KR200271482Y1 - Hollow float - Google Patents

Abstract

The present invention relates to a hollow fishing fish used when fishing in the sea, rivers, lakes.

Hollow fishing according to the present invention, the semi-elliptic spherical upper and lower cups (110, 120) and the upper and lower parts are composed of a soft synthetic resin and joined to be sealed to each other by the laminated parts (111, 121) formed at the end, Fitting tubes 112 and 122 having a hollow projecting vertically from the center of the inner side of the cup and a fishing line passing from the outside, and a liquid inner filler 150 injected into the upper and lower cups to have a predetermined buoyancy force. It is configured to include.

Accordingly, the upper and lower cups made of soft synthetic resin are not easily damaged by external shocks, and by injecting liquid internal filler into the inside, it is possible to manufacture products having various buoyancy, so that even beginners can easily enjoy fishing. It is possible to mass-produce by injection molding, so the production cost is low.

Description

Hollow Fishing Bobber {HOLLOW FLOAT}

The present invention relates to a hollow fishing bobber used when fishing in the sea, rivers, lakes, etc. More specifically, the durability of the external impact, and relates to a hollow fishing float having a variety of buoyancy and mass production.

In general, when fishing in the sea, rivers, and lakes, fishing rods, fishing lines, fishing bobbers, fishing bobbins, baits, etc. should be appropriately selected in consideration of the species and place of fishing. It is one of the very important requirements to make a good fishing to balance the weight of the fish. In other words, the weight balance between the bobber and the bobber should be set so that the bobber floats in the optimal state on the surface of the fish, so that it can react sensitively to the quality of the fish and can function as a mediator for various situations under the water. will be.

As an example of a generally known fishing bobber, the rod is thin and elongated to minimize the underwater resistance when the fish pulls the bait so that it is very sensitive to the quality of the fish. This rod must be adjusted to balance the buoy to ensure that the line attached to the end of the rod is perpendicular to the surface of the rod and that the rod attached to it is vertical. Because if the buoyancy is not correct, the fishing line is loose and the rod is oblique, and it is not only sensitive to the quality of the fish, but also it is difficult for the anglers to check the behavior of the rod and to catch various situations under the water. This is due to the considerable difficulty.

On the other hand, the sticks, when the wind is strong and the waves are high, the movement of the up and down is wide, it is difficult to check the quality of the fish, especially when the night fishing, it is difficult to capture the quality of the fish, even if the rod lie down or immersed in the water. In addition, it is difficult to throw away the fishing line because it is small and light, and easily entangled in the fishing line, or it has a weak durability and hits a rock and has a long length, which is inconvenient to handle.

In order to solve these drawbacks, an oval hollow fishing float having a hollow through which a fishing line penetrates in the center has recently been proposed.

As shown in Figures 1 and 2, the general hollow fishing bobber 10 is formed of a wood or metal material and is fastened by mutual screw coupling, and is formed to form a through hole 3 vertically penetrated at the center thereof. It consists of a cup (1), a lower cup (2), and a fishing line through tube (7) which is inserted into the through hole (3) and is formed to pass through the fishing line (20).

The lower cup 2 has a stepped portion formed at an upper end thereof, and a male screw part 4 formed at an outer circumferential portion of the lowered stepped portion, and a buoyancy control part 6 is attached to the inside of the lower cup 2.

The inner / lower cups 1 and 2 may be fastened to each other by forming a female screw part 5 that is screwed with the male screw part 4 in the lower inner side of the upper cup 1. In addition, the fishing line through tube 7 is fixed to the fishing line 20 penetrating it.

Hollow fishing bobbin (10) is configured as described above, because the fishing line 20 is fixed to the through tube 7 is installed in the center of the penetrating force is better and the tangle is prevented and lying or shaking in the waves, birds and wind There is a good advantage to fishing.

However, the above-mentioned hollow fishing bobbin 10 is made of wood or metal material is difficult to manufacture, and when it hits a rock, the surface is easily scratched or peeled off the paint so that it does not look aesthetically. In addition, in the case of the wood material absorbs water while exposed to water for a long time, the degree of buoyancy changes not only from time to time, but also to prevent this, a separate waterproofing should be applied to the outside to facilitate identification at night. The process of applying the luminescent material to the surface should be added.

In particular, since it is manufactured by hand, the price is expensive due to difficulty in mass production.

