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    • 2. 发明申请
    • METHODS AND APPARATUSES FOR COMFORT/SUPPORT ANALYSIS OF A SLEEP SUPPORT MEMBER
    • 休闲支持会员舒适/支持分析的方法和设备
    • US20110041592A1
    • 2011-02-24
    • US12920307
    • 2008-11-14
    • Joe W. SchmoellerDavid B. ScottRobert D. OexmanJoshua Carrier
    • Joe W. SchmoellerDavid B. ScottRobert D. OexmanJoshua Carrier
    • G01N3/40
    • A47C31/123G01M99/001
    • A method of testing a sleep support member, the method including: identifying the sleep support member; determining a tested comfort/support value for the identified sleep support member before the identified sleep support member is provided to a customer; and determining whether the tested comfort/support value is within a predetermined tolerance level of a goal comfort/support value for the identified sleep support member. An apparatus for testing a sleep support member, the apparatus including: an identification unit configured to identify the sleep support member; a comfort/support testing unit configured to determine a tested comfort/support value for the identified sleep support member before the identified sleep support member is provided to a customer; and an analysis unit configured to determine whether the tested comfort/support value is within a predetermined tolerance level of a goal comfort/support value for the identified sleep support member.
    • 一种测试睡眠支撑构件的方法,所述方法包括:识别所述睡眠支撑构件; 在所识别的睡眠支持构件被提供给顾客之前,确定所识别的睡眠支持构件的测试舒适度/支持值; 以及确定测试的舒适度/支持值是否在所识别的睡眠支持构件的目标舒适度/支持值的预定公差水平内。 一种用于测试睡眠支撑构件的装置,所述装置包括:识别单元,被配置为识别所述睡眠支撑构件; 舒适/支持测试单元,其被配置为在所识别的睡眠支持构件被提供给顾客之前确定所识别的睡眠支撑构件的测试舒适度/支持值; 以及分析单元,其被配置为确定所测试的舒适度/支持值是否在所识别的睡眠支持构件的目标舒适度/支持值的预定公差水平内。
    • 4. 发明授权
    • Adaptive voltage control and body bias for performance and energy optimization
    • 用于性能和能量优化的自适应电压控制和体偏置
    • US07307471B2
    • 2007-12-11
    • US11213477
    • 2005-08-26
    • Gordon GammieAlice WangUming U. KoDavid B. Scott
    • Gordon GammieAlice WangUming U. KoDavid B. Scott
    • G05F1/565
    • H03K19/0008H03K19/00384
    • A device for adaptively controlling a voltage supplied to circuitry in close proximity to the device, comprising a processing module and a first tracking element coupled to the processing module. The first tracking element produces a first value indicative of a first estimated speed associated with the circuitry. The device also comprises a second tracking element coupled to the processing module. The second tracking element produces a second value indicative of a second estimated speed associated with the circuitry. The processing module compares each of the first and second values to respective target values and causes a voltage output to be adjusted based on the comparisons. The first and second tracking elements comprise a plurality of transistors, at least some of the transistors selectively provided with a transistor bias voltage to adjust transistor speed.
    • 一种用于自适应地控制提供给设备附近的电路的电压的装置,包括耦合到处理模块的处理模块和第一跟踪元件。 第一跟踪元件产生指示与电路相关联的第一估计速度的第一值。 该装置还包括耦合到处理模块的第二跟踪元件。 第二跟踪元件产生指示与电路相关联的第二估计速度的第二值。 处理模块将第一和第二值中的每一个与各自的目标值进行比较,并且基于比较使得电压输出被调整。 第一和第二跟踪元件包括多个晶体管,至少一些晶体管选择性地提供晶体管偏置电压以调整晶体管速度。
    • 6. 发明授权
    • Semiconductor device having offset twisted bit lines
    • 具有偏移扭转位线的半导体器件
    • US06249452B1
    • 2001-06-19
    • US09400694
    • 1999-09-22
    • David B. Scott
    • David B. Scott
    • G11C508
    • G11C7/18G03F7/2022H01L23/528H01L27/10885H01L2924/0002H01L2924/00
    • A compact data line arrangement (600) includes “twisted” data line pairs (604a-604c) disposed in a first direction. Each twisted data line pair (604a-604c) includes an upper segment pair (608a-608f) that is connected to a lower segment pair (610a-610f) by a twist structure (612a-612c). The upper and lower segment pairs (608a-608f and 610a-610f) can be formed with a first pitch using phase-shifted lithography. The twist structures (612a-612c) are formed from a second conductive layer, and have a greater pitch than the first pitch. The twist structures (612a-612c) are generally arranged in a second direction that is perpendicular to the first direction. Selected twist structures (612b) are offset in the first direction with respect to adjacent twist structures (612a and 612c). The offset twist structures (612a-612c) allow supplemental conductive lines (618) to be formed from the first conductive layer that extend in the first direction, between adjacent offset twist structures (612a and 612b).
