KR200489669Y1 - Road sound arresting shielding wall light facilities - Google Patents

Abstract

The present invention relates to a solar installation for sound insulation of the road, it can block the noise generated from the road to flow into the densely populated area, can track the sunlight to increase the power generation efficiency, and interfere with the solar heat collection It aims to be able to quickly and quickly remove foreign substances such as snow and dust.
According to the present invention, a solar installation for sound insulation of a road is provided on a roadside, a soundproofing panel installed between the supporters, an upper end of the soundproofing panel, and a housing having a lifting groove formed at an upper portion of the lifting groove. Lifting unit that can be lifted and received, the hinge coupled to the upper portion of the lifting unit, a solar power module for collecting solar light, foreign material removal unit for removing the foreign substances present on the surface of the solar power module by lifting the lifting unit, A vibration generating unit installed in the lifting groove and elastically supporting the lifting lowering part to generate vibration in the solar power generation module, and the east-west rotating the solar power generation module so as to track sunlight according to the displacement of the sun. Directional solar tracker.

Description

ROAD SOUND ARRESTING SHIELDING WALL LIGHT FACILITIES}

The present invention relates to a photovoltaic facility for a road soundproof barrier, and more particularly, to block noise generated from the road, to collect and collect sunlight by tracking sunlight, and automatically when foreign matters such as snow accumulate. The present invention relates to a photovoltaic facility for a road soundproof barrier that can be quickly removed.

In general, the conventional soundproof wall is completed by installing the struts formed with the tracks on both sides at regular intervals vertically from the ground, and installing the soundproof panels stacked between the struts and the tracks.

These sound barriers are installed to block the noise from roads or railroads from propagating to schools and residential areas, and soundproof panels may be used differently depending on the purpose of use. The soundproofing panel may be largely classified into a soundproofing soundproofing panel and a soundproofing soundproofing panel, and the soundproofing soundproofing panel is composed of a metal frame and a metal plate having pores formed on the surface thereof, and a sound absorbing material therein, and is mainly mainly on a roadside. The soundproof soundproof panel is composed of a metal frame constituting the frame and a light-transmissive soundproof panel installed inside the frame, and is mainly used in places where the surrounding landscape is important, such as a residential area or a school.

In order to increase the soundproofing efficiency of the soundproof wall used in this way, the soundproof wall should be installed adjacent to the noise generating area such as the roadside and the height of the soundproof wall should be set as high as possible. In order to install and use a street lamp on the top of the soundproof wall for the purpose, if the street lamp is installed in the soundproof wall as described above, there is no need to install a separate street lamp, there is an effect that can reduce the installation cost of the street lamp.

However, even when the street lamp is installed on the soundproof wall, a power line for supplying a separate commercial power source must be provided to the street lamp, and the power line is not aesthetically pleasing and must receive commercial power while using a conventional street lamp. Therefore, the maintenance cost including the power usage fee is the same as before.

Therefore, in view of the above, a method of installing and using a photovoltaic device on the top of a soundproof wall has been proposed and used.

In the conventional soundproof wall provided with a photovoltaic device, the main frame may rotate up and down about the main axis of rotation so that the position may be changed according to the position of the sun, and the solar panel rotates up and down based on the auxiliary axis of rotation. Be configured to

However, in the conventional soundproof wall, since the photovoltaic device is installed on the top of the soundproof wall in order to improve the light collecting efficiency, there is a problem that it is not easy to remove when snow accumulates on the photovoltaic device in winter.

Registered Patent Publication No. 10-1334363 (2013.11.22.)

The problem to be solved by the present invention is that the noise generated from the road can be blocked to flow into the densely populated area, can track the sunlight to increase the power generation efficiency, snow, dust that can interfere with the solar heat collection It is an object of the present invention to provide a photovoltaic facility for road sound insulation walls that can automatically remove foreign substances such as.

