TWM628189U - Improved structure of Apo buoy - Google Patents

Abstract

An improved structure of Apo buoy, comprising: a target body, which is composed of buoyancy material and a counterweight material, at least one channel has an inner wall, the channel penetrates the target body, and makes the weight of the buoyancy material and the counterweight material Evenly arranged on both sides, the external water wave pressure can pass through the channel stably, and the inner wall is provided with a connecting part at an appropriate position, which can make the water shock wave more prominent, and make the stability and sensitivity in actual use. Significant improvement.

Description

The Improved Structure of Apo Buoy

The purpose of this creation is to provide a buoy, especially an improved structure of Abo buoy that can provide stability and sharpness against wind and waves.

Usually in outdoor fishing or sea fishing, after the end of the fishing rod is generally connected to the fishing line, the relevant buoy will be connected to the fishing line, and the lower part will also be connected to other objects such as swivels. When using the above-mentioned fishing group, the buoy The function is that when the fish is hooked, the fish signal can be clearly conveyed to the angler's human eye to see the signal;

Among the many types of buoys, in order to satisfy the sensitivity of the buoy, it is also necessary to cope with the interference of different species of small fish in the fishing area and to have a certain buoyancy, so that such small fish can avoid false signals when they grab the bait. Therefore, there are requirements for the buoy's ability to resist wind and waves in the water; among them, the Abo buoy has a through hole, which allows the fishing line to pass through its body. When the fishing line and the fishing group swim freely in the water, the resistance of the fishing line passing through. It increases the ability to convey fish information, can read fish information more quickly, and also makes it easier for anglers to identify fish information, and its characteristics are higher visibility.

However, most of the usual Abo buoys are designed in a circular or oval shape, which floats very fast in large wind and waves, and the wind resistance is not easy to meet the current conditions of use. Therefore, how to improve the sensitivity and wind and wave resistance of Abo buoys? It is a technical problem that needs to be solved urgently.

The main purpose of this new type is to provide an improved structure of the Apo buoy, which is composed of buoyancy materials and counterweight materials, and because the internal channel runs through the entire target body, the counterweight can be evenly distributed throughout the target body, and the external water wave pressure can be reduced. When passing, it can also maintain a certain stability.

In order to achieve the above-mentioned purpose, the structure of this new model: it has a target body, which is mainly composed of buoyancy materials and counterweight materials, and a channel with an inner wall runs through the target body, so that the buoyancy material and the counterweight material are connected. The weight can be evenly distributed on both sides, so that the external water wave pressure can pass through the channel stably, and the connecting part is arranged at an appropriate position, which can make the water shock wave more prominent.

In yet another object of the present invention, the inner wall further includes: a paint layer, which is uniformly sprayed on the surface of the inner wall, and can be used to provide anglers with a clearer and more conspicuous visual display purpose.

The second purpose of the present invention is that the counterweight material can have different weights.

The third purpose of the new model is that the entire exterior of the target body is coated with anti-corrosion and anti-impact paint.

In the fourth object of the present invention, the connecting portion further includes: a connecting ring is arranged at the center of the connecting portion, and the center of gravity for the fishing wire to be passed through is limited in the connecting ring.

The fifth purpose of this new model is to use externally mounted Abo buoys to provide stable fish information.

By means of the above-mentioned means, the improved structure of the new Abo buoy can not only improve the compressive resistance to water wave pressure, but also can reduce the resistance of the target body by evenly matching the weight with the channel, and the pigment layer provided on the inner wall can also help anglers to improve their vision. In addition, the connection part can also make the water shock wave more pronounced. Combining the above improvements, the shortcomings of the conventional structure can be effectively improved.

