TWM608135U - Buoy structure - Google Patents

Abstract

A buoy structure is specially used for buoys used in smooth water waves or indoor shrimp fishing grounds or indoor fishing grounds. The buoy includes a floating body and two positioning parts. The floating body includes an accommodating hole in the longitudinal axis of the buoyant body, and a pipe body built into the accommodating hole of the floating body and having a coupling hole. The positioning members are respectively inserted in the direction corresponding to the inner top end of the coupling hole of the pipe body and arranged at the bottom end of the floating body, or respectively inserted in the direction corresponding to the opposite top and bottom ends of the pipe body inside the coupling hole . The buoy is created by using the positioning elements. When the fishing line is pulling the buoy, it can prevent the buoy from being skewed by the siphon effect when the fishing line is pulled, so as to position the buoy not to tip over. The buoy is lifted to maintain a stable standing state in the water, so that the fisherman can quickly distinguish the signal of the object being hooked.

Description

Buoy structure

This creation relates to a buoy, especially a buoy structure used to position the buoy not to tip over, and to keep the buoy in a stable standing state in the water.

At present, in the fishing tackle used in general stable water waves and indoor prawn fishing grounds or indoor fishing grounds, the signal of prawn fishing or fishing hooking is determined by the movement of the buoy of the fishing tackle or the ascent or descent. Generally, there is a buoy A in the prior art. Please refer to Figure 1. The buoy A includes a body A11 and two space beans A12 which are respectively connected to the top and bottom ends of the body A11. The inside of the main body A11 and the space beans A12 are respectively provided for a fishing line A13 to pass through. When the buoy A encounters the water current A14 in the water and the fishing line A13 pulls the buoy A, the space bean A12 on the top of the buoy A is affected by the water current A14, causing the space bean A12 to be at the break point A131 of the fishing line A13 A siphon effect is formed, and the space bean A12 is skewed. Relatively, the buoy A will float on the water surface in an inclined shape with the skewing of the space bean A12, which will easily cause the inner hole of the buoy A to enter water and lower the buoy A. The buoyancy of the buoy A is slower, so that the fishing line A13 and the buoy A are independent of each other, which affects the position of the buoy A’s surface and weakens the signal transmission of the buoy A to reduce the floating speed of the buoy A. The stability in the water will cause the fisherman to misjudge the signal of the bait and pull the fishing line A13 upwards.

In order to improve the lack of the existing buoy A, the industry has developed another Taiwan Patent Publication No. M471151 buoy structure. Please refer to Figure 2. A buoy body 11 of the buoy structure 1 has a through hole 111 through it from top to bottom. And the through hole 111 has a tapered shape with a wide top and a narrow bottom. The through hole 111 accommodates a counterweight 12 and a stopper 13 above the counterweight body 12. The buoy structure 1 is used for sea fishing. In actual use, when the buoy structure 1 encounters a large wave in the water, the blocking bean 13 in the through hole 111 is swayed, and it is in contact with each other under the through hole 111. The water flow is interlinked, and it is easy for water to enter the through hole 111. The buoyancy of the buoy structure 1 not only reduces but also quickly sinks into the water, and slows down the speed of the buoy structure 1 rising out of the water, which affects the buoy structure 1 rising from the water surface. The position and weakening of the signal transmission of the floating of the buoy structure 1 causes the angler to misjudge the signal of the hooked object and pull a fishing line 14 upward.

In order to improve the lack of another existing buoy structure 1, the industry re-invented another improved structure of the existing Taiwan Patent Publication No. M525625. Please refer to Fig. 3. As shown in Figure 3, a buoy body 21 of the buoy structure 2 has a plurality of upper passes. Hole 211, lower through hole 212 and horizontal through hole (not shown in the figure), the upper and lower ends of the body section 21 are fixed with a tail section 213 and a pin section 214. In actual use, when the buoy structure 2 is in water, the upper through holes 211, the lower through holes 212, and the horizontal through holes of the body section 21 can allow water to enter quickly, but relatively It also reduces the buoyancy of the buoy structure 2 and quickly sinks into the water, and slows down the speed of the buoy structure 2 coming out of the water, affecting the position of the buoy structure 2 emerging from the water and weakening the signal transmission of the buoy structure 2 floating, causing fishing The situation in which a friend misjudged the hook signal of the fishing object and pulled a fishing line 22 upwards, thus greatly reducing the practicability of the buoy structure 2 of this kind.

