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    • 81. 发明申请
    • METHOD FOR INDIRECT CHEMICAL REDUCTION OF METALS IN WASTE
    • 废物中间体化学还原金属的方法
    • WO1993022001A1
    • 1993-11-11
    • PCT/US1993003827
    • 1993-04-23
    • MOLTEN METAL TECHNOLOGY, INC.NAGEL, Christopher, J.BACH, Robert, D.JOHNSTON, James, E.
    • MOLTEN METAL TECHNOLOGY, INC.
    • A62D03/00
    • C22B7/04A62D3/32A62D2101/08A62D2101/20A62D2101/40A62D2101/43B09C1/06B09C1/067C22B5/02C22B7/001Y02P10/214Y10S423/12
    • An environmentally sound process is described for the remediation of waste materials that allows the separation, recovery and decontamination of metals. The method includes chemically reducing essentially all of a reducible toxic and potentially hazardous metal-containing component of a waste composition. The waste is directed into a molten metal bath, including a first reducing agent which, under the operating conditions of the molten metal bath, chemically reduces a metal of the metal-containing component to form a dissolved intermediate. A second reducing agent is directed into the molten metal bath. The second reducing agent, under the operations of the molten metal bath, chemically reduces the metal of the dissolved intermediate. The rate at which the second reducing agent is directed into the molten metal bath, relative to the rate at which the component of the waste is directed into the molten molten metal bath, is sufficient to cause essentially all metal-containing intermediate formed to dissolve in the molten metal bath, thereby indirectly chemically reducing the component of the waste. This indirect reduction technology can remediate a variety of materials, including ash metal-contaminated municipal waste, vitreous slag-like materials and spent metal catalysts, while allowing the recovery of remediable metals.
    • 描述了一种无害环境的过程,用于修复允许金属分离,回收和去污的废料。 该方法包括化学还原废物组合物中所有可还原的有毒和潜在危险的含金属成分。 将废物引入熔融金属浴中,包括第一还原剂,其在熔融金属浴的操作条件下化学还原含金属组分的金属以形成溶解的中间体。 将第二还原剂引入熔融金属浴中。 第二种还原剂在熔融金属浴的作用下化学还原溶解的中间体的金属。 第二还原剂相对于废物的组分被引入熔融熔融金属浴的速率相对于熔融金属浴中的速率足以使基本上所有形成的含金属中间体溶解在 熔融金属浴,从而间接地化学还原废物的成分。 这种间接还原技术可以补救各种材料,包括灰渣金属污染的城市废物,玻璃状炉渣样物料和废金属催化剂,同时允许回收可补救金属。
    • 83. 发明申请
    • POSITION MEASURING APPARATUS
    • 位置测量装置
    • WO1984001027A1
    • 1984-03-15
    • PCT/GB1983000215
    • 1983-09-01
    • ROSEMOUNT ENGINEERING COMPANY LIMITEDJOHNSTON, James, Stewart
    • ROSEMOUNT ENGINEERING COMPANY LIMITED
    • G01D05/249
    • G01D5/34776G01B3/18G01D5/2495H03M1/282
    • The relative position of two elements is measured by reading a coded strip (11) fixed to one of the elements. The strip (11) carries code elements in a pseudo-random binary sequence (PRBS) which can be read by a photo-detector array (15). The array (15) and suitable optics if necessary enable enough successive code elements of the PRBS to be read simultaneously to identify the position along the PRBS. The array (15) has several detecting elements for each code element or bit of the PRBS, so that the fine position of transitions or markings of the PRBS can be measured within one PRBS bit length. A comparator (17) compares the output of the array (15) with a portion of the PRBS from a PRBS generator (21). The generated PRBS is serially shifted through a register (18) and a counter (22) stores the number of shifts needed until a match is found. Applications are described in micrometers, pressure sensors, shaft encoders and others.
