KR20240146711A - Birds expelling apparatus for transmission power tower - Google Patents

Abstract

The present invention relates to a bird repellent device for a transmission tower, comprising: a bird repellent housing unit having a bird repellent light generating unit that generates a bird repellent light and a bird repellent speaker unit that outputs a bird repellent sound; a bird detection unit that is mounted on the bird repellent housing unit and can detect the direction in which birds are present; a housing rotation unit that rotates the bird repellent housing unit; a main body housing unit having the housing rotation unit mounted on an upper surface and installed on a transmission tower; and a control unit that is mounted on the main body housing unit and receives a bird detection signal detected by the bird detection unit and controls the operation of the housing rotation unit, the bird repellent light generating unit and the bird repellent speaker unit, thereby detecting the direction in which birds are present and generating light and sound in the direction in which birds are present to repel birds, thereby effectively repelling birds and preventing damage to electrical facilities, such as current leakage or short circuits, caused by birds on a transmission tower.

Description

{BIRDS EXPELLING APPARATUS FOR TRANSMISSION POWER TOWER}

The present invention relates to a bird repelling device for a transmission tower, and more specifically, to a bird repelling device for a transmission tower capable of repelling birds that cause accidents on a transmission tower.

In general, damage caused by birds includes damage to crops in farms or orchards and damage to electrical facilities such as electric leakage or short circuits in electric facilities such as utility poles and transmission towers.

In particular, accidents frequently occur on power transmission towers, where birds build nests, causing current leakage or short-circuit accidents, or pecking at the covering of wires, causing the covering to peel off.

To prevent damage caused by birds, Korean Utility Model Registration No. 0332735, “Bird Access Prevention Device,” has been proposed.

Korean Utility Model Registration No. 0332735, “Bird Access Prevention Device,” discloses a bird access prevention device that prevents access of birds by attaching thin needles in the shape of a V, U, or L to a zigzag body at regular intervals.

In addition, Korean Utility Model Registration No. 0358868, "Bird Repellent Device for Steel Tower" (Registration Date: August 4, 2004), discloses a bird repellent device for steel towers that prevents various safety accidents on steel towers by installing a number of rotational members on a metal spur to prevent birds from climbing on or building nests.

However, Korean Utility Model Registration No. 0332735, “Bird Access Prevention Device” and Korean Utility Model Registration No. 0358868, “Bird Repellent Device for Steel Tower” used devices with shapes that birds avoid and have difficulty approaching, such as thin needles and rotating members. As a result, when birds become accustomed to these devices, the repellent effect is greatly reduced, resulting in a short service life.

In addition, Korean Utility Model Registration No. 0332735, "Bird Access Prevention Device" and Korean Utility Model Registration No. 0358868, "Bird Repellent Device for Steel Tower" have a repellent effect only in locations where devices with shapes that birds avoid and cannot easily approach, such as thin needles and rotating members, are installed, so they cannot prevent damage to birds over a wide area, and there is a problem that a lot of installation cost is required to repel birds over a wide area.

Domestic Utility Model Registration No. 0332735 "Bird Access Prevention Device" (Registered on October 30, 2003) Korean Utility Model Registration No. 0358868 "Bird Repellent Device for Steel Tower" (Registered on 2004.08.04.)

The purpose of the present invention is to provide a bird repelling device for a transmission tower that can effectively repel birds that build nests on a transmission tower using light and sound.

In addition, another object of the present invention is to provide a bird repellent device for a transmission tower that can independently supply the power required to repel birds by generating electricity using a solar panel.

In addition, another object of the present invention is to provide a bird repelling device for a transmission tower, which is installed on two transmission lines, rotates in various directions, and moves along the transmission lines to repel birds, thereby effectively repelling birds over a wide area.

In order to achieve the above object, one embodiment of a bird repellent device for a transmission tower according to the present invention is characterized by including: a bird repellent housing unit having a bird repellent light generating unit that generates a bird repellent light and a bird repellent speaker unit that outputs a bird repellent sound, a bird detection unit mounted on the bird repellent housing unit and capable of detecting a direction in which birds are present, a housing rotation unit that rotates the bird repellent housing unit, a main body housing unit having the housing rotation unit mounted on an upper surface and installed on a transmission tower, and a control unit that is mounted on the main body housing unit and receives a bird detection signal detected by the bird detection unit and controls the operation of the housing rotation unit, the bird repellent light generating unit, and the bird repellent speaker unit.

One embodiment of a bird repellent device for a transmission tower according to the present invention further includes a solar panel section positioned on an upper surface of the bird repellent housing section for generating electricity using solar heat, and the control section may be equipped with a charging section for storing electricity generated by the solar panel section.

