High Speed High Performance Delineator System

Abstract

A traffic delineator system having a flexible delineator body member, a base member, a cylindrical load-collar attached to the body member at a first end and having a second end with rigid tapering threaded shoulder members to be releasably interlocked within a receiving space in the base member. The collar has tapering side walls with a varying thickness from a first end to a second end.

1 . A traffic delineator post system comprising:
 a flexible delineator body member having an upper and a lower end;   a base member for supporting and retaining said body member and adapted to be fixed to any suitable stationary object and having a threaded receiving space therein; and   a high strength, flexible, resilient cylindrical collar member attached at a first end to said lower end of said body member and a second end of said collar member adapted to be releasably interlocked within said receiving space in said base member,
 said collar member having an inner longitudinal axis and side walls angularly tapering from a horizontal axis of said collar member toward said inner longitudinal axis, said collar flexing from a first upright position upon vehicular impact to said system and rebounding to said first upright position upon cession of said impact. 
   
     
     
         2 . The high speed high performance delineator system of  claim 1  wherein said collar member further comprises multiple, rigid, helically threaded shoulders at said second end of said collar member and adapted to be releasably interlocked within said receiving space in said base member. 
     
     
         3 . The high speed high performance delineator system of  claim 2  wherein said collar member having said inner longitudinal axis and said side walls tapers at an angle in the range of 1-5 degrees from a horizontal axis of said collar member toward said inner longitudinal axis. 
     
     
         4 . The high speed high performance delineator system of  claim 3  wherein said collar member, said side walls have a first thickness t 1  greater at said second end of said collar than a second wall thickness t 2  at said first end of the collar member. 
     
     
         5 . The high speed high performance delineator system of  claim 4  wherein said collar member has at least four tapering, helically-threaded shoulders at said second end of said collar member. 
     
     
         6 . The high speed high performance delineator system of  claim 5  wherein said helically-threaded shoulders may be urged downwardly into said base and engage with said receiving members along said inner side walls. 
     
     
         7 . The high speed high performance delineator system of  claim 6  wherein rotation of said collar releasably interlocks said helically-threaded shoulders with said receiving members along said inner side walls. 
     
     
         8 . A traffic delineator post system comprising:
 a flexible delineator body member having an upper and a lower end;   a base member for supporting and retaining said body member and adapted to be fixed to any suitable stationary object and having a threaded receiving space therein; and   a high strength, flexible, resilient cylindrical collar member attached at a first end to said lower end of said body member and a second end of said collar member having rigid, threaded shoulders adapted to be releasably interlocked within said receiving space in said base member,   an anti-twist locking pin disposed through said base member and engagable with a locking port in said second end of said collar member;   said collar member having an inner longitudinal axis and side walls tapering approximately 1° to 5° from a horizontal axis of said collar member toward said inner longitudinal axis, said sidewalls having a first greater wall thickness at said second end of said collar member than a second wall thickness at said first end of said collar member, said collar flexing from a first upright position upon vehicular impact to said system and rebounding to said first upright position upon cession of said impact.