JP2003144010A - Fishing artificial bait, and fishing artificial bait trap - Google Patents

Abstract

PROBLEM TO BE SOLVED: To normally maintain the posture of a U-shaped hook 10 in water and improve the fish-luring property of an artificial bait sheet 2, in a fishing artificial bait obtained by attaching the artificial bait sheet 2 to the shank 13 of the U-shaped hook. SOLUTION: This fishing artificial bait is characterized by having a movable piece 5 obtained by obliquely extending the artificial bait sheet 2 under the U-shaped portion 11 of the U-shaped hook 10, and further having a structure in which the surface area A1 of the lower half portion of the movable piece is larger than the surface area A2 of the upper half portion. The upper and lower half portions of the movable piece 5 are obtained by dividing the movable piece 5 with a dividing line 21 (the dropping direction line of the U-shaped hook 10) which passes through the center of gravity of the U-shaped hook 10, crosses the perpendicular line 20 of a leader 15 at an angle of about 10 deg., and passes below the shank 13, in the free state of the U-shaped hook 10 suspended from the leader 15.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pseudo bait needle for fishing (hereinafter, simply referred to as a pseudo bait needle) in which a pseudo bait sheet is provided on a U-shaped fishing hook, and a pseudo bait needle mechanism using the same. is there.

[0002]

2. Description of the Related Art U-shaped fishing hook (hereinafter referred to as U-hook)
The pseudo bait needle 30 provided with a fish collecting sheet in (see FIG. 5) has a U-shaped portion 11 having a needle tip 12 at the front end and a lower end of a straight needle base portion 13 having a slightly long length which connects the Harris 15 to the upper end. In a basic form in which a pseudo-bait sheet 31 of substantially diamond-shaped resin, rubber, fish skin, etc. is vertically provided on the back surface of the U-shaped needle 10,
The structure in which the corner of the pseudo bait sheet 31 is fixed to the upper end of the needle base portion 13 and the diagonal line of the rhombus is hung along the back surface of the U-shaped needle 10 to function as a pseudo bait is mainstream. is doing.

In order to improve the visibility of the pseudo bait needle 30 having the above-described configuration in water where sunlight is insufficient, the pseudo bait sheet 31 itself has a light emitting property. .

[0004]

The above-mentioned known pseudo bait needle 30 has the following drawbacks. That is, since the pseudo bait sheet 31 is present on the side portion of the U-shaped needle 10 in a flared form, the U-shaped needle 10 having a large specific gravity in water is on the lower side, and the lightweight pseudo bait sheet 31 is on the upper side. Present a different posture.

Therefore, when the fish F bites the pseudo bait needle 30 in the underwater posture, the needle tip 12 easily sticks into the "fragile lower jaw 33 of the fish F", which is unfavorable for fishing. Then, in response to the water flow caused by the gill respiration of the fish F approaching the simulated bait needle 30, the simulated bait sheet 31 is inverted as shown by the dotted line in the figure to cause the U-shaped needle 10 to move.
When the posture is set to be upward, the needle tip 12 sticks into the strong upper jaw 32 of the fish F, so that preferable fishing performance can be obtained, but in such a case, the time (daimu lug) for the U-shaped needle 10 to be reversed is obtained. As a result, the fish F often does not match the instantaneous feeding behavior, and the U-shaped needle 10 has an upper jaw 32.
Occurrence of sticking to is low.

Even if the dummy bait needle 30 is moved up and down with a slight stroke in order to attract the attention of the fish F, the above-mentioned U
It is difficult to say that the fish-collecting performance of Fish F will be good because there is no change in the underwater posture of the lower part of the needle and it simply moves up and down and "flutters." However, the function of stimulating the feeding instinct of Fish F is small and the fish collecting performance is insufficient.

The present invention provides a pseudo bait needle for fishing and a pseudo bait tackle for fishing which solve the above-mentioned problems of the prior art (hereinafter simply referred to as pseudo bait needle / pseudo bait needle tackle).

