KR20150107380A - Signs using green energy facilities - Google Patents

Abstract

The present invention relates to a sign board facility using green energy, and more particularly, to a sign board facility in which a back light source is diverted from a back face of a signboard formed with letters to facilitate identification of the characters, A cover plate and a base plate which are sequentially deposited on the back side of the film luminous body and the back side of the film luminous body so as to be able to diverge the back light source from the back side of the solar cell module, And a wind power device, and it is a main object of the present invention to provide a signage facility capable of driving a closed-circuit image device operated by the power supply described above, so that the characters formed on the signage Can be easily and clearly identified, It is possible to clearly identify the film luminous body even if the film luminous body does not radiate the back light source by printing the phosphorescent pigment in the outline form of the characters formed on the back plate so that the light of the car headlight and the light reflected by the sunlight do not identify the characters of the sign, It is possible to remarkably reduce traffic accidents, and it is possible to use solar light and wind power to supply a power source for operating the film luminous body deposited on the signboard, so that no separate power source device is added, And the like.

Description

{Signs using green energy facilities}

The present invention relates to a sign board facility using green energy. More particularly, the present invention relates to a sign board facility using green energy, in which a back light source is diverged from the back face of an outer face plate of a character formed sign to easily identify the character, The present invention relates to a sign facility using green energy which is supplied with solar power or wind power.

Generally, road signs are installed on highways and national roads to guide the roads.

The conventional road guide sign has a plate-like support plate which is in close contact with the ground, a support plate which is vertically mounted on the center of the support plate, And a signboard including an identification unit on which road guidance display contents are marked. The driver perceives information related to the road by observing the contents of the identification unit marked on the signboard with eyes.

As a result,

Japanese Patent Laid-Open No. 2000-0030656 discloses a sign board having a plate-like pedestal plate in close contact with the ground, a pedestal supported vertically in the center of the pedestal plate, and an identification unit Wherein the rotary shaft of the wind turbine is connected to a generator installed in a support post at the lower end of the rotary support shaft, Wherein the power generated by the lamp is stored in the storage battery and the power stored in the storage battery is illuminated by the timer only at the selected time for the luminescent lamp disposed in the identification part of the sign, have.

Registration No. 10-1147074 discloses a stiffener comprising a strut vertically adjacent to a road, a first flange formed with a radial rib finger fixed to one side of the strut, A second reinforcing member having a first fitting hole penetrating through the first reinforcing member and a second flange formed at one end of the first reinforcing member so as to be coupled to one side of the first flange and having a radial rib- And a second insertion tube is formed at one side of the first reinforcing member so as to be inserted through the first coupling hole of the first reinforcing member, A third reinforcing member having a first insertion tube formed on the other side to be inserted into one side surface and a third flange formed to be engaged with one surface of the first and second flanges by connecting between the first and second insertion tubes, A cover plate which covers the outside of the first and second flanges joined by the first flange of the first reinforcing member and the first flange of the transverse support so that one end is fixed to the support and the other end is fixed to the transverse support; An auxiliary support having one end connected to one side of a pair of first fastening pieces spaced apart from each other in a left-right symmetrical manner and connected to a vertical portion and the other end connected to a second fastening piece fixed to a lower surface of the lateral support, A pair of first fasteners communicating with one side of the transverse portion of each first fastening piece are fastened through bolts and nuts through a fastener formed on the upper surface of the first fastener through the upper first fastener, And a plate-like throttle plate fixed to one side of the upper part of the column, which is fastened through bolts and nuts, through an elliptical control hole formed at the lower side of the lower surface through the lower first fastener Represents the traffic signal, characterized in that the facility signs.

No. 10-1030397 discloses an electronic apparatus including an EL panel unit, an inverter circuit which is electrically connected to the EL panel unit, converts an AC power into AC by periodic switching drive and supplies the AC power to the EL panel unit, And a phase control unit electrically connected to the inverter circuit and controlling a phase of an AC power supplied to the EL panel unit, wherein the EL panel unit has an upper display panel on which characters are formed on a front surface thereof, And a bottom plate coupled to a rear surface of the EL film layer, wherein the EL film layer is divided into a plurality of EL elements.

No. 10-1373600 discloses a light-transmitting lens of a LED module combination disposed on a front surface of an LED module having a plurality of LEDs arranged on a printed circuit board, wherein the light-transmitting lens has a transparent lens body formed in a flat plate shape; An LED seating groove formed on the bottom surface of the lens body so that the LED is inserted and seated; And a translucent portion formed on an upper surface of the lens body facing the LED seating groove, wherein the translucent portion includes a plurality of reflective protrusions projecting in a concentric form on an upper surface of the lens body, wherein a protruding height of the reflective protrusions The thickness is formed to have a dimension in the range of 1 to 10% with respect to the diameter of the outermost reflective protrusions of the reflective protrusions so that hot spots are not generated, and the interval between the reflective protrusions is set to a range of 0.2 to 1.5 mm And the diameter of the outermost reflection protrusions of the reflection protrusions is formed to have a diameter ranging from 100 to 250% with respect to the diameter of the LED seating grooves.

