KR200299112Y1 - float that have duplex separation structure - Google Patents

Abstract

The present invention allows the lower bobber to be separated and lowered from the upper bobber when the upper and lower bobbers are integrally coupled by a magnet so that the lower bobber can be separated and lowered, so the visibility of the bobber is high and one-to-one is possible. It relates to a fishing bobber having a dual separation structure to enable, the inlet pipe 102 is protruded downward in the inner center and the ceramic cap 116 is coupled to the top of the inlet hole 103, the upper cap provided with a receiving groove 104 (101), the fixing hole 107 and the screw groove 103 is formed in succession inside the fixing plate 105 and the guide pipe 109 is fusion-bonded to the lower side of the upper cap 101, the guide groove is raised upward and the screw groove Screw portion 111 is formed to be coupled to the 106 and the upper jaw (100) is composed of a control hole 108 is formed with a coupling groove 112 is fixed to the upper magnet 113 is inserted into the bottom surface; Reflecting plate is formed on the bottom surface of the through hole 207, the coupling groove 208 is inserted into the lower magnet 209 is inserted and the insertion groove 205 having the withdrawal groove 206 on the left and right of the through hole 207 204 and the weight plate 211 which is fused to the upper end of the reflector plate 204 and protrudes upwardly from the support tube 202 having the opening hole 203 in the inner center thereof, are inserted into the lower end of the support tube 202. Coupled to the upper and lower ends of the outlet hole 203, the ceramic ring 213, 214 is characterized in that the lower jaw 200 is composed of a lower cap 201 is coupled to each other.

Description

Float that have duplex separation structure

The present invention allows the lower bobber to be separated and lowered from the upper bobber when the upper and lower bobbers are integrally coupled by a magnet so that the lower bobber can be separated and lowered, so the visibility of the bobber is high and one-to-one is possible. It relates to a fishing bobber having a double separation structure.

In general, fishing bobber is one of the representative fishing gear that plays an important role in improving the fruit by displaying the fishery detection status.

Fishing bobber is made by cutting the paulownia wood and reinforcement wood into a tubular body, and the upper and lower caps of synthetic resin material are fused or screwed to mass production. Some are made by combining wood and synthetic resin.

Normally, sea fishing bobber forming one body is produced in various sizes and shapes, and has a lake (buoyancy indication: B ~ B4, 0.5) of appropriate weight (0.55g ~ 37.50g) depending on the fishing place, environment, and fish species. No. 10) can be used selectively.

As an example, in order to target long-distance points, heavy weight and high buoyancy floats are used in consideration of permeability and visibility, and light and low buoyancy wings are selected to detect sensitive fisherman.

However, the above-mentioned conventional fishing bobbers are variously used according to the fishing place, environment, and target fish species, so that it is difficult for amateurs and professional anglers to select proper fishing bobbers, and there is an economic burden to prepare dozens of bobbers. Was.

The present invention has been devised in view of the above problems, consisting of a single body is separated from the upper bobber and the bottom bobber, the usual fishing bobber that is obtained in the whole body when the fishery is detected in a floating state on the water surface When the fishery is detected in a state that is coupled to one body by a magnet, the fishery can be obtained in the water while the fishery is separated from the fishery, so that it can be one-to-one and high visibility and can detect even fishery fishery. It is.

The configuration of the present invention for achieving the above object will be described in detail with the accompanying drawings.

1 is an exploded perspective view showing a preferred embodiment of the present invention.

Figure 2 is a cross-sectional view of the bonded state of the preferred embodiment of the present invention.

Figure 3 is a cross-sectional view of the working state of a preferred embodiment of the present invention.

