Tension member structure of crawler
The present invention relates to a crawler used for transporting continuous-track vehicles for construction, civil engineering, agricultural use or the like. More particularly this invention relates to a structure of a tension member of the crawler, in which a plurality of tension members concentrically wound are juxtaposedly inserted in the transverse direction of the crawler, and therefore the tension member is prevented from being delaminated and the durability and the workability and productivity can be more improved. The present invention is characterized in that each of the tension members is concentrically wound several times, and the wound members are arranged juxtaposedly in the transverse direction of the crawler, thereby forming the tension members in the form of plural layers.
1. A tension member structure of a crawler, comprising a plurality of tension members ( 10 ) arranged juxtaposedly in the transverse direction of the crawler body ( 2 ), each of the tension members being concentrically wound several times thereby forming the tension members ( 10 ) in the form of plural layers:
wherein the plurality of tension members ( 10 ) comprises a plurality of tension member division groups ( 20 ), each of which comprises predetermined numbers of a tension member ( 10 ) and divides the width of the crawler ( 1 ) into equal parts, and are transversely arranged juxtaposedly on the group basis; and
wherein the tension member division groups ( 20 ) are arranged juxtaposedly so that their end edges are located at different points, to improve the anti-breakage against the external force.
2. The tension member structure according to claim 1 , wherein the tension member ( 10 ) is concentrically wound about more than two times the length of the circumference of the crawler ( 1 ), thereby providing an adhering area between the tension members over the total length of the crawler.
3. The tension member structure according to claim 1 , wherein both ends of the respective tension members ( 10 ) form cutting edges ( 11 ) cut at right angles, the tension members ( 10 ) being arranged juxtaposedly so that the cutting edges ( 11 ) stand in parallel with respect to the transverse direction of the crawler ( 1 ).
4. The tension member structure according to claim 1 , wherein both ends of the tension members ( 10 ) concentrically wound are overlapped and adhered to each other.
5. The tension member structure according to claim 1 , wherein both ends of the tension members ( 10 ) concentrically wound are aligned to be near each other.
6. A tension member structure of a crawler, comprising a plurality of tension members ( 10 ) arranged juxtaposedly in the transverse direction of the crawler body ( 2 ), each of the tension members being concentrically wound several times thereby forming the tension members ( 10 ) in the form of plural layers;
wherein both ends of the respective tension members ( 10 ) form cutting edges ( 11 ) cut at right angles, the tension members ( 10 ) being arranged juxtaposedly so that the cutting edges ( 11 ) stand in an oblique row at a predetermined angle with respect to the transverse direction of the crawler ( 1 ).