KR200450436Y1 - Fence post having led lights - Google Patents

Abstract

The present invention relates to a railing column equipped with an LED light that can be easily attracted to the driver and pedestrians by mounting the LED light on the upper side of the pillar, and attaching the solar panel on the cap mounted on the pillar and In the interior of the solar cell circuit having a relay and the accumulation place is electrically connected to the solar panel is embedded, the front of the cap is electrically connected to the solar cell circuit using the electricity produced in the solar panel at night A lighting plate provided with a plurality of LEDs that emit light is formed to protrude, and the lighting plate is inclined with respect to the center line of the pillar and is installed toward the gaze of the pedestrian and the driver toward the pillar.

According to the present invention, even at night, in rainy weather or in fog, drivers and pedestrians can be reliably displayed, and the inclined mounting type can be easily fixed to a circular column or a square column. In addition, the lighting panel is equipped with sequential lighting LEDs to display the lights vividly to the outside through the lighting plate to secure the driver's view even at night, fog, and rainy weather, and to focus the eyes more, thus preventing safety accidents more thoroughly. The excellent effect is obtained.

LED light, handrail, solar panel, solar circuit, sequential LED

Description

Handrail with LED Light {FENCE POST HAVING LED LIGHTS}

The present invention relates to a handrail that is equipped with an LED light on the upper side of the pillar, and more particularly, it is possible to secure the attention and visibility of the driver by mounting the LED light inclined to the top of the column, and the various roads on the LED light The present invention relates to a handrail equipped with an LED light that is improved to allow safe passage and walking by easily attracting the eyes of drivers and pedestrians by sequentially displaying a display or image shape.

Generally, safety fences and railings are installed in the social infrastructure such as sidewalks, school zones, senior care zones, parks, trails, bicycle paths, and playgrounds where pedestrians pass frequently. It is.

In addition, due to high oil prices and global warming, the urban environment is deteriorated, and various natural ecological environments such as rivers are being created in the city center to secure pedestrians' pedestrian rights. Pedestrian-only roads are activated in the vicinity of the rivers created by the natural ecological environment. In general, many safety fences and railings are installed around the rivers to prevent falling into the rivers in order to protect the pedestrians.

Such safety fences and railings should be easily identified at night, and can clearly mark the boundaries of roads and trails and walkways to ensure pedestrians' safe passage.

In addition, traffic signs, signposts, and traffic lights installed on local roads, national roads, highways, and municipal roads are usually equipped with numerous metal pillars. These pillars are also clearly distinguished from surrounding structures at night and in bad weather. It should be easy to identify the vehicle so that it can be completely prevented.

To this end, in the past, a reflector was installed to draw attention of drivers to safety fences, railings, traffic safety signs, signposts, traffic lights, or props of the central separator. However, such a reflector, if used for a certain period of time, the reflection performance of the reflector is significantly reduced due to the foreign matter, soil, dust and sand, etc., had a problem that does not function as a reflector.

In order to solve such a problem, a structure for emitting light by using LED light on a pillar of a conventional circular pillar or a square pillar has been proposed, but since it is light by electricity, it has to bear the cost of electricity. In the structure of conventional struts designed using Solar, light was emitted only at the upper edge of the circular post and the square post, which did not attract the driver's attention.

Therefore, the conventional props that display roads using LED lights can not only catch the eyes and attention of drivers or pedestrians, but also have poor visibility such as nighttime, rainy weather or dense fog. There was a need for a structure that would allow drivers and pedestrians to easily visualize warnings and dangers, effectively preventing accidents.

The present invention was devised to solve the conventional problems as described above, the purpose of which is to add attention to the driver's attention, secure visibility and aesthetic splendor, and the light emitted from the Solar LED light (Solar) It displays the letters and symbols by diverging to the front or side, but can clearly indicate directions and boundaries to drivers and pedestrians even at night, in the rain, and in the fog. To provide a handrail equipped with an easy LED light.

Another object of the present invention is to display characters and symbols by emitting light emitted from the LED light to the front and side, more expressive characters and symbols more vividly even at night, rainy weather, fog And handrails equipped with LED lights that can ventilate the pedestrian's surroundings and prevent safety accidents by clearly distinguishing the directions and boundaries of sidewalks and roadways.

In order to achieve the above object, the present invention attaches a solar panel on a cap mounted on an upper part of a pillar, and a solar cell circuit having a relay and an accumulator in the cap is electrically connected to the solar panel. The front surface of the cap is electrically connected to the solar cell circuit is formed with a plurality of LEDs to emit light at night by using electricity produced in the solar panel is formed projecting, such lighting plate is formed on the center line of the pillar It is formed to be inclined toward the pillar is a structure installed toward the gaze side of the pedestrian and the driver. Therefore, even at night, in rainy weather or fog, drivers and pedestrians can be reliably displayed, and it is easy to be fixed to a circular column or a square column by the inclination-mounted type.

