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METHOD OF REMANUFACTURING MINING USED-SCRAPER
METHOD OF REMANUFACTURING MINING USED-SCRAPER This disclosure provides a method for remanufacturing a mining used-scraper, the method includes the following processes: detect the size and mechanical properties of a mining used-scraper to determine whether it satisfies a remanufacturing standard; compare the used-scraper which satisfies the remanufacturing standard with a new scraper to determine the repaired size of the used-scraper's worn portion; make corresponding repair processing for modifying the surface of the worn portion based on the position of the worn portion on the used-scraper; and repair the worn portion's size according to the determined repaired-size with the corresponding repair processing. In this method, by comparing the used-scraper which satisfies the remanufacturing standard with the new scraper, the repaired size and the worn portion of the used-scraper are determined accurately. Further, different repairing processes are used for repairing the worn portion separately based on the position of each worn portion on the used-scraper, which implements more precise repairing, and the quality after test is more in line with the standard. Accordingly, the quality of the used-scraper repaired by this method totally satisfies the standard for a new scraper, which highly improves the reuse ratio of the used-scraper. S1l detect the size and Mechanical properties of the mining used-scraper, and determine whether it satisfies a remanufacturing standard SI2 compare the used-scraper which satisfies the remanufacturing standard with the new scraper, so as to determine the repaired size of the used-scraper's worn portion make the corresponding repair processing for modifying the surface of the worn portion based on the position of the worn portion on the used-scraper recover the worn portion's size according to the determined repaired-size with the corresponding repair processing
METHOD OF REMANUFACTURING MINING USED-SCRAPER
METHOD OF REMANUFACTURING MINING USED-SCRAPER This disclosure provides a method for remanufacturing a mining used-scraper, the method includes the following processes: detect the size and mechanical properties of a mining used-scraper to determine whether it satisfies a remanufacturing standard; compare the used-scraper which satisfies the remanufacturing standard with a new scraper to determine the repaired size of the used-scraper's worn portion; make corresponding repair processing for modifying the surface of the worn portion based on the position of the worn portion on the used-scraper; and repair the worn portion's size according to the determined repaired-size with the corresponding repair processing. In this method, by comparing the used-scraper which satisfies the remanufacturing standard with the new scraper, the repaired size and the worn portion of the used-scraper are determined accurately. Further, different repairing processes are used for repairing the worn portion separately based on the position of each worn portion on the used-scraper, which implements more precise repairing, and the quality after test is more in line with the standard. Accordingly, the quality of the used-scraper repaired by this method totally satisfies the standard for a new scraper, which highly improves the reuse ratio of the used-scraper. S1l detect the size and Mechanical properties of the mining used-scraper, and determine whether it satisfies a remanufacturing standard SI2 compare the used-scraper which satisfies the remanufacturing standard with the new scraper, so as to determine the repaired size of the used-scraper's worn portion make the corresponding repair processing for modifying the surface of the worn portion based on the position of the worn portion on the used-scraper recover the worn portion's size according to the determined repaired-size with the corresponding repair processing
METHOD OF REMANUFACTURING MINING USED-SCRAPER
CAO CHENGMING (Autor:in) / XIAO YONGJUN (Autor:in) / LI SHENGWEN (Autor:in) / SU LUNCHANG (Autor:in) / DING RUI (Autor:in) / YANG FAN (Autor:in) / WU XING (Autor:in) / REN YAN (Autor:in)
20.08.2015
Patent
Elektronische Ressource
Englisch
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