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    • 11. 发明授权
    • Liquid cartridge and liquid-ejecting device provided with the same
    • 液体盒和液体喷射装置
    • US09511593B2
    • 2016-12-06
    • US13754699
    • 2013-01-30
    • Mikio HiranoNoritsugu Ito
    • Mikio HiranoNoritsugu Ito
    • B41J2/175F16K31/00
    • B41J2/17503B41J2/17513B41J2/1752B41J2/17523B41J2/1753B41J2/17553B41J2/17596
    • A liquid cartridge includes a liquid accommodating unit, a delivery channel, a valve, and a locking mechanism. The liquid accommodating unit is configured to accommodate liquid. The delivery channel is configured to discharge the liquid outside. The delivery channel is in fluid communication with the liquid accommodating unit. The valve includes a valve body provided in the delivery channel. The valve body is configured to selectively move between a closed position where the delivery channel is closed and an open position where the delivery channel is open. The locking mechanism includes a locking member configured to selectively move between a locking position to prevent the valve body positioned at the closed position from moving to the open position and a disengaged position to allow the valve body positioned at the closed position to move to the open position.
    • 液体盒包括液体容纳单元,输送通道,阀和锁定机构。 液体容纳单元构造成容纳液体。 输送通道被配置为将液体排出外部。 输送通道与液体容纳单元流体连通。 阀包括设置在输送通道中的阀体。 阀体构造成选择性地在输送通道关闭的关闭位置和输送通道打开的打开位置之间移动。 锁定机构包括锁定构件,其构造成选择性地在锁定位置之间移动以防止位于关闭位置的阀体移动到打开位置,并且脱离位置以允许位于关闭位置的阀体移动到打开状态 位置。
    • 14. 发明授权
    • Method of forming Josephson junction devices
    • 形成约瑟夫逊连接装置的方法
    • US4904619A
    • 1990-02-27
    • US150796
    • 1988-02-01
    • Hirozi YamadaSachiko KizakiHiroyuki MoriYoshinobu TarutaniMikio Hirano
    • Hirozi YamadaSachiko KizakiHiroyuki MoriYoshinobu TarutaniMikio Hirano
    • H01L21/302H01L21/3065H01L39/24
    • H01L39/2493Y10S148/089Y10S505/82Y10S505/832
    • A method of producing a Josephson junction device consisting of thin films of superconducting materials such as niobium and niobium nitride that work at cryogenic temperatures, in which a base electrode layer, tunnel barrier layer and a counterelectrode layer constituting a Josephson junction are formed on a substrate. In order to form a desired electrode pattern on the counterelectrode layer, a resist pattern is used as a mask for dry etching, followed by a plasma ashing process for ablating part of the resist in order to form a terrace-shaped portion at the edges and corners of the counterelectrode pattern by reforming and shrinking the cross-sectional geometry of the resist. Then, a thin insulating film for covering the edged layers is deposited over the entire surface of substrate, followed by the removal of said resist pattern together with said insulating film deposited on said resist pattern in order to form a protecting layer around the counterelectrode pattern. The substrate further undergoes subsequent stages to produce a Josephson junction device.
    • 一种制造约瑟夫逊结器件的方法,该器件由在低温下工作的诸如铌和氮化铌的超导材料的薄膜构成,其中基底电极层,隧道势垒层和构成约瑟夫逊结的反电极层形成在衬底上 。 为了在反电极层上形成期望的电极图案,使用抗蚀剂图案作为干蚀刻的掩模,接着进行用于烧蚀部分抗蚀剂的等离子体灰化处理,以便在边缘处形成平台状部分, 通过重整和收缩抗蚀剂的横截面几何形状,反电极图案的拐角。 然后,在衬底的整个表面上沉积用于覆盖边缘层的薄绝缘膜,然后与沉积在抗蚀剂图案上的所述绝缘膜一起去除所述抗蚀剂图案,以形成围绕反电极图案的保护层。 衬底进一步经历后续阶段以产生约瑟夫逊结器件。
    • 15. 发明授权
    • Superconducting device
    • 超导装置
    • US4884111A
    • 1989-11-28
    • US073408
    • 1987-07-13
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • H01L21/82H01L39/22
    • H01L39/228H01L21/82
    • A pair of superconducting electrodes are so formed as to interpose a smeiconductor therebetween, and a control electrode is formed on the seimiconductor through an insulator film so as to control the superconductive weak coupling state in the semiconductor between the superconducting electrodes. The distance between the superconducting electrodes is determined by the thickness of the superconductor interposed between the two electrodes, whereby the interelectrode distance is settled with a high precision to improve the uniformity of the device characteristic.And in an arrangement where two superconducting electrodes are formed on a semiconductor layer and the superconductive weak coupling state between such two electrodes is controlled by a third electrode, the gain is increadable by furnishing a varied impurity distribution in the semiconductor layer.
