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    • 72. 发明授权
    • Battery and method of manufacturing battery
    • 电池和电池的制造方法
    • US09203057B2
    • 2015-12-01
    • US13704742
    • 2011-06-29
    • Takeshi Sasaki
    • Takeshi Sasaki
    • H01M2/00H01M2/02H01M2/26H01M10/04
    • H01M10/0431H01M2/00H01M2/0207H01M2/263Y10T29/49108
    • The present invention maintains a power generating element in a flat shape as far as possible to thereby improve workability in a manufacturing process. In a battery including a power generating element formed into a flat shape and housed in a container, the power generating element formed by winding a foil-shaped positive electrode plate 24a and a foil-shaped negative electrode plate 24b, with separator 25 sandwiched therebetween, about a winding core 21 having flexibility, a thin-plate-shaped member TP having higher rigidity than the winding core is attached to at least one of opposite end portions in a direction of a winding axis of the winding core 21.
    • 本发明将发电元件尽可能地保持为扁平形状,从而提高了制造工序的作业性。 在包括形成为平坦形状且容纳在容器中的发电元件的电池中,通过卷绕箔片状的正极板24a和箔状负极板24b而形成的发电元件,隔着隔板25夹在其间, 关于具有柔性的卷绕芯21,具有比卷芯更高刚性的薄板状构件TP沿着卷绕芯21的卷绕轴的方向附接到相对端部中的至少一个。
    • 73. 发明授权
    • Battery
    • 电池
    • US08956748B2
    • 2015-02-17
    • US13699191
    • 2011-05-20
    • Takeshi Sasaki
    • Takeshi Sasaki
    • H01M6/10H01M6/12H01M4/88H01M10/04H01M10/0587H01M10/36
    • H01M6/12H01M4/8896H01M6/10H01M10/0409H01M10/0431H01M10/0587H01M10/36
    • The invention allows a positive electrode plate and a negative electrode plate of a power generating element of a battery to function as effectively as possible. In the battery including the power generating element formed by winding the foil-shaped positive electrode plate 23a and the foil-shaped negative electrode plate 23b, on which active material layers are formed respectively, about a winding core 21, with separators 24a and 24b sandwiched therebetween, and forming the plates into a flat shape, the winding core 21 is formed by a porous member and the foil-shaped positive electrode plate 23a and the foil-shaped negative electrode plate 23b are disposed so that faces of the plates, on which the active material layers are formed, face each other with the winding core 21 interposed therebetween at an innermost layer of the winding.
    • 本发明允许电池的发电元件的正极板和负极板尽可能有效地起作用。 在包括通过将分别形成有活性物质层的箔状正极板23a和箔状负极板23b卷绕在卷绕芯21上而形成的发电元件的电池中,其中隔板24a和24b夹在 并且将板形成平面形状,卷芯21由多孔构件形成,箔形正极板23a和箔状负极板23b设置成使板的表面 形成活性物质层,其中卷绕芯21夹在绕组的最内层,彼此面对。
    • 74. 发明授权
    • Angular velocity sensor
    • 角速度传感器
    • US08939024B2
    • 2015-01-27
    • US13394175
    • 2010-09-08
    • Takeshi Sasaki
    • Takeshi Sasaki
    • G01P15/08G01C19/574
    • G01C19/574
    • An angular velocity sensor includes a vibrator that vibrates with a drive signal; and a first-sensing-electrode on the vibrator that outputs a first signal containing a first-sense-component generated based on an angular velocity of the vibrator and a first-monitor-component generated based on a drive signal. The sensor includes a second-sensing-electrode on the vibrator that outputs a second signal containing a second-sense-component with a phase substantially the same as that of the first-sense-component and a second-monitor-component with a phase substantially opposite to that of the first-monitor-component; a first-signal-line one end of which is connected to the first-sensing-electrode; and a second-signal-line one end of which is connected to the second-sensing-electrode. The sensor includes a first-sensing-terminal connected to the other ends of the first- and second-signal-lines; and a disconnection-sensing-circuit that outputs a disconnection-sense-signal indicating that the first- or second-signal-line is disconnected, based on a signal from the first-sensing-terminal.
    • 角速度传感器包括用驱动信号振动的振动器; 以及振动器上的第一感测电极,其输出包含基于振动器的角速度产生的第一感测部件的第一信号和基于驱动信号产生的第一监视器部件。 所述传感器包括在所述振动器上的第二感测电极,其输出包含第二感测部件的第二信号,所述第二感测部件的相位基本上与所述第一感测部件的相位相同;以及第二监视器部件, 与第一监视器组件相反; 第一信号线的一端连接到第一感测电极; 并且其第二信号线的一端连接到第二感测电极。 传感器包括连接到第一和第二信号线的另一端的第一感测端子; 以及断开检测电路,其基于来自所述第一感测端子的信号,输出表示所述第一或第二信号线断开的断线检测信号。
    • 75. 发明申请
    • BATTERY
    • 电池
    • US20130071712A1
    • 2013-03-21
    • US13699191
    • 2011-05-20
    • Takeshi Sasaki
    • Takeshi Sasaki
    • H01M6/12H01M10/36
    • H01M6/12H01M4/8896H01M6/10H01M10/0409H01M10/0431H01M10/0587H01M10/36
    • The invention allows a positive electrode plate and a negative electrode plate of a power generating element of a battery to function as effectively as possible. In the battery including the power generating element formed by winding the foil-shaped positive electrode plate 23a and the foil-shaped negative electrode plate 23b, on which active material layers are formed respectively, about a winding core 21, with separators 24a and 24b sandwiched therebetween, and forming the plates into a flat shape, the winding core 21 is formed by a porous member and the foil-shaped positive electrode plate 23a and the foil-shaped negative electrode plate 23b are disposed so that faces of the plates, on which the active material layers are formed, face each other with the winding core 21 interposed therebetween at an innermost layer of the winding.
