KR101015880B1 - A guide indicating apparatus provided with a security light - Google Patents

Abstract

PURPOSE: An indication device functioning as a security lamp is provided to improve the light radiation efficiency of a light emitting diode using solar power generation based electricity in a region without commercial electricity. CONSTITUTION: An electric equipment chamber is installed on the upper side of a first moving body(30). The electric equipment chamber is composed of light emitting diodes and a control board. The light emitting diodes radiate light to an indication board, and the control board controls the operation of the light emitting diodes. A indication unit(40) is installed at a middle wall, and indication boards are installed on both sides of the indication unit. A security lamp units(50) is installed under the control board.

Description

A guide indicating apparatus provided with a security light}

The present invention relates to a guide display device, and more particularly to a combined use of the guide display device, such as security to enable efficient use of commercial electricity as well as electricity generated by solar power in an area where electricity can not be used.

As a representative example of the prior art, "light emitting diode road guidance apparatus" is disclosed in Korean Utility Model Publication No. 20-2010-0005846. The LED road guide device installs a solar panel and a capacitor on a column to charge solar-generated electricity to the capacitor, and a plurality of LEDs are arranged on the guide display unit so that letters, numbers, and symbols emit light of the same emission color. It has a plate-like structure for displaying a lamp and the like is suspended on the crosspiece of the support so that the control means controls the operation of the light emitting diode. However, this road guide device can guide the destination even at night by the LED light indication, but has the disadvantage of simplicity of use, and uses a plurality of LEDs for displaying the destination, direction, distance, etc. It is not economical because the amount of electricity to be used and the control means are provided.

On the other hand, as a road guide device that can be used for a multi-purpose publication No. 2003-0073922 (2003.09.19) discloses a "aluminum sculpture and a front-illumination guide panel lighting device using a solar cell and a light emitting diode" is disclosed. . This technology uses solar-generated electricity and uses energy-saving LED lamps with reflective shades as the light source, which allows the signs to be uniformly illuminated by indirect light at night, thereby identifying the contents of the signs. However, this lighting device has the advantage of using relatively little electric energy, but it can not be used for multi purpose only by installing aesthetic sculpture.

1. Published Utility Model Publication No. 20-2010-0005846 (2010.06.10) “Light Emitting Diode Road Guidance Device” 2. Korean Patent Laid-Open Publication No. 2003-0073922 (2003.09.19) “Aluminum sculptures are laid and the front lighting guide sign lighting device using a solar cell and a light emitting diode”

The present invention is to provide a security light combined guide display device for functionally arranging a plurality of LEDs using commercial electricity or photovoltaic electricity and allowing light transmission for each of these arrangements. It is done.

Another object of the present invention is to provide a guide effectively using a part of the photovoltaic power generation in the area where the use of commercial electricity is impossible, and the security light combined with a multi-purpose function to illuminate a certain area around the remaining electricity It is to provide a display device.

Another object of the present invention is to operate a LED at least a portion of the electricity obtained by solar power generation and fluorescent lights having a guide display unit for performing an effective guide display by irradiating the guide plate and using the remaining electricity to operate lighting or security lights The present invention provides a security light combined use guidance display device having a type LED security light.

Another object of the present invention is to provide an effective guidance display using commercial electricity and at the same time a security light combined with a multipurpose function to increase the energy efficiency according to lighting or landscape lighting for a certain area around To provide a device.

Security indicator combined display device according to the present invention is installed on both sides or the center of the fuselage to irradiate the light by the LED to the guide plate indicating the fuselage, road or road, direction and building that is a rhombic or polygonal Control to control the operation of the LED display means, the solar power generation and control the charging of the electricity generated in the battery and the LEDs irradiating the light to the guide panel consisting of the guide display means and the LEDs that function as a security It consists of a circuit board, a control board installed inside the upper part of the fuselage, a security lamp composed of one or more lighting LED units installed adjacent to the lower part of the control board or adjacent to the lower part of the fuselage and grouping a plurality of LEDs.

