Tyre storage device and tyre vulcanizer

Abstract

The invention provides a tyre storage device. The tyre storage device comprises a fixedly-arranged connection shaft, a tyre storage disc arranged at the top end of the connection shaft, and a sensor capable of detecting whether a green tyre is installed in the tyre storage disc or not, wherein the sensor is arranged on the tyre storage disc. According to the tyre storage device provided by the invention, the connection shaft is fixed, whether the green tyre is installed in the tyre storage disc or not is directly detected through the sensor on the tyre storage disc, and the connection shaft has no need to displace during the detection process, thereby ensuring that the tyre storage disc is always located at the same position, and then ensuring that the height of a tyre mounting jaw of a tyre vulcanizer while grabbing the tyre every time is a constant value; in this way, the case of interference between a tyre storage jaw and the tyre mounting jaw is reduced, and therefore, the collision and scraping of the tyre mounting jaw and the tyre storage jaw is reduced; and moreover, later manual intervention and adjustment is not required after one-time adjustment, so that the times of manual adjustment is reduced, and then the production efficiency is increased. The invention further provides a tyre vulcanizer with the tyre storage device.

Description

technical field [0001] The present invention relates to the technical field of tire manufacturing, more specifically, to a tire storage device, and also relates to a tire vulcanizing machine with the above-mentioned tire storage device. Background technique [0002] At present, the tire storage device includes a rotating arm, a connecting shaft and a placenta placed on the top of the connecting shaft. The placenta has a tire storage claw for supporting the upper mouth of the raw tire; A sensor for detecting the displacement of the connecting shaft is arranged on the arm; a spring is arranged at the bottom of the connecting shaft, one end of the spring abuts against the rotating arm, and the other end of the spring abuts against the positioning protrusion of the connecting shaft. When the raw tire is installed on the placenta, the connecting shaft will press the spring under the gravity of the placenta, and whether the raw tire is installed is detected by the displacement of ...

AI Technical Summary

Problems solved by technology

[0003] However, due to the non-standard spring compression, the compression positions on both sides of the storage placenta are more likely to be inconsistent, resulting in inconsistent heights of the tire loading claws of the tire vulcanizing machine when grabbing the tire, and the tire storage claws and tire loading claws are more likely to occur. Interference, the tire loading claws often collide and scratch with the tire storage claws, resulting in unstable operation of the equipment; at the same time, manual adjustments must be made, which reduces the degree of automation and affects production efficiency

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