JP6371677B2 - Hull Stabilization Method for Fukase Fishing - Google Patents

Description

  The present invention relates to the field of fishing, and more particularly, to a method for stabilizing a hull when performing a flounder fishing using a ship.

  “Fukase fishing” originally uses the weight of tension, thread, and food without using “float” for the device, and floats the device in the sea with the flow of the tide. ) Is a fishing technique that attracts fish. Later, floating floating fishing using “floating” spread as part of the mechanism, and now “fishing fishing” is a term that means both traditional “full fishing” and “floating fishing”. It is being familiar to users (see Patent Document 1).

  For example, the “fish fishing” may be performed as a boat fishing using a fishing boat, in which case it is performed in the manner shown in FIG. FIG. 4 (a) is a view of the situation where the fishing is performed using a ship from the side, and FIG. 4 (b) is a view taken from above.

  When fishing on a boat, the hull 10 is placed on the tide of a place where fish are expected (hereinafter referred to as “fishing point 30”), and from there on the tide side where the fishing point 30 is located, It is performed by using the fishing line 20 to float the device 22 on the tide and drifting in the sea. At this time, the anchor 12 is connected to the bow side by the anchor rope 14, and the anchor 12 is thrown into the seabed so that the hull is swept away by the tide and does not move. This is because if the anchor 12 is not fixed in this way, the position where the device 22 drifts moves away from the fishing point 30 and a desired fishing result cannot be obtained.

Japanese Patent No. 4039976

  However, although the hull 10 can be fixed in the tide flow direction by throwing the anchor 12 to the sea floor, there is a problem when a cross wind of a certain level or more blows against the hull 10. That is, as shown in FIG. 5, when a cross wind of a certain level or more hits the hull 10, the cross wind causes the hull 10 to rotate around the point at which the anchor 12 is thrown. Since it is moved in the lateral direction, the position where the device 22 drifts is deviated from the fishing point 30.

  In view of this, the present invention has an object to provide a method for stabilizing a hull that can prevent a horizontal flow of the hull even when the hull receives a crosswind in the case of fishing with a boat.

  In order to solve the above-mentioned problem, the present invention is directed to the stern side of the tide at a desired fishing point, by connecting a ridge to the bow side and throwing the ridge to the seabed so that the bow is directed to the tide. Even if the hull receives a crosswind, the umbrella or parachute-like or saddle-shaped resistor with a tidal hole at the bottom of the concave surface is thrown into the sea with the concave surface facing the tide. It prevents it from flowing in the direction.

  By attaching the resistor having the above shape to the stern side in the above manner and throwing it into the sea, the resistor receives the flow of the tide and exerts a force to pull the stern to the tide side. That is, because the hull is pulled from both the tide and tide by the bow on the bow side and the resistor on the stern side, even if the hull receives a crosswind, it prevents the hull from flowing sideways. It can be done. In addition, since a tidal hole is formed in the bottom of the concave surface of the umbrella-shaped or parachute-shaped or saddle-shaped resistor, a certain amount of seawater always flows through this tidal hole, so that the flow of tide In particular, the resistor is less likely to become unstable such as tilting, shaking, etc., and the concave surface can be stably directed toward the tide, and as a result, the stern side can be stably pulled.

  Moreover, you may comprise so that the magnitude | size of a tidal hole can be adjusted.

  If configured in this way, the amount of seawater that flows out of the tidal hole can be adjusted according to the speed of the tide, so the force to pull the hull from the stern side can be adjusted to flexibly change the tide flow. It becomes possible to cope with.

  Moreover, it is desirable to employ a configuration in which the resistor is made of a cloth material and a pulling rope is attached in the vicinity of the tidal hole.

  By adopting such a configuration, it is easy to pull up the resistor. That is, since a considerable pulling force is acting on the resistor that is pulled by receiving seawater, it is very difficult to pull it up manually. However, after the resistor is made of cloth material, a pulling rope is attached in the vicinity of the tidal hole, and by pulling this rope, the ridges are concave in the tide direction so that the umbrella will warp under strong winds. Since the shape is such that the umbrella is further closed from the shape that faces the head, it can be easily pulled up by human power.