[0008]

[MEANS FOR SOLVING THE PROBLEMS] In order to solve the above technical problems, the present invention discloses that in a fishing bait needle in which a dummy bait sheet is hung from the rear surface of a U-shaped needle, the dummy bait sheet is the U-shaped needle. A movable piece that extends obliquely below the U-shaped portion of the U-shaped needle, and in the free state of the U-shaped needle hung vertically in Harris, the lane marking of the falling direction line of the U-shaped needle that passes through the center of gravity of the U-shaped needle. The surface area of the lower half portion of the movable piece partitioned by the above is set to be larger than the surface area of the upper half portion of the pseudo bait needle of the first invention,

"Similarly, the artificial bait sheet has a pseudo pearl pigment" or "high luster material" (this high luster material means "glass powder coated with metal oxide, Or, a pseudo bait needle of the second invention of a "structure having a phosphorescent layer formed by adding aluminum" to a resin film and crushing it ".

3 inventions of "pseudo bait needle device having a structure in which a plurality of pseudo fishing bait needles provided with a pseudo bait sheet having a luminous phosphor layer having different luminous colors are connected in a multi-step manner to a common path" Made of

That is, in the pseudo bait needle of the first invention, the pseudo bait sheet is stably maintained in the "upward posture of the U-shaped needle tip" by the movable piece structure having the above surface area requirement, and It consists of the idea of jumping underwater behavior,
The pseudo bait needle of the second invention is based on the idea of improving the light emitting performance of the pseudo bait sheet in water by adding the "pearl pigment / high-brightness material".

The pseudo bait sheet of the first invention is, in order to improve the formability, "a state in which the two pseudo bait needle sheets are 180 ° in opposite directions and their center lines are parallel to each other. In the above, the left and right side edges of the two dummy bait sheets are all shaped so that they can be intimately joined to each other, or have a substantially rhombus shape with a head-to-body size, and the dynamic underwater behavior of the movable piece. For the purpose of further improving the artificial bait sheet, the pseudo bait sheet is made into an extremely thin sheet having a thickness of about 0.2 or less. And
The second aspect of the invention adopts a mode of luminescent color of the same color as or similar to that of the U-shaped needle for the purpose of further improving the biting property of the fish.

[0013]

In the pseudo bait needle of the first aspect of the invention, the pseudo bait sheet that hangs down in a tilted position below the U-shaped needle exhibits a dynamic dynamic water behavior in which the pseudo bait sheet flexibly operates based on the water resistance according to the area requirement. It has a special fish-collecting effect that attracts "fish that show interest in moving objects" and maintains a normal posture with the tip of the U-shaped needle always facing upward. In addition, this behavior behavior in water will be described in detail in the paragraph of Examples.

In the pseudo bait needle of the second invention, due to the pearl pigment and the high-brightness material added to the luminous layer of the pseudo bait sheet, the color tone varies depending on the shell color tone emission and the viewing direction, which are of great interest to the fish. It has an excellent fish-collecting function because it has unique effects such as iridescent light emission, multicolored light emission with different color tones, and bright light emission in dark water.

Further, in the pseudo bait needle device having the above-mentioned structure, the pseudo bait needles having different emission colors are arranged in a row on the common thread, so that the emission colors are adapted to different fish species depending on the water depth. Therefore, it can be applied as a device for many kinds of fish, and a special fish collecting action can be secured by the "neon sign effect" by multi-color, multi-emission.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS First, a simulated bait needle 1 according to a first embodiment of the first 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 "straight-shaped needle base portion 13 having an upper end for connecting the Harris 15" is integrated with a U-shaped portion 11 having one end as a needle point 12 ) ”On the back surface (outside the needle base portion 13) of the flexible bait sheet 2 (hereinafter, simply referred to as the sheet 2) and hangs downward. (See (C)) An elongated flat sheet plate is used, and the upper half of the locking piece 4 and the lower half of the movable piece 5 that locks and locks the needle base portion 13 of the U-shaped needle 10.
Has a shape in which they are integrally connected through a second locking portion 6 having a neck shape.

