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    • 2. 发明授权
    • X-ray tube with ferrite core filament transformer
    • 带铁氧体磁芯变压器的X射线管
    • US5291538A
    • 1994-03-01
    • US72400
    • 1993-06-03
    • James E. BurkeLester MillerSalvatore G. Perno
    • James E. BurkeLester MillerSalvatore G. Perno
    • H01J35/26H01J35/06H01J35/10H01J35/24H05G1/06H05G1/08H05G1/34H01J35/04
    • H05G1/34H01J35/06H01J35/10H01J35/24H05G1/06H05G1/08H01J2235/162
    • An evacuated envelope (C) which is connected with an anode (A), has a cathode assembly (B) rotatably mounted inside. Magnets (44, 46) hold the cathode assembly stationary as the anode and envelope rotate. A ferrite core transformer (60) includes a ferrite core primary (66) stationarily mounted exterior to the envelope. A secondary (64) is mounted to the cathode assembly interior to the envelope. The secondary winding includes a ferrite core (70), a portion of which is surrounded by a ceramic, dielectric bobbin (76). The bobbin includes walls or ridges (78) which define a spiral groove (80) therearound in which an uninsulated electric wire (82) is received. The uninsulated electric wire is connected with a cathode filament (52). The primary winding has a ferrite core (90) that has about five times the cross section as the secondary ferrite core to compensate for a low, about 20%, coupling efficiency between the primary and secondary windings. Preferably, the primary winding core tapers (94) adjacent its pole faces to focus magnetic flux toward pole faces (72, 74) of the secondary ferrite core.
    • 与阳极(A)连接的真空外壳(C)具有可旋转地安装在内部的阴极组件(B)。 当阳极和外壳旋转时,磁体(44,46)将阴极组件固定住。 铁氧体磁芯变压器(60)包括固定在信封外部的铁氧体磁芯初级(66)。 次级(64)安装到阴极组件内部的信封。 次级绕组包括铁氧体磁芯(70),其一部分被陶瓷介质绕组(76)包围。 线轴包括限定在其周围的螺旋槽(80)的壁或脊(78),其中接收未绝缘的电线(82)。 非绝缘电线与阴极灯丝(52)连接。 初级绕组具有铁氧体磁芯(90),其具有作为次级铁氧体磁心的约5倍的横截面以补偿初级和次级绕组之间的低约20%的耦合效率。 优选地,初级绕组芯在其极面附近逐渐变细(94),以将磁通聚焦到次级铁氧体磁芯的极面(72,74)。
    • 7. 发明授权
    • Liquid-free x-ray insert window
    • 无液体X射线插入窗
    • US06594341B1
    • 2003-07-15
    • US09943612
    • 2001-08-30
    • Qing K. LuSalvatore G. PernoTodd R. BittnerNorman E. Wandke
    • Qing K. LuSalvatore G. PernoTodd R. BittnerNorman E. Wandke
    • H01J3510
    • H01J35/18H01J2235/122H01J2235/1275
    • An x-ray tube assembly (16) includes a housing (40) and an insert frame (52) supported within the housing (40), such that the insert frame (52) defines a substantially evacuated envelope in which cathode (56) and anode (54) assemblies operate to produce x-rays. An x-ray transmissive window assembly (70) extends between and in a fluid-tight relationship with the housing (40) and the insert frame (52). The window assembly (70) includes an insert window (72) brazed to the insert frame (52), a top plate (76), which is connected to and substantially surrounded by a flange (78), where the flange (78) is fastened to the x-ray tube housing (40). An annular side plate (86) is connected to a fluid-tight relationship with both the insert frame/window interface (74) and the flange (78). The window assembly (70) cools the window through enhanced heat transfer while preventing housing coolant from contacting the insert window (72), thereby eliminating coolant carbonization on the window (72) and enhancing x-ray beam quality.
    • X射线管组件(16)包括壳体(40)和支撑在壳体(40)内的插入框架(52),使得插入框架(52)限定基本抽真空的外壳,阴极(56)和 阳极(54)组件操作以产生x射线。 X射线透射窗组件(70)在与壳体(40)和插入框架(52)之间形成流体密封关系。 窗组件(70)包括钎焊到插入框架(52)的插入窗口(72),顶板(76),其连接到凸缘(78)并且基本上被法兰(78)包围,其中凸缘(78)是 紧固到X射线管壳体(40)。 环形侧板(86)与插入框架/窗口界面(74)和凸缘(78)两者与流体密封关系连接。 窗组件(70)通过增强的热传递来冷却窗户,同时防止壳体冷却剂接触插入窗口(72),从而消除窗口(72)上的冷却剂碳化并增强X射线束质量。
    • 8. 发明授权
    • X-ray tube cathode cup structure for focal spot deflection
    • X射线管阴极杯结构用于焦点偏转
    • US06801599B1
    • 2004-10-05
    • US10078604
    • 2002-02-19
    • Allan D. KautzSalvatore G. Perno
    • Allan D. KautzSalvatore G. Perno
    • H01J3514
    • H01J35/14H01J35/06
    • A cathode assembly (18, 216) for an x-ray tube (1) includes a base (60, 220) to which a filament (66) is mounted. A pair of deflectors (82, 84) are carried by the base for deflecting a beam (A) of electrons generated by the filament. Metal tubes (130, 132) are mounted in bores (106) of insulator blocks (104, 105). Metalized ends (150) of the insulator blocks are brazed into bores (122, 222, 224) in the base. A rod (130, 132) attached to the deflector is slid into the tube and the deflector's position and alignment are gauged and accurately set. The rod and tube are crimped to set the deflector position then welded.
    • 用于X射线管(1)的阴极组件(18,216)包括安装灯丝(66)的基座(60,220)。 一对偏转器(82,84)由基座承载,用于偏转由灯丝产生的电子束(A)。 金属管(130,132)安装在绝缘体块(104,105)的孔(106)中。 绝缘体块的金属化端(150)钎焊到基座中的孔(122,222,224)中。 附接到偏转器的杆(130,132)滑入管中,并且偏转器的位置和对准被测量并且被精确地设定。 杆和管被压接以设置偏转器位置,然后焊接。