Road marking using optical illusion

Abstract

This invention is a surface sign that is seen by the driver as raised vertically improving the readability by the driver, and as for the surface signs with an optical illusion effect that can aid the driver in driving safely due to the tendency of being able to capture the gaze of the driver printing onto the road surface creating surface signs that provides information to a far off above driver using copy or shapes, from the standard distance between the above driver and the above surface sign, where the roadside prints are formed longer than the wayside prints for random waysides and roadsides reflected at the same distances form in the periphery of the above driver, and the surface of the road is painted in order for the two nearby roadsides to form a mutually acute angle, which is the feature of this invention.

What is claimed is: 
     
         1 . Because of the surface sign providing information to the driver from a distance of the copy or shapes that are printed on the surface of the road
 From the standard distance between the above driver and the above surface sign, where the roadside prints are formed longer than the wayside prints for random waysides and roadsides reflected at the same distances form in the periphery of the above driver, and the surface of the road is painted in order for the two nearby roadsides to form a mutually acute angle, which is the feature of this invention, the closer the location of the above driver to the above standard distance then gradually the two above nearby roadsides will be reflected in the field of view of the above driver and be recognized as growing parallel, which is the surface sign with an optical illusion effect.   
     
     
         2 . The actuator for control loading system as  claim 1 ,
 When the height of the field of view of the above driver is ‘A,’ the total length from the uppermost point to the lowermost point of the surface sign reflected in the field of view of the above driver is B, and the distance between the above driver and above surface sign is ‘X,’   then the total print length of the above surface sign ‘Y’ is
     Y =( B/A ) X    
   
       and,
 The printed length of the above surface sign, ‘y’ is the random length of the roadside established from the lowermost point from the above surface sign that is reflected in the field of vision of the above driver,
     y =(( X−Y )/( A−b )) b    
 
 which is a feature of the surface sign with an optical illusion effect. 
 
     
     
         3 . The actuator for control loading system as  claim 1 ,
 When the distance between the above driver and the above surface sign is ‘X’ and the above painted scope of the surface sign is ‘S,’   then the formed angle of the above roadside ‘A,’ is
   0=2tan −1 (( S/ 2)/ X ) 
   
       and,
 For the random vertical line that stretches from the uppermost point to the lowermost point of the surface sign, and the length of the above lower side vertical line is s1, the distance between the driver and the above surface sign is ‘X,’ and the total print length of the above surface sine is ‘Y’, 
 then the upper side length of above random vertical line s2 is, 
 s2=(X/(X−Y))s1 which is a feature of the surface sign with an optical illusion effect.