And the present invention is preferably the lighting plate has a plurality of arc-shaped ramps extending from the rear to the cap of the pillar, each of the arc-shaped ramps are formed with a long hole in the longitudinal direction, the long hole is attached to the cap The inclination of the lighting plate can be adjusted by inserting a fastener to which the end is detachably fixed so as to change the cap mounting position of each arc-shaped ramp. Therefore, it is easy to adjust the inclination on a circular column or a square column, it is possible to adjust the inclination at the desired angle to facilitate the attention and visibility of the driver, and can add aesthetic splendor.

In addition, the present invention is preferably made of a sequential lighting LED that the lighting plate is displayed by moving the light to the arrow light type, the light emitted from the LED light (LED Light) to express the letters and symbols more vividly at night, rainy weather In the event of a fog, the driver and pedestrians can be further ventilated, and the directions and boundaries of sidewalks and roadways can be clearly identified to prevent accidents more effectively.

According to the present invention, a solar cell is attached to a closing cap used in the upper part of a circular pillar or a square post, and the LED light is fixed by having a shape different from that of a conventional cap. It is easy to ensure the driver's attention and visibility by adjusting the inclination angle of the lighting plate so that it can come out to the side of the road, the driver's direction and the pedestrian's direction, and adjusting the inclination angle so that the divergent light of the LED light is directed toward the driver's line of sight. Aesthetic splendor can be obtained. In addition, LED lights are mounted on each column through arc-shaped ramps, and the angle of inclination can be easily adjusted, thereby further facilitating construction.

In addition, according to the present invention, the sequential lighting LED is mounted to enable the display to be vividly displayed to the outside through the lighting plate to secure the driver's view even at night, fog, and rainy weather, and to further focus the eyes. In addition, it is installed in traffic safety facilities including side fences and road signs and all props to secure driver's attention and visibility, and further prevent safety accidents.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

The handrail holder 100 equipped with the LED light according to the present invention, as shown in FIGS. 1 and 2, attaches the solar panel 130 to the cap 120 mounted on the pillar 110 and the cap 120. Inside the 120, a solar cell circuit 140 including a relay 142 and a storage battery 144 is electrically connected to the solar panel 130 through an electric wire 146 and embedded therein.

That is, the cap 120 is mounted on the upper end of the circular pillar 110 or the square pillar 110, the solar panel 130 for producing electricity by sunlight is attached on the cap 120, the wire 146 Passes through the cap 120 and is electrically connected to the solar cell circuit 140 having the relay 142 and the storage battery 144 positioned inside the cap 120, that is, inside the pillar 110.

In addition, the front of the cap 120 is electrically connected to the solar cell circuit 140, the lighting plate 160 is provided with a plurality of LEDs to emit light at night using electricity produced by the solar panel 130 Protrudingly formed, such a lighting plate 160 has a structure in which a plurality of LEDs 164 are formed by forming a plurality of holes 162 in the front thereof.

In addition, the lighting plate 160 is a structure that is inclined with respect to the center line of the pillar 110 by a plurality of arc-shaped ramps (170a, 170b) provided on both sides. In the plurality of arc-shaped ramps 170a and 170b mounted on the lighting plate 160, long holes 172a and 172b are formed in the center thereof in the longitudinal direction, respectively, and the long holes 172a and 172b. Is connected to the cap 120 through the fastener 176. In this structure, the fastener 176 may be preferably made of a screw.

The arc ramps 170a and 170b have a plurality of fasteners 176 fixed to both side edges of the cap 120, and the front ends of the arc ramps 170a and 170b are both ends of the lighting plate 160. The fixing plate 160 is fixed to the elongated holes 172a and 172b to fix the arc ramps 170a and 170b to fix the lighting plate 160 at a predetermined angle at the front end thereof.

That is, when the cap 120 mounting position of each arc-shaped ramps 170a and 170b on the fastener 176 is changed, the inclination of the lighting plate 160 can be adjusted as shown in FIG. Through such adjustment of the inclination angle, the light emitted from the LEDs 164 of the lighting plate 160 is installed to the gaze of the pedestrian and the driver toward the pillar 110. In this case, the light from the LED 164 does not dazzle the driver and pedestrian, unlike a general incandescent lamp.

As described above, the lighting plate 160 mounted on the top of the pillar 110 to adjust the inclination angle θ may be tilted in the front and rear direction as shown in FIG. 3, but differently from FIGS. 4A and 4B. As shown, the adjustment of the inclination angle θ from side to side of the pillar 110 may be made.

Meanwhile, as illustrated in FIGS. 5A, 5B, and 6, the lighting plate 160 may be equipped with sequential lighting LEDs 164a for lighting and displaying an arrow light in a moving type.

In this case, the solar cell circuit 140 supplying electricity to the lighting plate 160 may be further provided with a control circuit (not shown) for controlling the lighting sequence of the sequential lighting LEDs 164a. In addition, such sequential lighting LEDs 164a may have a structure in which an arrow moves in a predetermined direction, as shown in FIG. 6, or may dynamically display various types of symbols or safety signs.

The handrail holding device 100 equipped with the LED light according to the present invention configured as described above is installed on the road surface where drivers and pedestrians frequently travel, so that even if it is difficult to secure the clock due to daytime, nighttime, rainy weather, fog, etc. And it is possible to turn around the pedestrians to prevent the safety accidents such as vehicle collision accidents and pedestrians fall in advance.

