KR102616728B1 - Repelling of wild animals - Google Patents

Abstract

The present invention relates to a wild animal extermination device, and its purpose is to efficiently exterminate various harmful wild animals approaching from crops, orchards, farm houses, etc. by giving them a sense of threat and alert through the combined action of light and sound. .
A wild animal extermination device according to the present invention includes: support; At least one extermination unit installed on the support and provided to exterminate approaching wild animals; And a rotation drive unit that rotates the support so that the repelling unit alerts wild animals.

Description

REPELLING OF WILD ANIMALS

The present invention relates to a wild animal exterminator, and more specifically, to a wild animal exterminator that is installed around crops, orchards, farm houses, etc., and can efficiently exterminate various harmful wild animals that approach with light and sound.

Recently, the number of various types of birds and water species, including wild boars, roe deer, and magpies, has been rapidly increasing due to various reasons such as bird protection policies, causing a lot of damage to crops and farmland.

In particular, wild animals such as wild boars come down in the middle of the night and not only eat crops, but also dig up the ground.

However, most birds that cause damage to crops are prohibited from being caught under the bird protection policy, so it is necessary to prevent them from approaching crops or chase out birds that enter farmland.

In the past, in order to ward off these wild animals, scarecrows were erected around crops to prevent their approach, but this method did not have a direct effect on the wild animals.

Utility Model Publication No. 20-0460553 to solve this problem is about a wild animal extermination device. It has a preset length and is installed around crop fields. At the top, electromagnetic waves are emitted and reflected waves that hit objects are transmitted. A plurality of watch-poles equipped with radar sensors that detect the presence of animals through waveform changes; It is installed on one watch-pole selected from among the plurality of watch-poles, a speaker that reproduces the input sound source signal as an audible sound and outputs it to the atmosphere, and a flash lamp that generates a flash of brightness corresponding to the input of the driving voltage; In response to the animal detection signal output from the radar sensor installed on each of the plurality of watch-poles, a sound source signal and a flashing drive voltage to exterminate wild animals are supplied to the speaker and a flashing lamp, producing a loud natural enemy cry and a powerful flash of light. It is characterized by including a control unit to exterminate wild animals.

However, since the above-described prior art operates using the same pattern and the same extermination method, there is a problem in that it cannot pose a threat to highly intelligent wild animals or wild animals that have learned through multiple experiences.

Registered Utility Model No. 20-0460553 (May 17, 2012)

The present invention was developed to solve the problems of the prior art described above, and is designed to efficiently exterminate various harmful wild animals approaching from crops, orchards, farm houses, etc. by giving them a sense of threat and alert through the combined action of light and sound. The purpose is to provide a viable wild animal extermination device.

A wild animal extermination device according to an embodiment of the present invention includes: support; At least one extermination unit installed on the support and provided to exterminate approaching wild animals; a rotation drive unit that rotates the support so that the repelling unit alerts wild animals; A plurality of installation bars are installed on the support at different heights, and the repellent parts are installed in a certain pattern; and a removal unit disposed on one side of the support and removing dust from the user's clothes, wherein the removal unit is installed in a predetermined pattern on at least one of the front and rear of the installation bar and has different colors. A light generating unit that emits light and is rotated by the rotation drive unit to implement a light emission mode in a certain pattern or an irregular light emission mode, and is formed of LED or OLED; and a sound generator that is installed on each of the installation bars and generates an irregular sound based on the principle of air passing when rotated by the rotary drive unit, and the removal part is an enclosure part having an entrance and exit on one side and the other side for the user to enter and exit. ; Front and rearward eastern parts disposed inside the enclosure part; An installation plate that approaches the user located in the inner space of the enclosure by the forward and backward driving units; A dusting unit installed on one surface of the installation plate at a predetermined distance from each other and capable of shaking off dust from the user's clothes located inside the housing unit; a first reciprocating drive unit installed on one side wall of the enclosure unit and repeatedly moving the forward and backward driving units in directions of both entrances and exits of the enclosure unit; A footrest portion on which a user located in the inner space of the enclosure portion is located; A rotation drive unit that rotates the footrest unit in one direction; a receiving portion in which the rotation driving unit is accommodated; a second reciprocating drive unit that moves the receiving unit forward or backward so that the user located on the footrest unit moves along the hair unit while being rotated by the rotation drive unit; Guide rails disposed on both sides of the second reciprocating drive unit and fixed to the bottom surface of the enclosure unit; And a protection part that is fixed to both sides of the bottom of the housing unit and includes a slider that slides along the guide rail, and blocks wild animals from entering the interior space of the enclosure unit, wherein the protection unit is located at an entrance and exit of the enclosure unit. A blocking unit including a pair of vertical bars arranged in the front to be spaced apart from each other, and at least one guard portion installed between the vertical bars to cover the entrance and exit; At least one drop part installed in each of the guard parts; a third reciprocating drive unit disposed on one side and the other side of each entrance of the enclosure unit, respectively coupled to the vertical stand, and capable of moving the vertical stand to advance or retract the guard unit with respect to the entrance or exit; and an additional detection unit installed on each of the vertical bars and generating an operation signal to the third reciprocating drive unit when detecting an approaching wild animal, wherein the guard unit moves against the entrance by the third reciprocating drive unit. In the process of moving backwards, it collides with the housing unit, and the bell unit generates a sound due to the guard unit colliding with the housing unit.

