KR20190129516A - Artificial bait for fishing - Google Patents

Abstract

The present invention is an artificial bait emitting attractants for attracting fishes, which comprises: an artificial bait case having a fish hook provided in the outside and an attractant accommodation space formed on one side thereof to accommodate the attractant; an LED element provided inside the artificial bait case and emitting light for attracting fishes; a vibrating motor placed around the attractant accommodation space, generating waves under water around the case by means of vibrations, and hitting the attractants to emit the attractants well; a control unit controlling operations of the vibrating motor and the LED element; a battery supplying electricity to the vibrating motor, the LED element and the control unit; and a battery power switch. The present invention provides an effect of increasing success rate of fishing.

Description

Artificial bait for fishing {Artificial bait for fishing}

The present invention relates to a fishing bait, and more particularly to a fishing bait for effectively attracting fish by vibrating, self-luminous, and effectively smelling like a live bait.

Fishing has been actively used as a means of food procurement since the beginning of human civilization, and today it is one of the most active sports beyond hobby.

Fishing baits include a variety of natural baits, such as small fish, shrimp, earthworms, animal baits such as insects, and vegetable baits such as rice cakes. In addition to these natural baits, various types and functions of artificial baits have been introduced to effectively attract fish. Baits are being used.

Fish are known to have olfactory capacity of hundreds to thousands of times compared to humans due to the development of the posterior lobe of the brain, and although they do not have ears (earm and middle ear), they rapidly detect underwater vibrations (waves) through sensory organs called sidelines, Although it varies depending on the species, it is known to detect red, green, blue, and purple light in the ultraviolet range that humans cannot see.

In general, fish are known to approach smell (distinct) from a distance, approach hearing (vibration, sound), and visually identify them.

Therefore, the development of artificial baits usually takes place in three approaches:

The first is to give the fish a favorite smell, and the second is to give the live bait a vibrating and sounding to simulate the live bait, and the third is to give the fish a fascinating and good look. To emit light or reflect light.

Republic of Korea Patent Publication No. 10-2004-0018268 is provided with a DC motor having an eccentrically weighted shaft, that is, a vibration motor in order to feel like a living bait, attracts fish by applying intermittent vibration through a control circuit We disclose about artificial bait for fishing.

Republic of Korea Patent Publication No. 10-2018-0023392 In order to give light to the artificial bait, an insertion hole is formed to insert and withdraw the chemite at the bottom of the case, fishing to emit light by the inserted chemistry Discloses artificial lures, and Korean Patent Publication No. 10-2013-0035714 discloses an artificial lure having an LED bulb inside an artificial lure case, and applying a pigment to the case to emit light by LED operation. Doing.

Republic of Korea Patent Registration No. 10-1593814 is a first compartment that accommodates a light emitting tube containing a cold light emitting light emitting agent inside the case, and a attractant tube containing a fish attractant to give the odor and light to the artificial bait at the same time A second compartment accommodated is provided, and the light emitting tube comprises an inner tube containing a fluorescent intermediate material and an outer tube containing a reaction catalyst while surrounding the inner tube, so that cold light is generated by the bursting of the light emitting tube. Although the fishing lure is disclosed, the artificial bait is difficult to appropriately control the rate at which the attractant is released or the amount of the attractant.

Republic of Korea Patent Publication No. 10-2017-0073868, in order to give an odor to the artificial bait, the attractant stick for discharging the attractant to attract the fish is accommodated so as to be removable inside the artificial bait, the attractant discharge hole outside the case Although disclosed about the artificial fishing bait formed, there is a problem that the attractant is difficult to control the discharge when the attractant is liquid.

The present invention provides a fishing bait that can improve fishing success rate by effectively discharging the attractant material in water while the three elements of the attractant release, vibration generation and self-luminescence required for fish attraction are combined. Its purpose is to.

The present invention is an artificial bait for attracting fish to discharge the artificial bait case, the fishing lure is provided on the outside, the artificial bait case is formed on the one side attracting material receiving space is received; An LED element provided in the artificial bait case and generating light for fish attraction; A vibration motor positioned around the attracting material accommodating space and striking the attracting material so that the attracting material is well discharged while generating waves in the water around the case by vibration; Control unit for controlling the operation of the vibration motor and the LED element; A battery for supplying electricity to the vibration motor, the LED element and the controller; And it provides a fishing bait, including a battery power switch.

The partition wall of the attracting material accommodating space contacting the vibration motor is made of an elastic material, and the partition wall further includes a hard plate, so that the vibration shock of the vibration motor is applied to the attract material through the hard plate. Do.

The vibration motor may be Ec (Eccentric Rotating Mass) or LRA (Linear Resonant Actuator).