The movable piece 5 has a shape in which the bases of two trapezoids of the same shape and the same size are joined and developed, and the shape is such that "the upper and lower ends are small in width and the middle part is wide". The center lines L of the individual sheets 2 are parallel to each other and 180 °
When the left and right side edges are joined in the opposite directions, the entire length of the left and right side edges has a peculiar shape that enables close joining.

Then, (see FIG. 1 (A)), when the movable piece 5 is attached and fixed to the U-shaped needle 10, the movable piece 5 has a shape in which the movable piece 5 inclines and extends below the U-shaped portion 11 and hangs down. "Vertical line 20 of Harris 15" and "U-shaped needle 1"
Extends below the U-shaped portion 11 through the center of gravity W of 0, and
"Movable" with a dividing point P divided by a dividing line 21 (a falling direction line of the U-shaped needle 10 having the above configuration) that intersects the perpendicular 20 in the clockwise direction (clockwise direction in the drawing) at approximately 10 ° The surface area A1 of the lower half of the piece 5 is set to be several times larger than the surface area A2 of the upper half of the movable piece 5 near the locking piece 4 (this surface area is the actual surface area in the flat state). Means).

The sheet 2 of this embodiment is shown in FIG.
(See (B)) With the seat 2 in an inverted posture, the upper end of the locking piece 4 is fixedly bound to the upper end of the needle base portion 13 of the U-shaped needle 10, and then inverted and placed along the rear surface of the U-shaped needle 10. Set together, the locking piece 4 covering the binding portion is re-locked to the needle base portion 13 and the second locking portion 6 is bound to the corner portion of the U-shaped portion 11 of the U-shaped needle 10. It is fixed and attached to the U-shaped needle 10. The sheet 2 of this example is made of resin / rubber, and the surface area ratio is set to "A1: A2 = approximately 4: 1".

The above embodiment of FIG. 1 has the following effects. That is (see FIG. 2 (B)) a normal U without sheet 2
When the submerged water is submerged by the Harris 15, the V-shaped hand 10 is based on "the peculiar shape of the U-shaped hand 10 in which the left and right weights are unbalanced" and "passes through the center of gravity W of the U-shaped hand 10 and the perpendicular line of the Harris 15. There is a qualitative point, which intersects 20 at approximately 10 ° in a clockwise direction and descends along a dividing line 21 extending below the U-shaped portion 11.

From the above 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 is the seawater which is similar to the still water. When descending the inside, the movable piece 5 that receives the water resistance due to the descending is wrapped around the lower side of the U-shaped portion 11 of the U-shaped needle 10 to be covered, and the needle tip 12 is placed in an upward posture. And substantially descends along the boundary line 21. Then, when stopped, the posture becomes the free state posture shown in FIG. 1B.

From that state, when the Harris 15 is operated with a slight stroke to move up and down in the water, the Harris 15
During the ascending stroke, the dummy bait needle 1 is lifted in the state shown in FIG. 1C by the water resistance while the movable piece 5 is in a substantially vertical posture, and then the descending stroke is started. The pseudo bait needle 1 which is a dropping operation descends along the boundary line 21 and gradually transforms into a "form in which the sheet 2 is wrapped around the U-shaped needle 10 and covered" shown in FIGS. 1 (D) and (E). It takes the most lowered posture shown in FIG. 1 (E) and is transformed and pulled up by the subsequent pulling movement. At any point during the above transformation, the U-shaped needle 10 is maintained in the normal posture with the needle tip 12 facing upward.

The above-mentioned transformation is slow in vertical speed.
Depending on the water flow / balance between the right and left shapes of the movable piece 5, “lateral shake / torsion / transformation strength” or overrun deformation due to water resistance shown by the dotted line in FIG. Since it is repeated at intervals, the movable piece 5 that functions as the main role of the pseudo bait has a unique action of exerting an optimal jumping behavior as "a pseudo bait full of dynamism" that takes the form of a live bait that greatly bends and jumps in water. is there.