The guide display means forms a light guide path between the light reflector and the lenticular lens sheet so as to provide a guide function on only one side, so that the light of the minimum LEDs can be effectively irradiated to clearly recognize the contents of the guide display board.

The guide display means is provided with a pair of light reflecting plates and a lenticular lens sheet on the left and right sides to guide functions on both sides, and a light guide path is formed therebetween so as to effectively irradiate the minimum number of LEDs. Make sure the contents of are clearly recognized.

 The security light is composed of one or more lighting LED units and installed on the lower surface of the fuselage or on the reflector installed at the bottom to illuminate a range of areas below or to illuminate the landscape in harmony with the surrounding area.

Security light guide display device according to another embodiment of the present invention is a fuselage, a road or a light guide plate made of at least three or more parts of a transparent body having a high light transmittance, each of which is a rhombus or polygon to which light from the LED is irradiated Guide display means for irradiating light by LEDs installed on both sides or in the center of the light guide plate by engraving letters and the like on the light guide plate displaying roads, directions, buildings, etc. Control circuit unit to control the distribution of solar power, solar power generation and charging of the generated electricity to the battery, and to control the operation of the LEDs for the security function by illuminating the LEDs irradiating the light on the guide panel composed of the guide display means. The control panel is composed of a control panel installed adjacent to each upper portion of the light guide plate, adjacent to the lower portion of the control plate It is installed adjacent to the lower part of the body and consists of a security light consisting of one or more illumination LED units in a group of LEDs.

The fuselage forms a horizontal gap between the light guide plates adjacent to both sides of the central light guide plate, thereby enabling the insertion of a transparent information display board that describes letters for guiding roads, roads, and the like.

The fuselage forms a gap horizontally in the center of the central light guide plate to enable the insertion of a transparent guide display board that describes letters for guiding a road, a road, and the like.

The combined guidance light display device according to the present invention minimizes energy consumption even when using commercial electricity efficiently.

 The combined information display device for security lamps shows a fuselage, a road or a road, a direction and a building made of a light guide plate each of which is formed of a rhombus or polygon in which light from the LED is irradiated and at least three parts of a transparent material having high light transmittance. The light guide plate is engraved with letters, etc., and coated with a predetermined color to function as a guide display panel. The guide display means for irradiating light by LEDs installed at both sides or the center of the fuselage, and distributes commercial electricity or solar power. It consists of LEDs for controlling electricity to charge the battery, LEDs for irradiating light to the guide panel composed of guide display means, and control circuits for controlling the operation of LEDs having a security function by surrounding lighting and adjacent to each upper part of the light guide plate. Installed on the control board, adjacent to the lower part of the control board or adjacent to the lower part of the fuselage It can be of the LED configuration of the boandeung of one or more LED lighting units in a group.

In the fuselage, a gap is formed horizontally between the light guide plates adjacent to both sides of the central light guide plate, thereby allowing the insertion of a transparent guide board that describes letters for guiding roads, roads, and the like.

The present invention is equipped with a guide display unit to increase the LED irradiation efficiency by using a part of the photovoltaic power generation in the area where general electricity can not be used to have a multi-purpose function to make an efficient guide display and use the remaining electricity At the same time, it is possible to illuminate a certain area and to illuminate the scenery according to the surrounding environment.

1 is a front view showing that the two guide display device according to an embodiment of the present invention is installed on a post having a solar power solar module,
2 is a schematic perspective view of a partially cut guide display device according to an embodiment of the present invention,
3 is a cross-sectional view showing a guide display device according to an embodiment of the present invention,
4 is a cross-sectional view of the guide display unit cut according to an embodiment of the present invention,
5 is a cross-sectional view showing a guide display device according to another embodiment of the present invention,
6 is a cross-sectional view of a guide display unit cut according to another embodiment of the present invention;
7 is a cross-sectional view of the guide display device according to another embodiment of the present disclosure.
8 is a cross-sectional view illustrating a guide display device similar to the guide display device of FIG. 7 according to another exemplary embodiment of the present invention.

