JP2009011305A - Dobber-fixing device of floating dobber for fishing - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems of conventional floating dobber-fixing methods in which a granular material for fixing a dobber is provided at a prescribed position of a fishline to fix the dobber or the fishline is freely moved without attaching the granular material for fixing the dobber in an internally threaded dobber and the depth of terminal tackle is controlled by utilizing tension of the fishline, but it is required to raise the terminal tackle once in order to control the depth of the terminal tackle by moving the granular material for fixing the dobber when changing the depth of the terminal tackle in the case of the former of these methods, and technique for applying tension to the fishline is required and the function is not carried out in heavy terminal tackle in the case of the latter of these methods. <P>SOLUTION: In the dobber-fixing device, the shape of an opening passing through a fishline is devised so as to be larger than granular material for fixing the dobber. As a result, the depth of a terminal tackle can rapidly and simply be controlled in a state in which the terminal tackle is sunk by attaching a plurality of granular materials for fixing the dobber. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a method for stopping a floating snow for fishing.

  5 and 6, the fishing line 4 is hooked on the left side and connected to the reel on the right side via a fishing rod or fishing rod.

  FIG. 5 shows a general method, and 7 shows a protection of a floating eel and a newt to aid movement. When the granular material 5 such as a rubber for fixing the snow is attached to the fishing line 4, the opening of the seaweed and the snow is narrower than the granular for the snow stopping, so it stops at the granular material for the snow stopping, Fix the mechanism.

  In addition, as shown in Fig. 6, the all-floating fishing method is a half-pitch, without attaching any granular material that stops the fishing, and by allowing the fishing line to move freely and adjusting the tension of the fishing line against the setting. By adjusting the depth of the fish, the fish sinks due to the resistance between the thread and the opening of the snow when the fish bites and the thread is pulled suddenly.

  Among the conventional methods described above, in the general method, in order to adjust the device to the depth at which the fish swims, the device is once lifted from the water, and the granular material for stopping the device is moved to increase the device depth. I had to adjust it.

  In the all-round uki fishing method, it was difficult to adjust the fishing line against the uki, or when the device was heavy, it could not be handled at all.

  According to the present invention, as in the conventional general method, the device can be stopped at a predetermined depth by attaching the non-precipitating granule to the fishing line. The purpose of the method is to stop the device once it has been attached, and to easily sink or float the device to multiple depths without raising the device from the water.

  In the present invention, one or more V-shaped cuts are made in the opening of the lacquering device, which is larger than the granular material for lacquering, so that the fishing line is pulled by the weight of the cradle when the rigging is introduced. The principle is that the granular material provided on the yarn is caught by the V-shaped apex and stopped while sliding on the V-shaped apex.

  Although the principle is the same, the first problem-solving means is to provide a cylindrical skirt in the opening for passing the fishing line, and to make a V-shaped cut into it, even in heavy equipment. Demonstrate the effect of stopping. As an example, it is suitable for fishing with flying snow or basket fishing.

  As a second problem-solving means, a method of making a V-shaped cut directly into the opening is suitable for light fishing, and as an example, suitable for sea fishing such as rockfish, gray and black carp.

  As described above, the uki-stop device of the present invention can easily suspend floating uki, and by attaching a plurality of particles for uki-oki, it can be used to set up a fish swimming layer that changes depending on the day. Without raising from the water, it can be easily raised and lowered and adjusted to multiple depths.

  In addition, because it can cope with the difference in the weight of the device, it can be applied to a wide variety of fish, shape, and fishing methods.

  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

  1 to 4, reference numeral 1 denotes a floating uki body, and the apparatus may be directly connected to the uki or may be connected to the uki via a snap ring or the like. In the case of a through hole, attach it over the opening. 2 shows the shape of the buckling device as seen from the front, and 3 shows the shape of the opening as seen from the front. One or more V-shaped cuts are required as indicated by the solid line, and the cuts indicated by the two-dot chain line are added depending on the shape of the floating ring such as a hollow hole. Reference numeral 4 denotes a fishing line, and reference numerals 5 and 6 denote granulated materials for stopping. Reference numeral 7 denotes a shimouki for preventing the slipping-off device from coming off to the device side and protecting the device. In FIG. 2, 2A shows the shape of the non-stick device to which a cylindrical skirt is attached as viewed from the side, and FIGS. 3 and 2B are side views in the case where there is one V-shaped cut. In FIG. 4, 2C shows the shape which looked at from the side of the non-skirt attaching device.