The attractant is preferably in the form of a microporous pack containing a concentrate of amino acids, inosinic acid, betaine, fish meat, shrimp, clams, squid, worms, insects.

The LED device includes a UV LED, and may include one or more visible light LED devices selected from a red LED, a green LED, a blue LED, and a white LED.

It is preferable that the light emission of each of the LED elements and the operation of the vibration motor are performed independently and sequentially.

The artificial bait for fishing according to the present invention is composed of three elements of attracting the fish for attracting fish, generating vibration and self-luminescence, while the attracting material of fish using vibration is amino acid, inosinic acid, betaine, fish meat, Shrimp, clam, squid, lugworm, insects and the like concentrates are effectively released into the water has the effect of improving the fishing success rate.

1 is a schematic view showing the appearance of the artificial lure for fishing according to an embodiment of the present invention.
Figure 2 is a schematic diagram showing a vertical cross section of the artificial lure for fishing using the ERM vibration motor according to an embodiment of the present invention.
Figure 3 is a schematic diagram showing a horizontal cross-section of the artificial bait for fishing using the ERM vibration motor according to FIG.
4 is a diagram illustrating a process in which the ERM vibration motor according to FIG. 2 strikes a attractant.
Figure 5 is a schematic diagram showing a horizontal cross-section of the artificial lure for fishing using the LRA vibration motor according to another embodiment of the present invention.
6 is a view showing a process of hitting the attractant LRA vibration motor according to FIG.
7 is a view showing the difference in light divergence according to the combination of the UV LED element alone and UV LED + luminous material of the fishing bait according to an embodiment of the present invention.
8 is a circuit board photograph prepared according to an embodiment of the present invention.
9 is a view showing the operating time according to the time of the plurality of LED elements and the vibration motor of the artificial fishing bait according to an embodiment of the present invention.

Hereinafter, with reference to the drawings will be described the present invention in more detail.

1 is an external view of a fishing lure according to an embodiment of the present invention.

2 is a schematic view showing a vertical cross section of the artificial lure for fishing using the ERM vibration motor according to an embodiment of the present invention, Figure 3 is a schematic diagram showing a horizontal cross section of the artificial bait for fishing using the ERM vibration motor according to FIG. 4 is a diagram illustrating a process in which the ERM vibration motor according to FIG. 2 strikes a attractant.

Referring to Figures 1 to 4, the artificial bait 100 for fishing according to the present embodiment includes an artificial bait case 110 forming the outer appearance of the bait, and at least one fishing needle outside the artificial bait case. 111 and a fishing line connecting ring 112 is provided.

The artificial bait case 110 includes an ERM vibration motor 130 or an LRA vibration motor 135, an LED element 140, a controller 150, and a battery 160, which will be described later. 110 is waterproof to prevent water from penetrating these electronic components.

Appearance of the artificial bait case 110 may be produced in a variety of baits according to the fish species to be fishing, the size, shape, color can also be changed according to the fish species. The artificial bait case may be made of hard plastic, soft plastic, polyurethane, rubber, or a composite material thereof.

The artificial bait case 110 may be made of a colorless or colored light-transmitting material as a whole or part of the case so that light generated from the LED device 130 provided therein is diverted into the water.

The artificial bait according to the present invention is equipped with an attractant 120 for attracting a target fish olfactoryly. The attracting material 120 is placed in the attracting material receiving space 113 formed inside one side of the artificial bait case 110, the receiving space 113 so that the attracting material 120 is not separated from the water. At the outside of the attracting material receiving cover 114 is provided. Since a plurality of outlets are formed on the accommodation cover 114, the attractant material 120 is spread out into the water through the outlet.

The attractant 120 is in the form of pills compressed by drying and grinding various known natural baits according to fish species such as fish meat, shrimp, clams, squids, worms, insects, etc., as shown in Table 1 below. The extracted concentrate may be in the form of a stored pack (capsule).

TABLE 1

As shown in Table 1 above, amino acids such as alanine, glycine, betaine, proline or chemical components such as inosinic acid are key components of fish lure. The attractant 120 is in the form of a pack (capsule) of a high concentration of the components selected for each species of the components of the component is higher than the pill, it is more preferable to attract fish because it has excellent dispersibility in the water according to the liquid phase. A plurality of micropores 121 are formed in the concentrate pack to enable the release of attractants. The micropores 121 may be formed in advance when the concentrate pack is manufactured and sealed with a tape, and may be formed using a separate needle after placing the attractant pack in the attractant storage space 113. According to the size and number of the micropores 121, the amount of release of the attractant may be adjusted according to time.

The vibration motors 130 and 135 are devices for acoustically attracting a target word by generating waves (sound waves) in the water through vibration, and include an ERM (Eccentric Rotating Mass) vibration motor 130 and a linear resonant actuator (LRA). Vibration motor 135 is known.

