訊息
GENERAL.
【恭賀】沈榮麟國際長指導資訊工程所陳韋誠同學榮獲『2013第十六屆俄羅斯莫斯科阿基米德國際發明展』金牌獎
主旨：恭賀貴校資訊工程所陳韋誠同學參加『2013第十六屆俄羅斯莫斯科阿基米德國際發明展』榮獲金牌獎一面，表現優異成果非凡，為國為校爭光，建請貴校加以表揚嘉勉，請查照。
說明：
一、貴校陳韋誠同學參加『2013第十六屆俄羅斯莫斯科阿基米德國際發明展』，其創作之「防爆輪胎」榮獲金牌獎，成果非凡，獲得國際肯定，值得慶賀。
二、2013第十六屆俄羅斯莫斯科阿基米德國際發明展於4月2日至4月5日為期四天，在俄羅斯莫斯科展出，來自18個國家，共1120件發明作品參展。
三、『2013第十六屆俄羅斯莫斯科阿基米德國際發明展』名列經濟部智慧財產局102年度著名國際發明展。
獎作品名稱 : explosion-proof tire
簡介: An explosion-proof tire includes a main tire body, two sidewalls, a thickening body, and an auxiliary tire body. The main tire body defines a vertical tangent. The sidewalls are respectively connected to the two sides of the main tire body, and a gas chamber is defined between the sidewalls and the main tire body. The thickening body is arranged to extend from an inner surface of the main tire body. The auxiliary tire body is formed on the thickening body and extends along the vertical tangent into the gas chamber. The auxiliary tire body has an arc-shaped contact surface opposing wheel rim. With the auxiliary tire body extending into the gas chamber, the wheel rim is protected against engaging road and thus getting deformed when the tire gets flattened. Because the contact surface of the auxiliary tire body is of an arc shape, the contact surface can instantly bear the wheel rim in case of flat tire to prevent the main tire body from getting offset. Furthermore, the thickening body can increase the overall thickness of the tire, thereby reducing the risk of tire being punctured by sharp objects.
說明：
一、貴校陳韋誠同學參加『2013第十六屆俄羅斯莫斯科阿基米德國際發明展』，其創作之「防爆輪胎」榮獲金牌獎，成果非凡，獲得國際肯定，值得慶賀。
二、2013第十六屆俄羅斯莫斯科阿基米德國際發明展於4月2日至4月5日為期四天，在俄羅斯莫斯科展出，來自18個國家，共1120件發明作品參展。
三、『2013第十六屆俄羅斯莫斯科阿基米德國際發明展』名列經濟部智慧財產局102年度著名國際發明展。
獎作品名稱 : explosion-proof tire
簡介: An explosion-proof tire includes a main tire body, two sidewalls, a thickening body, and an auxiliary tire body. The main tire body defines a vertical tangent. The sidewalls are respectively connected to the two sides of the main tire body, and a gas chamber is defined between the sidewalls and the main tire body. The thickening body is arranged to extend from an inner surface of the main tire body. The auxiliary tire body is formed on the thickening body and extends along the vertical tangent into the gas chamber. The auxiliary tire body has an arc-shaped contact surface opposing wheel rim. With the auxiliary tire body extending into the gas chamber, the wheel rim is protected against engaging road and thus getting deformed when the tire gets flattened. Because the contact surface of the auxiliary tire body is of an arc shape, the contact surface can instantly bear the wheel rim in case of flat tire to prevent the main tire body from getting offset. Furthermore, the thickening body can increase the overall thickness of the tire, thereby reducing the risk of tire being punctured by sharp objects.