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    • 22. 发明授权
    • Blast furnace operating method
    • 高炉操作方法
    • US6090181A
    • 2000-07-18
    • US669464
    • 1996-07-09
    • Syouji SakuraiTakanari KawaiHirotoshi FujimoriYoshiyuki Nakajima
    • Syouji SakuraiTakanari KawaiHirotoshi FujimoriYoshiyuki Nakajima
    • C21B5/00C21B7/00
    • C21B5/00C21B5/008C21B7/00
    • A method of operating a blast furnace enables substantial improvement of gas permeability and liquid permeability for stable operation of the blast furnace, involves packing the core section with solid high strength, carbonaceous blocks prior to ignition of the furnace. The carbon blocks resist wearing and high temperature reaction over very long periods of operating time, greatly stabilizing the furnace. Because of the improved stabilization, gas permeability and liquid permeability, a low grade solid reducing agent can be substituted for a quantity of the high quality coke normally used for operating the blast furnace and furthermore enables injection of pulverized coal at a rate of at least 200 Kg/ton-pig.
    • PCT No.PCT / JP95 / 02272 Sec。 371日期:1996年7月9日 102(e)日期1996年7月9日PCT提交1995年11月7日PCT公布。 公开号WO96 / 15277 日期:1996年5月23日高炉操作方法能够显着提高鼓风炉的稳定运行时的透气性和液体渗透性,包括在炉膛点火之前,将核心部分用固体高强度碳质块进行包装。 碳块在很长的操作时间内抵抗磨损和高温反应,极大地稳定了炉子。 由于稳定性提高,气体透过性和液体渗透性,低等级的固体还原剂可以代替通常用于操作高炉的高质量焦炭,并且还​​能够以至少200的速率喷射粉煤 公斤/吨猪。
    • 27. 发明申请
    • Driving apparatus, sheet processing apparatus having driving apparatus, image forming apparatus having sheet processing apparatus and control system
    • 具有驱动装置的驱动装置,片材处理装置,具有片材处理装置和控制系统的图像形成装置
    • US20060181010A1
    • 2006-08-17
    • US11337027
    • 2006-01-23
    • Kiyoshi OkamotoYuji YamanakaKiyoshi WatanabeYuichi YamamotoYoshiyuki NakajimaHiroyuki Sekine
    • Kiyoshi OkamotoYuji YamanakaKiyoshi WatanabeYuichi YamamotoYoshiyuki NakajimaHiroyuki Sekine
    • B65H7/00B65H7/02
    • B65H7/20B65H2220/09B65H2403/00B65H2513/104B65H2513/106B65H2513/21B65H2220/02B65H2220/01
    • A driving apparatus includes a plurality of driving devices; a plurality of malfunction detectors for detecting a malfunction of the driving devices; a plurality of electric current setting devices for setting electric currents through the driving devices; a controller for controlling the plurality of driving devices, malfunction detectors and the electric current setting devices, wherein the controller is effective to set standard electric currents, maximum tolerable electric currents, standard speeds, minimum rotatable speeds and maximum tolerable speeds of the plurality of driving devices, and a total current applied to the plurality of driving devices, wherein the driving devices are given priorities depending on influential ranges of functions of the driving devices, wherein when the malfunction detector detects a malfunction of the driving devices, the electric current setting device raises the setting of the electric current of the driving device at which the malfunction is detected within the maximum tolerable current and the total current, wherein when the malfunction detector detects a malfunction of a the driving device, and when the maximum tolerable current is exceeded by increasing the electric current of the driving device at which the malfunction is detected, the electric current setting device sets the speed of the driving device within a range higher than the minimum rotatable speed of the driving device at which the malfunction is detected, and a speed of another driving device selected in accordance with an order of the priorities within a range lower than the maximum tolerable speed, and the setting of the electric current is raised in accordance with the set speed, so that a productivity of a system with which the driving apparatus is used is maintained.