In the present invention, the bird repelling light generating unit and the bird repelling speaker unit can be mounted on the upper surface and the side surface of the bird repelling housing unit, respectively.

One embodiment of a bird repelling device for a transmission tower according to the present invention further includes a pair of mounting arm parts provided on both sides of the main body housing part and detachably connected to a frame of the transmission tower, and a moving guide rail part provided on each of both sides of the main body housing part and positioned such that the mounting arm parts are movably coupled in the horizontal direction, and in the present invention, the mounting arm part may include a first arm part movably coupled to the moving guide rail part, a second arm part movably inserted into the first arm part in the longitudinal direction, and a frame jig part positioned on an end side of the second arm part to hold the frame of the transmission tower.

In the present invention, the second female member has a shape of a circular shaft rotatable in the axial direction and is rotatably coupled to the first female member, and the frame jig member can be rotatably coupled to the second female member by a jig hinge having a vertical axial direction.

In the present invention, the main body housing part may include a first housing part having the housing rotation part positioned on the upper surface, a second housing part positioned on each side of the first housing part and to which the first housing part is rotatably connected in the upper and lower directions, a wire clamping part provided on each end side of the second housing part to hold a power transmission line, and a second housing rotation motor provided on the first housing part or the second housing part to rotate the first housing part in the upper and lower directions with a radius of 360 degrees.

In the present invention, the wire clamping portion includes a clamping hinge portion positioned at an end side of the second housing portion, a first clamping member having a first wire insertion portion rotatably connected to the clamping hinge portion and into which a portion of the transmission line is inserted, a second clamping member having a second wire insertion portion rotatably connected to the clamping hinge portion at a lower portion of the first clamping member and into which a portion of the transmission line is inserted, and a clamping locking portion that locks the clamped positions of the first clamping member and the second clamping member, and the second housing portion may include a fixed housing portion positioned at both sides of the first housing portion and to which the first housing portion is rotatably connected in an up and down direction, a moving guide rod portion positioned so as to protrude at one side of the fixed housing portion, and a moving housing portion movably connected to the moving guide rod portion and having the wire clamping portion positioned at an end side.

In the present invention, the housing rotation part includes a housing main rotation shaft part that is erected and protrudes from the upper surface of the first housing part and is connected to the lower surface of the bird-repelling housing part, a first housing rotation motor that rotates the housing main rotation shaft part, a first tilting part that is located on the housing main rotation shaft part and tilts the bird-repelling housing part in a first direction, and a second tilting part that tilts the bird-repelling housing part in a second direction different from the first direction, and the first tilting part is located on the lower surface of the bird-repelling housing part and includes a first hinge part that is rotatably connected to the housing main rotation shaft part, and a first tilting rotation motor that is located on the first hinge part and rotates the bird-repelling housing part, and the second tilting part is located between the first tilting part and the bird-repelling housing part and is located on the upper side of the first tilting part and has an upper side that is connected to the bird-repelling housing part so as to be rotatable in a direction perpendicular to the first tilting part, and a second hinge part that is located on the second hinge part and rotates the bird-repelling housing part. It may include a second tilting rotary motor for rotating the bird repelling housing part.

In the present invention, the main body housing part is provided in the wire clamping part and further includes a housing driving part that drives the first housing part and the second housing part along the transmission line, and the housing driving part may include a plurality of driving wheel parts that are positioned to protrude into the first wire insertion part and the second wire insertion part and come into contact with the covering of the transmission line, and a driving rotary motor that is connected to at least one of the plurality of driving wheel parts and rotates the driving wheel part.

One embodiment of a bird repellent device for a transmission tower according to the present invention further includes a solar cell panel section that is positioned on the upper and lower surfaces of the bird repellent housing section, respectively, and generates electricity using solar heat, and the control section is provided with a charging section that stores the electricity generated by the solar cell panel section, and the bird repellent light generating section and the bird repellent speaker section can be mounted on the upper and side surfaces of the bird repellent housing section, respectively.

The present invention detects the direction of birds and generates light and sound in the direction of the birds to repel them, thereby effectively repelling them and preventing damage to electrical facilities, such as current leakage or short circuits caused by birds, in transmission towers.

In addition, the present invention can generate electricity using a solar panel and supply the power necessary for repelling birds on its own, thereby minimizing management costs and enabling operation without a separate power supply, so that it can be freely installed in a location where bird repelling is required, thereby improving the bird repelling effect.

