Burst-resistant tire embedded with a plurality of open tubular members
A burst-resistant tire embedded with open tubular members include an outer ring, an inner ring and the open tubular members. The outer ring is composed of a first outer ring and a second outer ring, which are symmetrical with respect to a central radial plane of the burst-resistant tire. The open tubular members include multiple first open tubular members and multiple second open tubular members. The first open tubular members are provided between the first outer ring and the inner ring, and the second open tubular members are provided between the second outer ring and the inner ring. The second open tubular members and the first open tubular members are connected at the central radial plane of the burst-resistant tire.
1. A burst-resistant tire embedded with a plurality of open tubular members, comprising:
an outer ring;
an inner ring; and
the plurality of open tubular members;
wherein the outer ring comprises a first axial side and a second axial side; the first axial side and the second axial side are symmetrical with respect to a central radial plane of the burst-resistant tire; the plurality of open tubular members comprise a plurality of first open tubular members and a plurality of second open tubular members; the plurality of first open tubular members are provided between the first axial side and the inner ring; the plurality of second open tubular members are provided between the second axial side and the inner ring; and the plurality of second open tubular members and the plurality of first open tubular members are connected at the central radial plane of the burst-resistant tire;
two adjacent first open tubular members are connected to form a closed loop; two adjacent second open tubular members are connected to form a closed loop; each of the plurality of first open tubular members abuts against the first axial side and the inner ring; each of the plurality of second open tubular members abuts against the second axial side and the inner ring; a first cavity is formed between adjacent first open tubular members and the first axial side; a second cavity is formed between adjacent first open tubular members and the inner ring; a third cavity is formed between adjacent second open tubular members and the second axial side; and a fourth cavity is formed between adjacent second open tubular members and the inner ring;
the plurality of first open tubular members are evenly distributed around an axis of the inner ring; and the plurality of second open tubular members are evenly distributed around the axis of the inner ring;
an axis of each of the plurality of first open tubular members is parallel to the axis of the inner ring; an axis of each of the plurality of second open tubular members is parallel to the axis of the inner ring; a section of each of the plurality of first open tubular members along the central radial plane of the burst-resistant tire is circular; and a section of each of the plurality of second open tubular members along the central radial plane of the burst-resistant tire is circular; and
the plurality of first open tubular members and the plurality of second open tubular members are arranged symmetrically; the first cavity communicates with the third cavity; and the second cavity communicates with the fourth cavity.
2. The burst-resistant tire of claim 1 , wherein the plurality of first open tubular members and the plurality of second open tubular members are arranged asymmetrically.
3. The burst-resistant tire of claim 2 , wherein a connection point of two adjacent first open tubular members is located at an axis of the corresponding second open tubular member.
4. The burst-resistant tire of claim 2 , wherein an axial width of the outer ring is equal to an axial width of the inner ring.
5. The burst-resistant tire of claim 2 , wherein an axial width of the outer ring is larger than that of the inner ring; and a cross section of the burst-resistant tire is trapezoid-shaped.