2 to 4 show an example of the structure of the artificial bait using the ERM vibration motor 130, Figures 5 to 6 shows an example of the structure using the LRA vibration motor 135.

The ERM vibration motor 130 is provided with an eccentric weight 131 in one direction around the rotor 132, a device for generating vibration by rotational imbalance during rotation, LRA vibration motor 135 is a coin shape It is a device that generates vibration by vertical movement of the weight hanging on the spring in the case.

The speed of sound in water is about 1,500m / s, which is four times faster than 340m / s in air, and unlike the air, the sound wave intensity is far less attenuated by distance, which transmits sound waves (far wave) far. Although fish do not have ears (outer ear and middle ear), they can sense underwater vibrations quickly and accurately through the sensory organ called sisal. Although there is a difference in each species, it is known to feel vibration (wave) from about 16hz to 13,000hz, and there is a difference in the preferred vibration frequency range for each species. For example, it is known to prefer vibration frequency of 300hz for bass or tuna, 140hz for cod, 550hz for herring, 350hz for red snapper, and 300hz for carp. Therefore, the vibration motor of the artificial bait of the present invention can be designed to generate a frequency of the preferred Youngdae for each fish species. By inputting an input value corresponding to a preferred frequency when downloading a program to the controller to be described later, it is possible to manufacture a preferred artificial bait for each target language.

On the other hand, the vibration generated from the vibration motor 130 provided in the case 110 hits the attractant material 120 through the partition wall 115, attracted through the micro-holes 121 formed in the attractant pack. Releases the material quickly and effectively into water

4 illustrates a process in which the ERM vibration motor 130 strikes the attractant 120. The ERM vibration motor 130 generates vibration due to the rotational imbalance of the eccentric 131 according to the rotation of the rotor 132, and the rotating eccentric 131 is the partition wall 115 of the attractant storage space 113. By hitting the attractant material 120 through, the attractant material 120 is effectively released and diffused into the water.

The partition wall 115 of the attracting material accommodating space 113 may be formed of a vibration plate of a flexible material or an elastic material so that vibration of the vibration motor is well transmitted to the attracting material. As the barrier material, a highly elastic polyurethane or rubber material may be used. On the other hand, the striking surface of the eccentric 131 of the ERM vibration motor 130 may be provided with a hard plate 116, such as metal, plastic. The hard plate 116 has a relatively large area at the center of the partition wall 115, thereby preventing abrasion of the partition wall by the rotary blow of the eccentric 131, and impacting the attractant material 120 with a larger area than the eccentric contact surface. It is advantageous to release the attractant 120. After hitting the eccentric 131, the hard plate 116 is restored to its original position by the strong elasticity of the partition wall 115, and the hitting and restoring process is repeated.

Meanwhile, as another embodiment of the vibration motor, FIGS. 5 to 6 illustrate a process in which the coin-shaped LRA vibration motor 135 strikes the attractant material 120. The partition wall 115 of the attracting material accommodating space 113 may be formed of a vibration plate of a flexible material or an elastic material so that vibration of the vibration motor is well transmitted to the attractant material, and the LRA vibration motor 135 is the partition wall 115. It may be in close contact with or adhered to.

As shown in Figure 2, the artificial bait according to the present invention is provided with an LED element 140 composed of a red LED 141, a green LED 142, a UV LED (143).

The LED device 140 serves to visually attract fish through light emission. The red LED 141 and the green LED 142 serve to attract fish by emitting light in a visible light region, and the UV LED 143 is a UV light such as flatfish, vocal cord, red snapper and blue sea bream. It also attracts fish that sense even light.

On the other hand, the UV LED 143 may increase the light energy efficiency by the luminous material painted on the artificial bait case 110. UV emits a short wavelength of strong light, and the luminous material absorbs some UV energy when the UV LED is turned on, and when the UV LED is turned off, the absorbed UV energy is gradually emitted to the visible wavelength region of the long wavelength.

Therefore, as shown in Figure 7, when using only the UV LED element without the luminous material in the fishing bait for fishing, strong UV is emitted when the UV LED is turned on, while the light energy disappears, while the UV LED and the luminous material is combined In the case of UV lighting, some energy is absorbed by the luminous material, and when the light is turned off, the light is gradually emitted to the visible light region, and thus it is possible to continuously emit light energy over time and realize light in the UV region and the visible light region. Even when the vibration motor is operated alone, light is continuously emitted to maintain light divergence in the entire process of artificial bait.