    • 一对超导电极形成为在其间插入半导体,并且通过绝缘膜在半导体上形成控制电极,以便控制超导电极之间的半导体中的超导弱耦合状态。 超导电极之间的距离由插入在两个电极之间的超导体的厚度决定,从而以高精度稳定电极间距离,以提高器件特性的均匀性。 并且在半导体层上形成两个超导电极并且在这两个电极之间的超导弱耦合状态由第三电极控制的布置中,通过在半导体层中提供不同的杂质分布来增加增益。
    • 16. 发明授权
    • Inkjet recording apparatus
    • 喷墨记录装置
    • US07997669B2
    • 2011-08-16
    • US12509264
    • 2009-07-24
    • Tadanobu ChikamotoAkira ShinodaMikio HiranoHiroshi Taira
    • Tadanobu ChikamotoAkira ShinodaMikio HiranoHiroshi Taira
    • B41J29/38
    • B41J2/17596
    • An inkjet recording apparatus including: (a) a recording head; (b) an ink supply source; (c) an ink supply conduit interconnecting the recording head and the ink supply source, such that the ink is supplied from the ink supply source to the recording head in an ink supplying direction; (d) a movable body disposed in the ink supply conduit and movable in the ink supply conduit; (e) a moving device configured to move the movable body in the ink supply conduit; and (f) a control device configured to control the moving device. The ink supply conduit includes a small-clearance defining portion in which a small clearance is to be defined between the movable body and an inner surface of the ink supply conduit when the movable body is being positioned in the small-clearance defining portion. The control device is configured to control the moving device, such that the movable body is moved from a first position located in the small-clearance defining portion, to a second position located in the small-clearance defining portion, whereby the ink within the small-clearance defining portion is caused to flow toward the recording head.
    • 一种喷墨记录装置,包括:(a)记录头; (b)供墨源; (c)将记录头和供墨源相互连接的供墨管,使得墨在供墨方向从供墨源供应到记录头; (d)设置在供墨管道中并可在供墨管道中移动的可动体; (e)移动装置,其构造成使所述可移动体在所述供墨管道中移动; 以及(f)被配置为控制所述移动装置的控制装置。 墨水供应管道包括小间隙限定部分,当可移动体定位在小间隙限定部分中时,小间隙限定在可移动体和供墨管道的内表面之间的小间隙。 控制装置被配置为控制移动装置,使得可移动体从位于小间隙限定部分中的第一位置移动到位于小间隙限定部分中的第二位置,由此墨中的小间隙限定部分 使清晰度限定部分朝向记录头流动。
    • 18. 发明授权
    • Stator for an electric motor
    • 电动机定子
    • US5729072A
    • 1998-03-17
    • US123383
    • 1993-09-20
    • Mikio HiranoSeiji KikuchiManabu TakeuchiHiroshi KawazoeKouzi FukudaTakashi AkiyamaKoichi NakatsukasaHideki YamanakaKazunori Morita
    • Mikio HiranoSeiji KikuchiManabu TakeuchiHiroshi KawazoeKouzi FukudaTakashi AkiyamaKoichi NakatsukasaHideki YamanakaKazunori Morita
    • H02K1/14H02K1/18H02K15/02H02K1/16
    • H02K1/148
    • In a stator for an electric motor, insulating members are formed on laminated iron cores divided for each pole-tooth unit in the direction of the output shaft and windings are applied perpendicularly to the pole-tooth portions in a high-density alignment. After a predetermined number of the laminated iron cores are combined so as to form a cylindrical configuration, they are welded at the outer end portions of the dividing surfaces in the direction of lamination so as to construct an integral structure stator with rigidity, thereby enabling high densification of the windings (conductor space factor of 70%) and space-savings in the winding end portions. Further, as any joint portions between the pole-tooth portions are not necessary, reduction (5 to 10%) in motor efficiency due to such joint portions can be prevented, and, as any integrally forming by resinous members is not necessary, inter-winding short-circuiting is not caused. Welding may be replaced by adhesive bonding. Otherwise, an annular member may be employed to form an integral structure of the divided iron core lamination.