In addition, in order to improve the lack of the existing buoy structure 2, the industry has developed another existing Taiwan Patent Publication No. M575653 for shrimp fishing. Please refer to Figure 4 as shown in Figure 4. The buoy 3 includes a floating body 31 and a floating body 31. A central tube 32 with a perforated 321. The central tube body 32 penetrates the floating body 31 in the longitudinal direction to form the central shaft tube of the buoy 3. When in use, the fishing line 34 penetrates the perforation 321 of the central tube body 32, and the buoy 3 is fixed on the fishing line 34 by means of two tightening rings 33 respectively arranged on the top and bottom ends of the buoy 3 At the appropriate location. However, when the buoy 3 encounters water current in the water and the fishing line 34 pulls the buoy 3, the tightening ring 33 at the top of the buoy 3 is affected by the current, causing the tightening ring 33 at the top of the buoy 3 to be at the top of the buoy 3 The folding point 341 of the fishing line 34 forms a siphon effect, which makes the tightening ring 33 skewed. Relatively, the buoy 3 will float on the water surface in an inclined shape with the skewing of the tightening ring 33, which is easy to cause the center The perforation 321 of the pipe body 32 is filled with water, which reduces the buoyancy of the buoy 3 and makes the buoy 3 rise slowly, so that the fishing line 34 and the buoy 3 have no reliance, which affects the position of the buoy 3 emerging from the water. The signal transmission of the floating of the buoy 3 is weakened, and the stability of the buoy 3 in the water is reduced. It will also cause the angler to misjudge the signal of the hooked object and pull the fishing line 34 upward. The practicality of buoy 3.

The reason is that the creators devoted themselves to this problem, and then continued to derive and develop a structure of this creative buoy to overcome the shortcomings of the previous general buoy and the buoy previously acquired. The main purpose of this creation is to provide a buoy structure that is specially used for buoys used in smooth water waves or indoor shrimp fishing grounds or indoor fishing grounds. The buoy uses these positioning elements to pull the buoy when the fishing line is used. To prevent the buoy from tilting when the buoy is pulled by the fishing line and form a siphon effect due to the siphon effect, it is used to position the buoy not to tip over and make the buoy stable in the water, while reducing the resistance to the buoy in the water and providing fishing You can quickly distinguish the status of the bait.

In order to achieve the above-mentioned purpose, the technical solution adopted in this creation is to provide a buoy structure specially used for buoys used in smooth water waves or indoor shrimp fishing grounds or indoor fishing grounds. The buoy includes a floating body and two positioning parts. The floating body includes an accommodating hole in the longitudinal axis of the buoyant body, and a pipe body built into the accommodating hole of the floating body and having a coupling hole. The positioning members are respectively inserted in the direction corresponding to the inner top end of the coupling hole of the pipe body and arranged at the bottom end of the floating body, or respectively inserted in the direction corresponding to the opposite top and bottom ends of the pipe body inside the coupling hole , Wherein the positioning parts respectively have vertical shrinking holes for a fishing line to pass through and be positioned.

Furthermore, the positioning elements are two buffer beans or two space beans.

