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    • 11. 发明授权
    • Centrifugally rolling granulating device and method of treating powder and granular material using the device
    • 离心轧制造粒装置及使用该装置处理粉末和颗粒材料的方法
    • US06745960B1
    • 2004-06-08
    • US10009299
    • 2001-12-04
    • Nagayoshi MyoAkira IwasakiHiroshi OkadaKuniaki YamanakaKoji NagaokaMamoru Shiratori
    • Nagayoshi MyoAkira IwasakiHiroshi OkadaKuniaki YamanakaKoji NagaokaMamoru Shiratori
    • B02C2324
    • C04B41/009B01J2/14C04B41/52F27D1/0009F27D1/1652C04B41/4539C04B41/5031C04B41/5035C04B41/4527C04B41/5029C04B41/522C04B14/4625C04B30/02C04B14/4631
    • A centrifugal tumbling granulating apparatus 1 comprises a fixed wall 7 having a grain contact portion 7a which is in contact with powder grains 2 and of which a horizontal section is formed in a circular shape, and a rotating disk 5 provided a clearance 12 away from an inner side of the fixed wall 7 and rotating in a horizontal direction by a motor 13, wherein an air supply device 21 for supplying drying air 22 to an upper surface side of the rotating disk 5 is provided above the rotating disk 5. The air supply device 21 has a cylindrical straight tube portion 25, and an air supply port 23 formed in a cone shape, and is disposed in a centrifugal tumbling chamber 6 to be movable in an up-and-down direction. During a granulating step, the air supply device 21 stops to supply the dry air 22 and waits at an upper position H. After the granulation processing, the air supply device is lowered at a lower position L and supplies the dry air 22 onto the rotating disk 5 to dry granulated substances. As a result, the granulating apparatus capable of efficiently obtaining, in a single apparatus, spherical particles of which each particle size is small and which exist within a narrow range of particle size distribution and of which deviation from spherical form is small is provided.
    • 离心式翻滚造粒装置1包括固定壁7,该固定壁7具有与粉末颗粒2接触并且水平部分形成为圆形的颗粒接触部分7a,以及设置有远离 固定壁7的内侧并通过马达13在水平方向上旋转,其中,在旋转盘5的上方设置有用于将干燥空气22供给到旋转盘5的上表面侧的供气装置21。 装置21具有圆柱形直管部分25和形成为锥形的空气供给口23,并且设置在离心翻转室6中以能够沿上下方向移动。 在制粒步骤期间,空气供给装置21停止供给干燥空气22并在上部位置H等待。在造粒处理之后,供气装置在下部位置L下降,并将干燥空气22供给到旋转 盘5干燥造粒物质。 结果,能够在单个装置中有效地获得颗粒尺寸小的并且存在于窄的粒度分布范围内并且与球形的偏离小的球形颗粒的造粒装置。
    • 12. 发明授权
    • (S)-&agr;-phenethylamine: pyruvate transaminase
    • (S)-α-苯乙胺:丙酮酸转氨酶
    • US06346402B1
    • 2002-02-12
    • US09582764
    • 2000-06-30
    • Akira IwasakiYukio YamadaYasuhiro IkenakaYoshihiko YasoharaJunzo Hasegawa
    • Akira IwasakiYukio YamadaYasuhiro IkenakaYoshihiko YasoharaJunzo Hasegawa
    • C12P1304
    • C12N9/1096C12P41/006
    • Relating to an enzyme capable of efficiently converting a ketone compound to an optically active amino compound by transamination, and a process for preparing an optically active amino compound using the enzyme. An (S)-&agr;-phenethylamine:pyruvate transaminase, which acts on (S)-&agr;-phenethylamine and a ketone compound, thereby catalyzing transamination for forming acetophenone and an amino compound corresponding to the ketone compound; a process for preparing an optically active amino compound using the transaminase; and a method for culturing a microorganism for producing the above transaminase, comprising adding to a medium one or more compounds selected from the group consisting of propylamine, 1-butylamine, 2-butylamine, 2-pentylamine, isopropylamine and isobutylamine as an inducer for the enzyme when a microorganism for producing (S)-&agr;-phenethylamine:pyruvate transaminase is cultured.
    • 关于能够通过转氨酶有效地将酮化合物转化为光学活性氨基化合物的酶,以及使用该酶制备光学活性氨基化合物的方法。 (S)-α-苯乙胺:丙酮酸转氨酶,其作用于(S)-α-苯乙胺和酮化合物,从而催化转氨酶形成苯乙酮和对应于酮化合物的氨基化合物; 使用转氨酶制备光学活性氨基化合物的方法; 以及培养用于制备上述转氨酶的微生物的方法,包括向培养基中加入一种或多种选自丙胺,1-丁胺,2-丁胺,2-戊胺,异丙胺和异丁胺的化合物作为诱导剂 用于生产(S)-α-苯乙胺:丙酮酸转氨酶的微生物培养时的酶。
    • 13. 发明授权
    • Rack-and-pinion steering gear device
    • 机架式小齿轮转向装置
    • US4724714A
    • 1988-02-16
    • US922735
    • 1986-10-24
    • Akira IwasakiTakeomi Miyoshi
    • Akira IwasakiTakeomi Miyoshi
    • B62D3/12F16H19/00F16H55/18F16H55/28F16H35/06
    • F16H19/04B62D3/12F16H55/28F16H55/18Y10T74/19565Y10T74/1967Y10T74/19898
    • A rack-and-pinion steering gear device has a mechanism for adjusting backlash and eliminating lost motion or play between a rack and a pinion. The pinion is formed on a pinion shaft angularly movably supported by a pinion holder, the pinion shaft having an axis out of alignment with the central axis of the pinion holder. The pinion holder is angularly movably supported in a housing such that the relative positions of these components with respect to each other are adjustable. A subpinion is supported on the pinion shaft for angular movement with respect to the pinion, the pinion and the subpinion being held in mesh with the rack. The subpinion is normally urged by a resilient member in a direction to turn with respect to the pinion. By adjustably turning the pinion holder with respect to the housing, the backlash between the rack and the pinion is adjusted and the lost motion or play between the rack and the pinion is eliminated by the subpinion.
