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    • 2. 发明授权
    • Magnetron and device using microwaves
    • 磁控管和使用微波的装置
    • US08723419B2
    • 2014-05-13
    • US13130942
    • 2009-11-20
    • Etsuo SaitouNagisa KuwaharaTakanori HandaTakeshi Ishii
    • Etsuo SaitouNagisa KuwaharaTakanori HandaTakeshi Ishii
    • H01J25/50
    • H01J25/587H01J23/05H01J23/20H01J23/213
    • A magnetron includes: an anode cylinder including anode vanes provided at a predetermined interval on an inner peripheral surface thereof; a center lead including a first linear portion, a second linear portion disposed parallel to the first linear portion and disposed out of alignment with the first linear portion in a plane perpendicular to an axial direction of the anode cylinder, and a bent portion which connects the first linear portion to the second linear portion; and a cathode filament supported by the center lead within the anode cylinder and placed coaxially with the anode cylinder. The center lead is formed so as to become bent between the first linear portion and the second linear portion by the bent portion. A position of one anode vane closest to the bent portion is higher than a position of another anode vane with respect to the axial direction.
    • 磁控管包括:阳极筒,其包括在其内周表面上以预定间隔设置的阳极叶片; 中心引线,包括第一直线部分,平行于第一线性部分设置的第二线性部分,并且在与阳极筒的轴向垂直的平面中与第一直线部分对准,并且连接 与所述第二直线部分的第一直线部分; 以及由阳极筒内的中心引线支撑并与阳极筒同轴放置的阴极丝。 中心引线通过弯曲部分形成为在第一直线部分和第二直线部分之间弯曲。 最靠近弯曲部分的一个阳极叶片的位置高于另一个阳极叶片相对于轴向方向的位置。
    • 3. 发明申请
    • MAGNETRON AND MICROWAVE UTILIZATION DEVICE
    • MAGNETRON和微波利用器件
    • US20110298373A1
    • 2011-12-08
    • US13202740
    • 2009-12-24
    • Nagisa KuwaharaEtsuo SaitouTakanori HandaTakeshi Ishii
    • Nagisa KuwaharaEtsuo SaitouTakanori HandaTakeshi Ishii
    • H01J25/50
    • H01J25/587H01J23/12
    • Performance degradation of a magnetron is prevented by preventing a cylinder part of a metal sleeve from sinking in a recess of a pole piece even when subjected to a high pressure in the case of handling or assembly. The magnetron of the invention includes: an anode cylinder which has a cylindrical shape with both ends opened and which includes a plurality of vanes radially arranged on an inner wall surface thereof; a cathode structural body arranged inside the anode cylinder in an axial direction of the anode cylinder; a pair of pole pieces which is positioned in openings of the both ends of the anode cylinder and which forms a static magnetic field along the axial direction of the anode cylinder in an active space formed between the cathode structural body and the vanes; a pair of annular magnets arranged outside the pair of pole pieces; a magnetic yoke which is positioned outside the pair of annular magnets and forms a magnetic path for generating the static magnetic field in the active space together with the pair of pole pieces and the pair of annular magnets; and metal sleeves which are positioned outside the pair of pole pieces and configured to air-tightly seal the anode cylinder and each of which includes a cylinder part, a flange part continuous with the cylinder part, and a plurality of protrusions provided on a portion in which the cylinder part continues with the flange part.
