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    • 2. 发明申请
    • DETECTOR FOR ENERGETIC SECONDARY ELECTRONS
    • 能量二次电子探测器
    • US20130134321A1
    • 2013-05-30
    • US13701264
    • 2011-06-01
    • Frank TorregrosaLaurent Roux
    • Frank TorregrosaLaurent Roux
    • G01T1/28
    • G01T1/28H01J37/244H01J37/32412H01J37/32422H01J37/32935H01J47/001H01J2237/24405H01J2237/2448H01J2237/24485
    • The present invention relates to a high-energy secondary electron detector comprising a collector P supporting only three electrodes that are insulated from one another and that are biased relative to the collector: a first repulsion electrode A1 for repelling charges of a first predetermined sign that are to be repelled, this negatively-biased electrode being provided with at least one opening for passing electrons; a second repulsion electrode A2 for repelling charges of the opposite sign that are to be repelled, this positively-biased electrode also being provided with at least one opening for passing electrons; and a selection electrode A3, this electrode also being provided with at least one opening for passing electrons; the openings in said electrodes being in alignment along a conduction cylinder D. Furthermore, the selection electrode A3 is negatively biased. The invention also provides a method of detecting secondary electrons by means of the detector.
    • 高能二次电子检测器本发明涉及一种高能二次电子检测器,它包括仅支持彼此绝缘并且相对于集电极偏置的三个电极的集电极P:用于排斥第一预定符号的电荷的第一排斥电极A1, 要被排斥,该负偏压电极设置有用于通过电子的至少一个开口; 第二斥力电极A2,用于排斥相反符号的要被排斥的电荷,该正偏置电极还设置有用于使电子通过的至少一个开口; 和选择电极A3,该电极还设置有用于使电子通过的至少一个开口; 所述电极中的开口沿着导电圆柱体D对准。此外,选择电极A3被负偏压。 本发明还提供了一种通过检测器检测二次电子的方法。
    • 3. 发明申请
    • Multilayered board comprising folded flexible circuits and method of manufacture
    • 多层板包括折叠的柔性电路和制造方法
    • US20030095389A1
    • 2003-05-22
    • US10242377
    • 2002-09-12
    • Sanjiv Singh SamantJinesh Jitendra JainJoseph Laughter
    • H05K001/00
    • H05K1/118H01J47/001H05K1/028H05K1/189H05K3/0058H05K2201/055H05K2201/2009Y10T29/49117Y10T29/49126Y10T29/49144Y10T29/49155
    • An easier and cheaper way to obtain multilayer circuit board is by using a flexible circuit board and folding it in an organized pattern. Flexible circuit has the unique property of being a three-dimensional circuit that can be shaped in multiplanar configurations, rigidized in specific areas, and molded to backer boards for specific applications. The folded circuit is fabricated from a series of foldable circuit board strips and rigid circuit board strips which are interconnected, folded, and bonded into a composite structure. The foldable strips may have prefolds arranged so that a group of upper foldable strips and lower foldable strips are folded in opposite directions. A plurality of intermediate portions are stacked on each other by the folding the foldable strips in opposite directions. The folded circuit, can be bonded after a first fold, or folded further to achieve a greater reduction in area and subsequently be bonded as a composite multilayer structure.
    • 获得多层电路板的一个更简单和更便宜的方法是使用柔性电路板并以有组织的方式折叠。 柔性电路具有独特的性能,可以是三维电路,可以在多平面配置中成形,在特定区域中进行刚性化,并模制成用于特定应用的背板。 折叠电路由一系列可折叠的电路板条和刚性电路板条制成,这些条带互连,折叠并结合成复合结构。 可折叠带可以具有折叠布置,使得一组上折叠条和下可折叠条在相反方向折叠。 通过在相反的方向上折叠可折叠条,多个中间部分彼此堆叠。 折叠电路可以在第一折叠之后被接合,或者进一步折叠以实现更大的面积减小,并且随后作为复合多层结构粘合。
    • 4. 发明授权
    • Radiation detectors
    • 辐射探测器
    • US4260891A
    • 1981-04-07
    • US62328
    • 1979-07-31
    • Anthony M. Williams
    • Anthony M. Williams
    • H01J47/00H01J47/02G01T1/18G01N21/00
    • H01J47/02H01J47/001
    • In gas detectors, such as may be used in computerized tomographic (CT) apparatus, it is necessary to provide electrical connections into the pressure vessel. Conventionally, these are by ceramic lead-throughs or similar. As gas detectors require an increasing number of individual detector elements, and therefore internal electrodes, the number of connections required increases and they are more closely spaced. This large number of connections can affect the integrity of the pressure vessel. This invention places a circuit board as a gasket between two parts of the pressure vessel, such as between a chamber and lid, so that conducting tracks on or in the circuit board provide the required connections. The invention is suitable for lead through for pressure vessels other than gas detectors of radiation.
