KR20080067725A - A fishing weight - Google Patents

Abstract

A fishing weight having a buoyancy-regulating-element and a weight-regulating-element is provided to allow a user to adjust buoyancy and weight of the fishing weight with easiness, without a need to replace the fishing weight. A fishing weight(100) comprises a weight part(110) in the upper area, a buoyant part(120) in the lower area, and a fixing unit(150) for fixing the buoyant part to a fishing line. The weight part is made out of a relatively heavier material such as lead or stone, and includes a connection opening(112) to receive a connection end(122) of the buoyant part. The buoyant part is made out of a relatively lighter material such as styrofoam, sponge, or wood. Further, a buoyancy regulating-element(130) or a weight regulating-element(140) is provided between the weight part and the buoyant part. The fixing unit includes a connection ring(152) and an installation pin(154) screwed into the top of the buoyant part.

Description

Fishing weight {A fishing weight}

1 is a state diagram showing a state of use of the first embodiment of the fishing weight according to the present invention.

Figure 2 is an exploded perspective view showing the configuration of a first embodiment of a fishing weight according to the present invention.

Figure 3 is an exploded perspective view showing a structure of a second embodiment of a fishing weight according to the present invention.

Figure 4 is an exploded perspective view showing the structure of a third embodiment of a fishing weight according to the present invention.

5 is an exploded perspective view showing the configuration of a fourth embodiment of a fishing weight according to the present invention.

6 is a perspective view showing the configuration of a fifth embodiment of a fishing weight according to the present invention.

Explanation of symbols on the main parts of the drawings

10. Fishing line 20. Fishing needle

30. Bobber 40. Fixture

100,200,300,400,500. Fishing weight 110,220,510. Parts by weight

112,212,412. Coupling 120,210,410,520. Buoyancy

122,222,422. Fastening end 130. Buoyancy control member

132,142. Adjusting member coupler 134,144. Adjusting member tightening end

140. Weight adjusting member 150. Fastening means

152. Connecting ring 154. Mounting pin

310. Main body 320. Upper body

330. Lower Body 340. Coupling

342. Upper thread 344. Lower thread

350,420. Weight member 522. End connections

The present invention relates to a fishing weight, and more particularly, a weight portion is formed in the lower portion, and a relatively low specific gravity buoyancy portion is formed in the upper portion relates to a fishing weight that can maintain a standing state in the water.

In general, for fishing, the fishing needle and the fishing bobber are selected in consideration of the fishing place and the target fish species, and the fishing weight is connected to the fishing line by connecting the fishing weight to the fishing line so that the fishing needle can be positioned at an appropriate position according to the buoyancy of the fishing bobber. You will be prepared.

The fishing weight is generally connected to penetrate in the vertical direction by the fishing line so as to move with the fishing line, as in reel fishing may be formed of a bundle of fishing needles and fishing rods are connected to the fishing line.

However, when such a common fishing weight is in contact with the bottom surface or rock, gravel, etc., most of them lie in the longitudinal direction, and when the fishing line is pulled in such a state, there is a problem in that fishing hooks are easily caught in rock gaps or gravel.

Therefore, if the fishing line is forcibly pulled, the fishing weight is dropped and this problem occurs frequently during fishing, and the frequency is more frequent for beginners who are not used to fishing.

In addition, fishing rods are generally formed of lead with a high specific gravity so that they can sink more effectively in water, and if the fishing rods fall frequently, lead lumps are left in the water, causing serious environmental pollution.

Therefore, an object of the present invention is to solve the problems of the prior art as described above, to provide a fishing weight that can maintain a standing state in the water is formed in the lower portion and the buoyancy portion having a relatively low specific gravity in the upper portion is formed. will be.

Fishing rod according to the present invention for achieving the object as described above, in the fishing weight mounted on the fishing line equipped with a fishing needle and fishing bobber, forms a lower shape of the fishing weight, formed of a material having a higher specific gravity than water Part by weight; A buoyancy part coupled to the upper part of the weight part and formed of a material having a specific gravity lower than the weight part; It is provided on the buoyancy portion, and includes a fixing means for fixing the buoyancy portion to the fishing line.

The weight portion and the buoyancy portion is characterized in that it is configured to enable selective separation and coupling with each other.

