion 3. 12 is a perspective front view provided with FIG. 12. FIG. 12 is a perspective view of the body part 1 shown in FIG. 10 with the upper part 2 and the lower part 3 shown in FIG. 11 attached thereto, and the spiral part 29 of the body part 1 and the upper spiral part 30 constituting the upper stopper 13. In addition, the lower spiral portion 31 formed by the lower stopper 14 conforms to the crowned shape, so that a through-hole having a closing mechanism for closing the body guide portion 8 is completed. FIG. 13 is a perspective view of the body of FIG. FIG. 14 is an enlarged perspective view of the part 1 viewed from obliquely above, and FIG. 14 is an enlarged view of the relationship between the spiral part 29 of the upper pillar 15 shown in FIG. 10 and the upper stopper 13 provided on the upper part 2 shown in FIG. 12 is a perspective plan view, FIG. 15 is a perspective plan view showing a cross-sectional position in a state where the body guide portion 8 of FIG. 14 is closed by the mating surface 41 and the body guide wall 56, and FIG. Indicated by FIG. 17 is a perspective front view showing that a lock pointer 42 and a first pointer 43 are provided on the upper column 15 and the lower column 16 of the body portion 1, and FIG. The upper terminal 44 and the upper keeper 45 are provided on the peripheral wall of the upper through hole 19, and the lower terminal 46 and the lower keeper 47 are provided on the peripheral wall of the lower through hole 20 of the lower portion 3. FIG. 19 is a perspective front view showing the shape of narrowing the first pointer 43. FIG. 19 shows the body part 1 of FIG. 17, and the shape of the upper part 2 and the lower part 3 of FIG. FIG. 20 is a perspective front view of a completed through hole provided with a closing mechanism for closing. FIG. 20 shows the first pointer 43 in the upper keeper 45 in the upper part 2 and the lower keeper in the lower part 3. First pointer 43 is fit into 47, the body guiding portion 8 and the upper guide portion 11 and the upper S guide portion 50 and the lower guide section 1
FIG. 21 is a perspective front view showing that the fishing line can be easily communicated with each other because the two and the lower S guide part 51 are temporarily fixed in a state where they are aligned, and FIG. 21 shows the body part 1 of FIG. Place the front and side views of the upper part 2 and the lower part 3 on the right half of the center, and engage with the shape of the upper pointer guide part 52 of the body part 1 and the upper part 2 and the lower pointer guide part 53 of the lower part 3 FIG. 22 is a perspective front view showing the positional relationship in a horizontal state. FIG. 22 shows the positions of the center hole 6, the upper guide portion 11, the upper FIX 48, and the upper S guide portion 50 when FIG. 19 is viewed from above the axis. 23 is a perspective view showing the relationship, and FIG. 23 can change the size of the upper engaging portion 4 and the lower engaging portion 5 from the shape of FIG. At the same time as a new pointer A perspective view showing the body portion 1 that can be temporarily fixed to the upper portion 2 and the lower portion 3 by forming and integrating the drum 24 provided with the inside 32, the pitch line 22, the keeper 23, and the body guide portion 8. FIG. 24 is a front view showing that the sizes of the upper engagement groove 17 and the lower engagement groove 18 can be changed from the shape of FIG. 11 to shapes such as the upper engagement groove size 38 and the lower engagement groove size 39. FIG. 25 is a perspective front view showing the shapes of the upper part 2 and the lower part 3 that are newly provided with the upper pointer 25 and the lower pointer 26 and can be attached to the body part 1 of FIG. 24, the upper stopper 13 and the lower stopper 14, the matching portion 41, and the body guide wall 56 are simultaneously matched, so that the body FIG. 26 is a perspective front view of the completed through hole provided with a closing mechanism for closing the inside 8. FIG. 26 shows the state of FIG. With the lower part 3 returned in the downward direction, the terminal 21, the upper pointer 25 and the lower pointer 26 are sandwiched, so that all the guide parts of the body guide part 8, the upper guide part 11 and the lower guide part 12 are aligned. FIG. 27 is a perspective front view showing a state where the center hole 6 is easily fixed and can be easily communicated, and FIG. 27 is a dotted line showing the original position of the center hole 6 in order to make the center hole 6 of FIG. FIG. 28 is a perspective view in which the center hole 6 in FIG. 23 is enlarged, and a perspective view in which the position of the original center hole 6 is added with a dotted line in order to make it easy to understand. FIG. 29 is a center view in FIG. FIG. 30 is a perspective front view showing that the diameter of the hole 6 is not changed, and the middle portion is squeezed so as to suppress the thread shake and mooring the anchoring. FIG. The upper engaging portion 36 and the lower engaging portion 37 are removed from 1, and the pointer guide portion 32 provided on the drum 24, the pitch line 22, the keeper 23, and the body guide portion 8 make the upper portion 2 and the lower portion 3 is a see-through front view showing the body part 1 that can be attached and detached, FIG. 31 is a figure in which the upper engagement groove size 38 and the lower engagement groove size 39 are excluded from the shape of FIG. At the same time that the part 1 is detachable, the upper pointer 25 and the lower pointer 26 are temporarily held by the terminal 21 so that the body guide part 8 and the upper guide part 11 are connected when the fishing line is communicated. FIG. 32 is a perspective front view showing the shapes of the upper part 2 and the lower part 3 in which the lower guide part 12 is in a straight line. FIG. 32 is an upper stopper 13 by screwing the upper part 2 and the lower part 3 of FIG. In addition, the lower stopper 14, the matching portion 41 and the body guide wall 56 are matched at the same time, so that a through hole provided with a closing mechanism for closing the body guide portion 8 is completed. FIG. 33 is a top view of FIG. 2 and FIG. 34 are perspective front views showing that the shape of the lower part 3 and the lower part 3 are formed hollow by using the decision 60 to increase the buoyancy, and FIG. 34 shows the length of the column by reversing the body part 1 in FIG. Is a perspective view showing that the buoyancy and volume of the upper part 2 and the floating body can be increased, and FIG. 35 is a plan view of FIG. Fishing Plan view of a can be reinforced to prevent fitted in the thread, FIG. 36 is a plan view showing the shape that produces the same effect as FIG. 35.