However, the conventional road guide sign constructed as described above has a disadvantage in that it can not clearly identify the contents of the identification portion displayed on the sign in the daytime but can not clearly identify it in the nighttime.

Therefore, in recent years, the sign is formed as a reflector, and the contents of the identification part are reflected and can be identified by the light emitted from the headlight of the vehicle. However, the disadvantage that the light of the vehicle headlight must accurately reflect the sign In particular, when the distance between the road signboard and the vehicle is a certain distance or more away, the headlight is not transmitted and the contents of the identification part can not be known in advance, leading to a traffic accident It is.

In order to solve such a problem, when the light emitting means is mounted on the identification portion of the signboard and it is difficult to identify the contents of the road signboard at night or in case of rainy weather, the identification portion of the signboard is illuminated so that the contents of the road information can be clearly identified Some have been proposed.

However, this is disadvantageous in that it is difficult to connect a power source for operating the light emitting means mounted on the signboard when the installation place of the road signboard is in the mountainous region, and when the power source for operating the light emitting means is a battery, The life span is extremely limited and there is a problem in management that it must be replaced at any time.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the prior art described above, and it is an object of the present invention to provide a protective cover, a cover and a base plate which are sequentially deposited on a rear surface of a film luminous body and a rear surface of the film luminous body, And a solar cell module for supplying power to the sign board and a wind power unit. The power supply unit may include a green energy which can drive a closed circuit It was completed as a technical task with a focus on providing signage facilities.

According to an aspect of the present invention, there is provided a sign board comprising a column vertically installed on a ground and a sign formed on one side of the column, wherein the sign includes an outer plate A protective film covering the rear surface of the protective film, a protective film covering the rear surface of the protective film, a protective film covering the rear surface of the protective film, And a base plate constituted by a back surface of the cover are sequentially deposited and constituted by a power supply unit for supplying power to the film luminous body of the sign by the control of the control unit. And to solve the problems by providing the facilities using signs.

According to the present invention, it is possible to more easily and clearly identify the characters formed on the signboard due to the signboard on which the film luminous body is deposited, and to print the phosphorescent pigment in the outline of the characters formed on the signboard Even if the film luminous body does not emit the backlight, it can be clearly identified, so that the characters of the sign can be known in advance without recognizing the characters of the sign by the light of the headlights of the car and the light reflected by the sunlight, In addition, since the power source for operating the film luminous body deposited on the signboard can be supplied with sunlight and wind power, a separate power source device is not added, which is the invention of a hybrid signage facility.

1 is a perspective view showing a solar cell module mounted on a sign board of the present invention
2 is a perspective view showing the structure of a sign board of a sign board facility of the present invention
3 is a front view showing characters formed on an outer plate in the sign structure of Fig.
Fig. 4 is a perspective view showing that a wind turbine device is mounted on a sign board facility of the present invention
FIG. 5 is a perspective view showing a closed-circuit image device mounted on a signage facility of the present invention

A sign system using green energy according to the present invention will be described.

The sign board of the present invention comprises a column vertically installed on the ground and a sign formed with a letter on one side of the column, wherein the sign board 200 includes an outer surface A film light emitting body 220 in which a fluorescent layer and a dielectric layer are sequentially deposited between the conductive film and the back electrode and a moistureproof protective film is deposited on one side of the back electrode; A cover 240 formed of a rear surface of the protective cover 230 and a base plate 250 formed of a rear surface of the cover 240 are sequentially deposited and formed of a protective cover 230, And a power supply unit 300 for supplying power to the film luminous body 220 of the sign 200 by control.

A luminous pigment 261 is printed on the outer circumference of the characters 260 formed on the outer plate 210 of the sign 200.

The power supply device 300 uses a solar cell module 400 for generating and supplying power through a solar cell 410 by using solar light in connection with a part of the support 100.

The power supply device 300 is connected to a part of the strut 100 by using a wind turbine 500 that generates and supplies power through a rotary vane using wind.

The closed circuit image device 600 may be constructed on one side of the strut 100 or on one side of the sign 200 by operating the supply of power generated by the solar cell module 400 or the wind power device 500 .

1 to 5, a sign system using green energy according to the present invention will be described in more detail.

First of all, a description will be made of a signpost facility generally used,

The signage facility consists of a post which is vertically installed on the ground and a sign on which characters are formed on one side of the post.

In the case of the signboard described above, the location where each signboard facility is installed differs according to the markings of characters formed on the signboard.

In addition, in the case of the character, the character may be varied according to various used markings such as numbers, symbols, Korean characters, Chinese characters, English characters, and the like. In the present invention, the various marks are collectively referred to as characters.

The sign board 200 of the present invention includes a sign board 200 mounted on a generally used strut 100. The sign board 200 has an outer face plate 210 through which letters to be used pass, A film luminous body 220 in which a fluorescent layer and a dielectric layer are sequentially deposited between the film and the backside electrode and a moisture-proof protective film is deposited on one side of the backside electrode, a protective cover 230 for protecting the back face of the film luminous body 220, A cover 240 composed of a back surface of the protective cover 230 and a base plate 250 deposited on the back surface of the cover 240 are sequentially deposited.