    • 通过防止金属套筒的圆筒部分即使在处理或组装的情况下经受高压也可能沉没在极片的凹部中,从而防止了磁控管的性能下降。 本发明的磁控管包括:阳极筒,其具有两端打开的圆柱形形状,并且包括径向布置在其内壁表面上的多个叶片; 阴极结构体,其在所述阳极筒的轴向方向上布置在所述阳极筒的内部; 一对极片,其位于阳极筒的两端的开口中,并且在阴极结构体和叶片之间形成的活动空间中沿阳极圆筒的轴向形成静磁场; 布置在所述一对极片外侧的一对环形磁体; 位于所述一对环形磁体外部并形成用于在所述有源空间中与所述一对极片和所述一对环形磁体一起产生静磁场的磁路的磁轭; 以及金属套筒,其位于所述一对极片的外侧,并且构造为气密地密封所述阳极筒,并且每个所述金属套筒包括圆筒部,与所述圆筒部连续的凸缘部,以及设置在所述圆筒部 气缸部分与凸缘部分一起延伸。
    • 4. 发明申请
    • MAGNETRON AND DEVICE USING MICROWAVES
    • 使用微波的MAGNETRON和器件
    • US20110227480A1
    • 2011-09-22
    • US13130942
    • 2009-11-20
    • Etsuo SaitouNagisa KuwaharaTakanori HandaTakeshi Ishii
    • Etsuo SaitouNagisa KuwaharaTakanori HandaTakeshi Ishii
    • H01J25/50
    • H01J25/587H01J23/05H01J23/20H01J23/213
    • To provide a magnetron capable of suppressing generation of a reactive current and noise thereby improving oscillation efficiency, and a device using microwaves which includes the magnetron. A magnetron of the present invention includes: an anode cylinder including a plurality of anode vanes provided at a predetermined interval on an inner peripheral surface thereof; a center lead including a first linear portion, a second linear portion which is disposed parallel to the first linear portion and which is disposed out of alignment with the first linear portion in a plane perpendicular to an axial direction of the anode cylinder, and a bent portion which connects the first linear portion to the second linear portion; and a cathode filament which is supported by the center lead within the anode cylinder and which is placed coaxially with the anode cylinder. The center lead is formed so as to become bent between the first linear portion and the second linear portion by the bent portion. A position of one anode vane closest to the bent portion is higher than a position of another anode vane with respect to the axial direction of the anode cylinder.
    • 提供能够抑制无功电流的产生和噪声从而提高振荡效率的磁控管,以及使用包括磁控管的微波的装置。 本发明的磁控管包括:阳极筒,其包括在其内周面上以预定间隔设置的多个阳极叶片; 中心引线,包括第一直线部分,平行于第一线性部分设置的第二线性部分,并且在与阳极筒的轴向垂直的平面中与第一直线部分配置成不对齐,并且弯曲 将第一直线部分连接到第二直线部分的部分; 以及阴极丝,其由阳极圆筒内的中心引线支撑并与阳极筒同轴放置。 中心引线通过弯曲部分形成为在第一直线部分和第二直线部分之间弯曲。 最靠近弯曲部分的一个阳极叶片的位置高于另一个阳极叶片相对于阳极筒轴向的位置。
    • 6. 发明授权
    • Magnetron and method of manufacturing magnetron anode vane
    • 磁控管及磁控管阳极叶片的制造方法
    • US07919924B2
    • 2011-04-05
    • US12042547
    • 2008-03-05
    • Etsuo SaitouNagisa KuwaharaTakeshi Ishii
    • Etsuo SaitouNagisa KuwaharaTakeshi Ishii
    • H01J25/50
    • H01J23/22H01J23/20H01J25/587
    • In each anode vane 10, there is provided the brazing material spreading prevention groove 13 that interconnects the strap ring inserting portions 11 and 12 in parallel to the direction of the central axis Ax. With such a configuration, it is possible to prevent the residual brazing material 3a from spreading to the front end part 10a of the anode vane 10 when each anode vane 10 is brazed on the inner peripheral surface of the anode cylinder 1. Therefore, non-uniformity in thickness of the anode vanes 10 caused by the residual brazing material 3a is suppressed, and electrostatic capacity between the anode vanes 10 adjacent to each other becomes substantially constant. Thus, it is possible to obtain stable resonant frequency. In addition, it becomes easy to perform adjustment for obtaining the stable resonant frequency in that non-uniformity in initial frequency of the time when the magnetron is completely assembled decreases.
    • 在每个阳极叶片10中,设置有与环带插入部分11和12平行于中心轴线Ax的方向互连的钎料扩散防止槽13。 通过这样的结构,当阳极叶片10钎焊在阳极筒1的内周面上时,可以防止残留钎焊材料3a向阳极叶片10的前端部10a扩散。因此, 由残留钎焊材料3a引起的阳极叶片10的厚度均匀性被抑制,并且彼此相邻的阳极叶片10之间的静电容量变得基本恒定。 因此,可以获得稳定的谐振频率。 此外,变得容易进行调整,以获得稳定的谐振频率,因为磁控管完全组装时的初始频率的不均匀性降低。
    • 7. 发明申请
    • MAGNETRON AND MICROWAVE-USING EQUIPMENT
    • MAGNETRON和MICROWAVE使用设备
    • US20110254442A1
    • 2011-10-20
    • US13141270
    • 2009-12-17
    • Takeshi IshiiNagisa KuwaharaEtsuo Saitou
    • Takeshi IshiiNagisa KuwaharaEtsuo Saitou
    • H01J25/50
    • H01J23/15H01J25/58
    • A magnetron for holding deformation of a cathode side tube for alignment of a cathode filament and eliminating the need for alignment at the time of exterior assembly work of the magnetron is provided. The magnetron of the invention includes an anode cylinder; a cathode side tube hermetically coupled to a lower portion of the anode cylinder; and a shield cylinder having a cylindrical part extending in substantially a vertical direction, a flange part which is connected to the cylindrical part and extends in substantially a horizontal direction over the entire periphery of the cylindrical part, and a folded part in which a portion of the flange part is folded toward the cathode side tube, the shield cylinder being electrically coupled to the cathode side tube at a lower end of the anode cylinder.
