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    • 3. 发明申请
    • Medical Suture Needle
    • 医用缝线针
    • US20110112575A1
    • 2011-05-12
    • US12990019
    • 2009-04-22
    • Yoshimasa TochimuraSatoshi TetsukaKazuaki Kato
    • Yoshimasa TochimuraSatoshi TetsukaKazuaki Kato
    • A61B17/06
    • B21G1/08A61B17/06066A61B2017/06071A61B2017/0608
    • The goal is to provide a medical suture needle having, as the material, austenite stainless steel with a structure that is elongated in a fiber form while improving the hardness and flexural strength of the cutting portion. A medical suture needle (A) is made of austenite stainless steel having a structure that is elongated in fiber form, and has a cutting portion (1) and a body portion (2) with a triangular cross-sectional shape that is continuous with said cutting portion (1). The cutting portion (1) has cutting edges (13), at least one surface of which is formed by a pressed surface (11), and which are formed by the intersection of said pressed surface (11) with two sharpened surfaces (12), and a cutting edge (14) that is formed by the intersection of the two sharpened surfaces (12). The tip (15) where the various cutting edges (13) and (14) converge is positioned in the center of the pressed surface (11). Moreover, the cutting edges (13) formed by the intersection of the above pressed surface (11) with the two sharpened surfaces (12) are longer than the cutting edge (14) that is formed by the intersection of the two sharpened surfaces (12).
    • 目的在于提供一种医疗缝合针,其具有作为材料的奥氏体不锈钢,其具有以纤维形式伸长的结构,同时提高切割部分的硬度和弯曲强度。 医疗缝合针(A)由奥氏体不锈钢制成,其结构为纤维形状,并具有切割部分(1)和具有三角形横截面形状的主体部分(2),其与所述 切割部分(1)。 切割部分(1)具有切削刃(13),其至少一个表面由压制表面(11)形成,并且由所述压制表面(11)与两个锋利表面(12)的交点形成, ,以及由两个锋利的表面(12)的交点形成的切削刃(14)。 各个切削刃(13)和(14)会聚的刀头(15)位于压制表面(11)的中心。 此外,由上述按压面(11)与两个磨边表面(12)的交点形成的切削刃(13)比由两个锋利的表面(12)的交点形成的切削刃(14)长 )。
    • 6. 发明授权
    • Process for preparing 1,4-cyclohexandicarboxylic acid
    • 制备1,4-环己烷二羧酸的方法
    • US5430184A
    • 1995-07-04
    • US169132
    • 1993-12-17
    • Yoshiaki TatenoChihaya SanoKotone TanakaMitsuo MagaraNaoki OkamotoKazuaki Kato
    • Yoshiaki TatenoChihaya SanoKotone TanakaMitsuo MagaraNaoki OkamotoKazuaki Kato
    • B01J23/44C07B61/00C07C51/36C07C51/43C07C51/44C07C61/09
    • C07C51/36C07C51/44
    • An economic hydrogenation process is provided which significantly suppresses palladium catalyzer activity loss, for obtaining very high purity 1,4-CHDA through a simple operation. The process includes bringing the solution containing the hydrogenation reaction product of interest into contact with steam. The resultant products may include resins having excellent weather resistance or physical properties or high purity medical drugs. The process for preparing 1,4-cyclohexandicarboxylic acid is characterized by two consecutive steps. The first step includes the hydrogenation of a solution containing terephthalic acid in the presence of a palladium catalyzer in an acid resistant vessel or in a vessel layered with acid resistant material for preparing 1,4-cyclohexandicarboxylic acid. The second step includes contacting the solution containing 1,4-cyclohexandicarboxylic acid obtained in the first step with the steam, and extracting impurities moved to the steam.
