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    • 51. 发明申请
    • Common feature mode for microprocessors in a multiple microprocessor system
    • 多处理器系统中微处理器的通用特征模式
    • US20050033950A1
    • 2005-02-10
    • US10940394
    • 2004-09-13
    • Valerie SeeDavid Williams
    • Valerie SeeDavid Williams
    • G06F1/24G06F9/00G06F9/30G06F9/445
    • G06F9/30003G06F8/61G06F8/64G06F9/4405
    • A mechanism whereby a set of microprocessors may be set to a common mode in which the microprocessors utilize one or more features that are common to all microprocessors. The common mode facilitates proper multiprocessor operation and permits a fix (e.g., a microcode patch) to be applied to each of the microprocessors based on this common mode. More particularly, at system startup, firmware or software can detect whether microprocessors are set to run in different modes (e.g., steppings) in a multiprocessor system. If not, the microprocessors are allowed to run in their normal mode, such as by writing a particular value (e.g., zero) to a configuration register associated with each microprocessor. If features are mixed, a different value can be written, (e.g., one), which tells each microprocessor to revert to a common mode of operation for that family of microprocessors, such as corresponding to a common stepping and/or clock speed. A common set of microcode patches may be downloaded to the microprocessors. Alternatively, the various microprocessors may also be instructed to run in a particular mode that emulates a particular stepping, e.g., by writing into the configuration register or registers a number between one and M that corresponds to a common stepping among the microprocessors.
    • 可以将一组微处理器设置为微处理器利用所有微处理器所共有的一个或多个特征的共同模式的机制。 该共同模式有助于适当的多处理器操作,并且允许基于该共同模式将修复(例如,微代码补丁)应用于每个微处理器。 更具体地,在系统启动时,固件或软件可以检测微处理器是否被设置为在多处理器系统中以不同的模式(例如,步进)运行。 如果不是,则允许微处理器以其正常模式运行,例如通过将特定值(例如,零)写入与每个微处理器相关联的配置寄存器。 如果特征是混合的,则可以写出不同的值(例如一个),其告知每个微处理器恢复到该系列微处理器的公共操作模式,例如对应于公共的步进和/或时钟速度。 可以将一组通用的微代码补丁下载到微处理器。 或者,也可以指示各种微处理器以模拟特定步进的特定模式运行,例如通过写入配置寄存器或者在与微处理器之间的公共步进相对应的一与M之间登记一个数字。
    • 53. 发明授权
    • Toy vehicle gear shield
    • 玩具车齿轮罩
    • US06524160B1
    • 2003-02-25
    • US10086827
    • 2002-03-01
    • Steven A. IsmailDavid Williams
    • Steven A. IsmailDavid Williams
    • A63H1714
    • A63H17/26
    • A toy vehicle gear shield for protecting the gears of a toy vehicle from debris. The device includes a panel having a top edge, a bottom edge, a first side edge and a second edge. A first flange is attached to and extends along a length of the top edge. The first flange generally lying in a plane orientated perpendicular to a plane of the front side of the panel. A second flange is attached to the second side edge of the panel and has a free edge positioned distal to the panel. A tab is attached to the free edge of the second flange which lies in a plane orientated generally perpendicular to the plane of the panel. The plane of the tab is orientated generally parallel to a plane of the first flange. The tab has a pair of openings therein for receiving fasteners from the toy vehicle.
    • 一种用于保护玩具车辆的齿轮免于碎片的玩具车辆齿轮罩。 该装置包括具有顶边缘,底边缘,第一侧边缘和第二边缘的面板。 第一凸缘附接到并沿着顶部边缘的长度延伸。 第一凸缘通常位于垂直于面板前侧平面的平面中。 第二凸缘附接到面板的第二侧边缘并且具有定位在面板远侧的自由边缘。 翼片附接到第二凸缘的自由边缘,其位于大致垂直于面板平面取向的平面内。 突片的平面大致平行于第一凸缘的平面定向。 突片在其中具有一对开口,用于从玩具车辆接收紧固件。
    • 55. 发明授权
    • Cabinet with electrical/data conduit routing capabilities
    • 机柜具有电气/数据线路路由功能
    • US06359217B1
    • 2002-03-19
    • US09325327
    • 1999-06-03
    • James J. ThompsonMichael R. YobAdam A. LuedkeDavid Williams
    • James J. ThompsonMichael R. YobAdam A. LuedkeDavid Williams
    • H05K502
    • A47B21/06A47B47/02A47B83/001H02B1/202H05K5/0247
    • A cabinet for a workspace definition system is provided which comprises a housing defined by a rear wall, a pair of side walls, a top wall and a bottom wall interconnected together to form an integral unit surrounding an interior chamber. One of the top wall, the rear wall and the side walls further comprises a port, and a length of electrical/data conduit extends through the port into at least one of the rear wall, the side walls, and the interior chamber of the cabinet. One of the top wall, the rear wall and the side walls can also have an electrical/data receptacle mounted therein and accessible from the outside of the cabinet. The electrical/data conduit is thereby passed into the walls and the interior chamber of the cabinet in a concealed manner to provide operability to components stored within or adjacent to the cabinet.
