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    • 1. 发明授权
    • Method of generation and method of detection of interband phase difference solition and interband phase difference circuit
    • 相位差分离和相位差相位差电路的生成方法和检测方法
    • US07522078B2
    • 2009-04-21
    • US11845420
    • 2007-08-27
    • Yasumoto TanakaAkira IyoAdrian CrisanKazuyasu TokiwaTsuneo WatanabeNorio Terada
    • Yasumoto TanakaAkira IyoAdrian CrisanKazuyasu TokiwaTsuneo WatanabeNorio Terada
    • H03M1/00
    • H01L39/22
    • The length portion of part of a multiband superconductor line 10 is used as a closed circuit line part Rc that constitutes part of a closed circuit allowing passage of an electric current Io generated by an electric current source 12. Meantime, the line part extending and continuing into the closed circuit line part Rc is used as an open circuit line part Ro adapted to serve as an open circuit regarding the electric current source 12. By keeping the multiband superconductor line 10 under a temperature environment falling short of the critical soliton temperature and injecting a nonequilibrium electric current Io from the electric current source 12 into the closed circuit line part of the multiband superconductor line, it is rendered possible to induce generation of an interband phase different soliton So. The generated interband phase difference soliton So is forwarded as separated from the electric current Io to the open circuit line part Ro and is made to run therein. The open circuit line part Ro is provided with a Josephson junction 15 and consequently enabled to induce extinction of the interband phase different soliton So that has advanced thereto, during which time the voltage generated by the AC Josephson effect is detected with the voltage detecting device 13.
    • 多频带超导线10的一部分的长度部分被用作构成闭合电路的一部分的闭路线路部分Rc,允许通过由电流源12产生的电流Io。同时,线路部分延伸并继续 进入闭路线路部分Rc被用作适合用作关于电流源12的开路的开路线路部分R.通过将多频带超导体线路10保持在低于临界孤子温度的温度环境下并注入 从电流源12到多频带超导体线路的闭路线路部分的非平衡电流Io,可以引起带间相位不同的孤子So的产生。 产生的带间相位差孤子So从电流Io分离到开路线路部分Ro并使其在其中运行。 开路线路部分Ro具有约瑟夫逊结15,并且因此能够引起对其进行的带间相位不同孤子的消光,在此期间,用电压检测装置13检测由AC约瑟夫逊效应产生的电压 。
    • 2. 发明申请
    • METHOD OF GENERATION AND METHOD OF DETECTION OF INTERBAND PHASE DIFFERENCE SOLITION AND INTERBAND PHASE DIFFERENCE CIRCUIT
    • 产生方法和检测相位差分解调和相位差相位电路的方法
    • US20080051291A1
    • 2008-02-28
    • US11845420
    • 2007-08-27
    • Yasumoto TanakaAkira IyoAdrian CrisanKazuyasu TokiwaTsuneo WatanabeNorio Terada
    • Yasumoto TanakaAkira IyoAdrian CrisanKazuyasu TokiwaTsuneo WatanabeNorio Terada
    • H01L39/00
    • H01L39/22
    • The length portion of part of a multiband superconductor line 10 is used as a closed circuit line part Rc that constitutes part of a closed circuit allowing passage of an electric current Io generated by an electric current source 12. Meantime, the line part extending and continuing into the closed circuit line part Rc is used as an open circuit line part Ro adapted to serve as an open circuit regarding the electric current source 12. By keeping the multiband superconductor line 10 under a temperature environment falling short of the critical soliton temperature and injecting a nonequilibrium electric current Io from the electric current source 12 into the closed circuit line part of the multiband superconductor line, it is rendered possible to induce generation of an interband phase different soliton So. The generated interband phase difference soliton So is forwarded as separated from the electric current Io to the open circuit line part Ro and is made to run therein. The open circuit line part Ro is provided with a Josephson junction 15 and consequently enabled to induce extinction of the interband phase different soliton So that has advanced thereto, during which time the voltage generated by the AC Josephson effect is detected with the voltage detecting device 13.
