JP3806335B2 - Pseudo bait needle for fishing - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention, fishing pseudo Esahari that the lure sheet provided hook of U-shaped (hereinafter, simply referred to as pseudo Esahari) relates.
[0002]
[Prior art]
A pseudo bait needle 30 ( see FIG. 4 ) that has a U-shaped fishing hook (hereinafter referred to as a U-shaped needle) with a fish collecting sheet is connected to the lower end of a slightly long straight needle base 13 that connects Harris 15 to the upper end. A basic form in which a pseudo-bait sheet 31 made of a substantially rhombus-like resin, rubber or fish skin is suspended from the back of a U-shaped needle 10 which is formed by extending a U-shaped portion 11 formed of a needle tip 12, A structure in which the corner of the bait sheet 31 is fastened and fixed to the upper end of the needle base 13 and the diagonal line of the rhombus hangs along the back surface of the U-shaped needle 10 to function as a pseudo bait is mainly used. Yes.
[0003]
And the thing of the form which provided the luminescent property to the simulated bait | feed sheet 31 itself is used from the intention which the simulated bait | feed needle 30 of the above form aims at the visibility improvement in the water where sunlight is insufficient.
[0004]
[Problems to be solved by the invention]
The pseudo bait needle 30 of the above known example has the following difficulties. That is, since the pseudo bait sheet 31 exists in the side of the U-shaped needle 10 in a wing-like shape, the U-shaped needle 10 having a large specific gravity is placed on the lower side in the water, and the lightweight pseudo bait sheet 31 is placed on the upper side. Presents a posture.
[0005]
Therefore, if the fish F bites into the pseudo bait needle 30 in the underwater posture, the needle tip 12 is likely to be stuck in the “friable lower jaw 33 of the fish F”, and the lifting performance is not preferable. And when the water flow by the respiration of the fish F approaching the pseudo bait needle 30 is received, and the pseudo bait sheet 31 is inverted as shown by the dotted line in the figure and the U-shaped needle 10 is brought up, the needle tip 12 is moved. Although a good fishing performance can be obtained because it is inserted into the firm upper jaw 32 of the fish F, such a case requires time ( time lag ) for the U-shaped needle 10 to be reversed, and thus does not match the instantaneous feeding behavior of the fish F. In many cases, the probability of the U-shaped needle 10 being stuck in the upper jaw 32 is low.
[0006]
And even if the pseudo bait needle 30 is moved up and down with a slight stroke in order to incite the interest of the fish F, there is no change in the underwater posture below the U-shaped needle, and it simply moves up and down and “flats”. It is difficult to say that the fish F has good fish collection performance. Furthermore, the above-described luminescent form only improves the visibility of the presence of the simulated food of the fish, and has little function to stimulate the food instincts of fish F. Run short.
[0007]
The present invention provides a fishing pseudo bait needle that eliminates the above-mentioned problems of the prior art.
[0008]
[Means for Solving the Problems]
The simulated bait needle of the present invention that solves the above technical problem is “a fishing simulated bait needle in which a flexible simulated bait sheet is suspended from the back surface of the U-shaped needle . The locking piece and the lower half of the movable piece are integrally connected. The locking piece binds and fixes the upper end to the upper end of the needle base of the U- shaped needle, and the lower end is a straight needle. The movable piece is attached to a corner portion of the U-shaped portion of the U-shaped needle and the U-shaped needle. In the free state of the U-shaped needle, the pseudo bait sheet has a surface area of a lower half portion of the movable piece defined by a dividing line of a drop direction line of the U-shaped needle passing through the center of gravity of the U-shaped needle. The lower half of the movable piece wraps around the U-shaped needle in a free-falling action that is set to be larger than the surface area and does not exist in tension. The basic structure is “a structure in which the needle tip is pointed upward in a form of enveloping.
[0009]
And, in the above-mentioned basic structure, the crossing angle of the perpendicular line of Harris and the direction line of the drop is approximately 10 ° “pseudo bait sheet has two pseudo bait sheets in a 180 ° reciprocal direction and the mutual center line is In the state of being parallel, all of the left and right side edges of the two simulated bait sheets have a shape that can be tightly bonded to each other.
