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    • 3. 发明授权
    • Frequency attenuation compensated pneumatic headphone and liquid tube
audio system for medical use
    • 频率衰减补偿气动耳机和液体管音频系统用于医疗用途
    • US4701952A
    • 1987-10-20
    • US923668
    • 1986-10-27
    • Jefferson H. Taylor
    • Jefferson H. Taylor
    • A61B6/04G01R33/28H04R1/10H04R5/00
    • G01R33/283A61B6/0442H04R3/04H04R1/1041H04R1/345H04R5/033
    • A confined system of sound transmission from a frequency attenuation compensated source through plastic pneumatic tubes in series with liquid tubes of considerable length, transmitting audio to and through pneumatic headphones to the ear canals of the user. It is an audio system suitable for use in Nuclear Magnetic Resonance scanning environments and for use in CAT scan environments. The system includes a stereo program source playing into a stereo frequency compensation amplifier driving right and left loudspeaker pneumatic drivers feeding audio to and through long liquid tubes in series with pneumatic tubes extended to left and right earphones of plastic headphones worn by a patient in a scan room environment. The tubes that extend from the electronic audio system equipment outside the scan room through scan room walls to the patient headphones and the headphones themselves are made of plastic or other non-magnetic materials causing no interference with the scanning signals and are not visible on scan pictures produced.
    • 来自频率衰减补偿源的限制系统的声音传输通过与相当长度的液体管串联的塑料气动管,将音频传输到气动耳机并通过气动耳机到用户的耳道。 它是适用于核磁共振扫描环境并用于CAT扫描环境的音频系统。 该系统包括播放到立体声频率补偿放大器中的立体声程序源,其驱动右和左扬声器气动驱动器将音频馈送到长液体管,与通过扫描的患者佩戴的塑料耳机的左耳机和右耳机串联的气管 房间环境。 从扫描室外部的电子音频系统设备通过扫描室壁延伸到患者耳机和耳机本身的管道由塑料或其他非磁性材料制成,不会对扫描信号造成干扰,并且在扫描图像上不可见 生产。
    • 4. 发明授权
    • Scan room for magnetic resonance imager
    • 磁共振成像仪扫描室
    • US4651099A
    • 1987-03-17
    • US682423
    • 1984-12-17
    • Harold J. VinegarJefferson H. Taylor
    • Harold J. VinegarJefferson H. Taylor
    • G01R33/28G01R33/38G01R33/422G01R33/20
    • G01R33/422G01R33/28Y10S505/844
    • A scan room is disclosed in which a magnetic resonance (MR) imager can be located that will reduce to an acceptable level outside the room the strength of the fringe magnetic fields produced by the imager and that will shield the imager from magnetic, radio frequency electromagnetic, and electric fields outside the room, while allowing the magnet of the imager to be shimmed to produce a sufficient homogeneous field to obtain the desired images. The scan room is rectangular although it could be cylindrical or spherical. Its walls, floor, and ceiling are made of a plurality of steel plate welded together. The thickness of the walls can vary as the distance from the magnet and the permeability of the steel plates varies. A steel door allows patients and medical personnel to enter and leave the room.
    • 公开了一种扫描室,其中可以定位磁共振(MR)成像器,该磁共振(MR)成像器将在室外降低到成像器产生的边缘磁场的强度并且将屏蔽成像器免受磁,射频电磁 ,以及房间外的电场,同时允许成像器的磁体被垫片以产生足够的均匀场以获得期望的图像。 扫描室是矩形的,尽管它可以是圆柱形或球形。 其墙壁,地板和天花板由焊接在一起的多个钢板制成。 壁的厚度可以随着与磁体的距离和钢板的渗透性变化而变化。 钢门允许病人和医务人员进出房间。
    • 6. 发明授权
    • Method for measuring the volumetric capacity of anilox rolls
    • 测量网纹辊体积容量的方法
    • US4628728A
    • 1986-12-16
    • US831611
    • 1986-02-21
    • Jefferson H. TaylorEugene L. Green, Sr.