The main part of the present invention, which is formed as a three-piece unit, is a body part, which is a main member that engages and attaches the upper part and the lower part, and the volume, strength, and specific gravity may be adjusted as necessary. It is a part that can be manufactured with materials that have corrosion resistance such as metal, alloy, synthetic rubber, etc., and in the case of metals, those that have been subjected to surface treatment with corrosion resistance according to the metal. When the center hole diameter penetrating into the center of the center and the formation of a constricted part in the middle serve to adjust the fishing line passing speed and lock, that is, when adjusting the settling speed of the device If a body part having a center hole diameter of a desired settlement speed is selected and mounted, the settlement speed can be quickly and easily adjusted by simply attaching and detaching members.

  In the case of a normal through hole, a hole penetrating between the upper and lower ends of the main body forms an entrance / exit as an insertion hole for inserting a fishing line, and the entrance / exit of the insertion hole is a clean circular shape with little fishing line passage resistance. However, in the case of the detachable threading hole disclosed in the patent public relations etc. so far, if any member is left inserted in the fishing line in advance, there is a break in the insertion hole. It is possible to use it in a clean circle with little resistance, but if no member is left in the fishing line, there is no technical description of the fishing line insertion hole formed in a clean circle, and in the through hole located in the center of the through hole, There will be a groove to guide the fishing line, but when nature is fishing the other party, there is a fishing line between the reel and Uki, and the fishing line is outside of wind, waves, tidal currents, salasity, etc. Due to the influence, the uki itself is mostly pulled in a direction different from the natural state on the flow, and as it is repeatedly pulled or loosened by the fishing line, it inevitably fits in the groove, and the core and The fishing line gets caught in the gap between the buoyant body surrounding wall that surrounds the core and the fishing line cannot move or may be damaged. Since the thread does not pass through and the balance is not good, as a novel shape and configuration of the through hole of the present invention, there is provided a closing mechanism for closing the body guide part which is the entrance and exit of the fishing line. Have. As a method of closing, the upper pillar provided with the body guide part and the lower pillar both end side walls formed on one side of the gap between the body guide parts so as to straddle the body guide part for the opposite wall surface. The body guide part that is the entrance / exit of the fishing line is formed by forming the lead in a state along the inner wall surface of the center hole, and the lead along the inner wall surface of the upper column and the lower column on the receiving side. It is characterized by providing a closing mechanism for closing. The next blockage method is to provide a tapered part that gradually narrows the upper and lower through-holes toward the end, and provides several reed valve grooves in the upper and lower pillars to provide a reed valve. Thus, if the shape that allows opening and closing of the gap of the body guide portion is inserted into the upper and lower through holes, the lead valve is reduced in diameter by the constricted shape provided with the tapered portion, thereby being the entrance / exit of the fishing line It is characterized by providing a closing mechanism for closing the body guide. The next closing method is that the body is cut to the body guide section like a rotary slide at the same pitch as the helical pitch of the engaging section from the upper end and lower end of the body toward the grip. The shape of the spiral part of the pillar and the lower pillar, and the upper spiral part of the upper part and the lower spiral part of the lower part are formed in a convex and concave matching shape, so that the upper upper crimping surface and the lower lower crimping part of the grip part are formed. When the surfaces are joined, the mating is performed so as to cover the spiral part including the body guiding part, and at the same time, the upper and lower mating parts and the upper pillar body guiding wall and the lower pillar body guiding wall also coincide. Thus, the present invention is characterized in that a closing mechanism for closing the body guide portion that is the entrance and exit of the fishing line is provided. As the next closing method, the upper S guide portion 50 is provided as if the upper end portion of the upper upper guide portion 11 is substantially S-shaped, and the lower end portion of the lower lower guide portion 12 is substantially S-shaped. The lower S guide part 51 is provided as if the lane was changed, and the upper FIX and the lower FIX are directly beside the upper S guide part and the lower S guide part, and the upper guide part and the lower guide part are substantially S-shaped. A body part with a lock pointer and a first pointer in the upper and lower terminal grooves provided in the upper through groove peripheral wall and the lower through groove peripheral wall. When the upper crimping surface and the lower crimping surface are inserted into the grip portion, the upper FIX and the lower FIX are inserted into the upper guide portion and the lower guide portion. By installing the various structures and shapes according to the conditions and preferences of the fishing spot, it is quick and easy on the spot. It can be done with a simple attachment and detachment.

