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    • 6. 发明公开
    • Electron tube
    • 电子管
    • EP0855733A1
    • 1998-07-29
    • EP98300542.2
    • 1998-01-27
    • HAMAMATSU PHOTONICS K.K.
    • Negi, YasuharuNagai, ToshimitsuKibune, AtsushiHasegawa, YutakaIchikawa,ShigeruKishita,HitoshiSuyama,MotohiroAsakura,Norio
    • H01J31/50H01J5/22
    • H01J5/22H01J31/501H01J40/02H01J43/28
    • To provide an electron tube having good airtightness and being appropriate for mass production, indium (23) affixed to the inner surface of a sealing metal support member (24) is provided between a side tube (10) and input faceplate (21). The input faceplate (21) is pushed against the side tube (10). As a result, the indium (23) is squeezed by a pressure receiving surface (70) provided on the end face of the side tube. Since the pressure receiving surface (70) is in a generally declining shape from the inside out, the force of the pressing surface (70) causes the indium (23) to flow outward toward the sealing metal support member (24). Therefore, the indium (23) is firmly affixed to the pressure receiving surface (70), and the side tube (10) and input faceplate (21) can be reliably sealed by the indium (23).
    • 为了提供具有良好气密性并适于批量生产的电子管,在侧管(10)和输入面板(21)之间设置有固定在密封金属支撑部件(24)的内表面上的铟(23)。 输入面板(21)被推向侧管(10)。 结果,铟(23)被设置在侧管端面上的受压表面(70)挤压。 由于受压面70从内向外呈大致下降的形状,所以按压面70的力使铟23向密封金属支承部件24的外侧流出。 因此,铟(23)牢固地固定在受压面(70)上,侧管(10)和输入面板(21)能够通过铟(23)可靠地密封。