In addition, the present invention can effectively repel birds over a wide area by being installed on two transmission lines, rotating in various directions, and moving along the transmission lines to repel birds, and has the effect of drastically reducing the cost of repelling birds by minimizing the number of installations.

FIG. 1 is a perspective view illustrating one embodiment of a bird repelling device for a transmission tower according to the present invention.
FIGS. 2 and 3 are perspective views showing another embodiment of a bird repelling device for a transmission tower according to the present invention.
Figure 4 is a front view showing another embodiment of a bird repelling device for a transmission tower according to the present invention.
Figure 5 is an enlarged cross-sectional view of part A of Figure 4.

Hereinafter, the present invention will be described in more detail.

Hereinafter, a detailed description of a preferred embodiment of the present invention will be given with reference to the accompanying drawings. Before the detailed description of the present invention, it should be noted that the terms or words used in the present specification and claims described below should not be interpreted as being limited to their conventional or dictionary meanings. Therefore, the embodiments described in this specification and the configurations illustrated in the drawings are only the most preferred embodiments of the present invention and do not represent all of the technical ideas of the present invention, and it should be understood that there may be various equivalents and modified examples that can replace them at the time of filing this application.

FIG. 1 is a perspective view illustrating one embodiment of a bird repelling device for a transmission tower according to the present invention, and one embodiment of a bird repelling device for a transmission tower according to the present invention will be described in detail below with reference to FIG. 1.

One embodiment of a bird repellent device for a transmission tower according to the present invention includes a bird repellent light generating unit (110) that generates bird repellent light, a bird repellent speaker unit (120) that outputs bird repellent sound, and a bird repellent housing unit (100) in which the bird repellent light generating unit (110) and the bird repellent speaker unit (120) are mounted.

In addition, the lower part of the bird repelling housing part (100) is provided with a housing rotation part (300) that rotates the bird repelling housing part (100) around an axis that is perpendicular to the ground.

The housing rotation part (300) includes a housing main rotation shaft part (310) that is erected and protrudes from the lower surface of the bird repelling housing part (100), and a first housing rotation motor (320) that rotates the housing main rotation shaft part (310).

The housing rotation part (300) is located on the upper surface of the main body housing part (400) installed on the transmission tower, and inside the main body housing part (400), a bird repelling light generating part (110), a bird repelling speaker part (120), and a control part (500) that controls the operation of the housing rotation part (300) are located.

And, the control unit (500) supplies electric power to the bird detection unit (200), the bird repelling light generating unit (110), the bird repelling speaker unit (120), and the housing rotation unit (300).

A bird detection unit (200) capable of detecting the direction in which birds are present is positioned in the bird repelling housing unit (100), and the bird detection unit (200) detects birds and transmits the detected bird detection signal to the control unit (500).

The bird repelling light generating unit (110) can repel birds by irradiating light in the direction in which birds are detected.

The bird detection unit (200) may be a surveillance camera system that can detect the location and direction of birds by taking images with a camera unit and analyzing the images taken with the camera unit, or may be a radar system that can detect moving objects using radio waves.

The bird detection unit (200) can be implemented in various ways as a known device that detects birds or moving objects and outputs signals, other than the above-mentioned surveillance camera system or radar system, and thus a detailed description thereof is omitted.

The bird detection unit (200) is mounted on the side of the bird repelling housing unit (100), and when the bird repelling housing unit (100) is rotated 360 degrees by the housing rotation unit (300), it rotates together with the bird repelling housing unit (100) and can detect birds in all directions 360 degrees.

One embodiment of a bird repellent device for a transmission tower according to the present invention further includes a solar panel section (600) positioned on the upper surface of a bird repellent housing section (100) and generating electricity using solar heat.

The solar cell panel section (600) can be implemented in various ways as a known solar cell panel that generates electricity using solar heat, so a more detailed description is omitted.

The control unit (500) is equipped with an inverter that converts power generated from the solar panel unit (600), and the power generated from the solar panel unit (600) can be converted through the inverter and stored in the charging unit (510).

The charging unit (510) stores power generated from the solar panel unit (600) and supplies the stored power to the bird detection unit (200), the bird repelling light generation unit (110), the bird repelling speaker unit (120), and the housing rotation unit (300) through the control unit (500), thereby providing constant power for the bird repelling light generation unit (110), the bird repelling speaker unit (120), and the housing rotation unit (300) to operate at all times.

For example, the light generating unit (110) for bird repelling is a laser beam generating unit that generates an LED lamp or a laser beam.

And, as an example, the bird repelling speaker unit (120) is a speaker that receives and outputs a warning sound that can repel birds from the control unit (500).