Between the weight portion and the buoyancy portion is characterized in that the buoyancy control member formed of the same material as the buoyancy portion or the weight adjustment member formed of the same material as the weight portion is configured to be selectively coupled.

The weight portion and the buoyancy portion is characterized in that formed in a cylindrical or streamlined shape.

The fixing means and the buoyancy portion is rotatably coupled to each other.

In addition, the fishing weight according to the present invention for achieving the above object, in the fishing weight mounted on a fishing line equipped with a fishing needle and fishing bobber, forms the outer shape of the bottom, is formed of a material having a higher specific gravity than water Parts by weight; A buoyancy portion coupled to the weight portion and formed to be hollow to allow air to be filled; It is provided on the upper portion of the buoyancy, and includes a fixed portion connected to the fishing line.

The buoyancy portion is formed of a material having a specific gravity lower than the weight portion.

In addition, the fishing weight according to the present invention for achieving the above object, the fishing weight mounted on a fishing line equipped with a fishing needle and fishing bobber, the inside of the hollow cylindrical body; A weight member accommodated in the body; It is provided on the upper portion of the body, and includes a fixing means connected to the fishing line.

The main body is selectively separated and coupled, characterized in that configured to adjust the number of weight members accommodated in the main body.

The main body is characterized in that formed of a material lower than the specific gravity of the weight member.

And, in accordance with the present invention for achieving the object as described above, in the fishing weight mounted on the fishing line equipped with a fishing needle and fishing bobber, the fishing rod is fixed to be connected to the fishing line between the fishing hook and fishing bobber Means; A buoyancy portion provided with the fixing means and having a predetermined buoyancy force; It is mounted on one side of the buoyancy portion, and comprises a weight member provided with at least one or more materials having a specific gravity than the buoyancy portion.

The weight member is characterized in that coupled to the buoyancy portion detachably.

The buoyancy portion is formed in a spherical shape, the weight member is characterized in that it is formed in a rod shape.

The weight member is coupled to the lower portion of the buoyancy portion, it is characterized in that it is mounted to face toward the outside toward the bottom.

According to the fishing weight according to the present invention having such a configuration, it is possible to expect the effect of reducing the environmental pollution by preventing the fishing weight from falling off by not catching the fishing weight on rocks or gravel.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of a fishing weight according to the present invention having the configuration as described above will be described in detail.

1 is a state diagram showing the use state of the first embodiment of the fishing weight according to the present invention, as shown in the figure, the fishing needle 20 is connected to the end of the fishing line 10, the fishing needle 20 One side of the fishing line 10 away from the fishing bobber 30 is connected.

In general, the fishing line 10 is made of wire, nylon, monofilament in the shape of a wire is made of a main line (circle) and neck as known. The fishing needle 20 is formed to have a variety of sizes, shapes and colors according to the target fish species, is knotted and connected to the end of the fishing line (10). And, the bobber 30 is to sink the fishing weight 100 and the bait to the floor while maintaining a constant buoyancy, and to deliver the quality of the meat conveyed on the fishing line (10).

On the other hand, the fishing weight 100 is connected to one side of the fishing line 10 corresponding between the fishing needle 20 and the bobber 30. The fishing weight 100 is to allow the fishing needle 20 to sink to a desired position, it is formed of a relatively heavy material.

At this time, the fishing weight 100 is preferably to select the appropriate weight according to the fishing place and the target fish species, is formed to have a weight that can be balanced with the buoyancy of the fishing bobber (30).

Referring to Figure 2 in more detail with respect to the fishing weight as follows.

Figure 2 is an exploded perspective view showing the configuration of the first embodiment of the fishing weight according to the present invention, as shown in the figure, the fishing weight 100 is formed in a long streamline shape as a whole, a long upper and lower It is divided into two parts, each composed of a weight portion 110 and buoyancy portion 120.

The weight part 110 is to form a lower outer shape of the fishing weight 100, the weight is larger than water so that the fishing weight 100 can sink, that is formed of a metal material or stone such as lead Would be desirable. And, the upper end of the weight portion 110 is formed with a coupling hole 112 to allow the weight portion 110 to be coupled with the buoyancy portion 120 to be described below.

