JP2005341826A - Smell-releasing lure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a lure consisting of a fishing hook provided with an artificial bait, having improved visual factors such as size, color, form and motion, and improved feeling such as hardness (material), improved olfactory action to release smell for improving the fish attracting performance, and to improve an unsatisfactory conventional smell-releasing lure free from the function to control the release of smell and releasing simply by an external factor. <P>SOLUTION: The lure contains a smell-releasing device composed of a button battery, a vibration motor and a bag containing smell extract in a cavity of an artificial bait and has a function to release the smell of the artificial bait by electric control in addition to the size, color, shape, motion and hardness of the bait. The lure has improved olfactory stimulating action as a bait liked by the target fish and has excellent fish attracting effect. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a lure having an odor release function.

Various products have been developed for lures, which are fishhooks with simulated baits. Electric lures that have added elements of movement to improvements in size, shape, color, hardness (material), etc. (see, for example, Patent Document 1), and those that have a function to emit odors (for example, Patent Documents) 2 and 3). These are devised to draw interest by making the target fish illusion of being raw food.
Japanese Patent No. 2957973 JP 2001-69877 A JP 2001-525679 A

  The lure is a fishhook with a simulated bait. It has a visual improvement in size, color, shape and movement, tactile improvement in hardness (material), and olfactory improvement that emits odors. I came. Regarding the lure that emits odor, there is no conventional function to control the release of odor, and it is a structure that is released into the water by the water pressure flowing into the inside of the simulated bait or the pressure to chew when the fish prey. However, it is desirable that the required amount of odor is constantly released as a odor-releasing lure.

  As a means for solving the above-mentioned problems, the present invention provides a size, color, shape, movement by attaching an odor release device comprising a button battery, a vibration motor, and an odor extract filling bag inside the simulated bait cavity. In addition to the hardness, the function of releasing the odor corresponding to the simulated bait by electric control was added. As a result, the lure has a superior ability to collect fish because the effect of olfactory stimulation is enhanced as a prey preferred by the target fish.

  The lure of the present invention mimics the important ability of fish detection of fish, called olfaction, in addition to the traditional visual and tactile simulations. It has the advantage that satisfactory fishing results can be obtained.

  The best mode for carrying out the present invention will be described with reference to FIG. 1 in which the simulated bait is shrimp and FIGS. 9 to 16 which are detailed views of each part. The lure of the present invention seals a vibration motor 7 as a vibration source and a micro button battery 4 as a driving power source with a capsule 3 in an internal cavity of a pseudo bait 1 that is preferred by a target fish when fishing. It is the structure which incorporates the odor discharge | release apparatus (FIG. 9) which joined the odor extract filling bag 9 with the screw type. The vibration generated by the vibration motor 7 is transmitted to the odor extract 15 via the odor extract filling bag 9 or the vibration transmission blade 23, and the odor extract 15 flows through the groove portion 28 of the odor extract discharge needle 13 in conjunction with the vibration of the vibration motor 7. Are released little by little outside the simulated bait 1 (in water).

  2-8 is the example of schematic sectional drawing showing the form of various pseudo bait, The structure is the same as FIG.

  The switch for starting the driving of the vibration motor 7 has an electrode exposed as shown in FIG. 10, and when the lure is immersed in conductive water, the driving power is turned on and the vibration motor 7 is driven. The vibration generated by the driving of the vibration motor is transmitted to the odor extract 15 through the odor extract filling bag 9 and the vibration transmission blade 23.

  The balance between the vibration motor 7 and the vibrator 8 may be determined according to the type of target fish and the amount of odor released or considering the battery life. The screw-type battery replacement cap 5 allows the button battery 4 to be replaced by opening and closing the cap.

The capsule 3 and the odor extract filling bag 9 are screwed together so that the odor extract can be replaced or supplemented as necessary.

  In the odor extract releasing mechanism, the vibration of the vibration motor 7 is first transmitted to the odor extract filling bag 9 or the vibration transmission blade 23 (FIG. 15), and is transmitted to the odor extract 15 through these. The odor extract 15 is swept away from the groove portion 28 of the odor extract releasing needle 13 by its own vibration pressure, and includes an odor extract filling bag reinforcing plate 24, a pseudo bait shell reinforcing plate 25, and an odor extract releasing needle fixing packing 26. It is discharged from the extract discharge port 12 (FIG. 11). The odor extract outlet 12 is preferably made of silicon resin having excellent elasticity. The odor extract releasing needle 13 adopts a complex-shaped cone structure (FIG. 12), thereby making it possible to release a necessary amount of the odor extract corresponding to the vibration cycle. When the lure of the present invention is lifted from the water, the odor extract sealing socket 14 (FIG. 13) is inserted into the odor extract discharge port 12 to prevent leakage of the odor extract. The sealing socket 14 has an air vent groove 22 so as to reduce the resistance when inserted into the extract discharge port 12.

  The odor extract 15 to be filled may be anything as long as it smells like fish. For example, when the pseudo food is shrimp, a product obtained by diluting trimethylamine, which is a main component of shrimp odor, to about 10%, or a product obtained by diluting and mixing the ingredients of food No. 10368 with okami may be used. . The proportions of the above components are preferably changed and used as appropriate. It is necessary to adjust each time according to the type of target fish and the type of simulated bait that is the purpose of fishing. In addition, the odor extract may be obtained by making the real organism of the pseudo food into a mince shape and mixing it with water or seawater to form a liquid or soft slurry. In this case, it is better to use the filter with no lumps. The odor extract filling bag 9 can be washed with water, and a dedicated dropper is used when injecting or cleaning the odor extract.

