KR20180026309A - buoyancy modulation globe[1] - Google Patents

Abstract

The present invention relates to a buoyancy modulation globe. In order to make buoyancy modulation of a sinker convenient, and make connection and disassembly of the sinker to/from a hook (4) for minute modulation, when a hanger loop (1) is installed in a modulation member (3), a hanger loop groove (2) is established in the hanger loop (1) to buoyancy modulation of the sinker, the hanger loop groove (2) of the hanger loop (1) is used to connect the modulation member (3) to the hook (4) of the sinker so that the buoyancy is modulated. When the modulation is completed, in order to disassemble the modulation member (3) form the hook (4) and connect an insertion sinker to the modulation member (3), the hanger loop (1) is installed to the modulation member (3), and hanger loop groove (2) is established in the hanger loop (1). In addition, in the buoyancy modulation globe of the present invention, the hanger loop (1) of the modulation member (3) is wound to a fishing line so that the modulation member (3) is used as a movable sinker.

Description

Buoyancy control globe [1] {buoyancy modulation globe [1]}

The present invention provides a buoyancy control device for facilitating buoyancy control of a fishing pole and measuring the depth of a fishing point.

The present invention also provides a buoyancy regulating member that can be used as a floating breech that is freely detachable from a fishing line.

Currently, various methods of fishing are registered or pending.

Among them, the method of controlling the buoyancy by directly cutting off the bolls by using the expensive material such as tungsten is used, but the cost of the material is high and the burden is imposed on the consumer. There is a disadvantage in that if it is mistakenly cut too much, it can not be used, and there is a disadvantage that it is difficult to cut off without special equipment due to the nature of the metal material.

In addition, there is a method of adjusting the weight by adding and subtracting a plate having a certain size and weight of [Registration No. 1010464630000]. However, this method has a disadvantage in that it is difficult to control the minute buoyancy because it is adjusted by a control member of a certain size.

In addition, this method has a disadvantage in that it is difficult to adjust the buoyancy because the assembly and disassembly must be repeated until the buoyancy adjustment is completed in order to increase and decrease the adjustment member plate.

In addition, this cited invention has a disadvantage in that it frequently looses the plate during adjustment because it needs to repeatedly attach and detach an extremely fine [0.01 g or so] plate, and there is a disadvantage in that it is possible to adjust the weight only by holding a plurality of plates having different weights.

In addition, there is also a method of adjusting the buoyancy of a bongle by inserting a regulating member into the bongle of a certain size of [Application No. 2019990000113] and cutting the regulating member, This is a method of pulling the member out of the bollard and then manipulating it and then inserting the adjustment member again to join the bollard. Even if it is an expert, it is necessary to repeat at least 5 times to complete the buoyancy control of the bollard so that it is difficult to control the buoyancy.

In addition, even if the control member is accidentally dropped during the adjustment, the control member is mostly lost in the water due to the nature of the fishing rod, and if the control member is lost, the balloon itself can not be used.

In addition, there is also a disadvantage in that it is difficult to measure the water depth accurately after matching the buoyancy of the bongle and the crucible.

That is, if the weight of the bongle is equivalent to the buoyancy of the crucible or if the buoyant force of the crucible is greater than the weight of the bongle [zero point alignment] [minus alignment], the height of the crucible should be adjusted accurately according to the variation of the water level, Such a buoyancy adjustment is disadvantageous in that it is difficult to accurately determine the depth of water at one time because the height of the water surface of the crucible does not change even if the bengal is floating in the water.

10-2016-0099084. In order to solve the above-mentioned disadvantages, the present invention employs a method in which a screw is provided on a regulating member and a screw is coupled to a ring of a pendulum to control the buoyancy. However, The cost of installing the screw on the adjusting member is large, and since the use condition of the boll is used in the water, the screw portion is easily corroded, the weight is changed due to contamination of the screw and foreign substances, There is a disadvantage that the buoyancy change must be measured and adjusted frequently in the fishing technique.