  By applying the present invention, it is possible to prevent the horizontal flow of the hull even when the hull receives a crosswind in the case of fishing with a boat.

FIG. 5 is a diagram showing a state in which the hull is stabilized using the method for stabilizing a hull according to the present invention when fishing with a boat, and FIG. b) is a view taken from above. It is the schematic block diagram which showed an example of the resistor used for the stabilization method of the ship body which concerns on this invention, (a) is a front view, (b) is a side view. It is the figure which showed the opening-and-closing state of the tidal hole with which a resistor is equipped, Comprising: (a) is the figure which showed the state open, (b) is the figure which showed the state closed. It is the figure which showed the condition which is performing the fiddle fishing using a ship, Comprising: (a) is the figure caught from the horizontal direction, Figure (b) is the figure caught from the upper part. FIG. 5 is a view corresponding to FIG. 4 (b), showing a state where the hull is swept down by the crosswind.

  Hereinafter, a hull stabilization method which is an example of an embodiment of the present invention will be described with reference to the accompanying drawings. For easy understanding of the drawings, it should be noted that there are portions where the size and dimensions of each portion are exaggerated and there are portions that do not necessarily match the actual ones. In addition, each drawing is viewed in the direction of the reference sign, and is expressed as upper, lower, left, right, near, and back based on the direction.

<Structure of resistor used in hull stabilization method according to the present invention>
In carrying out the hull stabilization method according to the present invention, the necessary tools are the anchor 12 and the resistor 100. Regarding the ridge 12, since what has been widely used in the past can be used as it is, description of the structure and the like is omitted. Of course, an appropriate type and size of the anchor 12 may be selected in accordance with the size of the hull.

  An example of the resistor used in the hull stabilization method according to the present invention is shown in FIG. The resistor shown here is formed in a substantially umbrella shape, and a stay 122 composed of a thin rope is connected to the “dew” portion of the umbrella, and there are a plurality of stays 122. It is collected and connected to the resistance rope 120.

  As shown in FIG. 2A, the resistor 100 is formed in a substantially octagonal shape in which a circular hole (a tidal hole 112) is formed in the center when viewed from the front. Reinforcing members 106 are sewed and reinforced linearly from the respective apex portions toward the tide holes 112. The reinforcing members 106 are provided on both sides of the base fabric 102. The reinforcing members 106 on both sides are connected to each other so that the reinforcing members 106 on both sides are connected to each other so as to slightly protrude at the tide hole 112 and the outer peripheral end in the center when viewed from the front. It is comprised so that it may become (ring shape). As a result, eight adjustment rope insertion wheels 108 are formed on the tide hole 112 side, and eight stay locking wheels 104 are formed on the outer peripheral side.

  An adjustment rope 110 is inserted through the adjustment rope insertion wheel 108. As shown in FIG. 3, by adjusting the length of the adjustment rope 110, the size (spreading degree) of the tide hole 112 can be adjusted. On the other hand, one stay is connected to each stay locking ring 104 on the outer peripheral side.

  In addition, the base fabric 102 is comprised with the polyamide synthetic fiber (for example, nylon (trademark)) in this embodiment.

<Procedure of the hull stabilization method according to the present invention>
First, a fishing point 30 to be fishing is determined, and the hull 10 is moved to the tide of the fishing point 30. At that position, the anchor 12 is thrown into the seabed from the bow side and moored so that the hull 10 does not move to the tide on the tide flow.

  Thereafter, the resistor 100 is thrown into the sea from the stern side. The distance from the stern to the resistor (ie, the length of the resistor rope 120) may be adjusted as appropriate depending on the size of the hull to be attached, the flow of the tide, etc. It is desirable to set as short as possible. The thrown resistor 100 spreads in an umbrella shape in response to the flow of the tide and continues to pull the stern to the tide side by the received water flow.