    • 在诸如可用在计算机断层摄影(CT)装置中的气体检测器中,有必要向压力容器提供电连接。 通常,这些是通过陶瓷引线或类似的。 由于气体检测器需要越来越多的单独的检测器元件,因此需要内部电极,所需的连接数量增加并且它们更紧密地间隔开。 这种大量连接可能会影响压力容器的完整性。 本发明将电路板作为压力容器的两个部分之间的垫圈放置,例如在室和盖之间,使得电路板上或其中的导电轨道提供所需的连接。 本发明适用于除辐射气体检测器之外的压力容器的引出。
    • 7. 发明授权
    • Multilayered board comprising folded flexible circuits
    • 多层板包括折叠的柔性电路
    • US06483713B2
    • 2002-11-19
    • US09989626
    • 2001-11-20
    • Sanjiv Singh SamantJinesh Jitendra JainJoseph Laughter
    • Sanjiv Singh SamantJinesh Jitendra JainJoseph Laughter
    • H05K100
    • H05K1/189H01J47/001H05K3/0058H05K2201/055H05K2201/2009Y10T29/49126
    • An easier and cheaper way to obtain multilayer circuit board is by using a flexible circuit board and folding it in an organized pattern. Flexible circuit has the unique property of being a three-dimensional circuit that can be shaped in multiplanar configurations, rigidized in specific areas, and molded to backer boards for specific applications. The folded circuit is fabricated from a series of foldable circuit board strips and rigid circuit board strips which are interconnected, folded, and bonded into a composite structure. The foldable strips may have prefolds arranged so that a group of upper foldable strips and lower foldable strips are folded in opposite directions. A plurality of intermediate portions are stacked on each other by the folding the foldable strips in opposite directions. The folded circuit, can be bonded after a first fold, or folded further to achieve a greater reduction in area and subsequently be bonded as a composite multilayer structure.
    • 获得多层电路板的一个更简单和更便宜的方法是使用柔性电路板并以有组织的方式折叠。 柔性电路具有独特的特性,可以作为三维电路,可以在多平面配置中成形,在特定区域中进行刚性化,并模制成用于特定应用的背板。 折叠电路由一系列可折叠的电路板条和刚性电路板条制成,这些条带互连,折叠并结合成复合结构。 可折叠带可以具有折叠布置,使得一组上折叠条和下可折叠条在相反方向折叠。 通过在相反的方向上折叠可折叠条,多个中间部分彼此堆叠。 折叠电路可以在第一折叠之后被接合,或者进一步折叠以实现更大的面积减小,并且随后作为复合多层结构粘结。
    • 9. 发明授权
    • Method for bonding electrode plates in a multicell x-ray detector
    • 用于在多单元X射线检测器中接合电极板的方法
    • US4283817A
    • 1981-08-18
    • US971202
    • 1978-12-20
    • Dennis J. Cotic
    • Dennis J. Cotic
    • H01J1/88H01J47/00
    • H01J47/001H01J1/88
    • A multicell x-ray detector includes a chamber for confining a gas that produces electron-ion pairs incidental to absorbing radiation. A unitary multicell electrode assembly is mounted within the chamber. The assembly includes a plurality of electrode plates secured in first and second insulating members. A method is provided for bonding the electrode plates into the insulating members with a uniform distribution of adhesive which does not allow the adhesive to bridge between adjacent plates. The opposed ends of the plurality of electrode plates are inserted into grooves of the members. A relatively non-viscous liquid adhesive is brought into contact with one edge of each of the grooves of both members by a cellular applicator until the adhesive propagates by capillary action along the entire length of each groove. The cellular applicator and the adhesive are such that the adhesive has a greater adhesive attraction to the applicator than to the adjacent plates, and such that the adhesive has a lesser adhesive attraction to the applicator than to the grooves of the members. The adhesive will therefore flow from the applicator to the grooves of each member until each groove is filled and any excessive adhesive will be attracted back to the applicator, rather than to the adjacent plates of the assembly. The adhesive is then cured.
    • 多单元X射线检测器包括用于限制产生与吸收辐射相邻的电子 - 离子对的气体的室。 单元多电极电极组件安装在腔室内。 组件包括固定在第一和第二绝缘构件中的多个电极板。 提供了一种用于以均匀分布的粘合剂将电极板结合到绝缘构件中的方法,其不允许粘合剂在相邻板之间桥接。 多个电极板的相对端插入到构件的凹槽中。 相对不粘的液体粘合剂通过细胞施加器与两个构件的每个凹槽的一个边缘接触,直到粘合剂沿着每个凹槽的整个长度的毛细作用传播。 细胞施加器和粘合剂使得粘合剂对于施用器具有比相邻的板更大的粘合剂吸引力,并且使得粘合剂对于施用器具有比构件的凹槽更小的粘合剂吸引力。 因此,粘合剂将从施加器流到每个构件的凹槽,直到每个凹槽被填充,并且任何过量的粘合剂将被吸引回到施用器而不是组件的相邻的板。 然后将粘合剂固化。
    • 10. 发明申请
    • Molecule Mass Detection via Field Emission of Electrons from Membranes
    • 通过膜的电子发射分子质量检测
    • US20130126726A1
    • 2013-05-23
    • US13625731
    • 2012-09-24
    • Robert H. Blick
    • Robert H. Blick
    • G01N23/00H01J49/02
    • G01N23/00H01J47/001H01J49/025
    • An active detector and methods for detecting molecules, including large molecules such as proteins and oligonucleotides, at or near room temperature based on the generation of electrons via field emission (FE) and/or secondary electron emission (SEE). The detector comprises a semiconductor membrane having an external surface that is contacted by one or more molecules, and an internal surface having a thin metallic layer or other type of electron emitting layer. The kinetic energy of molecules contacting the semiconductor membrane is transferred through the membrane and induces the emission of electrons from the emitting layer. An electron detector, which optionally includes means for electron amplification, is positioned to detect the emitted electrons.
    • 基于通过场发射(FE)和/或二次电子发射(SEE)产生电子,在室温或室温下检测分子(包括大分子如蛋白质和寡核苷酸)的主动检测器和方法。 检测器包括具有与一个或多个分子接触的外表面的半导体膜和具有薄金属层或其它类型的电子发射层的内表面。 接触半导体膜的分子的动能通过膜转移并诱导从发射层发射电子。 可选地包括用于电子放大的装置的电子检测器被定位成检测发射的电子。