KR20170101845A - Bird elimination - Google Patents

Abstract

The present invention relates to a bird-shaped eradication apparatus. The bird-shaped eradication apparatus is in the shape of birds of prey while making the same sound thereof to prevent the approach of various birds harming fruits, thereby increasing the harvest and enhancing crop quality. The bird-shaped eradication apparatus includes: a bird of prey model (10) which is shaped identical or similar to birds of prey, has a filling space (11) filled with a floating means to float, an injection opening (12) formed on a side of the filling space (11) to inject the floating means therein, and eyes (13) and wings (14) formed on the exterior, and is fixed by a fixing means (20) while floating in the air; an audio unit (30) installed in the filling space (11) to receive the power from a power supply unit (40) to periodically output the sound of the birds of prey; the power supply unit (40) supplying power to the audio unit (30), timer (50), and microcomputer (60); the timer (50) adjusting the predetermined period of the audio unit (30) generating the sound of the birds of prey; and the microcomputer (60) receiving the power from the power supply unit (40) to control the operation of the timer (50) and the audio unit (30).

Description

Bird elimination

The present invention relates to an algae eliminator, and more particularly, to an algae eliminator that can improve the quality of crops and increase crops by blocking access to various algae that have the same shape and sound as the birds of prey, .

When farming starts, the wild animals also show up and increase, and the growing number of wild animals causes enormous damage to the crops. Especially when the crop harvesting season is over, It was pointed out as a serious problem.

Wild animals that seriously damage crops as described above are typically birds, elk, wild boar, wild goat, mole, among which birds include magpies, crows and sparrows.

Generally, apple, pear, plum, persimmon, and other fruit, when they enter the harvest season, emit a distinctive high sugar aroma. During this time, omnivorous birds such as magpies, crows and sparrows eat fruit. Most birds were not able to sell fruits, so most of them had to be disposed of. This led to serious economic problems such as farmers' economic losses.

In order to prevent the damage of the above-mentioned algae, it is possible to shoot a gun with gunpowder loaded thereon, or to put a net to prevent birds from approaching or to wrap a silver ribbon with reflection light, It is a reality that it is not enough to completely exterminate birds, and the economic cost has also been burdened.

As a prior art related to algae elimination, Patent Application No. 10-2008-0089217 (entitled "Algae Elimination Device") is mentioned. Although the patent application No. 10-2008-0089217 uses a model having a raptor shape, it can be said that it is quite unique. However, since it is fixed at the initial installation position, when a certain period of time elapses, And it is disadvantageous that the sound of the birds is not spoken while it is the shape of the birds.

In order to solve the above-mentioned problem, the present invention is not only in the same form as the raptor, but also in that it emits the same sound periodically as the birds in the upper air of the course, The object of the present invention is to provide an algae eliminator which can reduce the economic cost loss of a farmer due to fruit damage by blocking the access of various algae by allowing the sound of the birds to be instantly emitted at the moment.

In order to achieve the above object, the algae eliminator (P)

A filling space 11 is formed in the inside of the filling space 11 so that the bird model 10 can be floated so that the floatation means can be floated. A raft model 10 which is provided with an injection port 12 through which means can be injected and which is provided with eyes 13 and wings 14 on its outer side and fixed by a fixing means 20 when it is levitated, An audio 30 installed inside the filling space 11 and generating power of the power supply unit 40 and periodically making a sound of birds of prey, and an audio 30, a timer 50, and a micom 60 A timer 50 for controlling the sound of the birds to generate sounds of the birds at regular intervals in the audio 30 and a power supply unit 40 for receiving the power of the audio 30 And a microcomputer 60 for controlling the operation of the timer 50, .

In addition, the lifting means filled in the raft model is any one selected from helium gas, nitrogen gas, and air.

In addition, the snow 13 constituting the raptor model may be any one selected from reflected light or LEDs which are supplied with power from the power supply unit.

In addition, the audio 30 sounds a bird's nose sound by a timer 50, detects a cry of a bird and a winged sound when a surprise bird approaches, The sound sensing sensor 70 receives the power of the power supply unit and receives control of the operation of the microcomputer 60. [

Further, the fixing means may be any one selected from a linkage, a fishing line and a wire.

The power supply unit 40 may be a solar battery, a rechargeable battery, or a disposable battery. The battery may include a solar cell and a battery for storing power generated from the solar cell.

The algae eliminator of the present invention constituted as described above not only has the same shape as the raptor but also constantly floats in the upper air of the subject and periodically emits the same sound as the birds so that the algae can be prevented from approaching at all times, This approach has the effect of reducing the loss of economic cost of the farm due to fruit damage due to the possibility of blocking the approach of the bird more efficiently because the sound of the birds is instantly emitted when approaching.