In addition, when the buoyancy adjustment is required, the upper part has a large influence, and the adjustment range by volume, material, specific gravity due to hollow formation, etc. is large, and when increasing the buoyancy by volume, use a greatly expanded shape or the body part If you change the vertical direction, the length of the upper and lower pillars can be different, so you can attach long and large members, and if you want to increase the buoyancy due to the material and hollow formation, you can use foamed polystyrene, balsa, paulownia, etc. Large buoyancy can be obtained by manufacturing a material with a low specific gravity, or a synthetic resin, alloy, synthetic rubber, or metal in a hollow state, and if buoyancy is required, the lower part has the same volume and When adjusting the material and the specific gravity due to hollow formation, the adjustment range is large, and when increasing the buoyancy by volume, the foamed polystyrene material, light material such as balsa or paulownia, or synthetic resin or alloy, synthetic rubber or metal, etc. It is also possible to obtain a large buoyancy if manufactured in a hollow state, the a two members or structures body portion also climbed buoyancy in three members, including. Conversely, if you want to reduce buoyancy, the same is true if you want to reduce buoyancy by shape, or if you want to reduce the buoyancy by material or volume, use a shape that narrows the upper shape of the shaft center. If you select the upper part made of heavy wood or the above synthetic resin or alloy, synthetic rubber or metal with a specific gravity close to seawater in the hollow state, you can also adjust the buoyancy by attaching the lower part that matches the buoyancy, In addition, if you want to sink into the sea, you can freely adjust the gravity of the lower part with the volume, the synthetic resin, alloy, synthetic rubber, metal, etc. If a member is selected and installed according to the right place, the buoyancy can be quickly and easily adjusted by attaching and detaching the member.

  Furthermore, the lower the upper buoyancy and the lower gravity, the closer the center of gravity close to the center of the main body, the more buoyancy is zero, the less stable it is. By changing to a uki with a poor attitude, the uki body changes its direction in the direction of predation of the fish with just the underwater resistance of the fishing line even if it is a small hit, and then moves slowly in the direction in which the uki itself is drawn. The high center of gravity is the one that has expressive power, but in the case of the current one, the lead is put into the wooden body and the surface is treated with paint after adjusting the buoyancy. Although the main body has been completed, the difference in the annual ring width of the wood due to the sunshine on the south and north faces will be the difference in buoyancy, and the specific gravity will depend on the intuition because the specific gravity is not constant due to the dryness etc. In addition, because it is impossible to adjust the upper and lower parts as in the present invention, it is difficult to consistently produce a three-dimensional real weight balanced uki. The buoyancy and gravity are accurately adjusted in all the members constituting the through hole of the present invention, and the specific gravity is constant when the material is synthetic resin or alloy, or metal or synthetic rubber. As a result, the product is kept uniform, and since it is manufactured in a mold, it can be processed with high accuracy, and the buoyancy and gravity are clearly specified on each member. Without being caught, the weight balance can be quickly and accurately adjusted on the spot by attaching and detaching the members.

  And even if the inside weave has the same weight, buoyancy, volume, and specific gravity, it may not be able to perform its original function due to the influence of wind waves and tidal currents, but at that time the upper part has a mortar-shaped depression. If you use it like a sunken, you can grab the tide and send the device in a state close to nature, and even if you change the shape of the lower part to a saddle shape, you can demonstrate the tide receiving effect, The entire side of the Uki shape can be used as a tide, and the bottom can be made longer than the length of the lower pillar to increase the volume and increase the surface area in contact with seawater. By increasing the power, it has the power to cope with wind, waves, tidal currents, smoothness, etc. Even if the tide receiving shape and volume up to that point are not necessary, it is only necessary to select a member according to the conditions. On the contrary, when there is no wind wave or flow at all, the top shape is a triangular cone shape and buoyancy and volume are reduced, and the lower shape is also an inverted triangle cone shape and gravity and volume are reduced, thereby reducing the size of the whole Uki. Since it becomes a highly sensitive expression that can express even a small hit, it is possible to quickly and easily select the shape and volume on the spot by attaching and detaching the members.

However, there is a structural inconvenience in the through hole that is detachable without cutting the fishing line, without leaving any member on the fishing line, and when working to fit the fishing line in the center hole, It is necessary to fix the fishing line guides of several members in a unified direction, but fix them with fingers so that the guides of all members do not shift, and pull the fishing line with one hand. It is a work that requires advanced technology, such as bending the tip to give tension or communicating the fishing line in a nearly tensioned state with both hands, but this invention first forms the new part called the terminal, the body part When the upper pointer and the lower pointer are dropped into the terminal of the terminal from the pointer guide, it becomes a pinch-like and temporarily fixed state. Upper guide portion and the groove of the lower guide portion of the lower part of the upper part, since it allows the fishing line communication task in temporarily fixed state at straight, can perform quickly and easily attached and detached exchanged in situ.

  There are color problems as a factor that efficiently communicates the various effects introduced so far to the angler, but for example, conditions such as cloudy or rainy days, low sunshine, drifting in the sea, gradually In the case of fishing such as all layers sinking or full play, it is difficult to see unless it is a bright color such as yellow or yellow-green, and conversely in red it is easier to see red etc. than a too bright color Therefore, the amber color that can be used for both is widely used by many people. If you want to change the color in the case of a regular uki, cut the road thread once, then insert the thread into the newly selected uki or cushion material, and then bind to Harris or more back and cut Since the procedure for adjusting the movement of the fishing line that has become shorter is necessary, the replacement work is troublesome, but the three parts of the present invention are colored in various ways, If you select and install a color member that suits your situation, you can quickly and easily attach and detach it on the spot. Since it can be formed in a state, there is no worry about color fading or color peeling, and the buoyancy remains unchanged.