According to the present invention, a solar installation for a soundproof wall for a road is provided on a roadside, a soundproof panel installed between the supporters, a housing installed at an upper end of the soundproofing panel, and having a lifting groove formed at an upper portion of the lifting groove. Lifting unit that can be lifted and received, the hinge coupled to the upper portion of the lifting unit, a solar power module for collecting solar light, foreign material removal unit for removing the foreign substances present on the surface of the solar power module by lifting the lifting unit, A vibration generating unit installed in the lifting groove and elastically supporting the lifting lowering part to generate vibration in the solar power generation module, and the east-west rotating the solar power generation module so as to track sunlight according to the displacement of the sun. Directional solar tracker.

And, the foreign material removing unit,

The lifting cylinder is lifted by the lifting cylinder disposed on one side of the housing, the lifting cylinder, and the rod is extended to raise the lifting unit when the lifting unit is elevated. When the lifting unit is lifted by a predetermined height, the lifting unit drops by its own weight. And a descending cylinder in which the rod is constricted.

In addition, the vibration generating unit,

An elastic portion is installed on the bottom surface of the lifting groove, and coupled to the upper surface of the elastic portion, and includes a cushion portion for supporting the lifting portion.

And, further comprising an additional foreign matter removing unit for rotating the solar power module to the front or rear of the soundproof panel to remove the foreign matter,

The additional foreign matter removing unit,

The motor, while being rotated in place by the motor includes a hitting portion repeatedly hitting the upper side of the solar power module.

In addition, the additional foreign matter removing unit,

The solar cell module is installed eccentrically and further includes a weight part for restoring the solar power module rotated by the hitting unit to its original state.

And, the solar tracking unit,

A solar tracking sensor installed on an upper surface of the condensing panel to track the position of the sun according to the solar displacement, a rotation driving unit rotating the condensing panel in the east-west direction, and receiving a position value of the sun detected by the solar tracking sensor It includes a control unit for controlling the rotation drive unit.

According to the present invention, the roadside sound barrier wall photovoltaic facility may block noise generated from the road to flow into a densely populated area, and there is an effect of increasing power generation efficiency by tracking sunlight.

In addition, there is an effect of improving the power generation efficiency by automatically removing foreign matters such as snow and dust, which are obstacles to solar heat collection.

1 is a perspective view showing a solar installation for a soundproof shielding wall according to the present invention.
Figure 2 is a side view showing a solar installation for a soundproof wall shielding road according to the present invention.
Figure 3 and Figure 4 is a side view showing the operation process of the foreign material removal unit applied to the solar installation for the sound insulation wall of the road according to the present invention.
Figure 5 is a side view showing the operation of the additional foreign matter removing unit applied to the solar installation for the soundproof barrier wall road according to the present invention.
Figure 6 is a side view showing the operating state of the east-west direction solar tracker applied to the solar installation for the soundproof barrier wall road according to the present invention.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but can be implemented in a variety of different forms, only the embodiments of the present invention to complete the disclosure of the present invention, it is common knowledge in the art It is provided to fully inform the person having the scope of the invention, which is only defined by the scope of the claims. Like reference numerals refer to like elements throughout.

1 is a perspective view showing a solar installation for the road soundproof shield wall according to the present invention, Figure 2 is a side view showing a solar installation for the road soundproof shield wall according to the present invention, Figures 3 and 4 according to the present invention FIG. 5 is a side view illustrating an operation process of the foreign matter removing unit applied to the solar installation for the soundproof barrier road, and FIG. 5 is a side view illustrating an operation of the additional foreign matter removing unit applied to the solar installation for the road noise shielding wall according to the present invention. 6 is a side view showing the operating state of the east-west solar tracker applied to the solar installation for the sound insulation wall of the road according to the present invention.

Hereinafter, the present invention will be described with reference to the drawings for describing the solar installation 1 for a road soundproof shielding wall according to embodiments of the present invention.

The present invention can block the noise generated on the road, it can track and collect the solar light and then generate power, it is a solar installation (1) for the road sound insulation wall that can be easily removed when foreign matter such as snow accumulated. .

To this end, the road sound insulation wall photovoltaic facility 1 according to the present invention is a strut 10, a soundproof panel 20, a lift unit 40, a photovoltaic module 50, a foreign material removal unit 60, vibration It may include a generator 70, east-west solar tracking unit 80.

