FI100291B - Pull with variable swimming method - Google Patents

Description

106291

A LURE THAT MODIFIES A SWIMMING METHOD

The invention relates to a fishing lure, the swimming of which can be made more variable and further from fish to injury.

The swimming mode of the lure can be changed to a different type if the lure 5 is in the water.

The swimming and swimming depth of the lure are made more varied by bait plates or dredgers attached between the traction line, which by their weight or shape pull the lure to the desired depth. The deep plates also have features that pull the lure sideways.

l o Fishing lures or lures are diverse and vary in swimming. The swimming of some lures can be changed after the pull to adjust the swimming depth and swimming style. The more surprising a swim it can do, the better the fishing feature of the lure or lure. Depending on the skills of the fish, the lure can be controlled by pulling 15 and jerking the line in different ways. In addition, water currents can be exploited. However, the swimming style of a normal lure cannot be changed during fishing other than by stopping the line and allowing the lures of the water and / or the sinking or floating feature of the lure to take the lure out.

The device according to the invention provides a decisive improvement in the above-mentioned drawback.

To achieve this, the device according to the invention is characterized by what. is set out in the characterizing part of the claim

The main advantage of the invention can be considered that the way of swimming of the lure can alternatively be changed quickly during fishing to a different type when the lure is in the water.

In the following, the invention will be explained in detail with reference to the accompanying drawings.

Figure 1 is a schematic side view of the lure.

Figure 2 shows the lure from the side at a different stage.

Figure 3 shows the lure from the side, schematically as a second embodiment.

Figure 4 shows the lure from the side at a different stage as a second embodiment.

100291 • Λ

Figure 1 schematically shows a lure 1. suitable for throwing and trolling.

The lure has a tapered wide swimming plate 2, a flat body 1 and an elongated drawbar attachment loop 3 formed of metal wire. The loop ends have draw points 4 and 5 between which the attachment hook 6 with the drawbar 7 can slide, depending on the situation.

The change in the position of the fastening hook 6 at a different point 4, S, 11 of the fastening loop causes a change in the hydrodynamic equilibrium state of the lure, which results in a different swimming of the lure.

10 Alternatively, when pulling from the drawbar eyes, the lure swims in a certain way like a wobbler or spoon.

There is also a third projection 11 between the extreme positions of the fastening loop, into which the hook can move and remain. At this point, when the haul is pulled, the lure swims from the intermediate form.

15 The wobbler lure is defined in the representation as having a "floating plate" structure at the front, i.e. a flat surface perpendicular to the direction of travel, and a floating stern at the rear. The front of the swing lure is weighted.

The spoon spoon is defined in the presentation as having a curve, a flat body, or a concave abdomen. The body of the lure does not have a thread that would cause it to rotate in only one direction.

The lure described has the structural characteristics of both wobbler and spoon lures,

The lure 7 can be used to control the lure 1 in either position, if desired. In Fig. 1, the attachment hook ö of the traction line is in the upper position 4 25 and then the lure swims like a wobbler and dives deep. If you want to change: to another swimming style, the line is stopped · and the lure tends to rise to the surface. In this case, the water resistance acting on the traction line 7 tends to hold the line and the fastening hook 6 in place, so that the position of the fastening hook changes from the upper position 4 of the fastening loop to the lower position 5.

In Fig. 2, with the towing hook 6 in the lower position 5, the lure 1 floats like a spoon and dives low. When pulling the lure, with the fastening hook 6 in the lower position S, the lure swings back and forth from side to side, the longitudinal axis remaining fairly in place. The body of the lure is as straight as possible along the direction of pull.

35 If you want to switch to another swimming style, lift the throw rod and stop the line pull. The lure is weighted and constructed so that. the stern floats and the front sinks the skin. weight §). When the traction line 7 stops and the traction direction is upwards, the stern of the lure begins to rise to the surface and the front part sinks downwards. When the water resistance acts on the 3 100291 traction line 7, it remains fairly in place. In this situation, the fastening hook 6 moves from the lower position 5 to the upper position 4 and the swimming mode changes. The fastening hook 6 also moves from the lower position 5 to the upper position 4 in such a way that. the traction sheave 7 is jerked quickly. In this situation, the traction line 5 7 remains fairly stationary due to the effect of water resistance. Due to the curved structural feature of the lure "swimming plate" and the front part 2 of the body, it has an oblique area with respect to the direction of travel of the traction line 7.

This oblique surface operates in the water flow so that a transfer force is applied to the lure in the upper and lower directions of the traction line fastening loop 3. This is the most useful course of action.

The traction line fastening loop 3 is fastened to the traction line 7 by a hook 6 directly or via the front part 10 of the lure, which has a higher water resistance than the traction line 7 alone. The front part 10 of the lure has a density almost equal to that of the surrounding water and its water resistance is 15 smallest in the longitudinal direction of the traction line. The above-mentioned front part 10 of the lure is suitably constructed of a hair follicle or oval plastic sheets. It can also resemble a fish head.

