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    • 1. 发明授权
    • Artificial blood vessel
    • 人造血管
    • US5549664A
    • 1996-08-27
    • US236694
    • 1994-05-02
    • Yoshimi HirataNoriaki KanekoMasahiro MoriwakiKanetake Oura
    • Yoshimi HirataNoriaki KanekoMasahiro MoriwakiKanetake Oura
    • A61F2/06A61L27/28A61L27/48A61L27/50A61L27/56
    • A61L27/56A61F2/06A61L27/28A61L27/48A61L27/507
    • An artificial blood vessel which has excellent long-term patency and can be used stably in a living body for a long time. The artificial blood vessel has improved durability under pulsation and can withstand puncturing. The artificial blood vessel is made of an elastomer containing a multiplicity of cells throughout the structure thereof and comprises a layer (A) containing closed cells having no communicability therebetween; and a layer (B) containing open cells having mutual communicability therebetween. The surface of the layer (B) which is contiguous to the inner surface of the layer (A) and the wall surfaces of the open cells are coated with a thin film of crosslinked protein of biological origin. The layer (A) may be incorporated with a knitted or woven fabric which is not degradable in a living body. The layer (B) may further contain a synthetic resin short fiber distributed throughout the layer.
    • 一种人造血管,具有优异的长期通畅性,可长期稳定地用于生物体。 人造血管在脉动下具有改善的耐久性并且可以承受穿刺。 人造血管由其整个结构中含有多个细胞的弹性体制成,并且包括含有闭孔的层(A),其间没有通信性; 以及包含其间具有相互通信性的开放细胞的层(B)。 与层(A)的内表面邻接的层(B)的表面和开孔的壁表面涂覆有生物来源的交联蛋白质的薄膜。 层(A)可以与在生物体中不可降解的针织或机织织物结合。 层(B)还可以包含分布在整个层中的合成树脂短纤维。
    • 4. 发明授权
    • Transmission line switching system
    • 传输线路交换系统
    • US5010550A
    • 1991-04-23
    • US305927
    • 1989-02-02
    • Yoshimi Hirata
    • Yoshimi Hirata
    • G06F11/00G06F11/20H04B1/74
    • G06F11/2007G06F11/0751H04B1/74
    • A transmission line switching system includes transmission terminal matrix switches, reception terminal matrix switches and monitor circuits. Switching to and returning of the switching from any of the standby transmission lines are performed by connection of each of the matrix switches. An output from a control signal transmitter is connected to switching destination and switching returning destination transmission lines via the transmission matrix switch before the switching and returning of the switching, and control signals supplied through the transmission lines are received by a control signal receiver via the monitor circuit, thereby checking normality of the transmission lines.
    • 传输线路交换系统包括传输终端矩阵切换,接收终端矩阵切换和监控电路。 通过连接每个矩阵开关来执行切换到任何备用传输线路的切换和返回。 控制信号发送器的输出在开关切换和返回之前通过传输矩阵开关连接到切换目的地和切换返回目的地传输线,并且通过传输线提供的控制信号由控制信号接收器经由监视器接收 电路,从而检查传输线路的正常性。
    • 6. 发明授权
    • Solid state image sensor applied with differing read-out gate voltages
    • 固态图像传感器应用了不同的读出栅极电压
    • US4603343A
    • 1986-07-29
    • US523589
    • 1983-08-16
    • Hiroyuki MatsumotoYoshimi Hirata
    • Hiroyuki MatsumotoYoshimi Hirata
    • H01L27/148H04N5/335H04N5/341H04N5/355H04N5/359H04N5/369H04N5/3722H01L29/78H04N3/14
    • H04N3/1531H01L27/14831
    • A solid state image sensor is disclosed which includes a photosensitive region consisting of a group of first vertical shift registers formed of a plurality of charge transfer devices, light receiving areas, which are located between adjacent ones of the group of first vertical shift registers, electrically separated from one other by a channel stop region and capable of accumulating a charge, and read-out gate sections transferring signal charges of the light receiving areas to corresponding one of the first vertical shift registers, a storage section consisting of a group of second vertical shift registers electrically connected to one end of the vertical shift registers, a charge transfer horizontal shift register electrically connected to one end of the second vertical shift registers, and a section for field-reading out the signal charges in the photosensitive areas, the potentials of the read-out gate sections during the light receiving and accumulating period are selected to be different between the periods before and after the vertical blanking period during which a signal of an opposite field is read out whereby a processing charge proportional to the amount of light impinging on receiving areas during the preceding period is made smaller than that during the succeeding period.