Example 1

The present invention will be described in detail with reference to the accompanying drawings.

As shown in Figure 1, the strut 10 is provided with a combined security light guide display device 20 according to the present invention. On the support 10, a solar cell module 11 for photovoltaic power generation used to guide a road, a building, or the like is fixed to the top of four supports 12 at an inclination of approximately 45 ° C. The support 12 is provided with a rechargeable battery 13 in the lower portion of the solar cell module (11). At a predetermined height of the support 10, the guide display device 20 is suspended from the horizontal support 15, and one side of the horizontal support 15 is fixed to the support 14.

In the guide display device 20, the first body 30 may have a rhombus shape or a polygon of a predetermined shape as shown in FIGS. 2 and 3. The first fuselage 30 has an upper portion of the electric field chamber 21, which controls the solar power and charges the generated electricity to the battery 13 in the electric field chamber 21. It consists of a control circuit unit for controlling the operation of the LEDs irradiating light and the security function by the ambient light and the control board 22 is installed. That is, the control panel 22 allows the battery 13 to charge the electricity generated by the solar cell module 11 to the battery 13 and constitute the guide display unit 40 which will be described later in detail. The predetermined number of LEDs installed therein are turned on and off so as to form a predetermined number of LEDs installed therein and a security light unit 50 that illuminates around the support 10 for security.

In the first body 30, guide display units 40 are installed on both sides of the first body 30 so as to form side surfaces thereof. In the interior of the first body 30, one or more, i.e., two, security light units 50 are provided on the lower surface of the bottom wall portion 23 of the electrical equipment room 21. The security light unit 50 may be preferably composed of a fluorescent lamp type LED lighting. An intermediate wall 24 is installed with the security light units 50 interposed therebetween, and a light transmitting member 25 having a transmissive function such as transparent glass fixed to the intermediate wall 24 and the lower end of the guide display unit 40 is fixed. do. Here, the security light unit 50 can be used as a landscape light harmonizing with the surrounding environment because the LEDs are properly arranged or red or blue at the same time by arranging red, blue, and green.

The guide display unit 40 is composed of the upper and lower frames 41 and 42 and the second body 51 constructed of left and right frames (not shown) as shown in FIG. 4. The guide display unit 40 has a guide display plate 43 made of a flexible film in which the destination for the guidance of roads, public institutions, etc. is described in the second fuselage 51, and the guide display plate 43 is provided with a minimum of the guide display plate 43. It is constructed to effectively radiate light using LEDs.

Specifically, between the upper and lower frames 41 and 42, a diffusion sheet 49 for diffusing light on the front surface is fixed, and a guide panel 43 is positioned behind the diffusion sheet 49. The guide display plate 43 is made of a film having a transparent, translucent or color such as a polymer series, and contents for guide display together with a figure are prepared.

The lenticular lens sheet 44 is positioned adjacent to the guide panel 43. Here, the lenticular lens sheet 44 is composed of semi-circular convex lenticular lenses long or long in width thereof.

On the other hand, the base plate 45 is located on the opposite side of the diffusion sheet 43, the reflecting sheet 46 made of a kind of lenticular lens sheet coated on the front surface with the sawtooth-shaped reflecting film adjacent to the base plate 45 is Is located. Accordingly, a space is formed between the lenticular lens sheet 44 and the reflective sheet 46, and the space is formed as the light guide passage 47, and the upper and lower frames 41 and 42 are mutually formed in the light guide passage 47. LED substrates 48 mounted with a predetermined number of LEDs are installed at opposite positions. Although only light paths are shown in the drawing, the light is uniformly irradiated on the front surface of the guide panel 43 by using optical fibers corresponding to the LEDs to increase the lighting effect using a small number of LEDs. The detailed description of this configuration is omitted since it is described in detail in the "application board display apparatus" of Patent Application No. 10-2010-0038122 (2010.04.23) filed by the same application.