Furthermore, the coupling hole of the pipe body is a single large hole recessed from the coupling hole to the top end of the coupling hole, and a position between the single large hole and the bottom end of the coupling hole for the fishing line The penetrating small hole, or a double large hole concave in the direction from the coupling hole to the opposite top and bottom ends of the coupling hole, and a small hole between the two large holes for the fishing line to penetrate , Or a straight through hole; wherein, one end of each buffer bean is a convex arc body, the flat bottom of each convex arc body extends downward to a cylinder, and the bottom of each cylinder forms an outer Convex arc, so that the cylindrical body of one of the buffer beans is placed in the single large hole of the coupling hole at the top of the tube body, and the convex arc body of the other buffer bean abuts against the bottom of the floating body At the end, in each of the vertical shrinkage holes and the small holes of each of the buffer beans, for the fishing line to pass through and be positioned in each of the vertical shrinkage holes, or to make each of the cylinders of each of the buffer beans The body is relatively placed in the double large holes at the top and bottom ends of the pipe body, in each of the vertical shrinkage holes of each buffer bean and the small hole between the double large holes for the fishing line to pass through And position each of the upright shrinkage holes, or make each of the cylinders of each of the buffer beans be relatively placed in the through holes at the top and bottom ends of the tube body, and shrink each of the upright shrinkage holes of each of the buffer beans. Hole and the straight through hole for the fishing line to pass through and to be positioned in each of the upright shrinkage holes; wherein, each of the space beans is respectively placed in the double large holes at the top and bottom ends of the pipe body, and is placed in each of the two large holes at the top and bottom of the tube. In each of the vertical shrinkage holes and the small holes between the double large holes of the space bean, the fishing line can pass through and be positioned in each of the vertical shrinkage holes.

Furthermore, the pipe system is a single-size pipe, the single large hole and the small hole, or the double large hole and the small hole, or the hole shape of the through hole formed by the coupling hole of the pipe body. Or double-size pipes are assembled with each other, or the shape structure of straight pipes.

Furthermore, the hole shape of the accommodating hole of the floating body is set in accordance with the shape of the tube body.

Furthermore, each convex arc body of each buffer bean is a fluorescent and luminous segment.

Furthermore, the positioning members are a buffer bean and a footer bar; wherein, the floating body does not include the tube body and the coupling hole in the tube body still includes the container located in the longitudinal axis of the floating body. The top of the accommodating hole is a large hole for the buffer bean to be placed in, and a socket under the large hole at the top of the accommodating hole for the pin to be inserted, and Inside the upright shrinkage hole and the standard foot rod of the buffer bean, the fishing line is passed through and is positioned in the upright shrinkage hole and the standard foot rod.

Furthermore, the floating body has an elliptical shape, or a triangular cone shape, or an oblong cone shape, or a spherical shape, or a long rod shape.

Furthermore, the floating body and the positioning parts of the buoy are respectively connected in series with a metal wire body, and a handle for consolidating one end of each metal wire body to form a series connection group, wherein the metal The opposite end of the line body forms a through hole for the fishing line to pass through, and the positioning elements are respectively inserted and arranged at the bottom end of the floating body in the direction corresponding to the inner top end of the coupling hole of the tube body, or They are respectively inserted in the directions corresponding to the top and bottom ends of the tube body inside the coupling hole.

Furthermore, the tandem set is packaged in a packaging bag.

Through the above-mentioned disclosure of this creation, compared with the existing ones, it has the following characteristics: the creation of the buoy through the Some positioning parts, the buoy can maintain a stable standing state in the water, when the fishing line pulls the buoy, The buoy will not be affected by the current and the fishing line will be skewed due to the bending point of the fishing line, which is used to locate the The buoy does not tip over and at the same time reduces the resistance to the buoy in the water, which can greatly increase the buoy’s surface The speed, which enables the fisherman to quickly distinguish the signal of the bait.

The following detailed descriptions will be given through specific embodiments, so that it will be easier to understand the purpose, technical content, features, and effects achieved by this creation.

Please refer to Figures 5 and 6 in conjunction with Figures 7 to 10. This creative buoy structure is specially used in smooth water waves or indoor shrimp fishing grounds or indoor fishing grounds. The buoy 4 includes a floating body 5 and two positioning members 6. among them,

The floating body 5 includes an accommodating hole 51 in the longitudinal axis of the floating body 5, and a pipe body 52 that is inserted into the accommodating hole 51 of the floating body 5 and has a coupling hole 520. In one embodiment, the floating body 5 has an elliptical shape, or a triangular cone shape as shown in Fig. 11, or an oblong cone shape as shown in Fig. 12, or a spherical shape as shown in Fig. 13 , Or the long rod shape as shown in Figure 14, not limited to this state.

