会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 32. 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)。
    • 33. 发明授权
    • Ring tube x-ray source
    • 环管x射线源
    • US5268955A
    • 1993-12-07
    • US862805
    • 1992-04-08
    • James E. BurkeLester Miller
    • James E. BurkeLester Miller
    • H01J35/06H01J35/16H01J35/24H01J35/26H05G1/08H05G1/20H05G1/34H05G1/52H05G1/66H01J35/04
    • H01J35/045H01J35/06H01J35/165H01J35/24H05G1/025H05G1/08H05G1/20H05G1/34H05G1/52H05G1/66H01J2235/162
    • A toroidal x-ray tube housing (A) has an evacuated interior. An annular anode (B) is connected with the housing closely adjacent the window such that a cooling fluid passage (12) is defined in intimate thermal communication with the anode. A cathode assembly (32) is mounted within the evacuated housing or an annular ring (30) that rotates an electron beam (22) around the large diameter annular anode. In the embodiment of FIGS. 1 and 2, the annular ring is magnetically levitated (40) and rotated by a motor (50). A collimator (62) and filter (64) are rotated with the cathode assembly closely adjacent an electron emitter or cathode cup (32) such that the generated x-rays are collimated and filtered within the x-ray tube. Preferably, a plurality of cathode cups (120) are provided, whose operation is selected by a series of magnetically controlled switches (76). The cathode cup is insulated (106) from the annular ring and isolated by a transformer (104, 112) from the filament current control switches. In the embodiment of FIGS. 4-6, the cathode assembly (C) includes a multiplicity of stationarily mounted electron cups (120) which are selectively actuated to rotate the electrode beam by a switch (130). An electron beam scan control (134) may bias the potential applied to grids (124, 126) to scan the electron beam generated by electron emitter over a commensurate arc length of the anode with the arc length of the emitter. In the embodiment of FIG. 7 , multiple anode surface as well as multiple cathode cups are provided.
    • 环形X射线管外壳(A)具有抽真空的内部。 环形阳极(B)与壳体紧邻窗口连接,使得冷却流体通道(12)被定义成与阳极紧密热连通。 阴极组件(32)安装在抽真空壳体内,或环形环(30),其围绕大直径环形阳极旋转电子束(22)。 在图1和图2的实施例中 如图1和图2所示,环形环被磁悬浮(40)并由电动机(50)旋转。 准直器(62)和过滤器(64)随着阴极组件靠近电子发射器或阴极杯(32)而旋转,使得所产生的x射线在x射线管内被准直和过滤。 优选地,提供多个阴极杯(120),其操作由一系列磁控开关(76)选择。 阴极杯与环形环绝缘(106),并与灯丝电流控制开关的变压器(104,112)隔离。 在图1和图2的实施例中 如图4-6所示,阴极组件(C)包括多个固定安装的电子杯(120),其被选择性地致动以通过开关(130)旋转电极束。 电子束扫描控制(134)可以偏置施加到栅极(124,126)上的电位,以扫描由电子发射器产生的与发射极的电弧长度相当的阳极长度的电子束。 在图1的实施例中 如图7所示,提供多个阳极表面以及多个阴极杯。
    • 35. 发明授权
    • Debubbler system for X-ray tubes
    • 用于X射线管的脱泡系统
    • US5086449A
    • 1992-02-04
    • US564325
    • 1990-08-08
    • Avery D. FurbeeJames E. Burke
    • Avery D. FurbeeJames E. Burke
    • H05G1/04
    • H05G1/04H05G1/025
    • A coolant oil from an x-ray tube (14) is circulated through a heat exchanger (18) to reduce its temperature. More specifically, at least one hot coolant fluid receiving aperture (30) is defined adajcent an end of a suction tube 32) in an upper most portion of a horn portion (16) surrounding a cathode termination assembly. Bubblers (42) of gas in the fluid which could be ionized by electrical fields inside the x-ray tube housing causing x-ray tube current irregularities and corresponding x-ray tube output irregularities are drawn into the suction tube aperture. A debubbler (38) removes bubbles from the cooled coolant fluid before it is returned into an anode horn portion (20) of the x-ray tube. Alternately, the bubbles may be reabsorbed, dissolved, or homogenized by the action of the heat exchanger and pump. The coolant fluid passes through a central portion (24) of the x-ray tube absorbing heat and back to the cathode horn portion.