According to the method of forming the threaded main body of the present invention by helical engagement, the upper engaging groove on the upper part is screwed to the upper engaging part of the body part and screwed to the grip part. Since the mounting of is completed and the lower part can also be mounted in the same manner, the hollow body can be formed. In addition, when the body part is inserted into the narrow part, the upper part of the upper terminal and the upper keeper are gripped by the lock pointer and the first pointer of the body part. The mounting is completed, and the lower part can be mounted in the same manner, so that a through-hole body can be formed. And, in order to penetrate the fishing line through the center hole, in the state where it is combined in a trinity, it will be in the inserted state if it penetrates the cut fishing line end part through the center hole, as in the case of an ordinary through hole, In order to attach an uncut fishing line to a threaded main body formed by helical engagement, the upper engagement groove on the upper part is screwed into the upper engagement part of the body part, and the lower part of the body part is engaged. After screwing the lower engagement groove on the lower part into the joint part, aligning the body guide part of the body part, the upper guide part on the upper part, and the lower guide part on the lower part in a straight line, and performing communication at the same time for the three members, If the upper part and the lower part are screwed to the body part, the fishing line can be attached to the main body, and the upper part or the lower part is first screwed to the guide part of the body part. Align gaps in a straight line After connecting the fishing line to the center hole, screw the screwed one side, and screw the upper or lower part of the remaining one side to the guide part of the body part, so that the gap between the upper guide part or the lower guide part is linear In addition, there is a division system in which the fishing line can be attached to the through-hole main body by connecting the fishing line to the center hole and then screwing it. In addition, when attaching the through hole main body to the through hole main body formed by the narrow engagement, insert the upper upper through hole and the lower lower through hole into the upper and lower pillars of the body part. The upper keeper of the body part is narrowly gripped by the upper pointer of the upper pillar, and it can be positioned in a temporarily fixed state. The lower keeper of the body part of the lower pillar is narrowly gripped by the first pointer of the lower pillar. Align the upper part, the upper guide part on the upper part, and the lower guide part on the lower part in a straight line, communicate the fishing line to the three members at the same time, and insert the upper part and the lower part up to the grip part. Insert the upper upper through hole or lower lower through hole into one of the upper and lower pillars of the body first to complete the installation, and use it as the first pointer on the body. The upper keeper of the upper part or the lower keeper of the lower part is gripped to establish a temporarily fixed communication state, and the body guide part of the body part and the upper upper guide part or the lower lower guide part are aligned in a straight line. After connecting the fishing line, connect the fishing line to the center hole with the remaining upper part or lower part temporarily fixed to the body guide part, and insert the upper part or lower part to the grip part. There is a division method that completes the attachment of the fishing line to the main body. In addition, the fishing line can be removed in the reverse order of the above procedure, but a separate procedure is required for the body part using the lead, and the fishing line inserted in the through hole is folded back. By repeating the insertion procedure once again, the fishing line that has been turned back will be re-entered in the loop and then escaped. If you want to adjust the volume, shape, buoyancy, gravity, weight balance, thread drop speed, etc. and use the selected color during fishing, replace the upper part and the lower part in the above manner, or include the body part. By replacing all 2 or 3 members, it can be used flexibly in combination, so if you have prepared the members you think are necessary in advance, you can select the members in the situation and do not need tools. It is an invention that can be enjoyed fishing that does not accumulate stress, because if you wear it by work, you can quickly make your own favorite suit that suits the situation by simply replacing the member.

  The trinary structure of the present invention is not limited to fishing gears and can be used as appropriate without being cut off the line and without leaving any members on the line.

  In terms of production, synthetic resin and alloy, synthetic rubber and metal, or the shape of the above materials in a hollow state can be manufactured with a mold, so it is possible to provide a uniform product with no error and cost by mass production. It is also possible to keep it low.

1. An upper engagement portion 4, a lower engagement portion 5, a center hole 6, a grip portion 7, a body guide portion 8, an upper end portion 9, a lower end portion 10, an upper column 15, a lower column 16, It is a main part which constitutes the through-hole main body by attaching the upper part 2 and the lower part 3 and is a body part.
2. The upper guide 11, the upper engagement groove 17, the upper through-hole 19, and the upper pressure-bonding surface 27 are integrated into a shape that combines the body part 1 and the lower part 3 to form a through hole. It is the upper part.
3. In a shape that integrates the lower guide portion 12, the lower engagement groove 18, the lower through-hole 20, and the lower pressure-bonding surface 28, the body portion 1 and the upper portion 2 are combined to form a through hole, At the bottom.
4). The shape is formed in the shape of a male screw and is a portion that plays a role of mounting the upper portion 2 on the body portion 1 by being screwed into the upper engaging groove 17 and is an upper engaging portion.
5). The shape is formed in the shape of a male screw, and is a portion that plays a role of attaching the lower portion 3 to the body portion 1 by being screwed into the lower engaging groove 18 and is a lower engaging portion.
6). A cylindrical hole that penetrates the fishing line, and a body guide portion of a groove that guides the fishing line from the outer periphery toward the axial center direction through the diameter center portion of the body portion 1 from the upper end portion 9 to the lower end portion 10. A shape with 8 and a center hole.
7). It has a flat cylindrical shape and has the body guide portion 8, and when the upper crimping surface 27 and the lower crimping surface 28 are screwed together, the guide portion 8, the upper guide portion 11, and the lower guide portion 12 are not aligned with the grooves. The upper part 2 and the lower part 3 are parts that take into consideration the area, material and processing that will not loosen, so that the body part 1 will not slip and slip due to resistance including screw contact generated by the pressure of the upper and lower crimping surfaces when attaching and detaching. This is the grip part.
8). A groove opened from the outer periphery of the body portion 1 toward the shaft center to guide the fishing line to the center hole 6. The fishing line can be passed smoothly without any resistance and smooth surface treatment that allows the fishing line to pass without resistance. A width is given, and it is a body guide part by the positional relationship between the upper guide part 11 and the lower guide part 12, and is a part related to the insertion and removal of the fishing line.
9. It is a part located at the upper end of the body part 1 and is an upper end part.
10. It is a part located at the lower end of the body part 1 and is the lower end part.
11. A groove for communicating the fishing line from the outer periphery of the upper part 2 in the axial direction, with a smooth surface treatment that allows the fishing line to pass without resistance and a shape processing without corners, and a width that allows it to pass without difficulty The body guide portion 8 and the mutual groove are matched to each other to guide the fishing line to the center hole 6, which is the upper guide portion.
