KR200496849Y1 - Variable buoyancy regulator for freshwater fishing floats - Google Patents

Abstract

The present invention relates to a variable buoyancy control device for freshwater fishing floats, which is coupled to the outer circumference of the float saw with elasticity and can be freely positioned within the uppermost section of the float saw and the lowermost section in contact with the body of the float, and bottom fishing while coupled to the upper part of the float saw. It can be used as a magnifying glass in the state in which the fit is performed, and when the buoyancy control sphere is placed at the boundary of the body tom passage located below the water surface, the volume of the buoyancy control sphere is By increasing the volume of the rod, the buoyancy of the rod used in bottom fishing is raised by the volume of the buoyancy control device to float the rod from the bottom of the water, raise the rod to the surface of the water, and change only the needle rigging, lowering or Since it can be switched to mid-layer fishing, there is a fishing in which the float motion is sensitive, a gear conversion effect that can catch fish staying in the appropriate depth layer, and a buoyancy control device placed on the floating neck part in contact with the float body It is a useful design that can also be used for purposes that can prevent damage to the chimok part.

Description

Variable buoyancy regulator for freshwater fishing floats}

The present invention relates to a variable buoyancy control device for freshwater fishing floats, and more specifically, in a bobber whose buoyancy is adjusted to correspond to the invasion force for lifting fishing, it is movably provided on the float and increases the buoyancy of the fitted float to increase the weight Unlike lifting fishing by floating the rod from the bottom, it can be immediately switched to lowering fishing and mid-layer fishing, and when not used as a buoyancy control tool, it enhances the top of the float raised on the water surface and makes contact with the body of the fishing float. It relates to a variable buoyancy control tool for freshwater fishing floats that can also be used to reinforce the weak points of the boundary of the float saw.

In general, fishing gear including a fishing rod is necessarily applied to freshwater fishing, and float fishing is commonly practiced as a representative of freshwater fishing.

The fishing gear is a float on the main line connected to the chorit of the fishing rod, a float holder for fixing the float, a stopper for preventing the slide of the float holder, and a weight suitable for the buoyancy of the float (hereinafter referred to as a bongdol), a leash on the weight weight A hanging fishing hook is set and used.

The basic shape of a freshwater fishing float is largely divided into a body, a float, and a leg. The material of the body is light wood, natural materials such as reeds, water bands, peacock feathers, nano foam, etc. The shape is conical, streamlined, etc. The chisaw is made of a material such as carbon, glass fiber, or elongated tube colored with different colors, and is made of a thin thickness and is combined with or penetrating the steamer body, and the lower part of the steamer body is divided into legs It is manufactured in a way to fix each part in a balanced way.

The chisaw is generally equipped with a cami holder at the top for inserting a chemical light or day cami (aka day cami), which is a light emitting device, and an electronic cami in which a battery is combined and separated. In addition to the installation of the battery, a so-called electric chisel saw is used that allows light to be transmitted to the chisel saw by planting a small lamp.

The steamer is necessarily used to match the buoyancy and invasion, including the weight of the bongdol. If the aerosol of the bongdol is stronger than the buoyancy, cut the bongdol little by little or in the case of a side nap, cut it little by little with scissors so that the buoyancy versus invasion is 1 to 1 By matching, the baited crucian carp and other fish species break the balance of invasion force according to the feeding action, affecting the buoyancy of the float, so that the saw top rises above the water surface or goes down below the water surface. By catching and chamfering, the fish species could be hooked and caught.

In recent years, instead of using conventional lead-based bongdols, eco-friendly bongdols are being used, and auxiliary rings made of corrosion-free stainless and brass materials are added to or subtracted from the rigging to precisely adjust the buoyancy of the floats. also use

In addition to the above methods, recently, there are also jjims that individually adjust the weight of the bongdol in the jji itself without adding an auxiliary ring for buoyancy.

