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
    • 1. 发明授权
    • Photomultiplier tube
    • 光电倍增管
    • US06650049B1
    • 2003-11-18
    • US09701278
    • 2000-11-28
    • Hiroyuki KyushimaAkira AtsumiHideki ShimoiTomoyuki OkadaMasuo Ito
    • Hiroyuki KyushimaAkira AtsumiHideki ShimoiTomoyuki OkadaMasuo Ito
    • H01J4304
    • G01N23/046G01N23/06G01N2223/419H01J43/04H01J43/28
    • To reduce the size of a photomultiplier tube (1), a side tube (2) is fixedly secured by welding to a stem plate (4) while an inner surface (2c) of the lower portion (2a) of the side tube (2) is maintained to be in contact with an outer edge (4b) of the stem plate (4). As a result, there is no projection like a flange at the lower portion of the photomultiplier tube (1). Therefore, though it is difficult to perform resistance welding, the outside dimensions of the photomultiplier tube (1) can be decreased, and the side tubes (9) can densely abut to one another even if the photomultiplier tubes (2) are arranged when applied. Hence, high-density arrangement of photomultiplier tubes (1) are realized by assembling metallic stem plate (4) and the side tube (2) by, for example, laser welding.
    • 为了减小光电倍增管(1)的尺寸,侧管(2)通过焊接牢固地固定在杆板(4)上,而侧管(2)的下部(2a)的内表面(2c) )保持与杆板(4)的外边缘(4b)接触。 结果,在光电倍增管(1)的下部没有像凸缘那样的凸起。 因此,虽然难以进行电阻焊接,但是即使在施加光电倍增管(2)时,也可以减小光电倍增管(1)的外部尺寸,并且侧管(9)可以彼此紧密地邻接 。 因此,光电倍增管(1)的高密度配置通过例如激光焊接组装金属杆板(4)和侧管(2)来实现。
    • 3. 发明授权
    • Photomultiplier tube tightly arranged with substantially no space between adjacent tubes
    • 光电倍增管在相邻管之间基本上没有空间紧密地排列
    • US06472664B1
    • 2002-10-29
    • US09701540
    • 2000-11-30
    • Hiroyuki KyushimaAkira AtsumiHideki ShimoiTomoyuki OkadaMasuo Ito
    • Hiroyuki KyushimaAkira AtsumiHideki ShimoiTomoyuki OkadaMasuo Ito
    • G01T120
    • H01J43/04G01N23/046G01N23/06G01N2223/419H01J43/28
    • A photomultiplier tube unit including photomultiplier tubes densely assembled and thereby having an improved light sensing efficiency. The outer surfaces (2b) of metal side tubes (2) of photomultiplier tubes (1) are in facial contact with one another, and thereby a high-density arrangement of photomultiplier tubes (1) are achieved. The side tubes (2) can be electrically connected to one another, and therefore the side tubes (2) can be easily made equipotential. As a result, it is unnecessary to electrically connect the stem pin (10) to the side tube (2) of each photomultiplier tube (1), facilitating the assembling of the photomultiplier tube unit. When a required photomultiplier tube (1) in a device (e.g., a gamma camera) having thus-united multiple photomultiplier tubes is replaced with a new one, the troublesome work of replacing photomultiplier tubes one by one is obviated, simplifying the replacement work.
    • 一种光电倍增管单元,其包括密集组装的光电倍增管,从而具有改进的光感测效率。 光电倍增管(1)的金属侧管(2)的外表面(2b)彼此面接触,从而实现光电倍增管(1)的高密度布置。 侧管(2)可以彼此电连接,因此侧管(2)可以容易地形成等电位。 结果,不需要将杆销(10)电连接到每个光电倍增管(1)的侧管(2),便于组装光电倍增管单元。 当将具有如此组合的多个光电倍增管的装置(例如,γ照相机)中的所需光电倍增管(1)替换为新的时,消除了逐个更换光电倍增管的麻烦的工作,从而简化了更换工作。
    • 4. 发明授权
    • Electron-multiplier and photo-multiplier having dynodes with partitioning parts
    • 具有倍增极的电子倍增器和光电倍增器具有分隔部分
    • US07042155B2
    • 2006-05-09
    • US11246528
    • 2005-10-11
    • Hiroyuki KyushimaAkira AtsumiHideki Shimoi
    • Hiroyuki KyushimaAkira AtsumiHideki Shimoi
    • H01J43/04H01J43/10
    • H01J31/507H01J43/045H01J43/22
    • A dynode constituting an electron multiplier or a photomultiplier may be provided with eight rows of channels each defined by an outer frame and a partitioning part of the dynode. In each channel, a plurality of electron multiplying holes may be arranged. In specified positions of the outer frame and the partitioning part of the dynode, glass receiving parts wider than the outer frame and the partitioning part may be provided integrally with the dynode. Glass parts may be bonded to all the glass receiving parts. The glass parts may be bonded by applying glass to the glass receiving parts and hardening the glass and each may have a generally dome-like convex shape. Each dynode may be formed after the dome-like glass part may be bonded to the glass receiving part.