    • 多频带超导线10的一部分的长度部分被用作闭合电路线路部分Rc,该闭路线部分构成允许通过由电流源12产生的电流Io的闭合电路的一部分。 同时,延伸并继续进入闭路部分Rc的线路部分被用作适于用作关于电流源12的开路的开路线路部分Ro。 通过将多频带超导体线路10保持在低于临界孤子温度的温度环境下,并且将非平衡电流Io从电流源12注入到多波段超导体线路的闭路线路部分中,可以引起发电 的一个带间相位不同的孤子So。 产生的带间相位差孤子So从电流Io分离到开路线路部分Ro并使其在其中运行。 开路线路部分Ro具有约瑟夫逊结15,并且因此能够引起对其进行的带间相位不同孤子的消光,在此期间,用电压检测装置13检测由AC约瑟夫逊效应产生的电压 。
    • 9. 发明授权
    • Method and apparatus for remote ROM flashing and security management for a computer system
    • 用于计算机系统的远程ROM闪存和安全管理的方法和装置
    • US06223284B1
    • 2001-04-24
    • US09070942
    • 1998-04-30
    • Manuel NovoaPaul H. McCannWayne P. SharumAdrian CrisanPaul B. Hokanson
    • Manuel NovoaPaul H. McCannWayne P. SharumAdrian CrisanPaul B. Hokanson
    • G06F1300
    • G06F21/79G06F21/572G06F2211/1097
    • A remote flash ROM and security package is formed and delivered to a system ROM of a target computer system for remote flashing of the ROM and remote configuration of security settings for the computer system. The remote flash ROM and security package includes flash ROM and security control code for calling a remote flash and security driver to execute a remote flash or to remotely configure a security setting, a file containing a “signed” ROM image to be flashed to the ROM, a security settings file which preferably is encrypted, and a remote flash and security control container for containing the flash ROM and security code, the ROM image, and the security settings file. The remote flash and security driver may be included in the remote flash ROM and security package or may be resident to the target computer system. In the preferred embodiment, the computer system includes a secure memory device containing an administrator password for locking and unlocking the ROM. The remote flash ROM and security package preferably includes an administrator password matching the administrator password stored in the secure memory device to place the computer system in an administrator mode. A system ROM thereby may be flashed or a security setting changed remotely without the need for a user to enter an administrator password. Further, flashing the ROM or changing a security setting occurs as an “inband” process. Flashing a ROM or changing a security setting by remotely providing an administrator password to a secure memory device eliminates the need to reboot a computer system after downloading the ROM and security package.
    • 形成远程闪存ROM和安全包,并将其传送到目标计算机系统的系统ROM,以远程闪烁ROM和用于计算机系统的安全设置的远程配置。 远程闪存ROM和安全软件包包括闪存ROM和用于调用远程闪存和安全驱动程序来执行远程闪存或远程配置安全设置的安全控制代码,包含要闪存到ROM的“已签名”ROM映像的文件 优选地被加密的安全设置文件以及用于包含闪存ROM和安全代码,ROM映像和安全设置文件的远程闪存和安全控制容器。 远程闪存和安全驱动程序可能包含在远程闪存ROM和安全包中,或者可能驻留在目标计算机系统中。 在优选实施例中,计算机系统包括一个包含用于锁定和解锁ROM的管理员密码的安全存储器装置。 远程闪存ROM和安全包优选地包括与存储在安全存储器设备中的管理员密码相匹配的管理员密码,以将计算机系统置于管理员模式。 因此,可以闪烁系统ROM或远程改变安全设置,而不需要用户输入管理员密码。 此外,闪烁ROM或改变安全设置作为“带内”过程发生。 通过向安全存储设备远程提供管理员密码来刷新ROM或更改安全设置,无需在下载ROM和安全包后重新启动计算机系统。
    • 10. 发明授权
    • Typing power
    • 打字功能
    • US5911529A
    • 1999-06-15
    • US885089
    • 1997-06-30
    • Adrian Crisan
    • Adrian Crisan
    • B41J5/08G06F1/26G06F3/02
    • G06F3/0202G06F1/26H03K17/972H01H2239/076H03K2217/94042
    • A keyboard power generator provides a plurality of keys with one or more magnets mounted thereon. Additionally, a plurality of coils are mounted on both ends of the magnet such that, when the user is typing, the magnet traverses the coils. The movement of the magnet over the coils causes a current to be generated. In one embodiment, one magnet is mounted per key on the keyboard. In a second embodiment, a plurality of magnets are mounted per key to enhance the power generation capability of the keyboard. The currents generated collectively by the keys are provided to a charge pump which multiplies the voltage to achieve a level greater than the voltage level of the battery to be charged. The multiplied voltage is provided to a charging circuitry such as a trickle charger to recharge the battery. In this manner, the more information entered by the user, the more electricity is generated by the keyboard power generator. The energy provided by the keyboard of the present invention can be used to lengthen the operating period of the portable computer, or alternative, can be used to reduce the size of the primary battery so as to result in a lighter portable computer.
    • 键盘发电机提供多个键,其中安装有一个或多个磁体。 此外,多个线圈安装在磁体的两端,使得当用户正在打字时,磁体横过线圈。 磁体在线圈上的运动导致产生电流。 在一个实施例中,每个键在键盘上安装一个磁体。 在第二实施例中,每个键安装多个磁体以增强键盘的发电能力。 通过键集中产生的电流被提供给电荷泵,该电荷泵将电压倍增以实现高于要充电的电池的电压电平的电平。 倍增电压被提供给诸如涓流充电器的充电电路以对电池再充电。 以这种方式,用户输入的信息越多,键盘发电机产生的电量就越多。 本发明的键盘提供的能量可以用于延长便携式计算机的操作周期,或者替代方案可以用于减小一次电池的尺寸,从而导致更轻便的便携式计算机。