    • 齿条齿轮转向装置具有用于调节齿隙并消除齿条和小齿轮之间的运动或游隙的机构。 小齿轮形成在由小齿轮保持器成角度地移动地支撑的小齿轮轴上,小齿轮轴具有与小齿轮保持器的中心轴线不对准的轴线。 小齿轮保持器角度地可移动地支撑在壳体中,使得这些部件相对于彼此的相对位置是可调节的。 副棘爪支撑在小齿轮轴上,用于相对于小齿轮角度运动,小齿轮和副压力保持与齿条啮合。 副角通常由相对于小齿轮转动的方向由弹性构件推动。 通过相对于壳体可调节地转动小齿轮保持器,调节齿条和小齿轮之间的间隙,并且齿条和小齿轮之间的空动或播放通过副压头消除。
    • 16. 发明申请
    • Process For Production Of Enantiomer-Enriched Compounds
    • 富含对映异构体的化合物的制备方法
    • US20070292923A1
    • 2007-12-20
    • US11659473
    • 2005-08-01
    • Akira IwasakiMotohisa WashidaJunzou Hasegawa
    • Akira IwasakiMotohisa WashidaJunzou Hasegawa
    • C12P19/36C12N1/20C12N15/00C12N9/02C12N9/14
    • C12P41/002C12P7/16C12P7/22Y02E50/10
    • The present invention relates to a production method of an enantiomer-enriched compound, which includes the following (1) and (2): (1) contacting an enantiomer mixture with a stereoselective dehydrogenase, for which NAD+ (nicotinamide adenine dinucleotide) is a coenzyme, thereby preferentially oxidizing one enantiomer and leaving the other enantiomer to form NADH, and (2) contacting the NADH formed by the oxidation reaction in (1) with a water-forming NADH oxidase stable under oxidative conditions to convert the NADH to NAD+. According to the present invention, in the production of an enantiomer-enriched compound from an enantiomer mixture, which uses a dehydrogenase, NAD+ can be regenerated even without addition of a stabilizer and an enantiomer-enriched compound can be obtained efficiently.
    • 本发明涉及富含对映异构体的化合物的制备方法,其包括以下(1)和(2):(1)使对映异构体混合物与立体选择性脱氢酶接触,其中NAD +(烟酰胺腺嘌呤二核苷酸)是辅酶 ,从而优先氧化一种对映异构体并使另一种对映异构体形成NADH,和(2)使(1)中的氧化反应形成的NADH与在氧化条件下稳定的水形式的NADH氧化酶接触以将NADH转化为NAD +。 根据本发明,在使用脱氢酶的对映异构体混合物的富含对映体的化合物的制造中,即使不添加稳定剂也能够再生NAD +,能够有效地获得富含对映体的化合物。
    • 18. 发明授权
    • Impact energy absorbing mechanism for a steering device of a motor
vehicle
    • 机动车转向装置的冲击能量吸收机构
    • US4838576A
    • 1989-06-13
    • US227928
    • 1988-08-03
    • Yoshito HamasakiAkira IwasakiHiroaki Sue
    • Yoshito HamasakiAkira IwasakiHiroaki Sue
    • B62D1/19
    • B62D1/195
    • An impact energy absorbing mechanism for a steering device of a motor vehicle includes guides each having a generally U-shaped guide surface. Each guide is mounted to a steering column which is movable in the axial direction when the operator's body is thrown out onto a steering wheel due a collision of the vehicle. A retaining portion is provided integrally with the guide and at a predetermined distance from the guide surface. An absorbing plate is fixed at one end to the vehicle body and left free at the other end. The free end of the absorbing plate is inserted and retained in a gap defined between the guide surface and retaining portion of the guide, so that the absorbing plate is held in a generally U-shaped bent position along the guide surface. When the guide is moved together with the steering column, the bent portion of the absorbing plate is sequentially shifted while maintaining the shape which is defined by the guide, thereby absorbing impact energy.
    • 用于机动车辆的转向装置的冲击能量吸收机构包括各自具有大致U形的引导表面的引导件。 每个引导件安装到转向柱上,当转向柱由于车辆的碰撞而将操作者的身体甩出方向盘时,可以沿轴向移动。 保持部分与引导件一体地设置并且与引导表面预定距离。 吸收板一端固定在车体上,另一端固定。 吸收板的自由端被插入并保持在限定在引导件的引导表面和保持部分之间的间隙中,使得吸收板沿着引导表面保持在大致U形的弯曲位置。 当引导件与转向柱一起移动时,吸收板的弯曲部分依次移动,同时保持由引导件限定的形状,从而吸收冲击能量。