    • 提供用于保持用于阴极灯丝对准的阴极侧管的变形并且消除在磁控管的外部组装工作时的对准需要的磁控管。 本发明的磁控管包括阳极筒; 阴极侧管气密耦合到阳极筒的下部; 以及屏蔽筒,其具有沿大致垂直方向延伸的圆筒部,与圆筒部连接并在大致水平方向上在圆筒部的整个周边上延伸的凸缘部,以及折回部, 凸缘部朝向阴极侧管折叠,屏蔽筒在阳极筒的下端电连接到阴极侧管。
    • 8. 发明申请
    • MAGNETRON AND METHOD OF MANUFACTURING MAGNETRON ANODE VANE
    • MAGNETRON及制造MAGONRON ANODE VANE的方法
    • US20090153055A1
    • 2009-06-18
    • US12042547
    • 2008-03-05
    • Etsuo SAITOUNagisa KuwaharaTakeshi Ishii
    • Etsuo SAITOUNagisa KuwaharaTakeshi Ishii
    • H01J23/02H01J25/587H01J9/14
    • H01J23/22H01J23/20H01J25/587
    • In each anode vane 10, there is provided the brazing material spreading prevention groove 13 that interconnects the strap ring inserting portions 11 and 12 in parallel to the direction of the central axis Ax. With such a configuration, it is possible to prevent the residual brazing material 3a from spreading to the front end part 10a of the anode vane 10 when each anode vane 10 is brazed on the inner peripheral surface of the anode cylinder 1. Therefore, non-uniformity in thickness of the anode vanes 10 caused by the residual brazing material 3a is suppressed, and electrostatic capacity between the anode vanes 10 adjacent to each other becomes substantially constant. Thus, it is possible to obtain stable resonant frequency. In addition, it becomes easy to perform adjustment for obtaining the stable resonant frequency in that non-uniformity in initial frequency of the time when the magnetron is completely assembled decreases.
    • 在每个阳极叶片10中,设置有与环带插入部分11和12平行于中心轴线Ax的方向互连的钎料扩散防止槽13。 通过这样的结构,当阳极叶片10钎焊在阳极筒1的内周面上时,可以防止残留钎焊材料3a向阳极叶片10的前端部10a扩散。因此, 由残留钎焊材料3a引起的阳极叶片10的厚度均匀性被抑制,并且彼此相邻的阳极叶片10之间的静电容量变得基本恒定。 因此,可以获得稳定的谐振频率。 此外,变得容易进行调整,以获得稳定的谐振频率,因为磁控管完全组装时的初始频率的不均匀性降低。
    • 10. 发明申请
    • MAGNETRON AND APPARATUS THAT USES MICROWAVES
    • MAGNETRON和使用MICROWAVES的设备
    • US20120235565A1
    • 2012-09-20
    • US13512798
    • 2010-11-30
    • Takeshi IshiiNagisa Kuwahara
    • Takeshi IshiiNagisa Kuwahara
    • H01J25/50
    • H01J23/40H01J23/54H01J25/587
    • The magnetron includes: an exhaust pipe in which an antenna is disposed in a vacuum-sealed space, and which extends along the central axis of the antenna; an insulation tube which extends along the central axis of the antenna, and of which one end is fixed to the exhaust pipe by brazing; and an antenna cap including a bottom portion and a tubular portion which is continuous with the bottom portion to extend along the axis of the antenna and of which a diameter on an open end side is larger than a diameter of the exhaust pipe. The tubular portion of the antenna cap covers: a brazed portion where the exhaust pipe and the insulation tube are brazed to each other; and a metalized portion.
    • 磁控管包括:排气管,其中天线设置在真空密封空间中,并且沿天线的中心轴延伸; 绝缘管,其沿着天线的中心轴线延伸,并且其一端通过钎焊固定到排气管; 以及包括底部和与底部连续以沿着天线的轴线延伸并且其开口端侧的直径大于排气管的直径的管状部分的天线罩。 天线盖的管状部分覆盖:排气管和绝缘管彼此钎焊的钎焊部分; 和金属化部分。