delete

delete

In addition, the operation of the light generating unit and the rotation driving unit is performed by a detection unit installed on the support and detects an approaching wild animal, or is programmed to occur at regular time intervals within a preset time range.

In addition, it further includes a protection net inside which the support, the installation bar, the repulsion part, and the rotation driving part are accommodated.

delete

The wild animal exterminator according to the present invention can efficiently exterminate various harmful wild animals approaching from crops, orchards, farm houses, etc. by giving them a sense of threat and alert through the combined action of light and sound, thereby saving precious lives and lives. It has the effect of protecting property.

Figure 1 is a perspective view showing a wild animal extermination device according to an embodiment of the present invention.
Figure 2 is a side view showing a removal unit and a protection unit applied to a wild animal extermination device according to an embodiment of the present invention.
Figure 3 is a front view showing a removal unit applied to a wild animal exterminator according to an embodiment of the present invention.
Figure 4 is a plan view showing a removal unit and a protection unit applied to a wild animal extermination device according to an embodiment of the present invention.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below and may be implemented in various different forms. The present embodiments are merely provided to ensure that the disclosure of the present invention is complete and to be understood by those skilled in the art. It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, embodiments of the present invention will be described in detail with reference to the attached drawings so that those skilled in the art can easily implement the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. Throughout the specification, similar parts are given the same reference numerals.

Figure 1 is a perspective view showing a wild animal exterminator according to an embodiment of the present invention, Figure 2 is a side view showing a removal portion and a protection portion applied to a wild animal extermination device according to an embodiment of the present invention, and Figure 3 is a It is a front view showing a removal unit applied to a wild animal exterminator according to an embodiment of the invention, and Figure 4 is a plan view showing a removal unit and a protection unit applied to a wild animal extermination device according to an embodiment of the present invention.

The wild animal exterminator (1) according to an embodiment of the present invention is installed around crops or farm houses where wild animals appear, and exterminates various harmful wild animals such as elk, wild boars, and raccoons, thereby saving precious lives and property. This is a product that can protect.

For this purpose, the wild animal exterminator 1 according to an embodiment of the present invention includes a support 10, an installation bar 40, an extermination unit 20, a rotation drive unit 30, and a detection unit 50. It may include at least one of a protection net 60, a removal unit 70, and a protection unit 80.

At least one support 10 is placed around crops or farm houses to repel wild animals.

The support 10 is installed at the edge of an orchard, rice field, or field where crops are growing, and can prevent wild animals from entering inside where crops are grown.

Furthermore, since birds can easily penetrate through flight, the support 10 can be additionally installed inside where crops are grown.

This support 10 can be erected while being supported on the base 11.

The base 11 may be formed of a material such as metal or concrete with a certain weight so that the support 10 does not fall over due to wind or other external forces.

An embedded groove may be formed on the upper side of the base 11 into which the rotation driving part 30, which will be described later, is embedded.

The installation bar 40 is provided to enable installation of the repellent unit 20.

At least one installation bar 40 may be coupled to the support 10.

The installation bar 40 may be coupled to the support 10 in a horizontal form.

The drawing shows an example in which the installation bar 40 is coupled to the left and right sides of the support 10, but the installation bar 40 may also be coupled to the front and rear sides of the support 10.