The warning sound output from the bird repelling speaker unit (120) is, for example, a variety of well-known sounds that can repel birds, such as gunshots, and the control unit (500) can prevent birds from becoming accustomed to the warning sound by periodically changing the warning sound and maintain the bird repelling effect.

The bird repelling light generating unit (110) and the bird repelling speaker unit (120) are mounted on the side of the bird repelling housing unit (100) so that when the bird repelling housing unit (100) is rotated 360 degrees by the housing rotation unit (300), they can be positioned toward birds in all directions of 360 degrees while rotating together with the bird repelling housing unit (100).

The bird detection unit (200), bird repelling light generating unit (110) and bird repelling speaker unit (120) are also located on the upper surface of the bird repelling housing unit (100) so that light and sound can be output upward from the position where the main body housing unit (400) is installed, thereby repelling birds from the transmission tower.

Meanwhile, a pair of mounting arm parts (700) that are detachably connected to the frame of the transmission tower are provided on both sides of the main body housing part (400).

In addition, on both sides of the main body housing part (400), a moving guide rail part (800) is provided so that the mounting arm part (700) can move in the horizontal direction, that is, in the width direction of the main body housing part (400) perpendicular to the longitudinal direction of the mounting arm part (700).

The moving guide rail part (800) has a female fixing slit part (810) positioned on the upper surface that is open in the direction of movement of the female fixing part (700), and the position of the female fixing part (700) can be fixed by a fixing bolt (811) that passes through the female fixing slit part (810).

The mounting arm (700) moves in the width direction of the main body housing (400), i.e., in the X-axis direction, along the moving guide rail (800) according to the installation conditions of the main body housing (400), thereby enabling the main body housing (400) to be easily installed on a transmission tower.

In addition, the mounting arm member (700) may include a first arm member (710) that is movably coupled to a moving guide rail member (800), a second arm member (720) that is movably inserted into the first arm member (710) in the longitudinal direction, and a frame jig member (730) that is positioned on the end side of the second arm member (720) and holds the frame of the transmission tower.

The mounting arm (700) has a structure that allows for length adjustment according to the installation conditions of the main body housing (400), including a first arm (710) and a second arm (720) that is inserted into the first arm (710) so as to be movable in the longitudinal direction, thereby enabling the main body housing (400) to be easily installed on a transmission tower.

In addition, a set screw for fixing the position of the second female member (720) is fastened to the first female member (710) so that the position of the second female member (720) can be fixed by moving in the longitudinal direction and being inserted into the first female member (710) or withdrawn from the first female member (710).

In addition, the second rock member (720) has the shape of a circular shaft that can rotate in the axial direction, so that the direction in which the frame is held by the frame jig member (730) can be adjusted.

The frame jig part (730) has a structure in which the first frame jig part (731) that surrounds a part of the frame and the second frame jig part (732) that surrounds the remaining part of the frame are elastically separated from the first frame jig part (731) and the second frame jig part (732), and a first jig flange part (733) and a second jig flange part (734) that are provided at the end sides of the first frame jig part (731) and the second frame jig part (732) to meet each other, so that the first jig flange part (733) and the second jig flange part (734) meet each other and have a structure in which the frame of the transmission tower is firmly held by bolt fastening.

In addition, the frame jig part (730) is rotatably connected to the second arm member (720) by a jig hinge (730a) having an axial direction perpendicular to the second arm member (720) so that the frame of the transmission tower can rotate in a direction different from the direction in which the first frame jig part (731) and the second frame jig part (732) pass through it, so that the direction held by the first frame jig part (731) and the second frame jig part (732) can be adjusted according to the angle of the frame.

In addition, as an example, a jig hinge (730a) of a frame jig part (730) is provided with a set screw for fixing the position of the rotated frame jig part (730), so that the position of the rotated frame jig part (730) can be fixed.

The mounting arm (700) can move in the width direction of the main body housing part (400) along the moving guide rail part (800), and the length can be adjusted by withdrawing or inserting the second arm member (720) from the first arm member (710), and the direction that the frame jig part (730) holds can be freely adjusted by rotating the second arm member (720) and the frame jig part (730).

Accordingly, the main body housing part (400) can be simply installed on the transmission tower by adjusting the position or length of the mounting arm part (700) according to the installation conditions at the installation location of the transmission tower and adjusting the direction that the frame jig part (730) holds, thereby ensuring convenience when installing the transmission tower and allowing installation at a desired location on the transmission tower.

One embodiment of a bird repelling device for a transmission tower according to the present invention can be installed on a transmission tower by holding two of the support frames, which are positioned on the ground among a plurality of frames forming the transmission tower inside the transmission tower, by a frame jig portion (730) positioned at the end of a pair of mounting arm portions (700).