    • 紧凑型数据线装置(600)包括沿第一方向设置的“扭曲”数据线对(604a-604c)。 每个扭绞数据线对(604a-604c)包括通过扭曲结构(612a-612c)连接到下部段对(610a-610f)的上段对(608a-608f)。 上段和下段对(608a-608f和610a-610f)可以使用相移光刻形成具有第一间距。 扭转结构(612a-612c)由第二导电层形成,并且具有比第一间距更大的间距。 扭转结构(612a-612c)通常沿垂直于第一方向的第二方向布置。 选定的扭转结构(612b)相对于相邻的扭转结构(612a和612c)沿第一方向偏移。 偏移扭转结构(612a-612c)允许在相邻的偏移扭曲结构(612a和612b)之间从在第一方向上延伸的第一导电层形成补充导线(618)。
    • 8. 发明授权
    • Air bed control
    • 气床控制
    • US5848450A
    • 1998-12-15
    • US611381
    • 1996-03-05
    • Robert D. OexmanDavid B. Scott
    • Robert D. OexmanDavid B. Scott
    • A47C27/10A47C27/08
    • A47C27/083A47C27/082A47C27/10A61G7/05769A61G2203/34
    • An airbed having multi-zone air mattress is provided having a control that can identify the configuration of any of a plurality of hand control units connected thereto and can interpret control functions differently based on the identified unit configuration. A plurality of normally closed valves seal pressures in each of the zones when power to an air pump is off while mattress zone pressures are constantly monitored and the measurements sent by the control through a communications port for monitoring of the motion or care of a user of the bed and for analysis and diagnosis. When pump power is on, the pressure in the zones is regulated at predetermined pressure settings ideal for the user. Deviations from ideal pressure cause a programmed controller to calculate inflation or deflation times for the respective zones that would be required to inflate or exhaust the zones to the desired pressures. Ideal pressures for individual users are automatically calculated by inflating the zones to initial pressures and sealing them. Then, a user reclines on the bed and pressures are measured. From the measured pressures, ideal pressure settings are calculated that will support the user in an ideal manner, such as maintaining the user in an ideal sleeping posture with a minimum amount of pressure in the zones. The sitting up of the user, the sitting of the user on the edge of the bed, the adjustment of bed inclination angles and other non-reclining conditions are detected by analysis of the pressures in the zones or information from other sources to set pressures particularly suited to such conditions.
    • 提供了具有多区域空气床垫的空气床,其具有可以识别与其连接的多个手动控制单元中的任何一个的配置的控制,并且可以基于所识别的单元配置来不同地解释控制功能。 多个常闭阀门密封每个区域中的压力,当空气泵的动力关闭时,床垫区域压力被不断监测,并且由控制器通过通信端口发送的测量结果用于监视用户的运动或保养 床和分析诊断。 当泵浦电源打开时,区域中的压力被调节到预定的压力设置,适合用户使用。 与理想压力的偏差导致编程控制器计算将各区域充气或排出到所需压力所需的各个区域的膨胀或放气时间。 通过将区域充气到初始压力并将其密封,可以自动计算个人用户的理想压力。 然后,用户在床上倾斜并测量压力。 根据测量的压力,计算理想的压力设置,其将以理想的方式支持用户,例如在区域中以最小的压力维持使用者处于理想的睡眠姿势。 通过分析区域内的压力或来自其他来源的信息来特别设定压力来检测使用者的坐姿,使用者在床边缘的坐姿,床倾角的调整和其他不倾斜的条件 适合这种条件。