Looking at the prior art related to the float, Republic of Korea Patent Registration No. 10-0639600 (name: buoyancy control device and fishing float provided with the buoyancy control device, date of publication: November 01, 2006, hereinafter referred to as 'Seafarer Document 1 ') and Registry No. 20-0249303 (Name: Freshwater fishing float with variable position auxiliary body, date of announcement: November 16, 2001, hereinafter referred to as 'Seafarer Document 2') are disclosed.

Sailor Document 1 is a buoyancy control device mounted on a body of a fishing float that allows the user to freely increase or decrease the buoyancy against the fixed penetration of a float used for freshwater fishing, and a fishing float equipped with the buoyancy control device As, the configuration is a device that can be connected and fixed to the upper side of the body of the float, consisting of a hollow cylindrical first housing and a hollow cylindrical second housing that is movable in contact with the first housing, and of the second housing According to the vertical moving distance, the volume of the first housing and the second housing assembly is freely adjusted within a certain range, and accordingly, the buoyancy is freely adjusted within a certain range. It is characterized by being separately installed on the upper side of the body of the fishing float so that it can be added or subtracted. When using this buoyancy control device, the time required for cutting or stitching the rod can be drastically shortened and convenience can be improved, so it can be used at the fishing site. Provides the advantage of being able to quickly and conveniently perform accurate alignment of the

The configuration of Sailor Document 2 is a main body, a chi-saw fixed to the upper end of the main body, a chi-saw fixed to the lower end of the main body, a stopper fixed to the chi-saw, and the above-mentioned chi-saw passing through the main body It consists of an auxiliary body that can be moved along the longitudinal direction of the above-mentioned chisaw between one top and a stopper, and while the main body is located below the point where it is 1/3 from the bottom of the total length of the chisaw, the above-mentioned auxiliary body Due to the weight distribution, the center of gravity of the float is located around 1/3 from the bottom of the total length of the float, and after throwing the preparation, the float is stable on the water surface until the auxiliary body reaches the surface by the lift by the bite. One auxiliary body is located below the surface of the water to form buoyancy for the above-mentioned float, and when the above-mentioned auxiliary body reaches the water surface, it loses buoyancy for the above-mentioned float, and at the same time guides the upright rise of the above-mentioned float, In addition, it is a freshwater fishing float with a position-variable auxiliary body that acts as an indicator of the chamfering time. It has both uprightness and good visibility, and optionally adjusts the center of gravity of the entire float to suit the fishing environment if necessary. It provides the advantage of being able to move easily.

In the seafarer document 1, the buoyancy of the bobbin is adjusted for the bongdol by expanding or reducing the inner space, and as the buoyancy control, it can be adjusted by the invasion force that places the bongdol at the bottom of the water or appropriately floated from the bottom Although it has the advantage of being able to be used as a function, it is difficult to precisely control buoyancy due to water leakage after long use, and there is a high rate of defects due to the production of floats. There is a downside to

Said Sailor Document 2 provides a separate auxiliary body movable in the length range of the chisel top so that it can be used by assisting the buoyancy of the main body, but this helps to maintain the uprightness of the float and to make the float rise straight By giving a new float (buoyancy of the float) when changing from bottom fishing in which the rod touches the bottom of the water to down fishing in which the rod floats to the bottom and only the needle rig touches the bottom, or intermediate fishing in which both the rod and the needle rig are floated. There was the hassle of having to renew the invasion).

The present invention was devised to solve the conventional problems as described above, and in a bobber whose buoyancy is adjusted to correspond to the invasion force for lifting fishing, it is provided movably on the bobbin and increases the buoyancy of the fitted bobber to increase the weight Unlike lifting fishing by floating the weight rod from the bottom, it can be immediately switched to lowering fishing and mid-layer fishing, and when not used as a buoyancy control tool, it enhances the floating top on the water surface, and the body and body of the fishing float The purpose is to provide a variable buoyancy control tool for freshwater fishing floats that can be used for the purpose of reinforcing the weakness of the boundary of the contact saw.

