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    • 1. 发明申请
    • Method for manufacturing an electric heating mirror and the mirror thereof
    • 电加热镜的制造方法及其反射镜
    • US20080066296A1
    • 2008-03-20
    • US11984272
    • 2007-11-15
    • Chung-kyun ShinByoung-chan KimJae-joon Ryou
    • Chung-kyun ShinByoung-chan KimJae-joon Ryou
    • H05B3/84H05K3/10
    • H05B3/84H05B3/845H05B2203/017Y10T29/49083Y10T29/49155Y10T29/49174
    • There are provided a method for manufacturing an electric heating mirror and the mirror thereof. An electrode pattern is printed on a metal-coated surface of the mirror in which the metal-coated surface is formed on a rear surface of a glass plate, or printed on a rear surface of the glass plate of the mirror in which the metal-coated surface is formed on a front surface of the glass plate using a conductive paste. Thereafter, a current input terminal is connected to the electrode pattern in parallel after protecting the electrode pattern by a PTC paste. Alternatively, the current input terminal is connected to the electrode pattern in series after forming a passivation layer on the electrode pattern by any of printing, coating, and deposition process. According to the method, the manufacturing process is simplified and the manufacturing cost decreases. In addition, environmental pollutants are not produced at all and the durability of the plane heater is enhanced. Further, the electrode pattern is not damaged and thus, there is no flame during the heating operation of the plane heater.
    • 提供了一种用于制造电加热镜及其反射镜的方法。 将电极图案印刷在反射镜的金属涂覆表面上,其中金属涂覆表面形成在玻璃板的后表面上,或印刷在反射镜的玻璃板的后表面上, 使用导电浆料在玻璃板的前表面上形成涂布表面。 此后,电流输入端子在通过PTC糊料保护电极图案之后并联连接到电极图案。 或者,电流输入端子通过印刷,涂布和沉积工艺中的任何一种在电极图案上形成钝化层之后串联连接到电极图案。 根据该方法,制造工序简化,制造成本降低。 此外,根本不产生环境污染物,平面加热器的耐久性得到提高。 此外,电极图案不被损坏,因此在平面加热器的加热操作期间不存在火焰。
    • 2. 发明申请
    • Method for manufacturing an electric hearing mirror and the mirror thereof
    • 电动助听镜的制造方法及其反射镜
    • US20070221646A1
    • 2007-09-27
    • US11503218
    • 2006-08-14
    • Chung-kyun ShinByoung-chan KimJae-joon Ryou
    • Chung-kyun ShinByoung-chan KimJae-joon Ryou
    • H05B3/00
    • H05B3/84H05B3/845H05B2203/017Y10T29/49083Y10T29/49155Y10T29/49174
    • There are provided a method for manufacturing an electric heating mirror and the mirror thereof. An electrode pattern is printed on a metal-coated surface of the mirror in which the metal-coated surface is formed on a rear surface of a glass plate, or printed on a rear surface of the glass plate of the mirror in which the metal-coated surface is formed on a front surface of the glass plate using a conductive paste. Thereafter, a current input terminal is connected to the electrode pattern in parallel after protecting the electrode pattern by a PTC paste. Alternatively, the current input terminal is connected to the electrode pattern in series after forming a passivation layer on the electrode pattern by any of printing, coating, and deposition process. According to the method, the manufacturing process is simplified and the manufacturing cost decreases. In addition, environmental pollutants are not produced at all and the durability of the plane heater is enhanced. Further, the electrode pattern is not damaged and the, there is no flame during the heating operation of the plane heater.
    • 提供了一种用于制造电加热镜及其反射镜的方法。 将电极图案印刷在反射镜的金属涂覆表面上,其中金属涂覆表面形成在玻璃板的后表面上,或印刷在反射镜的玻璃板的后表面上, 使用导电浆料在玻璃板的前表面上形成涂布表面。 此后,电流输入端子在通过PTC糊料保护电极图案之后并联连接到电极图案。 或者,电流输入端子通过印刷,涂布和沉积工艺中的任何一种在电极图案上形成钝化层之后串联连接到电极图案。 根据该方法,制造工序简化,制造成本降低。 此外,根本不产生环境污染物,平面加热器的耐久性得到提高。 此外,电极图案没有被损坏,并且在平面加热器的加热操作期间没有火焰。