Please refer to Figures 5 and 6 to match the first to fourth embodiments of the tube body 52 shown in Figures 7 to 10. The coupling hole 520 of the tube body 52 is a direction from the coupling hole 520 to the coupling hole The single large hole 522 concave in the direction of the top of 520 and a small hole 523 between the single large hole 522 and the bottom end of the coupling hole 520, or a top opposite from the coupling hole 520 to the coupling hole 520 , Double large holes 524, 525 concave in the direction of the bottom end, and a small hole 526 with a position between the double large holes 524, 525, or straight through holes 527. More specifically, the tube body 52 is matched with the single large hole 522 and the small hole 523 formed by the coupling hole 520 of the tube body 52, or the double large holes 524, 525 and the small hole 526, or the through hole The hole shape of 527 is a single-size tube (as shown in Figure 7), or a dual-size tube assembling each other (as shown in Figures 8, 10 and 11, 12), or a straight tube (as shown in Figures 11 and 12). Figure 9) the appearance structure. In addition, the hole shape of the accommodating hole 51 of the floating body 5 is set in accordance with the external structure of the tube body 52, and is not limited to this aspect.

The positioning members 6 are two buffer beans 61 or two space beans 62 as shown in FIG. 10. In the embodiment shown in FIGS. 7 to 10, the buffer beans 61 or the space beans 62 are respectively inserted and arranged in the floating direction corresponding to the inner top of the coupling hole 520 of the tube body 52. The bottom end of the body 5 or the corresponding top and bottom ends of the coupling hole 520 of the tube body 52 are respectively inserted.

Please refer to FIGS. 7 to 10 again, the buffer beans 61 or the space beans 62 have vertical shrinkage holes 610 and 620, respectively. Wherein, one end of each of the buffer beans 61 is a convex arc body 611 with a buffer effect, the flat bottom of each convex arc body 611 extends downward to a cylinder 612, and the bottom of each cylinder 612 forms An outer convex arc 613, so that the cylindrical body 612 of one of the buffer beans 61 is inserted into the single large hole 522 of the coupling hole 520 at the top of the tube body 52, and the convex arc of the other buffer bean 61 The body 611 abuts on the bottom end of the floating body 5, in each of the upright shrinkage holes 610 and the small holes 523 of each of the buffer beans 61, for the fishing line 7 to pass through and in each of the upright holes The contraction hole 610 is positioned so that the fishing line 7 is aligned, and the space bean 62 abuts against the outer convex arc 613 of the other buffer bean 61 outside the bottom end of the buoy 4, so that the buoy 4 Fix it at the appropriate position of the fishing line 7, or make each of the cylinders 612 of each buffer bean 61 be relatively placed in the double large holes 524, 525 at the top and bottom ends of the tube body 52, in each Each of the vertical shrinkage holes 610 of the buffer bean 61 and the small holes 526 between the double large holes 524 and 525 are used for the fishing line 7 to pass through and are positioned in each of the vertical shrinkage holes 610 so that the The fishing line 7 is guided, and the space bean 62 is abutted under the convex arc body 611 of the buffer bean 61 inside the bottom end of the buoy 4 to fix the buoy 4 on the appropriate position of the fishing line 7. Position, or so that each of the cylinders 612 of each of the buffer beans 61 is relatively placed in the through holes 527 at the top and bottom ends of the tube body 52, in each of the upright shrinkage holes 610 of each of the buffer beans 61 And the straight through hole 527 for the fishing line 7 to pass through and to be positioned in each of the upright contraction holes 610, so that the fishing line 7 is aligned, and a space bean 62 abuts against the bottom end of the buoy 4 Below the convex arc body 611 of the buffer bean 61 inside, the buoy 4 is fixed at an appropriate position of the fishing line 7. Wherein, each of the space beans 62 is respectively inserted into the double large holes 524 and 525 at the top and bottom ends of the tube body 52, and each of the vertical shrinking holes 620 and the double large holes 524 of each of the space beans 62 525 between the small holes 526 for the fishing line 7 to pass through and to be positioned in each of the upright contraction holes 620, so that the fishing line 7 is aligned, and a space bean 62 abuts against the Below the space bean 62 inside the bottom end of the buoy 4, the buoy 4 is fixed at an appropriate position on the fishing line 7.

