JP2010142135A - Fishing float - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an inexpensive fishing float that sticks a float stopper 1 fast to a magnet ring 4 by a magnetic sucking force not only nearby but also relatively far off, pulls the float 2, stably arranges a bait in a fish diet layer, makes the float stopper 1 release and separate adhesion by magnetic sucking force by operating a fishing rod when a fish has a bait in its mouth, and pass through an upper through-hole 5 and has a simple structure. <P>SOLUTION: The fishing float includes an upper float body 11 equipped with the upper through-hole 5 into which the float stopper 1 that is arranged on a fishing line 2 and made of a material to be magnetized is inserted and the magnet ring 4 arranged at a position communicating with the upper through-hole 5 and a lower through-hole 6 that prevents the passage of the float stopper 1 communicating with the magnet ring 4. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an improvement of a fishing uki, which can stably place a bait on a fish food layer not only in the vicinity but also relatively far away, and can be confirmed effectively when the fish feeds. The present invention relates to a simple and inexpensive fishing lure that can be easily and easily detached from the lure stopper.

  Conventionally, there are many different types of fishing layers depending on the type of fishing fish, and it was necessary to use a hook stop for fishing lines that are many times the size of the salmon in order to catch a deep layer of fish. For this reason, if the hook is fixed to the fishing line, the line cannot be wound up if it is longer than the rod. In order to solve this problem, the thread was fixed only to the hook stopper, and the hook used a free mechanism (commonly known as floating snow). However, with this method, the fish's feeding timing is known, but when the fishing line is pulled, only the line is pulled up, and the bait is separated from the fish's food layer. Therefore, the food could not be stably placed in the fish food layer.

Moreover, there exists (patent documents 1, 2) etc. as a fishing ground.
Patent Document 1 is a patent application filed by the same inventor related to the improvement of Patent Document 2.
The problem about Patent Document 2 is as described in (0006) of Patent Document 1. In addition, here, the following problem remains in Patent Document 1, and the point that the problem is solved by the present invention will be described.

JP 2008-148591 A JP 2002-315484 A

In this rough sea, the vertical movement of the fishing uki is intense, and the yarn floats from the groove of the uki and the uki stopper stops in the direction of the weight, so it does not serve as a fixed uki. So we have to pull it up immediately and take a picture that brings the stop to the top.
Secondly, if the ground is separated from the weight, the tension of the weight will not be applied to the ground, and the thread will come off from the groove of the ground. there were. This deficiency of the uki is solved by the fishing uki having the magnet ring of the present invention, which is far more versatile. As a result, it has been solved by releasing the contact and the stop by close contact by magnetic attractive force and close contact by hand operation.

  The present invention solves the above-mentioned problem by eliminating the drawback that the fishing line floats from the groove portion of the sea bream, and can stably arrange the bait in the fish food layer not only in the near field but also relatively far away. This is an effective confirmation when you receive Further, the present invention provides a fishing ukuki having a simple structure and low cost, which can easily release the close contact by magnetic attraction and release by close operation.

  The present invention includes an upper through hole 5 provided with an upper through hole 5 through which a hook stopper 1 made of a magnetizable material disposed in a fishing line 2 can be inserted, and a magnet ring 4 disposed at a position communicating with the upper through hole 5. It is provided by a fishing uki characterized by comprising a main body 11 and a lower through-hole 6 for preventing the uki stopper 1 communicating with the magnet ring 4 from passing therethrough.

  Further, the fishing lure described above, in which the brim stopper 1 is wound around a fishing line 2 in a coil shape or a cylindrical shape, or the upper through hole 5 is 3 to 10 mm, and the lower through hole 6 is 0.5 to 0.5 mm. Provided by the above-mentioned fishing lure that is in the range of 3 mm.

  Still further, the magnet ring is effectively provided by the above-described fishing hook formed of a neodymium magnet in a donut shape.

