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    • 2. 发明授权
    • Anti-ADAM-15 antibodies and utilization of the same
    • 抗ADAM-15抗体与利用相同
    • US08461310B2
    • 2013-06-11
    • US12867449
    • 2009-02-12
    • Toshimitsu UedeYutaka Matsui
    • Toshimitsu UedeYutaka Matsui
    • C07K16/00
    • C07K16/40A61K2039/505C07K14/8146C07K16/2842C07K16/2848C07K16/2896C07K2317/565C12N9/6416G01N2333/96486
    • A remedy for cancer obtained from a different viewpoint from the viewpoints employed in developing the existing anticancer drugs, i.e., focusing on the intercellular adhesion of cancer cells. Namely, provided is a remedy for cancer with fewer side effects which inhibits the proliferation of cancer cells and the intercellular adhesion of cancer cells. Also provided is an antibody, which recognizes the disintegrin domain of ADAM-15 and is usable as an anticancer agent, and so on. An antibody, which recognizes the disintegrin domain of ADAM-15 but does not recognize the RGD sequence or loop region in the disintegrin domain of ADAM-15, and so on; an antibody, which inhibits ADAM-15 and integrin αvβ3-dependent cell adhesion, and so on; and an antibody, which inhibits ADAM-15 and integrin αvβ1-dependent cell adhesion, and so on.
    • 从用于开发现有抗癌药物的观点来看,从不同观点获得的癌症治疗方法,即关注癌细胞的细胞间粘附。 即,提供抑制癌细胞增殖和癌细胞的细胞间粘附的副作用较少的癌症的治疗方法。 还提供了识别ADAM-15的去整合素结构域并可用作抗癌剂的抗体等。 识别ADAM-15的整合素结构域但不识别ADAM-15的整合素结构域中的RGD序列或环区的抗体等等; 一种抗体,其抑制ADAM-15和整合素alphavbeta3依赖性细胞粘附等; 和抗体,其抑制ADAM-15和整合素α噬菌体依赖性细胞粘附等。
    • 5. 发明申请
    • Structure for plasma processing chamber, plasma processing chamber, plasma processing apparatus, and plasma processing chamber component
    • 等离子体处理室,等离子体处理室,等离子体处理装置和等离子体处理室组件的结构
    • US20070068798A1
    • 2007-03-29
    • US11529372
    • 2006-09-29
    • Masanobu HondaToshihiro HayamiYutaka Matsui
    • Masanobu HondaToshihiro HayamiYutaka Matsui
    • C25D17/00F02M37/22
    • H01J37/32431F02M27/042H01J37/32568
    • A structure for a plasma processing chamber which makes it possible to control the potential therein and simplify the construction of the plasma processing chamber. A gas-introducing showerhead 34 is disposed in the plasma processing chamber 10 including a container 11 having a process space S for receiving a semiconductor wafer W, and a susceptor 12 disposed in the container 11, for mounting the received semiconductor wafer W thereon. The susceptor 12 is connected to high-frequency power supplies 20 and 46. An electrode support 39 of the gas-introducing showerhead 34 is electrically grounded. An electrically floating top electrode plate 38 of the gas-introducing showerhead 34 is disposed between the electrode support 39 and the process space S. The top electrode plate 38 has a surface exposed to the process space S. An insulating film 48 is formed of a dielectric material and disposed between the electrode support 39 and the top electrode plate 38.
    • 一种用于等离子体处理室的结构,其可以控制其中的电位并简化等离子体处理室的结构。 气体导入花洒34设置在等离子体处理室10中,包括具有用于接收半导体晶片W的处理空间S的容器11和设置在容器11中的用于将接收的半导体晶片W安装在其上的基座12。 基座12连接到高频电源20和46.气体导入花洒34的电极支架39电接地。 气体导入喷头34的电浮置顶部电极板38设置在电极支撑件39和处理空间S之间。顶部电极板38具有暴露于处理空间S的表面。绝缘膜48由 电介质材料并且设置在电极支撑件39和顶部电极板38之间。
    • 9. 发明申请
    • METHOD OF CLEANING SUBSTRATE PROCESSING CHAMBER, STORAGE MEDIUM, AND SUBSTRATE PROCESSING CHAMBER
    • 清洗基板加工室,储存介质和基板加工室的方法
    • US20070186952A1
    • 2007-08-16
    • US11671223
    • 2007-02-05
    • Masanobu HONDAYutaka Matsui
    • Masanobu HONDAYutaka Matsui
    • B08B6/00G06F19/00C23F1/00C23C16/00
    • B08B7/0035H01J37/32862Y10S438/905
    • A method of cleaning a substrate processing chamber that enables formation of an oxide film on a surface of a processing chamber inside component to be prevented. A substrate processing chamber 11 has therein a processing space S into which a wafer W is transferred and carries out reactive ion etching on the wafer W in the processing space S. The substrate processing chamber 11 has an upper electrode plate 38 that comprises silicon and a lower surface of which is exposed to the processing space S. A dry cleaning is carried out on the upper electrode plate 38 using oxygen radicals produced from oxygen gas introduced into the processing space S. An oxide removal processing is carried out on the upper electrode plate 38 using fluorine ions and fluorine radicals produced from carbon tetrafluoride gas introduced into the processing space S.