The strut 10 may be formed of a known H beam, and is embedded in the base portion 11 formed by placing / curing concrete to have a predetermined length and height on a roadside so as to be spaced apart from each other by a predetermined interval.

The soundproof panel 20 is installed between the pillars 10 through fixing devices such as brackets, bolts, and nuts to block noise generated by the vehicle traveling on the road from flowing into the populated area.

In one example, the soundproof panel 20 is stacked in multiple stages between the struts 10, one side of the box is open, the sound absorbing material is installed in the inner space of the box and is installed in the open portion of the box It may be composed of a cover formed with a plurality of sound absorbing holes.

Since the soundproof panel 20 is a commercially available configuration, a detailed description thereof will be omitted.

The housing 30 is installed at an upper end of the soundproof panel 20.

An elevating groove 31 having an open upper surface is formed at an upper portion of the housing 30 to guide the elevating of the elevating portion 40.

The lifting unit 40 may be formed in a rectangular plate shape having a predetermined height and thickness, the lower portion is accommodated in the lifting groove 31 to be elevated.

And, one side of the elevating portion 40, the elevating block 41 is formed so that it can be raised by the foreign matter removing unit 60.

The photovoltaic module 50 has a bottom surface coupled to an upper side of the lifting unit 40, a light collecting panel 51 for collecting solar light, and a battery for storing electrical energy collected at the light collecting panel 51 ( 52).

The light collecting panel 51 is operated by a solar tracking unit to be described later so that its bottom is hinged to the lifting unit 40 so as to track sunlight.

Therefore, the light collecting panel 51 may be inclined toward the east or the west according to the position of the sunlight.

The DC power of the battery 52 may be converted into AC power by the inverter 53 and then supplied to surrounding electronic devices or power companies.

The foreign material removing unit 60 lifts the elevating unit 40 to remove foreign substances such as snow or dust existing on the surface of the light collecting panel 51. In particular, the foreign matter removing unit 60 is to remove quickly when the snow on the light collecting panel 51 in winter to convert the solar energy into electrical energy.

The foreign material removing unit 60 may include a lifting cylinder 61 and a lowering cylinder 62.

The lifting cylinder 61 is coupled to the upper surface of the pedestal 100 coupled to one side of the housing 30.

The lifting cylinder 61 may be formed as a hydraulic cylinder or a pneumatic cylinder, and has a rod 611 extending from the inside to the top or contracting from the top to the inside.

Although not shown in the figure, the pedestal 100 may be provided with a supply tank for supplying hydraulic or pneumatic to the lifting cylinder (61).

The lowering cylinder 62 may be formed of a hydraulic cylinder or a pneumatic cylinder in the same way as the lifting cylinder 61, and extends toward the lifting unit 40 inwards or inwards from the lifting block 41 side. A rod 621 that is retracted.

The lowering cylinder 62 is designed to receive hydraulic pressure or pneumatic pressure from the supply tank.

The lowering cylinder 62 is raised when the rod 611 of the lifting cylinder 61 is expanded, and lowered when contracted.

In addition, the lowering cylinder 62 raises the elevating part 40 because the rod 621 is extended to contact the bottom surface of the elevating block 41 when the lowering cylinder 62 is raised as shown in FIG. 3.

On the contrary, the lowering cylinder 62 is spaced apart from the lifting block 41 by contracting the rod 621 when the lifting unit 40 is raised by a predetermined height as shown in FIG. 4. The 40 and the light collecting panel 51 fall by their own weight.

In this case, the rod 621 of the lowering cylinder 62 may be set to contract in accordance with a time when the rod 611 of the lifting cylinder 61 is fully extended.

When the lifting unit 40 and the light collecting panel 51 fall as described above, foreign matters accumulated on the upper surface of the light collecting panel 51 are lost due to the drop impact generated on the lifting unit 40 and the light collecting panel 51. Fall down to the ground.

That is, the foreign matter removing unit 60 may remove the snow or other foreign matters that interfere with solar condensing from the light collecting panel 51, so that more efficient light collecting may be achieved.