In addition, the height of the installation bar 40 respectively coupled to the left side, right side, front, and rear of the support 10 may be the same or different, and in the drawing, the installation bar 40 is connected to the left side of the support 10. An example of combinations at different heights is shown on the right side.

In this way, when the installation bar 40 is coupled to the left and right sides of the support 10 at different heights, the light generator 21 and the sound generator 22 installed on the installation bar 40 are evenly distributed. Because it operates in a state, it can improve the effect of repelling wild animals.

The extermination unit 20 is installed on this installation bar 40 in a certain pattern to perform the work necessary to exterminate wild animals.

Additionally, on the upper side of the support 10, there is a light generating unit 21, which will be described later, and a solar panel 90 for supplying power to at least one of the rotation driving unit 30 and the sensing unit 50. Can be installed.

At this time, the light energy concentrated in the solar panel 90 may be generated into electrical energy by the power generation unit and then stored in the storage battery. And, the electric energy stored in the storage battery can be supplied to at least one of the light generating unit 21, the rotation driving unit 30, and the sensing unit 50.

In addition, the wild animal exterminator according to an embodiment of the present invention uses commercial power when the electric energy stored in the storage battery is insufficient, and the light generating unit 21, the rotation driving unit 30, and the sensing unit 50 use the storage battery. It is programmed to supply power.

At least one extermination unit 20 is installed on the support 10 to exterminate approaching wild animals.

To this end, the repelling unit 20 may include at least one of the light generating unit 21 and the sound generating unit 22.

The light generating unit 21 may be installed in a certain pattern on at least one of the front and rear sides of the installation bar 40.

The light generating unit 21 may be formed of one or more selected from RGB LED, OLED, and a light bulb.

At least one three-color LED (RGB LED, OLED, and light bulb) may be installed in each installation bar 40, or at least one of RGB LED, OLED, and light bulb may be installed.

Furthermore, if the light generators 21 all emit the same color, they may not be a threat to wild animals and may not provide warning because they are monotonous.

To this end, the light generating units 21 installed on each installation bar 40 may be implemented to emit different colors.

Due to this, the light generating unit 21 is rotated by the rotation driving unit 30, which will be described later, and implements an irregular light emission mode in different colors, thereby giving a sense of threat and alertness to wild animals.

As another example, when the light generator 21 is applied as an RGB LED, it sequentially emits red, green, and blue light, providing a non-monotonous lighting mode with a certain pattern, which can provide a more sense of threat and alertness to wild animals. there is.

The sound generating unit 22 is installed on the installation bar 40.

Although the drawing shows an example where the sound generator 22 is installed at each end of the installation bar 40, the location where the sound generator 22 is installed is not limited.

In addition, at least one sound generating unit 22 may be installed on each installation bar 40.

The sound generating unit 22 may be formed in a structure that allows air to pass, such as a whistle shape or a tube shape with both sides open and an empty space formed inside.

The operation of the sound generator 22 will be described in detail below.

The rotation drive unit 30 may be formed of an AC motor or DC motor whose motor shaft rotates in the forward or reverse direction.

For example, the motor shaft of the rotation drive unit 30 may be connected to the lower end of the support 10 through a ring-shaped coupler.

As another example, a gear (not shown) may be mounted on the motor shaft of the rotation drive unit 30, and a gear (not shown) meshing with the gear of the motor shaft may be mounted on the lower side of the support 10.

The support 10 can be rotated using the power of the rotation drive unit 30 through any one of these two embodiments.

And, the installation bar 40 and the repellent unit 20 rotate together with the support 10.

As the light generators 21 rotate and emit different colors in an irregular pattern, they provide a visual sense of threat and alertness to wild animals.

In addition, since the sound generator 22 is formed in the shape of a whistle or a tubular body, it passes air when rotated, and generates sound based on the principle of air passage, giving a sense of auditory threat and alertness to wild animals.

In other words, the wild animal repelling device according to an embodiment of the present invention simultaneously emits light and sound that wild animals dislike through the combined action of the light generating unit 21 and the sound generating unit 22, thereby achieving a wild animal repelling effect. can be improved.