    • 一种能够防止在处理室内部组件的表面上形成氧化膜的基板处理室的清洗方法。 衬底处理室11中具有转移晶片W的处理空间S,并且在处理空间S中对晶片W进行反应离子蚀刻。衬底处理室11具有上电极板38,上电极板38包括硅和 其下表面暴露于处理空间S.使用从引入到处理空间S中的氧气产生的氧自由基,在上电极板38上进行干洗。在上电极板上进行氧化物去除处理 38使用从引入到处理空间S中的四氟化碳气体产生的氟离子和氟自由基。
    • 10. 发明授权
    • Injection/blow molded plastic container and method
    • 注塑/吹塑塑料容器及方法
    • US5874141A
    • 1999-02-23
    • US627854
    • 1996-04-03
    • Yutaka Matsui
    • Yutaka Matsui
    • B29B11/08B29C49/00B29C49/06B29C49/08B29C51/10B29L22/00B29D22/00B29C49/02
    • B29C51/10B29C49/0073B29B2911/1402B29B2911/14026B29B2911/14033B29B2911/1404B29B2911/14326B29B2911/14331B29B2911/14333B29B2911/14337B29B2911/14426B29B2911/1444B29B2911/14486B29C2791/007B29C49/06Y10T428/1352Y10T428/139
    • A plastic container is formed by injection and blow molding wherein the injection molded body has an annular shoulder, an upper neck and a bottom wall with a central flat portion of substantially the same thickness as the wall of said body. An enlarged annular corner portion connects the bottom wall to the body and extends downwardly. The annular corner is sufficiently thick so as to form a substantially solid rim after bi-axial stretching during blow molding. The plastic parison for forming the container includes a body with an annular shoulder and an upper neck and also with the bottom wall having a central flat portion of substantially the same thickness as the body. The enlarged annular corner portion of the parison also connects to the body and extends downwardly to form a substantially solid rim. The thickness of the annular corner is sufficient to keep the annular corner from having a cavity formed in it during bi-axial stretching. In the method the molded body, annular shoulder, upper neck and the bottom wall are maintained with their relative thicknesses. The annular corner portion is sufficiently enlarged to form a substantially solid rim during stretching. The method is carried out so that the container exhibits the favorable characteristics of injection and blow molding. The blow molding is characterized by bi-axial stretching of the body and uni-axial stretching of the bottom wall. Heat is applied to the mold during blow molding and air is cycled in and out of the container for curing.
    • 通过注射和吹塑形成塑料容器,其中注射成型体具有环形肩部,上颈部和底壁,其中心平坦部分具有与所述主体的壁基本相同的厚度。 扩大的环形角部分将底壁连接到主体并向下延伸。 环形角部足够厚,以便在吹塑过程中双向拉伸后形成基本上实心的边缘。 用于形成容器的塑料型坯包括具有环形肩部和上颈部的本体,并且底壁具有与主体基本相同厚度的中心平坦部分。 型坯的扩大的环形角部分也连接到主体并向下延伸以形成基本上实心的边缘。 环形角部的厚度足以在双向拉伸期间保持环形角部不具有形成在其中的空腔。 在该方法中,成型体,环形肩部,上颈部和底壁保持其相对厚度。 环形拐角部分被充分地扩大,以在拉伸期间形成基本上实心的边缘。 该方法进行,使得容器呈现出有利的注射和吹塑成型特性。 吹塑成型的特征在于主体的双向拉伸和底壁的单轴拉伸。 在吹塑过程中将热量施加到模具上,并且将空气循环进出容器以进行固化。