    • Jefferson H. TaylorEugene L. Green, Sr.
    • G01F17/00
    • G01F17/00
    • A method for determining the volumetric capacity of a fluid metering roller is disclosed. A measured amount of ink is deposited onto the transfer surface of the roller and is then dispersed into the underlying cells. A sheet of low-absorbancy transfer material is spread over the roller and the ink deposit lying in the interface between the roller transfer surface and the impression sheet is spread by the application of a roller or scraper across the back side of the transfer paper. The engraved cells are filled by the excess ink as it spreads across the cell transfer surface. The area of the transfer paper impression is measured by overlaying the impression area with a transparent sheet of graph paper having grid lines of known spacing. The known quantity of ink deposited upon the transfer surface (in billions of cubic microns) is then divided by the measured area of the transfer impression (in square inches) with the quotient being the volumetric capacity of the roller in billions of cubic microns per square inch.
    • 公开了一种用于确定流体计量辊的体积容量的方法。 将测量量的油墨沉积到辊的转印表面上,然后分散到下面的单元中。 一片低吸收转印材料分布在辊上,位于辊转印表面和压印片之间的界面上的油墨沉积物通过在转印纸的背面上施加辊或刮刀来扩展。 雕刻的细胞在其穿过细胞转移表面时被多余的墨水填充。 通过用具有已知间距的网格线的透明纸图纸覆盖印模区域来测量转印纸印象的面积。 然后将沉积在转印表面上的已知量的油墨(以几十亿立方微米计)除以传送印模的测量面积(以平方英寸计),商为辊的体积容量,单位为数十亿立方微米 英寸。
    • 7. 发明授权
    • Magnetic plate cylinder
    • 磁板圆筒
    • US5711223A
    • 1998-01-27
    • US514894
    • 1995-08-14
    • Jefferson H. Taylor
    • Jefferson H. Taylor
    • B41F27/02
    • B41F27/02
    • A magnetic plate cylinder for a printing press includes an outer cylinder member having circumferentially and axially spaced plugs of magnetic material or axially spaced apart rings of magnetic material for directing a magnetic field in such a way as to hold a magnetic printing plate on the outer surface of the outer cylinder member. An inner cylinder member includes circumferentially and axially spaced permanent magnet members supported on a cylinder of nonmagnetic material or stacked circular ring magnets interposed between rings of magnetic or nonmagnetic material for generating a magnetic field passing through the plugs or rings of magnetic material on the outer cylinder member. The inner cylinder member is disposed to form a radial air gap between the outer cylinder member and an outer surface of the inner cylinder member. The inner cylinder member can be rotated or axially translated relative to the outer cylinder member to change the intensity of the magnetic field to provide for positioning a printing plate on or removing a printing plate from the outer cylinder member. Ring magnets on the inner cylinder member may be of conventional polarization with poles on opposite side faces of the ring or with poles formed on the radially inner and outer circumferential surfaces of the ring.
    • 一种用于印刷机的磁性印版滚筒包括具有周向和轴向隔开的磁性材料的塞子或磁性材料的轴向间隔开的环的外部圆柱体构件,用于引导磁场以将磁性印刷板保持在外表面上 的外筒构件。 内筒构件包括支撑在非磁性材料的圆柱体上的周向和轴向间隔的永磁体构件或插入在磁或非磁性材料的环之间的堆叠的环形磁体,用于产生通过外筒上的磁性材料的塞或磁环的磁场 会员。 内筒构件设置成在外筒构件和内筒构件的外表面之间形成径向气隙。 内筒构件可以相对于外筒构件旋转或轴向平移以改变磁场的强度,以提供将印版定位在外圆筒构件上或从外筒构件移除印版。 内筒构件上的环形磁体可以是常规极化,其中在环的相对侧面上具有极,或者在环的径向内外周表面上形成极。