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    • 2. 发明授权
    • Stator bar handler
    • 定子吧处理程序
    • US07032289B2
    • 2006-04-25
    • US10284484
    • 2002-10-31
    • Stuart A. OliverGary L. StewartJohn D. KingTerry BergeronHerbert Dupre, Jr.Glenn B. FergusonFarrell GillaspieHarold P. LeboeufEddie McMillis, Jr.Carrol J. Boyne, Jr.James L. Roberts
    • Stuart A. OliverGary L. StewartJohn D. KingTerry BergeronHerbert Dupre, Jr.Glenn B. FergusonFarrell GillaspieHarold P. LeboeufEddie McMillis, Jr.Carrol J. Boyne, Jr.James L. Roberts
    • H02K15/00H02K15/14H02K15/16
    • G01J5/0014B66C1/62B66C23/42B66C23/705G01J1/0488G01J1/42G01J5/602H02K15/00H02K15/0006Y10T29/49009Y10T29/53143
    • A flexible bar handler that comprises a mobile carriage; a lift boom assembly rotatably attached to rotate around a vertical axis of the carriage to swing a distal end of the boom assembly back and forth and pivotally attached to pivot around a horizontal axis of the carriage to raise and lower the distal end of the boom assembly; and a lift bracket comprising an elongated rail with receptor-shaped cross section to lengthwise accommodate a bar, the lift bracket being attached at a point on its length at the distal end of the longitudinal boom assembly opposed to a counter weight attached at an opposite proximal end of the boom assembly, wherein the lift bracket is pivotally attached to a horizontal pin at the point to permit the lift bracket to tilt to one side or the other so as to raise and lower the lift bracket ends. A method of handling a stator bar; comprises loading the bar into a lift bracket comprising an elongated rail with receptor-shaped cross section, wherein the lift bracket is part of a flexible bar handler that includes a mobile carriage; manipulating the lift bracket by (i) swinging an end of the boom assembly back and forth, (ii) raising or lowering an end of the boom assembly, (iii) tilting the lift bracket to tilt the bracket to one side or the other so as to raise and lower the lift bracket ends or (iv) moving the bar forward or backward by the mobile carriage to position the bar for unloading into the stator slot; and unloading the bar into the slot.
    • 一种柔性酒吧处理器,包括一个移动支架; 升降臂组件,其可旋转地附接成围绕滑架的垂直轴线旋转,以使前悬臂组件的远端前后摆动并且枢转地附接以围绕滑架的水平轴线枢转以升高和降低悬臂总成的远端 ; 以及提升托架,其包括具有受体形状横截面以纵向容纳杆的细长轨道,提升托架在其长度方向上连接在纵向吊臂组件的远端处,与安装在相对的近侧 其中提升托架在该点处可枢转地附接到水平销,以允许提升托架倾斜到一侧或另一侧,以便升高和降低提升托架端部。 一种处理定子线棒的方法; 包括将所述杆装载到包括具有受体形横截面的细长轨道的提升托架中,其中所述提升托架是包括移动托架的柔性条柄处理器的一部分; (i)使悬臂组件的端部来回摆动,(ii)升高或降低悬臂组件的端部,(iii)使提升托架倾斜使支架倾斜到一侧或另一侧 以提升和降低升降支架端部或(iv)通过移动滑架向前或向后移动杆以将卸载杆定位到定子槽中; 并将条子卸载到槽中。
    • 3. 发明授权
    • Hydrogen fire detection system & method
    • 氢火检测系统及方法
    • US07119697B2
    • 2006-10-10
    • US10913276
    • 2004-08-06
    • John D. King
    • John D. King
    • G08B17/12
    • G01J5/0014
    • To detect flames burning carbon-free hydrogen-bearing fuels, first, second, and third sensors sense first, second and third regions of an infrared water emission band, and generate first, second, and third signals. A processor generates an alarm when the sensors indicate flame. The first region low cut-off wavelength may be lower than the second region low cut-off wavelength. The third region high cut-off wavelength may be higher than the second region high cut-off wavelength. The combined regions may include nearly the entire water emission band. The processor may discriminate distances to flames using the sensor signals. A fourth sensor may sense moisture concentration, and the processor may discriminate distances based thereon. The regions may be defined such that for a fire, all three regions receive substantial energy, with second region to first region energy ratio less than 1:1 and a second region to third region energy ratio less than 1:1.
    • 为了检测燃烧无碳氢的燃料的火焰,第一,第二和第三传感器感测红外线水发射带的第一,第二和第三区域,并且产生第一,第二和第三信号。 当传感器指示火焰时,处理器会产生报警。 第一区域低截止波长可以低于第二区域低截止波长。 第三区域高截止波长可以高于第二区域高截止波长。 组合区域可以包括几乎整个水排放带。 处理器可以使用传感器信号来区分与火焰的距离。 第四传感器可以感测水分浓度,并且处理器可以基于此区分距离。 这些区域可以被定义为使得对于火灾,所有三个区域都接受相当大的能量,其中第二区域到第一区域能量比小于1:1,第二区域到第三区域能量比小于1:1。
    • 4. 发明授权
    • Diving plane
    • 潜水飞机
    • US4624207A
    • 1986-11-25
    • US695964
    • 1985-01-29
    • John D. King
    • John D. King
    • B63C11/46
    • B63C11/46
    • An underwater diving plane towed by a boat and ridden by a diver includes a longitudinal diver support member which supports the diver in the prone position, a lateral wing support member with contoured wings attached at the ends thereof and evenly spaced from the center thereof, a pivotal attachment fitting for attaching the front end of the diver support member to the center of the lateral wing support member and one or more control arms that are rigidly attached to the lateral wing support member and that extend therefrom below the diver support member so as to be within easy reach of the diver carried thereon in the prone position, whereby the diver may rotate the lateral wing support member within the pivotal attachment fitting on its lateral axis with respect to the diver support member, thereby controlling the diving angle of the diving plane as it is towed through the water by a tow line attached to the pivotal fitting.