12 A groove for communicating the fishing line from the outer periphery of the lower part 3 in the axial direction, with a smooth surface treatment that allows the fishing line to pass through without resistance and shape processing without corners, and a width that allows it to pass through without difficulty. In addition, the body guide portion 8 and the mutual groove are matched with each other to guide the fishing line to the center hole 6 and serve as a lower guide portion.
13. The width from the outer peripheral surface to the inner peripheral surface of the upper pillar 15 of the body portion 1 is spirally amplified from the upper end portion 9 to the mating surface 41 so as to match the shape of the spiral portion 29 of the body portion 1 in the vertical direction. In the state where the upper crimping surface 27 is screwed and attached to the grip portion 7 in the shape portion that is spirally amplified to match the shape in the vertical direction, the upper spiral portion 30 covers the spiral portion 29. By matching so as to cover, it becomes a state to cover the recess of the body guide part 8, the hole of the center hole 6 becomes a circle without a recess, and the portion that makes the fishing line go into and out of the center hole 6 better, It is an upper stopper.
14 The width from the outer peripheral surface to the inner peripheral surface of the lower pillar 16 of the body portion 1 is amplified in a spiral shape from the lower end portion 10 to the matching surface 41 so as to match the spiral portion 29 of the body portion 1 in the vertical direction of the axis. In the state where the lower crimping surface 28 is screwed and attached to the grip portion 7 in the spirally amplified shape portion that matches the shape in the vertical direction, the lower spiral portion 31 covers the spiral portion 29. By matching so as to cover, it becomes a state to cover the recess of the body guide part 8, the hole of the center hole 6 becomes a circle without a recess, and the portion that makes the fishing line go into and out of the center hole 6 better, It is a lower stopper.
15. In a state where the fishing line is not sandwiched between the upper guide portion 11 and the upper through hole 19, the peripheral wall is subjected to surface treatment and shape processing without corners to make it slippery and maintain a clearance where no resistance is generated. The portion inserted into the upper through-hole 19 is a portion that is involved in the insertion / removal of the fishing line depending on the position of the left and right movements with the upper guide portion 11 by having the body guide portion 8 and is an upper pillar.
16. In the state where the fishing line is not sandwiched between the lower guide portion 12 and the lower through-hole 20, the peripheral wall is subjected to surface treatment and shape processing without corners to make it slippery and maintain a clearance where no resistance is generated. The portion through which the lower through-hole 20 is inserted has a body guide portion 8 and is a portion that is involved in the insertion / removal of fishing line depending on the angle of the left and right movement with the lower guide portion 12 and is a lower pillar.
17. The shape is an internal thread shape, and is a portion that can be attached to the body portion 1 by being screwed into the upper engagement portion 4, and is an upper engagement groove.
18. The shape is formed as a female screw, and is a part that plays a role that the lower part 3 can be attached to the body part 1 by being screwed into the lower engaging part 5, and is a lower engaging groove.
19. Inserted into the upper column 15 in a state where the fishing line is not sandwiched between the upper column 15 and the peripheral wall is subjected to surface treatment and shape processing without corners to make it slippery and maintain a gap where no resistance is generated. This is the upper through hole.
20. It is inserted into the lower column 16 in a state where a fishing line is not sandwiched between the lower column 16 and the peripheral wall is subjected to surface treatment and shape processing without corners to make it slippery and maintain a clearance where no resistance is generated. This is the lower through hole.
21. The shape is a circle slightly deeper and slightly wider than the guide groove of the pointer guide portion 32, and is formed by a depression that matches the projection shape of the upper pointer 25 and the lower pointer 26, and the projection of the upper pointer 25 and the lower pointer 26. By sandwiching the shape, it becomes temporarily fixed, and the openings of the body guide part 8 for guiding the fishing line to the center hole 6, the upper guide part 11, and the lower guide part 12 are linearly aligned in the same direction, The fishing line can be easily communicated, and after completion of the fishing line communicating operation, the upper pointer 25 and the lower pointer 26 are sent to the pitch line 22 and serve as a terminal.
22. The shape is constituted by a groove slightly shallower than the terminal 21, so that an auxiliary effect of temporarily fixing the upper pointer 25 and the lower pointer 26 to the terminal 21, and the protruding shapes of the upper pointer 25 and the lower pointer 26 are formed. The pitch line is a portion that performs a function of guiding the helix in the direction of the keeper 23 in a spiral manner.
23. The shape is a circle slightly deeper and slightly wider than the guide groove of the pitch line 22, and is formed by a recess that matches the protruding shape of the upper pointer 25 and the lower pointer 26, and the upper crimping surface 27 and the lower crimping surface 28 are grip portions. 7, the protrusions of the upper pointer 25 and the lower pointer 26 are matched to each other at the position where they are closed so as not to loosen, and the body part 1, the upper part 2, and the lower part 3 are engaged. It is a keeper in the part that has the feature that is related to the fact that it does not relax.
24. A base portion on which the terminal 21, the pitch line 22, the keeper 23, and the point guide portion 32 are provided, and is a drum.
25. The protrusion shape existing in the upper portion 2 is moved in close contact with the point guide portion 32, the terminal 21, the pitch line 22, and the keeper 23 so as to be temporarily fixed at the terminal 21, and the road shape of the pitch line 22 The upper pointer is a portion having a function of tightening on the keeper 23 along the line.
26. The protrusion shape existing in the lower portion 3 is moved in close contact with the point guide portion 32, the terminal 21, the pitch line 22, and the keeper 23 so as to be temporarily fixed by the terminal 21, and the road shape of the pitch line 22 The lower pointer is a portion having a function of tightening on the keeper 23 along the line.