In addition, due to the characteristics that must be used while properly replacing the various types of hollow fishing bobbin, it is a great burden to have different types of hollow fishing bobber with different buoyancy, and separately equipped with other functions, such as luminous function There is a double burden to be done.

In addition, in adjusting the buoyancy, the user is to adjust the buoyancy greatly by cutting the buoyancy control unit 6 according to the situation to reduce the weight, it is difficult for beginners to use in fishing, it is difficult to match the buoyancy accurately. In addition, since the buoyancy control unit 6 once cut off does not restore the original, there is a problem that it is difficult to use it later to lower the buoyancy.

The present invention has been made to solve the above problems, and has excellent durability against external impact, with a hollow fishing float having a different buoyancy, with a hollow structure that can be mass-produced for easy use while replacing To provide bobbers.

1 is a longitudinal cross-sectional view of a common hollow fishing bob.

2 is a state of use of a common hollow fishing bob.

Figure 3 is an exploded perspective view of the hollow fishing bobber according to the present invention.

Figure 4 is a longitudinal cross-sectional view of the hollow fishing bobbin according to the present invention.

Figure 5 is a longitudinal cross-sectional view of the hollow fishing bobbin showing a state in which the buoyancy control is installed according to another embodiment of the present invention.

Figure 6 is a longitudinal cross-sectional view showing another example of buoyancy control is installed on the hollow fishing bobber according to the present invention.

Figure 7 is a longitudinal cross-sectional view showing that the separator is installed in the hollow fishing float according to the present invention.

Figure 8 is a longitudinal cross-sectional view showing that the light emitting ring is installed in the laminated portion constituting the hollow fishing according to the present invention.

Figure 9 is a longitudinal cross-sectional view showing that the weight added to the lower cup fitting pipe constituting the hollow fishing according to the present invention.

10 is a longitudinal cross-sectional view showing that the hollow fishing bobbin according to the present invention has a hollow formed groove.

<Explanation of symbols for the main parts of the drawings>

110 Top Cup 120 Bottom Cup

111, 121 ... Lamination section 112, 122 ...

113, 123 ... through 114, 124

130 ... weight 140 ... light emitting rod

150 ... internal filler 160..buoyant sponge

170 ... buoyant tube 180 ... isolator

190.Light-emitting ring

The hollow fishing bobber according to the present invention as a technical configuration for achieving the above object, the lower part and the upper part are opened in turn, and the laminated parts joined to each other at the lower part and the upper part are projected outward in turn and have a semi-ellipse to have a through hole in the center, respectively. Upper and lower cups composed of spherical soft synthetic resin; A pair of fitting pipes formed vertically integrally with the upper / lower cups at the inner center of the upper / lower cups and having hollows connected to the through holes therein and having free ends corresponding to each other; And an internal filler of a liquid injected into an inner space of the upper / lower cup.

According to the present invention, it may have a hollow in which the fitting tube of the upper cup is inserted so as to be installed inside the upper cup, and may further include a buoyancy control device which is treated with a colored material or a light emitting material. As the buoyancy control device, a buoyancy tube filled with a low density gas inside the buoyancy sponge may be employed.

In addition, a separator for partitioning the inside of the paper up and down may be further installed so as to fill the members having different buoyancy inside the paper of the upper and lower cups. In addition, a weight having a hollow into which the fitting tube of the lower cup is inserted may be further installed inside the lower cup. In addition, the light emitting ring surrounding the protruding laminated portion of the upper / lower cup may be further installed.

In addition, a plurality of indentations are formed to allow the fishing line to pass through the light emitting rod inserted through the hollow formed in the fitting tube of the upper cup and the through hole of the upper cup, and the through hole of the hollow and the upper cup formed in the fitting tube of the upper cup. It may further have a fine groove.

The features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings. Prior to this, terms or words used in this specification and claims are defined in the technical spirit of the present invention based on the principle that the inventor can appropriately define the concept of a term in order to best describe his or her own design. It must be interpreted to mean meanings and concepts.

As shown in Figures 3 and 4, the hollow fishing bobber according to the present invention, the semi-elliptic spherical shape having a lamination portion (111, 121) protruding outwardly to the bottom and top in turn and the bottom and top in turn. The lower cups 110 and 120 and the upper and lower cups 110 and 120 are vertically formed integrally with the upper and lower cups 110 and 120 at the inner center of the upper and lower cups 110 and 120. End portions are fitted with fitting pipes 112 and 122, and a liquid internal filler 150 injected into the upper and lower cups 110 and 120.