The normal posture in which the needle tip 12 is directed upward is ensured even during the bouncing behavior of the seat 2 (a water resistance moment sufficient to reverse the U-shaped needle 10 is not generated even during the descending operation). At any point during the dynamic behavior of, the needle tip 12 sticks into the upper jaw 32 of the fish F that has eaten the pseudo bait needle 1, and accurate and normal fishing can be performed. And, since the thing of this FIG. 1 embodiment has the above-mentioned peculiar shape, as shown in FIG. 1 (C), it is possible to “continuously form the sheet 2 whose direction is changed by 180 °” from the same sheet base material, 2 has the merit effect that the moldability can be improved and the base material loss can be reduced. Then, the locking piece 4 is doubly locked to the U-shaped needle 10 by the above-mentioned locking method, so that the locking performance is stable.

Next, referring to FIG. 3, the pseudo bait needle 1 of the present invention
Another embodiment will be described. First of all, as shown in FIGS. 3 (A) and 3 (B), the seat 2 is attached to the U-shaped needle 10, and the seat 2 has a “head narrow body with a narrow upper half and a large lower half” and a roughly rhombic flat shape. The seat is composed of a sheet, and the upper corner portion thereof is the locking piece 4 and the lower half portion is the movable piece 5.

Then, when the locking piece 4 is bound and fixed to the needle base portion 13 of the U-shaped needle 10, the movable piece 5 slants and extends downwardly of the U-shaped portion 11 and hangs down, like the embodiment of FIG. "The surface area A1 of the lower half of the movable piece 5 which is divided at the division point P
Is set to be larger than the surface area A2 of the upper half portion. Since the pseudo bait needle 1 with the seat 2 of the embodiment of FIGS. 3A and 3B has a form in which the dynamic behavior of the movable piece 5 in water is similar to that of the embodiment of FIG. Can enjoy.

On the other hand, FIG. 3 (C) has a sheet 2 of the same form as that of FIG. 1 embodiment, but the sheet 2 is U
When wrapped around the U-shaped portion 11 of the V-shaped needle 10 and transformed, the needle tip 12 of the U-shaped needle 10 is wrapped with the tip portion of the movable piece 5 so as to be wrapped. 3C makes it difficult for the fish F to detect the presence of the needle tip 12 and maintains the upward posture of the needle tip 12, so that it is possible to improve the biting property accurately.

The artificial bait needle 1 of the first invention is not limited to the above embodiment, and the seat 2 has the above area requirements A1 and A2.
Other shapes may be used as long as they ensure the above, and in addition to the resin / rubber materials exemplified above, fish skins used in the prior art may be used.

Next, a description will be given of an embodiment of the pseudo bait needle 1 provided with the "luminescent pigment pseudo bait sheet 2 containing a pearl pigment / highly bright material" of the second invention. That is, a sheet base material (not shown) for cut-molding the sheet 2 is used as a two-component silicone (RTV manufactured by Shin-Etsu Chemical Co., Ltd.) with a phosphorescent pigment of an intended luminescent color "for example, a green color luminescence of Nemoto Special Chemical Co., Ltd." GLL-300M, blue luminescent BM-
300 M, violet luminescent V-300C "is added in an amount of 10% by weight and heat-cured to form a pearl pigment (for example, Merck Japan KK).
1 for each daylight color (different for each substrate)
Mix by weight to form a pearl-colored underwater light-emitting sheet, or mix 1% by weight of a high-brightness material (for example, Metashine Gold manufactured by OK Kasei Co., Ltd.) and shape the base material into the required shape. Cut and use as sheet 2 with phosphorescent layer containing "pearl pigment or high-luminance material"
The pseudo bait needle 1 is configured by being attached to the character needle 10.