27. A circular surface at the lower end of the upper portion 2 is also a portion having a groove as a lower end of the upper guide portion 11, and when the upper portion 2 is attached to the grip portion 7, the body guide portion 8 is locked at the same time. This is an upper pressure-bonding surface in a portion that takes into consideration the area, material, and processing that are not concerned with the communication groove with the upper guide portion 11 and that does not loosen the attachment to the grip portion 7. 28. A circular surface at the upper end of the lower part 3 is also a part having a groove as an upper end of the lower guide part 12, and when the lower part 3 is attached to the grip part 7, the body guide part 8 is simultaneously locked. This is a part that takes into account the area, material, and processing that are involved in the fact that the communication groove with the lower guide part 12 does not fit and is not loosely attached to the grip part 7, and is the lower pressure-bonding surface. 29. The upper end 9 and the lower end 10 are provided with the same pitch as the spiral pitch of the upper engagement portion 4 and the lower engagement portion 5, and are cut like a rotary slide on the spiral rotation screwing side. A portion that matches the spiral portion 30 and the lower spiral portion 31 and is a spiral portion.
30. The width from the outer peripheral surface to the inner peripheral surface of the upper pillar 15 of the body portion 1 is matched with the mating surface 41 from the upper end portion 9 at the same time as it matches the vertical direction in a state of being gradually cut like a rotary slide and covering the spiral portion 29. As a result of the amplification in a spiral shape, the portion that matches in a three-dimensionally covered state is the upper spiral portion.
31. The width from the outer peripheral surface to the inner peripheral surface of the upper pillar 15 of the body portion 1 is matched with the mating surface 41 from the upper end portion 9 at the same time as it matches the vertical direction in a state of being gradually cut like a rotary slide and covering the spiral portion 29. As a result of the amplification in a spiral shape, it is the lower spiral part that matches in a three-dimensionally covered state.
32. In the groove cut in the drum 24, the upper part of the axis is broadly funnel-shaped and widened toward the upper end 9, and the upper pointer 25 has a width and depth that naturally fits, but gradually toward the terminal 21. By forming a shallow groove, the upper pointer 25 has a function of controlling the escape from the state in which the upper pointer 25 is accommodated in the terminal 21 and is a pointer guide portion.
33. The upper through hole 19 is formed in a narrowed shape from the taper start portion 54 to the taper end portion 55, and the reed valve 40 is formed in a taper shape by the upward movement of the upper column 15 inserted into the upper through hole 19. It is a part which bears the function which the body guide part 8 closes in the shape of a palm by being pressurized by the surrounding wall, and is an upper taper part.
34. The lower through hole 20 is formed in a narrowed shape from the taper start portion 54 to the taper end portion 55, and the reed valve 40 is formed in a taper shape by the downward movement of the lower column 16 inserted into the lower through hole 20. It is a lower taper portion, which is a portion that bears the function of the body guide portion 8 being closed like a palm by being pressed by the peripheral wall.
35. Several grooves are provided in the upper column 15 and the lower column 16 to provide flexibility, and the reed valve 40 is provided. The upper column 15 and the lower column 16 having the reed valve 40 are connected to the upper tapered portion 33 and the upper column. When inserted into the taper portion 34, the reed valve 40 is a reed valve groove that has a function of smoothly opening and closing the body guide portion 8 because the reed valve 40 is easily squeezed.
36. The drum 24 having the terminal 21 and a male screw-like spiral portion of the outer periphery larger than the outer periphery of the drum 24 are integrally formed. When the upper pointer 25 is pinched by the terminal 21 when screwing, the body guide portion 8 and the upper guide portion 11 are in a straight line, and the fishing line communication work to the center hole 6 can be easily performed. At the same time that the crimping surface 27 and the grip portion 7 are in close contact with each other, the upper pointer 25 is fitted into the keeper 23, and the body portion 1 and the upper portion 2 are not loosened. Basically, it is a part that performs the same function as the role of reference numeral 4 and is large in the upper engaging part.
37. The drum 24 having the terminal 21 and a male screw-like spiral portion of the outer periphery larger than the outer periphery of the drum 24 are integrally formed, and the formed product of the large outer peripheral male screw shape is formed in the lower engagement groove large 39. The body guide portion 8 and the lower guide portion 12 are in a straight line by holding the lower pointer 26 between the terminal 21 and the terminal 21, so that the fishing line can be easily communicated with the center hole 6 and screwed into the lower portion. At the same time that the crimping surface 28 and the grip portion 7 are in close contact with each other, the lower pointer 26 is fitted into the keeper 23, so that the attachment of the body portion 1 and the lower portion 3 is not loosened. Basically, it is a portion that performs the same function as the role of reference numeral 5, and is large in the lower engaging portion.
38. The shape is a female screw shape, and is a part that joins the upper part 2 and the body part 1 by screwing with the upper engaging part large 36, but basically the same function as the reference numeral 17. This is the part where the upper connecting groove is large.
39. The shape is formed in the form of a female screw and is a part that serves to unite the lower part 3 and the body part 1 by screwing with the lower engaging part large 37, but basically the same function as the reference numeral 18 This is the part where the lower connecting groove is large.
40. The upper column 15 and the lower column 16 are provided with a lead valve groove 35 so as to have flexibility, and are inserted into the upper through hole 19 and the lower through hole 20 so as to be narrowed. At the same time as reducing the resistance to the narrowing of the body guide portion 8, if the narrowing is performed due to screwing, the gap wall of the body guide portion 8 is engaged with the gap wall of the upper guide portion 11 and the gap wall of the lower guide portion 12. Therefore, the reed valve is a portion formed in a shape that can be smoothly rotated without being sandwiched between openings formed by the gap wall of the upper guide portion 11 and the gap wall of the lower guide portion 12.
