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    • 51. 发明授权
    • Process for producing liquid-container material
    • 液体容器材料生产工艺
    • US5296070A
    • 1994-03-22
    • US888786
    • 1992-05-27
    • Yoshiaki TakeHideki YamamotoShigenori Morishima
    • Yoshiaki TakeHideki YamamotoShigenori Morishima
    • B32B27/10B65D5/56B29C47/06
    • B65D5/563B32B27/10B32B38/0036B32B2309/02
    • A process for producing a liquid-container material that includes a thermoadhesive resin film, a substrate sheet having a thin-film layer of an inorganic compound, such as a silicon oxide, and a paper substrate. The thermoadhesive resin film is formed by melt-extruding a thermoadhesive resin from an extruder die, and then cooled to a temperature at which the thermoadhesive properties inherent in the thermoadhesive resin film can be retained and at which no crack is produced in the thinfilm layer of an inorganic compound when the thermoadhesive resin film is laminated to the substrate sheet. The cooled thermoadhesive resin film is laminated to the substrate sheet to form a laminate, which is then laminated to the paper substrate. The thermoadhesive resin film may preferably include a non-adsorptive resin layer and a thermoadhesive resin layer. In this instance, the non-adsorptive resin layer is so provided as to be on the outside of the liquid-container material.
    • 一种制造液体容器材料的方法,其包括热粘性树脂膜,具有诸如氧化硅的无机化合物的薄膜层的基片和纸基片。 通过从挤出机模头熔融挤出热粘合性树脂形成热粘合性树脂膜,然后冷却至可以保持热粘合性树脂膜中固有的热粘合性能,并且在薄膜层中不产生裂纹的温度 当将热粘合性树脂膜层压到基材片材上时的无机化合物。 将冷却的热粘合性树脂膜层压到基材片上以形成层压体,然后层压到纸基材上。 热粘性树脂膜优选包括非吸附性树脂层和热粘合性树脂层。 在这种情况下,非吸附树脂层设置在液体容器材料的外侧。
    • 54. 发明授权
    • Join operation processing system in distributed data base management
system
    • 在分布式数据库管理系统中加入运营处理系统
    • US4811207A
    • 1989-03-07
    • US837283
    • 1986-03-06
    • Sakayuki HikitaSuguru KawakamiHiromi HaniudaAkifumi SakamotoHideki Yamamoto
    • Sakayuki HikitaSuguru KawakamiHiromi HaniudaAkifumi SakamotoHideki Yamamoto
    • G06F12/00G06F17/30G06F15/20G06F15/40
    • G06F17/30498G06F17/30545Y10S707/99932Y10S707/99939
    • A join operation processing system and a method of operating the system is usable in a distributed database management system including multiple local database management systems, computers employing distributed databases stored in the local database management systems, and a communication network for connecting said local database management systems and the computers. The join operation processing system can perform a join operation on a relational database. Each of the computers instructs prior computer to performing the join operation, and the database management system, managing relations associated with the join operation to read definitions so as to define said relations, reads the read definitions to thereby determine a process to process the join operation, and issues a request to the prescribed database management system to perform join operation processing based on the determination. Each database management system transfers a local processing result and a local processing request among the database management systems and performs the join operation processing in a pipe line processing sequence.
    • 连接操作处理系统和操作该系统的方法可用于包括多个本地数据库管理系统的分布式数据库管理系统,使用存储在本地数据库管理系统中的分布式数据库的计算机,以及用于连接所述本地数据库管理系统 和电脑。 连接操作处理系统可以对关系数据库执行连接操作。 每个计算机指示先前的计算机执行连接操作,并且数据库管理系统管理与连接操作相关联的关系以读取定义以定义所述关系,读取读取的定义从而确定处理连接操作的过程 并且向规定的数据库管理系统发出请求,以基于该确定来执行加入操作处理。 每个数据库管理系统在数据库管理系统之间传送本地处理结果和本地处理请求,并以管线处理顺序执行连接操作处理。
    • 55. 发明授权
    • Electric power supply circuit capable of reducing a loss of electric
power
    • 能够减少电力损失的电力供应电路
    • US4644458A
    • 1987-02-17
    • US712990
    • 1985-03-18
    • Yoshihiko HarafujiHideki YamamotoKatsuhiko Yamamoto
    • Yoshihiko HarafujiHideki YamamotoKatsuhiko Yamamoto
    • H04B3/44H02M3/28
    • H04B3/44
    • In an electric power supply circuit comprising a plurality of constant current units each of which is controllable by a control voltage (V.sub.c) to keep a circuit output current (I.sub.OUT) substantially constant and which has no shunt resistor, the control voltage is supplied from a single current to voltage converter (44) operable in response to a control current (I.sub.c) corresponding to the circuit output current. A control unit (39) produces the control current in response to a detection signal supplied from a current detector (37) and representative of a result of detection of the circuit output current. A plurality of current detectors may be coupled to a plurality of control units coupled in common to the single current to voltage converter. The single current to voltage converter may be a saturable reactor, a resistor, or the like. Alternatively, each of the constant current units may comprise a shunt resistor when the shunt resistor is connected in series to a current restriction circuit coupled to an additional winding attached to the current detector.
