Automatic winding shaping mill of multilayer composite rubber tube

Abstract

The invention discloses an automatic winding shaping mill of a multilayer composite rubber tube. The automatic winding shaping mill is composed of a steel wire wound double-sided spindle disk (1), a rubber / cord fabric wrapper (2), a roller bracket (3), a base (4), a driving device (5), a traction device (6) and a computer console (7); under the control of the computer console, the traction device tracts core barrels connected in series; under the support of the roller bracket, the core barrels pass through the central through hole of the serial steel wire wound double-sided spindle disk to horizontally and forwards move; the driving device drives the steel wire wound double-sided spindle disk loading rubber / cord fabric wrapper or a spool to carry out planetary rotation around the spool;borne rubber belts, cord belts or steels are continuously and successively coiled on the spool to be shaped by layers; and continuous and automatic winding and shaping is carried out to cause the production of the steel wire wound multilayer composite rubber hoses to lower working intensity, improve production efficiency and keep the consistency of the product quality.

Description

technical field [0001] The invention relates to a rubber hose forming device, in particular to a multilayer composite rubber hose automatic winding forming machine for producing steel wire wound multilayer composite rubber hoses. Background technique [0002] The existing technology produces steel wire wound multi-layer composite rubber hose, which is formed by manually winding the inner rubber, steel wire, middle rubber, cord, and outer rubber on a long circular steel core tube from inside to outside. , and then together with the core tube into a vulcanization tank for vulcanization, after vulcanization, take out the core tube to obtain the finished rubber hose. Manual glue wrapping, steel wire wrapping, and cord wrapping work have high work intensity and low efficiency, and the winding tension is difficult to control. The consistency of the winding density and tightness is poor, depending on the proficiency of the operator, which affects the consistency of the finished hos...

AI Technical Summary

Problems solved by technology

Manual glue wrapping, steel wire wrapping, and cord wrapping work have high work intensity and low efficiency, and the winding tension is difficult to control. The consistency of the winding density and tightness is poor, depending on the proficiency of the operator, which affects the consistency of the finished hose quality. Therefore, The existing technology has problems and deficiencies such as high work intensity, low efficiency, and difficulty in ensuring product consistency

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