To provide an energy-saving planar heating element that is provided on a platform surface of a station and can be reduced in thickness.SOLUTION: A planar heating element 1 is provided on a platform surface 21 of a platform 2 of a station, and includes a base film 4, a heat generating coating film 5, and a coating film 6. The base film 4 is formed on the home surface 21. The heat generating coating film 5 is planar and is formed on the base film 4. The coating film 6 covers the heat generating coating film 5. The base film 4 has an insulating property. The heat generating coating film 5 generates heat in a planar shape when being energized. The coating film 6 has waterproof and insulating properties. As a result, the planar heating element 1 is configured by a film, and non-uniformity of a surface temperature is reduced.SELECTED DRAWING: Figure 2
【課題】駅のホーム面に設けられ、厚みを薄くでき、省エネルギーな面状発熱体を提供する。【解決手段】面状発熱体1は、駅のホーム2のホーム面21に設けられ、下地膜4と、発熱皮膜5と、被覆膜6とを備える。下地膜4は、ホーム面21上に形成される。発熱皮膜5は、面状であり、下地膜4上に形成される。被覆膜6は、発熱皮膜5を被覆する。この下地膜4は、絶縁性を有する。発熱皮膜5は、通電されることによって面状に発熱する。被覆膜6は、防水性及び絶縁性を有する。これにより、面状発熱体1は、膜で構成されるとともに、表面温度の不均一が小さくなる。【選択図】図2
PLANAR HEATING ELEMENT
面状発熱体
2021-02-12
Patent
Electronic Resource
Japanese
PLANAR HEATING ELEMENT AND METHOD OF MANUFACTURING PLANAR HEATING ELEMENT
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|PLANAR HEATING ELEMENT AND MANUFACTURING METHOD OF THE PLANAR HEATING ELEMENT
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