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    • 31. 发明授权
    • Polymeric solid electrolyte and lithium secondary cell using the same
    • 聚合物固体电解质和使用其的锂二次电池
    • US06806004B1
    • 2004-10-19
    • US09807124
    • 2001-07-31
    • Kazuya IwamotoTakafumi OuraShinji NakanishiAtsushi UedaHizuru Koshina
    • Kazuya IwamotoTakafumi OuraShinji NakanishiAtsushi UedaHizuru Koshina
    • H01M1040
    • H01M10/052C08F230/08H01B1/122H01M4/62H01M4/622H01M10/0565H01M2300/0082Y02T10/7011
    • A polymeric solid electrolyte capable of conducting lithium ions which contains silylamide bonds in its polymer skeleton structure, for example, which is obtained by a method comprising subjecting a mixture of lithium silylamide and an organic compound having at least one carbon—carbon double bond to a polymerization in a dry atmosphere; and a lithium secondary cell using the polymeric solid electrolyte. The polymeric solid electrolyte is a “dry” polymeric solid electrolyte which contains counter ions forming lithium salts with lithium ions in its polymer skeleton structure and thus has a single ion electron conducting system wherein lithium ions alone are mobile ions, and hence has excellent conductivity, and further is easy to produce. The polymeric solid electrolyte can therefore be used for producing a novel lithium secondary cell which is an alternative for conventional lithium cells using an organic solvent and is safe and excellent in the capability of corresponding to a variety of shapes and has a high cell voltage.
    • 能够在其聚合物骨架结构中导电含有甲硅烷基酰胺键的锂离子的聚合物固体电解质,例如通过包括将具有至少一个碳 - 碳双键的锂甲硅烷基酰胺和有机化合物的混合物 在干燥气氛中聚合; 和使用聚合物固体电解质的锂二次电池。 聚合物固体电解质是一种“干”聚合物固体电解质,其包含在其聚合物骨架结构中与锂离子形成锂盐的反离子,因此具有单独的离子电子传导系统,其中单独的锂离子是移动离子,因此具有优异的导电性, 并且进一步易于生产。 因此,聚合物固体电解质可用于制造新的锂二次电池,其是使用有机溶剂的常规锂电池的替代方案,并且对于各种形状的能力安全且优异且具有高的电池电压。
    • 37. 发明授权
    • Developing device containing for storing developer having zoner and
carrier
    • 开发设备,用于存储具有分区和载体的开发者
    • US5572300A
    • 1996-11-05
    • US208431
    • 1994-03-09
    • Hideo YamasaYasuhiro TakaiAtsushi UedaHirokazu Tanaka
    • Hideo YamasaYasuhiro TakaiAtsushi UedaHirokazu Tanaka
    • G03G15/08G03G21/10
    • G03G15/0844G03G15/0822G03G2215/0822
    • The present invention provides in a preferred embodiment a developer container having a supply and discharge shaft which is driven and rotated in a direction by a supply and discharge shaft motor, a supply screw mounted on one of the ends of the supply and discharge shaft for bringing unused developer in a developer supply container into a developer container, and a discharge screw mounted on the other end of the supply and discharge shaft for discharging the developer in the developer container through a developer discharge opening. With this structure, the ratio of replacing old developer with new developer in the developer container is controlled in the desired manner, and the charging property of the developer is maintained substantially uniform. Additionally, since the replacement efficiency of the developer is improved, the consumption of the developer is reduced. Moreover, even when a copying machine is tilted, a large amount of developer is unlikely to be discharged.
    • 本发明在优选实施例中提供了一种显影剂容器,该容器具有一供给排出轴,该排放轴由一供给排出轴电动机驱动并沿一方向旋转;供给螺钉,其安装在供排排轴的一端上, 显影剂供应容器中的未使用的显影剂进入显影剂容器,以及安装在供排排轴的另一端的排出螺杆,用于通过显影剂排出口排出显影剂容器中的显影剂。 利用这种结构,以期望的方式控制在显影剂容器中更换旧显影剂与新显影剂的比例,并且显影剂的带电性能保持基本均匀。 此外,由于显影剂的替换效率提高,因此显影剂的消耗降低。 此外,即使当复印机倾斜时,大量的显影剂也不太可能被排出。
    • 39. 发明授权
    • Fuel injector with spill off for terminating injection
    • 燃油喷射器溢出以终止喷射
    • US5385301A
    • 1995-01-31
    • US139154
    • 1993-10-21
    • Atsushi Ueda
    • Atsushi Ueda
    • F02M57/02F02M59/36F02M59/46F02M55/02
    • F02M59/466F02M57/02F02M59/366
    • A fuel injector has a solenoid valve which is opened and closed for spilling off pressurized fuel from a fuel pressure chamber in order to control fuel injection. The solenoid valve is provided with a valve rod that has one end connected with an armature, is formed with a valve head tapered to increase in diameter with increasing distance from the armature and is guided by a guide hole for reciprocal motion, with a fuel reservoir formed to surround the valve head and communicate with the chamber housing the armature, and with a tapered portion for seating the largest diameter portion of the valve head and being formed in the wall of the fuel reservoir to decrease in diameter in the direction of the armature. When the pressurized fuel is spilled to the armature chamber as a low pressure portion, it exerts a force on the valve rod in the direction of valve opening, thereby enabling the valve movement to be completed rapidly.
    • 燃料喷射器具有电磁阀,其被打开和关闭以从燃料压力室溢出加压的燃料以便控制燃料喷射。 电磁阀设置有一个与电枢连接的一端的阀杆,形成有一个锥形头部的阀头,该阀头具有逐渐增加的直径,随着离电枢距离的增加而增加,并由一个用于往复运动的导向孔引导, 形成为围绕阀头并与容纳电枢的腔室连通,并且具有锥形部分,用于安置阀头的最大直径部分并且形成在燃料储存器的壁中,以沿着电枢的方向减小直径 。 当加压燃料作为低压部分溢出到电枢室时,其在阀开启方向上对阀杆施加力,从而能够快速完成阀的移动。
    • 40. 发明授权
    • Fuel-injection device
    • 燃油喷射装置
    • US5370095A
    • 1994-12-06
    • US094890
    • 1993-07-22
    • Toshio YamaguchiAtsushi Ueda
    • Toshio YamaguchiAtsushi Ueda
    • F02M57/02F02M59/36F02M59/46F02M37/04F02M47/02
    • F02M59/466F02M57/02F02M59/366
    • A solenoid valve is installed between a high-pressure side leading to a compressor of a fuel-injection pump and a low-pressure side to adjust the fluidic connection therebetween. This valve comprises a valve body, an armature, a solenoid which moves the armature, and a return spring. In the solenoid valve, a passage connecting an armature chamber and a balance chamber is formed around the edge of the opposite side of the armature, a rising-pressure preventing passage is provided to prevent an increase in pressure in the armature chamber, and compensation mechanism is provided in the junction area between the different members which accommodate the valve body, to thereby absorb a gap or misalignment between the sliding holes of the different members.
    • 电磁阀安装在通向燃料喷射泵的压缩机的高压侧和低压侧之间,以调节它们之间的流体连接。 该阀包括阀体,电枢,使衔铁移动的螺线管和复位弹簧。 在电磁阀中,在电枢的相对侧的边缘周围形成连接衔铁室和平衡室的通道,设置防止上升压力的通道,以防止电枢室中的压力增加,并且补偿机构 设置在容纳阀体的不同构件之间的接合区域中,从而吸收不同构件的滑动孔之间的间隙或未对准。