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    • 11. 发明授权
    • Peritoneal dialyzer and method of peritoneal dialysis
    • 腹膜透析器和腹膜透析法
    • US07722561B2
    • 2010-05-25
    • US10521439
    • 2003-07-15
    • Michio MineshimaSatoshi SuzukiTakashi AkibaToshiaki MasudaSusumu Kobayashi
    • Michio MineshimaSatoshi SuzukiTakashi AkibaToshiaki MasudaSusumu Kobayashi
    • A61M1/00
    • A61M1/28A61M1/1696A61M1/284
    • A peritoneal dialyzer including: a catheter capable of injecting and discharging peritoneal dialysate in an abdominal cavity of a patient; a peritoneal dialysate circuit connected to the catheter; and a dialyzer provided in the peritoneal dialysate circuit, the dialyzer including a hemodialysate circuit connected so that peritoneal dialysate passing through the inside can come into contact with a hemodialysate via a hollow fiber membrane, characterized in that means capable of measuring an osmotic agent concentration in the peritoneal dialysate is provided on the peritoneal dialysate circuit on the side of the end at which the catheter is connected with respect to the dialyzer, and a mechanism for dehydrating the peritoneal dialysate according to the osmotic agent concentration measured by the aforementioned means is provided on the hemodialysate circuit, and a method of peritoneal dialysis using the peritoneal dialyzer.
    • 一种腹膜透析器包括:能够在患者的腹腔中注射和排出腹膜透析液的导管; 连接到导管的腹膜透析液回路; 以及设置在腹膜透析液回路中的透析器,所述透析器包括血液透析液回路,所述血液透析液回路连接,使得通过内部的腹膜透析液可通过中空纤维膜与血液透析液接触,其特征在于,能够测量渗透剂浓度 腹膜透析液设置在导管相对于透析器连接的端部侧的腹膜透析液回路上,并且根据通过上述方法测定的渗透剂浓度使腹膜透析液脱水的机构设置在 血液透析液回路和使用腹膜透析器进行腹膜透析的方法。
    • 12. 发明授权
    • Simulation apparatus and control method of simulation
    • 仿真设备及其仿真控制方法
    • US07673265B2
    • 2010-03-02
    • US11851058
    • 2007-09-06
    • Takashi AkibaTakashi Miura
    • Takashi AkibaTakashi Miura
    • G06F17/50G06F9/455
    • G06F17/5022
    • A simulation apparatus, including a first simulator assigning an operating cycle number, a second simulator assigning an operating cycle number, and a control portion for synchronously controlling the first simulator and the second simulator, the control portion causing communication between the first simulator and the second simulator so as to control control-information and synchronous-information of the first simulator and the second simulator, the control-information controlling operations of the first simulator and the second simulator, wherein the control portion sets up the operating cycle numbers of the first simulator and the second simulator at a first cycle value when a synchronous condition of the synchronous-information is established, the control portion sets up at least one of the operating cycle numbers of the first simulator and the second simulator at a second cycle value being larger than the first cycle value when the synchronous condition of the synchronous-information is not established.
    • 一种模拟装置,包括分配操作周期数的第一模拟器,分配操作周期数的第二模拟器和用于同步控制第一模拟器和第二模拟器的控制部分,所述控制部分引起第一模拟器与第二模拟器之间的通信 模拟器,以便控制第一模拟器和第二模拟器的控制信息和同步信息,第一模拟器和第二模拟器的控制信息控制操作,其中控制部分设置第一模拟器的操作周期数 并且当所述同步信息的同步状态被建立时,所述第二模拟器处于第一周期值,所述控制部分以第二周期值设定所述第一模拟器和所述第二模拟器的操作周期数中的至少一个, 同步信息的同步状态时的第一个周期值 没有建立。
    • 13. 发明申请
    • DEBUGGING DEVICE, DEBUGGING METHOD AND HARDWARE EMULATOR
    • 调试装置,调试方法和硬件仿真器
    • US20090204384A1
    • 2009-08-13
    • US12367761
    • 2009-02-09
    • Takashi AKIBATakashi Miura
    • Takashi AKIBATakashi Miura
    • G06F9/455
    • G06F11/3652
    • A hardware emulator having: a verification target circuit that includes a CPU in which progress of instruction execution is controlled by a program counter, and a circuit that operates according to the instruction execution by the CPU; at least one replica circuit that is formed by replication of the verification target circuit; a debug controller that starts operation of the verification target circuit upon receipt of an operation start signal from an outside of the hardware emulator, and that stops operation of the verification target circuit and the replica circuit when a value of the program counter of the verification target circuit reaches a predetermined breakpoint; an execution start delaying portion that causes the replica circuit to start execution of an instruction with a delay equivalent to a predetermined number of instructions after the verification target circuit starts execution of the same instruction; a program counter controller that performs control so that the value of the program counter of the verification target circuit and a value of a program counter of the replica circuit are simultaneously updated when both of the verification target circuit and the replica circuit complete the execution of their respective running instructions; and an output portion that sends an output from any one of the verification target circuit and the replica circuit to the outside of the hardware emulator in response to a request from the outside of the hardware emulator.