    • 通过读取固定到其中一个元件的编码条(11)来测量两个元件的相对位置。 带(11)携带可由光电检测器阵列(15)读取的伪随机二进制序列(PRBS)中的码元。 如果需要,阵列(15)和合适的光学器件能够同时读取PRBS的足够的连续代码元素以识别沿着PRBS的位置。 阵列(15)具有用于PRBS的每个代码元素或位的几个检测元件,使得可以在一个PRBS位长度内测量PRBS的转换或标记的精细位置。 比较器(17)将阵列(15)的输出与PRBS发生器(21)的一部分PRBS进行比较。 生成的PRBS被顺序地移位寄存器(18),并且计数器(22)存储所需的移位数,直到找到匹配。 应用以微米,压力传感器,轴编码器等描述。
    • 84. 发明申请
    • APPARATUS AND METHOD FOR MODELING AND PREDICTING SEDATIVE EFFECTS OF DRUGS SUCH AS PROPOFOL ON PATIENTS
    • 用于建模和预测药物如丙泊酚对患者的消化作用的装置和方法
    • WO2015054454A3
    • 2015-06-18
    • PCT/US2014059829
    • 2014-10-09
    • WILSON LOUIS JMCDONALD DALE BJOHNSTON JAMES N
    • WILSON LOUIS JMCDONALD DALE BJOHNSTON JAMES N
    • A61M5/168A61M31/00G01N33/50G01N33/52
    • G06F19/3437G06F19/3456G16H50/50
    • A method includes receiving characteristics of a patient to be administered a sedative for a medical procedure. The method also includes selecting one of multiple models based on at least one of the characteristics and a sedation technique to be used. The method further includes calculating an index to the selected model using one or more of the characteristics. In addition, the method includes identifying a specified dosage of the sedative using the selected model and calculated index. The characteristics of the patient could include a height, weight, age, and race of the patient. Selecting one of the models could include selecting one of the models based on the patient's race and the sedation technique. The models could include different models associated with different sedation techniques. Calculating the index could include multiplying the patient's height by the patient's weight and dividing a resulting product by the patient's age.
    • 一种方法包括接收给予用于医疗程序的镇静剂的患者的特征。 该方法还包括基于要使用的特征和镇静技术中的至少一个来选择多个模型之一。 该方法还包括使用一个或多个特征来计算所选模型的索引。 此外,该方法包括使用所选择的模型和计算的指数来识别所述镇静剂的指定剂量。 患者的特征可以包括患者的身高,体重,年龄和种族。 选择其中一个模型可以包括根据患者的种族和镇静技术选择其中一个模型。 模型可以包括与不同镇静技术相关的不同模型。 计算指数可以包括将患者的身高乘以患者的体重,并将得到的产品除以病人的年龄。
    • 85. 发明申请
    • APPARATUS AND METHOD FOR MODELING AND PREDICTING SEDATIVE EFFECTS OF DRUGS SUCH AS PROPOFOL ON PATIENTS
    • 用于建模和预测药物如丙泊酚对患者的消化作用的装置和方法
    • WO2015054454A2
    • 2015-04-16
    • PCT/US2014/059829
    • 2014-10-09
    • WILSON, Louis J.MCDONALD, Dale B.JOHNSTON, James N.
    • WILSON, Louis J.MCDONALD, Dale B.JOHNSTON, James N.
    • A61K38/37
    • G06F19/3437G06F19/00G06F19/3456G16H50/50
    • A method includes receiving (1704) characteristics of a patient to be administered a sedative for a medical procedure. The method also includes selecting (1706) one of multiple models (1514) based on at least one of the characteristics and a sedation technique to be used. The method further includes calculating (1708) an index to the selected model using one or more of the characteristics. In addition, the method includes identifying (1710) a specified dosage of the sedative using the selected model and calculated index. The characteristics of the patient could include a height, weight, age, and race of the patient. Selecting one of the models could include selecting one of the models based on the patient's race and the sedation technique. The models could include different models associated with different sedation techniques. Calculating the index could include multiplying the patient's height by the patient's weight and dividing a resulting product by the patient's age.
    • 一种方法包括接收(1704)要给予用于医疗程序的镇静剂的患者的特征。 该方法还包括基于要使用的特征和镇静技术中的至少一个来选择(1706)多个模型中的一个(1514)。 该方法还包括使用一个或多个特征来计算(1708)所选模型的索引。 此外,该方法包括使用所选择的模型和计算的指数来识别(1710)指定剂量的镇静剂。 患者的特征可以包括患者的身高,体重,年龄和种族。 选择其中一个模型可以包括根据患者的种族和镇静技术选择一个模型。 模型可以包括与不同镇静技术相关的不同模型。 计算指数可以包括将患者的身高乘以患者的体重,并将得到的产品除以病人的年龄。