  The present invention relates to the improvement of fishing hooks, and the hook stopper 1 can be brought into close contact with the magnetic attraction force of the magnet ring 4 to pull the hook 2, and the fishing hook 8 can be advanced from the position of the fishing line 2, not only in the vicinity. The food can be stably placed in the fish food layer even at a relatively long distance. When the fish feeds the bait, it can be confirmed effectively. By lifting the fishing line 2, the hook stop 1 is released from the close contact by the magnetic attraction force of the magnet ring 4 and passes through the upper through hole 5 by the operation of the rod. You can get seafood.

Hereinafter, the present invention will be described in detail with reference to FIGS.
FIG. 1 shows an overall view of a fishing line using the fishing lure of the present invention. Here, for understanding of the invention. Uki stop 1 and Uki 3 are highlighted. A fishing line 2 extending from the tip of a rod (not shown) is provided with a stopper 1, a hook 3, a magnet ring 4, a weight 7, and a fishing hook 8 disposed in the hook. FIG. 2 shows a cross-sectional view of Uki 3. In one embodiment of the present invention, the wall 3 has an elliptical three-dimensional shape.

  The base 3 is provided with an upper through hole 5 and a lower through hole 6 communicating with the upper through hole 5 at the center position in the major axis direction. The uki 3 is provided with an upper through hole 5 through which the uki stopper 1 can be inserted into the upper uki body 11 and a cylindrical recess 9 into which the magnet ring 4 is inserted. A magnet ring 4 was inserted into the cylindrical hole 9. The magnet ring 4 has a substantially donut shape.

  The material of the magnet ring 4 is preferably a material that does not rust and has high impact resistance. In this example, a neodymium magnet was used. Neodymium magnets are molded and sintered products mainly composed of neodymium, iron, and boron, and have excellent magnetic energy characteristics but are easily rusted. Therefore, in the present invention, as a rust preventive measure, surface treatment should be mainly performed by nickel plating and a urethane resin coating thereon. Further, the form is a ring or donut shape, and it is particularly important that the dimension is 2 mm to 10 mm in terms of the inner diameter.

  The inner diameter, outer shape, and thickness of the magnet ring 4 should be determined in consideration of the overall specific gravity of the base 3. In this embodiment, a neodymium magnet ring-shaped neodymium magnet magnetized in the radial direction was used. As a shape, a magnet ring 4 having an inner diameter of 3 mm, an outer diameter of 5 mm, and a thickness of 3 mm was used. Further, at the time of assembling, it is desirable that the rubber packing 13 is sandwiched between the upper uki body 11 and the lower uki body 12, and the upper uki body 11 and the lower uki body 12 are screwed together by both screw portions (not shown). As a result, it was possible to fix the position of the magnet ring 4 and to incline the through hole end 10 side of the lower uki body 12 of the uki 3 to the lower surface of the water surface. It is also possible to assemble two molded products provided on the upper base body 11 on the upper through-hole 5 side and on the lower base body 12 on the lower through-hole 6 side with rubber packing 13 interposed therebetween or bonded together. As the rubber packing 13, a rubber ring (for example, an O-ring) or a rubber ring having a rectangular parallelepiped section can be used as appropriate.

  FIG. 3 shows a structure in which the catch 1 is covered with the fishing line 2 with a portion of the fishing line 2 omitted. The squeeze stopper 1 can be realized in various forms. In short, it is necessary that the inner diameter of the upper through-hole 5 is smaller than the inner diameter of the lower through-hole 6, and preferably the outer diameter of the stopper 1 is made much smaller than the diameter of the upper through-hole 5. Is good. In the embodiment, the fishing line 2 was simply crowned with a coiled magnetizable wire. Further, it can be provided in a form in which a crown is simply fixed to the fishing line 2 by a material that can be magnetized even in a cylindrical shape instead of a coil shape. Furthermore, it is good also as a vertically long and magnetizable thin plate state like a strip shape. In general, there is a drawback that it is difficult to insert the stopper 1 into the upper through hole 5 due to its light weight. In the present invention, it is also desirable to make the surface of the snow stopper 1 slippery with the improvement of the structure of the snow stopper. As a result, the above disadvantages due to the light weight can be solved.