    • 提供了一种用于工作空间定义系统的机柜,其包括由后壁,一对侧壁,顶壁和底壁限定的壳体,该壁与互连在一起以形成围绕内部室的整体单元。 顶壁,后壁和侧壁中的一个还包括端口,并且一长度的电/数据导管延伸穿过端口进入柜体的后壁,侧壁和内室中的至少一个 。 顶壁,后壁和侧壁中的一个也可以具有安装在其中并可从机壳外部接近的电气/数据插座。 因此,电/数据导管以隐蔽的方式传递到机柜的壁和内腔中,以便为存储在机柜内或附近的部件提供可操作性。
    • 57. 发明授权
    • Portable battery charger with integrally attached output cable
    • 便携式电池充电器,带有整体连接的输出电缆
    • US5602455A
    • 1997-02-11
    • US334472
    • 1994-11-04
    • Charles S. StephensDavid WilliamsTuan TranMasahiko MuranamiTerry BradleyPreston BrownCurtis Rose
    • Charles S. StephensDavid WilliamsTuan TranMasahiko MuranamiTerry BradleyPreston BrownCurtis Rose
    • H02J7/02H02J7/00H01M10/44H01M10/46
    • H02J7/0013
    • A battery charger is connected to a power source via an input cable. The battery charger has charge switching circuitry for delivering a charge to a battery under the control of a controller. The controller has state detection logic for detecting the current state of the battery, and charging logic for charging the battery by selectively enabling and disabling the charge switching circuitry based on the condition of the battery. An output cable is connected to the battery charger. The output cable delivers power from the power source to a second battery charger for charging a second battery for the electronic device. The output cable can be placed in a stowage position or a non-stowage position. The second battery charger may be external or internal to the electronic device. If the second battery charger is internal to the electronic device, two batteries can be charged at the same time the electronic device is being operated. The battery charger has the additional capability of detecting and correctly charging different battery types, and responding to error conditions detected during the charging operation.
    • 电池充电器通过输入电缆连接到电源。 电池充电器具有用于在控制器的控制下向电池供电的充电开关电路。 控制器具有用于检测电池的当前状态的状态检测逻辑,以及基于电池的状况选择性地启用和禁用充电切换电路的用于对电池充电的充电逻辑。 输出电缆连接到电池充电器。 输出电缆将电源从电源传输到第二电池充电器,为电子设备的第二电池充电。 输出电缆可以放置在收起位置或非装载位置。 第二电池充电器可以在电子设备的外部或内部。 如果第二个电池充电器在电子设备内部,则两个电池可以在电子设备运行的同时充电。 电池充电器具有检测和正确充电不同电池类型的附加功能,并响应充电操作期间检测到的错误状况。
    • 60. 发明授权
    • Sources used in molecular beam epitaxy
    • 用于分子束外延的源
    • US4550411A
    • 1985-10-29
    • US502628
    • 1983-06-09
    • Paul R. StonestreetDavid WilliamsKenneth AndersonPeter J. L. Butcher
    • Paul R. StonestreetDavid WilliamsKenneth AndersonPeter J. L. Butcher
    • C30B23/06H05B3/02
    • C30B23/066
    • A molecular or atomic beam source for use in molecular beam epitaxy comprises a hollow cylindrical crucible, preferably made of boron nitride, which is heated by an electric current passed through a plurality of very thin elongate metal strips disposed outside of and spaced apart from said crucible and mounted parallel to its axis. In order to maintain the strips in the correct position irrespective of temperature, they may be mounted on springs at each end, but preferably they are made in self supporting pairs linked at the open end of the crucible and mounted on brackets at the other end. The thin strips can be made self supporting by folding along lines parallel to their long axis in a variety of ways. They are arranged to present a large surface area to the crucible which ensures efficient heating and increases the maximum operating temperature of the source. The links between strips at the open end of the crucible can be made from the same material as the strips so that they provide additional heat at the open end of the crucible. This allows the crucible to be operated at higher temperatures than conventional sources and permits higher intensity molecular beams to be produced with true Knusden type evaporation. Therefore the source can also be used to produce beams from high melting point materials such as iron and silicon, as well as more usual materials such as galium, arsenic and phosphorus.
    • 用于分子束外延的分子或原子束源包括优选由氮化硼制成的中空圆柱形坩埚,其由通过多个非常薄的细长金属条的电流加热,所述细长金属条布置在所述坩埚之外并与所述坩埚间隔开 并平行于其轴线安装。 为了将条带保持在正确的位置而不管温度如何,它们可以安装在每个端部的弹簧上,但是优选地,它们被制成在坩埚的开口端处连接的自支撑对,并且在另一端安装在支架上。 通过以各种方式沿平行于其长轴的线折叠,可以使细条自我支撑。 它们被布置为向坩埚呈现大的表面积,这确保了有效的加热并且增加了源的最大工作温度。 在坩埚的开口端处的条带之间的连接可以由与条状物​​相同的材料制成,使得它们在坩埚的开口端提供额外的热量。 这允许坩埚在比常规源更高的温度下操作,并且允许使用真正的Knusden型蒸发来产生更高强度的分子束。 因此,源也可以用于从诸如铁和硅的高熔点材料以及更常见的材料如镓,砷和磷生产束。