  The liquid or soft slurry-like odor extract 15 is filled from the injection port 11 having elasticity with a dedicated dropper and sealed by inserting a sealing plug 21 (FIG. 14).

  As shown in FIG. 16, the pseudo bait coupler 16 opens the odor releasing device composed of the button battery 4 and the odor extract filling bag 9 inside the pseudo bait and opens about 180 ° near the center of the built-in device, and is taken out. It is a switchgear. A structure having metal clasps and a metal ring inner portion using a packing 28 made of silicon resin or the like to prevent intrusion of water or the like is adopted. The pseudo bait coupler 16 is also a jig for connecting Harris 18 and the pseudo bait 1.

  The odor extract sealing socket 14 is a jig for stopping the release of the odor extract made of silicone resin. When not in use, the odor extract sealing socket 14 is inserted into the odor bag body and becomes a plug of the odor extract discharge port 12. During use, gently pull out the socket part to the outside. Further, the odor extract filling bag 9 of the odor extract discharge port installation portion is provided with a reinforcement plate 24 and the pseudo bait shell is provided with a reinforcement plate 25 so that the socket portion does not block the discharge port due to water pressure.

  Details of the present invention will be described in the examples. The present invention is not limited to these examples.

  In the aquarium of 2m in height, 1m in depth, and 1m in depth, containing 3 sharks, the form that is one of the present invention is a shrimp with a length of 4cm in length and a boiled shrimp currently on the market. An effect confirmation experiment was conducted. As a result, wrinkles approached the simulated bait of the present invention. In other words, it was found that fish gathered to those who regularly release odors from boiled shrimp. Also, regarding the effect of water pressure on the amount of odor extract released, 2 g of odor extract was injected into the odor extract filling bag 9 and the lure of the present invention was submerged at a depth of 5 meters. The odor extract release test was conducted for 5 minutes under the conditions. The amount of odor extract released was 0.01 g or less when the switch was not turned on, and about 0.1 g was released when the switch was turned on. The lure of the present invention has also been proven to function without being affected by water depth.

It is a schematic sectional drawing which shows the structure of the lure whose simulated food form is shrimp. It is a schematic sectional drawing which shows the structure of the lure whose simulated food form is fish. It is a schematic sectional drawing which shows the structure of the lure whose pseudo-prey form is a grudge. It is a schematic sectional drawing which shows the structure of the lure whose simulated bait form is earthworm. It is a schematic sectional drawing which shows the structure of the lure whose simulated bait form is a frog. It is a schematic sectional drawing which shows the structure of the lure whose pseudo bait form is a sea urchin. It is a schematic sectional drawing which shows the structure of the lure whose pseudo food form is the body of Sazae. It is a schematic sectional drawing which shows the structure of the lure whose simulated bait form is squid. It is the schematic of an odor emitting apparatus. It is a schematic structure figure of a power switch part (Drawing 9A part). It is a schematic structure figure of the discharge opening part (Drawing 9B part) of a smell extract. It is an expansion perspective view of a smell extract discharge needle. It is an enlarged view of a smell extract sealing socket. It is a schematic structure figure of a smell extract injection part (Drawing 9C part). It is a schematic structural drawing of a vibration transmission blade | wing part (FIG. 9D part). It is the schematic which shows the structure of the pseudo bait coupler which opens and closes.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Fake bait 2 Fishing hook 3 Capsule 4 Button battery 5 Battery replacement cap 6 Battery replacement cap joint screw part 7 Vibration motor 8 Vibrator 9 Odor extract filling bag 10 Odor extract filling bag joint screw part 11 Odor extract injection port 12 Odor extract Release port 13 Odor extract release needle 14 Odor extract sealing socket 15 Odor extract 16 Pseudo bait joint 17 Harris stopper 18 Harris 19 Electrode switch 20 Water intrusion prevention socket 21 Seal plug 22 Air vent groove 23 Vibration transmission blade 24 Odor extract filling bag Reinforcement plate 25 Pseudo bait shell reinforcement plate 26 Odor extract releasing needle fixed packing 27 Pseudo bait joint packing 28 Odor extract releasing needle groove 29 Retaining jig

Claims (6)

  Built in odor release device consisting of button battery, vibration motor and odor extract filling bag in the internal cavity of the artificial bait which is made of soft synthetic resin and has the same size, color, shape and hardness as the real thing, vibration of vibration motor A lure having a function of releasing a odor extract corresponding to the odor of the pseudo food.   The lure according to claim 1, wherein the simulated food is in the form of shrimp, fish, cormorant, earthworm, frog, sea urchin, turban shell, squid and other aquatic organisms.   The odor extract release mechanism transmits the vibration of the vibration motor to the odor extract via the odor extract filling bag or the vibration transmission blade, and the odor extract flows through the groove of the odor extract release needle in conjunction with the vibration of the vibration motor. The lure according to claim 1 or 2, wherein the lure is structured to be discharged little by little to the outside.   The lure according to claim 1 and claim 2, wherein the simulated bait is opened near the center of the built-in odor releasing device, and the odor releasing device can be taken out or replenished with the odor extract.   3. The lure according to claim 1, wherein the switch for driving the vibration motor has an electrode structure that conducts in water, and the motor is driven only in water. 3. The lure according to claim 1, wherein the button battery can be replaced by opening / closing a screw-type battery replacement cap.

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