  In FIGS. 1 to 4, devices such as fishing hooks and weights are connected to the left side of the fishing line. The right side is connected to a fishing rod or connected to a reel via a fishing rod.

  The operation of the above configuration will be described below. The fishing line 4 advances to the left along the V-shaped apex of the opening. When the granular material 5 for stopping the earth reaches the opening, it catches at the V-shaped apex and stops. When it is desired to deepen the mechanism, pulling a fishing rod or winding a reel to remove the slack of the thread and give vibration, the granular material 5 for stopping the wall exceeds the opening. Next, when the fishing line is loosened, the fishing line 4 advances to the left side, and the next granular material 6 reaches the opening, stops in the same manner as described above, and guides the device to a deep water depth. At this time, the seaweed 7 stops at the granular material 5 and does not hinder the movement of the seaming stop device.

  When you want to make the device shallower, wind the reel and pull the fishing rod greatly, the fishing line 4 will be pulled greatly to the right, the granular material 5 will get over the opening to the right, and then the thread will loosen, It catches again at the V-shaped apex of the opening, stops, and the mechanism becomes shallow.

  Even if a cylindrical skirt is provided as in FIGS. 2, 2A, 3, 2B, or no skirt is provided as in FIGS. 4, 2C, the three openings in FIG. As described above, if the shape having a V-shaped notch is finished, the same effect of stopping the wall can be obtained although there are strength and weakness.

  The difference between strong and weak is as shown in Figs. 2, 3, and 4, when the skirt is provided for the fishing line on the side where the device is connected when the granular material for stopping is stopped at the V-shaped part. Because it is at a deeper angle than when it is not provided, it comes from exhibiting a stronger anti-sparkling effect.

  When a skirt is provided, the skirt is processed to create an opening shape. The shape seen from the side when the skirt is provided is as shown in FIGS. 2 and 2A. In the case where the V-shaped cut is one place, the fishing line shown in FIGS. Thus, the V-shaped cut side of the cylindrical portion is finished short.

  When no skirt is provided as in FIGS. 4 and 2C, a V-shaped cut is provided directly in the opening. In this case, the thickness of the Uki stopping device may be increased as long as the function of the Uki main body is not impaired.

  The V-shaped shape of the opening of the present invention is a necessary condition that it becomes narrower toward the apex, and the linear opening as shown in FIGS. The present invention includes not only the shape but also the opening shape of a curve as shown in FIGS.

  Moreover, even if it is wide at the intermediate point toward the top of the cut, any structure that has a wide upper portion and a narrow lower portion as described above at the portion in contact with the cut top is included in the present invention.

The front view of the non-stick device which shows the embodiment of the present invention Side view when the skirt is installed Side view when the skirt is installed Side view when the skirt is not installed Conventional method Schematic diagram of the full fishing method V-shaped opening shape diagram of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Loving main body 2 Unlocking device main body 2A Unlocking device main body at the time of skirt installation 2B Unlocking device main body 2C at the time of V-shaped notch at the time of skirt installation 3C Opening Shape of Stopping Device 4 Fishing Line 5 Granules for Stopping 6 Uki Stopping Granules 7 Shimouki 8 Conventional Free Spring 9 Snap Ring 10 Fully Free Fishing Method, Free Spring 11 V-Shaped Open Shape Using Straight Line 12 Curve V-shaped upper opening shape using

Claims (2)

  A floating skirting device that can fix fishing devices at a single or multiple depths while being submerged in water.   A device that does not have a skirt among floating devices that can fix fishing devices at a single or multiple depths while being submerged in water.

Images