KR101359627B1 - Fishing float for variable buoyancy control and buoyancy control fluid injector thereof - Google Patents

Abstract

The present invention relates to a fishing bobber capable of adjusting buoyancy by adjusting a filling fluid, and includes a hollow having a body having a bobbin and a predetermined amount of fluid partially filled in the hollow and the hollow portion in which the trunk has a fluid receiving portion. And it is configured to include an injection hole provided in a state capable of withdrawal. According to this configuration, by additionally injecting or withdrawing water into the hollow portion through the injection hole to reduce the flotation force of the fishing bobber through the adjustment process corresponding to the sinking force of the bondol can be easily adjusted according to the fishing Economic preparation and efficiency can be improved in preparation.

Description

Buoyancy-adjustable fishing bobber and syringe port for buoyancy control fluid filling of the fishing bobber {FISHING FLOAT FOR VARIABLE BUOYANCY CONTROL AND BUOYANCY CONTROL FLUID INJECTOR THEREOF}

The present invention relates to a fishing bobber, and more particularly, to a buoyancy control capable of adjusting buoyancy by adjusting a filling fluid, and an auxiliary device for buoyancy control of the fishing bobber.

Usually fishing tackle includes a fishing rod and a fishing line, bobber, rods, fishing needles, etc. as an important component, especially fishing bobber is provided to easily recognize the detection state of the fishery outside the water surface to contribute to increase the fruit. When the fishing gear enters the water, the fish finds the lure attached to the fishing needle and inhales it.

Therefore, a fish with a lot of alertness is heavier in the weight of the preparation, if you feel a foreign body instinctively spit bait and needles. For this reason, surveyors pay close attention to the preparation of fishing gear when fishing. In particular, since the fishing bobber and the bondol among the components of the fishing jersey have a large influence on the fish, the so-called 'zero crushing' is performed by using a separate tank in advance before preparing the fishing jersey. As is well known, 'zero-pointing' is the vector sum of the gravity and buoyancy of the bobber (volume of the bobber-the weight of the bobber; the flotation force of the bobber) and the vector sum of the gravity and buoyancy of the bondol (the bulk of the bump-bong) By adjusting the sinking force of Bongdol, the bobbin and Bongdol become underwater in weight, so that the foreign body feeling when the fish inhales the bait connected to the fishing gear is minimized. In other words, 'Zero zigzag' is a work to match the flotation force of the fishing bobber and the sinking force of the bondol, and in general, 'Zero zigzag' is performed in advance by using a separate tank or the like before the ship.

On the other hand, even if the fishing jersey that 'zero-pointing' has been made before launching as described above, the flotation force of the fishing bobbin due to the change of the length of the line from the stick to the bobber according to the fishing environment such as the water temperature and the water depth of the launching site There is also a change in the sinking force of the bongdol. For this reason, even in the case of fishing jerseys with 'zero crushing' before launching, precise field crushing is performed at the fishing spot again. Since it is difficult to artificially control the flotation force, it is finely carved out of the lead bumper, and the weight is reduced to change the sinking force so as to adjust the weightless state.

However, in the case of the conventional fishing bobber as described above, there is a disadvantage in that the hassle and effort and time excessively scrapped the bumper, and the pieces of lead cut from the bumper not only provide the cause of environmental pollution, but also the bumper There is a drawback that the cost increases due to the increased consumption of.

In addition, in the case of conventional bobber fitting, the flotation force of the bobber and the sinking force of the stick are not measured and provided as standardized information such as numerical values or symbols. Therefore, first, depending on the feeling of the combination of bobber and Bongdol, then finely shaving the Bongdol to change the sinking force to achieve a weightless state. Therefore, there is a drawback in that the waste of time and effort for the fitting, as well as the precision of the alignment state has a limit.

Buoyancy adjustment fishing bobber for improving the problems with the conventional fishing bobber as described above is disclosed in Korean Utility Model Publication No. 20-0347609. The buoyancy control bobber is configured to be fitted by injecting water into the empty space of the body in the form of a transparent tube.

When buoyancy adjustment of the buoyancy control bobbin when the fishing site jig when the starting point is greater than the sinking force of the bongdol by injecting water into the empty space of the tubular body to increase the weight slightly to increase the floatation of the bobber Artificial adjustments can be made to facilitate lowering the fishing site.