The coupler 112 is formed by recessing the upper surface of the weight portion 110 inwardly, the inner circumferential surface of the coupler 112 is formed with a screw thread is coupled to the fastening end 122 and the screw method to be described below It becomes possible.

On the other hand, the buoyancy portion 120 is to form the upper outline of the fishing weight 100, it is combined with the weight portion 110 to form the overall appearance of the fishing weight 100. The buoyancy portion 120 is formed of a material having a specific gravity lower than the weight portion 110 so that the fishing weight 100 can maintain an upright state.

For example, the buoyancy portion 120 is formed of a material having a specific gravity lower than the weight portion 110, such as a styrofoam material, sponge or wood, so that the weight portion 110 is always directed downward, while the buoyancy portion ( 120 is configured to always face upward by buoyancy.

The lower end of the buoyancy portion 120 is formed with a fastening end 122 is screwed with the coupler 112. The fastening end 122 is formed to protrude downward from the lower surface of the buoyancy portion 120, and is formed in a corresponding shape to be inserted into the coupling hole 112.

In addition, a screw thread corresponding to a shape of a screw thread formed on an inner circumference of the coupling hole 112 is formed at an outer circumference of the fastening end 122 such that the fastening end 122 is engaged by rotating the buoyancy portion 120. It can be coupled to the sphere (112).

In the state in which the fastening end 122 is completely coupled to the coupler 112, the fishing weight 100 has a streamlined shape as a whole, and the weight portion 110 and the buoyancy portion 120 as necessary. It is configured to be detachable.

That is, in order to adjust the buoyancy or weight of the fishing weight 100, a buoyancy control member 130 or weight adjustment member 140 is added between the weight portion 110 and the buoyancy portion 120.

Looking at this in more detail, the buoyancy control member 130 is for adding the buoyancy of the fishing weight 100, is formed of the same material as the buoyancy portion 120 and coupled with the lower side of the buoyancy portion 120 It is formed to be.

Therefore, an adjustment member coupler 132 having the same shape as that of the coupler 112 is formed on an upper surface of the buoyancy control member 130, and the fastening end 122 is provided on a lower surface of the buoyancy control member 130. Adjusting member fastening end 134 corresponding to the shape of the) is formed.

And, when the buoyancy control member 130 is coupled to the fishing weight 100, the fastening end 122 of the buoyancy portion 120 and the adjustment member coupling hole 132 of the buoyancy control member 130 are mutually Screwed, the adjustment member fastening end 134 of the buoyancy control member 130 and the coupling hole 112 of the weight portion 110 is screwed together.

At this time, the shape of the buoyancy control member 130 will be preferably formed in a cylindrical shape to form a central portion of the fishing weight 100.

On the other hand, the weight adjusting member 140 is to add weight to the fishing weight 100, it is adjusted to allow the fishing weight 100 to sink further. The weight adjusting member 140 is also formed of the same material as the weight part 110, the upper and lower surfaces of the weight adjusting member 140, the adjusting member coupler 142 and the adjusting member fastening end 144, respectively. Is formed.

The weight adjusting member 140 is coupled to the lower side of the buoyancy portion 120, if necessary to adjust the weight of the fishing weight 100, if necessary to adjust the weight with the buoyancy of the fishing weight 100 In case, it is coupled to the lower side of the buoyancy control member 130.

The weight control member 140 is also formed in the same cylindrical shape as the buoyancy control member 130, as well as the combination of the buoyancy portion 120 and the weight portion 110 as well as when combined with the buoyancy control member 130 as a whole It will have the unity of shape.

In addition, the buoyancy control member 130 and the weight adjustment member 140 may be combined with a plurality if necessary, the height may be formed in various ways to enable fine adjustment of the buoyancy and weight. .

On the other hand, the fixing means 150 is mounted on the upper end of the buoyancy portion 120. The fixing means 150 is to allow the fishing weight 100 to be connected to the fishing line 10, is formed in a ring shape, it is mounted to be freely rotatable at the upper end of the buoyancy portion (120).

To this end, the fixing means 150 is a ring-shaped connecting ring 152 through which the fishing line 10 penetrates and extends downward through the connecting ring 152 to be screwed on the upper end of the buoyancy portion 120. It is composed of a mounting pin 154 to be coupled.