  Thus, in the present invention, the tide at a desired fishing point 30 is connected to the bow side and the bow 12 is thrown into the seabed by turning the bow 12 toward the tide. By attaching the resistor 100 having the tidal hole 112 at the bottom of the concave surface so that the concave surface faces the tide and throwing it into the sea, the hull 10 is prevented from flowing in the leeward direction even when the hull 10 receives a crosswind. is there.

  By attaching the resistor 100 having the shape as described above to the stern side in the above manner and throwing it into the sea, the resistor 100 receives the flow of the tide and exerts a force to pull the stern to the tide side. . That is, because the hull 10 is pulled from both the tide side and the tide side by the bow 12 on the bow side and the resistor 100 on the stern side, even if the hull 10 receives a crosswind, the hull 10 flows laterally. It can be prevented. In addition, since a tidal hole 112 is formed at the bottom of the concave surface of the resistor 100, a certain amount of seawater always flows through the tidal hole 112. There is little instability such as tilting or shaking, and the concave surface can be stably directed toward the tide, and as a result, the stern side can be pulled stably.

  In addition, since the size of the tide hole 112 is adjustable, the amount of seawater passing through the tide hole 112 can be adjusted according to the speed of the tide flow. In other words, it is possible to flexibly cope with changes in the tide flow by adjusting the pulling force of the hull from the stern side.

  Although not shown, a pulling rope (a rope different from the stay 112 and the resistor rope 112) is attached in the vicinity of the tide hole 112.

  By adopting such a configuration, the resistor 100 can be easily lifted. That is, since a considerable pulling force is applied to the resistor 100 in a state where it is pulled by receiving seawater, it is very difficult to pull it up manually. However, after the resistor 100 is made of a cloth material such as polyamide synthetic fiber, a pulling rope is attached in the vicinity of the tide hole 112, and pulling this rope causes the umbrella to warp under strong wind. Furthermore, since the shape is such that the umbrella is further closed from the shape in which the concave surface is directed in the tidal direction, it can be easily lifted even by human power. This effect is an effect that can be realized because the tidal hole 112 is formed, seawater can be discharged from the tidal hole 112, and a pulling rope is attached in the vicinity of the tidal hole 112. . When the tidal hole 112 is not formed, considerable force is required for lifting even if the lifting rope is attached at the same position.

<Other configuration examples>
In the above description, the resistor 100 is configured as an umbrella-shaped member composed of polyamide synthetic fiber, but is not limited to this shape. In addition, as long as the overall shape of the parachute shape, bowl shape, or the like is formed in a concave shape and can receive the resistance of seawater efficiently, it can be widely used.

  Further, the material may not be a flexible material such as a cloth material, and it is not intended to exclude that the whole or a part thereof is made of resin, wood, metal, or the like.

  In the above description, one stern is provided at the stern, but a plurality of resistors may be used as necessary. At this time, it is also free to arrange a plurality of resistors directly or in parallel.

10 ... hull 12 ... rod 14 ... rod 16 ... angler 18 ... fishing rod 20 ... fishing line 22 ... device 30 ... fishing point 100 ... resistor 102 ... Base cloth 104 ... Stay locking ring 106 ... Reinforcing member 108 ... Adjustment rope insertion wheel 110 ... Adjustment rope 112 ... Tide hole 120 ... Resistor rope 122 ... Stay

Claims (3)

At the tide of the desired fishing point, after connecting the rod to the bow side and throwing the rod to the seabed, the bow is directed to the tide,
When the hull is subjected to crosswind by installing an umbrella-shaped or parachute-shaped or saddle-shaped resistor with a tidal hole at the bottom of the stern and throwing it into the sea with the concave surface facing the tide However, a hull stabilization method for fishing flies, characterized by preventing the hull from flowing downwind. In claim 1,
A method for stabilizing a hull for fishing a flounder, characterized in that the size of the tidal hole is adjustable. In claim 1,
The resistance body is made of a cloth material, and a pulling rope is attached in the vicinity of the tide hole.

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