And, because the intensity or amount of air passing through the sound generator 22 varies depending on the wind strength or the horsepower of the rotary drive unit, the sound generator 22 generates an irregular pattern of sound. Since the sound generated from the sound generator 22 is heard in a foreign manner to wild animals, the effect of repelling wild animals can be further improved.

Furthermore, the wild animal exterminator according to an embodiment of the present invention may be designed so that the light generator 21 produces a specific image through a pre-programmed light emission mode.

Additionally, the sound generating unit 22 is not limited to the above-described whistle or tube shape, and can be replaced with various products such as speakers and buzzers.

Meanwhile, the light generating unit 21 and the rotation driving unit 30 may be operated by the sensing unit 50.

The detection unit 50 is installed on the support 10.

The detection unit 50 may be formed of an infrared sensor capable of detecting approaching wild animals.

When the detection unit 50 detects a wild animal, it transmits the information to the control unit (not shown), and the control unit operates the light generating unit 21 and the rotation driving unit 30, respectively, to exterminate the wild animal.

At this time, the detection unit 50 is not limited to an infrared sensor, and may be formed as any one of various types of sensors capable of detecting an approaching object.

In addition, the detection unit 50 may be installed in various positions such as the upper, center, and lower sides of the support 10 to detect approaching wild animals without blind spots.

In addition, the detection unit 50 may be installed on at least one of the front, rear, left, and right sides of the support 10 to efficiently detect wild animals approaching from various directions.

When the detection unit 50 is applied in this way, the repelling unit 20 and the rotation drive unit 30 can be activated as soon as wild animals are detected, so that wild animals can be actively repelled.

As another example, the operation of the light generating unit 21 and the rotation driving unit 30 may be programmed to occur at regular time intervals within a preset time range.

The control unit can be programmed on the user's PC. Accordingly, the user can enable the light generating unit 21 and the rotation driving unit 30 to operate during times when wild animals appear.

For example, assuming that wild animals appear from 3 to 6 a.m., the light generator 21 and the rotation driver 30 operate at desired time intervals, such as about 1 to 10 minutes, from 3 to 6 a.m. You should set it as much as possible.

The protective net 60 is installed on the ground to surround the support 10, the installation bar 40, the repellent unit 20, and the rotation drive unit 30.

A support 10, an installation bar 40, a repellent unit 20, and a rotation drive unit 30 are located in the inner space of the protective net 60, and the installation bar 40 is operated by the rotation drive unit 30. It can prevent collisions with people nearby during the rotation process.

Meanwhile, when working in an orchard, rice paddy, field, etc., foreign substances such as dust and dirt become attached to clothes.

Therefore, the wild animal exterminator according to an embodiment of the present invention may include a removal unit 70 that automatically removes foreign substances on clothes.

For this purpose, the removal part 70 includes a housing part 71, a forward and backward driving part 72, an installation plate 73, a hair part 74, a first reciprocating driving part 75, and a footrest part ( 76), a rotary drive unit 77, a receiving unit 78, a second reciprocating drive unit 79, and a guide rail 70a and a slider 70b.

The enclosure portion 71 is arranged to be spaced apart from the support 10 at a predetermined distance, and may be formed in a box shape with the front and rear sides open and an empty space formed inside.

Additionally, the front and rear sides of the enclosure portion 71 are open to allow users to enter and exit.

The forward and backward driving units 72 are disposed in the inner space of the enclosure unit 71.

The forward and backward driving units 72 may be formed as cylinders.

The forward and backward driving unit 72 moves the installation plate 73, which will be described later, forward or backward with respect to the user located in the inner space of the housing unit 71.

The installation plate 73 is coupled to the piston of the forward and backward driving units 72.

The installation plate 73 may be formed to have the same length as the inner wall surface of the enclosure portion 71.

The installation plate 73 becomes closer to the user when the piston of the forward and backward driving unit 72 moves forward.

And, the installation plate 73 moves away from the user when the piston of the forward/backward driving unit 72 moves backward.

Guides are installed penetrating the upper and lower sides of the central portion of the installation plate 73.

The installation plate 73 is supported on the guide and moves forward or backward with respect to the user.

At this time, the installation plate 73 is reciprocated in the front and rear directions of the enclosure 71 by the first reciprocating drive unit 75, which will be described later, and a guide is installed on the inner wall of the enclosure 71 in the horizontal direction, that is, , rail grooves for moving the housing unit 71 in the front and rear directions may be formed in the horizontal direction.

