Shock-absorbing barrier using pillars and rail

A shock-absorbing barrier comprising:

• a pillar tube (50) coupled to an upper portion of a pillar (80) mounted to the ground;
• a pillar tube rail (90) transversely-extending through the pillar tube (50);
• and
• a guardrail shock-absorbing part comprising:
• a pair of axially-aligned guardrails (10) extending parallel to the pillar tube rail (90) on opposing sides of the pillar (80), each guardrail (10) being connected to the pillar tube rail (90) via a respective rotary rod (12) vertically coupled therebetween;
• a plurality of axially-aligned hollow shock-absorbing members (51) having the pillar tube rail (90) and the guardrails (10) extending therethrough;
• a plurality of axially-aligned barrier walls (60) disposed on each opposing side of the shock-absorbing members (51);
• a plurality of vertical tubes (40) connected to the guardrails (10) and extending downwardly therefrom about respective transverse axes;
• a pair of horizontal rails (30) extending parallel to the guardrails (10) on opposing sides of the vertical tubes (40) and coupled to lower portions of the vertical tubes (40) via horizontal rods (42) which pass through the vertical tubes (40) and aligned horizontal holes (31) in the horizontal rails (30), and wherein the horizontal rails (30) each pass through aligned cavities in the barrier walls (60) disposed on a respective side of the shock-absorbing members (51);
• and
• a pair of barrier rails (20) extending parallel to the guardrails (10) on opposing sides of the vertical tubes (40) and coupled to upper portions of the vertical tubes (40) via horizontal shaft fixing rods (21), and wherein the barrier rails (20) each pass through aligned rail grooves (65) formed on top surfaces of the respective barrier walls (60).