[0010]
Further, in the simulated bait needle for fishing in which the pseudo bait sheet is suspended from the back surface of the U-shaped needle, the pseudo bait sheet adopts a structure having a phosphorescent light emitting layer formed by adding a pearl pigment or the like.
[0011]
That is, the pseudo bait needle of the present invention stably maintains the pseudo bait sheet in the “upward posture of the needle tip of the U-shaped needle” by the movable piece configuration having the surface area requirement, and the jumping underwater behavior of the movable piece. The pseudo bait needle of the above aspect comprises an idea of specially improving the light emission performance of the pseudo bait sheet in water by adding and adding “pearl pigment / high brightness material”.
[0012]
[Action]
The pseudo bait needle of the present invention exhibits a dynamic underwater behavior in which the pseudo bait sheet hanging down in an inclined posture below the U-shaped needle bends actively based on the water resistance according to the area requirement. A special fish collection action that attracts “fish that are interested in things” and a normal posture in which the tip of the U-shaped needle is always upward can be maintained. In addition, this underwater behavior effect | action is explained in full detail in the paragraph of an Example.
[0013]
Further, the pseudo bait needle of the above aspect is an iridescent light emission and a color tone that differ in color tone depending on the shell color tone light emission and the visual recognition direction with a high degree of interest of the fish due to the pearl pigment / high brightness material added to the phosphorescent light emitting layer of the pseudo food sheet. Because of its unique effects such as multicolor emission and high brightness emission in dark water, there is an excellent fish collection function.
[0014]
DETAILED DESCRIPTION OF THE INVENTION
First, a pseudo bait needle 1 according to an embodiment of the present invention will be described with reference to FIGS. That is, a fishing U-shaped needle 10 (hereinafter referred to as a U-shaped needle 10) in which a U-shaped portion 11 whose one end is a needle tip 12 and a "straight-shaped needle base portion 13 whose upper end is connected to Harris 15" is integrated. ) ”On the back surface (outside of the needle base 13), the flexible bait sheet 2 (hereinafter simply referred to as the“ sheet 2 ”) is attached to the pseudo bait needle 1 that hangs downward. (Refer to (C)) The upper half portion of the locking piece 4 and the lower half portion of the movable piece 5 which are locked and locked to the needle base portion 13 of the U-shaped needle 10 are formed into an elongated flat plate-like sheet plate. 2 It has the shape connected continuously through the latching | locking part 6. As shown in FIG.
[0015]
The movable piece 5 has a shape in which the bottoms of two trapezoids of the same shape and the same size are joined and developed, with the shape of “the upper end and the lower end being small and the middle portion being wide” and two sheets. When the left and right side edges are joined to each other with the center lines L of 2 parallel to each other in a 180 ° reciprocal direction, the entire length of the left and right side edges has a unique shape that enables tight joining.
[0016]
And (refer FIG. 1 (A)) When the U-shaped needle 10 is mounted and fixed, the movable piece 5 is inclined and extended downward below the U-shaped portion 11 and hangs down. And a section extending through the center of gravity W of the U-shaped needle 10 and below the U-shaped portion 11 and intersecting the vertical line 20 in a clockwise direction (clockwise direction in the drawing) at approximately 10 °. “A surface area A1 of the lower half of the movable piece 5” is defined as “the surface area A1 of the movable piece 5 close to the locking piece 4” with the partition point P defined by the line 21 (the falling direction line of the U-shaped needle 10 having the above-described configuration) as a boundary. It is set to be several times larger than the “surface area A2 (hatched portion in the drawing) of the upper half portion” (this surface area means the actual surface area in a flat state).
[0017]
Note that the sheet 2 of this embodiment (see FIG. 1B) has the sheet 2 in an inverted posture, and the upper end of the locking piece 4 is fastened and fixed to the upper end of the needle base portion 13 of the U-shaped needle 10. Inverted and set along the back of the U-shaped needle 10, the locking piece 4 covered on the locking portion is re-locked to the needle base 13 and the second locking portion 6 is locked to the U-shaped needle The U-shaped part 10 is fixedly attached to the corner of the U-shaped part 11 and fixed to the U-shaped needle 10. The sheet 2 of this example is made of resinous / rubbery, and the surface area ratio “A1: A2 = approximately 4: 1” is set.
