Tire pattern structure

A tire, comprising:

• a tread, the tread including a tread pattern;
• two shoulders;
• and
• two sidewalls, each sidewall of the two sidewalls including a group of sidewall patterns, and each group of sidewall patterns including an upper sidewall pattern and a lower sidewall pattern spaced from each other relative to a circumferential direction of the tire and extending transversely with respect to the circumferential direction of the tire, each upper sidewall pattern of the two sidewalls includes two sidewall pattern blocks, and each lower sidewall pattern of the two sidewalls includes two sidewall pattern blocks, wherein each of the sidewall pattern blocks of each of the upper and lower sidewall patterns is thereby alternatively disposed in spaced-circumferential relationship;
• wherein the tread pattern and the group of sidewall patterns of each sidewall together define a tire pattern formed by a plurality of uniformly distributed patterns arranged in the circumferential direction of the tire, the tread pattern being formed by groups of long spoon-shaped patterns, and each group of long spoon-shaped patterns includes an upper long spoon-shaped pattern and a circumferential-spaced lower long spoon-shaped pattern respectively extending in an axial direction of the tire, wherein each of the upper long spoon-shaped pattern and each of the lower long spoon-shaped pattern respectively include two spoon-shaped pattern blocks extending axially in opposing directions from a central portion of the tread pattern and symmetrically arranged with respect to the central portion of the tread pattern, each of the spoon-shaped pattern blocks thereby being alternatively disposed in spaced-circumferential relationship, and each spoon-shaped pattern block of each of the upper and lower long spoon-shaped patterns includes a head block coupled to a handle block, wherein a length of the handle blocks of the spoon-shaped pattern blocks of the lower spoon-shaped pattern is smaller than a length of the handle blocks of the spoon-shaped pattern blocks of the upper spoon-shaped pattern, each of the two spoon-shaped pattern blocks of each of the upper and lower long spoon-shaped patterns being coupled to the respective sidewall pattern block of the corresponding upper and lower sidewall pattern, and each of the two spoon-shaped pattern blocks of each of the upper and lower long spoon-shaped patterns extend angularly with respect to the axial direction of the tire in a series of segments of progressively-increasing angles from a corresponding portion of the respective tire shoulder, and each of the sidewall pattern blocks of the upper and lower sidewall patterns include respective quadrilateral blocks having first and second protrusions, and also include a central recessed block, a first recessed block, and a second recessed block, and the quadrilateral block having the first protrusion of the sidewall pattern blocks of each of the upper and lower sidewall patterns has a first end coupled to a corresponding portion of the tread pattern by both of respective first and second recessed blocks, and the quadrilateral block having the first protrusion of the sidewall pattern blocks of each of the upper and lower sidewall patterns has a second end coupled to a first end of a corresponding quadrilateral block having the second protrusion by the respective central recessed block, the sidewall pattern blocks of the upper sidewall pattern also include a gradually inclined arc recessed block, and a second end of the quadrilateral block having the second protrusion of the sidewall pattern blocks of the upper sidewall pattern is coupled to a corresponding portion of the sidewall by the respective gradually inclined arc recessed block;
• wherein each spoon-shaped pattern block of each of the upper and lower long spoon-shaped patterns has formed thereon a bridge recessed pattern including a bridge connecting the corresponding head block with the corresponding handle block;
• and
• wherein the sidewall pattern blocks of the upper and lower sidewalls define a first reference line in a direction transverse to the circumferential direction, and an angle A is the angle defined with respect to the first reference line at a transitioning position from the first recessed block to the handle block, an angle B is the angle defined with respect to a second reference line parallel to the first reference line at a position on the handle block prior to transitioning to the bridge recessed pattern, an angle C is the angle defined with respect to a third reference line parallel to the first reference line at a transitioning position from the handle block to the bridge recessed pattern, an angle D is the angle defined with respect to a fourth reference line parallel to the first reference line at a position subsequent to transitioning from the bridge recessed pattern to the head block, an angle E is the angle defined with respect to a fifth reference line parallel to the first reference line at a position on an end portion of the head block, an angle F is the angle defined with respect to a sixth reference line parallel to the first reference line at a position on the head block prior to transitioning to the bridge recessed pattern, an angle G is the angle defined with respect to the sixth reference line at the position on the head block prior to transitioning to the bridge recessed pattern and further defined as 180°—angle F—a predetermined interior head block angle, an angle H is the angle defined with respect to a seventh reference line parallel to the first reference line at a position subsequent to transitioning from the bridge recessed pattern to the handle block, an angle I is the angle defined with respect to an eighth reference line parallel to the first reference line at a transitioning position from the handle block to the first recessed block, and a round corner R is defined at a corner portion transitioning from the head block to the bridge recessed pattern, and wherein the angle A is 5°˜15°, the angle B is 0°˜5°, the angle C is 5°˜20°, the angle D is 20°˜40°, the angle E is 85°˜95°, the angle F is 10°˜30°, the angle G is 5°˜25°, the angle H is 0°˜15°, the angle I is 0°˜15°, and the round corner R is 100˜1500 mm.