The invention belongs to the technical field of tire temperature testing, and particularly relates to a tire steady-state rolling temperature testing method, which is characterized in that a temperature label for measuring temperature and a positioning label for identifying the position of the temperature label are pasted in a vulcanized tire, the temperature label is a flexible ultrahigh-frequency high-temperature-resistant temperature measuring label with the frequency of 900Hz, and the positioning label is a flexible ultrahigh-frequency high-temperature-resistant temperature measuring label with the frequency of 900Hz. The passive radio frequency identification system is made of a flexible circuit board, can be prevented from being deformed and damaged in the tire forming and rolling process, is adhered to the interior of a tire through a high-temperature-resistant strong adhesive, can normally work within the temperature range of-40 DEG C to 200 DEG C, cannot be damaged under the high-temperature condition during vulcanization, and is high in safety and reliability through cooperative work of the two passive radio frequency identification systems. Testing the temperature of the rolling tire, calculating a temperature field of the tire during steady rolling through a numerical simulation technology, comparing a test result with a simulation result, and verifying the accuracy of the temperature test of the rolling tire; the principle is scientific and reliable, the test result is accurate, and the practical use value is achieved.

    本发明属于轮胎温度测试技术领域,具体涉及一种轮胎稳态滚动温度测试方法,将用于测温的温度标签和识别温度标签位置的的定位标签粘贴在硫化轮胎的内部,其中,温度标签是频率为900Hz的柔性超高频耐高温测温标签,使用柔性电路板制成,能够避免在轮胎成型和滚动过程中发生变形和损坏,通过耐高温强力粘胶粘贴在轮胎内部,能够在‑40℃到200℃的温度范围内正常工作,在硫化时的高温条件下不会被破坏,通过两套无源射频识别系统协同工作,测试滚动轮胎的温度,并通过数值模拟技术计算轮胎稳态滚动时的温度场,比较测试结果与模拟结果,验证滚动轮胎的温度测试的精确性;其原理科学可靠,测试结果精确,具备实际的使用价值。


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    Title :

    Tire steady-state rolling temperature testing method


    Additional title:

    一种轮胎稳态滚动温度测试方法


    Contributors:
    YIN HAISHAN (author) / QIU XINGWEN (author) / XING QICHENG (author)

    Publication date :

    2022-06-14


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B60C VEHICLE TYRES , Fahrzeugreifen



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