The battery 160 is not limited as long as it is small, but a lithium battery may be mainly used, and a solar cell may be used if necessary. The battery 160 is provided on the circuit board 151, but may be formed in a separate battery storage space at one side of the artificial bait case 110 for smooth battery replacement. In this case, a waterproof battery cover (not shown) may be provided on the artificial bait case so that water does not penetrate the battery 150.

8 is a circuit board photograph prepared according to an embodiment of the present invention.

As shown in FIG. 8, an LRA vibration motor 135, a red LED 141, a green LED 142, and a UV LED 143 are provided on the circuit board, and the LED elements 141, 142, and 143 are provided. The controller 150 and the battery 160 for controlling the operation of the vibration motor 135 is configured. The controller 150 is composed of a series of circuits including an IC chip, a transistor, a capacitor, and a diode on a circuit board (PCB).

The IC chip of the controller 150 includes a control program for controlling the operation of the LED elements 141, 142, and 143 and the vibration motor 135, and a memory in which the control program is stored. The controller may be designed to control the vibration frequency of the vibration motor 130 to generate a frequency of the preferred region band of each target fish species. The preferred frequency may be programmed in the controller, and may be controlled by inserting an appropriate input value when the program is loaded. The controller 150 controls individual blinks of the LED elements 141, 142, and 143 through the power of the battery 160, and controls the operation of the vibration motor 130.

9 is a view showing the time-lapse operation pulse of the LED element and the vibration motor of the artificial fishing bait according to the present invention.

As shown in FIG. 9, when the red LED 141, the green LED 142, and the UV LED 143 are formed as the light emitting device, the controller 150 uses a red LED → green LED → UV LED → vibration motor. It is possible to control the blinking of each LED element and the operation and operating time of the vibration motor sequentially with the passage of time. By sequentially flashing 0.1 to 1 second of each LED element, it is possible to maximize the curiosity of fish primarily, and maximize the power and reduce battery consumption by allocating the operating time of the LED element and the vibration motor. . On the other hand, as described in Figure 7, the present invention by the interaction of the UV LED and the luminous material continuously emits light even when the vibration motor alone after the LED is turned off by maintaining the light emission in the entire process of the artificial bait operation It will increase fishes.

The battery power switch 161 may be provided inside the artificial bait case 110 to apply power by pressing the case by hand. However, the battery power switch 161 penetrates the artificial bait case 110 and has a predetermined separation distance provided externally. It may be composed of two electrical terminals (161). The two electric terminals act as a power switch by energizing each other with water as a medium in the water, and there is no water outside the water, so the power is automatically cut off to reduce unnecessary battery consumption. have.

100: artificial bait for fishing 110: artificial bait case
120: attractant 130, 135: vibration motor
140: LED element 150: control unit
160: battery

Claims (8)

An artificial lure case provided with a fishing needle on the outside and having a attracting material storage space for receiving a attracting material for attracting fish to one side;
An LED element provided in the artificial bait case and generating light for fish attraction;
Attractants placed in the attracting material receiving space formed on one side of the artificial bait case;
A vibration motor positioned around the attracting material accommodating space and striking the attracting material so that the attracting material is released well while generating waves in the water around the case by vibration;
Control unit for controlling the operation of the vibration motor and the LED element;
A battery for supplying electricity to the vibration motor, the LED element and the controller; And
Fishing bait, including a battery power switch.
The method of claim 1,
The partition wall of the attracting material accommodating space contacting the vibration motor is made of an elastic material, and the center of the partition wall further includes a hard plate, so that the vibration shock of the vibration motor is applied to the attractant material through the hard plate. Artificial bait for fishing.
The method according to claim 1 or 2,
The vibration motor is characterized in that the ERM (Eccentric Rotating Mass) or LRA (Linear Resonant Actuator), artificial fishing bait.
The method according to claim 1 or 2,
The controller is characterized in that for controlling the vibration of the vibration motor to generate a preferred frequency according to the target fish species, artificial bait for fishing.
The method of claim 1,
The attractant is a bait concentrate or amino acid, inosinic acid concentrate, characterized in that the pack form or tablets containing, artificial bait for fishing.
The method of claim 1,
The LED device includes a UV LED and LED in the visible light region,
Including a luminous material on the artificial bait case,
The luminous material absorbs UV energy when the UV LED is turned on, and emits UV energy absorbed when the UV LED is turned off, so that the luminous material lasts for a predetermined time even when the UV LED is turned off.
The method of claim 1,
The LED device includes a UV LED, a red LED, a green LED,
Flashing of the respective LED elements and the vibration motor, characterized in that the operation is made in sequence, fishing bait for fishing.
The method of claim 1,
The battery power switch is composed of two electrical terminals provided through the artificial bait casing externally, the electricity is supplied to the water as a medium in the water, it is characterized in that the power is turned off outside the fishing bait.

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