    • 一种硬件仿真器,具有:验证对象电路,包括CPU,其中由程序计数器控制指令执行的进行,以及根据CPU的指令执行操作的电路; 由验证对象电路的复制形成的至少一个复制电路; 调试控制器,当从所述硬件仿真器的外部接收到操作开始信号时,开始所述验证对象电路的动作,并且当所述验证对象的程序计数器的值为止时,停止所述验证对象电路和所述副本电路的动作 电路达到预定的断点; 一个执行开始延迟部分,在验证目标电路开始执行相同的指令之后,使得复制电路开始执行具有等于预定数目的指令的延迟的指令; 程序计数器控制器,当验证对象电路和复制电路两者完成其执行时,进行控制,使得验证对象电路的程序计数器的值和复制电路的程序计数器的值同时被更新 各自运行指令; 以及输出部,其响应于来自硬件仿真器的外部的请求,将来自验证对象电路和复制电路中的任一个的输出发送到硬件仿真器的外部。
    • 14. 发明授权
    • Fuel feed apparatus having sub-tank
    • 具有副罐的燃料供给装置
    • US07415974B2
    • 2008-08-26
    • US11496709
    • 2006-08-01
    • Takashi AkibaHiroto InoueAkira IsayamaNaritoshi Muramatsu
    • Takashi AkibaHiroto InoueAkira IsayamaNaritoshi Muramatsu
    • F02M37/04F02M37/08
    • F02M37/106Y10T137/86212
    • A fuel feed apparatus includes a lid member that plugs an opening of a fuel tank. A protruding member protrudes from the lid member into an inside of the fuel tank. A sub-tank is accommodated in the fuel tank. The sub-tank is axially movable relative to the lid member. A pump module is accommodated in the sub-tank. The pump module includes a fuel pump and a fuel filter. The fuel pump pumps fuel from the fuel tank. The fuel filter circumferentially surrounds the fuel pump for removing foreign matters contained in fuel discharged from the fuel pump. A supporting member connects the pump module with the sub-tank. The supporting member extends inwardly with respect to a substantially radial direction of the sub-tank. The supporting member defines a recess on a side of the lid member. The protruding member is adapted to be inserted in the recess.
    • 燃料供给装置包括堵塞燃料箱的开口的盖部件。 突出部件从盖部件突出到燃料箱的内部。 副罐容纳在燃油箱中。 副罐相对于盖构件可轴向移动。 泵模块容纳在副罐中。 泵模块包括燃料泵和燃料过滤器。 燃油泵从燃油箱泵送燃料。 燃料过滤器周向地围绕燃料泵,用于去除从燃料泵排出的燃料中所含的异物。 支撑构件将泵模块与副罐连接。 支撑构件相对于副罐的大致径向方向向内延伸。 支撑构件在盖构件的侧面上限定凹部。 突出构件适于插入凹部中。
    • 19. 发明申请
    • Fuel feed apparatus having electric connector
    • 具有电连接器的燃料供给装置
    • US20070044772A1
    • 2007-03-01
    • US11491017
    • 2006-07-24
    • Yukio SakamotoTakashi Akiba
    • Yukio SakamotoTakashi Akiba
    • F02M37/04
    • F02M37/10F02M2037/082
    • A fuel feed apparatus is provided to a fuel tank. The fuel feed apparatus includes a lid member, a pump module, and an electric connector. The lid member plugs an opening of the fuel tank. The pump module is accommodated in the fuel tank for pumping fuel from the fuel tank. The electric connector is provided to the lid member. The electric connector includes at least one terminal and at least one sheath. The at least one terminal electrically connects with the pump module. The at least one sheath covers the at least one terminal partially on a side of the pump module. The at least one sheath has an outer periphery that is surrounded by a recess. The at least one sheath has an end on an opposite side of the pump module. The recess is concaved from the end of the at least one sheath toward the pump module.
    • 燃料供给装置设置在燃料箱上。 燃料供给装置包括盖构件,泵模块和电连接器。 盖构件堵塞燃料箱的开口。 泵模块容纳在燃料箱中以从燃料箱泵送燃料。 电连接器设置在盖部件上。 电连接器包括至少一个端子和至少一个护套。 所述至少一个端子与所述泵模块电连接。 所述至少一个护套部分地在所述泵模块的一侧覆盖所述至少一个端子。 所述至少一个护套具有被凹部包围的外周边。 所述至少一个护套在所述泵模块的相对侧上具有一端。 凹部从至少一个护套的端部朝向泵模块凹陷。
    • 20. 发明授权
    • Canned motor pump
    • 罐头电机泵
    • US4808087A
    • 1989-02-28
    • US766075
    • 1985-08-14
    • Toshiaki TsutsuiTakashi Akiba
    • Toshiaki TsutsuiTakashi Akiba
    • F04D13/06F04B17/00F04B39/02
    • F04D13/064
    • A canned motor pump having improved dielectric strength at a high temperature above 200.degree. C. is disclosed in which a jacket is arranged on an outer wall of the canned motor section, to an inlet port of which jacket is supplied a portion of pressurized liquid to be treated, while an outlet port of said jacket is connected to a lower pressure zone of the pump section or pump tubing system to circulate the liquid thereto. In accordance with the canned motor pump, the efficient cooling of the canned motor and the economically advantageous pump system without energy loss may be achieved.
    • 公开了一种在高于200℃的高温下具有改善的介电强度的密封电动机泵,其中在护套电动机部分的外壁上布置有套管,其入口端口将一部分加压液体供给到 而所述护套的出口连接到泵部分或泵管系统的较低压力区域,以使液体循环。 根据罐式电动机泵,可以实现无需能量损失的罐式电动机的有效冷却和经济上有利的泵系统。