    • 由潜水艇牵引并由潜水员骑行的水下潜水飞机包括在俯卧位置支撑潜水员的纵向潜水员支撑构件,具有附接在其端部并且与其中心均匀间隔的轮廓翼的侧翼支撑构件, 用于将潜水员支撑构件的前端附接到侧翼支撑构件的中心的枢转附接配件和刚性地附接到侧翼支撑构件并且从其向下延伸到潜水器支撑构件下方的一个或多个控制臂,以便 容易到达俯卧位置的潜水员,由此潜水员可以将侧翼支撑构件相对于潜水员支撑构件在枢转安装配件的侧轴线上旋转,从而控制潜水平面的潜水角度 因为它通过连接到枢转配件的牵引线拖过水。
    • 6. 发明授权
    • Method for optimizing search for spinal cord stimulation parameter setting
    • 优化脊髓刺激参数设置搜索的方法
    • US08065013B2
    • 2011-11-22
    • US11746405
    • 2007-05-09
    • Kerry BradleyJames R. ThackerCarla M. WoodsJohn D. King
    • Kerry BradleyJames R. ThackerCarla M. WoodsJohn D. King
    • A61N1/34
    • A61N1/36071A61N1/0551Y10S128/92
    • A method of transitioning stimulation energy (e.g., electrical stimulation pulses) between a plurality of electrodes implanted within a patient is provided. The method comprises selecting a plurality of stimulation output values (e.g., electrical current amplitude values) for each of the electrodes. The method further comprises selecting a plurality of different modification values for at least one of the electrodes, respectively multiplying the stimulation output values and the modification values to determine modified stimulation output values for the electrode(s), which may optionally be stored in a steering table, and incrementally transitioning the stimulation energy to or from the electrode(s) in accordance with the modified stimulation output values. The modified stimulation output values are stored in a steering table. The modification values may be selected in a manner that maintains paresthesia when transitioning the stimulation energy between the electrodes.
    • 提供了在植入患者体内的多个电极之间转换刺激能量(例如,电刺激脉冲)的方法。 该方法包括为每个电极选择多个刺激输出值(例如,电流振幅值)。 该方法还包括为至少一个电极选择多个不同的修改值,分别乘以刺激输出值和修改值,以确定电极的修改的刺激输出值,其可以可选地存储在转向 表,并且根据修改的刺激输出值逐渐地将刺激能量转移到电极或从电极移动。 经修改的刺激输出值存储在转向表中。 可以以在电极之间转换刺激能量时保持感觉异常的方式来选择修饰值。
    • 7. 发明授权
    • Method and apparatus of detecting fire by flame imaging
    • US07155029B2
    • 2006-12-26
    • US10143386
    • 2002-05-10
    • John D. KingPaul M. Junck
    • John D. KingPaul M. Junck
    • G06K9/00
    • G08B17/125
    • An apparatus and method for performing first and second imaging processes contemporaneously, in particular where one of the processes is detecting fires based on images of the flames. The apparatus includes an image sensor for producing a video image, a frame grabber for capturing first frames and second frames, a processor for processing the data within the frames, and an output device. The apparatus may also include an adjustment mechanism for adjusting the image settings of the image sensor between settings suitable for flame imaging and non-flame imaging, and a control mechanism for controlling the image settings of the image sensor. In the method at least two first frames are obtained, and a plurality of second frames are obtained. The first and second frames are used for first and second processes. The first and second processes are contemporaneous, so that they are carried out within the same time period without interfering with one another. When the first process is flame detection, individual pairs of pixels having a property such as intensity that meets a first threshold are identified within the first frames, and are assembled into blobs. Additional properties of the pixel pairs and the blobs overall are evaluated in relation with additional thresholds. Blobs or pixels that do not meet the thresholds are excluded. Any blobs remaining after all evaluations are considered fires.
    • 9. 发明授权
    • System for detecting random events
    • 随机事件检测系统
    • US5434560A
    • 1995-07-18
    • US62803
    • 1993-05-11
    • John D. KingRichard A. Kevitt
    • John D. KingRichard A. Kevitt
    • G08B17/02G08B17/12
    • G08B17/02
    • A system for detecting randomly occurring signals, particularly signals representative of a fire condition, having a radiation detector for receiving the signals, peak detector circuits for identifying the peak values of the received signals, peak duration signals for determining the time between adjacent peak signals, and a collection buffer for accumulating values representative of successive peak durations. The peak duration times are compared and evaluated to determine whether regularly occurring patterns of the received signals exist, or whether the received signals are randomly occurring, and an output signal is generated whenever the comparison indicates that the received signals are random in nature.
    • 用于检测随机出现的信号,特别是代表火情的信号的系统,具有用于接收信号的辐射检测器,用于识别接收信号的峰值的峰值检测器电路,用于确定相邻峰值信号之间的时间的峰值持续时间信号, 以及用于累加表示连续峰值持续时间的值的收集缓冲器。 对峰值持续时间进行比较和评估,以确定是否存在接收信号的定期出现的模式,或者接收到的信号是否随机发生,并且每当比较表明接收到的信号本质上是随机的时,就产生输出信号。