KR100896006B1 - Hole Type Fishing Float - Google Patents

Abstract

The present invention relates to a boulder mainly used for sea fishing, and more particularly to a buoyancy and sensitivity can be freely adjusted, and to obtain a normal posture quickly when obtained and relates to a bore sensitive to fishery.

This bore consists of an upper hemisphere 10 occupying the upper end of the contour, a lower hemisphere 20 occupying the lower end of the contour, and an airborne separator 30 mounted inside the bore. The upper hemisphere 10 and the lower hemisphere 20 divide the entire ellipse up and down approximately, and are coupled to each other by a rotation protrusion and a rotation groove, and the central axis portion is formed with a line hole through which fishing lines pass.

The steaming of the present invention can adjust the buoyancy and sensitivity very easily according to the situation of fish species and fishing grounds, it is convenient to fish in a variety of situations with a single bobber, especially the sensitivity of fishery is large and caused by external factors such as waves, wind Sensitivity is a small ideal bobber. And the steaming of the present invention can take the normal posture immediately after throwing the fertilizer, so that the fertilizer can be accurately thrown at the point desired by the irradiation.

Fishing, Bobber, Hole Bobber, Buoyancy, Sensitivity

Description

Hole Type Fishing Float

The present invention relates to a boulder mainly used for sea fishing, and more particularly to a buoyancy and sensitivity can be freely adjusted, and to obtain a normal posture quickly when obtained and relates to a bore sensitive to fishery.

Recently, as a spherical or ellipsoidal shape in fishing, a lot of holes with holes through which a fishing line can pass at a central axis position are used. Compared to the rod poke, such a boulder rides algae well, protrudes over the water, and the visibility is good enough to be noticeable, and it is especially used for sea fishing because it does not shake well in small wind or wind.

In fishing, the size of the fish, the strength of the mouth, and the strength of the power to catch the bait are different according to the type of fish, so the buoyancy and sensitivity of the bobber should be different according to the type of fish to be caught. Therefore, people fishing (hereinafter referred to as "irradiation") are usually carrying a large number of dogs with various characteristics to go fishing in accordance with the conditions.

Hole fishing commonly used for sea fishing is a hole penetrating the bobber to allow the raw wire to move naturally, and by placing a knot on the raw wire to prevent the bobber from rising along the raw rope more than a predetermined time.

In the state in which fishing is obtained in the water, the hole floats vertically on the water, and a hung hanging line composed of needle rods or the like penetrates the center of the bobber and is drooped vertically or near the vertical by gravity. And the line attached to the fishing rod floats on the surface horizontally on the top of the bobber. If a fish is caught or nibbled (hereinafter referred to as "fishing"), the gear is dragged horizontally or downward, and the horizontal or vertical direction is applied to the gear. The vertical force is applied by applying the horizontal force to the bobber through the main line or by the frictional force between the main cord and the borehole, and the bobber shakes horizontally or vertically.

The sensitivity of the bobber is the degree of how well the bobber moves by external factors such as fishery, wave, and wind. The bobber with appropriate sensitivity should be used depending on the strength of the fish's mouth. If the sensitivity is too good, it is difficult to distinguish the quality of the fish due to the fluctuations in the wind or the wind too easily. If the sensitivity is too bad, the quality of the fish does not move well.

Recently, the fishing population has increased, and accordingly, research on the bobber has been actively conducted, and patents have been applied for various types of boreballs. However, no bobber has been developed that can freely adjust the size of the buoyancy and the sensitivity of the bobber.

The difference in fishery depends on the fishery situation such as fish species, time zone, tide strength, weather, fishing place, etc., and the bobber with appropriate buoyancy and sensitivity should be used according to the fishery and fishery situation.

The buoyancy of the bobber is determined by the size, shape, material density, and the size of the interior space. And the sensitivity of the bore is mainly determined by the friction between the fishing line and the bob and the center of gravity of the bobber. In real fishing, people carry various kinds of bobbers and then fish with the proper buoyancy and sensitivity bobbers depending on the situation, and it is very cumbersome to exchange them.

Therefore, a single bobber is needed to easily adjust the buoyancy and sensitivity. In particular, in the sensitivity of the fish, if the sensitivity by fishery is large and the sensitivity by external factors such as wave, wind is small, it is easy to identify the fishery will be the most desirable.

In addition, it is necessary to be able to take the normal posture as soon as it gets into the steaming water so that it is not thrown away by the algae after throwing it into the water.

The present invention can easily adjust the size of the buoyancy and the sensitivity of the bobber, in particular, the sensitivity of the fishery is very large, while the sensitivity of the external factors such as waves, wind, etc. is low pore (hereinafter referred to as "bob" if not particularly necessary to distinguish Abbreviated.)

