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    • 1. 发明授权
    • Vehicle wheel alignment by rotating vision sensor
    • 车轮定位通过旋转视觉传感器
    • US07065462B2
    • 2006-06-20
    • US10418986
    • 2003-04-18
    • M. Stanley MerrillTed CombsRichard Sutton
    • M. Stanley MerrillTed CombsRichard Sutton
    • G01C17/38G01P21/00G06F19/00
    • G01B11/2755G01B11/275G01B2210/143G01B2210/20G01B2210/286H04N7/183
    • Apparatus and methods are provided for measuring vehicle wheel alignment characteristics. According to one embodiment, during a first measurement cycle, spatial coordinates of multiple points on the wheel are obtained by positioning a vision sensor at various angular offsets relative to the wheel, the multiple points representative of samples from each of the various angular offsets. After the first measurement cycle and before the second measurement cycle, the wheel is rotated at least a partial revolution. During the second measurement cycle, spatial coordinates of multiple points on the wheel are obtained by positioning the vision sensor at various angular offsets relative to the wheel, the multiple points representative of samples from each of the various angular offsets. Finally, one or more characteristics of the wheel are determined based upon the spatial coordinates collected during the first measurement cycle and the spatial coordinates collected during the second measurement cycle.
    • 提供了用于测量车轮对准特性的装置和方法。 根据一个实施例,在第一测量周期期间,通过将视觉传感器相对于车轮定位在各种角度偏移量处获得车轮上多个点的空间坐标,所述多个点表示来自各个角度偏移量的样本。 在第一测量周期之后和在第二测量周期之前,轮旋转至少部分旋转。 在第二测量循环期间,通过将视觉传感器相对于车轮定位在各种角度偏移处,获得代表来自各个角度偏移中的每一个的样本的多个点来获得车轮上多个点的空间坐标。 最后,基于在第一测量周期期间收集的空间坐标和在第二测量周期期间收集的空间坐标来确定车轮的一个或多个特性。
    • 2. 发明授权
    • Dual chamber rate responsive pacer
    • 双层反应PACER
    • US5231985A
    • 1993-08-03
    • US648241
    • 1991-01-31
    • Richard SuttonIvan BourgeoisLoek HerpersKarl D. Dulk
    • Richard SuttonIvan BourgeoisLoek HerpersKarl D. Dulk
    • A61N1/362
    • A61N1/3622
    • A cardiac pacemaker and related pacing method. The cardiac pacemaker includes atrial and ventricular sense amplifiers for generating atrial and ventricular sense signals. An activity control circuit measures the activity level and initiates an activity interval. A control circuit responds to the atrial sense signals, the ventricular sense signals, and the activity control circuit, for controlling the atrial and ventricular stimuli generation, by matching the activity interval with the depolarization of the atrial tissue, in order to differentiate true exercise induced sinus tachycardia from atrial arrhythmias and retrograde atrial events, and to permit a selective ventricular rate control. The control circuit initiates a 2 to 1 ventricular to atrial response when the activity interval is greater than a VV interval, which is the sum of the interval between the last sensed or paced ventricular event and the atrial intrinsic depolarization (VA.sub.S interval) and the programmed AV delay or the sensed AV interval. The 2 to 1 block mode is induced by prolonging the post ventricular atrial refractory period (PVARP) for the next beat.
    • 心脏起搏器和相关起搏方法。 心脏起搏器包括用于产生心房和心室感测信号的心房和心室感应放大器。 活动控制电路测量活动水平并启动活动间隔。 控制电路通过将活动间隔与心房组织的去极化相匹配来响应心房感觉信号,心室感测信号和活动控制电路,以控制心房和心室刺激的产生,以区分真正的运动诱发 来自心房心律失常和逆行心房事件的窦性心动过速,并允许选择性心室率控制。 当活动间隔大于VV间隔时,控制电路启动2至1个心房至心房响应,VV间隔是最后检测到的或起搏心室事件与心房内部去极化(VAS间隔)之间的间隔和编程的 AV延迟或感测到的AV间隔。 通过延长下一次心跳的心室心房不应期(PVARP)诱导2至1阻滞模式。
    • 3. 发明申请
    • Systems and methods for supplying a useful collection of medical coding data
    • 用于提供医疗编码数据的有用集合的系统和方法
    • US20060074712A1
    • 2006-04-06
    • US10956690
    • 2004-10-01
    • Kelly JorgensenRichard SuttonJeffrey Wolf
    • Kelly JorgensenRichard SuttonJeffrey Wolf
    • G06Q50/00
    • G06F19/328G06Q10/10G06Q50/22
    • Upon request, a computer can provide a useful collection of medical coding data to another computer on a network. The collection can be tailored to a particular medical specialty. The collection can be provided in a printable form that relates the various code relationships which may be needed for accurate use of the codes. Various embodiments may provide a book with a separate page for each code that includes the fee for the code, codes that are mutually exclusive with the code, and codes that may be needed in addition to the code. Other useful information can also be associated with the codes provided in the collection. Appropriate fees for codes in the collection can be provided, which may need to be calculated for each medical services provider depending on variables such as a geographic location of the medical service provider.