With the main body housing (400) installed on the transmission tower, the bird repelling housing (100) is rotated by the housing rotation part (300) to detect when a bird has landed on the transmission tower or on the transmission lines of the transmission tower using the bird detection parts (200) installed on the side and top respectively, and the bird repelling light generation part (110) and bird repelling speaker part (120) installed on the side and top respectively generate light or a warning sound to repel the bird that has landed on the transmission tower or on the transmission lines.

Meanwhile, FIGS. 2 and 3 are perspective views illustrating another embodiment of a bird repelling device for a transmission tower according to the present invention, FIG. 4 is a front view illustrating another embodiment of a bird repelling device for a transmission tower according to the present invention, and FIG. 5 is an enlarged cross-sectional view of part A of FIG. 4.

Another embodiment of a bird repelling device for a transmission tower according to the present invention is described in detail below with reference to FIGS. 2 to 5.

Another embodiment of a bird repelling device for a transmission tower according to the present invention is a structure in which a main body housing part (400) is installed using a transmission line of a transmission tower, and birds can be repelled from two transmission towers connected to the transmission line while moving along the transmission line.

In another embodiment of a bird repelling device for a transmission tower according to the present invention, the main body housing part (400) includes a first housing part (410) in which a housing rotation part (300) is positioned, a second housing part (420) positioned on each side of the first housing part (410) and connected to the first housing part (410) so as to be rotatable in the up and down directions, a wire clamping part (430) provided on each end side of the second housing part (420) to hold a transmission line, and a second housing rotation motor (440) provided on the first housing part (410) or the second housing part (420) to rotate the first housing part (410) in the up and down directions by a radius of 360 degrees.

The wire clamping portion (430) includes a clamping hinge portion (431) located at an end side of the second housing portion (420), a first clamping member (432) that is rotatably connected to the clamping hinge portion (431) and has a first wire insertion portion into which a portion of a power transmission line is inserted, a second clamping member (433) that is rotatably connected to the clamping hinge portion (431) at a lower portion of the first clamping member (432) and has a second wire insertion portion into which a portion of a power transmission line is inserted, and a clamping locking portion (434) that locks the clamped positions of the first clamping member (432) and the second clamping member (433).

The clamping locking portion (434) includes a first clamping flange portion (434a) positioned so as to protrude from the end side of the first clamping member (432), a second clamping flange portion (434b) positioned so as to protrude from the end side of the second clamping member (433) and overlap with the first clamping flange portion (434a), and a clamping bolt portion (434c) fastened by penetrating through the first clamping flange portion and the second clamping flange portion (434b).

The clamping bolt portion (434c) passes through the first clamping flange portion and the second clamping flange portion (434b) and is fastened to the clamping nut portion (434e) so that the transmission line can be maintained in a clamped state between the first clamping member (432) and the second clamping member (433).

In addition, the second housing part (420) includes a fixed housing part (421) positioned on both sides of the first housing part (410) and to which the first housing part (410) is rotatably connected in the up and down directions, a moving guide rod part (422) positioned so as to protrude on one side of the fixed housing part (421), and a moving housing part (423) that is movably connected to the moving guide rod part and has a wire clamping part (430) positioned on the end side.

The overall length of the second housing part (420) can be adjusted by moving the moving housing part (423) along the moving guide rod part (422).

Accordingly, the main body housing part (400) can be easily installed on two transmission lines to be installed by adjusting the position of the movable housing part (423) according to the spacing of the transmission lines installed in the second housing part (420) located on both sides of the first housing part (410).

The second housing part (420) is positioned on each side of the first housing part (410), and the first housing part (410) is rotatably connected by the first housing axis and the second housing axis.

The first housing part (410) is rotatably coupled to the second housing part (420) between a pair of second housing parts (420) by a first housing axis and a second housing axis, and a second housing rotation motor (440) is positioned on at least one of the first housing axis and the second housing axis, so that the first housing part (410) can be rotated by the operation of the second housing rotation motor (440) so that the housing axis part can face upward or the housing axis part can face downward.

The second housing rotation motor (440) rotates the first housing part (410) 360 degrees in the up and down direction between the second housing part (420) while the main body housing part (400) is installed between two transmission lines, thereby changing the direction of the bird repelling housing part (100) 360 degrees, thereby enabling detection of birds over the widest possible range.

