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AssigneeOlympus Corporation
InventorsTakuji Horie, Hiroyoshi Kobayashi, Akira Matsushita
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A sufficient anti-fogging effect for an optical component is realized, regardless of variation in resistance value of a transparent conductive film over time. There is provided an anti-fogging system for an optical component, comprising a transparent conductive film covering a surface of an optical component that reflects or transmits light, a resistance value detection section for detecting a resistance value of the transparent conductive film, a characteristic storage section for storing an electrical temperature characteristic of the transparent conductive film, a control section for controlling power supplied to the transparent conductive film based on the electrical temperature characteristic stored in the characteristic storage section and resistance value of the transparent conductive film detected by the resistance value detection section, and a temperature characteristic update section for updating the temperature characteristic of the transparent conductive film stored in the characteristic storage section.
An anti-fogging system for an optical element, comprising:
An oral cavity inspection device, comprising:
An anti-fogging method for an optical element, comprising:
Dependencies are inferred from the claim text.