    • 根据要求,计算机可以向网络上的另一计算机提供有用的医学编码数据集合。 该系列可以根据特定的医疗专业量身定制。 该集合可以以可打印的形式提供,该形式涉及准确使用代码可能需要的各种代码关系。 各种实施例可以为每个代码提供包括代码费用,与代码相互排斥的代码以及代码之外可能需要的代码的每个代码的单独页面。 其他有用的信息也可以与集合中提供的代码相关联。 可以提供收集中的代码的适当费用,这可能需要根据诸如医疗服务提供商的地理位置的变量为每个医疗服务提供商计算。
    • 4. 发明授权
    • Detection of vasovagal syncope
    • 检测血管迷走性晕厥
    • US07647106B2
    • 2010-01-12
    • US10422069
    • 2003-04-23
    • Nathalie ViragRolf VetterRichard Sutton
    • Nathalie ViragRolf VetterRichard Sutton
    • A61N1/365
    • A61B5/1116A61B5/0215A61B5/04001A61B5/0456A61B5/4839A61B5/686A61N1/36585
    • It has been discovered that a change in posture that results in an increase in orthostatic stress, when followed by a withdrawal of sympathetic nervous activity, may indicate a future onset of vasovagal syncope (VVS). The invention is directed to devices and techniques for early detection of an episode of VVS so that therapies may be applied in advance of the episode to prevent the episode from occurring. Detection of a posture transition triggers a device such as an implanted pacemaker to determine an indicator of an autonomic nervous system activity of the patient. As a function of this determination, the device estimates a probability that the patient will experience VVS. When the probability exceeds a threshold, preventative therapy may be applied to address the VVS and to reduce the risk that the patient will faint.
    • 已经发现,导致立位压力增加的姿势改变,当随后撤回交感神经活动时,可能表明血管迷走性晕厥(VVS)将来会发生。 本发明涉及用于早期检测VVS发作的装置和技术,使得可以在发作之前应用治疗以防止发作。 姿势转换的检测触发诸如植入式心脏起搏器的装置以确定患者的自主神经系统活动的指标。 作为该确定的功能,该装置估计患者将经历VVS的概率。 当概率超过阈值时,可以采用预防性治疗来解决VVS并降低病人昏迷的风险。
    • 5. 发明授权
    • Inflatable electrode for temporary pacing
    • 充气电极用于临时起搏
    • US06529779B1
    • 2003-03-04
    • US09719438
    • 2000-12-11
    • Richard Sutton
    • Richard Sutton
    • A61B50408
    • A61N1/057A61N1/0565A61N2001/0585
    • A temporary balloon-type electrode for insertion and temporary fixation in a blood vessel of a heart, for determining a suitable place therein for a subsequently inserted and fixed permanent electrode, has a catheter and an inflatable and deflatable balloon member disposed at a distal end portion of the catheter. The balloon member has at least one radially expandable hollow body. At least one electrode surface contact member is disposed at a peripheral portion of the hollow body, and flow passages are provided for allowing a blood flow to pass the balloon member when inflated. The temporary balloon-type electrode is particularly suited for use in coronary sinus and peripheral coronary veins of the heart.
    • 用于插入和临时固定在心脏的血管中的临时气球型电极用于确定其中用于随后插入和固定的永久电极的合适位置,具有导管和可充气和可放气的球囊构件,其设置在远端部分 的导管。 气囊构件具有至少一个径向可膨胀的中空体。 至少一个电极表面接触构件设置在中空体的周边部分处,并且提供流动通道,用于当膨胀时允许血流通过气囊构件。 临时气球型电极特别适用于心脏的冠状窦和外周冠状静脉。
    • 10. 再颁专利
    • Cardiac pacemaker with hystersis behavior
    • 心脏起搏器与hystersis行为
    • USRE37454E1
    • 2001-11-27
    • US08547350
    • 1995-10-24
    • Richard SuttonIvan Bourgeois
    • Richard SuttonIvan Bourgeois
    • A61N1362
    • A61N1/365
    • A pacemaker having a hysteresis feature which permits intrinsic heart activity, controlled by the sinus node to resume optimally after pacing. The pacemaker has a programmable lower rate and upper rate, a programmable lower hysteresis rate (LRH) corresponding to a lower rate hysteresis interval (LRHI), and a programmable rate (IR) intermediate an upper pacing rate (UR) and a lower pacing rate (LR). A microprocessor measures the average rate of change MAVG in the intervals between consecutive ventricular depolarizations, and compares the last intrinsic escape interval RRN to the lower rate hysteresis interval (LRHI). If the last intrinsic escape interval RRN is longer than the lower rate hysteresis interval (LRHI), and if the value of MAVG is greater than a first preselected value SL1 but less than a second preselected value SL2, the pacemaker stimulates at the lower rate hysteresis (LRH) and thereafter gradually increases the pacing rate up to the intermediate rate (IR). A time counter maintains a continuous pacing at the intermediate rate (IR) for a predefined period of time, and the pacing rate is gradually decreased toward the lower pacing rate (LR).
    • 具有滞后特征的起搏器,其允许内部心脏活动,由起搏节点控制,以便在起搏之后恢复最佳。 起搏器具有可编程的较低速率和较高速率,对应于较低速率滞后间隔(LRHI)的可编程较低滞后速率(LRH)和中间起搏速率(UR)和较低起搏速率的可编程速率(IR) (LR)。 微处理器测量连续心室去极化之间间隔的平均变化率MAVG,并将最后的内在逃逸间隔RRN与较低速率滞后间隔(LRHI)进行比较。如果最后一个内在逃逸间隔RRN大于较低速率滞后间隔 (LRHI),并且如果MAVG的值大于第一预选值SL1但小于第二预选值SL2,起搏器以较低的速率滞后(LRH)刺激,然后逐渐增加起搏速率直到中间速率 (IR)。 时间计数器以预定的时间段维持中间速率(IR)的连续起搏,并且起搏速率朝向较低的起搏速率(LR)逐渐降低。