Sheet 2 having the above-mentioned pearl color tone and having a luminous effect
The pseudo bait needle 1 using the above has the following unique action. In other words, fish have a peculiar fish-collecting action (even in the daytime) due to the habit of being interested in the pattern on the inside of the shell, which is also unique to the pearl color tone. Changes to produce reflected light of multiple colors such as red, green, blue, etc., so the emission of the wavelength of your choice for each fish species should be set to the underwater emission form of "for example, shrimp bluish white light and flounder red light". The ability to collect fish can be improved. The phosphorescent layer mixed with the pearl pigment has a peculiar function of emitting iridescent light having different color sensations depending on the viewing angle, so that the fish collecting effect and the visual aesthetics in the air can be further improved.

Further, the pseudo bait needle 1 using the above-mentioned sheet 2 imparting high brilliance emits brilliant light in a "glitter" scattered state due to the presence of the high brilliant material, and thus emits scaly light.
The ability to collect fish is significantly improved. By adjusting the film thickness of the metal oxide that constitutes the high-brightness material, "gold-color / silver-color" light emission is also possible. For example, the gold-color light emission of the U-shaped needle 10 and the gold-color light emission of the sheet 2 are the same or similar colors. By synchronizing with each other, it is difficult to detect the gold-colored U-shaped needle 10 by the fish F, and it is possible to further improve the biteability to the pseudo bait needle 1, which is a unique effect.

Further, the sheet 2 of the present invention obtained by adding the above-mentioned phosphorescent pigment is a molding method by heating and curing a two-liquid mixture, so that it is an extremely thin layer having a thickness of about 0.2 to 0.15. It can be formed into a sheet (generally, in the conventional roller construction method, the central part of the roller is deformed by the rubber pressure during mixing, so uniform film formation becomes difficult and a thick film is formed. Hardening can be performed by securing the jig precision to form the thin film.) By using this ultra-thin sheet, the flexibility of the movable piece 5 is remarkably improved and the amplitude of the jumping behavior is increased and activated. It is possible to further improve the action and effect of.

Next, with reference to FIG. 4, one embodiment of the "pseudo bait needle mechanism" of the present invention will be described. That is, in the pseudo bait needle device 18 shown in FIG. 4, a group of a large number of pseudo bait needles 1 (e.g., 6 to 8) equipped with the sheet 2 having a luminous light emitting property is used as a common thread 1.
6 are arranged continuously with a space between them.
A is green light emission, 2nd stage 1B is blue light emission, 3
1C of the step is configured to have multi-step multi-color emission such as violet color emission (17 in the figure is a weight).

The pseudo bait device 18 of the embodiment shown in FIG.
Can select the luminescent color suitable for the fish at each water depth point according to the water depth, and can raise the interest of the fish by the multicolored and multi-luminous luminescence and the "neon sign effect" resulting from it, and can further improve the fish collecting action and the fishing results.

The sheet 2 with a luminous layer according to the present invention is not limited to the sheet 2 of the embodiment shown in FIGS.
It is also applied to the conventional fish collecting sheet 31 shown in FIG. Further, not only the rubber and resin materials exemplified above but also a form in which a phosphorescent light emitting layer is applied to a sheet 2 made of fish skin which has been conventionally used by coating with a pigment is included.

[0036]

As described above, the pseudo bait needle for fishing according to the present invention has a stable normal position with the tip of the needle pointing upward in water, and the movable piece for collecting fish has a vigorous jumping behavior. Therefore, the fish collecting performance is excellent, and it is possible to promote accurate fishing performance and improvement of fishing results by stabilizing the normal posture of the U-shaped needle.

The fishing bait needle provided with the "pseudo-bait sheet with a luminescent material containing a pearl pigment and a high-brightness material" according to the present invention is further improved in fish collecting performance due to the peculiar underwater emission of the pigment. In addition, the pseudo bait hook mechanism for fishing of the present invention promotes further improvement in fish collecting performance and fishing results by the appropriate color light emission according to the water depth point and the multicolor and multilight emission by the pseudo bait sheet group. . There are various effects described above.