The upper and lower cups 110 and 120 are made of soft synthetic resin, and are made of a thin shell of semi-elliptic shape. Laminations 111 and 121 protrude from the lower circumference of the upper cup 110 and the upper circumference of the lower cup 120. The stacking portions 111 and 121 form a uniform plane so that the upper cup 110 and the lower cup 120 are completely sealed and joined together, and at the same time, the bottom surface of one side such that the liquid internal filler 150 is injected into the interior. And guide grooves 114 and 124 finely formed on the upper surface in turn. In addition, the hollow of the fitting pipes (112, 122) is formed so as to communicate with the through-holes (113, 123) formed in the upper center and the lower center of the upper and lower cups (110, 120), the upper and lower cups (110, 120) The fishing line penetrates through the hollow of the through holes 113 and 123 and the fitting pipes 112 and 122).

That is, the fitting pipes 112 and 122 protrude from the through-holes 113 and 123 in order from the inside of the upper / lower cups 110 and 120 to the bottom and upward, and thus the fitting pipes 112 and 122. The free ends of) correspond to each other. By combining the fitting pipes 112 and 122 with each other, a closed space may be formed in the upper and lower cups 110 and 120. A coupling part 112a is formed at the lower end of the upper fitting pipe 112 so as to couple the fitting pipes 112 and 122 to each other, and an upper portion of the lower fitting pipe 122 is inserted into the coupling part 112a. A coupling portion 122a protruding upward is formed, and an end portion of the coupling portion 122a is formed with a tapered portion 122b inward.

The inner filler 150 is composed of a liquid material having a lower density than water in the inner space of the laminated upper and lower cups 110 and 120 to have a proper buoyancy. In addition, the internal filler 150 may be adjusted or changed to have different buoyancy according to the amount or type thereof.

On the other hand, as another embodiment of the hollow fishing tackle according to the present invention, as shown in Figure 5, the buoyancy control opening may be further provided in the upper half of the inner side of the upper cup (110). In addition, the buoyancy control device may have a specific color for easy identification at a long distance, and may be made by adding a light emitting material so as to be identified at night, or the outer surface is surface-treated with a light emitting material. In this case, the upper and lower cups (110, 120) is preferably made of a transparent soft synthetic resin. As the buoyancy control device of the example shown in Figure 5, the laminated upper / lower cups (110, 1220) is fitted to the fitting tube 112 of the upper cup 110, having a uniform center of gravity so as not to tilt at the water surface A buoyancy sponge 160 having a hollow supported may be employed.

In addition, FIG. 6 shows a hollow fishing bobber provided with another example buoyancy control mechanism in the upper half of the inner side of the upper cup 110. As the buoyancy control mechanism, a buoyancy tube 170 filled with a predetermined gas is adopted. Can be. The buoyancy tube 170 also has a hollow so as to be supported by the fitting tube 112, the inside is filled with a low density gas to have its own buoyancy.

On the other hand, Figure 7 shows another embodiment of the hollow fishing bobber according to the present invention, the hollow fishing bobber of this example, the upper / lower cup (110, 120) and the upper / lower cup (110, 120) integrally An edge is sandwiched between the fitting pipes 112 and 122 to be installed and the lamination portions 111 and 121 of the upper and lower cups 110 and 120 to cover the inner space of the upper and lower cups 110 and 120. It comprises a separator 180 partitioning down.

The separator 180 has a hollow, and the hollow edge portion 181 is inserted and supported between the coupling portions 112a and 122a to partition the inner space of the upper and lower cups 110 and 120 up and down. It will be sealed. In the fishing bobber of this example, a material having different buoyancy may be filled in the inner space divided into upper and lower portions of the upper and lower cups 110 and 120. That is, the inside of the upper cup 110 to fill the normal air, the lower cup 120 may be injected into the internal filler 150 may have a variety of buoyancy.

On the other hand, Figure 8 shows another embodiment of the hollow fishing tackle according to the present invention. Hollow fishing bobbin of this example, the upper and lower cups (110, 120), the fitting pipes (112, 122) which are integrally installed in the upper and lower cups (110, 120) in turn, and the upper and lower cups ( It comprises a light emitting ring 190 surrounding the periphery of the laminated portion (111, 121) of 110, 120. In addition, the inner filler 150 is preferably filled in the inner space of the upper and lower cups 110 and 120.