Registration number 1010464630000 How to add and manipulate edition Application No. 2019990000113 Controlling with a control member Application No. 10-2016-0099084 Screw-type Buoyancy Regulator

SUMMARY OF THE INVENTION The present invention has been conceived in order to solve all of the above problems, and it is an object of the present invention to provide a buoyancy adjusting member of a bongle, which comprises (1) a hook member made of (1) a hook member, (2) (1) hooking the hooks to the ring (4) of the bag through the hooking groove (3) while adjusting the buoyancy, (3) (3) The buoyancy adjusting member is provided with (1) hooks and (2) hooking grooves on the adjusting member so that the buoyancy of the buckle can be easily adjusted and fine adjustment is possible because the adjusting member is cut or cut.

In addition, (3) the fishing boots including a buoyancy adjusting member provided with (1) hooks and (2) hooking grooves are provided on the adjusting member.

In order to achieve the above object, the buoyancy regulator of the present invention is characterized in that (1) hooks and (2) hooking grooves are provided in (3) adjustment members as shown in FIG. 1, (1) Hanging hooks are used to adjust buoyancy according to buoyancy. (3) Buoyancy is controlled by cutting or cutting the adjustment member. (3) When the adjustment is completed, the adjustment member is inserted into the boll as shown in FIG. (1) hooks of another (3) adjusting member are hooked on the hook (4) as shown in Fig. 5 so as to measure the water depth by adding the weight of the pendulum .

As shown in FIG. 6, (3) the hooks of the adjustment member (1) are wound on the fishing line so as to form an O-ring on the fishing line (3) so that the adjustment member can be used as a flow bar.

According to the buoyancy control unit of the present invention, when controlling the buoyancy of the fishing rod and the pendulum, (1) the hooks provided on the control member (3) are coupled to the ring (4) of the pendulum through the hook holes 3) The buoyancy is adjusted by cutting or shaving the adjusting member, and then the buoyancy adjusting member is inserted into the pillar as shown in FIG. 4, so that the buoyancy of the pillar can be easily controlled and fine control can be performed.

In addition, (3) the hook of the adjusting member is coupled with the hook of the barrel to adjust the weight, thereby preventing the buoyancy adjusting member from being lost.

In addition, it has a large effect of using it for accurate water depth check according to water level fluctuation by multiples of points.

(3) Since screws or the like are not provided on the surface of the regulating member, the surface is not rough and smooth so as to prevent contamination, thereby preventing buoyancy change due to contamination.

(3) If the control member is cut too much by mistake, it is also effective that the cut-out control member is inserted into the bollard and then manipulated again.

Particularly, (1) the material of the hooks is made of soft wire, and according to the needs of the user, the ring is formed as shown in FIG.

Fig. 1 is a cross-
2 is an enlarged view of the buoyancy adjusting method according to the present invention.
3 is a detailed view of a buoyancy adjusting method according to the present invention.
FIG. 4 is a plan view showing the buoyancy-
5 is a diagram illustrating a method of measuring the depth of water using the buoyancy regulator of the present invention
FIG. 6 is a plan view showing a buoyancy control valve
Fig. 7 is a plan view
Fig. 8 is a plan view
Fig. 9 is a cross-sectional view

Hereinafter, preferred embodiments of a buoyancy regulator according to the present invention will be described in detail with reference to the accompanying drawings. It is to be understood that the present invention is not limited to the disclosed embodiments, but may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to inform.

In the description of the present invention, (8), (8), (9), (10), the arm adjusting member groove 20 engaging jaw 21, 7, 8, and 9, in which the male thread (8) male control member groove (20) joining jaw (21) Because it is a universal technology that is easy enough for anyone to carry out, there is no need to explain it here.

