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    • 22. 发明申请
    • PNEUMATIC ACTUATOR AIR FLOW CONTROL SYSTEM
    • 气动执行器空气流量控制系统
    • US20120211685A1
    • 2012-08-23
    • US13029301
    • 2011-02-17
    • James Wang
    • James Wang
    • F16K31/42
    • F15B15/12F15B20/004
    • A pneumatic actuator air flow control system includes a pneumatic rotary actuator (PRA) and a solenoid air flow control valve (SAFCV). The PRA contains an air reservoir and a vane housing allowing pressurized air to rotate an air-driven vane. The SAFCV includes a flow control valve body (FCVB), a pilot solenoid valve (PSV) and a switch system, wherein the FCVB and the PRA can be connected to direct the pressurized air into the air reservoir, and the PSV is used to control the pressurized air in and out of the PRA to change the vane's rotation movement in the vane housing. Additionally, the switch system allows users to switch between a double-acting and fail-safe operation. When there is no pressurized air and/or electrical power and if an emergent need to open or close the valve, a manual override in the PSV can be used without further installation of a declutchable manual gear operator or external piping when there is no pressurized air and/or electrical power.
    • 气动致动器气流控制系统包括气动旋转致动器(PRA)和电磁气门控制阀(SAFCV)。 PRA包含空气储存器和允许加压空气旋转空气驱动叶片的叶片壳体。 SAFCV包括流量控制阀体(FCVB),先导电磁阀(PSV)和开关系统,其中FCVB和PRA可以连接以将加压空气引导到储气室中,并且PSV用于控制 压缩空气进出PRA以改变叶片在叶片壳体中的旋转运动。 另外,交换机系统允许用户在双重作用和故障安全操作之间进行切换。 当没有加压空气和/或电力,并且如果紧急需要打开或关闭阀门,则在没有加压空气的情况下,可以使用PSV中的手动超控,而不需要进一步安装可离合的手动齿轮操作器或外部管道 和/或电力。
    • 23. 发明授权
    • Method and apparatus for low cost, long range, power efficient, wireless system with enhanced functionality
    • 用于低成本,长距离,高效率,功能增强的无线系统的方法和装置
    • US08248981B2
    • 2012-08-21
    • US12691165
    • 2010-01-21
    • Robert WarnerJames WangJack Winters
    • Robert WarnerJames WangJack Winters
    • G08C17/00
    • H04B1/713
    • The present invention provides a method and system for establishing a highly mobile, long range secure wireless network with dynamic topologies and near full connectivity with acceptable latency using low cost, low power, compact and lightweight devices. One aspect of the system deals with a highly mobile network with dynamic network topologies and a time varying wireless medium that has neither absolute nor readily observable boundaries outside of which radio nodes are known to be unable to receive network frames, although the desirable open field boundary is 1 mile in radius from a base station node. A synchronous frequency hopping technique is used with mobile nodes that can become slave base station nodes to a master base station node to increase the effective range of the master base station without increasing the transmit power. Furthermore, the use of adjustable sleep times for the mobile nodes, as well as a novel clock calibration method, provides a substantial range increase with acceptable battery size and system latency.
    • 本发明提供了一种用于使用低成本,低功率,小型和轻量级的设备来建立具有动态拓扑和接近完全连接的高度移动的远程安全无线网络的方法和系统,其具有可接受的等待时间。 该系统的一个方面涉及具有动态网络拓扑结构的高度移动网络以及既不具有绝对的也不容易观察的边界的时变无线介质,其中已知无线电节点不能接收网络帧,尽管所需的开放场边界 距离基站节点半径为1英里。 使用同步跳频技术的移动节点可以成为从基站节点到主基站节点,以增加主基站的有效范围而不增加发射功率。 此外,对于移动节点使用可调节的睡眠时间以及新颖的时钟校准方法,可提供可接受的电池尺寸和系统等待时间的实质范围增加。
    • 26. 发明申请
    • METHOD AND APPARATUS FOR LOW COST, LONG RANGE, POWER EFFICIENT, WIRELESS SYSTEM WITH ENHANCED FUNCTIONALITY
    • 低成本,长距离,功率有效,无线系统具有增强功能的方法与装置
    • US20110176464A1
    • 2011-07-21
    • US12691165
    • 2010-01-21
    • Robert WarnerJames WangJack Winters
    • Robert WarnerJames WangJack Winters
    • H04W52/02H04B1/713
    • H04B1/713
    • The present invention provides a method and system for establishing a highly mobile, long range secure wireless network with dynamic topologies and near full connectivity with acceptable latency using low cost, low power, compact and lightweight devices. One aspect of the system deals with a highly mobile network with dynamic network topologies and a time varying wireless medium that has neither absolute nor readily observable boundaries outside of which radio nodes are known to be unable to receive network frames, although the desirable open field boundary is 1 mile in radius from a base station node. A synchronous frequency hopping technique is used with mobile nodes that can become slave base station nodes to a master base station node to increase the effective range of the master base station without increasing the transmit power. Furthermore, the use of adjustable sleep times for the mobile nodes, as well as a novel clock calibration method, provides a substantial range increase with acceptable battery size and system latency.