And the handrail holder 100 is equipped with an LED light according to the present invention is a solar panel 130 fixed on the cap 120 to collect the sunlight during the day to generate power, then the solar cell circuit 140 It is supplied to the storage battery 144 and stored. At night, the solar cell circuit 140 emits the LEDs 164 of the lighting plate 160 using the power stored in the storage battery 144.

In this case, the lighting plate 160 is mounted so that the inclination angle is adjustable with respect to the pillar 110, such lighting plate 160 is the driver of the light emitted from the LED 164 through the adjustment of the inclination angle Or face the pedestrian's eyes.

This is made through a plurality of arc-shaped ramps 170a, 170b and fasteners 176 connecting the lighting plate 160 to the pillar 110, in order to achieve the adjustment of the inclination angle (θ) of the pillar 110 Loosen the fasteners 176 from both sides of the cap 120, and then move the fasteners 176 on the long holes 172a and 172b of the ramps 170a and 170b, and adjust and position them to fix them. 4, the inclination angle of the lighting plate 160 may be adjusted.

On the other hand, when the sequential lighting LEDs 164a are turned on through the angle-adjusted lighting plate 160, the driver and pedestrians can be attracted more effectively, thereby enabling safe passage and walking.

As such, the present invention attaches the solar panel 130 to the upper surface of the closing cap 120 fixed to the upper portion of the circular pillar 110 or the square post 110, and thus, the conventional closing cap. 120 and the upper surface of the pillar 110, the inclined mounting so that the light plate 160, the LED light (164) is fixed to the side of the road or driver's direction and pedestrian direction Then, the inclination angle θ is adjusted.

In addition, the LED light diverging light of the lighting plate 160 whose tilt angle θ is adjusted is directed toward the driver's line of sight so that the driver's attention and visibility can be more easily secured.

In addition, the present invention is equipped with a sequential lighting LED (164a) to display the various road markings and instructions to the outside vividly through the lighting plate 160 to secure the driver's view even at night, fog and rainy weather You can focus your attention.

Therefore, the present invention can be installed in the traffic fence facilities including the boundary fence and the sign posts of the sidewalks and roadways, and all the posts, to secure the attention and visibility of the driver, and to prevent the safety accident more thoroughly.

An embodiment of the present invention described above and illustrated in the drawings should not be construed as limiting the technical spirit of the present invention. The scope of protection of the present invention is limited only by the matters described in the claims, and those skilled in the art will be able to modify the technical idea of the present invention in various forms. Therefore, such improvements and modifications fall within the protection scope of the present invention as long as it is obvious to those skilled in the art.

1 is a perspective view showing a handrail equipped with an LED light according to the present invention;

Figure 2 is an exploded perspective view showing a handrail equipped with an LED light according to the present invention;

3 is a perspective view showing a structure in which the inclination angle control of the lighting plate in the front and rear of the pillar in the handrail holding the LED light according to the present invention;

4 is a view showing a structure in which the inclination angle control of the lighting plate in the railing column equipped with the LED light according to the present invention from the side of the pillar to the left and right,

a) a perspective view, b) a side view;

5 is a view illustrating a structure in which the sequential lighting LEDs are mounted on a lighting plate in a railing column equipped with an LED light according to the present invention, a) in exploded perspective view, b) in combination perspective view;

FIG. 6 is an explanatory diagram showing a structure in which sequentially lit LEDs of a lighting plate are sequentially turned on in a railing column equipped with an LED light according to the present invention to vividly display an arrow display.

Description of the Related Art

100 ..... Handrail with LED Light

110 ..... Pillar 120 ..... Cap

130 ..... Solar panel 140 ..... Solar cell circuit

142 ..... Relay 144 ..... Storage battery

146 ..... wires 160 ..... lighting board

162 ..... Holes 164 ..... Multiple LEDs

164a ..... sequential lighting LED 170a, 170b .... arc ramp

172a, 172b ..... Long Hole 176 ..... Fasteners

θ ..... tilt angle

Claims (2)

The solar panel is attached to the cap mounted on the upper part of the pillar, and the solar cell circuit having a relay and an accumulator is electrically connected to the solar panel inside the cap, and the front of the cap is electrically connected to the solar cell circuit. Is connected to the lighting plate is provided with a plurality of LEDs to emit light at night by using electricity produced from the solar panel, such a lighting plate is formed inclined with respect to the centerline of the pillar to the pedestrians and drivers of the pillars To be installed on the line of sight, The lighting plate has a plurality of arc-shaped ramps extending from the rear to the cap of the pillar, each of the arc-shaped ramps is formed with a long hole in the longitudinal direction, the end of the long hole is fixed to the cap so that the end is detachable It is characterized in that the inclination of the lighting plate can be adjusted by changing the cap mounting position of each arc-shaped ramp of the fastener is inserted, The lighting plate is a railing column equipped with an LED light, characterized in that the sequential lighting LEDs are displayed by lighting the arrow light to move. delete

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