1 to 3, the outer plate 210 is formed on the outer surface of the sign 200 and is formed with characters 260 to be used. In general, However, according to the present invention, the cutouts are formed in accordance with the shape of the characters 260 to be used. This may be achieved by attaching a separate protective member to the cut characters 260 according to use so as to protect the cut-in portion from the foreign object.

In addition, a luminous pigment 261 is printed on the outer circumference of the character 260. This is because the light source is diverted from the back surface due to the supply of power to identify the character 260, And the characters 260 can be more clearly identified even in the case of a bright day.

A fluorescent layer and a dielectric layer are sequentially deposited between the conductive film and the back electrode, and a moisture-proof protective film is deposited on one side of the back electrode. Each of the power terminals is connected to the conductive film and the back electrode, The AC power applied at this time is used by applying electricity in a state in which the voltage and the frequency are shifted, not the commercial power by using the inverter.

The protective cover 230 and the cover 240 are sequentially formed on the back surface of the film luminous body 220. The protective cover 230 protects the film luminous body 220 and the cover 240 covers the protective cover 230. [ (230), which is generally used, and one of the protective cover (230) or the cover (240) may be used depending on the use.

The base plate 250 is deposited on the back surface of the cover 240 and is generally used.

The protective cover 230 and the cover 240 are generally made of an aluminum material. The protection cover 230 and the cover 240 are not limited to the above embodiments.

The power supply unit 300 supplies power to the film luminous body 220 of the sign 200. The power supply 300 supplies power to the film luminous body 220 under the control of a control unit mounted on itself or separately. At this time, the power supply to be used may be supplied by a battery or a separate power supply.

This can be controlled through the control unit according to the weather, brightness, dark environment, and time of the surroundings where the display panel facilities are installed.

Another embodiment of the power supply device 300 will be described with reference to FIGS. 1, 4, and 5. FIG.

The power supply 300 may be configured to connect a solar cell module 400 having a plurality of solar cells 410 to a part of the support 100 to generate power using solar light, The power supply unit 300 may be connected to the power supply unit 300 through the power supply unit 400. FIG.

In addition, a wind turbine 500 having a rotary blade is connected to a part of the support 100 so as to generate power using wind, and the power is supplied to the power supply device 300).

The solar battery module 400 and the wind turbine unit 500 that supply power to the power supply unit 300 may be used separately or may be connected to the support 100 respectively.

The closed circuit video device 600 may be connected to one side of the strut 100 or one side of the sign 200. The closed circuit video device 600 may be connected to the power supply 300 ), A method using a solar cell module (400) or a method using a wind power device (500).

As described above, according to the present invention, the characters (260) formed on the signboard (200) can be easily and clearly identified by the signboard (200) on which the film luminous body (220) The luminous pigment 261 is printed on the outer surface of the marking plate 260 by the outer shape of the marking plate 260 so that the film luminous body 220 can be clearly distinguished even without emitting the backlighting light. The character 260 of the sign 200 can be known in advance and the traffic accident can be significantly reduced without identifying the characters 260 of the sign 200. The sign of the power of the power source for operating the film illuminant 220 deposited on the sign 200 It is possible to use solar and wind power supply, so that a separate power supply unit is not added, so that it can be used in a hybrid manner.

100: holding
200: sign 210: outer plate 220: sign
230: protective cover 240: cover 250: base plate
260: letter 261: phosphorescent pigment
300: Power supply
400: solar cell module
500: Wind power unit
600: Closed circuit imaging device

Claims (4)

1. A sign board comprising a support column vertically installed on the ground and a sign formed on one side of the support column,
The sign 200 includes an outer plate 210 formed to penetrate characters (260) to be used,
A film light emitting body 220 in which a fluorescent layer and a dielectric layer are sequentially deposited between the conductive film and the back electrode and the moistureproof protective film is deposited on one side of the back electrode,
A protective cover 230 for protecting the back surface of the film luminous body 220,
A cover 240 having a back surface of the protective cover 230,
And a base plate 250 composed of a back surface of the cover 240 are sequentially deposited,
And a power supply unit 300 for supplying power to the film luminous body 220 of the sign 200 under the control of the control unit 300. The power supply unit 300 uses the solar light to drive the solar cell 410 And a solar cell module (400) for generating and supplying power to the column (100) is connected to a part of the column (100).
The method according to claim 1,
Wherein a luminous pigment (261) is printed on an outer circumference of a character (260) formed on an outer surface plate (210) of the sign board (200).
The method according to claim 1,
Wherein the power supply device (300) is connected to a part of the strut (100) by using a wind power device (500) for generating and supplying power through a rotary vane by using wind, facility.
4. The method according to any one of claims 1 to 3,
The closed circuit image device 600 may be constructed on one side of the strut 100 or on one side of the sign 200 by operating the supply of power generated by the solar cell module 400 or the wind power device 500 Signage facilities using green energy, characterized by being able to.

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