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    • 1. 发明授权
    • Automatic bread-making device
    • 自动面包机
    • US5076153A
    • 1991-12-31
    • US446582
    • 1989-12-05
    • Yoshinori TakahashiJun MisakiTsutomu NishikawaYasuo NaoiToshinori Sasaki
    • Yoshinori TakahashiJun MisakiTsutomu NishikawaYasuo NaoiToshinori Sasaki
    • A47J37/00A21B7/00A21C1/02A47J27/14A47J43/046
    • A21B7/005Y10S366/601
    • An automatic bread-making device comprises a housing, a cooking vessel removably arranged therein and provided at its bottom with a rotating shaft, a kneading blade removably attached to the rotating shaft, and a driving means for rotating the kneading blade through the rotating shaft. The kneading blade is providing with at least one crescent-shaped projection at a wall surface of a bore for attachment of the blade to the rotating shaft, while the rotating shaft is provided at its upper portion with at least one groove extending in the direction parallel to a line which intersects the axis of the shaft to form a head with a figure similar to that of an opening formed between the inner wall of the bore and a free end of the projection. The kneading blade is attached to the rotating shaft so that the head of the rotating shaft is engaged with the projection of the blade when the head of the shaft is arranged in the bore of the blade. The device further comprises a sequence control system for controlling the driving means and heaters, and a coupling means between the rotating shaft and the driving shaft. During kneading, the driving shaft is rotated in such a manner that, when revolution of the blade is to be reversed, the driving shaft is reversely driven and stopped just before engagement of the driving disk with the coupling member, and then redriven in the same direction.
    • 一种自动面包机,包括壳体,可移除地布置在其中并具有旋转轴的烹饪容器,可拆卸地附接到旋转轴的捏合刮板以及用于通过旋转轴旋转捏合刮板的驱动装置。 搅拌叶片在孔的壁面处设置有至少一个新月形突起,用于将叶片附接到旋转轴,同时旋转轴在其上部设置有沿平行方向延伸的至少一个凹槽 到与轴的轴线相交的线以形成具有与形成在孔的内壁和突起的自由端之间的开口类似的图形的头部。 揉搓叶片安装在旋转轴上,使得当轴的头部布置在叶片的孔中时,旋转轴的头部与叶片的突起接合。 该装置还包括用于控制驱动装置和加热器的顺序控制系统,以及旋转轴和驱动轴之间的联接装置。 在捏合期间,驱动轴以这样的方式旋转,即当转动叶片转动时,驱动轴在与驱动盘与联接件接合之前就被反向驱动和停止,然后在其中重新驱动 方向。
    • 5. 发明授权
    • Process for the production of propylene block copolymers by a three step
method
    • 通过三步法制备丙烯嵌段共聚物的方法
    • US4550145A
    • 1985-10-29
    • US559381
    • 1983-12-08
    • Toshikazu KasaharaTsutomu Nishikawa
    • Toshikazu KasaharaTsutomu Nishikawa
    • C08F297/00C08F4/12C08F4/14C08F4/16C08F297/08
    • C08F297/086
    • A process for producing a propylene block copolymer by a three-step reaction in the presence of a stereoregular catalyst. At the first step, propylene is polymerized at a temperature of 55.degree. C. or more to form polypropylene having an intrinsic viscosity of from 0.5 to 3.5 in the prescribed amount. At the second step, propylene is polymerized at a temperature of from 30.degree. to 90.degree. C. to form polypropylene having an intrinsic viscosity of at least 4 in the prescribed amount. And at the third step, ethylene and propylene are copolymerized at a temperature of from 30.degree. to 90.degree. C. to form an ethylene-propylene copolymer having an intrinsic viscosity of at least three in the prescribed amount. The propylene block copolymer formed by the three steps is superior and well balanced in impact resistance and stiffness.
    • 一种在有规立构催化剂存在下通过三步反应制备丙烯嵌段共聚物的方法。 在第一步骤中,丙烯在55℃或更高的温度下聚合,形成规定量的特性粘度为0.5-3.5的聚丙烯。 在第二步骤中,丙烯在30-90℃的温度下聚合,形成规定量的特性粘度至少为4的聚丙烯。 在第三步骤中,乙烯和丙烯在30-90℃的温度下共聚,形成规定量的特性粘度至少为3的乙烯 - 丙烯共聚物。 通过三个步骤形成的丙烯嵌段共聚物在耐冲击性和刚度方面是优异的和均衡的。
    • 6. 发明授权
    • Charging device with backflow prevention
    • 带防回流的充电装置
    • US08093865B2
    • 2012-01-10
    • US12163456
    • 2008-06-27
    • Tsutomu Nishikawa
    • Tsutomu Nishikawa
    • H01M10/46
    • H02J7/0031H02J7/045
    • A charging device which is capable of preventing charging current from flowing even if a battery pack remains mounted thereon after charging of the battery pack is completed, thereby preventing deterioration of batteries of the battery pack. A circuit including a semiconductor switch generates a DC power for charging the battery pack. A backflow prevention diode is connected between the semiconductor switch and the battery pack. When charging of the battery pack has been completed, a secondary charge control circuit causes a DC voltage input to the backflow prevention diode to be made lower than the voltage of the battery pack.