According to the present invention for achieving the above object, the upper end of the chitop is coupled to the outer circumference of the chitop with its own elastic force, so that it flows and is fixed within the entire length of the upper side chitop of the body, and the buoyancy of the chitop against the penetration of the bongdol. It is used as a magnifying glass at the position of the saw top on the water surface when it is aligned, and at the boundary where the saw top and the body of the float are in contact, it helps to increase buoyancy and raises the saw saw to the surface of the water. In the variable buoyancy control tool for freshwater fishing floats to be switched to fishing,

The buoyancy control device is made of either a hollow pipe type or a square material shape, and is formed of any one of carbon, glass fiber, polycarbonate, and light-transmitting optical fiber material, and the outer surface thereof has a fluorescent material. It is characterized by combining a tubular body painted with paint and an elastic body located on the outer circumference of the chitop in a hollow shape inserted into and attached to the tubular body.

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The elastic body according to the present invention is characterized in that any one of silicone, foam, rubber tube.

The buoyancy control device according to the present invention is divided and fixed in a form including an upper part of the jjitap at the point where the jjitap and the jjitap and the jjitong are in contact, and is used as a buoyancy control and a jjit magnifying glass.

The variable buoyancy control tool for freshwater fishing floats of the present invention is coupled to the outer circumference of the float saw with elasticity, and can be freely positioned within the uppermost section of the float saw and the lowermost section in contact with the body of the float, and is coupled to the upper part of the float saw, suitable for bottom fishing. In the state of being fitted, it can be used as a magnifying glass, and when the buoyancy control sphere is placed at the boundary of the buoyancy control sphere located below the water surface, the volume of the buoyancy control sphere has a volume relative to the body of the buoyancy control sphere By increasing it, the buoyancy of the rod used in bottom fishing is raised by the volume of the buoyancy control device to float the rod from the bottom of the water, raise the rod to the surface of the water, and change only the needle rigging, thereby lowering or intermediate fishing Because it can be used for conversion, there is an effect of switching the gear to catch fishing that shows sensitive movements of the float and fish staying in the appropriate depth layer, and by locating the buoyancy control device on the part of the neck that contacts the body of the body, the body of the body is damaged by strong chamfering It can also be used for purposes that can prevent it from happening.

1 is a front view sequentially showing the fit of a freshwater float to which the buoyancy control device of the present invention is applied;
Figure 2 is a cross-sectional view showing a state in which the buoyancy control device according to the present invention is fixed to the top of the chisaw;
3 is a cross-sectional view showing a state in which the buoyancy control device of another embodiment according to the present invention is applied to a chitop;
Figure 4 is a cross-sectional view showing a state in which the buoyancy control device of another embodiment according to the present invention is divided and applied to the chitop;
Figure 5 is a cross-sectional view showing a state in which the buoyancy control unit divided in FIG.
Figure 6 is a cross-sectional view showing a state in which the buoyancy control tool is applied to another chisaw according to the present invention.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

Hereinafter, other objects and features of the present invention in addition to the above objects will be clearly revealed through the description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and unless explicitly defined in the present application, they should not be interpreted in an ideal or excessively formal meaning. don't

Hereinafter, the present invention will be described in more detail with reference to the accompanying FIGS. 1 to 6.

As shown in the attached FIG. 2, the variable buoyancy control device 10 for freshwater fishing floats,

At the top of the jjitap (2), it is coupled to the outer circumference of the jjitap with its own elastic force and flows and is fixed within the section of the entire length of the upper side jjitap of the jjitap (3). When adjusting the buoyancy, it is used as a magnifying glass at the position of the saw top on the water surface, and at the boundary where the saw top and the body of the boat are in contact with each other, it helps to increase the buoyancy and raises the saw top to the surface of the water. In the variable buoyancy control device 10 for freshwater fishing floats to be switched to down fishing and mid-layer fishing,
The buoyancy control device 10 is made of either a hollow pipe shape or a rectangular shape, and is formed of any one of carbon, glass fiber, polycarbonate, and light-transmitting optical fiber material. On the surface, a tubular body 12 painted with fluorescent paint and an elastic body 14 located on the outer circumference of the chisaw 2 in a hollow shape inserted into and attached to the tubular body 12 are coupled.

