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The exothermic plate which is produced with the production method and that production method of the exothermic plate, the platy structure body, and the heat generation system

机译:通过发热板的制造方法以及该发热板的制造方法制造的发热板,板状结构体以及发热系统

摘要

It is production method of the heat generation glass 100 which possesses the constitution which becomes feverish this by the fact that the plate 110 which possesses the translucency conductive thin film 120 is formed by the surface of one side at least, turns on electricity to the aforementioned conductive thin film 120. Phase of the aforementioned plate 110 paralleling to two sides which oppose, on the aforementioned conductive thin film 120 where it was formed to the aforementioned plate 110, the respective metal make tape 132 it touches hard, in order from on the aforementioned each metal make tape 132, to cover this, it applies silver paste 134, making the aforementioned heater section 220 of the heater 200 which possesses the heater section 220 which is longer than total length of the aforementioned metal make tape 132 at least, the edge contact which forms two sides where the aforementioned metal make tape 132 of the aforementioned plate 110 is hard touched, when temperature of particular heater section 220 has been above specified temperatureThe aforementioned silver paste 134 is made to harden, the electrode 130 which the aforementioned metal make tape consists of with 132 and the aforementioned silver paste 134 is formed, the respective lead wire 140 is connected to the aforementioned electrode 130 electrically.
机译:具有发热构造的发热玻璃100的制造方法是,通过至少在一侧的面形成具有透光性导电薄膜120的板110,从而使上述发热,从而发热。导电板120的相位平行于相对于形成在导电板120上的导电膜120上的两侧的侧面,该导电膜120依次从上到下与金属制的胶带132相接触。为了覆盖上述各金属制带132,在其上涂布银浆134,使加热器200的上述加热器部220至少具有比上述金属制带132的全长长的加热器部220。当温度为p时,形成两个侧面的边缘接触,在该两个侧面上硬接触上述板110的上述金属制造带132关节加热器部分220已达到指定温度以上使上述银浆134硬化,由上述金属制成的胶带组成的电极130与132形成上述银浆134,相应的引线140连接至上述电电极130。

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