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

10: fishing

100: upper part 101: upper cap 102: inlet tube 103: inlet hole 104: storage groove

105: fixing plate 106: screw groove 107: fixed hole 108: control unit 109: guide

110: guide 111: screw 112: coupling groove 113: upper magnet 114: adjustment groove

115: Through 116: Ceramic 117: Chemical light

200: Habuchi 201: lower cap 202: holding tube 203: drawing out ball 204: reflection board

205: insertion groove 206: withdrawal groove 207: through hole 208: coupling groove 209: lower magnet

210: Through air 211: Weight 212: Chemical light 213,214: Ceramic mixing

300: fishing line 301: knot part

1 is an exploded perspective view showing a preferred embodiment of the present invention, Figure 2 is a cross-sectional view of the bonded state of a preferred embodiment of the present invention, Figure 3 shows a cross-sectional view of the operating state of a preferred embodiment of the present invention, respectively.

An inlet tube 102 having an inlet hole 103 drilled in the inner center thereof is downwardly protruded, and a ceramic ring 116 is coupled to the inlet hole 103 and a chemical light 117 is provided at the left and right sides of the inlet tube 102. The upper cap 101 is provided with a receiving groove 104 to plug in,

Fixing plate 107 and the screw groove 103 is formed in succession inside the fixing plate 105 which is fusion-bonded to the lower side of the upper cap 101,

Guide pipe 109 fitted into the inlet hole 103 is projected upward and the threaded portion 111 is formed to be coupled to the screw groove 106 is formed and the coupling groove formed in series with the guide hole 110 of the guide pipe 109 ( 112 is formed with a control device 108,

Control groove 114 is formed on the bottom and the through-hole 115 is formed in the center to form the upper bobbin 100 as the upper magnet 113 is fixed to the coupling groove 112 of the adjusting hole 108;

Through-hole 207 through which the fishing line 300 passes in the center is drilled and the coupling groove 208 is formed on the bottom of the through-hole 207 and the withdrawal groove 206 on the left and right of the through-hole 207 A reflection plate 204 formed with an insertion groove 205 to allow the chemical light 212 to be inserted therein;

The lower magnet 209 is fixed to the hole 210 is inserted into the coupling groove 208 of the reflecting plate 204 in the center,

The reflector plate 204 is fusion-bonded to the upper end and the support tube 202, the outlet hole 203 is drilled upward in the inner center is projected upward and the weight weight 211 is inserted into the lower end of the support tube 202 is combined, the drawing hole The lower jaw 200 is composed of a lower cap 201 to which the ceramic rings 213 and 214 are respectively coupled to the upper and lower ends of the 203;

When fishing is detected in the state in which the upper bobbin 100 and the lower bobbin 200 are integrated by the magnetic force of the upper magnet 113 and the lower magnet 209, the fishing line 300 descends to the knot 301. Thereby, the lower bobbin 200 is characterized in that it can be obtained at the same time descending at the same time.

The fixing plate 105 which is fusion-bonded to the bottom of the upper cap 101 is fused by fixing holes 107 abut on the bottom of the inlet pipe 102 and the outer periphery is in line with the bottom of the upper cap 101. It is fused to keep the inside of the upper cap 101 sealed.

The reflector plate 204, which is fusion-bonded to the upper end of the lower cap 201, is coated with silver reflecting paint, and the lower magnet 209 is inserted into and fixed to the coupling groove 208 on the bottom, so that the weight 211 is coupled to the lower side. The through hole 207 is fitted and fused at the upper end of the main pipe 202 and the outer periphery is fused in a straight line with the upper surface of the lower cap 201 so that the inside of the lower cap 201 is kept in a sealed state. The reflecting plate is brought into abutment.

In the above state, the upper cap 101 and the lower cap 201 are thrown into the sea as integrally coupled by the magnetic force of the upper magnet 113 and the lower magnet 209, wherein the upper, lower cap 101 Due to the weight of the 201 will be able to throw the bobber 10 at a long distance.

In the state obtained in the sea is placed in a state in which the visibility of the fishing bobber 10 is secured by the upper cap 101 floating on the water surface.

When the fishery is sensed in a floating state on the water as described above, the fishing line 300 is lowered and the lower cap 201 by the knot 301 located above the ceramic ring 213 on the top of the support pipe 202. The lowering while separating from the upper cap 101.

