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    • 1. 发明授权
    • X-ray tube and method of producing the same
    • X射线管及其制造方法
    • US07058161B2
    • 2006-06-06
    • US10492818
    • 2002-10-15
    • Tutomu InazuruTomoyuki Okada
    • Tutomu InazuruTomoyuki Okada
    • G01N23/06H01J35/16
    • H01J35/16
    • An X-ray tube 1 comprises of a bulb 10 joined to an envelope main body 4 at one end side thereof and having an inner cylinder portion 10a extending inwardly at the other end side thereof, a metal tube 11 having an extension portion 11a abutting against the inner cylinder portion 10a on the outer periphery of one end side thereof and projecting to the outside of the bulb 10 through the inner cylinder portion 10a at the other end side thereof, and a target supporter 12 supporting a target T at the one end side thereof and inserted into the metal tube 11 at the other side thereof. The inner cylinder portion 10a of the bulb 10 and the extension portion 11a of the metal tube 11 are fuse-bonded to each other, and the target supporter 12 is welded to the end portion of the metal tube 11 projecting from the bulb 10.
    • X射线管1包括在其一端侧与封套主体4连接并具有在其另一端侧向内延伸的内筒部10a的灯泡10,具有延伸部11a的金属管11 在其一端侧的外周上抵靠着内筒部10a,并且在其另一端侧通过内筒部10a而向灯泡10的外侧突出,并且将目标支撑体12支撑在目标T上 一端侧插入金属管11的另一侧。 灯泡10的内筒部10a和金属管11的延伸部11a相互熔合,靶支撑体12焊接在从灯泡10突出的金属管11的端部 。
    • 2. 发明授权
    • X-ray tube, x-ray generator, and inspection system
    • X射线管,X射线发生器和检查系统
    • US06856671B2
    • 2005-02-15
    • US10295859
    • 2002-11-18
    • Yutaka OchiaiTutomu Inazuru
    • Yutaka OchiaiTutomu Inazuru
    • H01J35/08H01J35/02H01J35/16H05G1/02H05G1/06G21G4/00
    • H05G1/06H01J35/02H01J35/16H01J2235/163H05G1/02
    • An x-ray emitting window is formed at a front end face, and a taper surface tilted with respect to the x-ray emitting direction is formed near the emitting window, whereby an object to be inspected can be prevented from abutting against the front end face even if the object is pivoted about an axis intersecting the emitting direction while the object is disposed closer to the x-ray emitting window. As a consequence, while the object is disposed closer to the x-ray emitting position, the orientation of the object can be changed. Therefore, when inspecting the internal structure of the object and the like by irradiating the object with x-rays and detecting the x-rays transmitted through the object, not only a magnified penetration image of the object with a high magnification rate is obtained, but also the internal structure of the object and the like can be verified in detail by changing the orientation of the object.
    • X射线发射窗形成在前端面,并且在发射窗附近形成相对于x射线发射方向倾斜的锥形表面,由此可以防止被检查物体抵靠前端 即使物体绕着与发射方向相交的轴线枢转,同时物体靠近X射线发射窗口设置。 结果,当物体设置得更靠近x射线发射位置时,可以改变物体的取向。 因此,当通过用X射线照射物体并检测透过物体的x射线来检查物体等的内部结构时,不仅获得了具有高放大率的物体的放大穿透图像,而且 也可以通过改变物体的取向来详细地验证物体等的内部结构。