    • 构成电子倍增器或光电倍增管的倍增电极可以设置有八排通道,每个通道由倍增极的外框和分隔部分限定。 在每个通道中,可以布置多个电子倍增孔。 在外框的指定位置和倍增极的分隔部分中,可以与倍增极一体地设置比外框宽和分隔部宽的玻璃容纳部。 玻璃部件可以结合到所有的玻璃接收部件。 玻璃部件可以通过将玻璃施加到玻璃接收部分并使玻璃硬化,并且可以具有大致圆顶状的凸起形状。 每个倍增极可以在圆顶状玻璃部分可以结合到玻璃接收部分之后形成。
    • 7. 发明授权
    • Photomultiplier tube, photomultiplier tube unit, and radiation detector
    • 光电倍增管,光电倍增管单元和辐射探测器
    • US07495223B2
    • 2009-02-24
    • US11898028
    • 2007-09-07
    • Hideki ShimoiAkira AtsumiHiroyuki Kyushima
    • Hideki ShimoiAkira AtsumiHiroyuki Kyushima
    • H01J43/28
    • H01J43/24H01J43/28
    • A photomultiplier tube, a photomultiplier tube unit, and a performance-improved radiation detector for increasing a fixing area of a side tube in a faceplate while increasing an effective sensitive area of the faceplate. In the photomultiplier tube, a side face (3c) of the faceplate (3) protrudes outward from an outer side wall (2b) of a metal side tube (2), so that a light receiving area for receiving light passing through a light receiving face (3d) of the faceplate (3) is increased. The overhanging structure of the faceplate (3) is conceived based on a glass refractive index. The overhanging structure is aimed to receive light as much as possible which has not been received before. When the metal side tube (2) is fused to the glass faceplate (3), a fusing method is adopted due to joint between glass and metal. Joint operation between the faceplate (3) and the side tube (2) is reliably ensured. Accordingly, the overhanging structure of the faceplate (3) is effective.
    • 光电倍增管,光电倍增管单元和性能改进的辐射检测器,用于增加面板中的侧管的固定面积,同时增加面板的有效敏感区域。 在光电倍增管中,面板(3)的侧面(3c)从金属侧管(2)的外侧壁(2b)向外突出,从而用于接收通过光接收的光的光接收区域 面板(3)的面(3d)增加。 基于玻璃折射率设计面板(3)的悬垂结构。 突出的结构旨在尽可能接收以前没有收到的光。 当金属侧管(2)熔合到玻璃面板(3)时,由于玻璃和金属之间的接合而采用熔合方法。 可靠地确保面板(3)和侧管(2)之间的联合操作。 因此,面板(3)的突出结构是有效的。
    • 8. 发明授权
    • Photomultiplier tube, photomultiplier tube unit, and radiation detector
    • 光电倍增管,光电倍增管单元和辐射探测器
    • US07276704B1
    • 2007-10-02
    • US10275654
    • 2000-05-08
    • Hideki ShimoiAkira AtsumiHiroyuki Kyushima
    • Hideki ShimoiAkira AtsumiHiroyuki Kyushima
    • H01J43/28
    • H01J43/24H01J43/28
    • A photomultiplier tube, a photomultiplier tube unit, and a performance-improved radiation detector for increasing a fixing area of a side tube in a faceplate while increasing an effective sensitive area of the faceplate. In the photomultiplier tube, a side face (3c) of the faceplate (3) protrudes outward from an outer side wall (2b) of a metal side tube (2), so that a light receiving area for receiving light passing through a light receiving face (3d) of the faceplate (3) is increased. The overhanging structure of the faceplate (3) is conceived based on a glass refractive index. The overhanging structure is aimed to receive light as much as possible which has not been received before. When the metal side tube (2) is fused to the glass faceplate (3), a fusing method is adopted due to joint between glass and metal. Joint operation between the faceplate (3) and the side tube (2) is reliably ensured. Accordingly, the overhanging structure of the faceplate (3) is effective.