At this time, the guide and rail groove may be omitted if the weight of the installation plate 73 is light.

The hair parts 74 are installed on one side of the installation plate 73 at regular intervals from each other.

The fur part 74 is used to remove dust from the user's clothes, and may be made of any one selected from the group consisting of a soft brush, non-woven fabric, woven material, and the same material as a car fur brush.

The first reciprocating drive unit 75 is installed on one side wall of the enclosure unit 71.

The first reciprocating drive unit 75 may be formed as a pneumatic cylinder.

The piston of the first reciprocating drive unit 75 is coupled to the forward and backward drive units 72.

The first reciprocating drive unit 75 repeatedly reciprocates the forward and backward driving units 72 a predetermined distance in the front and rear directions of the enclosure unit 71.

As a result, the fur portion 74 in contact with the user's clothes generates friction with the user's clothes, thereby shaking off dust on the user's clothes.

The footrest unit 76 is located in the inner space of the enclosure unit 71 and is configured to accommodate a user.

On both sides of the upper surface of the footrest portion 76, grip portions 761 that the user can hold with both hands are formed at a certain height.

Therefore, the user can step on the footrest portion 76 and then shake off the dust while holding the grip portion 761 with both hands.

The rotation drive unit 77 rotates the footrest unit 76 in the forward or reverse direction and may be formed as a motor.

As the rotation drive unit 77 rotates the footrest unit 76, the user riding on the footrest unit 76 is rotated in one direction.

Accordingly, dust adhering to the front, back, and both sides of the clothes is removed by the fur portion 74.

The receiving portion 78 may be formed in the shape of a square box with an open upper surface and an empty space formed inside.

The rotation drive unit 77 is accommodated in the empty space of the accommodation unit 78.

The second reciprocating drive unit 79 is installed on the bottom surface of the enclosure unit 71.

The second reciprocating drive unit 79 may be formed as a pneumatic cylinder.

The piston of the second reciprocating drive part 79 is coupled to the receiving part 78.

The second reciprocating drive unit 79 moves the receiving unit 78 forward or backward so that the user riding the footrest unit 76 moves along the hair unit 74 while being rotated by the rotation drive unit 77.

By reciprocating the occupant along the fur portion 74 in the front and rear directions of the housing portion 71 through the second reciprocating drive portion 79, friction between the user's clothes and the fur portion 74 can be increased. there is. As a result, dust on the user's clothes can be efficiently removed by the hair part 74.

In addition, since the user moves along the fur part 74, dust on the user's clothes does not stick to only one part of the fur part 74. Accordingly, it is possible to prevent dust on the fur portion 74 from being transferred back to the user's clothes.

The guide rails 70a are disposed on both sides of the second reciprocating drive unit 79 and are fixed to the bottom surface of the enclosure unit 71.

A rail hole having a “ㅗ” cross-sectional shape is formed along the longitudinal direction of the guide rail (70a).

The sliders 70b are respectively fixed to both sides of the bottom of the receiving portion 78.

The slider 70b is formed in a "ㅗ" cross-sectional shape and slides in the front and rear directions of the housing portion 71 along the guide rail 70a.

Through these guide rails (70a) and sliders (70b), the load of the user riding on the footrest unit 76 can be stably supported, and the reciprocating movement of the footrest unit 76 can be performed stably.

Additionally, a sensor 70c, such as a load cell, that detects the load of the user on board may be embedded in the upper side of the footrest unit 76.

The sensor 70c detects the user riding the footrest unit 76 and transmits the information to the control unit.

Then, the control unit controls the forward and backward driving units 72 to advance the installation plate 73 so that the fur unit 74 comes into contact with the user's clothes.

In addition, the control unit operates the first reciprocating drive unit 75, the rotation drive unit 77, and the second reciprocating drive unit 79.

Therefore, the rotation drive unit 77 rotates the footrest unit 76 in one direction, and the first reciprocating drive unit 75 repeatedly moves the forward and backward drive units 72 in the front and rear directions of the enclosure unit 71. Make a round trip.

Accordingly, the installation plate 73 and the fur portion 74 also repeatedly move back and forth in the front and rear directions of the housing portion 71, and eventually the fur portion 74 causes friction with the user's clothes to remove dust. do.

