TH32797B - Bellows tires and methods for their production - Google Patents

Abstract

DC60 (02/05/46) radial air-inflated tire including layered section, body rubber structure and Two rubber front belts Each fuselage layer and rubber belt There are striped pieces arranged along the circumference of the tire. Each striped piece is joined to the next striped piece on the sides. Each longitudinal piece has parallel rubber reinforcing strands that are coated with rubber. The rubber reinforcement strands are arranged at the pre-determined intervals of the rubber reinforcement strands. The next long bar or rubber reinforcement strand with interconnection points is arranged. At the pre-defined second strand spacing, the result is a tire with high toughness and improved weight balance. radial pneumatic tires, including the layered part, the rubber structure, the body part and Two rubber front belts Each fuselage layer and rubber belt There are striped pieces arranged along the circumference of the tire. Each striped piece is joined to the next striped piece on the sides. Each longitudinal piece has parallel rubber reinforcing strands that are coated with rubber. The rubber reinforcement strands are arranged at the pre-determined intervals of the rubber reinforcement strands. The next long bar or rubber reinforcement strand with interconnection points is arranged. At the pre-defined second strand spacing, the result is a tire with high toughness and improved weight balance.

Claims (6)

1. Inflatable rubber with rubber frame Where the rubber frame will have a long strip piece Several pieces are arranged in directions along the circumference of the tire. Where the piece is a long strip Each piece is bonded to an adjacent long strip piece in a sideways direction, where each long strip piece has multiple strands of reinforcement and a rubber coating. The strands are all consistent reinforcement. Where the reinforced twine will go out in Longitudinal direction of longitudinal pieces And are arranged in parallel, where all the reinforced strands of each rubber band piece form a strand group. Reinforcement that creates a specific tread line arrangement pattern that is similar to Reinforced strand arrangement pattern of the reinforcing twine groups of other long strips, where the reinforcing twine groups are arranged sequentially and evenly in the direction along the circumference of the tire to provide Arrangement pattern The specific reinforcing twine appears repeating across the entire circumference of the tire. And where the specific reinforcing twine arrangement pattern was created by making The spacing of the twisted strands in each of the twisted strands is variable, with the spacing of the strand at the center less than at the flanks. 2. The bellows, according to claim 1, where the ribbed structure is the body structure layer, and the reinforcing twine is arranged extending in the direction along the radius of the tire, where the body frame layer There will be the same layered structure along the circumference. The whole line of car tires 3. Rubber bellows according to claim 1, where the rubber frame is a strap and line. The reinforcing twine is arranged so that it is tilted in relation to the circumferential direction of the tire, provided that the straps have the same layer structure along the entire circumference of the tire. 4.How to produce the rubber bellows, which is provided with a rubber chassis. Where the rubber frame will have Several rubber bands are arranged in a direction along the circumference of the tire, where each long strip piece is welded to the adjacent long strip piece. With that in the direction to the side Where each elongated piece has an extra strand. The multi-piece force and the corresponding reinforced twine-coated rubber, where the reinforcement strands are carried out in the longitudinal axis of the longitudinal pieces and are arranged. Arranged in a parallel way, with all the reinforcing strands of each long strip piece The pieces make up a group of twisted strands that form a strand line pattern. With a specific reinforcing twist, which is the same as the reinforcement twisted line pattern of The reinforced strand group of other long strands, whereby the reinforced strand group is Are arranged continuously in sequence and evenly in the direction along the circumference of the Tires to duplicate specific reinforcement twisted arrangement patterns Along the circumference of the car tire And by which the extra twisted line arrangement pattern A specific tire is created by increasing the distance of the reinforced twine in the group. Twisted, reinforced, variable Where the distance of the twisted rubber line in the middle area will Less on the sides Which consists of Arrangement of rubber bands with several strands of reinforcement, group one The rubber-coated strands are arranged in parallel to create a Arrange the strands to reinforce specific tires. Creating a cylindrical body by wrapping a rubber band into a spiral shape. Where side of Each adjacent pair of turn arcs of a long strip are interlocked. Cylindrical body cutting to obtain plate body Where, when the cylindrical body is cut, the long strips at the rubber are split into several long-row pieces with each adjacent pair. Paired together And the body of the plate is a long parallel to it and the construction of the rubber frame from the body of the plate. Where the body of the plate will be shaped Ring to form a rubber frame And with two long strips at the ends of the The ring-shaped body will be joined together. 5. Method according to claim 4, where when the cylindrical body is built in step by winding The long strip is a spiral spiral. Each side of the adjacent arc is Bonded together while being pressed against it with a predetermined force 6. Approach according to claim 5, whereby the side of the arc turns each adjacent pair of The long strips are pressed against each other by a pair of wheels.