    • 公开了一种固态图像传感器,其包括由多个电荷转移装置形成的一组第一垂直移位寄存器组成的光敏区域,位于第一垂直移位寄存器组的相邻区域之间的光接收区域,电 通过通道停止区域彼此分离并且能够累积电荷,以及读出栅极部分,其将光接收区域的信号电荷转移到第一垂直移位寄存器中的相应一个;存储部分,由一组第二垂直 电连接到垂直移位寄存器的一端的移位寄存器,电连接到第二垂直移位寄存器的一端的电荷转移水平移位寄存器,以及用于对光敏区域中的信号电荷进行现场读出的部分, 在光接收和累积期间的读出门部选择为 读出相对场的信号的垂直消隐期间之前和之后的周期之间的差异,从而使得与在前一周期中的接收区域相撞的光量成正比的处理电荷小于后续周期期间的处理电荷。
    • 8. 发明申请
    • Lithium Battery Treatment Method
    • 锂电池处理方法
    • US20080050295A1
    • 2008-02-28
    • US11630158
    • 2005-06-14
    • Yoshimasa UchidaYoshimi HirataKazutaka ArimuraHiroshi Yamasaki
    • Yoshimasa UchidaYoshimi HirataKazutaka ArimuraHiroshi Yamasaki
    • C01D15/00
    • H01M10/54C22B3/165C22B7/007C22B26/12H01M6/52H01M10/052H01M10/0587Y02P10/234Y02W30/84
    • A method of recovering valuable materials from lithium batteries wherein a lithium/transition metal composite oxide is used as a positive electrode active material. In this disposal method, a sheeted positive electrode having a positive electrode active material disposed on a positive electrode collector is immersed in an oxalic acid solution. By virtue of this oxalic acid treatment (step 240), any lithium element contained in the positive electrode active material can be leached into the oxalic acid solution. Using oxygen gas produced by a reaction between the positive electrode active material and oxalic acid, attachments, such as the positive electrode active material, can be self-detached from the positive electrode collector. The transition metal element contained in the positive electrode active material is converted by the oxalic acid treatment to insoluble transition metal compounds (oxalate, oxide, etc.). Thus, though simple means such as filtration (step 244), the leached lithium element can be easily separated from the insoluble transition metal element.
    • 从锂电池中回收有价值的材料的方法,其中使用锂/过渡金属复合氧化物作为正极活性材料。 在该处置方法中,将设置在正极集电体上的正极活性物质的片状正极浸渍在草酸溶液中。 通过该草酸处理(步骤240),可以将正极活性物质中含有的任何锂元素浸出到草酸溶液中。 使用由正极活性物质和草酸之间的反应产生的氧气,可以将正极活性物质等附着物从正极集电体自身分离。 正极活性物质中所含的过渡金属元素通过草酸处理转化为不溶性过渡金属化合物(草酸盐,氧化物等)。 因此,尽管诸如过滤的简单手段(步骤244),浸出的锂元素可以容易地与不溶性过渡金属元素分离。
    • 9. 发明授权
    • Three stage switching apparatus
    • 三级开关装置
    • US4970505A
    • 1990-11-13
    • US179631
    • 1988-04-08
    • Yoshimi HirataYuki Yoshifuji
    • Yoshimi HirataYuki Yoshifuji
    • H04Q3/68
    • H04Q3/68
    • A three stage switching apparatus freely connects N input terminals and N output terminals and includes a first stage, a second stage, a third stage, and a connecting circuit. The first stage is constituted by at least N/n first matrix switches. The second stage is constituted by at least 2n-1 second matrix switches. The third stage is constituted by at least N/n third matrix switches. The connecting circuit connects the input terminals and the first stage, the first stage and the second stage, the second stage and the third stage, and the third stage and the output terminals such that the number of paths connecting an arbitrary one of the input terminals and an arbitrary one of the output terminals is 2n.
    • 三级切换装置自由地连接N个输入​​端子和N个输出端子,并且包括第一级,第二级,第三级和连接电路。 第一级由至少N / n个第一矩阵开关构成。 第二级由至少2n-1个第二矩阵开关构成。 第三级由至少N / n个第三矩阵开关构成。 连接电路将输入端和第一级,第一级和第二级,第二级和第三级以及第三级和输出端连接,使得连接任意一个输入端的路径数 任意一个输出端子为2n。