In the present invention, “insertion” means that the magnetic attractive force of the magnet ring 4 is a fishing hook in a state where the ground stopper 1 can be in close contact with the inner hole portion of the magnet ring 4 and the ground 2 is steadily stretched by hand operation. It is desirable that 8 precede the position of the fishing line 2. By doing so, the food can be stably placed on the fish food layer even at a relatively long distance.
When the fish feeds the bait, it can be confirmed effectively, and by lifting the fishing line 2 by the operation of the rod, the loosening stop 1 releases and releases the close contact by the magnetic attractive force of the magnet ring 4 and passes through the upper through hole 5. You can get seafood.

  Next, the operation of the stopper 1 will be described. The hook stopper 1 disposed above the hook 3 of the fishing line 2 is pulled toward the hook 3 and is attracted by the magnetic force in the magnet ring 4 through the upper through hole 5 and stopped. The tip side of the fishing line 2 sinks further into the water by the weight 7 in the water. The hook 8 at the tip of the fishing line 2 reaches the target food layer (shelf position) by stopping the seam stopper 1. And the uki 3 which floats on the sea surface can match the characteristic of the tidal current slower than the surface layer at the shelf position. As a result, the fishhook 8 allows the fishing line 2 to be preceded, and the fish sensitive to the fishing line 2 feels uncomfortable and leaves the bait so that no fishing results are obtained.

The fishing line 2 is pulled and the seam stop 1 is hooked by the magnetic force with the magnet ring 4 to pull the seam 2 and the fishing hook 8 is moved ahead of the fishing line 2. In this way, it is possible to reduce the sense of incongruity of the fish and to release the food on the way. It was able to cope with not only the tidal current but also the similar environment depending on the wind direction. Furthermore, fishing results at a distant location can be expected.
When the fish eats the bait, the fishing line 2 is pulled up so that the hook stopper 1 can easily release the hook by the magnetic force of the magnet ring 4 and pass through the upper through-hole 5 to obtain the fishing results. .

  In the present invention, the snow stopper 1 made of magnetizable iron or the like is fixed to the fishing system 2 and is detachably placed in the magnet ring 4 by the gravity of the weight 7. On the other hand, it can be used as a magnet material in the form of a pipe-like shape of the stopper. In this case, it is not denied that a ring form made of magnetizable iron or the like is used instead of the magnet ring. In any case, it is important that the lower through-hole 6 is thin so that the stopper 1 cannot pass through.

  The present invention relates to an improvement of a fishing uki, which can stably place a bait on a fish food layer not only in the vicinity but also relatively far away, and can be confirmed effectively when the fish feeds. We focused on the uki-stop and neodymium magnet ring that can be easily and easily detached from the keeper, but this does not deny the industrial applicability of using other magnet materials.

1 is an overall view of a fishing line using a fishing hook of the present invention. It is sectional drawing of Uki3. FIG.

Explanation of symbols

1 Stopping 1
2 Fishing line 2
3 Uki 4 Magnet ring 5 Upper through hole 6 Lower through hole
7 Weight 8 Fishhook 9 Cylindrical recess 10 Lower through hole end 11 Upper uki body 12 Lower uki body 13 Rubber packing

Claims (4)

  An upper uki body 11 provided with an upper through hole 5 through which the uki stopper 1 made of a magnetizable material arranged in the fishing line 2 can be inserted and a magnet ring 4 arranged at a position communicating with the upper through hole 5; A fishing uki characterized by comprising a lower through-hole 6 that prevents the uki stopper 1 communicating with the magnet ring 4 from passing therethrough.   The fishing ground according to claim 1, wherein the ground stopper 1 is formed by winding a fishing line 2 in a coil shape or a cylindrical shape.   The fishing ground according to claim 1 or 2, wherein the upper through hole 5 is in a range of 3 to 10 mm and the lower through hole 6 is in a range of 0.5 to 3 mm.   The fishing ring according to claim 1 or 2, wherein the magnet ring has a donut shape and is formed of a neodymium magnet.

Images