The area of the front part of the lure is thus substantially larger than the area of the traction line per same length.

As an application of the lure according to the invention, an arrangement is also mentioned in which the front end of the lure is substantially lighter than the stern and the lure is floating. Then, however, the lure is upside down on its back but the external components are. similar to the partial ridges in Figures 1 and 2. The hook is on the back. The towing hook 6 of the traction line moves from the front position S 25 to the rear position 4 by stopping the traction of the line and allowing the lure to settle in a vertical position in the water. The towing hook 6 of the traction line moves from the rear position 4 to the front position 5 by shaking the line, whereby the hook 6 seems to "fall" to the front position 5 · The lure swims near the surface and, if necessary, makes noisy noises.

Another embodiment is for winter fishing, where the ice lure is built according to the invention.

Fig. 3 schematically shows a ice lure on the side 1 on which a fastening loop 3 formed of metal wire is built. The ice lure is sinkable, flat and elongated in shape. A rudder 9, suitably a hair follicle or a V-shaped stern wing, is built into the stern part, the water resistance of which is the lowest in the longitudinal direction of the lure and as it moves forward. The ice lure can be constructed solely from a hook body surrounded by weights, swimming boards and various hairs or even a rubber worm. At the ends of the fastening loop 3 there are pull points 4 and s 40 between which the fastening hook 6 with its pull lines 7 can slide depending on the situation. When pulling from the drawbar points 4 or 5 of the fastening loop 100291.-1

B

with a line attached to the fastening hook 6, the ice lure swims in a certain way, such as a vertical ice or a balance ice.

Changing the position of the hook 6 at a different point 4, 5, 11 of the fastening loop causes a change in the hydrodynamic equilibrium state of the lure, from which 5 a different swimming of the lure follows.

There is also a third protrusion 11 between the pull points of the fastening loop, into which the hook can move and remain. At this point, when the tow line is pulled, the lure swims intermittently.

The lure can be used to control 10 lures in either position, if desired.

In Fig. 3, the attachment of the traction line 7 is in the front position 5, in which case the ice lure floats like a vertical ice and vibrates the sides to one another in its depression or plunges downwards when falling in the longitudinal direction.

If desired, switch to a different style swimming pilkkivieheen allowed to fall freely 15., Wherein the built rudder 9 and the curved frame pilkkivieheen cause rotation of the cam down and back side up. The water resistance holds the drawbar 7 fairly in place and the attachment hook 6 moves from the front position 5 to the rear position 4. The attachment hook 6 remains in the rear position 4. because the ice lure is now horizontal and in balance with the attachment point 20 higher than in the front position 5 ·

The traction line fastening loop 3 is fastened to the traction line 7 with a fastening hook 6 directly or via the front part 10 of the lure, which has a higher water resistance than the traction line alone. The front portion 10 of the lure has a density almost equal to that of the surrounding water and has a minimum water resistance in the longitudinal direction of the traction line. The above-mentioned front part 10 of the lure is suitably constructed of a hair follicle or oval plastic sheets. It can also resemble a small fish or a fish head

The area of the front part 10 of the lure is thus substantially larger than the area of the traction line 7 for the same length.

In Fig. 4, the attachment of the traction line is in the rear position 4. in this case, in the horizontal position f, the ice lure swims like a balance lure. When the line is pulled, the ice lure moves forward because its beak is slightly higher than the stern. When lowering from the line, the beak goes down because the rudder 9 prevents it from moving backwards. The ice lure thus moves forward 35 by swinging the traction sheave up and down.

If you want to change the ice fishing lure's swimming to the vertical fishing position, the ice fishing lure is shaken from the tow line and the fastening hook seems to "fall" to the front position 5.

It should be noted that the invention has been described above with reference to only two preferred embodiments thereof. However, this is in no way intended to limit the invention to these examples only, but modifications are possible within the scope of the inventive idea defined by the following claims.

Claims (3)

1. Fishing lures, arrows or traits, with variable swimming method, which bait comprises an elongated fastening loop (3) for a reef, which loop is attached to the bait at two points, essentially on the longitudinal axis of the bait at the highest center of the bait, characterized in that the fastening loop ( 3) has at least three pulling points (4, 5, 11) for the swivel hook swivel (6) which, during the actuation of the bent parts (9, 2) or the bent body, move from one of the fastening eye's pull points to another. Fishing bait according to claim 1, characterized in that the rear end of the bait is provided with a curved tail part (9), which consists of a hearthof or a disc, or that the front end of the bait is provided with a bent swimming disc (2). Fishing bait according to claim 1, characterized in that the rear end of the bait has a larger surface or a lighter weight than the front end and that the rear end therefore drops substantially slower than the front end.