| 摘要 |
The present invention relates to an embedded solar road marker for omnidirectional projection. The present invention includes: a base which is embedded in a road surface and has a lateral surface formed with an uneven surface; and a marker body which has an uneven lower surface to be inserted and fixed in the inside of the base, irradiates reflected light in all directions on an upper surface, and is formed in the sealed state, wherein the upper surface of the marker body is exposed by a fixing plate and is fixed to the base. Thus, the marker body is stably fixed by the combination of the uneven surface of the base and the fixing plate to prevent shock or movement due to the weight of a vehicle or the frictional force with wheels and to suppress ease of damage or breakdown. In addition, although moisture such as rain or snow permeates the inside of the base by a change in temperature due to seasonal changes, and foreign materials such as dust, sand, and the like of the road permeate the inside of the base, the present invention can prevent the permeation of moisture and foreign materials into the marker body to prevent breakdown and lengthen lifetime by sealing the marker body and completely separating the marker body from the base. Furthermore, by fixing a bottom surface of the base coupled with the marker body to the ground using anchor bolts, the present invention can more stably fix the marker body, suppress the ejection and protrusion of the marker body from the ground caused by the weight and frictional force of a moving vehicle, and can prevent accidents. |
