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    • 6. 发明申请
    • METHODS AND SYSTEMS FOR PERFORMING A CLINICAL ASSESSMENT
    • 执行临床评估的方法和系统
    • US20080234558A1
    • 2008-09-25
    • US12050828
    • 2008-03-18
    • Vikram S. KumarJonathan Jackson
    • Vikram S. KumarJonathan Jackson
    • A61B5/00G06Q50/00
    • G06Q50/22G16H10/60Y02A90/22Y02A90/26
    • The invention provides method and systems for performing clinical assessment of a patient that includes determining of a base clinical assessment for the patient by generating information on a clinical rating scale. At least one objective signal is recorded, and each objective signal involves an indicator corresponding to the state of the patient or the state of the patient's environment. Each objective signal is analyzed for generating a corresponding rating on the clinical rating scale. The clinical assessment of the patient may be provided by combining the information from the base clinical assessment with the information generated from analysis of each objective signal. In an embodiment, the clinical assessment may be based exclusively on information generated by analysis of each objective signal. The methods for performing clinical assessment of a patient may also be provided as computer program products having computer readable instructions embodied therein.
    • 本发明提供了用于执行患者的临床评估的方法和系统,其包括通过在临床评定量表上产生信息来确定患者的基础临床评估。 记录至少一个目标信号,并且每个目标信号涉及对应于患者状态或患者环境状态的指示符。 分析每个目标信号以在临床评分量表上产生相应的评级。 可以通过将来自基础临床评估的信息与从每个目标信号的分析产生的信息组合来提供患者的临床评估。 在一个实施例中,临床评估可以完全基于通过分析每个目标信号而产生的信息。 用于执行患者临床评估的方法也可以作为具有其中包含的计算机可读指令的计算机程序产品来提供。
    • 8. 发明申请
    • Low energy sickle mower system using controlled gap thin blade shear process and torque management
    • 低能镰刀割草机系统采用控制间隙薄叶片剪切过程和扭矩管理
    • US20050188666A1
    • 2005-09-01
    • US11108478
    • 2005-04-18
    • Jonathan JacksonKordon Krofft
    • Jonathan JacksonKordon Krofft
    • A01D34/13A01D34/00
    • A01D34/13
    • Controlled gap thin blade shear process to cut grass using a low energy sickle mower. A thin dull blade moves without interference across a stator. Blades and stators are not biased or pressed together while cutting, but rather the cutting blade is guidingly supported by upper and lower stators formed and positioned to maintain forceably a total controlled gap (Z) therebetween of preferably 1-5 mils. The cutting blade is thin (10-50 mils). Tensile failure of grass is avoided. Torque management system performs motor load monitoring and modulation of blade position. To reject obstructions and clean the blade, the blade can reverse, jitter, or reciprocate. Instead of attempting to slice or slam through obstructions using a high torque prime mover, a low energy low torque prime mover is utilized with intelligent reversing, obstruction clearing, and blade cleaning that saves energy, reduces noise, rejects obstructions, and prevents blade damage or operator injury.
    • 使用低能量镰刀割草机控制间隙薄叶片剪切过程切割草。 薄的钝的刀片在定子上没有干扰地移动。 叶片和定子在切割时不被偏压或压在一起,而是切割刀片由形成和定位的上定子和下定子引导支撑,以在其间保持优选1-5密耳的总控制间隙(Z)。 切割刀片很薄(10-50密耳)。 避免了草的拉伸失效。 扭矩管理系统执行电机负载监控和刀片位置调整。 为了排除障碍物并清洁刀片,刀片可以反转,抖动或往复运动。 而不是试图用高扭矩原动机切割或撞击障碍物,低能量低扭矩原动机被用于智能换向,障碍物清除和刀片清洁,从而节省能量,减少噪音,排除障碍物并防止刀片损坏或 操作人员受伤。