1 is a block diagram showing a preferred embodiment of the present invention.
FIG. 2 is a view showing a state of use

In order to accomplish the above object, the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a block diagram showing a preferred embodiment of the present invention. The algae eliminator P provided in the present invention has the same or similar shape as the shape of a raptor. Inside the bird model 10, A fill port 12 is formed in the filling space 11 at one side thereof for injecting a floating means and an eye 13 is formed at the outside of the filling port 11, (14), and a raft model (10) fixed by a fixing means (20) when lifting the air is provided.

As shown in FIGS. 1 and 2, the raptor model 10 floats in the air at all times by means of lifting means. At this time, any one selected from helium gas, nitrogen gas, and air can be used as the lifting means have.

The fixing means 20 is configured to prevent the bird model 10 from flying further by the lifting means. The fixing means 20 can use any one selected from a string, a fishing line and a wire .

In addition, the raptor model 10 can be manufactured using a relatively light rubber or vinyl material to enable levitation, and it is important that the raptor model 10 is formed in the same or similar shape as the actual raptor.

The eye 13 and the wings 14 are formed on the bird model 10. The eyes 13 may be formed of any one selected from reflected light or LEDs powered by the power supply. As a result, light can be generated from the eyes of raptors in the daytime as well as during nighttime, thus blocking the access of birds.

In addition, the filling space 11 is provided with an audio 30 which receives the power of the power supply unit 40 and periodically sounds the birds of prey, and a control unit 30 for controlling the sound of the birds in the audio 30 A timer 50 and a power supply unit 40 for supplying power to the microcomputer 60. The microcomputer 60 controls operations of the audio 30 and the timer 50, .

At this time, the power supply unit 40 may be constructed by applying a solar power system, a rechargeable battery system, or a disposable battery system, which consists of a solar cell and a battery for storing power generated from the solar cell.

When the above configuration is installed inside the raft model 10, the power supplied from the power supply unit 40 activates the timer 50 and the audio 30, and the audio 30 ), The sound of the birds of prey is uttered.

Of course, the moment when the sound is uttered is due to the timer, but the sound of the birds of prey can be voiced in the audio 30 even when the birds are approaching the surprise bird, not the set time zone. To this end, the sound detection sensor 70 is constituted .

The sound detection sensor 70 operates by receiving power from the power supply unit 40. The sound detection sensor 70 senses the sound of a bird and the sound of a wing so that the audio 30 can be operated immediately.

At this time, the wing (14) of the bird model is made to be partly separated from the body when the wind is blown so that the birds have the same or similar shape as the wing.

The user can arbitrarily adjust the timer, and if the lifting means is exhausted, the inlet 12 can be opened and charged at any time.

As shown in FIG. 2, a plurality of birds can be installed in the orchard, and the birds are prevented from being affected by the wind, And it is possible to block the approach of the bird.

P: Bird Exterminator
10: Raptor model 11: filling space
12: Injection port 13: Snow
14: wings 20: fastening means
30: Audio 40: Power supply
50: timer 60: microcomputer
70: Sound detection sensor

Claims (6)

A filling space 11 is formed in the inside of the filling space 11 so that the bird model 10 can be floated so that the floatation means is filled. (10) formed with an injection port (12) through which means can be injected and an eye (13) and a wing (14) are provided on the outer side and fixed by a fixing means (20) ,
An audio 30 installed inside the filling space 11 and receiving power of the power supply unit 40 and periodically making sounds of birds of prey;
A power supply unit 40 for supplying power to the audio 30, the timer 50, and the microcomputer 60;
A timer 50 for adjusting the sound of the birds to be generated at a predetermined interval in the audio 30,
A microcomputer 60 that receives power from the power supply unit 40 and operates the audio 30 and the timer 50; And a control unit for controlling the operation of the control unit.
The method according to claim 1,
Wherein the lifting means to be filled in the raptor model is any one selected from helium gas, nitrogen gas, and air. The method according to claim 1,
Wherein the eyes (13) constituted by the birds of prey comprise at least one selected from reflected light or LEDs powered by the power supply.
The method according to claim 1,
The audio 30 senses the sound of a bird and the sound of a wing when a surprise bird approaches and sounds a raptor by the timer 50 so that the audio 30 can be immediately operated by a sound sensor 70 Wherein the sound detection sensor (70) receives power from the power supply unit and receives control of the operation of the microcomputer (60).
The method according to claim 1,
Wherein the fixing means is any one selected from a chain, a fishing line, and a wire.
The method according to claim 1,
Wherein the power supply unit (40) is any one of a photovoltaic system, a rechargeable battery system, or a disposable battery system including a battery for storing power generated from a solar cell and a solar cell.

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