However, in contrast to the above situation, when the flotation force of the bobber is smaller than the sinking force of the bumper, it is difficult to artificially adjust the float to increase the flotation force by slightly reducing the weight of the bobber made of the finished standard product. Therefore, there is a disadvantage in that it is difficult to avoid the hassle of having to replace with another lower stone.

On the other hand, as described above, in order to precisely match the fishing site, even if you replace it with the other, you need to change the sinking force while cutting the bondol minutely as before, or in the first place to the lowering force than the floatation of the fishing bobber. After replacing the water, the process of injecting water into the empty space of the tubular body of the fishing bobber has a disadvantage in that it is difficult to avoid the cumbersome process when the fishing site is stuck and has a limitation in precision.

Therefore, the present invention is to improve this in consideration of the disadvantages of the conventional fishing bobber as described above, the first object of the present invention to provide a fishing bobber that can be adjusted buoyancy simply and precisely by simple and easy operation. It is for.

A second object of the present invention is a fishing rod having a fishing bobber and a boulder complementary to the fishing bobber, which can be easily and precisely adjusted by a simple and easy operation so as to have an optimum gear adaptability according to a fishing environment. It is to provide a cost poke bobber set.

A third object of the present invention is to provide a buoyancy control fluid filling syringe tool as an auxiliary device for buoyancy control of a buoyancy adjustable fishing bobber for achieving the above object.

Buoyancy adjustable fishing bobber according to the present invention in order to achieve the first object, in the fishing bobber having a jigsaw connected to the body, the body is a hollow portion formed to accommodate the fluid, and the hollow portion of the space portion It characterized in that it comprises a predetermined amount of fluid filled in, and the injection hole is provided to enable the fluid injection and withdrawal to the hollow portion.

According to one aspect of the invention, the body has a central buoyancy body and an outer buoyancy body formed to surround the outer circumference, the hollow portion is formed between the central buoyancy body and the outer circumferential buoyancy body and a predetermined amount of space in the hollow portion It may have a configuration in which the fluid is filled.

The fluid is preferably filled with water, but is not limited thereto. For example, a fluid such as oil, which is easy to inject and withdraw from the hollow part, may be commonly used.

According to the present invention, the fluid is characterized in that a predetermined amount is filled in the inner space of the hollow part in advance to form an essential component of the present invention, so as to occupy a volume of 45% to 55% of the inner space of the hollow part. It is preferred to be pre-filled, most preferably to be filled to substantially occupy half of the hollow part. In this way, the fluid forms a pre-filled component in the hollow part of the body. When the flotation force of the bobbin is set to be smaller than the sinking force of the stick, the filled fluid is drawn out by a predetermined amount to reduce the weight of the bobber. It is to make it easy to achieve weightlessness by matching the flotation force of the bobber with the sinking force of the bobbin through artificial adjustment to increase the flotation force by reducing it.

 Preferably, the injection hole is installed while the elastic caulking member is press-fitted. The flexible caulking member seals the hollow and at the same time allows the needle in and out of the syringe port for the injection and withdrawal of the fluid, and to close the micro-perforation generated after the entry and exit of the needle by stretching, for example For example, elastic rubber or leather may be employed, and embodiments of the present invention are not limited thereto.

It is preferable that a part or the whole of the outer peripheral case forming the hollow part is formed of a transparent molded body. This configuration is for easily measuring and recognizing the level of the fluid filled in the hollow portion.

The outer circumferential case of the body may be provided with, for example, a ruler or the like as marker information for measuring and recognizing the level of the fluid filled in the hollow part. It is preferable that recognizable flotation mark information, such as a defined symbol, is provided.

In order to achieve the above-mentioned second object, the fishing hook cost bobber set according to the present invention, in the fishing hook cost bobber set including a rod connected to the fishing bobber with a bobbin connected to the buoyancy body, Each float and sinking force is preliminarily measured and provided as marker information, and the bobbin and the rod are provided in a state in which they are mutually combined by the marker information, and the body of the bobber is formed to accommodate fluid. A buoyancy adjustable bobber comprising a hollow portion, a predetermined amount of fluid filled in a portion of the hollow portion, and an injection hole provided in a state capable of fluid injection and withdrawal from the hollow portion through a syringe hole. do.