When the direction crossing the transmission lines, i.e. the longitudinal direction of the main body housing part (400), is set to the Y-axis direction and the up and down directions are set to the Z-axis direction, the first housing axis and the second housing axis are rotation axes arranged in the Y-axis direction, and the first housing part (410) can be positioned so that the upper surface of the bird repelling housing part (100) faces upward or downward by rotating axially in the Y-axis direction by the operation of the second housing rotation motor (440).

The bird repellent housing part (100) has a bird detection part (200), a bird repellent light generation part (110), and a bird repellent speaker part (120) positioned on the upper surface and side surfaces, and a solar cell panel part (600) positioned on the upper surface and lower surface of the bird repellent housing part (100), respectively.

In addition, the upper surface of the bird repellent housing part (100) where the bird detection part (200), the bird repellent light generation part (110), and the bird repellent speaker part (120) are positioned can face the upper side, i.e., the sky, or the lower side, i.e., the ground, by the operation of the second housing rotation motor (440), so that detection and repelling of birds on the upper and lower sides are possible at the location installed between the power transmission lines.

In addition, the bird repellent housing part (100) is provided with solar panel parts (600) on the upper and lower surfaces, respectively, so that when the upper surface of the bird repellent housing part (100), where the bird detection part (200), the bird repellent light generation part (110), and the bird repellent speaker part (120) are located, is directed toward the lower side, i.e., the ground, by the operation of the second housing rotation motor (440), power can be generated by the solar panel part (600) located on the lower surface, so that the power necessary for operation can be supplied sufficiently and stably to the control part (500).

That is, the bird repellent housing part (100) has a bird detection part (200), a bird repellent light generation part (110), and a bird repellent speaker part (120) positioned on the side, and while rotating 360 degrees by the housing rotation part (300), the bird detection part (200) can detect the location of birds in the vicinity, and by directing the bird detection part (200), the bird repellent light generation part (110), and the bird repellent speaker part (120) provided on the upper surface toward the sky or toward the ground, it is possible to detect and repel birds that land on the power transmission line located on the upper side and the power transmission line located on the lower side based on the installation location.

In addition, the bird repelling housing part (100) can detect and repel birds with the bird detection part (200), the bird repelling light generation part (110), and the bird repelling speaker part (120) located on the upper surface by rotating the first housing part (410) 360 degrees in the up and down directions, and at the same time, the bird repelling part (200), the bird repelling light generation part (110), and the bird repelling speaker part (120) located on the side by rotating the housing main rotation axis part (310) 360 degrees, so that the detection and repelling ranges of birds are greatly increased.

Meanwhile, the housing rotation part (300) is positioned on the housing main rotation axis part (310) and may further include a first tilting part (330) that tilts the bird repelling housing part (100) in a first direction and a second tilting part (340) that tilts the bird repelling housing part (100) in a second direction different from the first direction.

As an example, the first direction is the width direction of the bird repellent housing part (100), and as an example, the second direction is the length direction of the bird repellent housing part (100).

The first tilting part (330) is positioned between the first housing rotation motor (320) and the bird repelling housing part (100) and can tilt the bird repelling housing part (100) in the longitudinal direction of the object to be mounted according to the shape of the object to be mounted.

The first tilting part (330) is located on the lower surface of the bird repelling housing part (100) and includes a first hinge part (331) that is rotatably connected to the housing main rotation shaft part (310), and a first tilting rotation motor (332) that is located at the first hinge part (331) and rotates the bird repelling housing part (100).

The first hinge part (331) has a hinge axis positioned in the longitudinal direction of the bird repellent housing part (100) to adjust the angle in the width direction of the bird repellent housing part (100).

The first hinge part (331) is positioned so that the axial direction is perpendicular to the width direction of the bird repelling housing part (100), so that the angle of the bird repelling housing part (100) can be adjusted in the width direction to detect birds over a wider range, and output light or a warning sound to the detected birds to repel the birds.

In addition, the second tilting part (340) is positioned between the first tilting part (330) and the bird repelling housing part (100), and includes a second hinge part (341) positioned on the upper side of the first tilting part (330), the upper side of which is connected to the bird repelling housing part (100) so as to be rotatable in a direction perpendicular to the first tilting part (330), and a second tilting rotation motor (342) positioned on the second hinge part (341) and rotating the bird repelling housing part (100).

The second hinge part (341) has a hinge axis positioned in the width direction of the bird repellent housing part (100) to adjust the angle of the bird repellent housing part (100) in the length direction of the bird repellent housing part (100).

The second hinge part (341) is positioned in the axial direction in the width direction of the bird repellent housing part (100), so that the bird repellent housing part (100) can be positioned by adjusting the angle in the length direction.

