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    • 2. 发明授权
    • Radiation detector vessel
    • 辐射检测器
    • US4617465A
    • 1986-10-14
    • US610695
    • 1984-05-16
    • Yuzo Yoshida
    • Yuzo Yoshida
    • G01T1/185A61B6/00A61B6/03G01N23/04G01T7/00H01J47/00H01J47/02
    • H01J47/02H01J47/004A61B6/032
    • A radiation detector has a housing in which is sealed a gas to be ionized when X-rays are projected therein. A plurality of electrodes for detecting the X-rays are arranged in the housing, and the housing is curved with a fixed curvature along the arranged direction of the electrodes. A vessel portion of the housing is closed by a cover portion. A cut extending in the longitudinal direction of the housing is formed in one side wall of the vessel portion. The cut is closed by an X-ray window. A window member of the X-ray window is made of carbon fiber reinforced plastics. The window member is bonded to the inside face of the side wall of the vessel portion, and is pressed against the inside face by the pressure of the gas sealed in the housing. Thus, the window member and the vessel portion are fully hermetically sealed. Since the X-ray transmission factor of the carbon fiber reinforced plastics is high, even low-energy X-rays can be projected with high intensity between the electrodes.
    • 辐射检测器具有壳体,当X射线投射在其中时,其中密封待离子化的气体。 用于检测X射线的多个电极被布置在壳体中,并且壳体沿着电极的排列方向以固定的曲率弯曲。 壳体的容器部分由盖部封闭。 在壳体的纵向方向上延伸的切口形成在容器部分的一个侧壁中。 切割由X射线窗口封闭。 X光窗口的窗构件由碳纤维增强塑料制成。 窗构件与容器部分的侧壁的内表面接合,并且被密封在壳体中的气体的压力压靠在内表面上。 因此,窗构件和容器部分被完全气密地密封。 由于碳纤维增强塑料的X射线透过率高,所以即使在电极之间也能够高强度地投射低能X射线。
    • 3. 发明授权
    • Thin-film window for nuclear instruments and method of making same
    • 核仪器薄膜窗及其制作方法
    • US4240491A
    • 1980-12-23
    • US915574
    • 1978-06-14
    • Ralph E. BishArata Suzuki
    • Ralph E. BishArata Suzuki
    • E06B5/18H01J47/00E06B3/30E06B9/24
    • H01J47/004E06B5/18
    • A thin-film window for a nuclear instrument comprising a frame ring, a thin film tightly stretched about the frame ring, a clamp ring for securing the thin film about the frame ring in a tightly stretched condition, and securing means such as a weld or glue, for securing the clamp ring to the frame ring. The thin-film window is manufactured by first preparing the frame ring and clamp ring by cleaning and removing stresses on the rings, cooling the frame ring to a temperature below that of the clamp ring, stretching a thin-film over the frame ring, clamping the clamp ring over the thin-film and frame ring while the film is stretched thereover, maintaining the clamp ring over the frame ring until they are at the same temperature, removing the excess film along the outside edges of the rings, and securing the rings together.
    • 一种用于核仪器的薄膜窗,包括框架环,围绕框架环紧密拉伸的薄膜,用于在紧密拉伸的状态下将薄膜围绕框架环固定的夹紧环,以及固定装置,例如焊接或 胶水,用于将夹环固定在框架环上。 薄膜窗通过首先通过清洁和去除环上的应力来准备框架环和夹紧环来制造,将框架环冷却到低于夹紧环的温度,在框架环上拉伸薄膜,夹紧 夹紧环在薄膜和框架环上方,同时将膜拉伸到其上,将夹紧环保持在框架环上方,直到它们处于相同的温度,沿着环的外边缘去除多余的膜,并固定环 一起。
    • 4. 发明申请
    • POLYETHYLENE NAPHTALATE X-RAY WINDOW
    • 聚乙烯NAPHTALATE X-RAY窗户
    • WO1996019738A1
    • 1996-06-27
    • PCT/IB1995000985
    • 1995-11-09
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN AB
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABVAN DER BORST, Johannes
    • G01T01/185
    • H01J5/18H01J47/004
    • An X-ray window for an X-ray component such as an X-ray detector. Windows of this kind must be as thin as possible so as to minimize X-ray absorption. The known material polypropylene is not available in the desired thickness of the order of 1 mu m, and stretching of this material so as to reduce the thickness causes an inadmissible spread in thickness. The material polyethylene naphtalate (PEN) in accordance with the invention is available in the desired thickness and with a much smaller spread in thickness. Furthermore, the window material should exhibit suitable mechanical properties (such as strength, rigidity and tightness) which are not allowed to degrade significantly under the influence of continuously varying circumstances in respect of pressure, temperature and X-rays. In comparison with the known polyethylene terephtalate (PET), PEN in this respect has better properties which satisfy the mechanical requirements.
    • 用于诸如X射线检测器的X射线成分的X射线窗口。 这种Windows必须尽可能薄,以便使X射线吸收最小化。 已知的材料聚丙烯不能达到所需厚度为1μm的厚度,并且该材料的拉伸以减小厚度导致厚度不允许的扩展。 根据本发明的材料聚萘二甲酸乙二醇酯(PEN)可以期望的厚度获得并且具有小得多的厚度扩散。 此外,窗口材料应当在压力,温度和X射线的连续变化的环境的影响下显示出不允许显着降解的机械性能(例如强度,刚度和密封性)。 与已知的聚对苯二甲酸乙二醇酯(PET)相比,PEN在这方面具有更好的性能,满足机械要求。