In addition, the second reciprocating drive unit 79 repeatedly moves the footrest unit 76 in the front and rear directions of the housing unit 71 to prevent dust from attaching to any specific hair unit 74.

Meanwhile, the protection unit 80 is configured to protect the user located in the removal unit 70 from wild animals.

To this end, the protection unit 80 may include at least one of a blocking unit 81, a drop unit 82, a third reciprocating drive unit 83, and an additional detection unit 84.

The blocking part 81 may include a vertical bar 811 and a guard part 812.

The vertical bar 811 consists of two pairs, and a total of two pairs are applied.

A pair of vertical bars 811 are arranged to be spaced apart from each other on the entrance side formed on one side of the enclosure part 71, and the other pair of vertical bars 811 are arranged on the entrance side formed on the other side of the enclosure part 71. They are arranged to be spaced apart.

The guard portion 812 is coupled between one pair of vertical bars 811 and between the other pair of vertical bars 811, respectively.

Accordingly, the guard portion 812 is disposed in front of each entrance to prevent wild animals from entering the inner space of the enclosure portion 71 through the entrance.

The guard portion 812 is made of an elastic material and may be manufactured in the form of a string.

In order to effectively prevent wild animals from entering the interior space of the housing unit 71, the guard unit 812 may be applied in plural numbers and disposed at regular intervals along the vertical direction between each vertical bar 811.

At least one drop part 82 is installed in each guard part 812.

The bell unit 82 is used for the purpose of generating a warning sound to make wild animals escape.

The third reciprocating drive unit 83 consists of two pairs, and a total of two pairs are applied.

A pair of third reciprocating drives 83 are respectively disposed on one side and the other side of the entrance formed on one side of the enclosure 71, and the other pair of third reciprocating drives 83 are formed on the other side of the enclosure 71. They are placed on one side and the other side of the entrance, respectively.

The third reciprocating drive unit 83 may be formed as a pneumatic cylinder.

The pistons of one pair of third reciprocating drives 83 and the other pair of third reciprocating drives 83 are respectively connected through a connection plate 85.

That is, there are two connecting plates 85, and each is coupled to the piston of the third reciprocating drive unit 83 arranged in pairs on one side and the other side of the housing unit 71.

A pair of vertical bars 811 are coupled to both sides of the upper surface of the connection plate 85, respectively.

For this reason, one connection plate 85 and a pair of vertical bars 811 coupled to the upper surface of the connection plate 85 are connected to the enclosure portion 71 by a pair of third reciprocating driving units 83. is advanced or backward with respect to the entrance formed on one side of the other connecting plate 85 and a pair of vertical bars 811 coupled to the upper surface of this connecting plate 85 are connected to the other pair of third reciprocating drives ( 83), it moves forward or backward with respect to the entrance formed on the other side of the enclosure part 71.

Additional detection units 84 are installed on each vertical stand 811.

The additional detection unit 84 may be formed as an infrared sensor capable of detecting approaching wild animals.

When the additional detection unit 84 detects a wild animal, it transmits the information to the above-mentioned control unit (not shown), and the control unit operates the third reciprocating drive unit 83 to exterminate the wild animal.

At this time, the additional detection unit 84 is not limited to an infrared sensor, and may be formed as any one of various types of sensors capable of detecting an approaching object.

Additionally, the additional detection unit 84 may be installed in various positions such as the top, center, and bottom of the vertical stand 811 to detect approaching wild animals without blind spots.

In addition, the additional detection unit 84 may be installed on at least one of the front, rear, left, and right sides of the vertical stand 811 to efficiently detect wild animals approaching from various directions.

The additional detection unit 84 may be installed to detect only the outside of the enclosure 71, without detecting the interior space of the enclosure 71.

When applying the additional detection unit 84 in this way, the third reciprocating drive unit 83 can be activated as soon as wild animals are detected, thereby preventing wild animals from entering the inner space of the enclosure unit 71 and causing harm to the user. can be prevented.

In particular, when the third reciprocating drive unit 83 repeatedly moves the blocking unit 81 forward and backward, the guard unit 812 collides with the front and rear of the enclosure unit 71, respectively, and the drop unit 82 When the connection plate 85 collides with the housing portion 71, a sound is generated.

In other words, the sound generated from the bell part 82 can give a sense of threat and alertness to wild animals.