Continuing, refer to FIG. 13 again, in which the positioning members 6 are a cushion bean 61 and a footing rod 63. The floating body 5 does not include the tube body 52 and the coupling hole 520 in the tube body 52 still includes the accommodating hole 51 located in the longitudinal axis of the floating body 5, and the inner top of the accommodating hole 51 is a The large hole 511 into which the buffer bean 61 is placed, and a socket 512 under the large hole 511 at the top of the accommodating hole 51 and for the pin rod 63 to be inserted, and the buffer bean 61 The inside of the vertical contraction hole 610 and the standard foot rod 63 is for the fishing line 7 to pass through and to be positioned in the vertical contraction hole 610 and in the standard foot rod 63, so that the fishing line 7 is guided straight, and the other The convex arc body 611 of the buffer bean 61 abuts against the underside of the footing rod 63 inside the bottom end of the buoy 4, and then a space bean 62 abuts against the outer protrusion of the other buffer bean 61 The arc 613 is used to fix the buoy 4 at the appropriate position of the fishing line 7. As a result, the buoy 4 can maintain a stable standing state in the water. When the fishing line 7 is pulling the buoy 4, it is possible to prevent the buoy 4 from lying down when the buoy 4 is pulled on the fishing line 7.

In one embodiment, each convex arc body 611 of each buffer bean 61 is a fluorescent and luminous section, which is convenient for fishermen to see at night.

Please refer to Fig. 14 in conjunction with Figs. 7, 8, 10 and 13, the arrangement of the floating body 5 and the positioning members 6 of the buoy 4, and the floating body 5 and the buoy 4 The positioning members 6 are respectively connected in series with a metal wire body 64 and a handle 65 for consolidating one end 641 of each metal wire body 64 to form a series connection group 6a, and then each series connection group 6a A packaging bag 61a is used for packaging in different forms, which can be used by fishing friends to adjust the fishing tackle used in the stable water wave or the indoor shrimp fishing field or indoor fishing field. The opposite end of the metal wire body 64 is formed with a through hole 642 for the fishing line 7 to pass through, and for anglers to push the positioning members 6 with their fingers (not shown), and to use the positioning The parts 6 are respectively inserted and arranged at the bottom end of the floating body 5 in the direction corresponding to the inner top end of the coupling hole 520 of the pipe body 52, or respectively along the opposite top and bottom ends of the inner coupling hole 520 of the pipe body 52. The direction is inserted so that the buoy 4 is fixed at the appropriate position of the fishing line 7.

Please refer to Figures 5 and 6 in conjunction with Figures 7 to 9. In this creation, the buoy 4 can be used in smooth water waves or indoor shrimp fishing grounds or indoor fishing grounds. Adjust the position of the buoy 4, and then The internal top end of the coupling hole 520 of the tube body 52 of the floating body 5 and the bottom end of the floating body 5, or the relative top and bottom ends of the internal coupling hole 520 of the tube body 52 of the floating body 5 are respectively inserted into the Some buffer beans 61 or the space beans 62 are placed as shown in Figure 10, so that the buffer beans 61 or the space beans 62 are inserted into the water stream 8 at one end for the fishing line 7 to extend , Because the buoy 4 is inserted into the buffer beans 61 or the space beans 62 through the coupling hole 520 of the tube 52 of the floating body 5, when the buoy 4 encounters the water flow 8 in the water, the When the fishing line 7 pulls the buoy 4, the buoy 4 will not be affected by the water flow 8, but the siphon effect of the fishing line 7 will be skewed, and the buoy 4 will not be driven by the resistance of the water flow 8. Significantly increase the speed at which the buoy 4 rises to the surface, so that the buoy 4 can maintain a stable standing state in the water, not only that, because the stability of the buoy 4 in the water is improved, and it helps fishermen to quickly distinguish between The hook signal of the fishing object reduces the noise caused by the floating of the buoy 4, and it is not easy to erroneously determine that the fishing object is hooked and the fishing line 7 is pulled up.