    • 来自X射线管(14)的冷却剂油循环通过热交换器(18)以降低其温度。 更具体地,至少一个热的冷却剂流体接收孔(30)被限定在围绕阴极端接组件的喇叭部分(16)的最上部的吸入管32的端部。 可以通过X射线管外壳内的电场离子化的流体中的气泡(42)引起X射线管电流不规则和相应的X射线管输出不规则性被吸入吸管孔中。 脱泡器(38)在其被返回到X射线管的阳极喇叭部分(20)之前从冷却的冷却剂流体中去除气泡。 或者,气泡可以通过热交换器和泵的作用被再吸收,溶解或均化。 冷却剂流体通过吸收热量的x射线管的中心部分(24)并返回到阴极喇叭部分。
    • 37. 发明授权
    • Apparatus for molding a snap fastener onto fabric
    • 将紧固件成型到织物上的装置
    • US4818205A
    • 1989-04-04
    • US251302
    • 1988-09-30
    • James E. BurkeRobert J. Zavatkay
    • James E. BurkeRobert J. Zavatkay
    • A41H37/04A44B17/00B29C39/18B29C41/20
    • A41H37/04A44B17/0035
    • A plastic molded snap fastener including a stud head having solid thin annular base flange and a top, the top and the flange being held in spaced relation by radial ribs preferably in the form of a cross piece, the top being annular but "flattened" on the outer perimeter in the area of the ends of the cross piece. Where the plastic is compatible with the plastic of the fabric, the fastener parts may be molded directly on the fabric. In a modification the base flange is split by a plane perpendicular to the axis of the fastener part. The base fabric is sandwiched between the parts of the flange. This modification is useful where the plastic of the fastener is not compatible with the plastic of the fabric. The invention also includes a mold apparatus for forming the fastener on a strip of fabric wherein core pins on one side of the mold cooperate with spring-pressed ejection pins on the other side and with cavities in the mold retainer plates to shape the parts. The preferred mold apparatus also includes punches for perforating the fabric preparatory to the molding operation.
    • 一种塑料成型的卡扣紧固件,包括具有实心薄的环形底部凸缘和顶部的螺柱头,顶部和凸缘通过径向肋保持间隔开,优选地为横截面形式,顶部是环形的但是“扁平化”在 横截面端部区域的外周。 当塑料与织物的塑料相容时,紧固件部件可以直接模制在织物上。 在一个变型中,底部凸缘由垂直于紧固件部分的轴线的平面分开。 底布被夹在凸缘的部分之间。 当紧固件的塑料与织物的塑料不相容时,该修改是有用的。 本发明还包括用于在织物条上形成紧固件的模具装置,其中模具一侧的芯销与另一侧上的弹簧压出的销钉配合,并且具有模具保持板中的空腔以使零件成形。 优选的模具设备还包括用于对准备模制操作的织物进行穿孔的冲头。
    • 40. 发明授权
    • Fluid dispenser method and apparatus
    • 流体分配器方法和装置
    • US4358057A
    • 1982-11-09
    • US153771
    • 1980-05-27
    • James E. Burke
    • James E. Burke
    • B05B1/12B05B1/34B05B11/00B65D47/34
    • B05B11/0064B05B1/12B05B1/3436B05B1/3457B05B11/0005B05B11/3057
    • A two-piece nozzle, for fitment to hand actuated liquid pumps having a barrel portion and a bore therethrough for passage of liquid, is disclosed. The nozzle has an integrally formed nozzle cap which is mounted to the end portion of the barrel. Enclosed within the nozzle cap is an integrally formed sealing structure which is attached to the barrel of the pump. The sealing device provides a peripheral liquid-tight seal around the barrel between the nozzle cap and the barrel. It also provides a check valve which is movably positioned at the mouth of the bore to provide a liquid-tight bore seal. The check valve is biased to provide the liquid-tight bore seal which bias can be overcome by liquid pressure in the bore developed upon actuation of the pump.
    • 公开了一种两件式喷嘴,用于装配有具有镜筒部分的手动液体泵和用于液体通过的孔。 喷嘴具有一体形成的喷嘴盖,其安装到筒的端部。 封闭在喷嘴盖内的是整体形成的密封结构,其连接到泵的筒体上。 密封装置在喷嘴盖和筒之间围绕筒体提供周边的液密密封。 它还提供止回阀,其可移动地定位在孔的口处以提供液密密封的密封。 止回阀被偏置以提供液密密封密封件,该偏压可以通过在泵致动时产生的孔中的液体压力来克服。