The control unit (500) rotates the bird repelling housing unit (100) with a radius of 360 degrees around the housing main rotation axis unit (310) by the housing rotation unit (300) and tilts the bird repelling housing unit (100) in the width direction or length direction by the first tilting unit (330) and the second tilting unit (340) so as to maximize the detection range of birds detected by the bird detection unit (200), and outputs light and sound to repel birds by directing the bird repelling light generating unit (110) and the bird repelling speaker unit (120) in the direction in which the birds are detected, thereby maximizing the bird repelling radius.

In addition, the main body housing part (400) is provided with a wire clamping part (430) and further includes a housing driving part (450) that drives the first housing part (410) and the second housing part (420) along the transmission line.

The housing driving part (450) includes a plurality of driving wheel parts (451) positioned to protrude into the interior of the first wire insertion part and the second wire insertion part and contact the covering of the transmission line, and a driving rotation motor (452) connected to at least one of the plurality of driving wheel parts (451) and rotating the driving wheel part (451).

The main body housing part (400), i.e., the first housing part (410) and the second housing part (420), can detect and repel birds while moving along the power transmission line by the housing driving part (450) provided in the wire clamping part (430).

That is, the bird repellent device for a transmission tower according to the present invention is installed between two transmission lines connected to two transmission towers, and is capable of detecting and repelling birds for the two transmission towers while moving along the transmission lines. At this time, the first housing part (410) is rotated 360 degrees in the up and down directions to detect and repel birds with the bird detection part (200), the bird repellent light generation part (110), and the bird repellent speaker part (120) located on the upper surface, and at the same time, the bird repellent device is capable of repelling birds with the bird detection part (200), the bird repellent light generation part (110), and the bird repellent speaker part (120) located on the side while rotating 360 degrees around the housing main rotation axis part (310) by the housing rotation part (300), and is capable of detecting and repelling birds in all directions by the operation of the first tilting part (330) and the second tilting part (340). It can maximize the eradication range.

The present invention detects the direction in which birds are present and generates light and sound in the direction of the birds to repel them, thereby effectively repelling them and preventing damage to electrical facilities, such as current leakage or short circuits caused by birds on transmission towers.

In addition, the present invention can generate electricity using a solar panel and supply the power necessary for repelling birds on its own, thereby minimizing management costs and enabling operation without a separate power supply, so that it can be freely installed in a location where bird repelling is required, thereby enhancing the bird repelling effect.

In addition, the present invention can effectively repel birds over a wide area by installing them on two transmission lines, rotating in various directions, and moving along the transmission lines to repel birds, and can drastically reduce the cost of repelling birds by minimizing the number of installations.

The present invention is not limited to the above-described embodiments, and various modifications may be made without departing from the spirit of the present invention, and it is to be understood that this is included in the composition of the present invention.

100: Bird repellent housing part 110: Bird repellent light generating part
120: Bird repellent speaker section 200: Bird detection section
300: Housing rotation part 310: Housing main rotation axis part
320: 1st housing rotation motor 330: 1st tilting part
331: First hinge part 332: First tilting rotation motor
340: Second tilting part 341: Second hinge part
342: Rotation motor for second tilting 400: Main body housing part
410: 1st housing section 420: 2nd housing section
421: Fixed housing part 422: Moving guide rod part
423: Moving housing part 430: Wire clamping part
431: Clamping hinge part 432: First clamping member
433: Second clamping member 434: Clamping locking member
434a: Flange part for first clamping 434b: Flange part for second clamping
434c: Clamping bolt part 434e: Clamping nut part
440: Second housing rotation motor 450: Housing driving part
451: Driving wheel part 452: Driving rotary motor
500: Control unit 510: Charging unit
600: Solar panel section 700: Mounting section
710: 1st female member 720: 2nd female member
730 : Frame jig 730a : Jig hinge
731: 1st frame jig part 732: 2nd frame jig part
733: 1st jig flange part 734: 2nd jig flange part
800 : Moving guide rail section

Claims (10)

