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    • 11. 发明申请
    • METHOD AND APPARATUS FOR ADAPTIVE CONTROL OF HUMAN-MACHINE SYSTEMS EMPLOYING DISTURBANCE RESPONSE
    • 人机系统自适应控制的方法与装置应对干扰响应
    • WO1995012171A2
    • 1995-05-04
    • PCT/US1994012179
    • 1994-10-24
    • THE REGENTS OF THE UNIVERSITY OF MICHIGAN
    • THE REGENTS OF THE UNIVERSITY OF MICHIGANBELL, David, A.BELL, Lon, E.LEVINE, SimonKOREN, Yoram
    • G06F17/00
    • B60W40/08A61G5/04A61G2203/14B60W2300/38Y10S180/907Y10S297/04Y10S706/905
    • Adaptive control of a system with a human in the loop is accomplished by sensing human operator reactions to a disturbance in the system and characterizing the operator response to the disturbance. The operator response is characterized in one of several forms by predicting a response based on a model quantifying a response based on statistics or merely measuring a response for accumulation of data to be employed by an artificial intelligent system. The disturbance which provides the human operator reaction, is applied or occurs naturally based on other stimulus and is measured by the system. Quantifying the results of the disturbance and the operator response comparison allows selection of a control mode by identifying one or more categories of reactions response or a graduated modification of the control law employed in the system. Various modes or categories for control of the system incorporate different sensitivities on a macro scale or an entirely different control algorithm. Graduated adaptation alters sensitivity or other perimeters in the system at a micro level incrementally throughout given ranges of control.
    • 通过感测人类操作员对系统中的干扰的反应并表征操作者对干扰的响应来实现对环路中的人的系统的自适应控制。 操作员响应以几种形式之一表征,通过基于基于统计量量化响应的模型来预测响应,或者仅测量人造智能系统将要使用的数据的累积响应。 提供人员操作反应的干扰,以其他刺激为基础自然发生,并由系统测量。 量化干扰的结果和操作者响应比较允许通过识别系统中使用的控制规则的一个或多个类别的反应响应或分级修改来选择控制模式。 用于系统控制的各种模式或类别在宏观尺度或完全不同的控制算法上包含不同的灵敏度。 渐变自适应在给定的控制范围内以微观级别改变系统中的灵敏度或其他周长。
    • 13. 发明申请
    • CELL SURFACE LAMP EXPRESSION AND SELECTIN-DEPENDENT ADHESION
    • 细胞表面表达和选择性依赖性粘附
    • WO1994029342A1
    • 1994-12-22
    • PCT/US1994006493
    • 1994-06-08
    • LA JOLLA CANCER RESEARCH FOUNDATIONTHE REGENTS OF THE UNIVERSITY OF MICHIGAN
    • LA JOLLA CANCER RESEARCH FOUNDATIONTHE REGENTS OF THE UNIVERSITY OF MICHIGANSAWADA, RitsukoLOWE, John, B.FUKUDA, Minoru
    • C07K13/00
    • C07K14/705A61K38/00C07K14/47
    • The present invention provides novel purified human lysosomal membrane sialoglycoproteins. These novel human proteins, lamp-1 and lamp-2, are highly glycosylated and are the major carriers of polylactosaminoglycan, when expressed on the cell surface participate in various cellular adhesion interactions. Further provided by the present invention are methods of modifying biological functions mediated by the regulatory activity of selectin receptors, methods of alleviating pathologic conditions mediated by lamp-derived polypeptide and selectin receptor interactions. Isolated nucleid acids encoding the novel lamp-1 amd lamp-2 glycoproteins and soluble lamp-derived polypeptides are provided, as well as vectors containing the nucleic acids and recombinant host cells transformed with such vectors. This invention provides antisense oligonucleotides capable of binding specifically to mRNA molecules encoding human lamp-derived polypeptides. The present invention provides monoclonal antibodies to the soluble lamp-derived polypeptides. Methods of detecting the presence of activated selectin receptors on platelets and endothelial cell surfaces are also provided.
    • 本发明提供新型纯化的人溶酶体膜唾液酸糖蛋白。 这些新型人类蛋白质灯1和灯2高度糖基化,并且是在细胞表面上表达时参与多种细胞粘附相互作用的聚乳糖胺聚糖的主要载体。 本发明还提供了改变由选择素受体的调节活性介导的生物功能的方法,减轻由灯衍生的多肽介导的病理状况的方法和选择素受体相互作用。 提供编码新型灯-1-amd灯2糖蛋白和可溶性灯衍生多肽的分离的核酸,以及含有用这些载体转化的核酸和重组宿主细胞的载体。 本发明提供能够特异性结合编码人类灯衍生多肽的mRNA分子的反义寡核苷酸。 本发明提供了针对可溶性灯衍生多肽的单克隆抗体。 还提供了检测血小板和内皮细胞表面上活化的选择素受体的存在的方法。
    • 15. 发明申请
    • METHOD AND APPARATUS FOR RAPIDLY SOLIDIFIED INGOT PRODUCTION
    • 用于快速固化生产的方法和装置
    • WO1994026447A1
    • 1994-11-24
    • PCT/US1994005516
    • 1994-05-17
    • THE REGENTS OF THE UNIVERSITY OF MICHIGAN
    • THE REGENTS OF THE UNIVERSITY OF MICHIGANGHOSH, Amit, K.