The magnetic force of the upper and lower magnets 113 and 209 for maintaining the upper and lower caps 101 and 201 in an integrated state is, of course, to maintain a weaker magnetic force than the mouth strength of the fish, depending on the fish species. You can adjust the strength of the magnetic force.

That is, when attacking fish species with weak granularity, tighten the adjusting hole 108 to raise the screw groove 106 of the fixing plate 105 to maintain a constant distance from the lower magnet 209 to adjust the strength of the magnetic force. Done.

When tightening the adjusting hole 108 is inserted into the adjusting groove 114 of the upper magnet 113 using a coin or the like, and then turn the screw 111 of the adjusting hole 108 is guided by the screw groove 106. Will rise.

When the lower cap 201 descends in the state of adjusting the strength of the magnetic force in advance as described above, only the lower cap 201 is obtained without the entire fishing bobber 10 obtained, so that the angler does not give a resistance to the fish. The fingertips of the descending of the string 300 are sensed at the same time, and at the same time visually detects the light reflected from the reflecting plate 204 of the lower cap 201 to feel the fishery duplex.

When the present invention is used at night, the chemical light 117, 212 bar can be used by inserting into the receiving groove 104 of the upper cap 101 and the insertion groove 205 of the lower cap 201, respectively, In the floating state on the water surface it is possible to determine the position of the fishing bobber 10 by the chemical light 117 coupled to the upper cap 101, the lower cap 201 is lowered by the mouth of the reflector plate 204 The chemical light 212 emits light in the water so that the angler can check the fishery detection state.

When removing the chemical light 117 (212), the chemical light 117 of the upper cap 101 can be simply separated by hand, and the chemical light 212 fitted in the insertion groove 205 is a tool such as nails and pins. It can be easily separated by inserting into the withdrawal groove 206.

As described in detail above, the present invention is configured to double separate the bobber 10 into the upper cap 101 and the lower cap 201 and is integrally coupled by the magnetic force of the upper magnet 113 and the lower magnet 209. If the fishery is detected in, so that only the lower cap 201 can be obtained underwater, the upper cap 101 and the lower cap 201 are thrown at the same time so that the fishing bobber 10 can be thrown away, of course, the upper cap ( While maintaining high visibility by the 101 and the reflecting plate 204, it is possible to obtain the effect that the fishing bobber 10 can react more sensitively when the fish are mouthed.

Claims (1)

The inlet pipe 102 protrudes downward in the inner center, and the ceramic ring 116 is coupled to the top of the inlet hole 103, and the storage groove 104 inserts the chemical light 117 into the left and right sides of the inlet pipe 102. The upper cap 101 is provided, Fixing plate 107 and the screw groove 103 is formed in succession inside the fixing plate 105 which is fusion-bonded to the lower side of the upper cap 101, The guide tube 109 is projected upward and the threaded portion 111 is formed to be coupled to the screw groove 106 is formed, the upper groove into the adjusting hole 108 is formed with a coupling groove 112 is inserted into the upper magnet 113 is fixed to the bottom surface Configure 100; A coupling groove 208 is formed on the bottom of the through hole 207 to fix the lower magnet 209. An insertion groove 205 having a withdrawal groove 206 is formed at left and right sides of the through hole 207. A reflector plate 204 to which the chemical light 212 can be inserted, The reflector plate 204 is fusion-bonded to the upper end and the support tube 202, the outlet hole 203 is perforated upwardly projected upward and the weight weight 211 is inserted into the lower end of the support tube 202 is combined and withdrawal hole ( The lower jaw 200 is composed of a lower cap 201 to which the ceramic rings 213 and 214 are respectively coupled to upper and lower ends of the 203; When the upper and lower bobbers 100 and 200 are united by the magnetic force of the upper and lower magnets 113 and 209, the fishery is detected and the fishing line 300 descends, and only the lower bobber 200 is underwater. Fishing bobber having a double separation structure, characterized in that available.