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
    • Self-contained, on-line, real-time bulk material analyzer
    • 独立的,在线的实时散装物料分析仪
    • US4582992A
    • 1986-04-15
    • US639577
    • 1984-08-10
    • Thomas L. AtwellJames F. MillerErnesto A. CorteRichard L. ConwellClinton L. Lingren
    • Thomas L. AtwellJames F. MillerErnesto A. CorteRichard L. ConwellClinton L. Lingren
    • G01N23/203G01N23/12G01N23/222
    • G01N23/222G01N23/12G01N2223/0745G01N2223/301G01N2223/617
    • A complete PGNAA bulk material analyzer is self contained in a sealed and air conditioned housing. Bulk material is channeled by an open-ended vertical chute having a one-foot-by-three-foot cross-sectional dimension through an activation region between three neutron sources and two gamma ray detectors. The sources are symmetrically disposed on one of the three-foot long sides of the chute from one end of such side to the other. The detectors are symmetrically disposed on the opposite side of the chute between positions opposing the positions of the sources on the one side of the chute. The chute is dimensioned to enable free flow of various bulk materials. It handles coal of up to a top size of four inches and with typical surface moisture contents and agglomeration characteristics. The relative disposition of the sources and detectors results in the measurements being independent of the lateral distribution of the bulk material within the chute. The signals produced by the detectors are continuously processed by signal processing equipment sealed within a separate compartment in the container to provide periodic measurements of the elemental content of the bulk material channeled through the activation region. A measurement of the bulk material channeled through the activation region during each periodic measurement interval is processed over several measurement intervals with the periodic elemental content measurements to provide weighted average measurements of the elemental content of bulk material over time periods representing average lots of the bulk material.
    • 完整的PGNAA散装材料分析仪可自行装在密封和空调的外壳中。 散装材料通过三个中子源和两个伽马射线检测器之间的激活区域的具有一英尺三英尺横截面尺寸的开放式垂直滑槽引导。 源对称地设置在滑槽的三英尺长的一侧上,从该侧的一端到另一端。 检测器对称地设置在斜槽的相反侧上,与位于滑槽一侧的源的位置相对的位置之间。 滑槽的尺寸可以使各种散装材料自由流动。 它处理最大尺寸为4英寸的煤,具有典型的表面含水量和附聚特性。 源和检测器的相对布置导致测量结果独立于滑槽内的散装材料的横向分布。 由检测器产生的信号由密封在容器中的单独隔室内的信号处理设备连续处理,以提供通过激活区域引导的散装材料的元素含量的周期性测量。 在每个周期性测量间隔期间通过激活区域引导的散装材料的测量在具有周期性元素含量测量的几个测量间隔中进行处理,以提供散装材料的元素含量的加权平均测量值,该时间段代表散装材料的平均批次 。
    • 2. 发明授权
    • Fission chamber detector system for monitoring neutron flux in a nuclear
reactor over an extra wide range, with high sensitivity in a hostile
environment
    • 用于监测核反应堆中的超广泛范围的中子通量的裂变室检测器系统,在恶劣环境中具有高灵敏度
    • US4495144A
    • 1985-01-22
    • US280335
    • 1981-07-06
    • Clinton L. LingrenJames F. Miller
    • Clinton L. LingrenJames F. Miller
    • G01T3/00G21C17/00G21C17/10G21C17/108H01B7/28
    • G21C17/108G01T3/00
    • A fission chamber detector system for monitoring neutron flux density in a nuclear reactor utilizes a unique coaxial cable carried through a flexible metal hose to provide sufficient signal quality to allow a preamplifier and signal conditioning unit for amplifying and conditioning neutron signal pulses produced by the fission chambers to be far enough away from the fission chambers as to be located outside of the containment vessel for the reactor. Reactor power and rate-of-reactor-power-change signals produced for overlapping power ranges from a countrate circuit and a mean square voltage circuit are aligned by a voltage controlled switch and a slave switch without causing spurious transients in the rate-of-change signals. Power signal indications are provided over 12 decades. The preamplifiers include an input stage that enables the preamplifiers to be controlled remotely to either pass or inhibit neutron signal pulses to an amplifier stage from the fission chambers, and to pass test signals to the amplifier stage.