Therefore, the connecting ring 152 is rotatable about the mounting pin 154, and when the fishing line 10 is connected to pass through the connecting ring 152, the fishing weight 100, that is, The buoyancy portion 120 and the weight portion 110 is rotatably connected to the fishing line 10 so that the fishing line 10 is not tangled with the fishing weight 100.

At this time, both sides of the fishing line 10 to which the fixing means 150 is further provided with fasteners 40 to prevent the fishing weight 100 from flowing up and down along the fishing line 10. It is preferable that the fixture 40 is formed of beads or knots that are generally used.

On the other hand, although not shown, one or more fixing means 150 may be further formed in the buoyancy portion 120 or the weight portion 110, in which case the fishing line 10 is the plurality of fixing means 150 It will be possible to be configured so that the fishing line 10 and the fishing weight 100 is not tangled through all.

Hereinafter, the operation of the fishing weight according to the present invention having the above configuration will be described with reference to FIGS. 1 and 2.

First, the user connects the fishing weight 100 to the fishing line 10 provided with the fishing needle 20 and the bobber 30. At this time, the fishing weight 100 is selected to allow the fishing needle 20 to come to a suitable position in the water in consideration of the buoyancy of the fishing bobber (30).

At this time, the fishing weight 100 is passed through the fishing line 10 so as to pass through the connection ring 152 of the fixing means such that the fishing weight 100 is located at one side of the fishing line 10 between the fishing needle 20 and the fishing bobber 30. do. On the other hand, on both sides of the fishing line 10 corresponding to both sides of the fixing means 150, the fastener 40 such as beads or knots so that the fishing weight 100 does not flow up and down along the fishing line 10 The flow is constrained by

In addition, the fixing means 150 is configured to be rotatable in a state of being mounted on the buoyancy unit 120, so that the fishing weight 100 can freely rotate in a state connected to the fishing line 10, thereby The fishing line 10 is prevented from being wound around the fishing weight 100.

When fishing using the fishing tackle provided by connecting the fishing weight 100 to the fishing line 10, the fishing weight 100 is immersed in the water by a certain depth, the fishing bobber 30 and buoyancy is in equilibrium When the fishing needle 20 is located in the desired position.

At this time, the fishing weight 100 is a state that is fixed to the fishing line by the fixing means 150 of the upper, the buoyancy portion 120 having a low specific gravity on the top, the weight portion 110 having a relatively high specific gravity. Is located in the lower portion of the fishing weight 100 inevitably the weight portion 110 is directed downward to maintain the upright state.

In this state, even if the fishing weight 100 touches the floor, the fishing weight 100 is in a standing state. When the fishing line 10 is pulled, the fishing weight 100 is raised upward while maintaining an upright state or a similar state thereof. It is possible to prevent the fishing weight 100 from being caught in the gap of the rock or gravel.

In addition, the shape of the fishing weight 100 of the streamlined vertically formed up and down is further reduced the probability that the fishing weight 100 is caught in the gap of the rock or gravel, as well as to prevent the swing by the water current.

On the other hand, the fishing weight 100 is capable of adjusting the buoyancy and / or weight. Looking at this through 2, the buoyancy and / or weight of the fishing weight 100 is coupled to each other by screwing method The buoyancy part 120 and the weight part 110 are rotated to be separated.

Then, in the case of adjusting the buoyancy, the buoyancy control member 130 is coupled between the buoyancy portion 120 and the weight portion 110. That is, the coupling end 122 of the lower surface of the buoyancy portion 120 and the adjustment member coupler 132 of the upper surface of the buoyancy control member 130 is coupled by screwing method and then the lower surface of the buoyancy control member 130 is adjusted. The member fastening end 134 is coupled to the coupling hole 112 of the upper surface of the weight portion 110 in a screwed manner.

At this time, the buoyancy control member 130 is formed of the same material as the buoyancy portion 120, the volume of the portion having a lower specific gravity than the weight portion 110 when viewed as a whole increases the weight of the fishing weight 100 Buoyancy will increase.