Often based on this creation, the best feasible embodiment, and after the detailed description with the drawings 1 to 7, to increase the understanding of the new model, the new model is an improved structure of the Abo buoy, and its structure includes: a standard body ( 10), which is mainly composed of a buoyancy material (20) and a counterweight material (30) connected together, the counterweight material (30) can be a whole piece of metal, or the interior of wood or plastic, and further configured with metal or other substances to change the weight, and its related materials are not limited; and the entire exterior of the standard body (10) is also coated with corrosion-resistant and impact-resistant paint;

At least one channel (11), the channel (11) has an inner wall (12), the channel (11) is arranged through the inside of the target body (10), so that the buoyancy material (20) and the weight material ( The weight of 30) is evenly distributed on both sides, so that the external water wave pressure can pass through the channel (11) stably, please refer to Fig. (11) Since the target body (10) is penetrated, a water pile will be formed under the inside of the channel (11). When the external water wave pressure flows in through the upper part of the channel, the internal water pile will have a stabilizing effect, so that the target body (10) will be stabilized. It will not be affected by the external water wave pressure to cause the swaying situation, so the stability can be improved; please refer to Figure 4 (b) again, it can be seen that the conventional Awa buoy only has pores for the fishing wire to pass through, so When the external water wave pressure increases, the conventional Apollo buoy will oscillate as a whole, and its stabilization effect is not ideal; therefore, it can be seen from Figure 4 (a) and (b) that its stability is significantly improved.

Please refer to as shown in Fig. 5(a), since the channel (11) is arranged through the target body (10), the entire volume of the target body is greatly reduced, compared with the volume of the conventional Abo float in Fig. 5(b). , the difference between the two can be seen, and the arrows at the bottom in the figure represent the resistance direction, so it can be clearly seen that the resistance energy of the target (10) is reduced.

Please refer to Figure 6 (a) again, the inner wall (12) of the channel (11) is further sprayed with a paint layer (121), which can provide anglers with a more clear and conspicuous visual display; and In accordance with the conventional Apollo buoy shown in Figure 6(b), there is no relevant spraying part, so the improvement can be clearly seen.

Please refer to Figure 7 (a) again, the inner wall (12) of the channel (11) is further provided with a connecting portion (111) at an appropriate position, and a connecting ring (111) is also provided in the center of the connecting portion (111). 112), it is usually used to connect the fishing line or hang the counterweight or other objects below, so when a fish touches below, the force will be guided to the connecting part (111), and the connecting part (111) ) will drive the entire target body (10) to swing, so it is more obvious to improve the shock wave in water; and as shown in Figure 7(b), the conventional Abo buoy will be affected by the upward movement of the kinetic energy transmitted by the bottom fishing wire. The wire perforation is too narrow, which greatly cancels the shock wave generated, so the sensitivity will also affect the fish signal.

Please refer to Figures 8 to 10 and Figures 11 to 13, which are respectively another and second embodiments of the present creation. Most of the structures are basically the same as the previous main embodiment of the present creation, so they will not be repeated. However, in addition to the configuration of the counterweight material (30) in different weights, the position of the buoyancy material (20) can also be exchanged to change the buoyancy of the entire target body (10), thereby corresponding to different water depths The above-mentioned connecting part (111) can also be bundled with fishing wire, and does not need to be used with the connecting ring (112), but only needs to maintain its center of gravity at the position of the overall plumb line. central.

In addition, from Figures 14 to 17, the improved Awa buoy in this case is carried out by means of external hanging, so please refer to Figures 14 to 15. The difference in its structure is that the connecting part (111) in the previous embodiment is shown here. A connecting portion (113) is formed by penetrating the two side edges of the target body (10) to the inner wall (12) with a wire rod, and a connecting line (114) is extended in the center of the connecting portion (113) to connect to the inner wall (12). A connecting ring (112), as a whole, can obtain the same function as the previous embodiment; in addition, please refer to Figs. 16-17, in its structure, the connecting portion (111) of the previous embodiment and the connecting portion have been combined (113) are all removed, and the connecting line (114) extends from the target body (10) to connect the connecting ring (112), and the fish information is obtained by the connecting ring (112).

To sum up, in the improved structure of the new Abo buoy, the channel (11) is arranged in the target body (10), so that the shape and volume of the target body (10) can reduce the resistance, and also allow the buoyancy material (20) Combining with the counterweight material (30) to form an optimum weight, the stability and sensitivity of actual use are significantly improved, and the pigment layer (121) provided on the inner wall (12) also makes the visual recognition more obvious. With the basic embodiment or the use of external means, the new design concept is to use the channel (11) to shield the interference from external forces such as wind, waves, whirlpools, etc., thereby providing an anti-wind, anti-wind and A wave buoy, which still retains a sharp speed sensing, can achieve the purpose of stable, sensitive, and excellent fish information transmission, whether it is egg-shaped, elliptical, circular, cone-shaped, etc.