(3) a metal rod of soft material, such as copper or tin, having a diameter enough to be easily inserted into the male control member groove (8) and the female control member groove (8) (12) a flexible metal wire such as copper or aluminum having a thickness enough to be inserted into the hook fixing groove, and (12) (12) After inserting into the hook fixing groove, (3) by hammering the outside of the adjusting member, or by using a machine such as a press, or by using an adhesive or the like (3) Fix the hook (1) to the hook fixing groove (12) of the adjusting member.

(3) When the hooks are fixed to the hooking grooves of the adjusting member, the hooks and the hooking grooves are formed by bending the hooks with a forceps such that the hooking grooves of FIG.

(1) The wire thickness of the hook is 0.5 to 0.3 mm.

(3) The reason for using soft metal rods, such as copper or tin or copper, as the material of the control member is to prevent corrosion in water and to facilitate cutting or cutting for buoyancy control.

(1) The hooks are made of flexible metal wire such as copper or aluminum. The reason for this is that the hooks are used for (1) hooking for buoyancy control, (1) hooks of the (3) adjusting member of the (3) adjusting member are made into an O-ring shape and (3) the adjusting member can be used as a flow bar.

2, Fig. 3, Fig. 5, (1) fixing the hooks to the ring of the (4) ring in the form of an O-ring like the hook of Fig.

A method of controlling the buoyancy of the boll by using the buoyancy regulator as described above will be described.

(3) Adjust the buoyancy of the adjustment member in the state that the hooks of the adjustment member are engaged with the ring (4) of the barrel as shown in Fig. 2 or Fig. 3; (3) (3) inserting the adjusting member into the groove of the male adjusting member and the groove of the female adjusting member, (6) the female screw and (7) male screw may be used in combination.

In order to check the depth of the water during fishing or before fishing, another (3) adjustment member is attached to the (4) ring of the bongle with the buoyancy control as shown in Fig. 5 to measure the water depth by increasing the buoyancy of the bongle Can also be used as.

Also, as shown in FIG. 6, (3) the hooks of the adjustment member (1) are wound in an O-ring shape on the fishing line (40), and (3) the adjustment member is used as the flow barrel.

The flow boll is a fishing technique in which various effects are proved by a fishing technique in which the bolls are moved in the direction of the arrow in Fig. 6 at intervals of (51) stopping rubber inserted into the upper and lower portions of the fishing line at regular intervals.

The present invention provides a special effect of removing and attaching the flowbag at any time during fishing, although the flowbag existing at present can be removed or inserted only by disassembling fishing gear or by reworking itself.

As described above, the buoyancy regulator according to the present invention has been described with reference to the drawings. However, the present invention is not limited to the embodiments and drawings disclosed in the present specification, It will be appreciated that various modifications may be made by those skilled in the art.

1. Hooks 2. Hooks groove 3. Adjustment members 4. Hooks 5. Numeral bolls 6. Female bolls 7. Male threads
8. Male adjusting member groove 9. Female thread 10. Female adjusting member groove 11. Wire 12. Hook holding groove
20. Coupling jaw 21. Coupling portion 30. Buoyancy control rod 40. Fishing line 41. Fishing needle 50. O-ring
51. Stop Rubber

Claims (2)

(4) a ring (9) female screw (10) a female adjusting member groove (20) a coupling jaw (21) (5) a male impeller, (9) a female screw, (7) a male thread, and (3) (3) The adjustment member is provided with (1) hooks, (1) a hooking groove formed on the hooking hole, (2) a hooking groove, (1) the hooks are removed from the ring (4) of the pendulum, (6) the arm adjustment of the pendulum (10) is adjusted, (4) By inserting the adjusting member into the groove of the male control member (5) and the male control member of the male shaft (9) by using the female screw and the male screw (7) (40) on the fishing line (1) hook the hook (1) hooks (1) are provided on the hooks (2), hooks (2) are provided on the hooks (3) And a groove is formed in the groove. The buoyancy regulating member according to claim 1, wherein (3) the buoyancy regulating member includes (1) hooks on the regulating member, (1) hooks on the hooks, and hooking grooves on the hooks.

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