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    • 3. 发明授权
    • Optical-disc discrimination method and optical disc apparatus
    • 光盘鉴别方法和光盘装置
    • US07907489B2
    • 2011-03-15
    • US11905337
    • 2007-09-28
    • Masakazu Takeda
    • Masakazu Takeda
    • G11B7/00
    • G11B19/12G11B2007/0006
    • In an HD-DVD, record densities are different between in a lead-in area and in a data area. On the other hand, in a DVD, the record densities of a lead-in area and a data area are equal. In discriminating an optical disc between the HD-DVD and the DVD, a light beam having a wavelength for the HD-DVD or for the DVD is projected onto the respective areas of the lead-in area and the data area, and a comparison is made between the amplitude of a tracking error (TE) signal obtained on the basis of reflected light from the lead-in area and that of a TE signal obtained on the basis of reflected light from the data area. When the difference between both the amplitudes is within a predetermined range, the optical disc is discriminated as the DVD, and when the difference between both the amplitudes is larger than the predetermined range, the optical disc is discriminated as the HD-DVD.
    • 在HD-DVD中,导入区和数据区之间的记录密度不同。 另一方面,在DVD中,导入区域和数据区域的记录密度相等。 在识别HD-DVD和DVD之间的光盘时,具有用于HD-DVD或DVD的波长的光束被投影到导入区域和数据区域的各个区域上,并且比较 在基于来自导入区域的反射光获得的跟踪误差(TE)信号的幅度与基于来自数据区域的反射光获得的TE信号的幅度之间。 当两个幅度之间的差异在预定范围内时,光盘被鉴别为DVD,并且当两个幅度之间的差异大于预定范围时,该光盘被鉴别为HD-DVD。
    • 5. 发明申请
    • Optical-disc discrimination method and optical disc apparatus
    • 光盘鉴别方法和光盘装置
    • US20080080349A1
    • 2008-04-03
    • US11905337
    • 2007-09-28
    • Masakazu Takeda
    • Masakazu Takeda
    • G11B7/00G11B11/00G11B27/36
    • G11B19/12G11B2007/0006
    • In an HD-DVD, record densities are different between in a lead-in area and in a data area. On the other hand, in a DVD, the record densities of a lead-in area and a data area are equal. In discriminating an optical disc between the HD-DVD and the DVD, a light beam having a wavelength for the HD-DVD or for the DVD is projected onto the respective areas of the lead-in area and the data area, and a comparison is made between the amplitude of a tracking error (TE) signal obtained on the basis of reflected light from the lead-in area and that of a TE signal obtained on the basis of reflected light from the data area. When the difference between both the amplitudes is within a predetermined range, the optical disc is discriminated as the DVD, and when the difference between both the amplitudes is larger than the predetermined range, the optical disc is discriminated as the HD-DVD.
    • 在HD-DVD中,导入区和数据区之间的记录密度不同。 另一方面,在DVD中,导入区域和数据区域的记录密度相等。 在识别HD-DVD和DVD之间的光盘时,具有用于HD-DVD或DVD的波长的光束被投影到导入区域和数据区域的各个区域上,并且比较 在基于来自导入区域的反射光获得的跟踪误差(TE)信号的幅度与基于来自数据区域的反射光获得的TE信号的幅度之间。 当两个幅度之间的差异在预定范围内时,光盘被鉴别为DVD,并且当两个幅度之间的差异大于预定范围时,该光盘被鉴别为HD-DVD。
    • 6. 发明授权
    • Method and apparatus for manufacturing light bulb with bead sealing gas
    • 用珠密封气体制造灯泡的方法和装置
    • US4578043A
    • 1986-03-25
    • US705747
    • 1985-02-26
    • Toru TeshimaMasanobu AizawaMitsunari YoshidaToshiyuki ShimaMasakazu Takeda
    • Toru TeshimaMasanobu AizawaMitsunari YoshidaToshiyuki ShimaMasakazu Takeda
    • H01K3/26H01J9/24H01J9/38H01K3/22H01K3/24H01J9/18
    • H01J9/38H01J9/247H01K3/22
    • A method and apparatus for manufacturing a bulb wherein a bead mount and a glass bulb are set in a recess in an upper surface of a heater arranged inside a hermetically sealed chamber, a first gas comprised of one component of a composition of a sealing gas in the glass bulb or an inert gas excluding the sealing gas is supplied to the chamber at a predetermined pressure after the chamber is evacuated, a second gas comprised of a remaining component of the sealing gas or all of the components thereof is sprayed in a space between the glass bulb and the bead mount at a pressure higher than that of the first gas to exhaust the first gas from the space within the glass bulb. The heater is energized after the substitution of the gas within the space of the bulb is performed, or while the gas substitution in the space is being performed, in order to heat and melt an edge portion of the bead mount and glass bulb to seal the glass bulb to the bead mount with the second gas sealed within the glass bulb.
    • 一种用于制造灯泡的方法和装置,其中珠子安装件和玻璃灯泡设置在布置在气密密封室内的加热器的上表面的凹部中,第一气体由包含密封气体的组合物的一种组分 除了密封气体之外的玻璃灯泡或惰性气体在腔室被抽真空之后以预定的压力供应到腔室,由密封气体的剩余组分或其所有组分组成的第二气体被喷射在 所述玻璃灯泡和所述珠子安装座的压力高于所述第一气体的压力,以从所述玻璃灯泡内的空间排出所述第一气体。 在执行灯泡空间内的气体的取代之前,或者在执行空间中的气体替换的同时,加热器被通电,以加热和熔化胎圈安装件和玻璃灯泡的边缘部分以密封 玻璃灯泡到珠子安装,第二个气体密封在玻璃灯泡内。