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    • 1. 发明授权
    • Electronic game licensing apparatus and method
    • 电子游戏授权装置及方法
    • US06264561B1
    • 2001-07-24
    • US09164861
    • 1998-10-01
    • Ali M. SaffariMark Y. LamMark R. CassRobert W. Crowder
    • Ali M. SaffariMark Y. LamMark R. CassRobert W. Crowder
    • A63F922
    • G07F17/32A63F3/081
    • A use enabling method and mechanism to enable use of a disabled game resident on multiple platform gaming machines. When a gaming operator elects to enable a particular disabled game, an enabling device of generates an encrypted Request Code (27) having components identifying the specific gaming machine and the specific game to be enabled. This Request Code (27) is then communicated through a communication coupling (55) to a compatible, mating encoder device (28) operated by the licensing game vendor or game manufacture. In response, the encoder device (28) generates an encrypted Enabling Code (31) which enables use only for the selected game or games, and only in the gaming machine (21) upon which the corresponding Request Code originated. Upon inputting the corresponding Enabling Code (31) into the enabling device (32) incorporated on the particular gaming device, the selected disable game or games may be subsequently enabled for use.
    • 使用启用方法和机制来使得能够使用驻留在多平台游戏机上的残疾游戏。 当游戏运营商选择启用特定的禁用游戏时,启用设备生成加密的请求代码(27),其具有识别特定游戏机的组件和要启用的特定游戏。 然后,该请求码(27)通过通信耦合(55)传送到由许可游戏供应商或游戏制造操作的兼容的配对编码器装置(28)。 作为响应,编码器装置(28)生成加密的启用码(31),其仅能够用于所选择的游戏或游戏,并且仅在其上产生相应的请求码的游戏机(21)中。 当将相应的启用代码(31)输入到并入特定游戏设备的启用设备(32)中时,所选择的禁用游戏或游戏可以随后被使用。
    • 2. 发明授权
    • Systems for reducing deposition of fluid-borne particles
    • 减少流体颗粒沉积的系统
    • US5061444A
    • 1991-10-29
    • US674292
    • 1991-03-22
    • William W. NazaroffGlen R. Cass
    • William W. NazaroffGlen R. Cass
    • B01J19/00B08B17/02
    • B01J19/002B08B17/02B01J2219/00252Y10S438/909
    • Objects are protected against deposition of fluid-borne particles in a diameter range of from one-hundredth of a micron to several microns from a convection boundary layer flow, by establishing a temperature difference between surfaces of these objects and fluid adjacent thereto such that the temperature of these surfaces is higher by not more than 10K than that of the adjacent fluid, to such an extent that the thermophoretic effect dominates the combined effects of Brownian motion and gravitational deposition of the particles in the boundary layer flow. Highly advanced articles of manufacture are produced when those surfaces are changed structurally, such as during manufacture of integrated circuits, while the thermophoretic effect dominates the latter combined effects.
    • 通过在这些物体的表面和与其相邻的流体之间建立温度差,保护物体免受从对流边界层流动直径范围的百分之一到几微米的流体传播颗粒的沉积,使得温度 这些表面的高度比相邻流体高10K以上,使得热泳效应支配布朗运动和边界层流中颗粒的重力沉积的组合效应。 当这些表面在结构上改变时,例如在集成电路的制造期间,制造高度先进的制品,而热溶胶效应占据后一种组合效果。