[0018]
The above embodiment of FIG. 1 has the following effects. That is, (see FIG. 2B), the normal U-shaped needle 10 in the absence of the sheet 2 is based on the “unique shape of the U-shaped needle 10 in which the left and right weights are unbalanced” when it is submerged in still water by Harris 15. There is a qualitative characteristic that “it passes along the center of gravity W of the U-shaped needle 10 and crosses the perpendicular 20 of the Harris 15 at approximately 10 ° in a clockwise direction and descends along a dividing line 21 extending below the U-shaped portion 11”.
[0019]
From the above-mentioned characteristics of descending water (see FIG. 2A), the pseudo bait needle 1 with the movable piece 5 having the area ratio of A1 and A2 divided into two at the boundary point P descends in seawater that approximates still water. The movable piece 5 that receives water resistance as it descends wraps around the U-shaped portion 11 of the U-shaped needle 10 and encloses it, and forms a boundary line with the needle tip 12 facing upward. Descends generally along 21. And when it stops, it will be in the free state posture of illustration K.
[0020]
Then, when Harris 15 is operated with a slight stroke from that state and moved up and down in the water, the pseudo bait needle 1 during the ascending stroke receiving the pulling force of Harris 15 brings the movable piece 5 into a substantially vertical posture by water resistance and is illustrated in FIG. Then, the pseudo bait needle 1 which becomes a free fall operation without the tension of the Harris 15 descends along the boundary line 21 and the “sheet 2 shown in FIG. Gradually transformed to “form wrapped around the U-shaped needle 10 and enveloped” to take the lowest descending posture of N in the figure, and transformed to L in the figure by the subsequent lifting movement to be pulled up. At any point during the above transformation, the U-shaped needle 10 is maintained in a normal posture with the needle tip 12 upward.
[0021]
In addition, the above-mentioned transformation has a slight “run-out / torsion / transformation strength” due to slow vertical speed, water flow, left / right shape balance of the movable piece 5, or some overrun deformation due to water resistance indicated by the dotted line L in the figure. However, since the basic transformation is repeated at the upper and lower intervals of Harris 15, the movable piece 5 functioning as the main role of the pseudo bait exhibits a state like a live bait that bends and jumps greatly in the water. "Has a unique action that exhibits optimum jumping behavior.
[0022]
Further, the normal posture in which the needle tip 12 is directed upward is ensured even during the jumping behavior of the seat 2 (the water resistance moment sufficient to reverse the U-shaped needle 10 does not occur during the lowering operation). At any point in the behavior, the needle tip 12 pierces the upper jaw 32 of the fish F that has eaten the pseudo bait needle 1, and normal fishing can be performed accurately. Then, as shown in FIG. 1 (C) Since the FIG. 1 embodiment ones having the unique shape, and enables the "180 ° How continuous molding countercurrent converted sheet 2 'from the same seat member, There is a merit effect that the moldability of the sheet 2 can be improved and the base material loss can be reduced. And since the locking piece 4 is double-locked to the U-shaped needle 10 by the above-described binding method, the locking and locking performance is stabilized.
[0023]
Next, another embodiment of the pseudo bait needle 1 of the present invention will be described with reference to FIG. 3 (A) and 3 (B) are those in which the sheet 2 is attached to the U-shaped needle 10, and the sheet 2 is “flat in the shape of a roughly small rhomboid head with a narrow upper half part width and a lower half part width. The upper end corner portion of the sheet is a locking piece 4 and the lower half of the sheet is a movable piece 5.