    • 驱动装置包括多个驱动装置; 多个故障检测器,用于检测驱动装置的故障; 多个电流设定装置,用于设定通过驱动装置的电流; 用于控制多个驱动装置,故障检测器和电流设定装置的控制器,其中控制器有效地设定多个驱动中的标准电流,最大容许电流,标准速度,最小可旋转速度和最大容许速度 装置和施加到多个驱动装置的总电流,其中根据驱动装置的功能的影响范围给予驱动装置优先权,其中当故障检测器检测到驱动装置的故障时,电流设定装置 提高在最大容许电流和总电流内检测到故障的驱动装置的电流的设定,其中当故障检测器检测到驱动装置的故障时,以及当超过最大容许电流时 增加驱动装置的电流 检测到故障时,电流设定装置将驱动装置的速度设定在高于检测到故障的驱动装置的最小可转动速度的范围内,以及根据 根据设定速度提高优先级在最大容许速度以下的范围内的顺序和电流的设定,从而保持使用驱动装置的系统的生产率。
    • 28. 发明授权
    • Apparatus and method for preventing loss of electrical power in a portable electronic device
    • 用于防止便携式电子设备中的电力损失的装置和方法
    • US07018736B2
    • 2006-03-28
    • US10422935
    • 2003-04-25
    • Yoshiyuki NakajimaYusuke Kan
    • Yoshiyuki NakajimaYusuke Kan
    • H01M2/10
    • H04M1/0262H01M2/1022H01M2/1055H01M2/204H01M2/34H01M2/347
    • An apparatus and method for preventing an interruption of electrical power to a portable electronic device, such as, for example, a call device, supplied by an internal battery when the portable electronic device is dropped or subjected to an external shock. A battery cover seals a battery compartment in which a negative battery terminal and a positive battery terminal, of a battery, are in contact with a respective compressible contact terminal and a fixed terminal. A battery fixing base plate, attached to an inner surface of the battery cover, includes a set flange that is inserted between a battery compartment wall to which one contact terminal is attached and an associated battery terminal in contact with the one contact terminal, thus providing a mechanism that prevents a longitudinal movement of the battery in the battery compartment.
    • 一种用于防止当便携式电子设备掉落或受到外部冲击时由内部电池提供的便携式电子设备(例如呼叫装置)的电力中断的装置和方法。 电池盖密封电池室,电池的负极端子和正极电池端子与相应的可压缩接触端子和固定端子接触。 安装在电池盖的内表面上的电池固定基板包括插入在与一个接触端子相连接的电池室壁与与一个接触端子接触的相关联的电池端子之间的固定凸缘,从而提供 一种防止电池在电池室中的纵向移动的机构。
    • 30. 发明授权
    • Handle lock device
    • 处理锁定装置
    • US5829281A
    • 1998-11-03
    • US749010
    • 1996-11-14
    • Akihiko YamashitaYoshiyuki NakajimaYoshifumi Mochizuki
    • Akihiko YamashitaYoshiyuki NakajimaYoshifumi Mochizuki
    • B60R25/021B62H5/02B62H5/06E05B77/44E05B83/00B60R25/02
    • B62H5/02Y10T70/565Y10T70/5827Y10T70/7757Y10T70/7955
    • A protector block is movable in a direction in which a key K can be inserted, and first engaging portions which engage each other when the protector block is pushed in are formed between the protector block and an outer lock cylinder. A crankshaft is movable in the direction in which the key K can be inserted, and second engaging portions which engage each other when the crankshaft is pushed in are formed between the crankshaft and the outer lock cylinder. When an object in place of a key is inserted into a key insertion hole and attempts are made to forcibly turn the object while pushing the object, the first engaging portions between the protector block and the outer lock cylinder engage each other, preventing the crankshaft from being turned. When attempts are made to turn an inserted object while pulling the object, the second engaging portions between the crankshaft and the outer lock cylinder engage each other, preventing the crankshaft from being turned. In combination with tumblers preventing the crankshaft from being turned, the above structure makes it highly difficult to unlock the handle lock device.
    • 保护器块可以在可以插入钥匙K的方向上移动,并且在保护器块被推入时彼此接合的第一接合部分形成在保护器块和外部锁芯之间。 曲轴可以在键K可以插入的方向上移动,并且在曲轴被推入时彼此接合的第二接合部分形成在曲轴和外锁定缸之间。 当将物体代替钥匙插入钥匙插入孔中时,试图在推动物体的同时强制地转动物体,保护器块和外锁定筒之间的第一接合部分彼此接合,从而防止曲轴 被转身 当试图在拉动物体的同时转动被插入的物体时,曲轴和外锁定筒之间的第二接合部彼此接合,防止曲轴转动。 结合防止曲轴转动的翻转开关,上述结构使得解锁手柄锁定装置非常困难。