    • 用于监测核反应堆中的中子通量密度的裂变室检测器系统利用通过柔性金属软管承载的独特同轴电缆,以提供足够的信号质量,以允许用于放大和调节由裂变室产生的中子信号脉冲的前置放大器和信号调节单元 远离裂变室远离反应堆的安全壳的外部。 由计数电路和均方根电压电路产生的用于重叠功率范围的反应堆功率和电抗器功率变化信号由电压控制开关和从属开关对齐,而不会在变化率中产生虚假瞬变 信号。 功率信号指示提供了十二十年。 前置放大器包括一个输入级,使前置放大器能够被远程控制,以将来自裂变室的放大器级的中子信号脉冲传递或抑制,并将测试信号传递到放大器级。
    • 3. 发明授权
    • Bulk material analyzer calibration block
    • 散装材料分析仪校准块
    • US4694165A
    • 1987-09-15
    • US782272
    • 1985-09-30
    • Raymond J. ProctorThomas L. AtwellClinton L. LingrenJames F. Miller
    • Raymond J. ProctorThomas L. AtwellClinton L. LingrenJames F. Miller
    • G01D18/00G01N23/222G01F23/00
    • G01N23/222G01D18/00G01N2223/0745G01N2223/3037G01N2223/617
    • A calibration block is used for calibrating a bulk material analyzer that has an activation region in which bulk material is received for analysis and a chute for passing the bulk material through the activation region. The block is dimensioned to be of almost the same cross-sectional size as the interior of the chute and extends both above and below the activation region when inserted in the chute. The calibration block is manufactured by (a) providing a mixture of known materials of known proportions that do not chemically react with each other, including a bonding agent; (b) homogenizing the mixture to make a thick paste in which the known materials are bound without segregation of known materials that have different densities; (c) molding the homogeneous mixture into the shape of a block having predetermined dimensions; and (d) solidifying the molded mixture to provide the calibration block. Alternative processes for manufacturing the calibration block utilize compaction and sintering techniques instead of a bonding agent. The measurement system of the bulk material analyzer is calibrated in accordance with measurements made while the calibration block is in the chute. One embodiment of the calibration block includes a plurality of uniformly distributed holes extending through the block for receiving insertions of a known quantity of a unique known material.
    • 校准块用于校准具有其中容纳散装材料用于分析的激活区域的散装材料分析器和用于使大块材料通过激活区域的滑槽。 该块的尺寸设计成与滑槽的内部几乎相同的横截面尺寸,并且当插入滑槽时在该活动区域的上方和下方延伸。 校准块通过以下方式制造:(a)提供已知比例的已知材料的混合物,所述已知比例的物质彼此不发生化学反应,包括粘合剂; (b)使混合物均化以制备其中已知材料结合而不分离具有不同密度的已知​​材料的稠糊状物; (c)将均匀混合物成型为具有预定尺寸的块状; 和(d)固化模制的混合物以提供校准块。 用于制造校准块的替代方法使用压实和烧结技术代替粘合剂。 散装材料分析仪的测量系统根据校准块在滑槽中进行的测量进行校准。 校准块的一个实施例包括延伸穿过块的多个均匀分布的孔,用于接收已知量的唯一已知材料的插入。
    • 5. 发明授权
    • Mobile classifier for aggregates
    • 用于聚合的移动分类器
    • US6152308A
    • 2000-11-28
    • US865034
    • 1997-05-29
    • Clarence R. KreiserJames F. Miller
    • Clarence R. KreiserJames F. Miller
    • B07B4/02B07B9/00E01C19/05B07B1/49B04B3/00B07B1/55
    • E01C19/05B07B4/02B07B9/00
    • A trailer mounts a first unit having an aggregate classifier and a pair of cyclones for pivotal movement between a generally horizontal storage position on the trailer and a generally vertical upright operational position on the trailer. A second unit having a second classifier and a second pair of cyclones is pivotally mounted on the trailer for movement between a generally horizontal storage position and a generally upright vertical operational position. In the storage positions, the units leave an open area in the middle of the trailer for storing and transporting ducts for use when operational. The duct work includes a riffle splitter "Y" duct for releasable securement to the aggregate inlets of the first and second classifiers in their upright position to provide a common aggregate inlet thereto. The ducts include a rectilinear duct for interconnecting the dust outlets of the cyclones when in their vertical operational position for channeling the dust to a baghouse.