In order to achieve the above-mentioned third object, the buoyancy control fluid filling syringe according to the present invention is for adjusting the buoyancy of the bobber which is made to adjust buoyancy by adjusting the amount of fluid contained in the hollow part of the body. A syringe port having a tubular body in which fluid is received; A first needle coupled to communicate with the tubular body of the syringe port to selectively deposit and withdraw the fluid by depositing the fluid in the hollow part; It has a shorter length than the first needle, and includes a second needle side by side on one side of the first needle in communication with the atmosphere, the hollow portion in the flow state by the second needle when the fluid is drawn out of the hollow portion It is characterized in that the shrinkage can be prevented.

According to the present invention, it is possible to obtain the effect of the buoyancy control of the fishing bobber simply and precisely by simple and easy operation. These effects can provide more convenience and economics in the process of fishing bobber for fishing.

1 is a partial ablation perspective view schematically showing a buoyancy adjustable fishing bobber according to the present invention,
Figure 2 is a schematic configuration diagram showing a fishing gear set is applied to the buoyancy adjustable fishing bobber shown in FIG.
3 and 4 is a schematic view showing a buoyancy adjustable fishing bobber according to another embodiment of the present invention, respectively;
Figure 5 is a schematic view showing a fluid filling syringe for buoyancy control of buoyancy adjustable fishing bobber according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail buoyancy adjustable fishing bobber according to the present invention.

Referring to Figure 1 buoyancy adjustable fishing bobber 100 according to the present invention includes a bobbin (121, 122) connected to the buoyancy body (110). The body 110 includes a hollow part 111 formed to accommodate a fluid, a fluid 112 that is filled in a predetermined amount in a portion of an internal space of the hollow part 111, and the hollow part 111. It is configured to include an injection hole 113 provided in a state capable of injection and withdrawal of the fluid (112).

According to one aspect of the invention, the body 110 is that the entire or part of the transparent or translucent synthetic resin material is molded into a hollow body to form a window capable of recognizing the filling level of the fluid 112 accommodated in the hollow portion 111 desirable. This configuration is intended to easily measure and recognize the level of the fluid 112 filled in the hollow portion 111 from the outside.

According to the present invention, the fluid 112 is preferably filled with water, but is not limited thereto. For example, the fluid 112 may be easily injected and withdrawn with respect to the internal space of the hollow part 111 such as oil. It may be employed to replace the fluid flow.

In addition, the fluid 112 is prefilled in the internal space of the hollow part 111 to form an essential component of the present invention. The fluid 112 is preferably filled to occupy substantially 50% of the volume of the inner space of the hollow portion 111, but in consideration of the realistic working accuracy during filling, 45% of the hollow portion 111 It may be charged to occupy a volume in the range of from 55%.

As described above, the reason why the fluid 112 is pre-filled in the hollow portion 111 of the body 110 is that the flotation force of the fishing bobber 100 during the field squeeze after starting out is referred to as a stick (refer to reference numeral 10 in FIG. 2). By setting a smaller than the sinking force of the) by pulling out the filled fluid 112 by a predetermined amount by artificially adjusting to increase only the flotation force of the bobber by slightly reducing the weight without changing the volume of the fishing bobber 100. The flotation force of the bobber 100 and the settling force of the gear including the bumper (refer to the reference numeral 10 of FIG. 2) are intended to achieve a weightless state easily.

If the fluid 112 is not filled in the hollow part 111, the flotation force of the fishing bobber 100 during the site fitting may be less than the sinking force of the fishing gear including the stick (see reference numeral 10 in FIG. 2). If you must raise the flotation of the fishing bobber (100). However, in this case, since the fishing bobber 100 formed as a finished product is reduced to only a small amount of weight without diminishing the volume (by cutting the inside of the fishing bobber), it is difficult to increase the flotation force. Troublesome and difficult things have to happen again.

On the other hand, if the flotation force of the fishing bobber 100 is greater than the flotation force of the hump including the bongdol (see 10 in FIG. 2) during the site crushing, it is already charged to add additional fluid to the fluid 112 to the By reducing the flotation force, the flotation force of the fishing bobber 100 and the sinking force of the manure including the bumper (10 of FIG. 2) can be easily matched to easily achieve a weightless state in the water.

According to the present invention, the injection hole 113 is a through hole formed to allow the passage of the fluid 112 with respect to the hollow portion 112, the elastic caulking to prevent the fluid 112 flows out spontaneously The member 113a is press-fitted.

