JPH0538619Y2 - - Google Patents

Description

[Detailed explanation of the invention] (Field of industrial application) This invention relates to a fishing tackle with a bait caster. Specifically, after the bait is dropped into the water from a fishing boat and the bait has settled, the mouth of the bait is attached to the bait. This invention relates to a device that waves toward the Harris area and improves fishing results.

(Prior art) Conventional fishing baits are constructed separately from the bait, are attached to the fishing hook's line section or one side balance section, are suspended, and are lowered down into the water from a fishing boat or the like to reach a certain water depth. After that, shake the bait and shake it out from the hole in the mesh, such as shrimp and krill of various sizes, which are packed in the bait sprayer hanging with the bottom down, and put the bait into the water. By scattering the bait, it attracted fish and made fishing with baited hooks at the tip of the Harris more effective.

The bait attached to a fishing hook hangs down from the hook with its mouth facing upward until it reaches the water surface, and in the water, it receives water resistance from the mouth due to the sinking force of the sinker, and falls to the bottom. When the bait reaches a certain depth and is set in place, the bait is placed in the trap with the bottom facing down and hanging diagonally downward with the current.

(Problem to be solved by the invention) In this way, the conventional seed bait device has a configuration in which the mouth part is directly fixed to the device and is attached in a hanging state, so it is difficult to fill the bait with relatively low buoyancy. The bait bait is set in the water in a state where it hangs with the mouth facing upward, although it may be tilted slightly by the current.

In this way, since the underwater bait feeder shakes out the internal bait through the holes in the mesh, it is possible to feed the bait such as krill, which is mixed in from large to small, through the holes without wasting it. It is difficult to form a hole that allows effective shaking out, so if you make the hole larger, the filled bait will come out too much and disappear quickly, and if you make it smaller, the filled bait will get caught in the hole and the bait will disappear until the end. The feeding efficiency was poor as the fish were often pulled up. Furthermore, in order to facilitate the swinging out of the feeder from the hole, it is cumbersome as it requires lifting and shaking the entire device.
This resulted in the inconvenience of having to lift up and move the device that had been sunk in a suitable location. In addition, due to the difference between the relatively buoyant Harris part and the small buoyancy filled bait spreader, they are spaced apart from each other in the water, reducing the effect of baiting on fish gathering.

The purpose of this invention is to improve these points, operate the bait spreader effectively, and increase the catch.

(Means for solving the problem) In order to achieve the above-mentioned purpose, the device with a bait feeder for fishing of this invention has a supporting rod with a line attachment part on the upper part and a weight attachment part on the lower part. The bottom of a container-shaped bait feeder in which a large number of through holes such as mesh are bored near the protruding part of the Harris rod of a one-sided balance-like device with a Harris rod with a Harris attachment part at the tip protruding laterally. are movably connected to each other by a connecting device consisting of strings such as strings, and the mouth of the bait feeder is slidably fitted to a horizontal Harris rod, allowing each fish in the water to swim. The device that has settled on the optimal tanna is characterized by the bait-spreading device being supported by the current in a state where it hangs approximately sideways with its mouth facing the tip of the Harris rod.

(Function) When dropping the bait into the water, the bait filled with bait is supported with its mouth slidably on the Harris rod and hangs with its bottom down until it reaches the water surface. When the bait sinks into the water after being poured into the water, it sinks toward the bottom due to the gravity of the weight, so the bait feeder receives resistance from the water and sinks with the bottom facing upward, sinking and settling at a predetermined water depth. After that, the bait is spread by the current, and the bait is filled from the mouth with the bottom connected by the connecting strip facing the support rod, and the mouth loosely fitted to the Harris rod facing the tip of the Harris rod. The bait gradually unravels and spreads in the direction of the fishing hook with the Harris bait attached to the tip of the Harris rod.

Next, when lifting the device out of the water, the bait feeder is connected to the bottom and pulled up in a state in which the internal bait has been completely discharged and water resistance is reduced.

(Embodiment) Next, an embodiment of the fishing tackle with bait according to the present invention will be described with reference to the drawings.