A bird repellent housing section equipped with a bird repellent light generating section that generates a bird repellent light and a bird repellent speaker section that outputs a bird repellent sound;
A bird detection unit mounted on the bird repelling housing and capable of detecting the direction in which birds are present;
A housing rotation part that rotates the above bird repelling housing part;
A main body housing part having the housing rotation part mounted on the upper surface and installed on a transmission tower;
A bird repellent device for a transmission tower, characterized by comprising a control unit provided in the main body housing section and receiving a bird detection signal detected by the bird detection section and controlling the operation of the housing rotation section, the bird repellent light generating section, and the bird repellent speaker section.
In claim 1,
The above bird repellent housing further includes a solar panel section that generates electricity using solar heat and is located on the upper surface thereof.
A bird repellent device for a transmission tower, characterized in that the control unit is provided with a charging unit that stores power generated from the solar cell panel unit.
In claim 2,
A bird repellent device for a transmission tower, characterized in that the bird repellent light generating unit and the bird repellent speaker unit are respectively mounted on the upper surface and the side surface of the bird repellent housing unit.
In claim 3,
A pair of mounting arms provided on both sides of the main body housing portion and detachably connected to the frame of the transmission tower; and
It further includes a moving guide rail part provided on each side of the main body housing part and positioned so that the mounting arm part can move horizontally.
The above mounting arm part is,
A first female member movably coupled to the above-mentioned moving guide rail portion;
A second female member inserted longitudinally movably into the first female member; and
A bird repellent device for a transmission tower, characterized in that it includes a frame jig portion positioned on the end side of the second rock member and holding the frame of the transmission tower.
In claim 4,
The above second female member has a shape of a circular shaft that can rotate in the axial direction and is rotatably connected to the first female member,
A bird repellent device for a transmission tower, characterized in that the frame jig portion is rotatably connected to the second female member by a jig hinge having a vertical axial direction.
In claim 1,
The above main body housing part,
A first housing part having the housing rotation part positioned on the upper surface;
A second housing part positioned on each side of the first housing part and rotatably connected to the first housing part in the up and down directions;
A wire clamping part provided on each end side of the second housing part to hold the transmission line; and
A bird repellent device for a transmission tower, characterized in that it includes a second housing rotation motor provided in the first housing part or the second housing part and rotating the first housing part with a radius of 360 degrees in the up and down direction between the first housing part and the second housing part.
In claim 6,
The above wire clamping part,
A clamping hinge portion located at an end side of the second housing portion;
A first clamping member having a first wire insertion portion rotatably connected to the clamping hinge portion and into which a portion of a transmission line is inserted;
A second clamping member having a second wire insertion portion rotatably connected to a clamping hinge portion at the lower portion of the first clamping member and into which a portion of the transmission line is inserted; and
It includes a clamping locking part that locks the clamped positions of the first clamping member and the second clamping member,
The above second housing part,
A fixed housing part positioned on both sides of the first housing part and rotatably connected to the first housing part in the up and down directions;
A moving guide bar portion positioned so as to protrude on one side of the above fixed housing portion; and
A bird repellent device for a transmission tower, characterized in that it includes a movable housing part that is movably connected to the movable guide rod part and has the wire clamping part positioned on the end side.
In claim 7,
The above housing rotation part,
A housing main rotation shaft portion that is erected and protrudes from the upper surface of the first housing portion and is connected to the lower surface of the bird repelling housing portion;
A first housing rotation motor that rotates the main rotation shaft of the housing;
A first tilting part positioned on the main rotation axis of the housing and tilting the bird repelling housing part in a first direction; and
It includes a second tilting part that tilts the bird repelling housing part in a second direction different from the first direction,
The above first tilting part,
A first hinge part located on the lower surface of the housing part for bird repelling and rotatably connected to the housing main rotation shaft part; and
It includes a first tilting rotation motor positioned at the first hinge portion and rotating the bird repelling housing portion,
The above second tilting part
A second hinge part positioned between the first tilting part and the bird repelling housing part, positioned on the upper side of the first tilting part, and having an upper side connected to the bird repelling housing part so as to be rotatable in a direction perpendicular to the first tilting part; and
A bird repellent device for a transmission tower, characterized in that it includes a second tilting rotary motor positioned at the second hinge portion and rotating the bird repellent housing portion.
In claim 8,
The above main body housing part,
It further includes a housing driving part that is provided in the above wire clamping part and drives the first housing part and the second housing part along the transmission line,
The above housing driving part,
A plurality of driving wheel parts positioned so as to protrude into the interior of the first wire insertion part and the second wire insertion part and come into contact with the covering of the transmission line; and
A bird repellent device for a transmission tower, characterized in that it includes a driving rotary motor connected to at least one of the plurality of driving wheel sections to rotate the driving wheel section.
In claim 9,
The above bird repellent housing further includes a solar panel section positioned on the upper and lower surfaces respectively to generate electricity using solar heat.
The above control unit is equipped with a charging unit that stores power generated from the solar cell panel unit.
A bird repellent device for a transmission tower, characterized in that the bird repellent light generating unit and the bird repellent speaker unit are respectively mounted on the upper surface and the side surface of the bird repellent housing unit.

Images