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    • 6. 发明申请
    • DYNAMICALLY ALLOCATING SERVER RESOURCES TO COMPETING CLASSES OF WORK BASED UPON ACHIEVEMENT OF SERVICE GOALS
    • 根据服务目标的实现,动态分配服务器资源以竞争工作类别
    • US20070074220A1
    • 2007-03-29
    • US11555563
    • 2006-11-01
    • Thomas EdwardsDavid Mullen
    • Thomas EdwardsDavid Mullen
    • G06F9/46
    • H04M3/5237H04M3/5234
    • A facility for adjusting a number of servers assigned to server pools for performing certain work types on the basis of unmet service needs in a work processing facility. Servers may include service agents, both human and robotic. A server assignor and a corresponding server assignment method may each be employed in a work distributor or an automatic call distributor (“ACD”) to conditionally adjust server availability in server pools. The server assignor compares a composite preference value for a work type against each server's threshold value for the work type. When the server assignor determines that the composite preference value is greater than or equal to a server's threshold value, then the server assignor indicates that the server may be included in the server pool for that work type. Each server has preference values and threshold values for different kinds of work. The magnitude of a preference value represents an affinity for the work type. The server's threshold value represents a reluctance to perform work having that work type. The server does not normally receive work for which the preference value is less than the threshold value, unless the server assignor determines that the composite preference value exceeds the server's threshold value for that work type. The server assignor and corresponding server assignment method may compute the composite preference value from a number of user-selectable inputs and utilize a number of user-selectable functions.
    • 一种用于根据工作处理设施中未满足的服务需求调整分配给服务器池的服务器数量以执行某些工作类型的设施。 服务器可以包括人和机器人的服务代理。 服务器分配器和相应的服务器分配方法可以分别用于工作分配器或自动呼叫分配器(“ACD”)中以有条件地调整服务器池中的服务器可用性。 服务器分配器将工作类型的组合首选项值与工作类型的每个服务器的阈值进行比较。 当服务器分配器确定组合首选项值大于或等于服务器的阈值时,服务器分配器指示该服务器可能包含在该工作类型的服务器池中。 每个服务器都有不同类型工作的优先级值和阈值。 偏好值的大小表示对工作类型的亲和度。 服务器的阈值表示不愿意执行具有该工作类型的工作。 服务器通常不会收到优先级值小于阈值的工作,除非服务器分配器确定组合首选项值超出了该工作类型的服务器的阈值。 服务器分配器和相应的服务器分配方法可以从多个用户可选择的输入中计算复合偏好值,并利用多个用户可选择的功能。
    • 9. 发明申请
    • Reversible valving system for use in pumps and compressing devices
    • 用于泵和压缩装置的可逆阀门系统
    • US20070031278A1
    • 2007-02-08
    • US11198773
    • 2005-08-05
    • Thomas Edwards
    • Thomas Edwards
    • F01C1/00
    • F04C18/3441F01C21/0836F04C2240/20
    • A valving system for reversing flow in a compressing device. The reversible compressor includes a reversible drive motor for reversing a rotational direction of a rotor, a first and second port located in a left and right side of a stator, respectively, and a first and second manifold located on a right a left side of said reversible compressor, the first and said second manifold includes a corresponding first and second inlet valve moveable between an open and closed position. A valving system between said first and said second manifold switches one of the first and second inlet valve to an open position to open a corresponding first or the second port for directional flow corresponding to the rotational direction of the rotor. In a first embodiment the valving system is a pressure-actuated control element and in a second embodiment the valving system includes a solenoid.
    • 用于在压缩装置中逆流的阀系统。 可逆式压缩机包括用于反转转子的旋转方向的可逆驱动电动机,分别位于定子的左右侧的第一和第二端口,以及位于所述第一和第二歧管的左侧的第一和第二歧管 可逆式压缩机,第一和第二歧管包括可在打开和关闭位置之间移动的对应的第一和第二入口阀。 所述第一和第二歧管之间的阀系将第一入口阀和第二入口阀中的一个切换到打开位置,以打开相应的第一或第二端口用于对应于转子旋转方向的方向流动。 在第一实施例中,阀系统是压力致动的控制元件,并且在第二实施例中,阀系统包括螺线管。
    • 10. 发明申请
    • Controlled-clearance sealing compressor devices
    • 控制间隙密封压缩机装置
    • US20070031277A1
    • 2007-02-08
    • US11219481
    • 2005-09-02
    • Thomas Edwards
    • Thomas Edwards
    • F04C27/00F03C2/00F01C19/02F04C2/00
    • F04C18/3441F01C21/0836F04C2240/20
    • A controlled-clearance sealing compressor device that provides precision rotor centering directly with respect to the stator housing, vane centering with respect to rotor (not the stator) and the dynamic balance design of the gliders required for practical single and dual vane devices. The devices uses roller bearings to control the radial position of the vane and control rods or pins are used to control axial positioning of the vane, its ‘centralization’ with respect to the rotor and the endplates. The positive displacement rotary vane compressors and vacuum pumps have friction reduction, efficiency enhancement and exceedingly long operating life as a result of the non-contact gas sealing of the process gas within the rotary vane compressors and vacuum pumps. In an embodiment the positive displacement compressing device is used in transportation vehicles.
    • 一种控制间隙密封压缩机装置,其提供相对于定子壳体直接定心的精密转子定心,相对于转子(而不是定子)定心的叶片以及实际的单和双叶片装置所需的滑翔机的动平衡设计。 这些装置使用滚子轴承来控制叶片的径向位置,并且控制杆或销用于控制叶片的轴向定位,其相对于转子和端板的“集中”。 由于旋转叶片式压缩机和真空泵内的工艺气体的非接触式气体密封,正排量旋转叶片式压缩机和真空泵具有摩擦降低,效率提高和极长的使用寿命。 在一个实施例中,正排量压缩装置用于运输车辆。