The present invention to solve the above technical problem, as a means for adjusting the buoyancy took a configuration that can be adjusted in a very simple way the size of the space filled with air inside the bobber. Also, as a means to adjust the sensitivity of the bobber, the weight of the bobber can be moved by installing a metal weight that can move up and down along the bobbin's axis.

In particular, in order to improve the sensitivity of the float by the fishery, the upper hole of the float is designed in a unique shape, and water and air can enter and exit the body of the float so that it can hold the normal posture immediately after throwing. Holes were formed.

The steaming of the present invention can adjust the buoyancy and sensitivity very easily according to the situation of fish species and fishing grounds, it is convenient to fish in a variety of situations with a single bobber, especially the sensitivity of fishery is large and caused by external factors such as waves, wind Sensitivity is a small ideal bobber.

And the steaming of the present invention can take the normal posture immediately after throwing the fertilizer, so that the fertilizer can be accurately thrown at the point desired by the irradiation.

The appearance of the jaws of the present invention is close to the elliptic sphere, which is similar to the rugby ball as a whole, as shown in FIG. If necessary, one or all of the upper or lower hemispheres may be either hemispherical or egg-shaped or spherical, and may be slightly flat or rudder less susceptible to birds.

This bore consists of an upper hemisphere 10 occupying the upper end of the contour, a lower hemisphere 20 occupying the lower end of the contour, and an airborne separator 30 mounted inside the bore. The upper hemisphere 10 and the lower hemisphere 20 divide the entire ellipse up and down approximately, and are coupled to each other by a rotation protrusion and a rotation groove, and the central axis portion is formed with a line hole through which fishing lines pass. The opening of the circular hole of the upper hemisphere 10 is formed of a peach nipple (11, detailed shape will be described later). The opening of the circular hole of the lower hemisphere 20 is of a spiral shape (21). The hole is formed. In addition, a plurality of water passages 12 (preferably 2 to 4) are formed in the upper hemisphere 10, and a plurality of water passages (preferably 3 to 6) in the lower hemisphere 20. (22) is formed. In addition, the reference portion (13) and the display scale (23) is displayed on the coupling portion of the upper and lower hemispheres so that the relative rotation angles of the upper and lower hemispheres can be known. The reference scale and the display scale do not matter if the upper and lower hemispheres are interchanged.

As shown in the cross-sectional view of Figure 2 of the present invention, the upper jaw (10) and the lower hemisphere (20) is coupled to the coupling protrusion pair from the side by mounting the airborne separator 30 therein. Coupling protrusion pair is composed of a coupling protrusion 14 formed in the connection portion of the upper hemisphere 10, and a coupling groove 24 formed in the connection portion of the lower hemisphere 20, the coupling protrusion 14 is the coupling portion of the upper hemisphere It is formed in one or more places of the hexahedron or hemispherical (일정 球) shape of a predetermined length, the coupling groove 24 is formed so that the coupling protrusion 14 is coupled to the coupling portion of the lower hemisphere. The coupling groove 24 is formed with an entry groove 24-1 through which the coupling protrusion 14 can be inserted for the first time as many as the coupling protrusion 14. The coupling groove 24 and the coupling protrusion 14 do not matter if the upper and lower hemispheres are interchanged with each other.

The detailed shape of the upper hemisphere 10 is as shown in Figure 3, a large hole 16 is formed in the center, the through hole 15 is formed in the central axis of the peach-chim hole 11 along the central axis The male thread 17 is formed on the outside of the through hole, and the engaging protrusion 14 is formed at the lower edge of the lower hemisphere 20, which is a connection portion. A water passage mechanism 12 is formed.

Peach spigot hole 11 is a peach spigot, in a horn-shaped hole similar to the mouth of a horn whose diameter becomes smaller and smaller as the diameter of the hole goes inwards, and the longitudinal cross section of the hole is gentle, as shown in the cross-sectional view of FIG. It is a hole with a groove that becomes shallower toward the outside like a part. If necessary, a plurality of grooves may be formed in the peach nipple hole.

Male thread 17 is formed on the outer surface of the through hole 15 having the peach spherical hole 11 is formed along the central axis from the top of the upper hemisphere 10 to the inside of the upper hemisphere, the lead (screw 1 The distance the screw moves forward during rotation is a large screw. This large lead screw can be achieved by adopting two or more multi-threaded screws.

The detailed shape of the lower hemisphere 20 is as shown in Figure 4, the coupling groove 24 is formed at the edge of the entry groove 24-1 and the hollow semi-elliptic shape, the entrance along the central axis A through hole 25, which is a spherical hole 21, is formed, and a plurality of water passages 22 through which water can enter and exit are formed at the lower end thereof, and a slot having an upper end is formed around the through hole 25. A plurality of fixed legs 23 having two (two to four are suitable) are formed.