    • 光电倍增管,光电倍增管单元和性能改进的辐射检测器,用于增加面板中的侧管的固定面积,同时增加面板的有效敏感区域。 在光电倍增管中,面板(3)的侧面(3c)从金属侧管(2)的外侧壁(2b)向外突出,使得用于接收通过 面板(3)的光接收面(3d)增加。 基于玻璃折射率设计面板(3)的悬垂结构。 突出的结构旨在尽可能接收以前没有收到的光。 当金属侧管(2)熔合到玻璃面板(3)时,由于玻璃和金属之间的接合而采用熔合方法。 可靠地确保面板(3)和侧管(2)之间的联合操作。 因此,面板(3)的突出结构是有效的。
    • 9. 发明申请
    • Photomultiplier tube
    • 光电倍增管
    • US20050087676A1
    • 2005-04-28
    • US10973336
    • 2004-10-27
    • Hideki ShimoiHiroyuki KyushimaAkira Atsumi
    • Hideki ShimoiHiroyuki KyushimaAkira Atsumi
    • H01J40/14H01J43/04H01J43/18H01J43/28
    • H01J43/28H01J43/04
    • A metal side tube (2), a glass faceplate (3), and a stem plate (4) constitute a hermetically sealed vessel (5) for a photomultiplier tube. An edge portion (20) is provided at on open end (A) of the side tube (2). The edge portion (2) is embedded in the faceplate (3) in such a manner as to strike on the faceplate (3). Accordingly, high hermeticity at a joint between the side tube (2) and the faceplate (3) is ensured. The edge portion (20) extends upright in an axial direction of the side tube (2), so that the edge portion (20) can be embedded as close to a side face (3c) of the faceplate (3) as possible. This structure increases an effective sensitive area of the faceplate (3) to nearly 100%, and decreases dead area as close to 0 as possible. As described above, the photomultiplier tube (1) according to the present invention has enlarged effective sensitive area of the side tube (3) and enhanced hermeticity of the joint between the faceplate (3) and the side tube (2).
    • 金属侧管(2),玻璃面板(3)和杆板(4)构成用于光电倍增管的气密密封容器(5)。 边缘部分(20)设置在侧管(2)的开口端(A)上。 边缘部分(2)以与面板(3)相撞的方式嵌入面板(3)中。 因此,确保侧管(2)和面板(3)之间的接合处的高密封性。 边缘部分(20)沿着侧管(2)的轴向竖直延伸,使得边缘部分(20)可以尽可能靠近面板(3)的侧面(3c)嵌入。 这种结构将面板(3)的有效敏感区域增加到近100%,并尽可能地将死区减少到接近0。 如上所述,根据本发明的光电倍增管(1)具有扩大的侧管(3)的有效敏感区域,并且增加了面板(3)和侧管(2)之间的接合的气密性。
    • 10. 发明授权
    • Electron-multiplier and photo-multiplier having dynodes with partitioning parts
    • 具有倍增极的电子倍增器和光电倍增器具有分隔部分
    • US06841935B2
    • 2005-01-11
    • US10240568
    • 2001-04-03
    • Hiroyuki KyushimaAkira AtsumiHideki Shimoi
    • Hiroyuki KyushimaAkira AtsumiHideki Shimoi
    • H01J43/00H01J43/04H01J43/22H01J43/10
    • H01J31/507H01J43/045H01J43/22
    • A dynode (8) constituting an electron multiplier or a photomultiplier is provided with eight rows of channels (15) each defined by an outer frame (16) and a partitioning part (17) of the dynode (8). In each channel (15), a plurality of electron multiplying holes (14) are arranged. In specified positions of the outer frame (16) and the partitioning part (17) of the dynode (8), glass receiving parts (21) wider than the outer frame (16) and the partitioning part (17) are provided integrally with the dynode (8). Glass parts (22) are bonded to all the glass receiving parts (21). The glass parts (22) are bonded by applying glass to the glass receiving parts (21) and hardening the glass and each have a generally dome-like convex shape. Each dynode (8) is formed after the dome-like glass part (22) is bonded to the glass receiving part (21).
    • 构成电子倍增器或光电倍增管的倍增电极(8)设置有由排列(8)的外框架(16)和分隔部分(17)限定的8行通道(15)。 在每个通道(15)中,布置有多个电子倍增孔(14)。 在倍增极(8)的外框架(16)和分隔部分(17)的指定位置,与外框架(16)和分隔部分(17)相比较宽的玻璃容纳部件(21)与 倍增极(8)。 玻璃部件(22)与所有玻璃接收部件(21)接合。 玻璃部分(22)通过将玻璃施加到玻璃接收部分(21)并使玻璃硬化并且各自具有大致圆顶状的凸起形状而接合。 在圆顶状玻璃部件22接合到玻璃接收部件21之后形成多个倍增极8。