    • 本发明允许电池的发电元件的正极板和负极板尽可能有效地起作用。 在包括通过将分别形成有活性物质层的箔状正极板23a和箔状负极板23b卷绕在卷绕芯21上而形成的发电元件的电池中,其中隔板24a和24b夹在 并且将板形成平面形状,卷芯21由多孔构件形成,箔形正极板23a和箔状负极板23b设置成使板的表面 形成活性物质层,其中卷绕芯21夹在绕组的最内层,彼此面对。
    • 77. 发明申请
    • BATTERY
    • 电池
    • US20120264008A1
    • 2012-10-18
    • US13087146
    • 2011-04-14
    • Katsuhiko OkamotoMasakazu TsutsumiShinsuke YoshitakeTakeshi Sasaki
    • Katsuhiko OkamotoMasakazu TsutsumiShinsuke YoshitakeTakeshi Sasaki
    • H01M2/30
    • H01M2/30H01M2/0217H01M2/0404H01M2/06H01M2/08H01M2/263
    • The present invention provides a battery that includes: an auxiliary terminal configured such that a first tube is connected to a metallic foil of an electrode of a power generating element through a current collecting connector by being fitted into a battery container through a terminal pull-out through hole of a lid plate, and sealed and fixed to the lid plate by insulating and sealing members; a connecting conductor configured such that one end portion is connected and fixed to an upper portion of the auxiliary terminal, and provided with a terminal through hole on the other end portion; an external terminal having a bolt portion that projects upward from a base portion and inserted through the terminal through hole of the connecting conductor from below; and a baffling member fixed onto the lid plate and restricting rotation of the external terminal by engaging with the base portion of the external terminal.
    • 本发明提供一种电池,其特征在于,具备:辅助端子,该辅助端子构成为,第一管通过集电连接器通过端子拉出装配到电池容器中而与发电元件的电极的金属箔连接 通过盖板的通孔,通过绝缘和密封件密封并固定到盖板; 连接导体,其构造成使得一个端部连接并固定到辅助端子的上部,并且在另一端部上设置有端子通孔; 外部端子,具有从基部向上突出并从下方插入穿过连接导体的端子通孔的螺栓部; 以及固定在盖板上的挡板构件,通过与外部端子的基部接合来限制外部端子的旋转。
    • 80. 发明申请
    • METHOD AND APPARATUS FOR PROCESSING SILICON PARTICLES
    • 加工硅颗粒的方法和装置
    • US20090274596A1
    • 2009-11-05
    • US12280169
    • 2006-04-25
    • Katsumi TakahashiMasaya TanakaHiroyuki SaitoHaruyuki KinamiTakeshi Sasaki
    • Katsumi TakahashiMasaya TanakaHiroyuki SaitoHaruyuki KinamiTakeshi Sasaki
    • B01D15/00C01B33/02
    • C01B33/037C01B33/02C30B29/06
    • Silicon particles in waste liquid can be highly efficiently separated with inexpensive equipment to be reused as raw material for production of a single-crystal silicon ingot.Provided are a recovery unit 12 for recovering the silicon particles from silicon-particle-containing waste liquid from a silicon ingot processing unit; a liquid mixture tank 1 for storing dissolved liquid mixture in which impurities is dissolved by mixing of the silicon particles unit with an acid; a filter-cloth-type filter 2 connected to the liquid mixture tank 1 through supply and return channels 8 and 10 for formation of cake of the silicon particles on the filter cloth for filtration; pure-water supply means 49 for supplying pure water to the liquid mixture tank 1; and pressurized air supply means 34 capable of switching between an operation for supplying pressurized air to a filtering surface side of the filter cloth to dehydrate the cake of the silicon particles and an operation for supplying the pressurized air to a side opposite to the filtering surface side of the filter cloth to drop and take out the dehydrated cake. Thus, single-crystal silicon particles free from the impurities are separated and recovered highly efficiently.
    • 废液中的硅颗粒可以用廉价的设备高效地分离,作为用于生产单晶硅锭的原料被再利用。 设置有用于从含硅颗粒的废液从硅锭处理单元回收硅颗粒的回收单元12; 用于储存溶解的液体混合物的液体混合罐1,其中硅颗粒单元与酸混合使杂质溶解; 过滤布式过滤器2,通过供给和返回通道8和10连接到液体混合罐1,用于在滤布上形成硅颗粒的滤饼用于过滤; 用于向液体混合罐1供给纯水的纯水供给装置49; 以及加压空气供给单元34,能够切换向滤布的过滤面侧供给加压空气的动作,使硅粒子的饼干脱水,以及将加压空气供给到与过滤面侧相反的一侧的动作 的滤布滴下并取出脱水饼。 因此,不含杂质的单晶硅颗粒被高效地分离和回收。