(10): body (11): Channel (111): Links (112): Linking Ring (113): Links (114): Links (12): inner wall (121): Pigment Layer (20): Buoyancy material (30): Counterweight

[Figure 1] is a perspective view of this new model. [Fig. 2] is a top view of this new model. [Fig. 3] is a cross-sectional view along A-A based on Fig. 2 of this new model. [Fig. 4] is a schematic diagram of the improvement of the new structure compared with the conventional structure. [Fig. 5] is a schematic diagram of the improvement of the new structure compared with the conventional structure. [Fig. 6] is a schematic diagram of the improvement of the new structure compared with the conventional structure. [Fig. 7] is a schematic diagram of the improvement of the new structure compared with the conventional structure. [Fig. 8] is a perspective view of another embodiment of the present invention. [Fig. 9] is a plan view of another embodiment of the present invention. [Fig. 10] is a cross-sectional view taken along the line B-B in Fig. 9 according to another embodiment of the present invention. [Fig. 11] is a perspective view of another second embodiment of the present invention. [Fig. 12] is a top view of another second embodiment of the present invention. [FIG. 13] is a cross-sectional view taken along the C-C line in FIG. 12 according to another embodiment of the present invention. [Fig. 14] is a top view of another third embodiment of the present invention. [FIG. 15] is a D-D cross-sectional view based on FIG. 14 of another third embodiment of the present invention. [Fig. 16] is a top view of another fourth embodiment of the present invention. [Fig. 17] is a cross-sectional view of another fourth embodiment of the present invention based on Fig. 16 E-E.

(10): body

(11): Channel

(12): inner wall

(121): Pigment Layer

(20): Buoyancy material

(30): Counterweight

Claims (7)

An improved structure of an Apollo buoy, comprising: a target body (10), which is formed by connecting a buoyancy material (20) with a counterweight material (30); at least one channel (11) having an inner wall (12) ), the channel (11) penetrates the target body (10), so that the weight of the buoyant material (20) and the weight material (30) are evenly arranged on both sides, so that the external water wave pressure can pass through the channel (11) stably, and The inner wall (12) is provided with a connecting portion (111) at an appropriate position, so that the water shock wave becomes more pronounced. The improved structure of the Apollo buoy as claimed in claim 1, wherein the inner wall (12) further comprises: a pigment layer (121), which is uniformly sprayed on the surface of the inner wall (12), to provide fishermen with more clarity Conspicuous visual display. The improved structure of the Abo buoy according to claim 1, wherein the counterweight material (30) can be of different weights. The improved structure of the Abo buoy according to claim 1, wherein the entire exterior of the marker body (10) is coated with anti-corrosion and anti-impact paint. The improved structure of the Awa buoy according to claim 1, wherein the connecting part (111) further comprises: a connecting ring (112), which is arranged at the center of the connecting part (111) and can be passed through by the fishing wire The set center of gravity is limited within the connecting ring (112). An improved structure of an Apollo buoy, comprising: a target body (10), which is formed by connecting a buoyancy material (20) with a counterweight material (30); at least one channel (11) having an inner wall (12) ), the channel (11) runs through the target body (10), so that the weights of the buoyant material (20) and the counterweight material (30) are evenly arranged on both sides, so that the external water wave pressure can pass through the channel (11) stably, and It is characterized in that: a connecting portion (113) penetrates the target body (10) to be laterally arranged in the channel (11), and one end of a connecting line (114) connects the connecting portion (113), and the connecting line (114) ) is connected to a connecting ring (112) at the other end. An improved structure of an Apollo buoy, comprising: a target body (10), which is formed by connecting a buoyancy material (20) with a counterweight material (30); at least one channel (11) having an inner wall (12) ), the channel (11) runs through the target body (10), so that the weights of the buoyant material (20) and the counterweight material (30) are evenly arranged on both sides, so that the external water wave pressure can pass through the channel (11) stably, and It is characterized in that: at least one or more connecting lines (114) are respectively penetrated through the inner wall (12) of the target body (10) and extend to a connecting ring (112), and the conduction is not affected by the connecting ring (112). Interference's stable fish news is for anglers.

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