41. The upper crimping surface 27 and the lower crimping surface 28 are grip portions at the ends of the upper spiral portion 30 and the lower spiral portion 31 that serve to eliminate the depression of the body guide portion 8 and keep the shape of the fishing line entrance and exit of the center hole 6 circular. 7 is a mating portion that controls the escape of the fishing line while keeping the shape of the center pipe 6 in a circular shape by mating with the body guide wall 56 at the time of screwing.
42. A substantially hemispherical projection formed on the outer peripheral wall of the upper column 15 and the lower column 16 and provided on the left and right sides of the body guide portion 8 slightly outside the axis of the grip portion 7 in the vertical direction. A portion that fits the lower keeper 47 and narrows to attach the upper portion 2 and the lower portion 3 to the body portion 1 and is a lock pointer.
43. A substantially hemispherical projection formed on the outer peripheral wall of the upper column 15 and the lower column 16 and provided on the left and right sides of the body guide portion 8 slightly outside the lock pointer 42 in the vertical direction of the axis of the grip portion 7. The fishing line communication to the center hole 6 is achieved by temporarily fixing the body guide portion 8, the upper guide portion 11 and the lower guide portion 12 in a lined state by matching and holding the upper keeper 45 and the lower keeper 47. Role to facilitate work and upper crimping surface 2
7 and the point where the lower crimping surface 28 reaches the grip portion 7 is a portion where the upper portion 2 and the lower portion 3 are attached to the body portion 1 by matching and narrowing with the upper terminal 44 and the lower terminal 46, with a first pointer. is there.
44. The upper through hole 19 has a hollow that is substantially hemispherical in the center of the peripheral wall of the upper through-hole 19 and is provided on both the left and right sides of the upper guide portion 11. This is the upper terminal.
45. A hollow formed in a substantially hemispherical shape slightly above the upper pressure-bonding surface 27 on the peripheral wall of the upper through-hole 19 is provided on both the left and right sides of the upper guide portion 11 and matches and fastens with the first pointer 43 so that the body A function of facilitating fishing line communication work to the center hole 6 by arranging and temporarily fixing the guide portion 8 and the upper guide portion 11 so as to avoid the upper FIX 48 that closes the communication portion, and the upper crimping surface 27 is gripped. At the point where the part 7 is reached, it is a part that attaches the upper part 2 to the body part 1 by matching and narrowing with the lock pointer 42 and is an upper keeper.
46. The lower through-hole 20 has a hollow that is substantially hemispherically cut out at the center of the peripheral wall of the lower through-hole 20 and is provided on both the left and right sides of the lower guide portion 12. This is the lower terminal.
47. A hollow formed in a substantially hemispherical shape slightly below the lower crimping surface 28 on the peripheral wall of the lower through hole 20 is provided on both the left and right sides of the lower guide portion 12, and matches and fastens with the first pointer 43, By arranging and temporarily fixing the communicating portion of the guide portion 8 and the lower guide portion 12 so as to avoid the lower FIX 49 that closes the lid, the fishing line communicating work to the center hole 6 is facilitated, and the lower crimping surface 28 is further gripped. At a point where the part 7 is reached, it is a part that attaches the lower part 3 to the body part 1 by matching and narrowing with the lock pointer 42 and is a lower keeper.
48. Adjacent to the upper S guide portion 50 which is bent in a state avoiding the extension line of the upper guide portion 11 extending upward from the upper crimping surface 27, it is formed at a position to take over the extension line of the upper guide portion 11. Due to the shape, the upper keeper 45 is aligned with the first pointer 43 so that the body guide portion 8, the upper guide portion 11, and the upper S guide portion 50 do not hinder the work of communicating the fishing line to the center hole 6. Temporarily fixed at the position, the upper keeper 45 is aligned with the lock pointer 42 and is narrowed, and the body guide portion 8 is closed in the aligned state by moving up and down to make the center hole circular. The upper FIX.
49. Adjacent to the lower S guide part 51 bent in a state avoiding the extension line of the lower guide part 12 extending downward from the lower crimping surface 28, it is formed at a position to take over the extension line of the lower guide part 12. Due to the shape, the lower keeper 47 fits and is pinched by the first pointer 43 so that the body guide portion 8, the lower guide portion 12, and the lower S guide portion 51 do not hinder the work of communicating the fishing line to the center hole 6. A part that is temporarily fixed at a position and is closed with the lower keeper 47 being in contact with the lock pointer 42 and being narrowed. The lower FIX.
50. The upper guide part 11 is bent so as to avoid the extension line of the upper guide part 11 extending upward from the upper crimping surface 27, and is formed adjacent to the extension line of the upper guide part 11. The upper FIX 48 is avoided when the two are matched and sandwiched, and the upper guide part is the upper S guide part that is in communication with the body guide part 8 and the upper guide part 11.
51. The lower guide part 12 is bent in a state avoiding the extension line of the lower guide part 12 extending downward, and is formed adjacent to the extension line of the lower guide part 12. Is in a state where the lower FIX 49 is avoided and the body guide portion 8 and the lower guide portion 12 are in communication with each other, and is a lower S guide portion.
52. A groove formed in a substantially semicircular bowl shape in parallel with the upper through hole 19 on both side peripheral walls of the upper through hole 19 extending upward from the upper crimping surface 27, and cut into the substantially semicircular bowl shape. When the upper pillar 15 is inserted into the upper through hole 19 with the upper terminal 44 and the upper keeper 45 in the middle of the groove formed, the lock pointer 42 and the first pointer 43 are replaced with the upper keeper 45 and the upper terminal. 44 is an upper pointer guide part for guiding to 44.