In the case of adjusting the weight, the weight adjusting member 140 is coupled between the buoyancy portion 120 and the weight portion 110. That is, the coupling end 122 of the lower surface of the buoyancy portion 120 and the adjustment member coupler 142 of the upper surface of the weight adjusting member 140 are coupled by screwing, and then the lower surface of the weight adjusting member 140 is adjusted. The member fastening end 144 is coupled to the coupling hole 112 of the upper surface of the weight portion 110 in a screwed manner.

At this time, the weight adjusting member 140 is formed of the same material as the weight portion 110, the volume of the portion having a higher specific gravity than the buoyancy portion 120 when viewed as a whole increases the fishing weight 100 Will increase the weight.

On the other hand, in order to adjust both the buoyancy and weight of the fishing weight 100, the buoyancy control member 130 and the weight adjusting member 140 are coupled to each other in the same manner and then the buoyancy portion 120 and the weight portion 110 ) Will be combined.

In addition, when the buoyancy and / or weight of the adjustment of the buoyancy control member 130 and the weight adjusting member 140 may be connected to a plurality of mounted, even in this case it is coupled to each other in the same way as described above Detailed description will be omitted.

Meanwhile, the fishing weight according to the present invention may be modified in addition to the above-described first embodiment, and the second embodiment will be described below with reference to FIG. 3.

Since the fishing weight according to the second embodiment of the present invention has a configuration similar to that of the first embodiment as a whole, the same reference numerals are used for the same parts, and the detailed description thereof will be omitted.

According to Figure 3, the fishing weight 200 is formed in a cylindrical shape formed long in the vertical direction as a whole, is separated into an upper portion and a lower portion to form a buoyancy portion 210 and the weight portion 220, respectively.

The weight portion 220 is formed of a material having a higher specific gravity than water as in the first embodiment described above, and formed of a material such as metal or boulder such as lead so that the fishing weight 200 can sink. do.

Then, the fixing means 150 is rotatably mounted on the upper surface of the buoyancy portion 210, the fixing means 150 is one side of the fishing line 10, more specifically the fishing needle 20 Is connected between and bobber 30.

On the other hand, the buoyancy portion 210 is formed in a hollow cylindrical shape, the lower surface is opened to form a coupler 212. The coupler 212 is to be coupled to the fastening end 222 protruding upward from the upper surface of the weight portion 220 in a screwed manner, the thread is formed on the inner peripheral surface.

The buoyancy portion 210 is formed of a material having a lower specific gravity than the weight portion 220, it may be preferably formed of a material that can float on water, such as styrofoam, sponge, wood.

Of course, although not shown, the buoyancy portion 210 may be formed of the same material as the weight portion 220 or integrally formed with the weight portion 220 as necessary, in this case the buoyancy portion 210 Low specific gravity air or other materials may be injected into the tube to have a relatively large buoyancy.

Then, the buoyancy control member (130 of FIG. 2) and / or the weight adjustment member (140 of FIG. 2) is further coupled between the buoyancy portion 210 and the weight portion 220 as in the first embodiment described above. It would be possible.

And, referring to the operation of the second embodiment of the fishing weight 200 according to the present invention with reference to Figures 1 and 3, first by combining the weight portion 220 and buoyancy portion 210 the fishing weight 200 In this case, a material having a low specific gravity is injected into the buoyancy unit 210 as necessary.

In this state, the fixing means 150 is connected to one side of the fishing line 10, more specifically, to be located at one side between the fishing needle 20 and the fishing bobber 30, and thus Mounting of the fishing weight 200 is completed to prepare the fishing gear.

In such a state, when the fishing needle 20, the fishing bobber 30, and the fishing bobber 200 connected to the fishing line 10 are put in the water, the fishing needle 20 by the weight of the fishing weight 200 This will sink. When the sinking to a predetermined position, the weight of the fishing weight 200 and the buoyancy of the fishing bobber 30 is in equilibrium so that the fishing weight 200 is stopped, and sometimes the fishing weight 200 It may be located on the bottom or on rocks or gravel.

At this time, the fishing weight 200 is the upper end is connected to the fishing line 10, the weight portion 220 is located in the lower state, so the center of gravity is naturally located in the lower portion. Therefore, the fishing weight 200 will necessarily be in an upright state.

When the fishing line 10 is pulled in such a state, the fishing weight 200 is moved upwardly or slightly inclined upward in an upright state so that the fishing weight 200 can be moved without catching the fishing weight 200 in the gap of the rock or gravel. Done.