[0024]
Then, when the locking piece 4 is fixed and fixed to the needle base portion 13 of the U-shaped needle 10, the movable piece 5 is inclined and extended downward below the U-shaped portion 11, and the “partition point” is the same as in the embodiment of FIG. The surface area A1 "of the lower half portion of the movable piece 5 partitioned by P is set larger than the surface area A2 of the upper half portion. 3 (A) and 3 (B), the pseudo bait needle 1 with the seat 2 of the embodiment also has a form in which the dynamic behavior of the movable piece 5 in water is similar to that of the embodiment of FIG. You can enjoy it.
[0025]
On the other hand, the thing of FIG. 3C has the sheet | seat 2 of the same form as FIG. 1 Example, and when the sheet | seat 2 is wound around the U-shaped part 11 of the U-shaped needle | hook 10, the needle tip of the U-shaped needle | hook 10 is carried out. 12 has a covering form that wraps 12 at the tip of the movable piece 5. 3C makes it difficult to detect the presence of the needle tip 12 by the fish F, and maintains the upward posture of the needle tip 12, so that it is possible to improve the appropriate bite.
[0026]
The pseudo bait needle 1 of the present invention is not limited to the above embodiment, and the sheet 2 may have other shapes as long as the area requirements A1 and A2 are ensured. In addition, it may be made of fish skin used in the prior art.
[0027]
Next, an embodiment of the pseudo bait needle 1 having the above-described “photoluminescent quasi bait sheet 2 containing a pearl pigment and a high luster material” will be described. That is, a sheet base material (not shown) for cut-molding the sheet 2 is a two-part silicone (RTV manufactured by Shin-Etsu Chemical Co., Ltd.), a luminous phosphorescent light emitting pigment intended for “green light emission from Nemoto Special Chemical Co., Ltd. Pearl pigment (for example, manufactured by Merck Japan Co., Ltd.) in which 10% by weight of each of GLL-300M, BM-300M, and violet luminescent V-300C is added and cured by heating. Is mixed with 1% by weight in accordance with each daylight color (differs depending on the base material) to form a pearl-colored underwater light-emitting sheet, or a high-brightness material (for example, Metashine Gold manufactured by OK Kasei Co., Ltd.) 1% by weight, and the base material is cut into a required shape, and a sheet 2 with a phosphorescent light emitting layer “with pearl pigment or high brightness material” Configured as a pseudo Esahari 1 by mounting the U-shaped needle 10 Te.
[0028]
The pseudo bait needle 1 using the pearl-colored phosphorescent sheet 2 has the following specific action. In other words, fish has a fish-collecting action (even during the daytime) that is unique to pearl color due to its habit of being interested in the pattern inside the shell, and the pearl pigment has a refractive index that varies by changing the coverage of the titanium oxide that constitutes the pigment. Will change and generate multi-colored reflected light such as red, green, blue, etc., so select the desired wavelength emission for each fish species, for example, `` shrimp is blue-white light, flatfish is red light '' The fish collection function can be improved. The phosphorescent light-emitting layer mixed with the pearl pigment has a specific action of emitting iridescent light having a different color feeling depending on the viewing angle, so that it is possible to further improve the fish collecting action and to improve the air visual beauty.
[0029]
In addition, the artificial bait needle 1 using the sheet 2 with high brightness imparts high brightness in a “sparkle” spot due to the presence of the high brightness material and emits a scaly pattern. To do. Further, by adjusting the film thickness of the metal oxide constituting the high-brightness material, it is possible to emit “gold color / silver color”. For example, the gold color emission of the U-shaped needle 10 and the gold color emission of the sheet 2 are the same color / approximate color. This makes it difficult to detect the gold-colored U-shaped needle 10 by the fish F, and has a specific effect that makes it possible to further improve the biting property to the pseudo bait needle 1.
[0030]
Further, the sheet 2 of the present invention comprising the above-mentioned phosphorescent light emitting pigment is formed into a very thin sheet having a thickness of about 0.2 mm to 0.15 mm because it is a molding method by two-component heat curing. (Generally, in the conventional roller method, the central part of the roller is deformed by the rubber pressure at the time of mixing, so it is difficult to form a uniform film and it becomes a thick film. The thin film can be formed by ensuring the accuracy of the jig). By making this ultra-thin sheet, the flexibility of the movable piece 5 is particularly improved and the amplitude of the jumping behavior is increased and activated, so A further improvement is possible.
