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    • 1. 发明申请
    • Power saving techniques for continuous heart rate monitoring
    • 连续心率监测的省电技术
    • US20070244398A1
    • 2007-10-18
    • US11402476
    • 2006-04-12
    • Thomas LoKarthik Katingari
    • Thomas LoKarthik Katingari
    • A61B5/02
    • A61B5/02444A61B5/0002A61B5/02438A61B5/411A61B5/681A61B8/02A61B8/4236A61B8/4472A61B8/4483A61B8/56A61B2560/0209
    • A heart rate monitor implements power saving algorithms while monitoring a subject's heart rate. The monitor continuously monitors a subject during an initial period to determine an initial heart rate. After the initial heart rate is acquired, power may not be provided for portions of the monitor until a heart beat is expected to occur. At some point before the expected heart beat occurs, power is returned to the components which have not received power. The expected heart beat is then detected, and power to selected portions of the monitor is terminated again until another expected heart beat approaches in time. By providing power to monitor components just before an expected heart beat, the monitor may still detect the heart beat and determine the corresponding heart rate of the user. The period of time during which power is terminated for some components may be determined from the detected heart rate. The number of heart beats during which power is terminated for selected monitor components may vary.
    • 心率监测器在监测受试者的心率的同时实现省电算法。 监视器在初始期间连续地监视被摄体以确定初始心率。 在获得初始心率之后,可能不会对监视器的部分提供功率,直到心跳发生为止。 在预期心跳发生之前的某个时刻,功率返回到尚未接收功率的组件。 然后检测预期的心跳,并且再次终止监视器的选定部分的功率,直到另一预期的心跳在时间上接近。 通过在预期的心跳之前提供监视组件的功率,监视器仍然可以检测心跳并确定用户的相应心率。 可以根据检测到的心率确定一些组件的电力终止的时间段。 对于选定的监视器组件,电源终止的心跳次数可能会有所不同。
    • 3. 发明授权
    • Highly efficient rectifying and converting circuit for computer power
supplies
    • 电脑电源高效整流转换电路
    • US5528480A
    • 1996-06-18
    • US234301
    • 1994-04-28
    • Dan KikinisThomas Lo
    • Dan KikinisThomas Lo
    • H02M3/28G05F1/577H02M3/335H02M7/21H02M3/155
    • G05F1/577H02M3/33561H02M3/33576
    • A power supply for producing a regulated dc output from an ac primary input incorporates a convention rectifying and filtering circuitry feeding a switching circuit for providing a high frequency, substantially rectangular voltage waveform to a high frequency transformer. The output of the transformer is provided to a synchronous buck converter having a grounded line and an ungrounded line, with a first FET switch in the ungrounded line and a second FET switch connected from the output of the first FET switch to the grounded line. A controller in the synchronous buck converter switches the FETs according to the input voltage waveform to achieve rectification. In another aspect, two FETs are placed in opposite polarity in the ungrounded line and switched together, and the controller also alters the duty cycle of the switching in accordance with the magnitude of a regulated output produced from the output of the synchronous buck converter, to achieve precise regulation. Power supplies are provided with multiple outputs of different regulated voltage, which may be externally enabled and disabled.
    • 用于从交流主输入端产生稳压直流输出的电源包括一个常规的整流和滤波电路,馈电开关电路,用于向高频变压器提供高频,基本为矩形的电压波形。 变压器的输出被提供给具有接地线路和未接地线路的同步降压转换器,其中未接地线路中的第一FET开关和从第一FET开关的输出端连接到接地线路的第二FET开关。 同步降压转换器中的控制器根据输入电压波形切换FET,以实现整流。 另一方面,两个FET在未接地线路中以相反极性放置并切换在一起,并且控制器还根据从同步降压转换器的输出产生的调节输出的幅度改变开关的占空比,至 实现精准调节。 电源提供多个不同调节电压的输出,可以在外部启用和禁用。
    • 8. 发明申请
    • Vehicular target acquisition and tracking using a generalized hough transform for missile guidance
    • 导弹目标采集和跟踪采用广义霍夫变换进行导弹引导
    • US20050271248A1
    • 2005-12-08
    • US10858741
    • 2004-06-02
    • Hagos TekuThomas LoNikki Lawrence
    • Hagos TekuThomas LoNikki Lawrence
    • F41G7/00G06K9/00G06K9/46G06K9/64
    • G06K9/6205F41G7/008F41G7/2253F41G7/226F41G7/2293F41G7/346F41G7/36
    • A generalized Hough transform is used to acquire and track vehicular targets for missile guidance. This is accomplished by recognizing that most vehicles have silhouettes that may be described as a “rounded rectangle”. The position and shape of such rounded rectangles is described in terms of 5 parameters (xc, yc, a, b, θ) where xc, yc are the center coordinates, a,b are the major and minor axis and Θ is the orientation. The computation of a five dimensional Hough transform on an image including such a target will produce the five parameters that provide the “best fit” rounded rectangle to the target. These parameters are then passed to a missile tracker. This capability can be used to improve track gate handoff from the automatic target recognizer (ATR) to the missile tracker, changing aspect ratios of maneuvering targets, limited lock-on after launch (LOAL), aimpoint designation and fire control system to missile seeker handover.
    • 广义霍夫变换用于获取和跟踪导弹引导的车辆目标。 这是通过认识到大多数车辆具有可被描述为“圆形矩形”的轮廓来实现的。 这种圆形矩形的位置和形状用5个参数(x,c,y,c,a,b,θ)进行描述,其中x c = SUB>,yC c 是中心坐标,a,b是主轴和短轴,Theta是方向。 包含这样的目标的图像上的五维霍夫变换的计算将产生为目标提供“最佳拟合”圆角矩形的五个参数。 然后将这些参数传递给导弹跟踪器。 该功能可用于提高从自动目标识别器(ATR)到导弹跟踪器的轨道切换,改变机动目标的纵横比,发射后的限制锁定(LOAL),瞄准点指定和火力控制系统到导弹探测器切换 。
    • 10. 发明授权
    • System and method for relational to object mapping
    • 关系到对象映射的系统和方法
    • US5809505A
    • 1998-09-15
    • US769149
    • 1996-12-18
    • Thomas LoFrank Longo
    • Thomas LoFrank Longo
    • G06F3/14G06F17/30
    • G06F17/30607Y10S707/99943
    • A relational to object mapping system and method permit the transfer and translation of data between a database server having a relational database and an object-oriented apparatus. The object code, such as C++, is translated by a generator object into suitable relational database statements, such as structured query language (SQL). The SQL statement is passed to a query object which executes the statement. In executing the SQL statement, the query object accesses an environment object which supplies the query object with appropriate connection objects for establishing a link between the query object and the database server. The database server supplies the requested data from the relational database to the query object which then stores the data in a storage buffer. The object-oriented apparatus can then access the data from the storage buffer. The query object may activate a transaction object for processing the data before the data is accessed by the object-oriented apparatus.
    • 与对象映射系统和方法的关系允许在具有关系数据库的数据库服务器和面向对象的设备之间传送和转换数据。 目标代码(如C ++)由生成器对象转换为适当的关系数据库语句,如结构化查询语言(SQL)。 SQL语句被传递给执行语句的查询对象。 在执行SQL语句时,查询对象访问环境对象,该对象为查询对象提供了适当的连接对象,用于在查询对象和数据库服务器之间建立链接。 数据库服务器将请求的数据从关系数据库提供给查询对象,然后将该数据存储在存储缓冲区中。 然后,面向对象的设备可以从存储缓冲器访问数据。 查询对象可以在面向对象的设备访问数据之前激活用于处理数据的事务对象。