Meanwhile, the fishing weight according to the present invention may be modified in addition to the above-described first and second embodiments, and the third embodiment will be described below with reference to FIG. 4.

As shown in FIG. 4, the fishing weight 300 has an external shape formed by a tubular body 310 having a hollow inside. The main body 310 is formed of styrofoam, sponge or wood, which is made of a material having a low specific gravity so that it can float on water, and may be formed in a cylindrical shape or a streamlined shape.

The main body 310 is divided into an upper body and a lower body, each composed of an upper body 320 and a lower body 330, and the upper body 320 and the lower body 330 is configured to be coupled to each other in a screwed manner Thus, the overall shape is formed.

On the other hand, at each end of the upper body 320 and the lower body 330 in contact with each other is formed a coupling portion 340 is formed with a corresponding screw thread to be screwed together. The coupling part 340 is composed of an upper thread 342 formed on the lower end of the outer circumferential surface of the upper body 320 and a lower thread 344 formed on the inner circumferential surface of the lower body 330.

Of course, the upper body 320 and the lower body 330 may be coupled in an interference fit method or by an adhesive means such as tape or adhesive, if necessary.

In addition, the fixing means 150 is provided at the upper end of the main body 310. The fixing means 150 is to allow the fishing weight 300 to be connected to the fishing line 10, it is mounted to be freely rotatable at the top of the main body (310).

On the other hand, the weight member 350 having a predetermined weight is accommodated inside the main body 310. The weight member 350 is formed of a material having a high specific gravity such as lead, and is formed in a block shape having a spherical shape or a predetermined volume that can be inserted into an inner hollow space of the main body 310.

The weight member 350 may be accommodated in at least one or more inside the main body 310, buoyancy of the fishing weight 300 by putting a plurality of the inside of the main body 310 according to the user's selection Or the weight can be adjusted freely. Therefore, the position of the fishing needle 20 will be freely set according to the buoyancy or the target fish species of the fishing bobber 30.

Hereinafter, the operation of the third embodiment of the fishing weight 300 according to the present invention having the configuration as described above with reference to Figures 1 and 4 as follows.

First of all, in order to set the weight of the fishing weight 300, the upper body 320 and the lower body 330 are disengaged and separated, and the weight member 350 is placed inside the main body 310. . At this time, the number of the weight member 350 is appropriately adjusted in consideration of the buoyancy of the fishing bobber 30 and the target fish species.

After the weight member 350 is inserted, the upper thread 342 and the lower thread 344 of the upper body 320 and the lower body 330 are rotated to be coupled to each other in a screwing manner. In this state, the fishing line 10 is inserted into the fixing means 150 to allow the fishing weight 300 to be connected to one side of the fishing line 10.

When the fishing line 10 is provided in the water prepared as described above, by the weight of the fishing weight 300, the fishing needle 20 and the fishing weight 300 sinks, and the fishing weight 300 and At the point where the buoyancy of the fishing bobber 30 is in equilibrium or at the bottom surface, the fishing weight 300 is stopped.

At this time, the fishing weight 300 is formed in the vertical length is long, the upper end is fixed to the fishing line 10 by the structure the weight member 350 is located below the main body 310, accordingly Naturally, the center of gravity is located at the bottom so that the fishing weight 300 is upright.

When the fishing line 10 is pulled in such a state, the fishing weight 300 is moved upward or inclined by a predetermined angle so that the fishing weight 300 is not caught in the gap between the rocks and the gravel. .

Meanwhile, the fishing weight according to the present invention may be modified in addition to the above-described first to third embodiments, and the fourth embodiment will be described below with reference to FIG. 5.

As shown in the figure, the fishing weight 400 is composed of a buoyancy portion 410 and the weight member 420.

The buoyancy portion 410 is to form the upper portion of the fishing weight 400, is formed in a substantially spherical shape and is formed of a material such as styrofoam or sponge, wood that can float on the water.

And, the fixing means 150 is formed on the upper end of the buoyancy portion 410. The fixing means 150 is to allow the fishing weight 400 to be connected to the fishing line 10, is configured in the same manner as in the above-described embodiments so that the fishing weight 400 is attached to the fishing line 10 It is configured to be freely rotatable in a connected state.