In addition, Figure 9 shows another embodiment of a hollow fishing tackle according to the present invention. The hollow fishing bobbin of this example, the upper and lower cups (110, 120), the fitting pipes (112, 122) are integrally installed in the upper and lower cups (110, 120) in turn, so as to grasp the center of gravity Fitted into the fitting tube 122 is made of a weight 130 having a hollow is installed on the inner side of the lower cup (120). In this example, the hollow fishing bobbin is preferably filled with the internal filler 150 in the inner space of the upper and lower cups 110 and 120 as in the above example.

In addition, Figure 10 shows another embodiment of a hollow fishing tackle according to the present invention. The hollow fishing bobbin of this example, the upper and lower cups (110, 120), the fitting pipes (112, 122) that are integrally installed in the upper and lower cups (110, 120) in turn, so as to increase the identification power at night The light emitting rod 140 is inserted through the hollow of the fitting tube 112 and the through holes 113 and 123 of the upper cups 110 and 120, and the hollow and the upper cup 110 of the fitting tube 112. It includes a plurality of fine grooves 113a formed to be recessed so that the fishing line passes through the through hole 113 of. In this example, the hollow fishing bobbin is preferably filled with the internal filler 150 in the inner space of the upper and lower cups 110 and 120 as in the above example.

Referring to the operation of the hollow fishing bobber according to the present invention made of such a configuration as follows.

Looking at the process of assembling the hollow fishing bobbin shown in Figures 3 and 4, first, while the fitting portion (111, 122) of the upper and lower cups 110, 120, respectively produced by injection molding coupling the lamination part 111 And 121 are brought into contact with each other, and then the liquid internal filler 150 is injected through the fine guide grooves 114 and 124 formed in the lamination parts 111 and 121. Then, by bonding the lamination portions to be sealed by high frequency bonding, the upper and lower cups 110 and 120 are bonded to each other, and then the extra bonding portions are smoothly mapped to complete the assembly of the hollow fishing float of the present invention.

In the hollow fishing bobber according to the present invention, the upper / lower cups 110 and 120 are formed of soft synthetic resins to have self-elasticity, so that the impact can be effectively absorbed even when subjected to a strong impact from the outside. Therefore, unlike the conventional hollow fishing bobber consisting of wood, metal and hard plastic has the advantage that it does not break or scratch the surface easily hit.

The internal filler 150 filled in the upper / lower cups 110 and 120 is easily formed through the liquid guide and injected through the fine guide grooves 114 and 124.

According to the present invention, in order to adjust the buoyancy, in addition to the internal filler 150, it is possible to have a variety of buoyancy by installing a buoyancy control device of various forms inside the upper / lower cups (110, 120).

That is, the hollow fishing bobbin may have different buoyancy if they are inserted / or filled into a predetermined place among the upper and lower cups 110 and 120 with a combination of members and / or gases having various densities.

Examples of such hollow fishing tackle is shown in Figures 3 to 10, the buoyancy control device having a specific color or buoyancy control device that emits light when adopted to adjust the buoyancy buoyancy control is adopted, as well as nighttime visibility This improves the luminous fishing, so there is no need to provide a separate, so the user's burden is reduced and can be used continuously at night without replacement work.

In addition, as shown in FIG. 7, when the separator 180 is inserted between the lamination portions 111 and 112 and partitions the inner space of the upper and lower cups 110 and 120 up and down, the respective partitioned interiors are employed. By filling the space with other buoyancy members, it is possible to have more various buoyancy. At this time, the inner edge portion 181 of the separator 180 is inserted and sandwiched between the coupling portions 112a and 122a of the fitting pipes 112 and 122, and the outer edge portion of the separator 180 is laminated. Since it is sandwiched between 111 and 121, the airtight or liquid tight state of the upper and lower cups 110 and 120 is maintained reliably to prevent the buoyancy members filled in the upper and lower portions from being mixed with each other.

In addition, instead of employing the buoyancy control device having a light emitting function, as shown in Figure 8, when the light emitting ring 190 that surrounds the periphery of the laminated portions (111, 121) of the upper and lower cups (110, 120) is adopted, Visibility at night can be secured by the light emitting ring 190.