The vibration generating unit 70 is elastically supported when the lifting unit 40 is lowered to protect the light collecting panel 51 and to generate vibration in the light collecting panel 51, thereby providing the light collecting panel 51 with the light collecting panel 51. To remove the foreign matter present, it may include an elastic portion 71, the cushion portion 72.

The elastic portion 71 is installed on the bottom surface of the elevating groove 31, and may be formed of a coil spring or a leaf spring to mitigate the impact applied to the elevating portion 40 and the light collecting panel 51 that fall. Can be.

The cushion portion 72 is coupled to the upper surface of the elastic portion 71 and supports the bottom surface of the lifting portion 40. The cushion unit 72 may be formed of a cotton or sponge.

Therefore, when the lifting unit 40 falls by its own weight, the cushion unit 72 stably supports the lifting unit 40 so that no damage occurs, and the elastic unit 71 has the lifting unit 40. By repeatedly stretching and contracting by the load of the light collecting panel 51 and the vibration of the lifting unit 40 and the light collecting panel 51, foreign matter present in the light collecting panel 51 can be removed more efficiently. Make sure

In addition, the solar installation 1 for the road soundproof shield wall according to the present invention may further include an additional foreign matter removing unit 90 for removing foreign matter present in the light collecting panel 51 in stages. have.

The additional foreign matter removing unit 90 is to rotate the light collecting panel 51 to the front or rear of the soundproof panel 20 to remove the remaining foreign matter that could not be removed from the foreign material removing unit 60, the motor 91, The striking part 92 and the weight part 94 may be included.

The motor 91 rotates the striking unit 92, and may be formed of a known AC motor or DC motor in which a rotating shaft rotates in a forward or reverse direction.

The motor 91 is supported by the vertical support 101 installed on the upper surface of the pedestal 100, and is disposed to be positioned on the top and horizontal lines of the light collecting panel 51.

At this time, the vertical support 101 is positioned on the diagonal with the lowering cylinder 62 so as not to interfere with the lowering cylinder 62 which is elevated by the lifting cylinder 61.

The striking part 92 has a central portion fixed to the rotation shaft of the motor 91, and both sides repeatedly hit the light collecting panel 51 while the motor 91 is rotated in place, thereby centering the hinge H. Rotate to

In this case, the striking unit 92 may be formed in a rectangular bar shape or a cross shape, and in the drawings, an example formed in a rectangular bar shape is illustrated.

The weight part 94 may be formed of a metal material having a predetermined weight, and is installed eccentrically under the light collecting panel 51, so that the light collecting panel 51 rotated by the striking part 92 may be original. Return to the position of.

That is, when the striking unit 92 is repeatedly rotated in place by the motor 91 and repeatedly strikes the upper side of the condensing panel 51 in the downward direction, the condensing panel 51 is repeatedly seesaw based on the hinge. As the movement, the foreign matter remaining in the light collecting panel 51 is to be removed.

At this time, one side and the other side of the hitting portion 92 may be provided with a damage preventing cap 93 formed of a rubber or silicon material to prevent the light collecting panel 51 from being damaged.

On the other hand, the east-west solar tracking unit 80 is to rotate the solar power module 50 to track the sunlight according to the displacement of the sun, the solar panel is installed on the upper surface of the solar panel 51 The solar tracking sensor 81 for tracking the position of the sun according to the displacement, the rotation driving unit 82 for rotating the light collecting panel 51, and receives the position value of the sun detected by the sun tracking sensor 81 It may include a control unit 83 for controlling the rotation driving unit 82.

The solar tracking sensor 81 detects and detects sunlight to track the sun, and a detailed description thereof will be omitted.

The rotation driving unit 82 is a motor 821 fixed to the fixing plate 102 formed on the side of the vertical support 101, the drum 822 mounted on the motor shaft of the motor 821 rotated in the forward or reverse direction In addition, one side may include a wire 823 fixed to a ring 511 formed on an upper bottom surface of the light collecting panel 51 and wound or unwound on the drum 822.

Therefore, as the wire 823 is wound or unwound on the drum 822, the light collecting panel 51 is rotated in the east-west direction, so that tracking of the sun is possible.

Next, an operation example of the solar tracking unit configured as described above will be described with reference to FIG. 6.