To sum up, compared with the shortcomings of the buoys A, 1, 2, and 3 obtained previously, this creation uses the positioning elements 6 to be inserted into the coupling hole 520 of the tube 52 of the float 5 The top end and the bottom end of the floating body 5, or the relative top and bottom ends inside the coupling hole 520 of the pipe body 52 of the floating body 5, when the fishing line 7 pulls the buoy 4, the buoy 4 will not be subjected to The impact of the water flow 8 causes the siphon effect of the fishing line 7 to be skewed, which can prevent the buoy 4 from falling down, and will not be driven by the resistance of the water flow 8 to move the buoy 4, which can greatly increase the surface of the buoy 4 Speed helps to quickly convey the signal that the object is hooked.

Although this creation has been disclosed using the above-mentioned preferred embodiment, it is not intended to limit this creation. Anyone who is familiar with this technique does not depart from the spirit and scope of this creation and makes various changes and modifications relative to the above-mentioned embodiment. The technical scope protected by the creation, therefore, the scope of protection of this creation shall be subject to the scope of the attached patent application.

(existing) A: Buoy A11: body A12: Space Bean A13: Fishing line A131: Breakpoint A14: Water flow 1: Buoy structure 11: Buoy body 111: Through hole 12: Counterweight 13: Block beans 14: Fishing line 2: Buoy structure 21: standard body 211: upper through hole 212: Lower through hole 213: tail paragraph 214: footer segment 22: fishing line 3: Buoy 31: Floating body 32: Central tube 321: Piercing 33: Tightening ring 34: Fishing Line 341: Breakpoint (This creation) 4: Buoy 5: Floating body 51: accommodating hole 511: Big Hole 512: jack 52: tube body 520: Combination hole 522: single big hole 523: small hole 524, 525: Double large holes 526: small hole 527: Through Hole 6: Positioning parts 61: buffer beans 610, 620: Upright shrink hole 611: Convex arc body 612: Cylinder 613: Outer convex arc 62: Space Bean 63: standard footer 64: Metal wire body 641: end 642: piercing 65: Handle 7: Fishing line 8: Water flow 6a: Series connection group 61a: Packaging bag

Figure 1: A schematic diagram of the existing use of a buoy. Figure 2: A cross-sectional view of another existing Taiwan Patent Publication No. M471151 buoy structure configuration. Figure 3: A cross-sectional view of another existing Taiwan Patent Publication No. M525625 buoy structure configuration. Figure 4: A cross-sectional view of another existing Taiwan Patent Publication No. M575653 for shrimp fishing buoy configuration. Figure 5: This is a three-dimensional exploded view of the first embodiment of the floating body of the creative buoy and the positioning member. Figure 6: It is a combined three-dimensional view of the buoy in Figure 5. Figure 7: is a cross-sectional view of the first embodiment of the buoy and the tube body in Figure 5 and the configuration of the buffer beans. Figure 8: is a cross-sectional view of the second embodiment of the buoy and the tube body in Figure 5 and the configuration of the buffer beans. Figure 9: is a cross-sectional view of the third embodiment of the buoy and the tube body in Figure 5 and the configuration of the buffer beans. Figure 10: is a cross-sectional view of the fourth embodiment of the buoy and the tube body in Figure 5 and the configuration of the space bean. Figure 11: A cross-sectional view of the second embodiment of the floating body of the creative buoy and the configuration of the buffer beans. Figure 12: A cross-sectional view of the third embodiment of the floating body of the creative buoy and the configuration of the buffer beans. Figure 13: A cross-sectional view of the fourth embodiment of the floating body of this creative buoy and the configuration of the buffer beans and the footer rod. Figure 14: The floating body, positioning parts, metal wire body and handle of this creative buoy are equipped with a series connection group and a package Three-dimensional diagrams of different aspects of bagging and packaging.