The caulking member 113a is pressurized with a molded material made of a stretchable material to seal the hollow part 112 such as rubber, leather or cork, and to allow the needle port of the syringe port for fluid injection and withdrawal. . The caulking member 113a functions to prevent the fluid 112 from freely flowing out because the caulking member 113a closes the micro-pores formed while the needle of the syringe port penetrates for fluid injection and withdrawal by elastic action.

On the other hand, according to the buoyancy adjustable fishing bobber 100 according to the present invention, for example, a ruler to the body 110 to easily measure the level of the fluid 112 is filled in the hollow 111 Marker information 131, such as is provided.

Therefore, by adjusting the easily and easily by adjusting the fluid 112 to be filled in the hollow portion 111 through the ruler marking information 131 can be easily and easily tailored fishing.

In addition, the body 110, for example, to measure the floating force of the fishing bobber 100 measured in advance at the time of manufacture easily, for example, the measurement value by the metric method such as grams (g) or symbolized marker information 132 Is provided. The reason for providing the flotation mark information 132 is that the crushing investigation recognizes the flotation mark information 132, and immediately prepares a bobblestone marked with relative mark information combined therewith. By setting, it is possible to omit the 'zeroing' procedure, which is performed by using a separate tank before the dispatch.

2 is a view showing a fishing tackle set to which a buoyancy adjustable fishing bobber according to the present invention shown in FIG. 1 is applied, and the same reference numerals as the reference numerals of the drawings shown in the drawing represent the same components, and a detailed description thereof. Is omitted.

Referring to Figure 2 buoyancy adjustable fishing bobber set according to the present invention is applied to the jingle fishing gear set, it is configured to include a rod 10 is combined to correspond to the buoyancy adjustable fishing bobber 100 described by FIG.

The bobbin 100 and the bondol 10 are provided with the recognizable marker information 132, 11, each of which is measured in advance and the sinking force in advance, in a combined state by the marker information (132, 11) Connected. This combination allows the investigators to free themselves from the difficulties and cumbersome procedures of 'zeroing' in the tank before launch.

Referring to Figures 1 and 2 of the fishing jaw set having a buoyancy adjustable fishing bobber 100 and the stick 10 according to the present invention (zero-point and field-matching) as follows.

The buoyancy adjustable fishing bobber 100 according to the present invention is a bondol (10) marked with the marker information 132 showing the flotation force on the body 110 and the precipitating force marker information (11) measured in advance so as to correspond thereto. By setting the fishing line 1 as in the usual fishing gear setting, the zero tailing can be completed simply and easily. In such a state that the zero tailing is completed, such as the temperature of the fishing site and the fishing environment conditions such as water depth or the degree of filling of the fluid 112 accommodated in the body 110 of the fishing bobber 100 and the length of the line from the stick to the fishing bobber, etc. Due to the change in the flotation of the bobber and the sinking force of the fishing bobber when performing precise field alignment again at the fishing site, when the flotation force of the fishing bobber 100 is greater than the sinking force of the bondol 10 of the body 110 By simply injecting water into the hollow portion 111 by using a syringe or the like to be described later using the scale marker information 131, it is possible to simply increase the weight slightly to easily adjust the alignment to lower the flotation force of the fishing bobber. . On the contrary, when the flotation force of the bobber 100 is smaller than the sinking force of the pedestal 10, the syringe hole for describing the water filled in the hollow part 111 by using the scale marking information 131 of the body 110 will be described later. By using the withdrawal to reduce the weight slightly, it is possible to simply adjust the bobber easily to increase the flotation of the fishing bobber.

3 is a view showing a buoyancy adjustable fishing bobber 200 according to another embodiment of the present invention, the same reference numerals as those of the previously shown drawings are the same components and detailed description thereof will be omitted. Referring to FIG. 3, the buoyancy adjustable fishing bobber 200 according to this embodiment has a constitutive feature in that it is formed as a hollow body of a dual structure, and has an outer circumferential buoyancy formed to surround the central buoyancy body 210 and its outer circumference. It has a sieve 220, the hollow portion 201 is formed between the central buoyancy body 210 and the outer circumferential buoyancy body 220, a portion of the space of the hollow portion 201, that is 45% to 55 of the volume The fluid 121 is filled in%.

Meanwhile, in the buoyancy-adjustable fishing bobber 200 according to the present embodiment, although not shown in the drawing, the level of the fluid 112 filled in the hollow portion 201 as in the fishing bobber 100 described by FIG. The ruler marking information (see 131 of FIG. 1) and the flotation marking information (see 132 of FIG. 1) are provided to easily measure and recognize the same.