On the other hand, the lower portion of the buoyancy portion 410 is formed with a coupler 412 is coupled to the weight member 420 to be described below. The coupler 412 is for the coupling of the weight member 420, a plurality of radially formed on the lower portion of the buoyancy portion 410 around the center of the lower end of the buoyancy portion 410. Then, a thread is formed on the inner circumferential surface of the coupler 412 so that the weight portion to be described below can be coupled in a screwing manner.

The weight member 420 is for controlling the weight of the fishing weight 400, is formed of a material (for example, a metal material such as lead) having a specific gravity greater than the buoyancy portion 410, it is formed long vertically It is formed into a rod shape. The weight member 420 is formed to have various lengths in accordance with the weight, the fastening end 422 is formed on the upper end of the weight member 420.

The fastening end 422 is to be coupled to the weight member 420 to the buoyancy portion 410, is formed on the outer peripheral surface of the upper end of the weight member 420, the screw thread corresponding to the coupling sphere 412 Is formed by. A plurality of weight members 420 are formed, and when coupled to the buoyancy portion 410, it may be preferable to consider the overall balance of the fishing weight 400.

In addition, when the plurality of weight members 420 are mounted, the weight members 420 are inclinedly coupled to the outside as the weight members 420 extend downward, so that the fishing weight 400 has a stable posture when contacting the bottom surface or a rock. It would be desirable to be configured to maintain.

Hereinafter, the operation of the fourth embodiment of the fishing weight according to the present invention having the above configuration will be described with reference to FIGS. 1 and 5.

First, the weight member 420 is coupled to the buoyancy portion 410 to set the weight of the fishing weight 400. At this time, the number of the weight member 420 is appropriately adjusted in consideration of the buoyancy and the target fish species of the fishing bobber (30).

The coupling end 422 of the weight member 420 is inserted into the coupling hole 412 of the buoyancy portion 410 to be coupled to the weight member 420 and then screwed to be coupled. When only one weight member 420 is used, the weight member 420 is coupled to the coupler 412 formed at the lower center portion of the buoyancy portion 410, and when a plurality of weight members 420 are coupled to each other. The plurality of weight members 420 are coupled to positions symmetrical with each other so that the fishing weight 400 is combined to balance overall.

In this state, the fishing line 10 is inserted into the fixing means 150 to one side of the fishing line 10, more specifically, to one side between the fishing needle 20 and the fishing bobber 30 Allow the weight 400 to be connected.

When the fishing line 10 is provided in the water prepared as described above, the fishing needle 20 and the fishing weight 400 sinks by the weight of the fishing weight 400, the fishing weight 400 The fishing weight 400 is stopped at the point or the bottom surface in equilibrium with buoyancy.

At this time, the fishing weight 400 is not only a relatively large weight member 420 is located in the lower portion is formed long downward, the top of the fishing weight 400 by the fixing means 150 fishing line Since it is connected to (10), the center of gravity of the fishing weight 400 is naturally located in the lower portion and the fishing weight 400 is in an upright state.

When the fishing line 10 is pulled in such a state, the fishing weight 400 is moved upward or inclined by a predetermined angle so that the fishing weight 400 is not caught in the gap between the rocks and the gravel. .

Meanwhile, the fishing weight according to the present invention may be modified in addition to the first to fourth embodiments described above, and the fifth embodiment will be described with reference to FIG. 6 as follows.

As shown in the figure, the fishing weight 500 is composed of a weight portion 510 and buoyancy portion 520, as in the first embodiment described above, and is configured to be selectively separated coupling. In this case, the weight part 510 is formed of a material having a specific gravity higher than that of the buoyancy part 520, and preferably is formed of a material such as lead having a high specific gravity.

In addition, the upper portion of the buoyancy portion 520 is further formed through the connector 522 is formed. The connector 522 allows the fishing weight 500 to be connected to the fishing line 10, and performs the same function as the fixing means 150 of the first embodiment.

That is, the fishing line 10 is inserted through the connector 522, whereby the fishing weight 500 is the fishing line 10 between the fishing needle (20 in FIGS. 1) and the bobber (30 in FIGS. 1). It can be located at.

