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    • 4. 发明授权
    • Electrodeless lamp system
    • 无极灯系统
    • US06720733B2
    • 2004-04-13
    • US10225533
    • 2002-08-22
    • Akio SuzukiTakeshi TadaTaisei Kato
    • Akio SuzukiTakeshi TadaTaisei Kato
    • H01J2550
    • H01J65/044H05B41/24
    • An emission element enclosed inside an electrodeless lamp 5 is excited by an electromagnetic field of a microwave irradiated from a magnetron 2 for emitting light from the electrodeless lamp 5. A soft-starting method is provided such that an electric power enough to drive the magnetron 2 is gradually increased. The soft-starting method is to prevent the magnetron from being destroyed by self-heating due to a reflected wave of the microwave. The soft-staring method is used when a light begins to be emitted from the electrodeless lamp 5. Accordingly, the electrodeless lamp system is provided such that breakage of the magnetron caused by the self-heating due to the reflected wave of the microwave can be prevented.
    • 封闭在无电极灯5内的发射元件被从用于从无电极灯5发射光的磁控管2照射的微波的电磁场激发。提供软启动方法,使得足以驱动磁控管2的电力 逐渐增加。 软启动方法是防止由于微波的反射波而导致的磁控管被自身加热破坏。 当从无电极灯5开始发光时,使用柔软的方法。因此,无电极灯系统被设置成使得由微波的反射波引起的自加热引起的磁控管的断裂可以是 防止了
    • 5. 发明授权
    • Steel heating furnace
    • 钢加热炉
    • US5314170A
    • 1994-05-24
    • US967101
    • 1992-10-27
    • Takeshi TadaToshikazu AkiyamaRyoichi TanakaMasao Kawamoto
    • Takeshi TadaToshikazu AkiyamaRyoichi TanakaMasao Kawamoto
    • C21D1/52F27B9/02F27B9/10F27B9/30F27B9/36F27B9/40
    • F27B9/028C21D1/52F27B9/3044F27B9/36F27B9/40
    • The present invention relates to a steel heating furnace which permits free setting of an in-furnace temperature pattern or gradient as desired. A steel heating furnace 1 includes at least one or more burner systems of regenerative heating, each being arranged to supply a combustion air and exhaust a combustion gas through a regenerative bed. Those burner systems are disposed in each of plural zones which are defined within a single furnace body, or in each of unit furnaces 2. The unit furnaces 2 are interconnected to form a single furnace body. The amount of combustion may be controlled for each zones or each unit furnaces 2 to enable free variation of in-furnace temperature per zone or per unit furnace 2 so that a desired in-furnace temperature pattern gradient in the entire furnace 1 may be set easily. The steel heating furnace 1 may be constructed with a required length and in-furnace temperature pattern, by interconnecting the unit furnaces.
    • 本发明涉及一种可根据需要自由设定炉内温度图或梯度的钢加热炉。 钢加热炉1包括至少一个或多个再生加热燃烧器系统,每个燃烧器系统被设置成供应燃烧空气并通过再生床排出燃烧气体。 这些燃烧器系统设置在限定在单个炉体内或在每个单元炉2中的多个区域中的每一个中。单元炉2互连以形成单个炉体。 可以对每个区域或每个单元炉2控制燃烧量,以使得每个区域或每单元炉2的炉内温度能够自由变化,从而可以容易地设定整个炉子1中期望的炉内温度模式梯度 。 钢加热炉1可以通过连接单元炉而构成所需长度和炉内温度图案。
    • 9. 发明授权
    • Carrier device, transfer method and carrier hand
    • 载体装置,传送方式和载体手
    • US08944745B2
    • 2015-02-03
    • US13284285
    • 2011-10-28
    • Katsumi FujiwaraShunsuke SunaharaTakeshi TadaTakayuki Motojima
    • Katsumi FujiwaraShunsuke SunaharaTakeshi TadaTakayuki Motojima
    • B65G1/133B23P19/00B23P19/04
    • B23P19/001B23P19/045
    • A carrier device is provided that can supply, at uneven intervals, a plurality of works arranged at even intervals. The carrier device (1) includes: a first retaining portion (11), second retaining portion (12), third retaining portion (13) and fourth retaining portion (14) that hold and carry a plurality of works arranged at even intervals and supply these to a supply pallet (7) at any intervals; and a retaining base portion (20) to which these first to fourth retaining portions are connected. The retaining base portion (20) includes first to fourth sliding portions that cause the first retaining portion (11) to fourth retaining portion (14) to approach each other or separate in the arrangement direction of the works. The first retaining portion (11) to fourth retaining portion (14) respectively include first engaging parts and second engaging parts that disengage with the works independently.
    • 提供了能够以不均匀间隔供给以均匀间隔布置的多个工件的承载装置。 载体装置(1)包括:第一保持部分(11),第二保持部分(12),第三保持部分(13)和第四保持部分(14),其保持并携带以均匀间隔布置的多个工件 这些以任何间隔供应托盘(7); 以及与第一至第四保持部连接的保持基部(20)。 保持基部(20)包括使第一保持部(11)到第四保持部(14)彼此接近或沿着工件的排列方向分离的第一至第四滑动部。 第一保持部分(11)至第四保持部分(14)分别包括与工件独立脱离的第一接合部分和第二接合部分。
    • 10. 发明申请
    • CARRIER DEVICE, TRANSFER METHOD AND CARRIER HAND
    • 载体装置,传送方法和载体手
    • US20120114455A1
    • 2012-05-10
    • US13284285
    • 2011-10-28
    • Katsumi FujiwaraShunsuke SunaharaTakeshi TadaTakayuki Motojima
    • Katsumi FujiwaraShunsuke SunaharaTakeshi TadaTakayuki Motojima
    • B65G1/133
    • B23P19/001B23P19/045
    • A carrier device is provided that can supply, at uneven intervals, a plurality of works arranged at even intervals. The carrier device (1) includes: a first retaining portion (11), second retaining portion (12), third retaining portion (13) and fourth retaining portion (14) that hold and carry a plurality of works arranged at even intervals and supply these to a supply pallet (7) at any intervals; and a retaining base portion (20) to which these first to fourth retaining portions are connected. The retaining base portion (20) includes first to fourth sliding portions that cause the first retaining portion (11) to fourth retaining portion (14) to approach each other or separate in the arrangement direction of the works. The first retaining portion (11) to fourth retaining portion (14) respectively include first engaging parts and second engaging parts that disengage with the works independently.
    • 提供了能够以不均匀间隔供给以均匀间隔布置的多个工件的承载装置。 载体装置(1)包括:第一保持部分(11),第二保持部分(12),第三保持部分(13)和第四保持部分(14),其保持并携带以均匀间隔布置的多个工件 这些以任何间隔供应托盘(7); 以及连接有第一至第四保持部的保持基部(20)。 保持基部(20)包括使第一保持部(11)到第四保持部(14)彼此接近或沿着工件的排列方向分离的第一至第四滑动部。 第一保持部分(11)至第四保持部分(14)分别包括与工件独立脱离的第一接合部分和第二接合部分。