Figure 4 is a view showing a buoyancy adjustable fishing bobber 300 according to another embodiment of the present invention, the same reference numerals as those of the previously shown drawings are the same components and detailed description thereof will be omitted. Referring to FIG. 4, the buoyancy adjustable fishing bobber 300 according to this embodiment is formed in the lower portion of the body 110 of the fishing bobber 100 described by FIG. There is a feature in the configuration with the body 310 formed. According to this configuration, it can play a function and role for securing and maintaining the stability of the fishing bobber posture that is rocked by a swell or wind during fishing.

On the other hand, according to another aspect of the present invention, although not illustrated in the drawings, it is also possible to apply the embodiment modified to have a trunk structure formed only in the lower portion to correspond to the embodiment of FIG.

FIG. 5 shows a syringe tool 500 designed to easily perform filling or withdrawal of the fluid 112 for buoyancy control of the buoyancy adjustable fishing bobber 100 according to the present invention described above.

Referring to FIG. 5, the syringe port 500 for buoyancy control fluid filling of the bobbin includes a first needle 511 and a second needle 512 coupled to a tip of a conventional syringe 510. The first needle 511 is hollowed through the caulking member 113a of the injection hole 113 to selectively perform the injection and withdrawal of the fluid to the hollow portion 111 of the buoyancy adjustable float 100 The fluid 112 is coupled to communicate with the syringe 510 accommodated so as to enter each of the portions 111. The second needle 512 is provided in parallel with one side of the first needle 511 in a state of communicating with the atmosphere, it is formed of a shorter length than the first needle.

According to the syringe port 500 having the configuration as described above, when the fluid is withdrawn from the hollow portion 111 of the fishing bobber 100, the first needle 511 and the second needle 512 at the same time the injection hole ( 113 is inserted through. At this time, the long first needle 511 is deposited in the fluid 112, while the short second needle 512 is located in the space of the hollow portion to form a state of circulation with the outside atmosphere. As a result, the hollow part 111 is gradually contracted in the process of drawing out the fluid 112 through the first needle 511, thereby effectively preventing the deformed deformation state, and thus it is possible to perform a precise fluid withdrawal operation.

100, 200, 300: buoyancy adjustable bobber 110: the body
111, 201: hollow portion 113: injection hole
113a: caulking member 121, 122: claw saw
131, 132: marker information 210: central buoyancy body
220: outer peripheral buoyancy body 500: syringe hole
511: first needle 512: second needle

Claims (10)

In a fishing bobber with a bobbin connected to the body,
The body has a central buoyancy body and an outer circumferential buoyancy body formed to surround the outer circumference, and has a hollow portion formed to accommodate fluid between the central buoyancy body and the outer circumferential buoyancy body, and filled in part of the space of the hollow portion. Buoyancy adjustable fishing bobber, characterized in that it comprises a predetermined amount of fluid, and the injection hole is provided to enable the fluid injection and withdrawal with respect to the hollow portion. delete delete The method of claim 1,
Buoyancy adjustable fishing bobber, characterized in that the injection hole is installed in a state in which the elastic caulking member is pressed. The method of claim 1,
Buoyancy adjustable fishing bobber, characterized in that the outer circumferential case in which the hollow portion is formed comprises a transparent molded body. The method of claim 1,
Buoyancy-adjustable fishing bobber, characterized in that the outer case of the body is provided with marker information and flotation marker information for level measurement and recognition of the fluid filling the hollow portion. delete The method of claim 1,
The hollow portion buoyancy adjustable fishing bobber is characterized in that it is selectively formed to be deflected on either side of the upper and lower half of the body. delete It is for adjusting the buoyancy of the fishing bobber made to adjust the buoyancy by adjusting the filling amount of the fluid accommodated in the hollow part of the body,
A syringe port having a tubular body in which the fluid is received;
A first needle coupled to communicate with the tubular body of the syringe port to selectively deposit and withdraw the fluid by depositing the fluid in the hollow part;
A second needle having a length shorter than the first needle and provided side by side on one side of the first needle in a state of communicating with the atmosphere;
Syringe for adjusting the fluid filling amount of the buoyancy adjustable fishing bobber, characterized in that when the fluid withdrawal of the hollow portion can prevent the contraction of the hollow portion in the circulation state by the second needle.

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