The chisaw is a tube-type chisaw and an optical fiber chisaw manufactured with a diameter of 1.5 to 2 mm, and is a chisaw for daytime fishing without a luminous body or an electronic chisaw in which light is transmitted to the chisaw by a battery and a lamp so that the chisaw itself emits light. Corresponds to.

While the tube body 12 is a relatively hard material, the elastic body 14 is a soft material, and overall, if the weight according to their combination is a material in a range that does not significantly affect the center of gravity of the float all can be produced

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The tube body 12 and the elastic body 14 of the buoyancy control device 10 may be a buoyancy material that floats on water or a material that sinks without floating on water because it is heavier than the specific gravity of water. This is reflected in the fit of the float when the buoyancy control device 10 is located on the water surface, and has a volume relative to the volume of the buoyancy control device that adds the buoyancy of the float body 3 in the state of being located underwater, so that the float (1 ) can act as a factor that increases buoyancy.

More specifically, the buoyancy control device can act as a weight or a buoyancy body due to volume increase in a state where the buoyancy force (buoyancy) of the buoy and the buoyancy of the buoy is set to 1:1.

On the other hand, the elastic body 14 can be applied by selecting any one of silicone, foam, and rubber tube. Here, an adhesive is applied to the outer side of the elastic body 14 so that it is attached to the inner diameter of the tube body 12.

4 and 5 show a buoyancy control device of another embodiment, where the buoyancy control device 10 is a plurality of pieces of the body of the body at the point where the top 2 and the top and the body 3 come into contact. It is divided and fixed in a form including an upper part so that it can be used for buoyancy control of the body and as a magnifying glass.

6 shows an example in which the buoyancy control device 10 is applied to the top 2 of another top 1, which is usually made of carbon or glass fiber material thinly. (10) is first inserted, and then a cami holder (C1) is attached to the top of the chisaw to insert a camilight (C), which, as described above, is one or As described above, by placing the buoyancy control device 10 above or in the water, it is shown that it can be used as a function of a buoyancy control device, a function of a magnifying glass, a protection function, etc.

In the drawing, the unexplained sign L1 denotes a 'won line', and the reference sign L2 denotes a 'leash line', which is a needle rig.

The operation according to the use of the variable buoyancy control device for freshwater fishing floats configured as described above is as follows.

First, according to the application of the position of the buoyancy control device 10 according to the present invention, it can be used by switching to bottom fishing and bottom fishing with the same fit as in FIG. 1 attached.

As a floating process for bottom fishing, in Figure 1, ① is a state in which a rod stone (W), which initially has a greater buoyancy than the buoyancy of the float, is suspended from the end of the original line (L1), that is, in the state of not being equipped with a needle ( 1) Floating begins when the whole is submerged.

At this time, the buoyancy control device (10) is coupled to the top of the pike saw (2), and the pike (1) is raised on the original line (L1) to raise the pike (1) up to 20 to 30 cm to stab again in a state where the pike saw is raised 3 to 4 nodes on the surface of the water. After descending to the level of the needle set, increase the weight of the bongdol (W) and reduce it little by little while performing the stitching.

In ② of FIG. 1, the weight of the bongdol is gradually reduced as described above, and the buoyancy control tool is adjusted so that one to one and a half joints of the jjisaw (2) comes out on the surface of the water. make it in shape

In ③ of FIG. 1, the upper part of the jjisaw (2) including the buoyancy control device (10) is exposed to the surface of the water by 2 to 3 segments, but the leash (L2) equipped with the needle is hung on the rod stone (W) and the bait is hooked to the needle hang on it and start fishing.

