TWM632398U - buoy structure - Google Patents

Abstract

The present invention provides a buoy structure, which includes: a buoy body, which has a body part and a top part arranged on the body part; The top surface of the top ring on the side surface of the top ring, the side surface of the top ring is inwardly concave; and a tag tail is inserted on the top surface of the top of the float body, and the top of the flag body of the float body has an inner surface. The side design of the concave top ring enables the buoy body to be completely submerged in the water visually during the use of the buoy, and the tail of the buoy is used as a judgment signal, thereby improving the transmission of the sensitivity of the bait signal and the hooking rate of the shrimp.

Description

buoy structure

The new model is related to the buoy used for fishing, especially a buoy structure.

The buoy is one of the necessary auxiliary equipment in fishing. The buoy is used to reflect the state of the shrimp eating the bait in the water, that is, when the fisherman is fishing for shrimp, most of the fishermen rely on the action of the buoy to judge whether the shrimp is biting the bait, to decide whether the shrimp is hooked. Therefore, the design of the buoy structure is extremely important.

Referring to FIG. 1, the conventional buoy is shown in use. The buoy mainly consists of a buoy body 11, a stub 12 in the shape of a thin rod and located above the buoy body 11, and a buoy in the shape of a thin rod. The marking feet 13 below the float body 11, however, because the float body 11 has a single oval (or spherical) three-dimensional shape, and when in use, part of the arc-shaped surface 111 of the float body 11 is submerged in water, and the other part is arc-shaped The surface 112 is exposed on the water surface A, so the residual buoyancy of the conventional buoy during use will be too large, which will seriously affect the transmission of the sensitivity of the bait signal. On the other hand, due to the habit of eating bait, the shrimp will use the feeding claws to take the bait into the mouth to eat. Therefore, when the shrimp eats the bait in the water, the force of the feeding claws must overcome the residual buoyancy of the buoy in the water to bring the bait into the mouth to eat. , and therefore, once the shrimp finds that the resistance is too large in the process of entraining the bait, they usually give up the bait and find other bait to eat, thereby reducing the hook rate of the shrimp.

The purpose of the present invention is to provide a buoy structure, which mainly reduces the residual buoyancy of the buoy, so as to improve the transmission of the sensitivity of the bait signal and improve the hooking rate of the shrimp.

In order to achieve the above-mentioned purpose, the technical solution adopted by the present invention is a buoy structure, comprising: a buoy body, a buoy body, a buoy body, and a buoy top arranged on the buoy, and the buoy top has a buoy connected to the body part. The side surface of the top ring, and a top surface of the top connected to the side of the top ring, the side surface of the top ring is concave;

The effect of the present invention is that: in this invention, the top of the buoy body has a concave top ring side design, so that the buoy body can be visually completely submerged in the water during the use of the buoy, so that the buoy can be completely submerged in the water. The tail is used as a judgment signal to improve the transmission of the bait signal sensitivity and improve the hook rate of shrimp.

Preferably, the body part of the float body has a body arc side connecting the side of the label top ring, a body bottom surface connecting the body arc side, and a connecting side of the body arc and the body. Fishline channel between undersides.

Preferably, a character pattern is provided on the side of the body arc of the body part.

Preferably, the label top of the float body further has a slot recessed from the top surface of the label top, and the label tail is inserted into the slot.

The foregoing and other technical contents, features and effects of the present invention will be clearly presented in the following detailed description of the preferred embodiments with reference to the drawings.

Referring to FIGS. 2 to 4 , the first embodiment of the present invention provides a buoy structure, which is mainly composed of a buoy body 20 and a tail 30 , wherein:

The buoy body 20 has a body portion 21 and a top portion 22 disposed above the body portion 21. The top portion 22 has a top ring side surface 221 connected to the body portion 21, and a top portion 22 connected to the body portion 21. The top surface 222 of the top ring side surface 221, the top ring side surface 221 is concave; in this embodiment, the body part 21 of the float body 20 has a body arc side surface connecting the side surface 221 of the top ring 211, a body bottom surface 212 connecting the body arc side surface 211, and a fishing line channel 213 connecting the body arc side surface 211 and the body bottom surface 212, wherein the body bottom surface 212 is opposite to the Marking the top surface 222, the fishing line channel 213 is for the fishing line 41 to pass through, and the fishing line 41 can be provided with a gear bean 42, the gear bean 42 is located outside the side 211 of the marking body arc to limit The displacement of the float body 20; the top 22 of the float body 20 further has a slot 223 recessed from the top surface 222 of the float body toward the bottom surface 212 of the body; the top part 22 of the float body 20 is an inner curved cone It can be known from FIG. 3 that after the cross section of the top 22 of the mark, the line of the side surface 221 of the top ring of the mark is designed as a concave arc.