A male thread 27 is formed outside the lower end of the through hole 25, and the upper end has a cylindrical shape without a thread. A nut-shaped weight 26 is coupled to the male screw thread 27 to move up and down along the male screw thread 27. In addition, the upper end of the through hole is provided with an exhaust hole 28 through which air can be discharged so that the air of the lower portion of the air separator 30 is well discharged. The exhaust hole 28 has a slot hole shape that is vertically long so that the exhaust hole is always open even when the air separation separator 30 moves up and down.

As shown in (a) of FIG. 5, at least one, preferably 2-4 fixing plates 33 are provided in the cylindrical body 31 having the holes 32 formed along the central axis. Is attached. The upper end of the hole 32 is formed with a female screw 34 to which the male thread 17 of the upper hemisphere 10 can be coupled. And the top of the body is fitted with a sealing material, such as O-ring (36, O-Ring) that can block the leak.

The upper surface of the body 31 of the airborne separator 30 may be inclined at a predetermined angle (5 to 10 degrees), and the lower surface may form a gentle recess. And one side of the body 31 is good to have a water outlet 35 penetrating from the top to the bottom. The function which such a specific shape has is mentioned later.

In another embodiment of the airborne separator 30, as shown in (b) of FIG. 5, the through hole 25 of the lower hemisphere extends from the hole 32 at the lower end of the body 31. It may be provided with a bag 37 that can be inserted. The exhaust hole 38 is formed at the connection portion between the bag 37 and the body 31. Thus, if the bag 37 is further provided in the air separation separator 30, the height of the body 31 can be made smaller.

Combination of the present invention is the following.

The male screw 34 of the airborne separator 30 is rotated by the male threaded mount 17 of the upper hemisphere 10 to couple the airborne separator 30 to the upper hemisphere. Thereafter, the coupling protrusion 14 of the upper hemisphere 10 to which the airborne separator is coupled is aligned with the entry groove 24-1 of the lower hemisphere, and the upper end of the through hole 25 of the lower hemisphere 20 is the airborne separator 30. The upper hemisphere 10 is coupled to the lower hemisphere 20 from the top to the lower hemisphere 20 so that the fixing plate 33 of the airborne separator is inserted into the lower hole 32 of the bottom and the slot of the fixing leg 23 of the lower hemisphere.

Then, the upper hemisphere 10 is turned at an angle with reference to the reference scale 13 and the indication scale 23 in the lower hemisphere 20 so as to have the necessary buoyancy. When the upper hemisphere is turned in the lower hemisphere, the fixed plate 33 of the airborne separator 30 is inserted into the slot of the fixed leg 23 of the lower hemisphere 20 so that the airborne separator 30 cannot rotate and the upper hemisphere ( It moves up and down within the pupil 16 of the upper hemisphere along the male thread 17 of 10).

Depending on the angle of turning the upper hemisphere from the lower hemisphere, the air volume in the pupil changes, so that the buoyancy is controlled. In order to increase the buoyancy control range, the male screw mount 17 of the upper hemisphere 10 and the female screw 34 of the airborne separator 30 have two or more rows of multi-threaded screws. It is convenient because the moving distance of the airborne separator 30 increases.

The sensitivity of the bobber is adjusted to the position of the weight 26 installed in the lower hemisphere 20. In other words, if the additional weight is upward, the center of gravity of the whole bobber goes up and is closer to the buoyancy center, so the stability of the float floating in the water decreases, and even if a small horizontal force is applied to the bobber, the bobber shakes well and the sensitivity of the bobber is increased. On the other hand, if it goes down further, the center of gravity of the bobber goes down and becomes far from the buoyancy center, so the stability of the float floats in the water, and even if a large horizontal force is applied by the bobber, the bobber does not shake well. Lowers.

When the present inventors throw the bobber into the water together with the gear, the weight 26 has a relatively heavy lower hemisphere 20 submerged first, the water enters the water outlet 22 of the lower hemisphere 20 and the car in the lower hemisphere. The existing air is discharged out through the water supply port 12 of the upper hemisphere 10. Since the channel and the channel are relatively large and formed in large numbers, the steamer maintains the normal posture in a very short time. The air at the lower end of the air separation separator 30 is formed in the exhaust hole 28 formed in the through hole 25 of the lower hemisphere 20, or the exhaust hole 38 formed in the bag 37 of the air separation separator. It is discharged through the through-hole. However, since the water extraction hole 35 of the air separation separator 30 is relatively small, and the pupil 16 at the upper end of the air separation separator 30 is sealed, water does not enter the water extraction hole.