④ of FIG. 1 shows the transition from bottom fishing to bottom fishing as described above, which lowers the buoyancy control device 10 located at the top of the float saw 2 to the body of the float 3. At this time, the buoyancy control device It acts as a buoyancy material that adds buoyancy to the body of the float while being located underwater with the body of the float.

That is, assuming that the volume of the buoyancy control tool is 10 cc, the length corresponding to the volume of 10 cc of the buoyancy control device is exposed to the surface of the water compared to the buoyancy force for the volume of the buoyancy control device among the entire section of the buoyancy control tool.

Therefore, as much as the volume of the buoyancy control device 10 has, the chitop 2 rises above the water surface, and the bongdol is floated from the bottom of the water by that much. Here, if the leash (L2), which is a needle setup, is converted to a long leash, the needle and bait are converted to a slope that touches the bottom, so that it is possible to switch from bottom fishing mode to down fishing without necessarily reducing the weight of the rod.

The buoyancy control device 10 is prepared in various sizes and is simply replaced and used or when the number is increased, the exposed length of the float 2 on the surface of the water, and the mid-level fishing mode in which the needle floats from the bottom of the water by that much when the float is lowered. conversion is possible.

A plurality of buoyancy control devices 10 according to the present invention are prepared, and as shown in FIG. 5, the buoyancy control devices are divided and fixed at the upper end, the middle, and the boundary where the body and the chin top are in contact with each other exposed on the surface of the water. Because it can be done, it can be usefully used not only to adjust the flotation of the float, but also to magnify the float when the top of the float rises according to the bite of the fish.

In addition, if the buoyancy control tool is placed on the body of the body where the saw saw meets, it is also highly usable for the purpose of preventing the break of the neck (the boundary between the saw and the body) in advance during strong fishing.

In the end, the buoyancy control device according to the present invention is divided into one or multiple pieces by unit or weight to increase the buoyancy by adding volume to the buoyancy of various floats that anglers have. Since it can be applied easily, it provides an advantage in enjoying efficient fishing compared to the existing method of increasing and reducing the volume of the internal space, which has a complicated structure and poor manufacturing.

As described above, the present invention has been described by specific details such as specific components and limited embodiments and drawings, but this is provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , Those skilled in the art in the field to which the present invention pertains can make various modifications and variations from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and not only the claims to be described later, but all modifications equivalent or equivalent to these claims will be said to belong to the scope of the present invention.

1: poke 2: poke saw
3: body body 10: buoyancy control
11: insertion hole 12: pipe body
14: elastic body W: bongdol
L1: one line L2: leash

Claims (5)

At the top of the jjitap (2), it is coupled to the outer circumference of the jjitap with its own elastic force and flows and is fixed within the section of the entire length of the upper side jjitap of the jjitap (3). When adjusting the buoyancy, it is used as a magnifying glass at the position of the saw top on the water surface, and at the boundary where the saw top and the body of the boat are in contact with each other, it helps to increase the buoyancy and raises the saw top to the surface of the water. In the variable buoyancy control device 10 for freshwater fishing floats to be switched to down fishing and mid-layer fishing,
The buoyancy control device 10 is made of either a hollow pipe shape or a rectangular shape, and is formed of any one of carbon, glass fiber, polycarbonate, and light-transmitting optical fiber material. Variable for freshwater fishing floats, characterized in that a tubular body 12 painted with fluorescent paint on the surface and an elastic body 14 located on the outer circumference of the chisaw 2 in a hollow shape inserted into the tubular body 12 are combined buoyancy regulator.
delete delete According to claim 1,
The elastic body 14 is a variable buoyancy control device for freshwater fishing floats, characterized in that any one of silicone, foam, rubber tube.
According to claim 1,
The buoyancy control device 10 is divided and fixed in a form including an upper part of the jjitap at the point where the jjisaw 2 and the jjisaw and the jjitong 3 come into contact, and used as a buoyancy control and a jjit magnifying glass. Variable buoyancy control tool for freshwater fishing floats, characterized in that being.

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