    • 即使在电池组充电之后即使电池组保持安装,也能够防止充电电流流动的充电装置完成,从而防止电池组的电池的劣化。 包括半导体开关的电路产生用于对电池组充电的DC电力。 在半导体开关和电池组之间连接有防回流二极管。 当电池组的充电完成时,二次充电控制电路使得防逆流二极管的直流电压输入低于电池组的电压。
    • 7. 发明授权
    • Microwave oven
    • 微波炉
    • US5906765A
    • 1999-05-25
    • US061470
    • 1998-04-16
    • Takashi MiuraKenji KumeHideki YamauchiTsutomu NishikawaMiho Fujii
    • Takashi MiuraKenji KumeHideki YamauchiTsutomu NishikawaMiho Fujii
    • F24C7/02H05B6/64H05B6/68
    • H05B6/6435
    • A microwave oven 10 including a main body 1 in which a heating chamber 2 is installed, a microwave supplying unit 3 installed at an inner portion of the main body 1 for heating a food incorporated in the heating chamber 2 by supplying microwave at a predetermined output, an operation panel 4 (input operating unit) for inputting cooking output information and cooking time information of the food, a control unit 6 for comparing the cooking output information inputted by the operation panel 4 with the predetermined output, correcting the inputted cooking time information in accordance with a result of the comparison and instructing to drive the microwave supplying unit 3 based on corrected cooking time obtained by the correction, wherein the control unit 6 includes buzzer 48 (information supplying means) for successively supplying the cooking time information inputted by the operation panel 4 and the corrected cooking time and supplying, after having supplied the cooking time information, information that the corrected cooking time is being supplied.
    • 包括安装有加热室2的主体1的微波炉10,安装在主体1的内部的微波供给单元3,用于通过以预定的输出提供微波来加热加热室2中的食物 ,用于输入食物的烹调输出信息和烹饪时间信息的操作面板4(输入操作单元),用于将由操作面板4输入的烹调输出信息与预定输出进行比较的控制单元6,校正输入的烹饪时间信息 根据比较结果,指示通过校正得到的校正烹调时间来驱动微波供给单元3,其中控制单元6包括蜂鸣器48(信息提供装置),用于连续提供由 操作面板4和校正烹调时间,并且在提供烹饪时间信息之后, 提供校正烹饪时间的信息。
    • 8. 发明授权
    • Charging apparatus and charging system for use with an unstable
electrical power supply
    • 充电设备和充电系统,用于不稳定的电源
    • US5869949A
    • 1999-02-09
    • US941482
    • 1997-10-01
    • Tsutomu NishikawaIsao Hayashi
    • Tsutomu NishikawaIsao Hayashi
    • H02J7/00H02J7/35H01M10/46
    • H02J7/35H02J7/0004
    • When charging current is switched, the output voltage from the solar cell, namely an input voltage to a charging apparatus, changes, and controlling the input voltage to the charging apparatus does not operate correctly. Furthermore, when charging current decreases in response to a drop of the output voltage from the solar cell, a fully-charged state of the secondary cell is erroneously detected. Still further, when the charging operation is completed in accordance with a timer after charging the secondary cell by a small charging current, the secondary cell is not fully charged. To correct these problems, the input voltage Vin is compared to a voltage value V1, and, if a state in which Vin is higher than V1 (Vin>V1) is moved to a state in which Vin is equal or lower than the V1 (Vin.ltoreq.V1), a charge mode which supplies small charging current starts, thereafter, the charging current is increased for a short period of time at a predetermined time interval, and then, on the basis of a comparison result between Vin and V1 at this time, the subsequent charge mode is controlled. The charged amount of the secondary cell is obtained by measuring the charging current, and the fully-charged state of the secondary battery is determined on the basis of the obtained charged amount.
    • 当充电电流切换时,来自太阳能电池的输出电压,即对充电装置的输入电压发生变化,控制充电装置的输入电压不能正常工作。 此外,当充电电流响应于来自太阳能电池的输出电压的下降而减小时,二次电池的完全充电状态被错误地检测。 此外,当通过小充电电流对二次电池充电之后,根据定时器完成充电操作时,二次电池未完全充电。 为了校正这些问题,将输入电压Vin与电压值V1进行比较,并且如果Vin高于V1(Vin> V1)的状态移动到Vin等于或低于V1的状态 Vin