Therefore, when the guide display unit 40 illuminates the LED on the LED substrate 41 and irradiates light in the light guide passage 47, the light reflected by the reflector 46 and the light directly irradiated to the outside are lenticular. Further diffused by the lens lens sheet 44 and irradiates the guide plate 43 and through the diffusion sheet 49 to clearly identify the contents of the guide plate.

Accordingly, the combined security light guide display device 20 according to an embodiment of the present invention operates the guide display unit 40 using only the minimum number of LEDs, and uses the remaining electricity to operate the landscape light or the security light unit 50. Let's do it.

 Example 2

According to another embodiment of the present invention, as shown in Figs. 5 and 6, the combined security light guide display device 20 is provided with a guide display unit 60 of the upper, but not shown in the upper portion of the second fuselage 61 The controller body 22 is installed in the second body 61. Unlike the exemplary embodiment of the present invention, the second fuselage 61 is provided with transparent light transmitting wall portions 31, such as glass or acrylic, capable of transmitting light on both sides, and guides instead of the intermediate wall 24 of the first embodiment. The display unit 60 is installed. Reflecting plates 32 and 33 are provided on the lower side of the guide display unit 60 by light transmitting wall portions 31 on both sides thereof. Here, the reflecting plates 32 and 33 are parabolic in a configuration that enhances the lighting efficiency. In the middle of these reflecting plates 32 and 33, two security lamp units 50 are provided, respectively. The security light unit 50 may be preferably composed of a fluorescent lamp type LED lighting.

The guide display unit 60 according to another embodiment of the present invention includes a second body 61 constructed as upper and lower frames 62 and 63 and left and right frames (not shown) as shown in FIG. 6. The guide display unit 60 is positioned with the reflective sheets 46 facing away from each other with the base plate 45 removed from the middle of the inside of the second body 61.

Diffusion sheets 49 are positioned at both sides of the second body 61, and the guide panel 43 is positioned adjacent to the diffusion sheet 49. In addition, the lenticular lens sheet 44 is positioned adjacent to the guide panel 43. Accordingly, a space is formed between the lenticular lens sheet 44 and the reflective sheet 46, and the space is formed of the light guide passages 47. The light guide passages 47 are provided with LED substrates 48 mounted with a predetermined number of LEDs at positions where the upper and lower frames 62 and 63 face each other. Similarly, the light guiding passages 47 have a structure in which light is uniformly irradiated on the front surface of the guide panel 43 by using an optical fiber corresponding to the LED so as to increase the lighting effect by using a small number of LEDs.

 Therefore, the combined security light guide display device 20 according to another embodiment of the present invention also operates the guide display unit 60 with only a minimum number of LEDs and the guide display is made on both sides thereof.

In addition, according to the present invention, to minimize the consumption of electrical energy by using commercial electricity to increase the energy efficiency.

 Example 3

According to another embodiment of the present invention, the guide display device 20 is provided with a fuselage 70, the upper surface is fixed to the coupler (not shown) coupled with the horizontal support 15 of the support and the interior of the electric room ( 71, which is provided with a control board 72 in which LEDs are properly arranged. The fuselage 70 is composed of at least three light guide plates, on which the first light guide plates 73 for illumination or landscape are located, and at least one second light guide plate composed of a guide display unit 80 at the center between them. 74 and 75 are located. Here, the first and second LGPs 73-75 may be glass or acrylic plates that effectively transmit the light of the LEDs, and may be preferably transparent materials having crystals and performance.

On the other hand, the single second LGP 74 located between the two first LGPs 73 is engraved with figures and characters for displaying roads, roads, etc. on both sides thereof, or over the entire width of the A portion. A gap is formed and a separate guide display unit 80 may be inserted.