    • 在包括多个恒定电流单元的电力供应电路中,每个恒定电流单元可由控制电压(Vc)控制,以保持电路输出电流(IOUT)基本恒定并且不具有分流电阻器,所述控制电压从 单个电流 - 电压转换器(44)可响应于对应于电路输出电流的控制电流(Ic)而工作。 控制单元(39)响应于从电流检测器(37)提供的检测信号产生控制电流,并且代表检测电路输出电流的结果。 多个电流检测器可以耦合到共同耦合到单个电流 - 电压转换器的多个控制单元。 单个电流 - 电压转换器可以是可饱和电抗器,电阻器等。 或者,当分流电阻器串联连接到连接到连接到电流检测器的附加绕组的电流限制电路时,每个恒流单元可以包括分流电阻器。
    • 58. 发明授权
    • Hydraulic booster and hydraulic brake system using the same
    • 液压助力器和液压制动系统使用相同
    • US08534773B2
    • 2013-09-17
    • US13824837
    • 2012-04-05
    • Tetsuya HondaHideki YamamotoShigemitsu NohiraYoshihiro Miyata
    • Tetsuya HondaHideki YamamotoShigemitsu NohiraYoshihiro Miyata
    • B60T8/44
    • B60T13/145B60T7/042B60T8/17B60T8/4275B60T8/441B60T13/146B60T13/147B60T13/66B60T13/662B60T13/686
    • A hydraulic brake system is proposed which includes a hydraulic booster for boosting brake operation, and a circulation type pressure control unit. The hydraulic brake system further includes a hydraulic booster including an auxiliary hydraulic pressure source, a pressure regulator for adjusting the hydraulic pressure supplied therefrom to a value corresponding to an operating amount of a brake operating member and introducing the thus adjusted hydraulic pressure into a boost chamber, and a boost piston for actuating a master piston with a force boosted by an assisting force generated by the hydraulic pressure introduced into the boost chamber. The hydraulic booster further includes a hydraulic line bypassing the pressure regulator and extending from the boost chamber to the auxiliary hydraulic pressure, and a check valve provided in the hydraulic line and configured to allow only a discharge of hydraulic pressure from the boost chamber into the auxiliary hydraulic pressure source.
    • 提出了一种液压制动系统,其包括用于升压制动操作的液压助力器和循环型压力控制单元。 液压制动系统还包括液压助力器,其包括辅助液压源,用于将从其供应的液压调节到与制动操作构件的操作量相对应的值的压力调节器,并将由此调节的液压引入增压室 以及增压活塞,用于通过由引入所述增压室的液压产生的辅助力而提升的力来致动主活塞。 液压助力器还包括旁路压力调节器并从增压室延伸到辅助液压的液压管路,以及设置在液压管路中并被配置为仅允许将来自增压室的液压排出到辅助液压器中的止回阀 液压源。
    • 59. 发明授权
    • Hydraulic brake apparatus
    • 液压制动装置
    • US08523293B2
    • 2013-09-03
    • US12199296
    • 2008-08-27
    • Atsushi SuzukiHideki YamamotoShigemitsu Nohira
    • Atsushi SuzukiHideki YamamotoShigemitsu Nohira
    • B60T8/34
    • B60T8/38B60T8/441B60T13/146
    • A hydraulic brake apparatus includes a master cylinder pressurizing brake fluid in a pressure chamber and outputting a hydraulic pressure to a wheel cylinder of a first brake circuit, and a pressure control valve controlling a hydraulic pressure of an auxiliary hydraulic pressure source outputting the controlled hydraulic pressure to a wheel cylinder of a second brake circuit, wherein a master cylinder piston includes a first passage which hydraulically connects the pressure chamber and a reservoir, and a switching valve which closes and opens the first passage, and wherein a throttle means and a check valve, which allows the brake fluid to travel only from the reservoir to the pressure chamber, are hydraulically provided in parallel with each other at the first passage at a position between the switching valve and the reservoir.
    • 液压制动装置包括:主缸,在压力室中加压制动流体,并向第一制动回路的轮缸输出液压;以及压力控制阀,控制输出受控液压的辅助液压源的液压 到第二制动回路的轮缸,其中主缸活塞包括液压连接压力室和储存器的第一通道和封闭并打开第一通道的切换阀,并且其中节流装置和止回阀 ,其允许制动流体仅从储存器行进到压力室,在切换阀和储存器之间的位置处在第一通道处彼此平行地液压地设置。