    • 拖车安装具有聚集分类器和一对旋风分离器的第一单元,用于在拖车上的大致水平的存储位置和拖车上的大致垂直的竖直操作位置之间枢转运动。 具有第二分选器和第二对旋风分离器的第二单元枢转地安装在拖车上,用于在大致水平的存储位置和基本竖立的垂直操作位置之间移动。 在储存位置,单位在拖车中间留出一个开放区域,用于储存和运输管道,以便在运行时使用。 管道工作包括一个分流器“Y”管道,用于将第一和第二分级器的聚集入口处于其直立位置可释放地固定,从而为其提供共同的集料入口。 导管包括直线导管,用于在旋风分离器的灰尘出口处于垂直操作位置时将灰尘引导到袋室。
    • 6. 发明授权
    • Process for preparing chlorinated lime
    • 氯化石灰的制备方法
    • US4849201A
    • 1989-07-18
    • US241998
    • 1988-09-02
    • Russell K. SmithEdward R. ZamejcJames F. Miller
    • Russell K. SmithEdward R. ZamejcJames F. Miller
    • C01B11/06
    • C01B11/064
    • A process for preparing chlorinated lime solid having an available chlorineontent in the range of about 30 to about 50 weight percent by contacting a chlorine source, e.g., liquid chlorine, with a basic calcium-containing substance, e.g., hydrated lime, in the presence of water or aqueous calcium chlorine at a pH to produce an aqueous slurry having available chlorine content in the range of about 13 to 17 weight percent and a pH in the range of about 10.6 to 10.9 and containing an aqueous solution and a chlorinated lime precipitate combined with separating said slurry into an aqueous solution and a chlorinated lime precipitate having less than about 40 to 50 percent water combined with drying said chlorinated lime precipitate to produce chlorinated lime solid having the desired available chlorine content is disclosed.
    • 一种制备氯代石灰固体的方法,该氯化石灰固体具有在约30至约50重量%范围内的可用氯含量,其通过使氯源(例如液氯)与碱性含钙物质例如熟石灰接触, 的水或钙氯水,以产生具有约13至17重量%的可用氯含量和约10.6至10.9范围内的pH的含水浆料,并含有水溶液和氯化石灰沉淀物组合 公开了将所述浆料分离成水溶液和具有少于约40至50%水的氯化石灰沉淀物,并与干燥所述氯化石灰沉淀物混合以产生具有所需可用氯含量的氯化石灰固体。
    • 8. 发明授权
    • Apparatus for forming synthetic logs
    • 用于形成合成原木的装置
    • US4124347A
    • 1978-11-07
    • US704932
    • 1976-07-13
    • James F. Miller
    • James F. Miller
    • B29C47/00B29C47/20B29C47/60B29D23/04
    • B29C47/60B29C47/0004B29C47/20B29C47/0016B29K2105/06B29K2105/12Y10S425/812
    • A log forming apparatus includes a slotted die chamber, a rotary feed auger for advancing loose particles into the die chamber, and a replaceable tip having a pressure face for engaging successive layers of particles from the auger and pressing these layers together into the shape of a log. The pressure face comprises a plurality of semi-circular grooves for forming ridges in each layer of particles which are pressed within corresponding grooves of a preceding layer during compaction. A mandrel extends axially forwardly of the pressure face and forms an axial bore through the log to facilitate the removal of heat and steam therefrom. The mandrel is hollow to direct a flow of compressed air through the bore to further facilitate such removal. The auger comprises an interrupted helical screw thread for providing a sensitive advancement of loose particles forwardly along a helical feed channel defined by the screw thread. The feed channel includes a forward discharge scoop of substantially constant volume. A clamp enables the slotted die chamber to be compressed to increase the backpressure applied to the log. A cooling/drying section comprises pressurized walls forming a log-conducting trough. An adjustment mechanism enables the pressure between the walls to be varied so as to alter the magnitude of the lateral forces which are applied to the log.
    • 对数形成装置包括开槽模腔,用于将松散颗粒推进到模腔中的旋转进料螺旋钻,以及具有用于接合来自螺旋钻的连续层的颗粒的压力面的可更换顶部,并将这些层压在一起形成 日志 压力面包括多个半圆形槽,用于在每一层颗粒中形成脊,在压实过程中,它们被压在前一层的相应凹槽内。 心轴向轴向延伸到压力面的前方,并形成通过对数的轴向孔,以便于从其中移除热量和蒸汽。 心轴是中空的,以将压缩空气流引导通过孔以进一步促进这种移除。 螺旋钻包括中间螺旋螺纹,用于沿着由螺纹限定的螺旋进给通道向前提供松散颗粒的敏感进给。 进料通道包括基本恒定体积的正向排出勺。 夹具可以使开槽模腔被压缩以增加施加到原木的背压。 冷却/干燥部分包括形成对数传导槽的加压壁。 调节机构能够改变壁之间的压力,以便改变施加到原木的侧向力的大小。