Figure 1 shows the state of one of the embodiments of the device of this invention up to the water surface when it is in use, Figure 2 shows the state of the same when it is submerged underwater, and Figure 3 shows the state of the same as the above when it is submerged in water. Each figure shows the fixing state, and (1) is a device in progress, with a small ring-shaped mounting part 3 that folds the steel wire upward and attaches the guide thread 16 to the upper part, and a small ring-shaped mounting part 4 to which the weight 17 is attached to the lower part. A Harris rod is provided with a small annular mounting part 6 which is bent horizontally and approximately horizontally between the upper and lower mounting parts 3 and 4 of the support rod 2, and a small annular mounting part 6 is provided at the tip to which a Harris 18 is attached. 5 is protruded, and the entire structure is shaped like a single scale. The bottom part 10 of the bait feeder 8, which is made of soft synthetic resin wire organized into a coarse basket container, is connected to the vicinity of the base of the Harris rod 5 of the hanging device 1 with a flexible connecting cord 11 made of a synthetic resin material, and is attached so as to be movable. , return the hanger 9a of the mouth part 9 with the Harris rod 5, and return the ring 19 and the clip ring 20.
The bait device 8 is attached to the hook 12 so as to be slidable toward the tip through the bait device 8 at a predetermined water depth.
As shown in the figure, the Harris rod 5 near the support rod 2 is bent into a convex strip to provide a hanging portion 14, and the support rod 2 side of the hanging portion 14 has an arm stop portion. 14a is provided, and the hanging part 12 of the hanging hand 9a of the inserted bait spreader 8 is attached to the Harris rod 5 until the device is dropped into the water and settled at a predetermined water depth.
This is effective in preventing the fish hook from sliding back and forth on the top, and preventing the fishhook part of the Harris 18 from becoming entangled with the bait-spreading device 8.

Figures 4 to 6 show one of the other embodiments in three states similar to those described above, in which the workpiece 1 is connected to another relatively short guide parallel to the Harris rod 5 from the support rod 2 of a single balance type. A bait feeder 8 is provided with a rod 7 projecting downward, a protruding hanging portion 14 having a stopper arm 14a on the guide rod 7, and a bottom portion 10 connected to the supporting rod in two directions with a connecting string 11. The mouth hanger 9a is slidably attached to the guide rod 7, and the hook 12 is inserted through the return ring 19 and the clip ring 20 so that it can be removed from the tip.
This hanging part 12 is connected to the Harris rod 5 by a connecting string 15 that is slidably fitted loosely, and the float 13 is attached to the loosely fitting part of the connecting string 15. After settling at a predetermined water depth, the float 13 Buoyancy and tidal currents guide the loose fitting part on the Harris rod 5 in the direction of the Harris rod 18 and cause it to slide smoothly, which is effective in quickly removing the loose fitting part 12 of the bait spreader 8 from the guide rod 7. . In addition, the guide thread 16 is passed through the guide thread attachment part 3, and the proximal end of the Harris 18 that has passed through the Harris attachment part 6 is twisted back and passed through the guide thread 19 through the ring 19.
6, and a series of guide threads 16 and Harris 18 are hooked to the workpiece 1 at the attachment part 3 by a twist return ring 19 in the lead direction, and the twist return ring 19 is attached to the Harris attachment in the Harris direction. It passes through part 6 and progresses freely.

7 to 9 show another embodiment in three states similar to those described above, in which the guide rod 7 is replaced by the Harris rod 5.
The connecting cord 11 is provided in parallel to the upper side, and after the bait feeder 8 comes off from the guide rod 7 without connecting the hanging part 12 of the bait feeder 8 to the Harris rod 5, the connecting string 11 is connected to the guide rod 7.
The mouth part 9 is configured to be free with respect to the bottom part 10 which is connected with the bottom part 10.

Figures 10 and 11 show another embodiment in which the support rod 2 and Harris rod 5 of the workpiece 1 are integrated into a dogleg-shaped piece of a hollow pipe material made of a hard synthetic resin material. The proximal end of the Harris 18 passed through the hollow part of the device 1 is connected to the thread 16 via the stop ball 21 and the return ring 19, and the device is placed on the Harris 18 coming out from the Harris rod 5. A stop ball 21 is attached with a stroke sufficient to allow vertical movement in the hollow part of the device 1, and a relatively short guide rod 7 facing in the direction of the Harris rod 5 is bored in the upper part of the support rod 2 of the device 1. The guide rod 7 is provided with a convex hanging part 14 having a stopper part 14a, and the bottom part 10 of the bait spreader 8 is connected to the vicinity of the base of the guide rod 7 with a connecting string 11. is hooked onto the guide rod 7 using a twisting ring 19 and a clip ring 20 so that it can be removed from the tip 12, and a weight 17 is attached to the lower side of the Harris rod 5, which is approximately at the same level above and below as the hanging portion 14 of the guide rod 7. This is effective in not only letting you feel the hit when the fish bites, but also preventing the load of the bait tool, especially the weight 17, from being applied to the Harris. By inserting a relatively thick elastic string body made of synthetic resin material and connecting the road line and Harris to the upper and lower ends coming out of the device 1 via stop balls, it is possible to prevent fish from biting. It is effective in that it protects the Harris from wear and tear due to sliding in the hollow part, and there is no risk of scattering the biting fish.