    • 提供经济的氢化方法,其显着抑制钯催化剂活性损失,以通过简单的操作获得非常高纯度的1,4-CHDA。 该方法包括将含有所需氢化反应产物的溶液与蒸汽接触。 得到的产品可以包括具有优异的耐候性或物理性质的树脂或高纯度药物。 制备1,4-环己烷二羧酸的方法的特征在于两个连续的步骤。 第一步包括在耐酸容器中的钯催化剂存在下或在用耐酸材料层压制备1,4-环己烷二羧酸的容器中氢化包含对苯二甲酸的溶液。 第二步包括使第一步骤中获得的含有1,4-环己烷二羧酸的溶液与蒸汽接触,并提取移入蒸汽中的杂质。
    • 8. 发明授权
    • Current-limiting arcing horn
    • 限流电弧喇叭
    • US4736272A
    • 1988-04-05
    • US41781
    • 1987-04-23
    • Kazuaki KatoHiromi Nagasaka
    • Kazuaki KatoHiromi Nagasaka
    • H01H85/00H01B17/46H01H37/76H01T4/14H02H7/04
    • H01T4/14
    • There is disclosed a current-limiting arcing horn comprising a current-limiting unit and a ring horn. The current-limiting unit is composed of lower and upper electrodes, at least one nonlinear resistor element mounted between the electrodes, and an insulating member made of an insulation. The insulating member encloses the electrodes and the nonlinear resistor element. The insulating member has a certain length which is 1.5 to 3.0 times as long as the length of the nonlinear resistor element. The creepage distance of the surface of the insulating means is 1.5 to 3.0 times as long as the length of the insulating member. The grounding electrode of the current-limiting unit is fixed to the earthside base of an insulator that holds an insulated wire. The ring horn is mounted to the upper electrode. An air gap is formed between the ring horn and the insulated wire to permit a flashover by lightning surge across the gap.
    • 公开了一种限流电弧喇叭,包括限流单元和环形喇叭。 电流限制单元由下电极和上电极组成,至少一个安装在电极之间的非线性电阻元件和由绝缘体制成的绝缘构件。 绝缘构件包围电极和非线性电阻元件。 绝缘部件的长度为非线性电阻元件的长度的1.5〜3.0倍。 绝缘构件的表面的爬电距离为绝缘构件的长度的1.5〜3.0倍。 限流单元的接地电极固定在保持绝缘电线的绝缘体的接地侧基座上。 环形喇叭安装在上电极上。 在环形喇叭和绝缘电线之间形成气隙,以允许通过间隙的雷电浪涌而闪电。
    • 9. 发明申请
    • EDGED MEDICAL CUTTING TOOL
    • EDGED医用切割工具
    • US20130197549A1
    • 2013-08-01
    • US13876739
    • 2011-09-26
    • Kazuaki Kato
    • Kazuaki Kato
    • A61B17/32
    • A61B17/32A61B17/06066A61B17/3211A61B2017/00526A61F9/0133A61F2250/005C25F3/24
    • [Problem] To provide a medical cutting tool with low impalement resistance. [Solution] The edged medical cutting tool comprising a knife, trocar or cutting suture needle has a sharp edge (1) for incising living tissue and a flat part (2) that configures the edge, and the color of the portion of the flat part (2a) along the edge (1) differs from the color of the rest of the flat part (2b). The difference in color results from a difference in the thickness of an oxide film. Another edged medical cutting tool is configured of austenite stainless steel and has a sharp edge (1) for incising living tissue and a flat part (2) that configures the edge. The chrome content of the portion of the flat part (2a) along the edge is higher than the chrome content of the rest of the flat part (2b).
    • [问题]提供具有低侵入性的医疗切割工具。 [解决方案]包括刀,套针或切割缝合针的边缘医疗切削工具具有用于切割活组织的锋利边缘(1)和构成边缘的平坦部分(2)以及平坦部分的部分的颜色 (2a)沿着边缘(1)的不同于平坦部分(2b)的其余部分的颜色。 颜色的差异是由氧化膜的厚度的差异引起的。 另一种边缘医疗切割工具由奥氏体不锈钢构成,并且具有用于切割活组织的尖锐边缘(1)和构成边缘的平坦部分(2)。 沿着边缘的平坦部分(2a)的部分的铬含量高于平坦部分(2b)的其余部分的铬含量。