53. A groove formed in a substantially semicircular bowl shape in parallel with the lower through hole 20 on both peripheral walls of the lower through hole 20 extending downward from the lower crimping surface 28, and cut into the substantially semicircular bowl shape. When the lower pillar 46 is inserted into the lower through-hole 20 with the lower terminal 46 and the lower keeper 47 in the middle of the groove, the lock pointer 42 and the first pointer 43 are replaced with the lower keeper 47 and the lower terminal. This is a portion for guiding to 46, and is a lower pointer guide portion.
54. The inner wall of the reed valve 40 starts to narrow, and the inner wall has a shape with no surface and corners to improve sliding. The reed valve 40 is guided to the taper final portion 55 while being screwed with the help of the reed valve groove 35. At the entrance, it is the taper start.
55. The reed valve 40 passes through the constricted portion and becomes a screwed state, and the body guide portion 8 provided in the center hole 6 is closed in a palm-like shape, and the portion where the fishing line is formed so as not to be damaged is tapered. It is the end part.
56. The spiral portion 29 provided by cutting the upper column 15 and the lower column 16 ends at the gap portion of the body guide portion 8, so that the upper spiral portion 30 that has been guided up to that point inevitably The body guide wall is a portion where one side of the body guide portion 8 which is not cut away is opposed to the side where the spiral portion 29 is finished, and is a body guide wall.
57. In order to adjust the passing speed of the fishing line, the hole of the center hole 6 has a reduced diameter and is a tight hole.
58. In order to adjust the passing speed of the fishing line, the hole of the center hole 6 is enlarged and is a large hole.
59. It is a joint hole in a shape formed by adjusting a passing speed of the fishing line and forming a hole in the center portion of the center hole 6 in the vertical direction of the axis so that the hook can be stopped without using the hook stopper.
60. It is a consensus department.
61. The upper and lower columns 15 and 16 provided on the upper and lower sides of the body portion 1 are formed on both ends on the outer side of the axis of the body guide portion 8 in a straight line, and the gap between the body guide portions 8 is formed. One end of the wall of the wall thickness of the pillar is made to gradually close to the inner wall surface of the center hole 6 so as to block the body guide portion 8, and the thinned tip is formed on the inner wall surface of the center hole 6. The tip is a shape that has been cured along the line, the tip of the fishing line does not escape from the center hole 6 to the body guide portion 8, and the contact with the lead mating portion 62 is a portion that is to be detached and is a lead.
62. The upper and lower columns 15 and 16 provided on the upper and lower sides of the body portion 1 are formed on both ends on the outer side of the axis of the body guide portion 8 in a straight line, and the gap between the body guide portions 8 is formed. A wall having a wall thickness that is opposite to the lead 61 formed on the wall is applied to the inner wall surface of the center hole 6, and a valley formed by a gap between the upper guide portion 11 and the lower guide portion 12 that contacts when rotating. It is formed in a substantially semicircular shape that can be slipped through without being bitten, and is a portion that is involved in the insertion / removal of a fishing line through joint work with the lead, and is a lead matching portion.

Claims (6)

A fishing lure having a structure in which a fishing line is inserted through the main body is divided into a body part 1, an upper part 2 and a lower part 3, and the upper part of the upper part 2 is engaged with the upper engaging part 4 of the body part 1. The joint groove 17 is configured to be detachable by screwing the lower engagement groove 18 of the lower portion 3 to the lower engagement portion 5 of the body portion 1, and the body guide portion 8 is provided to the body portion 1. A through hole characterized in that an upper guide portion 11 is provided in the upper portion 2 and a lower guide portion 12 is provided in the lower portion 3 and a closing mechanism for closing the body guide portions 8 on both sides or one side is provided. The closing mechanism according to claim 1, wherein the body guide portion extends toward the gap wall facing one side of the gap wall of the body guide portion 8 on both end sides of the upper column 15 and the lower column 16 provided above and below the body portion 1. A closing mechanism is provided that reaches the inner wall surface of the center hole 6 in a state of straddling 8 and closes the body guide portions 8 on both sides or one side by having the tip along the inner wall surface of the center hole 6. Uki. As a closing mechanism according to claim 1, an upper tapered portion 33 and a lower tapered portion 34 are provided in the upper through hole 19 and the lower through hole 20, and a reed valve 40 in which a reed valve groove 35 is cut in the upper column 15 and the lower column 16 is provided. By inserting, the gap between the reed valve 40 is reduced in diameter, and a closing mechanism for closing the body guide portions 8 on both sides or one side is provided. As the closing mechanism according to claim 1, the upper column 15 and the lower column 16 have a width from the inner peripheral surface to the outer peripheral surface, and the upper column that is spirally cut in the direction of the grip portion 7 in synchronization with the pitch height of the spiral. 15 and the lower pillar 16 and the upper and lower parts 2 and 3 cut in a shape that matches the cut upper pillar 15 and the lower pillar 16 are screwed together so that the body guide portions 8 on either side or one side are screwed together. A through hole characterized by providing a closing mechanism for closing the door.   As a closing mechanism according to claim 1, the upper guide part 50 is provided on the upper end part side of the upper guide part 11, and the lower guide part 51 is provided on the lower end part side of the lower guide part 12. By forming the upper FIX 48 and the lower FIX 49 on the extension lines of the part 11 and the lower guide part 12, the upper pressure-bonding surface 27 and the lower pressure-bonding surface 28 are joined to the grip part 7 so that the body guide parts 8 on both sides or one side can be connected. A through hole characterized by providing a closing mechanism for closing. The body guide part 8, the upper guide part 11, and the lower guide part 12 are provided with a function of performing a temporary stop in a straight line in the through hole according to any one of claims 1 to 5. Through the street.