4: Buoy

5: Floating body

51: accommodating hole

52: tube body

520: Combination hole

522: single big hole

6: Positioning parts

61: buffer beans

610, 620: Upright shrink hole

611: Convex arc body

612: Cylinder

613: Outer convex arc

62: Space Bean

7: Fishing line

Claims (10)

A buoy structure specially used for buoys used in smooth water waves or indoor shrimp fishing grounds or indoor fishing grounds. The buoy contains A floating body, the floating body including an accommodating hole in the longitudinal axis of the floating body, and a pipe body built into the accommodating hole of the floating body and having a coupling hole; and Two positioning parts, the positioning parts are respectively inserted and arranged at the bottom end of the floating body in the direction corresponding to the inner top end of the coupling hole of the pipe body, or respectively along the relative top and bottom inside the coupling hole of the pipe body The positioning members are respectively provided with vertical shrinking holes for a fishing line to pass through and to be positioned. The buoy structure according to claim 1, wherein the positioning elements are two buffer beans or two space beans. The buoy structure according to claim 2, wherein the coupling hole of the tube body is a direction from the coupling hole to the A single large hole concave in the direction of the top of the coupling hole and a small hole between the single large hole and the bottom end of the coupling hole for the fishing line to penetrate, or a small hole from the coupling hole to the coupling hole The double large holes concave in the direction of the top and bottom ends and a small hole between the double large holes for the fishing line to penetrate, or straight through holes; wherein, one end of each buffer bean is a Convex arc body, the flat bottom of each convex arc body extends downward to a cylinder, and the bottom of each cylinder forms an outer convex arc circle, so that the cylinder of one of the buffer beans is inserted into the tube In the single large hole of the coupling hole at the top of the body, the convex arc body of the other buffer bean abuts on the bottom end of the floating body, in each of the upright contraction holes of each buffer bean and the In the small holes, for the fishing line to pass through and to be positioned in each of the upright shrinkage holes, or to place each of the cylinders of each of the buffer beans into the double large holes at the top and bottom ends of the pipe body. In each of the vertical shrinkage holes of each buffer bean and the small hole between the double large holes, for the fishing line to pass through and be positioned in each of the vertical shrinkage holes, or to make each of the buffer beans Each of the cylinders is relatively placed in the straight through holes at the top and bottom ends of the tube, in each of the upright shrinkage holes and the straight through holes of each of the buffer beans, for the fishing line to pass through and in each The vertical shrinkage hole is positioned; wherein, each of the space beans is respectively placed in the double large holes at the top and bottom ends of the tube body, between each of the vertical shrink holes and the double large holes of each of the space beans The small holes are used for the fishing line to pass through and to be positioned in each of the upright shrinkage holes. The buoy structure according to claim 3, wherein the single large hole and the small hole, or the double large hole and the small hole, or the hole of the through hole formed by the pipe system in cooperation with the coupling hole of the pipe body The shape is a single-size tube, or a double-size tube assembly, or a straight-through tube configuration. The buoy structure according to claim 4, wherein the hole shape of the accommodating hole of the floating body is set in accordance with the external structure of the tube body. The buoy structure according to claim 3, wherein each convex arc body of each buffer bean is a fluorescent and luminous segment. The buoy structure according to claim 1, wherein the positioning members are a buffer bean and a footing rod; wherein, the floating body does not include the tube body and the coupling hole in the tube body still includes The accommodating hole in the longitudinal axis of the floating body, the top of the interior of the accommodating hole is a large hole for placing the buffer beans, and a position below the large hole on the top of the accommodating hole and for the mark The socket is inserted into the foot rod, and the vertical contraction hole of the buffer bean and the inside of the standard foot rod are used for the fishing line to pass through and are positioned in the vertical contraction hole and the standard foot rod. The buoy structure according to claim 1, wherein the buoy has an elliptical shape, or a triangular cone shape, Or long conical shape, or round ball shape, or long rod shape. The buoy structure according to claim 1, wherein the floating body of the buoy and the positioning members are respectively connected in series with a metal wire body, and are respectively formed by a handle for consolidating one end of each metal wire body A series connection group is formed, in which the opposite end of the metal wire body forms a through hole for the fishing line to pass through, and the positioning elements are respectively inserted in the direction corresponding to the inner top of the coupling hole of the tube body and It is arranged at the bottom end of the floating body, or is respectively inserted in the direction corresponding to the opposite top and bottom ends of the inner coupling hole of the pipe body. The buoy structure according to claim 9, wherein the series connection group is packaged in a packaging bag.

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