[0031]
In addition, the structure of the sheet | seat 2 with a luminous light emission layer of this invention is applied not only to the sheet | seat 2 of the Example of FIGS. 1-3, but the sheet | seat 31 for fish collection of the conventional form shown in FIG. In addition to the rubber and resinous materials illustrated above, a form in which a phosphorescent light emitting layer is applied to the fish skin sheet 2 conventionally used by applying a pigment is also included.
[0032]
【The invention's effect】
As described above, the fishing pseudo bait for fishing according to the present invention ensures a stable normal posture with the needle tip facing upward in water, and the movable piece for fish collection has an active jumping behavior. In addition to being excellent, it is possible to promote accurate lifting performance and improved fishing results by stabilizing the normal posture of the U-shaped needle.
[0033]
And the artificial bait for fishing equipped with the “pseudo bait sheet with a phosphorescent light emitting layer containing a pearl pigment / high-brilliance material” of the present invention promotes further improvement of fish collection performance by the unique underwater light emission of these pigments. The There are the above effects.
[Brief description of the drawings]
FIG. 1 shows one embodiment of the pseudo bait needle of the first invention, (A) is an overall front view thereof, (B) is an explanatory view of a method for attaching a pseudo bait sheet to a U-shaped needle, and (C) is an illustration. Side view of the pseudo bait sheet [FIG. 2] FIG. 1 shows the underwater state of the pseudo bait needle and the U-shaped needle in the embodiment of FIG. FIG. 3 shows another embodiment of the pseudo bait needle of the first invention, (A) is a front view thereof, (B) is a development view before mounting the pseudo bait sheet of (A), (C ) Is an explanatory diagram of the action state of the pseudo bait sheet of another embodiment. FIG. 4 shows a conventional pseudo bait needle, (A) is a perspective view thereof, and (B) is an explanatory diagram of an underwater state.
DESCRIPTION OF SYMBOLS 1 Pseudo bait needle of this invention 2 Pseudo bait sheet | seat 4 Locking piece 5 Movable piece 6 2nd locking part 10 U-shaped needle 11 U-shaped part 13 Needle part 15 Harris 20 Harris perpendicular line 21 Boundary line 30 Conventional simulated bait Needle 31 Conventional simulated food sheet 32 Upper jaw of fish 33 Lower jaw of fish F Fish P Boundary point

Claims (4)

In the fishing pseudo bait needle that hangs a flexible pseudo bait sheet from the back of the U-shaped needle, the pseudo bait sheet is formed by continuously connecting a locking piece in the upper half and a movable piece in the lower half. The locking piece is fixed to the upper end of the needle base portion of the U- shaped needle by fastening the upper end thereof to the corner portion of the straight needle base portion and the U-shaped portion of the U-shaped needle. In addition, the movable piece has a shape that is inclined and extended downward below the U-shaped portion, and in a free state of the U-shaped needle suspended from Harris, the pseudo bait sheet is A free fall operation in which the surface area of the lower half portion of the movable piece defined by the dividing line of the drop direction line of the U-shaped needle passing through the center of gravity of the U-shaped needle is set larger than the surface area of the upper half portion, and no tension exists In which the lower half of the movable piece wraps around and envelops the U-shaped needle so that the needle tip faces upward. A pseudo bait needle for fishing characterized by its structure.   The pseudo bait for fishing according to claim 1, wherein the angle of intersection between the perpendicular line of Harris and the direction line of drop is approximately 10 °.   In the state in which the two pseudo food sheets are 180 ° opposite to each other and the center lines are parallel to each other, the left and right side edges of the two pseudo food sheets can be closely bonded to each other. The pseudo bait needle for fishing according to claim 1 or 2 having a shape. The pseudo bait for fishing in which the pseudo bait sheet is suspended from the back surface of the U-shaped needle, wherein the pseudo bait sheet has a structure including a phosphorescent light emitting layer formed by adding a pearl pigment or a bright material. The pseudo bait for fishing according to any one of claims 1 to 3.

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