1. Performance of a Product

1) Securing a certain intensity of light
• Technology that ensures visibility by expressing a constant light intensity from various angles by driving light sources and controls underground and emitting light-emitting silicon through diffusion effects.
• Maximize visibility and ensure basic light levels by ensuring uniform light intensity from various angles.
 


2) Securing safety for pedestrians and bicycles
• Securing primary safety for pedestrians and cyclists by cushioning the luminous part protruding to the ground.
• Reducing accident rates by preventing traffic accidents on roads with marker bottles
• Prevent secondary accidents caused by protruding or missing marker bottles
• Securing visibility is fundamental, and ensuring safety for pedestrians and cyclists by solving accidents caused by a marker bottle.
​

3) Minimizing the resilience and impact of the luminescence
• Existing products are pressed due to vehicle impact and cannot act as a marker, but our products are silicon material, which reoccurs in the impact and acts as a marker.
• Test the durability of the product due to adverse conditions of the actual roadway (Tests, 200,000 times) by repeating the phenomenon of actual vehicle tires being blown and passed as part of road lane testing.
• All parts except the luminescence parts are buried and driven in the ground, so they can be used continuously without crushing or breakage. 

​

4) Ease of maintenance
• Improved maintenance convenience through replaceable design of internal modules (module exchange: 10 minutes required)
• In case of bifurcation between the light source and the light source, the light source can be reused and maintained only by replacing the silicon.




2. The expected effects of the product
1) Securing visibility and legibility
• Gain visibility and readability in bad weather at half the cost of direct sunlight
• Multiple distances lighted through a single LED light source to represent the original lane.
• Produce multi-colored LEDs and apply them to color driving lines such as highways and parking lots to clarify the driver's directions.

2) Reducing economic costs
• Existing direct-lighting methods are expensive to install and maintain, so they cannot be installed in many times.
• Low-cost, low-cost information-signing function can help local governments with low financial independence to save money.
• Expected market share improvement through price competitiveness by reducing maintenance costs in case of damage in the future due to a detachable structure

3) Reducing the number of traffic accidents
• Excellent visibility, readability and safety as a sign to reduce the number of traffic accidents during night driving
• Under the Civilian Food Act, which is applied from this year, it can be applied to protected areas, such as school zones, to respond to vehicle shocks and transmit danger signals to pedestrians and drivers to prevent safety accidents.
• Expected reduction in the number of traffic accidents caused by this

3) Securing the economy of traffic safety facilities by local governments with low financial independence
• Lower costs for road traffic safety facilities in local governments with low financial independence

• Reduce costs and increase functionality and effectiveness to create synergy 

1. Performance of a Product

1) Securing a certain intensity of light
• Technology that ensures visibility by expressing a constant light intensity from various angles by driving light sources and controls underground and emitting light-emitting silicon through diffusion effects.
• Maximize visibility and ensure basic light levels by ensuring uniform light intensity from various angles.
 


2) Securing safety for pedestrians and bicycles
• Securing primary safety for pedestrians and cyclists by cushioning the luminous part protruding to the ground.
• Reducing accident rates by preventing traffic accidents on roads with marker bottles
• Prevent secondary accidents caused by protruding or missing marker bottles
• Securing visibility is fundamental, and ensuring safety for pedestrians and cyclists by solving accidents caused by a marker bottle.
​

3) Minimizing the resilience and impact of the luminescence
• Existing products are pressed due to vehicle impact and cannot act as a marker, but our products are silicon material, which reoccurs in the impact and acts as a marker.
• Test the durability of the product due to adverse conditions of the actual roadway (Tests, 200,000 times) by repeating the phenomenon of actual vehicle tires being blown and passed as part of road lane testing.
• All parts except the luminescence parts are buried and driven in the ground, so they can be used continuously without crushing or breakage. 

​

4) Ease of maintenance
• Improved maintenance convenience through replaceable design of internal modules (module exchange: 10 minutes required)
• In case of bifurcation between the light source and the light source, the light source can be reused and maintained only by replacing the silicon.




2. The expected effects of the product
1) Securing visibility and legibility
• Gain visibility and readability in bad weather at half the cost of direct sunlight
• Multiple distances lighted through a single LED light source to represent the original lane.
• Produce multi-colored LEDs and apply them to color driving lines such as highways and parking lots to clarify the driver's directions.

2) Reducing economic costs
• Existing direct-lighting methods are expensive to install and maintain, so they cannot be installed in many times.
• Low-cost, low-cost information-signing function can help local governments with low financial independence to save money.
• Expected market share improvement through price competitiveness by reducing maintenance costs in case of damage in the future due to a detachable structure

3) Reducing the number of traffic accidents
• Excellent visibility, readability and safety as a sign to reduce the number of traffic accidents during night driving
• Under the Civilian Food Act, which is applied from this year, it can be applied to protected areas, such as school zones, to respond to vehicle shocks and transmit danger signals to pedestrians and drivers to prevent safety accidents.
• Expected reduction in the number of traffic accidents caused by this

3) Securing the economy of traffic safety facilities by local governments with low financial independence
• Lower costs for road traffic safety facilities in local governments with low financial independence

• Reduce costs and increase functionality and effectiveness to create synergy