Semi-steel tire steel wire ring winding and attaching method

Abstract

The invention relates to a semi-steel tire bead ring winding and attaching method, and belongs to the field of tire production. A stacking machine is installed in the three-dimensional warehouse, an inlet of the three-dimensional warehouse is connected with the output end of a chain machine, a first RFID reading device is installed at the position of the inlet of the three-dimensional warehouse, the input end of the chain machine is connected with an outlet of a rotary table, a tool trolley is placed on the rotary table, RFID tags are installed on the tool trolley, and a second RFID reading device is installed at the position of the outlet of the rotary table. A joint robot is arranged at the inlet position of the rotary table, a steel wire ring temporary storage frame is installed within the grabbing range of the joint robot, the steel wire ring temporary storage frame is located at an output port of the steel wire ring winding machine, a truss is arranged at the outlet position of the three-dimensional warehouse, a movable forking mechanical arm is installed on the truss, and an attaching equipment steel wire ring storage frame is installed on one side of the truss. And the laminating equipment steel wire ring storage rack is connected with the steel wire ring laminating equipment.

Description

technical field [0001] The invention belongs to the field of tire production, and in particular relates to a method for winding and attaching a semi-steel tire bead ring. Background technique [0002] As we all know, there are more and more tire product specifications and more and more uses. In the tire production process, there are more and more specifications of the bead ring rubber core composite parts, and the steel wire required for the bead ring rubber core composite parts The variety of rings and rubber cores has also increased. Subject to the problem that the efficiency of the bead ring production and the rubber core lamination equipment cannot be matched 1:1, at present, domestic and foreign tire companies generally adopt the separate production mode of the bead ring and the rubber core composite parts. This separation production mode has frequent mass production accidents, There are a series of disadvantages such as high labor intensity of workers, low degree of a...

AI Technical Summary

Problems solved by technology

Constrained by the problem that the efficiency of bead ring production and rubber core bonding equipment cannot be matched 1:1, domestic and foreign tire companies generally adopt the separate production mode of bead ring and rubber core composite parts. This separate production mode has frequent batch quality accidents, A series of disadvantages such as high labor intensity of workers, low degree of automation, and large area occupied by the traveler storage area

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