[Brief description of drawings]

FIG. 1 shows an embodiment of a pseudo bait needle of the first invention, (A)
Is a front view of the whole, (B) is an explanatory view of a method of attaching the pseudo bait sheet to the U-shaped needle, and (C) is a side view of the pseudo bait sheet.

2A and 2B show an underwater state of a pseudo bait needle and a U-shaped needle in FIG. 1 embodiment, FIG. 2A is an explanatory view of its underwater behavior, and 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 of the simulated bait sheet of (A) before being mounted, and (C) is an explanatory view of an operating state of the simulated bait sheet of another embodiment.

FIG. 4 is an explanatory view of one embodiment of the pseudo bait needle mechanism of the present invention.

FIG. 5 shows a conventional pseudo bait needle, (A) is a perspective view thereof,
(B) is an illustration of the underwater condition

[Explanation of symbols]

1 Pseudo bait needle of the present invention 2 simulated bait sheet 4 locking pieces 5 movable pieces 6 Second locking part 10 U-shaped needle 11 U-shaped part 13 Needle base 15 Harris 16 Dojo 18 Pseudo bait needle mechanism 20 Harris perpendicular 21 border 30 Conventional pseudo bait needle 31 Conventional simulated bait sheet 32 fish upper jaw 33 fish lower jaw F fish P boundary point

Claims (11)

[Claims] 1. A pseudo bait needle for fishing in which a pseudo bait sheet is hung from a back surface of a U-shaped needle, wherein the pseudo bait sheet is provided with a movable piece that is inclined and extended below a U-shaped portion of the U-shaped needle, Furthermore, in the free state of the U-shaped needle hung on Harris,
Fishing characterized by a structure in which the surface area of the lower half part of the movable piece, which is divided by the dividing line of the falling 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 part. Pseudo bait needle for. 2. The fishing bait needle according to claim 1, wherein the angle of intersection between the perpendicular of Harris and the line of the falling direction is approximately 10 °. 3. The dummy bait sheets are such that when the two dummy bait sheets are arranged in 180 ° reciprocal directions and the center lines thereof are parallel to each other, the left and right side edges of the two dummy bait sheets are all in mutual relation. The pseudo bait needle for fishing according to claim 1 or 2, wherein the pseudo bait needle has a shape capable of being closely joined to. 4. The fishing dummy according to claim 1, wherein the movable piece of the dummy bait sheet is a flat sheet having a front end and a rear end having a small width and an intermediate portion having a large width. Bait needle. 5. The movable piece of the pseudo bait sheet is in a form of covering the needle tip of the U-shaped needle when wrapped around the U-shaped needle. The pseudo bait needle for fishing according to any of item 4. 6. A pseudo bait needle for fishing in which a pseudo bait sheet is hung from the back surface of a U-shaped needle, wherein the pseudo bait sheet is provided with a luminous phosphor layer containing a pearl pigment. Fake bait needle for fishing. 7. A fishing pseudo bait needle in which a pseudo bait sheet is hung from the back surface of a U-shaped needle, wherein the pseudo bait sheet is provided with a luminous phosphor layer containing a bright material. A pseudo bait needle for fishing. 8. The pseudo fishing bait needle according to claim 6 or 7, which comprises a phosphorescent light emitting layer having an emission color which is the same or similar to that of the U-shaped needle. 9. The pseudo bait needle for fishing according to claim 1, which comprises a pseudo bait sheet provided with the luminous phosphor layer of claim 6 or 7. 10. The pseudo bait needle for fishing according to claim 1, wherein the pseudo bait sheet is an extremely thin sheet made of rubber and having a thickness of approximately 0.2 mm. 11. A pseudo bait needle tackle for fishing, comprising a pseudo bait needle provided with a pseudo bait sheet having a phosphorescent light emitting layer having a different luminescent color, which is connected to a common line in multiple stages. .