    • B22F09/00
    • B22D27/08
    • An apparatus and method for producing a rapidly solidified ingot characterized by a fine scale microstructure capable of precipitating uniformly dispersed fine particles. A charge of material (26) is placed in a crucible (14) and heated by a furnace (12) to melt the charge (26). The melt is discharged from the crucible (14) in a stream (74) along a pouring axis. An ingot mold (16) is oriented at an angle with respect to the pouring axis so that the stream (74) is received in the mold (16). As the melt is being poured into the mold (16), the mold (16) is rotated about its central axis at a predetermined speed to continuously shear, both circumferentially and downwardly, a thin layer of melt (78) from the stream (74) as the stream contacts the sidewall surfaces of the mold (16). The thin layer (78) is rapidly solidified by the rapid extraction of heat through the mold (16) and is formed, as said ingot mold (16) fills and successive layers are solidified, into an ingot having a fine microstructure capable of developing uniformly dispersed fine particles.
    • 一种用于生产快速固化锭的装置和方法,其特征在于能够使均匀分散的细颗粒沉淀的微细尺度微结构。 将材料(26)装入坩埚(14)中并通过炉(12)加热以熔化电荷(26)。 熔体沿着倾倒轴线从坩埚(14)排出。 锭模具(16)相对于倾倒轴线成一角度定向,使得料流(74)被容纳在模具(16)中。 当熔体被浇注到模具(16)中时,模具(16)以预定的速度围绕其中心轴线旋转,以连续地从流(74)连续地剪切薄层的熔体(78) ),因为流接触模具(16)的侧壁表面。 通过快速提取热量通过模具(16)快速固化薄层(78),并且当所述锭模(16)填充并连续层固化时,其形成为具有均匀显影的精细微结构的锭 分散细颗粒。
    • 16. 发明申请
    • HUMAN CRABP-I AND CRABP-II
    • 人CRABP-I和CRABP-II
    • WO1993022331A1
    • 1993-11-11
    • PCT/US1993003936
    • 1993-04-27
    • THE REGENTS OF THE UNIVERSITY OF MICHIGANASTROM, AndersVOORHEES, John, J.PETTERSON, UlrikaTAVAKKOL, Amir
    • THE REGENTS OF THE UNIVERSITY OF MICHIGAN
    • C07H21/04
    • C12Q1/6897C07K14/70567G01N2333/70567G01N2500/00
    • The sequences encoding two isoforms of human cellular retinoic acid binding proteins, CRABP-I and CRABP-II, have been cloned and sequenced and are set forth with their corresponding amino acid sequences in SEQ ID NOS. 1-4. The indentification of human CRABP nucleic and amino acid sequences provides the basis for the construction of recombinant human CRABP vectors and expression constructs. Human CRABP can also be synthesized or produced ex vivo, e.g. in bacterial or other production systems. Ligand binding assays, including recombinant and chimeric receptor reporter assays, and direct and competition hybridization assays employing the human CRABP sequences herein described can be used to test drugs for retinoic induction and tissue specificity for pathologies in which retinoids are implicated. Immunoassays utilizing antibodies or binding fragments produced to human CRABP can also be used to test patient tissues for the presence and levels of CRABP for diagnosis and to monitor treatment. The indentification of the nucleic and amino acids sequences for human CRABP-I and CRABP-II also contributes to the elucidation of the function and interaction of the retinoid-binding proteins. The CRABP-II gene, isolated from a human placenta genomic library, spans 6 kilobases and includes 4 exons. One major transcription initiation site was mapped to an A residue 137 nucleotides upstream of the ATG initiation codon. CRABP-II mRNA was rapidly induced within 2-6 hours in culture by retinoic acid, primarily due to an increased rate of transcription which required on-going synthesis. The human CRABP-II gene is thus apparently transcriptionally regulated by a newly synthesized regulator protein. Once the CRABP-II is produced, message stabilization may provide means by which elevated CRABP-II in mRNA is maintained.
    • 编码人类细胞视黄酸结合蛋白(CRABP-1和CRABP-II)的两种同工型的序列已被克隆并测序,并以SEQ ID NOS中相应的氨基酸序列进行阐述。 1-4。 人类CRABP核酸和氨基酸序列的鉴定提供了构建重组人类CRABP载体和表达构建体的基础。 人类CRABP也可以离体合成或产生,例如, 在细菌或其他生产系统中。 配体结合测定法,包括重组和嵌合受体报告基因测定,以及使用本文所述的人类CRABP序列的直接和竞争杂交测定法,可用于检测视黄酸诱导药物和组胺特异性,其中涉及类维生素A。 利用针对人类CRABP产生的抗体或结合片段的免疫测定法也可用于测试患者组织中CRABP的存在和水平以进行诊断和监测治疗。 人CRABP-1和CRABP-II的核酸和氨基酸序列的鉴定也有助于阐明类视黄醇结合蛋白的功能和相互作用。 从人胎盘基因组文库分离的CRABP-II基因跨越6千碱基并且包括4个外显子。 一个主要的转录起始位点被映射到ATG起始密码子上游137个核苷酸的A残基。 CRABP-II mRNA在视黄酸培养2-6小时内迅速诱导,主要是由于需要持续合成的转录速率增加。 因此,人类CRABP-II基因显然被新合成的调节蛋白转录调节。 一旦CRABP-II产生,信号稳定可以提供维持mRNA中升高的CRABP-II的方式。