In addition, as shown in FIG. 12, the device 1 is folded back from the steel wire to form a small annular mounting portion 3 to which the guide line 16 is attached, and one folded line 1a is extended and curved downward into an arc shape. A small annular mounting portion 4 is formed by folding it upward and attaching a weight 17 thereto as a support rod 2;
The other folding line 1b is bent diagonally downward in the arcuate direction above the support rod 2 to form the support rod 5a, and then the convex hanging portion 14 is formed and the concave stop arm 14 is formed.
a, further extend horizontally and add Harris 18 to the tip.
A Harris rod 5 is formed with a mounting portion 6 for attaching the wire, and the steel wire 1a folded downward is aligned upward with the arcuate curved portion and bent horizontally at the Harris rod 5 portion to be integrated into the convex hanging portion 14. The folded parts 1c, 1c are integrally formed by spot welding the folded parts 1c, 1c, and the bottom part 10 of the bait spreader 8 is movably connected with a connecting string 11, and the mouth part hanger 9a is attached to a Harris rod 5.
Each part of the workpiece 1 becomes strong by having the Harris attachment part 12 slidably fitted in the direction of the Harris mounting part 6.

Further, as shown in FIG. 13, the folding line 1b, which is folded back below the support rod 2 and provided with the weight attachment part 4, is bent diagonally upward in the lateral direction to form a convex hanging part 14 which continues to the support rod 5a. This is further extended diagonally downward to form a Harris rod 5 with a Harris device section 6 at the tip, and folded back at the top to form a thread attachment section 3. After bending to form the support beam 14b, it is bent integrally along the convex hanging portion 14 to form a concave stop arm 14a, and spot welding 1 at various parts of the folded portion is performed.
c, 1c and are integrally constructed.

In this way, the folded double configuration and the support 5a,
14b, the Harris rod 5 and the base of the weight mounting part 4 are firmly fixed and do not easily deform due to water resistance underwater. It is effective in preventing the bait spreader 8 from moving accidentally when it sinks, and the first
In the configuration shown in Fig. 2, the weight 17 is at the same level as the hanging part 14 of the Harris rod 5 in the arcuate curved part of the lower part of the support rod 2, which improves the balance when the workpiece 1 sinks in water, and there is a risk of it tilting. It is effective in that it is not.

Figures 14 and 15 both show a feeding device, in which a stop member 22 made of a wire rod is provided in the vicinity of the mouth 9 in the baiting device 8 (see Fig. 14).
In addition, by narrowing the opening 9 of the bait feeder 8 (see Fig. 15), the bait filled in the water is prevented from being released from the bait feeder 8 in a concentrated manner,
It is effective in gradually dispersing the bait, and is particularly effective in a free-configuration bait device in which the mouth hooking part 12 of the bait spreader 8 comes off the guide rod 7 and is supported only by the connecting string 11 of the bottom part 10. be.

Further, although not shown in the drawings, a camouflage material shaped like algae is attached to the bait feeder 8 to provide camouflage and relieve the wariness of the fish, making it possible to efficiently collect fish.

In the above embodiment of this invention, the hanging part 14 is formed in a convex shape, but in the case of a concave hanging part (not shown), it can be formed in two continuous W-shapes to achieve the desired effect. The following effects can be obtained.

Due to the configuration of this embodiment, bait is attached to each of the fishing hooks 18a of the Harris 18, bait such as shrimp and krill is stuffed into the baiting device 8, and the device is extended from a boat 23 or the like and dropped into the water (No. 16). (see figure), the bait spreader 8 is the first one until the water surface.
As shown in Figures 4, 7, and 10, it descends in a hanging state, and when sinking underwater, the 2nd, 5th,
As shown in Figure 8, it descends upside down due to the propulsion force due to the gravity of the weight 17, and
After settling at a predetermined water depth, the mouth part 9 is moved by the Harris 18 by the current as shown in Figures 3, 6, 9, and 11, respectively.
The filled bait is sequentially released from the mouth part 9 in the horizontal position facing the direction, and as shown in FIG. It is something that increases

(Effects of the invention) This invention has the above-mentioned structure, and when dropping a fishing tackle into the water, the bait of the fishing tackle descends to the water surface in a dangling state with its mouth facing up. After entering the water, the bait sinks rapidly toward the bottom due to the gravity of the weight, and the bait is propelled by the buoyant force with its mouth facing down and pulled downward, and after settling at a specified depth, it is moved by the tidal current. With this, the bait-spreading device is supported so that the connected bottom part moves in the direction of the support rod, and the mouth part that is slidably fitted in it swings sideways along the Harris rod, so that when it is lowered, the fishing hook does not move. It is safe because the Harris part equipped with this part does not get entangled with the feeding device, and the filled bait does not spill out from the mouth part unnecessarily. Furthermore, after settling at a predetermined water depth, the unraveled filled bait naturally and smoothly flows out from the mouth of the bait sprayer, which is oriented sideways along the current, and spreads in the direction of Harris's baited fishhook.

