Novel high-efficient car radial tire molding device

Abstract

The invention discloses a novel high-efficient car radial tire molding device. A composite member conveyor belt, a first cord fabric conveyor belt and a second cord fabric conveyor belt are respectively used for conveying a composite membrane, a first cord fabric and a second cord fabric to the surfaces of two tire body drums at the set position for winding, a steel ring can be arranged on the surface of the tire body drum at the set position in a sleeved manner through a steel ring clamping device, the tire body drums can be used for sequentially inflating and synchronously reversely packaging the materials, which wind the surfaces of the tire body drums, for molding a tire blank, a first belt bundle conveyor belt, a second belt bundle conveyor belt, a tire tread conveyor belt and a crowned belt strip winding device are used for conveying a first belt bundle, a second belt bundle, a tire tread and a crowned belt strip respectively to the surfaces of two belt bundle drums on a discharging end for winding, a product can be taken from the belt bundle drum through a tread transferring ring, the two tire body drums alternately arrive in the set position, and the two belt bundle drums can respectively arrive in the discharging end of the first belt bundle conveyor belt, the second belt bundle conveyor belt, the tire tread conveyor belt and the crowned belt strip winding device. Through the rotation of the two drums, the machining efficiency can be improved, and the production cost can be reduced.

Description

technical field [0001] The invention relates to a car radial tire building system, in particular to a new type of high-efficiency car radial tire building equipment. Background technique [0002] Car radial tires basically adopt a two-stage forming process, and the equipment used is also a two-stage forming machine, which has poor quality and low efficiency. With the continuous exploration of the molding process, it gradually began to move closer to the one-shot method, but there are relatively few types of one-shot equipment, and the molding process routes commonly used in the world are as follows: [0003] Carcass drum side operations include compound winding→stitcher stitching joint→first layer cord winding→stacker stitching joint→second layer cord winding→stacker stitching joint→buckle ring→tread ring transfer→turn-up→setting→ Rolling → raw tire; [0004] Belt drum side operation includes first belt layer winding→second belt layer winding→cap strip winding→tread windin...

AI Technical Summary

Problems solved by technology

This kind of production process requires workers to operate manually in many places, resulting in high labor intensity and low production efficiency, resulting in energy loss

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