Furthermore, the movement of the blocking unit 81 forward and backward by the third reciprocating drive unit 83 can give a sense of threat and alertness to wild animals, thereby improving the effect of repelling wild animals.

A person skilled in the art to which the present invention pertains will understand that the present invention can be implemented in other specific forms without changing its technical idea or essential features. Therefore, the embodiments described above should be understood in all respects as illustrative and not restrictive. The scope of the present invention is indicated by the scope of the claims described below rather than the detailed description above, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. must be interpreted.

1: Exterminating wild animals 10: Support
11: basic part 20: extermination part
21: light generator 22: sound generator
30,77: Rotation drive unit 40: Installation bar
50: detection unit 60: protection net
70: Removal part 71: Enclosure part
72: Forward, backward driving unit 73: Installation plate
74: Fur part 75: First reciprocating drive part
76: footrest part 761: gripping part
78: Receiving part 79: Second reciprocating drive part
70a: Guide rail 70b: Slider
70c: Sensor 80: Protection unit
81: blocking part 811: vertical bar
812: guard part 82: bell part
83: third reciprocating unit 84: additional sensing unit
85: connection plate

Claims (5)

support;
At least one extermination unit installed on the support and provided to exterminate approaching wild animals;
a rotation drive unit that rotates the support so that the repelling unit alerts wild animals;
A plurality of installation bars are installed on the support at different heights, and the repellent parts are installed in a certain pattern; and
It is disposed on one side of the support and includes a removal part that removes dust from the user's clothes,
The extermination department,
It is installed in a certain pattern on at least one of the front and back of the installation bar, emits different colors, and is rotated by the rotation drive unit to implement a certain pattern of light emission mode or an irregular light emission mode, and is an LED or OLED. A light generating unit formed by; and
It is installed on each of the installation bars and includes a sound generating unit that generates an irregular sound based on the principle of air passage when rotated by the rotation drive unit,
The removal part,
An enclosure portion with an entrance formed on one side and the other side to allow a user to enter and exit;
Front and rearward eastern parts disposed inside the enclosure part;
An installation plate that approaches the user located in the inner space of the enclosure by the forward and backward driving units;
A dusting unit installed on one surface of the installation plate at a predetermined distance from each other and capable of shaking off dust from the user's clothes located inside the housing unit;
a first reciprocating drive unit installed on one side wall of the enclosure unit and repeatedly moving the forward and backward driving units in directions of both entrances and exits of the enclosure unit;
A footrest portion on which a user located in the inner space of the enclosure portion is located;
A rotation drive unit that rotates the footrest unit in one direction;
a receiving portion in which the rotation driving unit is accommodated;
a second reciprocating drive unit that moves the receiving unit forward or backward so that the user located on the footrest unit moves along the hair unit while being rotated by the rotation drive unit;
Guide rails disposed on both sides of the second reciprocating drive unit and fixed to the bottom surface of the enclosure unit; and
It is fixed to both sides of the bottom of the receiving portion and includes a slider that slides along the guide rail,
It includes a protection part that blocks wild animals from entering the interior space of the enclosure,
The protective part,
a blocking unit including a pair of vertical bars arranged to be spaced apart from each other in front of the entrance of the enclosure unit, and a pair of guard parts installed between the vertical bars to cover the entrance;
At least one drop part installed in each of the guard parts;
a third reciprocating drive unit disposed on one side and the other side of each entrance of the enclosure unit, respectively coupled to the vertical stand, and capable of moving the vertical stand to advance or retract the guard unit with respect to the entrance or exit; and
It is installed on each of the vertical bars and further includes an additional detection unit that generates an operation signal to the third reciprocating drive unit when detecting an approaching wild animal,
The guard unit collides with the housing unit in the process of moving forward and backward with respect to the entrance by the third reciprocating drive unit, and the drop unit generates a sound when the guard unit collides with the housing unit.
delete delete According to paragraph 1,
The operation of the light generating unit and the rotation driving unit is,
A wild animal exterminator installed on the support and programmed to be operated by a detection unit that detects approaching wild animals, or at regular time intervals in a preset time range.
According to paragraph 1,
A wild animal exterminator further comprising a protection net in which the support, the installation bar, the expulsion unit, and the rotation driving unit are accommodated.

Images