The guide signs 81 are transparent on both sides, and letters, figures, and the like for guide display are made of a single color or multiple colors.

According to another embodiment, the three first and second LGPs 73 and 74 are integrated and a gap is formed in each of the B portions therebetween so that the guide panel 82 can be inserted to be recovered. The guide display panel 82 is made of a guide display only on one side. The guide panels 81 or 82 are displayed according to the illumination of the second light guide plate 74, and the first light guide plates 73 assist display light of the guide plates 81 or 82. .

On the other hand, the guide display device 20 has a total power capacity to be used in the range of 30 Watts to 20 Watts, for example, the first light guide plate 73 and the second light guide plate 74 used for lighting or landscape use. Power distribution

The control panel 72 provided on the first light guide plate 73 and the second light guide plate 74 is distributed with a predetermined power source, and the LEDs are arranged, for example, the first and second light guide plates 73 and 74. Correspondingly, the predetermined power is configured to be distributed at 3: 4: 3. Therefore, the light diffusing lens 76 or the light reflecting plate 77 may be installed at the lower portion of the first light guide plate 73 and the lower light diffusion lens 76 and the second light guide plate 74. ) Is completed.

In the guide display unit 80, the transparent body 90 having the lower diffusion lenses 84 installed on both sides thereof may be fixed to the body 70 together with the first and second light guide plates 73 and 74. .

10: prop 20: guide display device
30, 51, 61, 70: fuselage 40, 60, 80: guide display unit
50: security light unit 73: first light guide plate
74: second light guide plate 76: light diffusing lens

Claims (9)

Combined with a security light with a first body consisting of an upper portion, side surfaces having at least one guide plate for guiding marks, a lower portion constructed of a transmissive member, and intermediate walls extending from the middle to the lower portion of the upper lower side and partitioning In the guide display device,
The first fuselage with an electric equipment room composed of a control panel that controls the operation of the LED lamps so that the LEDs illuminate light on a display board that displays roads, roads, directions, and buildings and provide a security function by providing ambient lighting. ;
Guide display means installed on the intermediate wall and provided with guide panels on both sides thereof and displaying engraved characters through a light guide passage between the light reflecting plate and the lenticular lens sheet so that the LEDs are irradiated onto the guide display plates;
It consists of security light units consisting of LED lamps, which are light transmissive members on both sides extending from the upper side, to guide the display of the guide display means, and at the same time installed adjacent to the lower part of the upper control panel to illuminate the lower side. Security indicator combined use display device characterized in that.
delete delete The method of claim 1,
A security lamp combined display device, characterized in that the security lamp is installed on the lower reflector of the lower part of the first fuselage.
delete delete A security light combined guidance display device having an upper wall, a middle wall having at least one guide display plate for guiding signs, and a fuselage having a fuselage positioned on both sides of the upper wall with an intermediate wall interposed therebetween,
A fuselage having an electric equipment room including a control panel for controlling the operation of LEDs such as LEDs for illuminating light on a guide display board for displaying and guiding roads, roads, directions, and buildings to provide a security function by surrounding lighting;
Guide display means composed of a first light guide plate which engraves letters to display roads, roads, directions, and buildings, coats a predetermined color to form a guide display panel, and instead of the middle wall, irradiates light by LEDs;
It consists of a security light consisting of one or more lighting LED units installed adjacent to the bottom of the control panel and causing a plurality of LEDs to be irradiated collectively.
By forming a gap horizontally between the light guide plate adjacent to both sides of the central light guide plate and another light guide plate among the fuselage, it is possible to insert a transparent guide display board that describes the characters for guiding the road, road, etc.
And a transparent guide plate including letters for guiding roads, roads, and the like, by forming a gap horizontally in the center of the central light guide plate of the fuselage.
delete delete

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