Therefore, by forming dense meshes that are smaller than the finest krill in the bait device that fills the holes in the bait device, the filled bait can be prevented from leaking out from the holes until the device is settled at a predetermined water depth. At the same time, the long Harris section with the hook and the bait feeder filled with bait can be safely guided to maintain normal fishing ability with the baited fishhook and the ability to attract fish with the bait feeder. In combination, the filled bait can be gradually released from the mouth of the bait device, which is turned sideways and facing the Harris area, without leaving any residue behind, and the spread of the spilled bait can help attract fish around the Harris area. It has the effect of activating the action and increasing fishing results.

[Brief explanation of the drawing]

Fig. 1 is a side view showing the lowering state to the water surface when using a fishing tackle with bait-spreading device that can carry out this invention; Fig. 3 is a side view of the main parts showing the fixing state at a predetermined water depth as above, Fig. 4 is a side view of the main part showing one of the other embodiments of this invention in the state of descending to the water surface when using the device, Fig. 5 is a side view of the main part showing the same as the above in a descending state in water, Fig. 6 is a side view of the main part showing the same as the above in a fixed state at a predetermined depth of water, and Fig. 7 is another embodiment of this invention. A side view of the lowering state to the water surface when using the device, showing one of the
Fig. 8 is a side view of the main part showing the same as above in the descending state in water, Fig. 9 is a side view of the main part showing the same as above in the fixed state at a predetermined depth of water, and Fig. 10 is another embodiment of this invention. Fig. 11 is a side view of the main part showing the fixation state at a predetermined depth of water, and Fig. 12 is another implementation of this invention. FIG. 13 is a side view of only the device showing one of the other embodiments mentioned above, and FIG. 14 is a side view of the device in a suspended state showing one example. FIG. 15 is a perspective view with a part cut away of the bait bait device; FIG. 15 is a perspective view of the bait bait device showing another embodiment of the same as above; FIG. be. 1... Device, 2... Support rod, 3... Line attachment part, 4... Weight attachment part, 5... Harris rod, 8... Feeding device, 9... Mouth part, 10... Bottom part, 11... Connecting string, 12... Hooking part, 13... Float, 14...
Kakebe, 15...Connecting string.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) A Harris rod with a Harris attachment part at its tip protrudes laterally from a support rod with a thread attachment part on the upper part and a weight attachment part on the lower part. The bottom of a container-shaped bait feeder having a through hole near the base of the Harris rod protrusion is connected so as to be able to advance and move, and the mouth part of the feeder is slid onto the Harris rod. A hook with a fishing bait that can be hooked into place. (2) The fishing hook with bait set according to claim 1, wherein at least one concave or convex hook is provided near the support rod of the upper Harris rod. (3) A Harris rod with a Harris attachment section at the tip is provided laterally protruding from a supporting rod that has a thread attachment section on the top and a weight attachment section on the bottom, and the support rod has a thread attachment section on the top and a weight attachment section on the bottom. A relatively short guide rod is arranged above or below the device to form a one-sided balance-like device, and at least one concave or convex hook is formed on the guide rod of this device, and a through hole is formed near the support rod. This device is equipped with a bait bait device for fishing, which is formed by connecting the bottom part of a container-shaped bait bait device with a connecting strip so that it can move forward and move, and the mouth part of the bait bait device is hooked onto a guide rod so that it can be slidably inserted and extracted. (4) The bait device for fishing according to claim 3, wherein the mouth hooking part of the bait device is slidably connected to a Harris rod. (5) The bait-spreading device for fishing according to any one of claims 1, 2, and 4, wherein a float is attached to a sliding portion on a Harris rod of the bait-spreader. (6) Form the hollow fitting into a substantially dogleg shape, use the upper part as a support rod and the lower part as a Harris rod, and insert the string body into it. A Harris attachment part is provided, a relatively short guide rod is provided on the Harris rod side of the support rod part to protrude laterally, and a weight attachment part is provided on the opposite side to serve as a device,
At least one concave or convex hanging part is formed on the guide rod of the device, and the bottom of the bait feeder having a through hole near the base of the guide rod is connected to the bottom part of the feeder so as to be movable and extendable, and the mouth part thereof A hook with a bait bait for fishing, which is fitted onto a guide rod so that it can be slidably inserted and removed.