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    • 36. 发明申请
    • Method and apparatus for handling interrupts
    • 处理中断的方法和装置
    • US20050080969A1
    • 2005-04-14
    • US10675676
    • 2003-09-30
    • Richard Arndt
    • Richard Arndt
    • G06F13/24G06F13/26
    • G06F13/26
    • A method, apparatus, and computer instructions for managing interrupts using a set of presentation controllers. Each interrupt presentation controller contains a set of interrupt management areas (one for each processor associated with the interrupt presentation controller—the combination of interrupt management area and processor is known as an “interrupt server”). A first interrupt server is identified in the set of interrupt servers to handle the interrupt in response to receiving an interrupt signal. The set of interrupt servers constituting a server pool are linked in a circular list using a set of identifiers found in the interrupt management area of the interrupt servers within the set of presentation controllers. The message representing the interrupt is sent to a second interrupt server, such as in a second presentation controller in the set of presentation controllers based on an identifier identifying the second interrupt server in the set of interrupt servers, if the first interrupt server is unable to handle the interrupt. The identifier is found within the interrupt management area of the first interrupt server. The interrupt is passed within the circular list until one of the interrupt servers is able to process the interrupt or until all servers in the list have passed the interrupt message—at which time the interrupt message is rejected back to the interrupt source controller for later representation.
    • 一种用于使用一组呈现控制器来管理中断的方法,装置和计算机指令。 每个中断呈现控制器包含一组中断管理区域(一个用于与中断呈现控制器相关联的每个处理器 - 中断管理区域和处理器的组合称为“中断服务器”)。 在中断服务器集合中识别出第一个中断服务器,以响应于接收到中断信号来处理中断。 构成服务器池的中断服务器集合使用在该组呈现控制器中的中断服务器的中断管理区域中找到的一组标识符来循环列表。 表示中断的消息被发送到第二中断服务器,例如在一组呈现控制器中的第二呈现控制器中,基于标识该组中断服务器中的第二中断服务器的标识符,如果第一中断服务器不能 处理中断。 标识符位于第一个中断服务器的中断管理区域内。 中断在循环列表中传递,直到其中一个中断服务器能够处理中断或者直到列表中的所有服务器都通过了中断消息为止 - 此时中断消息被拒绝返回到中断源控制器以供稍后表示 。
    • 39. 发明申请
    • LENS ELEMENT FROM DIAMOND-TURNED THERMOPLASTIC RESIN
    • 来自DIAMOND-TURNED热塑性树脂的透镜元件
    • US20060215270A1
    • 2006-09-28
    • US10907228
    • 2005-03-24
    • Paul TolleyRichard Arndt
    • Paul TolleyRichard Arndt
    • G02B3/00
    • G02B3/06B29D11/00019
    • A method for fabrication of a lens element from a lens blank shaped from a high index, high thermal property thermoplastic resin conditions the surface of the lens blank by an extended annealing process. The temperature of the lens blank is increased to a soak temperature greater than 165 degrees C. over a ramp-up period of more than 2.5 hours, increasing the temperature during the ramp-up period by no more than 2 degrees C. per minute, on average. The lens blank is maintained at the soak temperature for a soak period of at least 3 hours. The temperature of the lens blank is lowered back to room temperature during a ramp-down period at a rate no faster than 1.5 degrees C. per minute, on average. This forms a conditioned lens blank that is diamond-turned to obtain an optical quality surface.
    • 从高折射率,高热性质热塑性树脂形成的透镜毛坯制造透镜元件的方法通过延伸退火处理来调节透镜毛坯的表面。 透镜毛坯的温度在超过2.5小时的升高时间内增加到高于165摄氏度的浸泡温度,将升温期间的温度提高不超过2℃/分钟, 一般。 透镜坯料保持在浸泡温度下至少3小时的浸泡时间。 平均来说,镜头坯料的温度在降速期间以不高于1.5摄氏度的速度降低回到室温。 这形成了经过金刚石旋转以获得光学质量表面的经调理的镜片坯料。