    • 在用于电动机的定子中,绝缘构件形成在沿着输出轴的方向分配用于每个极齿单元的层叠铁芯上,并且以高密度对准垂直于极齿部分施加绕组。 在预定数量的层叠铁芯组合以形成圆筒形构造之后,它们在分层表面的外端部沿着层压方向被焊接,以便构造具有刚性的整体式结构定子,从而能够高 绕组的致密化(导体空间系数为70%)和绕组端部节省空间。 此外,由于不需要极齿部分之间的任何接合部分,可以防止由于这种接合部分引起的电动机效率的降低(5〜10%),并且由于不需要通过树脂构件的任何一体形成, 不会引起绕组短路。 焊接可以用胶粘剂代替。 否则,可以使用环形构件来形成分开的铁芯层压体的整体结构。
    • 20. 发明申请
    • METHOD FOR TREATING WASTE WATER CONTAINING NITRATE ION
    • 用于处理含有硝酸盐的废水的方法
    • US20090145858A1
    • 2009-06-11
    • US11719505
    • 2005-11-17
    • Shigeru MiharaHirofumi ItoMikio HiranoTakashi Kato
    • Shigeru MiharaHirofumi ItoMikio HiranoTakashi Kato
    • C02F1/70B01J23/89B01J35/08
    • C02F1/70B01J21/18B01J23/8926B01J35/08C02F1/66C02F1/68C02F1/705C02F2101/163
    • A method for treating waste water containing nitrate ion which comprises supplying raw waste water from a tube (2), formalin from a tube (3) and an aqueous alkaline solution from a tube (4) to a mixing vessel (1), while agitating with an agitator (5), so the resultant mixture has a pH of 7 or higher, transferring the mixture from an outlet pipe (6) to a catalyst bed (9) through a tube (8) by a pump (7), and discharging the treated fluid drained from the catalyst bed (9) to the outside of the system through pipe (11), wherein the catalyst bed (9) is provided within a jacket (10), through which a liquid such as water flows, for the temperature control, and is packed with a support type catalyst comprising spherical type activated carbon and Pd—Cu supported thereon. The type of reactor containing the support type catalyst in the catalyst bed (9) may be a fluidized bed or a fixed bed. The above method can be suitably used for reducing nitrate ion to nitrogen by the use of formalin as a reducing agent at a low treating cost and with a low selectivity of ammonia as a by-product.
    • 一种用于处理废水的含硝酸根离子,其包括从管(2),福尔马林从管(3)和从一个管(4)到混合容器(1)的碱性水溶液供给原废水,同时进行搅拌的方法 有搅拌器(5),因此所得到的混合物的pH为7或更高,将混合物从出口管(6)通过管(8),通过泵(7)转移到一个催化剂床(9),和 放电通过管(11)从所述催化剂床(9)排出到系统外的处理过的流体,其中所述催化剂床(9)的夹套(10)内,通过该液体,例如水的流动,​​对于 温度控制,并且填充有支撑型催化剂,其包含球形活性炭和负载在其上的Pd-Cu。 含在催化剂床(9)的负载型催化剂的反应器类型可以是流化床或固定床。 上述方法可以适当地使用了通过使用福尔马林作为以低处理成本还原剂还原硝酸根离子为氮和与氨的选择性低,为副产物。