Meanwhile, as shown in FIG. 9, when the weight 130 is installed inside the lower cup 120 by being fitted into the fitting tube 122 of the lower cup 120, the weight 130 may be moved upwards / downward by the weight 130. The lower cups 110 and 120 are positioned below the center of gravity, and are always upright on the water surface even under high waves and the like, reacting sensitively to the flow of algae to increase the attraction and increase the weight of the weight 130. It is also possible to form a hollow fishing float having a variety of buoyancy.

On the other hand, as shown in Figure 10, after forming a plurality of fine grooves 113a to pass through the fishing line to pass through the fishing line, the light emitting rod inside the through hole 113 formed in the upper portion of the upper cup 110 140, it is convenient to use at night. In addition, since the light emitting rod 140 is supported by the tapered portion 122b formed at the end of the fitting portion 122 of the lower cup 120, the upper portion of the upper cup 110 is not separated through the hollow of the lower cup 120. It is fixed stably in the inside.

Hollow fishing according to the present invention, because it is produced by injection molding is possible to mass production and by installing a variety of buoyancy control devices in the interior, including the internal filler 150 can be produced with a variety of buoyancy.

Accordingly, the user can be equipped with a variety of products at a low cost, so that even beginners can easily fish by simply replacing the bobber with proper buoyancy without disassembling the main body after disassembling the main body to adjust the buoyancy as in the prior art. Enjoy.

According to the hollow fishing suit according to the present invention, since the upper and lower cups are made of soft synthetic resin, they are prevented from damage and surface damage due to external impact, and have a structure capable of mass production by injection molding. A plurality of hollow fishing bobbins can be provided at a low cost, so that even beginners can easily enjoy fishing.

In addition, by installing a separator or a buoyancy control device of various forms on the inner side of the upper and lower cups can be easily manufactured hollow fishing float having a variety of buoyancy.

In addition, by adopting a buoyancy control device capable of emitting light or by combining the light emitting ring to the outside, it is not necessary to provide a separate luminous fishing bobber can be used regardless of day and night.

In addition, by installing a weight on the fitting tube of the lower cup to ensure that the upper and lower cups to stably float on the water surface, and fitted the light emitting rod inside the fitting tube of the upper cup and forming a fine groove to pass the fishing line By making it possible to identify at night and tightly connected to the fishing line can be fixed so that there is no flow can be desirable fishing.

Although the present invention has been illustrated and described with respect to specific embodiments, the present invention may be variously modified and changed without departing from the spirit or the scope of the present invention provided by the following claims. It should be included in the scope of the invention.

Claims (8)

An upper / lower cup consisting of a semi-elliptic spherical soft synthetic resin so that the lower and upper parts are sequentially opened, and the laminated parts joined to each other at the lower and upper parts are sequentially formed to protrude outwards and have through-holes in the center thereof; A pair of fitting pipes formed vertically integrally with the upper / lower cups at the inner center of the upper / lower cups and having hollows connected to the through holes therein and having free ends corresponding to each other; And Hollow fishing float comprising a; internal liquid filler injected into the inner space of the upper / lower cups. The method of claim 1, Hollow fishing pits having a hollow in which the fitting tube of the upper cup is inserted to be installed inside the upper cup, and further comprising a buoyancy control device which is treated with a colored material or a light emitting material. The method of claim 2, wherein the buoyancy control device, Hollow fishing float, characterized in that made of buoyancy sponge. The method of claim 2, wherein the buoyancy control device, Hollow fishing float characterized in that the buoyancy tube is filled with a gas of low density inside. The method of claim 1, And a separator for dividing the inner space of the upper / lower cup up and down so as to fill a member having different buoyancy therein in the lamination portion of the upper / lower cup. The method of claim 1, Hollow fishing, characterized in that it further comprises a weight having a hollow in which the fitting tube of the lower cup is inserted to be installed inside the lower cup. The method according to any one of claims 1, 5 and 6, Hollow fishing, characterized in that it further comprises a light emitting ring surrounding the protruding laminated portion of the upper / lower cup. The method of claim 1, It further comprises a light emitting rod is inserted through the hollow formed in the fitting tube of the upper cup and the through hole of the upper cup, and a plurality of micro grooves recessed to pass through the fishing hole through the hollow and the upper hole of the upper cup. Hollow fishing bobber characterized by.