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    • 3. 发明授权
    • Magazine assembly for presenting a pressure cartridge to a compressed gas powered device
    • 用于将压力盒呈现给压缩气体动力装置的组件
    • US07757682B2
    • 2010-07-20
    • US11538986
    • 2006-10-05
    • Eduard KaminkerJames M. MartinDavid C. SnyderRobert Reifsnyder
    • Eduard KaminkerJames M. MartinDavid C. SnyderRobert Reifsnyder
    • F41B11/00
    • F41A9/61F41B11/62
    • A magazine assembly presents a pressure cartridge to a compressed gas powered device, such as a gun, wherein the magazine assembly has a cartridge support biased with respect to a magazine to urge the pressure cartridge to a short (or seated) position, wherein an interlock plate is biased to engage the cartridge support. The bias on the interlock plate is overcome during insertion of the magazine assembly into a magazine chamber, at which point the cartridge support moves relative to the magazine in response to a seated length of the pressure cartridge. The bias on the interlock plate then controls the positioning of the interlock plate to engage the cartridge support and retain the pressure cartridge relative to the magazine assembly. A lever connected to the gun then engages the magazine assembly to translate the magazine assembly relative to the gun and pierce the pressure cartridge.
    • 杂志组合件将压力盒呈现在压缩气体动力装置(例如枪)上,其中盒组件具有相对于盒子偏压的盒支架,以将压力盒推到短(或就座)位置,其中联锁 板被偏压以接合盒支撑。 在将料盒组件插入料仓室期间克服了互锁板上的偏压,在该点处,筒支承件响应于压力盒的安装长度而相对于料仓移动。 互锁板上的偏压然后控制互锁板的定位以接合盒支撑并相对于盒组件保持压力盒。 连接到枪的杠杆然后接合仓组合件,以使仓库组件相对于枪移动并刺穿压力盒。
    • 6. 发明授权
    • Nuclear magnetic resonance temperature equilibration and method for oil
in wax determination
    • 核磁共振温度平衡和蜡测定中的油的方法
    • US3987361A
    • 1976-10-19
    • US620668
    • 1975-10-08
    • James M. Martin, Jr.Roy C. HeatonRichard H. Coe
    • James M. Martin, Jr.Roy C. HeatonRichard H. Coe
    • G01N33/26G01R33/30G01R33/31G01R33/08
    • G01N33/26G01R33/30G01R33/31
    • An apparatus for rapidly conditioning wax samples and a method for determining the oil content of said samples with a nuclear magnetic resonance analyzer are described. A molten wax sample is collected in a sample holder. The holder is then placed in a temperature equilibration chamber where the molten wax is rapidly cooled at a temperature of about 25-33.degree.F with a cold gas stream from a vortex tube. The sample is then heated to a pre-selected equilibration temperature for a preset time at which point the sample is removed from the equilibration chamber. The sample is placed in the analyzer where the nuclear magnetic resonance value of the sample is determined. The sample is removed from the analyzer and weighed. Finally the oil content of the wax sample is obtained from a previously developed correlation between the oil content and the nuclear magnetic resonance value of various wax samples.
    • 描述了用于快速调节蜡样品的装置和用核磁共振分析仪测定所述样品的油含量的方法。 将熔融的蜡样品收集在样品架中。 然后将保持器放置在温度平衡室中,其中熔融蜡在约25-33°F的温度下用来自涡流管的冷气流快速冷却。 然后将样品加热至预先选择的平衡温度预定时间,此时将样品从平衡室中移出。 将样品置于分析仪中,其中确定样品的核磁共振值。 将样品从分析仪中取出并称重。 最后,蜡样品的油含量是从以前发现的各种蜡样品的油含量和核磁共振值之间的相关性获得的。
    • 7. 发明授权
    • Apparatus and method for oil-in-wax determination
    • 油蜡测定的装置和方法
    • US3971434A
    • 1976-07-27
    • US421197
    • 1973-12-03
    • James M. Martin, Jr.Roy C. HeatonRichard H. Coe
    • James M. Martin, Jr.Roy C. HeatonRichard H. Coe
    • G01N24/08G01R33/30G01R33/31F28D21/00
    • G01N24/08G01R33/30G01R33/31
    • An apparatus for rapidly conditioning wax samples and a method for determining the oil content of said samples with a nuclear magnetic resonance analyzer are described. A molten wax sample is collected in a sample holder. The holder is then placed in a temperature equilibration chamber where the molten wax is rapidly cooled at a temperature of about 25.degree.-33.degree.F with a cold gas stream from a vortex tube. The sample is then heated to a pre-selected equilibration temperature for a preset time at which point the sample is removed from the equilibration chamber. The sample is placed in the analyzer where the nuclear magnetic resonance value of the sample is determined. The sample is removed from the analyzer and weighed. Finally the oil content of the wax sample is obtained from a previously developed correlation between the oil content and the nuclear magnetic resonance value of various wax samples.
    • 描述了用于快速调节蜡样品的装置和用核磁共振分析仪测定所述样品的油含量的方法。 将熔融的蜡样品收集在样品架中。 然后将保持器放置在温度平衡室中,其中熔融蜡在约25-33°F的温度下用来自涡流管的冷气流快速冷却。 然后将样品加热至预先选择的平衡温度预定时间,此时将样品从平衡室中移出。 将样品置于分析仪中,其中确定样品的核磁共振值。 将样品从分析仪中取出并称重。 最后,蜡样品的油含量是从以前发现的各种蜡样品的油含量和核磁共振值之间的相关性获得的。