    • 本发明提供了一种用于使用低成本,低功率,小型和轻量级的设备来建立具有动态拓扑和接近完全连接的高度移动的远程安全无线网络的方法和系统,其具有可接受的等待时间。 该系统的一个方面涉及具有动态网络拓扑结构的高度移动网络以及既不具有绝对的也不容易观察的边界的时变无线介质,其中已知无线电节点不能接收网络帧,尽管所需的开放场边界 距离基站节点半径为1英里。 使用同步跳频技术的移动节点可以成为从基站节点到主基站节点,以增加主基站的有效范围而不增加发射功率。 此外,对于移动节点使用可调节的睡眠时间以及新颖的时钟校准方法,可提供可接受的电池尺寸和系统等待时间的实质范围增加。
    • 27. 发明申请
    • Cache Implementing Multiple Replacement Policies
    • 缓存实现多个替换策略
    • US20110010502A1
    • 2011-01-13
    • US12500768
    • 2009-07-10
    • James WangZongjian ChenJames B. KellerTimothy J. Millet
    • James WangZongjian ChenJames B. KellerTimothy J. Millet
    • G06F12/08G06F12/00
    • G06F12/128G06F12/0864G06F12/121G06F12/123
    • In an embodiment, a cache stores tags for cache blocks stored in the cache. Each tag may include an indication identifying which of two or more replacement policies supported by the cache is in use for the corresponding cache block, and a replacement record indicating the status of the corresponding cache block in the replacement policy. Requests may include a replacement attribute that identifies the desired replacement policy for the cache block accessed by the request. If the request is a miss in the cache, a cache block storage location may be allocated to store the corresponding cache block. The tag associated with the cache block storage location may be updated to include the indication of the desired replacement policy, and the cache may manage the block in accordance with the policy. For example, in an embodiment, the cache may support both an LRR and an LRU policy.
    • 在一个实施例中,高速缓存存储存储在高速缓存中的高速缓存块的标签。 每个标签可以包括标识由高速缓存支持的两个或多个替换策略中哪一个正在用于对应的高速缓存块的指示,以及指示替换策略中对应的高速缓存块的状态的替换记录。 请求可以包括标识用于请求访问的高速缓存块的期望替换策略的替换属性。 如果请求是高速缓存中的错过,则可以分配高速缓存块存储位置以存储相应的高速缓存块。 与高速缓存块存储位置相关联的标签可以被更新以包括期望的替换策略的指示,并且高速缓存可以根据策略来管理块。 例如,在一个实施例中,高速缓存可以支持LRR和LRU策略。
    • 29. 发明授权
    • Method and system for implementing automatic auction extensions and adjustable bid increments in an electronic exchange
    • 在电子交换中实现自动拍卖延伸和可调投标增量的方法和系统
    • US07734505B2
    • 2010-06-08
    • US09924671
    • 2001-08-07
    • Kevin MillerKim PowellDave StephensJames WangKareem BenjaminBen Gu
    • Kevin MillerKim PowellDave StephensJames WangKareem BenjaminBen Gu
    • G06Q30/00
    • G06Q30/08G06Q30/0601G06Q40/04
    • A method for automatic auction extension and user controlled standardized bid increment/decrement. The method is implemented in an electronic commerce exchange. The auction method implements automatic extension of an auction in response to bidding activity from auction participants. The method includes the step of setting an end time for concluding the auction. Bids are received from remote bidders via a distributed computer network. The received bids are analyzed to determine whether a predetermined number of bids are received within a predetermined time of the auction end time. If a greater number of bids are received within the predetermined time, the duration of the auction is automatically extended and a new auction end time is set. The auction participants are notified of the new auction end time. Standardized bid increments can be set defining a minimum amount at which a subsequent bid differs from a previous bid. Similarly, standardized bid decrements can be set defining a minimum amount at which a subsequent bid subsequent bid differs from a previous bid. A total number of possible extensions can be set defining a number of times the auction can be extended due to bidding activity. The settings can be changed dynamically during the auction by the auction operator/user.
    • 一种自动拍卖延伸和用户控制标准化投标增量/减量的方法。 该方法在电子商务交换中实现。 拍卖方式根据拍卖参与者的投标活动实施拍卖的自动延期。 该方法包括设置结束拍卖的结束时间的步骤。 通过分布式计算机网络从远程投标人收到投标。 分析收到的出价以确定在拍卖结束时间的预定时间内是否接收到预定数量的出价。 如果在预定时间内收到更多的出价,拍卖的持续时间将自动延长,并设定新的拍卖结束时间。 拍卖参与者被通知拍卖结束时间。 可以设置标准化出价增量,定义后续出价与先前出价不同的最小金额。 类似地,可以设置标准化出价减少量,其中定义后续出价后续出价与先前出价不同的最小金额。 可以设置总数可能的扩展,定义拍卖可以由于出价活动而延长的次数。 可以在拍卖操作者/用户拍卖期间动态地改变设置。
    • 30. 发明申请
    • Car safety device
    • 汽车安全装置
    • US20100033317A1
    • 2010-02-11
    • US12221974
    • 2008-08-09
    • James Wang
    • James Wang
    • B60Q1/26
    • B60R22/48B60R19/50B60R2022/4816B60R2022/4875
    • A vehicle safety device has a cabin unit which includes a cabin unit housing holding a keypad, a speaker, a cpu, and a transmitter. The speaker provides an audio signal when a vehicle speed input reaches a preset low-speed, a preset medium speed, and at a preset high speed. A rear unit receives signals from the cabin unit, and the rear unit has a housing holding a seat belt light. The seat belt light is interconnected to a vehicle seat belt sensor. A registration light and a proof of insurance light is also mounted on the rear unit. The rear unit is mounted on the vehicle exterior, preferably on the rear license plate frame.
    • 车辆安全装置具有舱单元,其包括容纳键盘,扬声器,CPU和发射器的舱单元壳体。 当车速输入达到预设的低速,预设的中速和预设的高速时,扬声器提供音频信号。 后部单元接收来自机舱单元的信号,后部单元具有容纳座椅安全带灯的壳体。 座椅安全带灯与汽车安全带传感器互连。 后装置上也安装了一个登记灯和保险证明。 后部单元安装在车辆外部,优选地安装在后车牌框架上。