If a certain inclination angle is formed at the top of the body 31 of the air separation separator 30, even if some water enters into the pupil, the water gathers in a shallow place and flows down into the outlet hole 35 formed therein. If the exit hole is formed to have a predetermined slope as shown in the drawing, the water may not enter the inside of the pupil 16 through the exit hole 35 even if the bobber is horizontally laid in the water. And when the lower end of the body 31 of the airborne separator to form a convex sphere, the air stagnated in the lower hemisphere may be quickly discharged to the outside of the bobber along the inclined surface of the body 31.

If the fish make a big mouth or catch the bait, the fishing line is dragged down along the center hole of the bobber. In this process, the fishing line is naturally caught in the narrow groove of the peach-top hole 11 of the upper hemisphere. Friction of the bobber is increased, and the force applied to the bobber by the fishing line increases, the bobber moves greatly to the left or right. With this mechanism, the jaws of the present invention are particularly sensitive to fishery fishery.

Like the common jaw of the present invention, the upper jaw (10) can be produced in a color with good visibility, such as red or orange, to improve the visibility, and the upper hemisphere (10) is made of colored translucent material and the pupil ( 16) If a small lamp such as a battery or LED lamp is installed inside, the movement of bobber can be identified at night and fishing can be done at night.

The present invention is used for fishing for the purpose of leisure or fishing.

1 is an external view of a hole jaw of the present invention.

2 is a cross-sectional view of the present invention.

3 is a detailed view of the upper hemisphere 10.

4 is a detailed view of the lower hemisphere 20.

5 is a detailed view of the airborne separator 30.

※ Important Component Number

10: upper hemisphere, 11: peach nipple hole, 12: water passage mechanism, 13: reference scale

14: engaging projection, 15: through hole, 16: pupil, 17: male thread

20: lower hemisphere, 21: bare hole, 22: water passage, 23: display scale

24: coupling groove, 25: through hole, 26: weight, 27: male thread, 28: exhaust hole

30: airborne separator, 31: body, 32: hole, 33: fixed plate, 34: female thread

35: water extraction hole, 36: sealing material 37: bag, 38: exhaust hole

Claims (7)

The outer shape is hemispherical or semi-elliptic, the pupil 16 is formed therein, the through-hole 15 in which the external male thread is formed 17 is formed in the center axis position, and one or more in the lower opening part. Upper hemisphere 10 having two coupling protrusions 14; The upper hemisphere 10 and the opening are coupled to each other, and have a hollow hemispherical or semi-elliptic shape, and a through hole 25 is formed at an inner central axis position, and the engaging protrusion of the upper hemisphere 10 is formed in the opening. A lower hemisphere 20 in which a coupling groove 24 is formed to be coupled to 14 and one or more fixed legs 23 are formed in which a slot with an open upper end is formed; In addition, as the upper hemisphere 10 and the lower hemisphere 20 are coupled to the center of the spherical or ellipsoid, the cylindrical body 31 is formed along the central axis of the body 31 and the upper half of the upper half. A hole 32 is formed in which a female thread 34 to which the male thread 17 of the sphere 10 can be engaged is formed, and at least one fixing plate 33 having a plate shape around the hole 32. Attached to the airborne separator (30); It is configured to include, according to the degree of turning the upper hemisphere 10 to the lower hemisphere 20 is that the buoyancy control is possible as the airborne separator 30 rises or falls into the pupil 16 of the upper hemisphere Featuring a bobber. The method of claim 1, The lower hemisphere 20 has a thread 27 formed at the lower end of the through hole 25, and a weight 26 having a screw hole that can engage with the thread 27 is coupled to raise and lower the weight. The center of gravity fluctuates according to, characterized in that the sensitivity is adjusted with buoyancy control. The method according to claim 1 or 2, The upper hemisphere (10) is a bore bobber, characterized in that the inlet of the through hole (15) is the upper hemisphere (10) which is a peach nipple-shaped hole (11). The method according to claim 1 or 2, The upper hemisphere 10 is an upper hemisphere in which one or more water passages 12 are formed; The lower hemisphere 20 is a lower hemisphere formed with one or more water passages 22; Boulder characterized by the. The method of claim 3, The upper hemisphere 10 is an upper hemisphere in which one or more water passages 12 are formed; The lower hemisphere 20 is a lower hemisphere formed with one or more water passages 22; Boulder characterized by the. The method according to claim 1 or 2, The air separation separator 30 is a bore bobber, characterized in that the top surface is inclined at a predetermined angle, the water discharge hole 35 is further provided through the body 31 in the shallow side of the upper side. The method of claim 3, The air separation separator 30 is a bore bobber, characterized in that the top surface is inclined at a predetermined angle, the water discharge hole 35 is further provided through the body 31 in the shallow side of the upper side.

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