The mark tail 30 has an insertion portion 31 and an optotype portion 32 connected to the insertion portion 31 . The insertion portion 31 is inserted into the slot 223 of the mark top surface 222 of the float body 20 , so that the The tail 30 is integrated with the float body 20 , and the optotype portion 32 is located outside the float body 20 for the angler to judge the signal.

The above is the description of the structure of the novel buoy, and the operation mode of the present creation is described as follows.

Referring to FIG. 4 , because the present invention is specially designed with a concave top ring side surface 221 on the top 22 of the buoy body 20 , the buoy body 20 can be completely hidden visually during the use of the buoy. When entering the water, the target tail 30 is used as a judgment signal, so as to improve the transmission of the sensitivity of the bait signal and increase the hooking rate of the shrimp. More specifically, the concave top ring side 221 of the top 22 is designed so that most of the float body 20 is submerged under the water surface A but the buoyancy is still greater than the weight and thus floats in the water due to the surface tension of the fluid. The tail 30 floats out of the water surface A and is used as a judgment signal.

It is worth noting that the buoyancy body 20 can be designed to control the relationship between buoyancy and gravity, so that when the buoyancy body 20 is in water, the buoyancy body 20 is left in buoyancy (buoyancy reduces gravity) to allow the buoyancy body 20 In the buoyant position in the water, the surface tension of the fluid upward does not completely cover the top surface 222 of the top of the mark, so that the buoy is completely submerged in the water visually, and it is easier to judge the signal with the mark tail 30 . That is to say, the water surface A of surface tension is on the side surface 221 of the top ring of the top 22 and lower than the top surface 222 of the top. , so that the contact surface between the water molecules and the side surface 221 of the top ring gradually becomes smaller, the pulling force of the water molecules gradually becomes smaller, and the tension of the surface tension formed becomes smaller, and the force of the shrimp pulling the hook on the bottom layer is easy to feel. When the hook eats the bait, there is a reverse pulling force due to the excessive surface tension, which causes the shrimp to be alert and abandon the hook.

Referring to FIG. 5 , the second embodiment of the present invention provides a buoy structure, which is different from the first embodiment in that:

The body arc side 211 of the body part 21 is provided with a text pattern 214. In this embodiment, the text pattern 214 is a number, and the number can represent the buoy buoyancy value, the buoy specification, the hole diameter of the fishing line channel 213, and the slot of the slot 223. but not limited thereto, the text pattern 214 can also be the trademark of the manufacturer, the name or model of the product, etc., so as to improve the convenience of use of the buoy and the identification of the product.

To sum up, the above-mentioned embodiments and drawings are only the preferred embodiments of this creation, and should not be used to limit the scope of the implementation of this creation. All equivalent changes and modifications made in accordance with the scope of the patent application for this creation shall belong to covered by this creative patent.

11: Float body 111, 112: Curved surface 12: Tail 13: marked foot A: water surface 20: Float body 21: body part 211: side body arc 212: Bottom of body 213: Fishing Line Channel 214: Text Pattern 22: top label 221: side of the top ring 222: mark top top surface 223: slot 30: Tail 31: Insertion part 32: Optotype Department 41: Fishing Line 42: Beans

Figure 1 is a schematic diagram of the use state of a conventional buoy; Fig. 2 is the perspective view of the first embodiment of the novel; 3 is a cross-sectional view of the first embodiment of the new model; Fig. 4 is the use state diagram of the first embodiment of the novel; And FIG. 5 is a perspective view of the second embodiment of the novel.

20: Float body

21: body part

211: side body arc

212: Bottom of body

213: Fishing Line Channel

22: top label

221: side of the top ring

222: mark top top surface

223: slot

30: Tail

31: Insertion part

32: Optotype Department

41: Fishing Line

42: Beans

Claims (4)

A buoy structure containing: a buoy body, having a body part and a top part of the flag, the top part of the flag has a side surface of the top ring connected to the body part, and a top surface of the top ring connected to the side surface of the top ring , the top ring has a concave side surface; and A tag tail is inserted on the top surface of the tag top of the float body. The buoy structure as claimed in claim 1, wherein the body part of the buoy body has a body arc side connected to the side of the bezel, a body bottom surface connected to the side of the body arc, and a body connected to the body The line channel between the side of the arc and the underside of the body. The buoy structure as claimed in claim 2, wherein a character pattern is arranged on the side of the body arc of the body part. The buoy structure as claimed in claim 1, wherein the top of the buoy body further has a slot recessed from the top surface of the buoy, and the tail is inserted into the slot.

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