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    • 1. 发明授权
    • Grinding device and method
    • 研磨装置及方法
    • US06419564B2
    • 2002-07-16
    • US09793164
    • 2001-02-26
    • James A. HerrmanRonald A. MeyerDouglas R. StittRobert L. Woodard
    • James A. HerrmanRonald A. MeyerDouglas R. StittRobert L. Woodard
    • B24B100
    • B24D7/06B24B7/17
    • Grinding wheels are fabricated with outwardly extending circular peripheral rims having a continuous rim surface to which separate abrasive pieces, preferably of a superabrasive such as CBN, are secured by suitable adhesive. The superabrasive pieces are preferably circular and of a diameter corresponding to the width of the rim and are secured to the rim surface so as to either be adjacent and touch one another or to be spaced one from the other around the circle of the rim surface so that a predetermined amount but not all of the rim surface is covered with abrasive pieces. That rim surface coverage optimize grinding efficiency while providing space for fluid flow for purposes of cooling and carrying away particles from the grinding process.
    • 磨轮被制造成具有向外延伸的圆形周边轮缘,其具有连续的轮缘表面,分离的研磨件,优选地是超级磨料,例如CBN,通过合适的粘合剂固定到该轮缘表面上。 超级磨料件优选为圆形并且具有对应于轮辋宽度的直径,并且固定到轮辋表面,以便彼此相邻并彼此接触或者围绕轮辋表面的圆圈彼此间隔开,因此 预定量但不是全部的轮辋表面被磨料块覆盖。 该边缘表面覆盖优化研磨效率,同时为流体流动提供空间,用于冷却和携带磨料过程中的颗粒。
    • 3. 发明授权
    • Grinding device and method
    • 研磨装置及方法
    • US06217433B1
    • 2001-04-17
    • US08442441
    • 1995-05-16
    • James A. HerrmanRonald A. MeyerDouglas R. StittRobert L. Woodard
    • James A. HerrmanRonald A. MeyerDouglas R. StittRobert L. Woodard
    • B23F2103
    • B24D7/06B24B7/17
    • Grinding wheels are fabricated with outwardly extending circular peripheral rims having a continuous rim surface to which separate abrasive pieces, preferably of a super abrasive such as CBN, are secured by suitable adhesive. The superabrasive pieces are preferably circular and of a diameter corresponding to the width of the rim and are secured to the rim surface so as to either be adjacent and touch one another or to be spaced one from the other around the circle of the rim surface so that a predetermined amount but not all of the rim surface is covered with abrasive pieces. That rim surface coverage optimize grinding efficiency while providing space for fluid flow for purposes of cooling and carrying away particles from the grinding process.
    • 砂轮被制造成具有向外延伸的圆形周边轮缘,其具有连续的轮缘表面,分离的研磨件,优选地由诸如CBN的超级磨料(如CBN)固定到其上。 超级磨料件优选为圆形并且具有对应于轮辋宽度的直径,并且固定到轮辋表面,以便彼此相邻并彼此接触或者围绕轮辋表面的圆圈彼此间隔开,因此 预定量但不是全部的轮辋表面被磨料块覆盖。 该边缘表面覆盖优化研磨效率,同时为流体流动提供空间,用于冷却和携带磨料过程中的颗粒。
    • 5. 发明授权
    • Apparatus and method for testing programmable delays
    • 用于测试可编程延迟的装置和方法
    • US06253333B1
    • 2001-06-26
    • US09046284
    • 1998-03-23
    • Stanley J. BogumilCharles E. BoiceFrederic G. WebsterRobert L. Woodard
    • Stanley J. BogumilCharles E. BoiceFrederic G. WebsterRobert L. Woodard
    • G06F104
    • G01R31/3016
    • Automatic generation of a timed delay for a timing clock signal input to an electronic device having a time critical circuit receiving address, data, and control signals at a first time interval and performing data storage and data output operations at subsequent second time intervals as determined by the timing clock signal input thereto. The time delay is generated by combination of a first control device for determining a timing condition of the time critical circuit in accordance with data output results corresponding to a first data storage operation performed by the time critical circuit; and, a second control circuit for automatically adjusting the input of the timing clock signal in time with respect to the first time interval in accordance with the data output results. Adjustment of the timing clock signal delay for subsequent data storage operations optimizes time critical circuit performance for the electronic device.
    • 自动生成定时时钟信号,该定时时钟信号输入到具有时间关键电路的电子设备,该电子设备具有以第一时间间隔接收地址,数据和控制信号,并在随后的第二时间间隔执行数据存储和数据输出操作, 定时时钟信号输入到其中。 时间延迟通过组合第一控制装置而产生,该第一控制装置根据对应于由时间关键电路执行的第一数据存储操作的数据输出结果来确定时间关键电路的定时状态; 以及第二控制电路,用于根据数据输出结果自动调整定时时钟信号相对于第一时间间隔的时间。 用于后续数据存储操作的定时时钟信号延迟的调整优化了电子设备的时间关键电路性能。
    • 7. 发明申请
    • Advertising system and method of use
    • 广告系统和使用方法
    • US20090167559A1
    • 2009-07-02
    • US12006135
    • 2007-12-31
    • Kent B. GaddyRobert Dale Taylor, IIRobert L. Woodard, JR.
    • Kent B. GaddyRobert Dale Taylor, IIRobert L. Woodard, JR.
    • G08G1/00
    • G08G1/0962
    • A vehicle messaging system operably connected to a communications network that is configured to receive, store, manipulate, view and transmit data. The vehicle messaging system is mounted within the interior of a vehicle and further includes the necessary electronics to determine its geographic coordinates and transmit that data across the communications network. The communications network functions as a conduit to allow organizations or individuals to send and receive information such as but not limited to advertising messages to vehicle messaging systems connected to the communications network. The vehicle messaging system is operably connected to the communications network utilizing wireless technology such as but not limited to short-wave, RF or cellular frequencies.
    • 可操作地连接到通信网络的车辆消息系统,其被配置为接收,存储,操纵,查看和发送数据。 车辆消息传递系统安装在车辆的内部,并且还包括必要的电子装置,以确定其地理坐标并在通信网络上传送该数据。 通信网络用作管道,以允许组织或个人发送和接收诸如但不限于向连接到通信网络的车辆消息传递系统的广告消息的信息。 车辆消息系统利用诸如但不限于短波,RF或蜂窝频率的无线技术可操作地连接到通信网络。