Front-back double-station belted-layer wire cord fabric reeling machine achieving automatic dragging and cutting

Abstract

The invention discloses a front-back double-station belted-layer wire cord fabric reeling machine achieving automatic dragging and cutting. The machine comprises a front-station cord fabric reeling device and a back-station cord fabric reeling device; a cord fabric conveying device is arranged over the position in front of the front-station cord fabric reeling device, an automatic cord fabric cutting device is arranged on the cord fabric conveying device, an auxiliary cord fabric conveying device is arranged over the position between the front-station cord fabric reeling device and the back-station cord fabric reeling device, a front-station automatic dragging device swinging around the output end of the cord fabric conveying device is arranged between the cord fabric conveying device and the front-station cord fabric reeling device, and a back-station automatic dragging device swinging around the output end of the auxiliary cord fabric conveying device is arranged between the auxiliary cord fabric conveying device and the back-station cord fabric reeling device. Accordingly, a belted-layer wire cord fabric can be automatically cut, automatic dragging of the belted-layer wire cord fabric between the front-station cord fabric reeling device and the back-station cord fabric reeling device can be completed, automatic unintermittent continuous production is achieved, and the automation degree of the equipment is achieved.

Description

technical field [0001] The invention relates to tire production line equipment, in particular to a front and rear double-station coiler for automatic feeding and cutting of belt steel cord. Background technique [0002] The conventional double-station coiling device or single-station coiling device needs to manually cut the belt layer steel cord, and pull the belt layer steel cord to the receiving roll, and the double-station coiling device needs to be manually To pull the curtain to the next station, the degree of automation is low and the auxiliary time is long, which seriously affects the working efficiency of the equipment. [0003] The frequent human-computer interaction of the coiling device has become an important factor restricting the production efficiency and automation degree of the steel cord cutting machine production line. There are great safety hazards in the process of human-computer interaction. Or a small safety accident occurs. Contents of the invention...

AI Technical Summary

Problems solved by technology

[0002] The conventional double-station coiling device or single-station coiling device needs to manually cut the belt layer steel cord, and pull the belt layer steel cord to the receiving roll, and the double-station coiling device needs to be manually Pulling the curtain to the next station, the degree of automation is low, and the auxiliary time is long, which seriously affects the working efficiency of the equipment

[0003] The frequent human-computer interaction of the coiling device has become an important factor restricting the production efficiency and automation degree of the steel cord cutting machine production line. There are great safety hazards in the process of human-computer interaction. or minor safety accidents

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