Therefore, when the fishing weight 500 is submerged in the water, the weight portion 510 having a high specific gravity is directed downward, the buoyancy portion 520 having a relatively low specific gravity is connected to the fishing line 10 As it is directed upwards, the fishing weight 500 can maintain the upright state.

The scope of the present invention is not limited to the above-exemplified embodiments, and many other modifications based on the present invention will be possible to those skilled in the art within the above technical scope.

As described above, according to the present invention, an upper end of the fishing weight is fixed to the fishing line by a fixing means, and a lower portion of the fishing weight is configured to have a higher specific gravity than the upper part, so that the fishing weight inevitably maintains an upright state in the water. There is no choice but to.

Therefore, even when the fishing line is pulled, the fishing weight is moved upward in an upright or equivalent state, so that the fishing weight can be prevented from being caught in the gap between the rock gap and the gravel.

As a result, the fishing rod can be prevented from falling off, and thus the user can expect an effect of eliminating the inconvenience and the increase of the cost due to the replacement of the fishing weight.

And, by preventing the fishing rod falls, it is possible to expect the effect of preventing the fishing rod of the lead material to contaminate the sea.

In addition, the buoyancy control member and the weight control member or weight member is configured to add to the fishing weight, so that the buoyancy and weight of the fishing weight can be easily adjusted to improve the convenience of use, as well as buoyancy once mounted fishing weight Over time, it can be used continuously with changing weight and weight, and it can be expected to reduce cost and environmental pollution.

Claims (14)

In the fishing weight mounted on a fishing line equipped with fishing needles and bobber, A weight part which forms a lower shape of the fishing weight and is formed of a material having a higher specific gravity than water; A buoyancy part coupled to the upper part of the weight part and formed of a material having a specific gravity lower than the weight part; A fishing weight provided on an upper portion of the buoyancy portion, and includes a fixing means for fixing the buoyancy portion to the fishing line. The method of claim 1, Fishing weights, characterized in that the weight portion and buoyancy portion is configured to enable selective separation and coupling with each other. The method of claim 2, Fishing weight, characterized in that configured between the weight portion and the buoyancy portion buoyancy control member formed of the same material as the buoyancy portion or the weight adjustment member formed of the same material with the weight portion selectively. The method of claim 1, Fishing weight, characterized in that the weight portion and buoyancy portion is coupled to form a cylindrical or streamlined shape. The method of claim 1, Fishing rod, characterized in that the fixing means and the buoyancy portion is rotatably coupled to each other. In the fishing weight mounted on a fishing line equipped with fishing needles and bobber, A weight part formed of a material having a higher specific gravity than water, forming an outer shape of the lower part; A buoyancy portion coupled to the weight portion and formed to be hollow to allow air to be filled; The fishing weight provided on the buoyancy portion, including a fixed portion connected to the fishing line. The method of claim 6, Fishing buoy characterized in that the buoyancy portion is formed of a material having a specific gravity lower than the weight portion. In the fishing weight mounted on a fishing line equipped with fishing needles and bobber, A cylindrical main body having a hollow inside; A weight member accommodated in the body; A fishing weight provided on the upper portion of the body, comprising a fixing means connected to the fishing line. The method of claim 8, The main body is selectively separated and coupled, the fishing weight, characterized in that configured to be able to adjust the number of weight members accommodated in the body. The method of claim 8, The main body is a fishing weight, characterized in that formed of a material lower than the specific gravity of the weight member. In the fishing weight mounted on a fishing line equipped with fishing needles and bobber, Fixing means for the fishing rod to be connected to a fishing line between the fishing needle and the bobber; A buoyancy portion provided with the fixing means and having a predetermined buoyancy force; Fishing weight is mounted on one side of the buoyancy portion, comprising a weight member provided with at least one of the material having a specific gravity greater than the buoyancy portion. The method of claim 11, The weight member is a fishing weight, characterized in that coupled to the detachable buoyancy. The method of claim 11, The buoyancy portion is formed in a spherical shape, Fishing weight, characterized in that the weight member is formed in the shape of a rod. The method of claim 11, The weight member is coupled to the lower portion of the buoyancy portion, the fishing weight, characterized in that mounted to face toward the outside toward the bottom.

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