The solar tracking sensor 81 senses the east-west movement of the sun in real time and transmits it to the control unit 83, and the control unit 83 operates the rotational drive unit 82 so that the light collecting panel 51 controls the sun. Track it.

Specifically, the control unit 83 rotates the rotation axis of the motor 821 in the forward direction when the sunset time, that is, when the sun moves from east to west, so that the wire 823 is wound on the drum 822, The light collecting panel 51 is rotated in the direction of movement of the sun.

In addition, when the sun is at sunset or when sunlight is not sensed by the sun tracking sensor 81, the controller 83 gradually rotates the rotation shaft of the motor 821 in the reverse direction so that a wire ( 823) to loosen slowly.

At this time, since the weight portion 94 is installed below the light collecting panel 51, the light collecting panel 51 is restored to its original state by the weight of the weight portion 94 and is directed to the east again.

In addition, the motor 821 may be operated to loosen the wire 823 when the above-mentioned lifting cylinder 61 is operated to raise the lifting unit 40.

Those skilled in the art to which the present invention pertains will understand that the present invention can be embodied in other specific forms without changing the technical spirit or essential features. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive. The scope of the present invention is represented by the scope of the claims to be described later rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts are included in the scope of the invention. Should be interpreted.

1: Solar installation for soundproof shielding road
10: holding 11: foundation
20: soundproof panel 30: housing
31: lifting groove 40: lifting unit
41: lifting block 50: solar power module
51: light collecting panel 511: ring
52: battery 60: foreign matter removal unit
61: lifting cylinder 611,621: rod
62: lowering cylinder 70: vibration generating unit
71: elastic portion 72: cushion portion
80: east-west solar tracking unit 81: solar tracking sensor
82: rotation drive 821, 91: motor
822: Drum 823: Wire
83: control unit 90: additional foreign matter removing unit
92: blow portion 93: breakage prevention cap
94: parts by weight 100: pedestal
101: vertical support 102: fixed plate

Claims (6)

Props installed on the roadside,
Soundproof panel installed between the pillar,
A housing installed at an upper end of the soundproof panel and having a lifting groove formed thereon
Lifting unit that is accommodated in the lifting groove,
A solar power module which is hinged to an upper side of the lifting unit and collects sunlight;
Lifting the lifting unit to remove the foreign matter to remove the foreign substances present on the surface of the solar power module,
A vibration generator installed in the elevating groove and elastically supporting the elevating portion descending to generate vibration in the photovoltaic module;
It includes an east-west solar tracking unit for rotating the solar power module to track the sunlight according to the displacement of the sun,
The foreign material removing unit,
Lifting cylinder disposed on one side of the housing,
A lifting cylinder which is lifted by the lifting cylinder, the rod is extended to raise the lifting unit when the lifting unit is lifted up, and the lowering cylinder is contracted so that the lifting unit falls by its own weight when the lifting unit is lifted by a predetermined height. Solar installations for road soundproof walls.
delete The method of claim 1,
The vibration generating unit,
An elastic part installed on the bottom surface of the lifting groove,
Solar equipment for a road sound insulation wall is coupled to the upper surface of the elastic portion, including a cushion portion for supporting the lifting portion.
The method of claim 3,
Further comprising an additional foreign matter removing unit for rotating the solar power module to the front or rear of the soundproof panel to remove the foreign matter,
The additional foreign matter removing unit,
motor,
A solar installation for a road soundproof wall comprising a blower that repeatedly hits the upper side of the solar power module while being rotated in place by the motor.
The method of claim 4, wherein
The additional foreign matter removing unit,
A solar installation for the road soundproof shield wall further comprises a weight portion which is installed eccentrically to the solar power module to restore the solar power module rotated by the hitting unit to its original state.
The method of claim 1,
The solar tracking unit,
Solar tracking sensor installed on the top of the light collecting panel to track the position of the sun according to the solar displacement,
Rotating driving unit for rotating the light collecting panel in the east-west direction,
Receiving a position value of the sun sensed by the solar tracking sensor, the solar installation for a road soundproof wall comprising a control unit for controlling the rotational drive.

Images