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    • 1. 发明授权
    • Compressive sense based reconstruction algorithm for non-uniform sampling based data converter
    • 基于压缩感知的重建算法用于基于非均匀采样的数据转换器
    • US08547260B2
    • 2013-10-01
    • US13234297
    • 2011-09-16
    • Charles K. SestokAndrew Waters
    • Charles K. SestokAndrew Waters
    • H03M1/00
    • H03M7/00H03M1/1265H03M7/3062
    • Compressive sensing is an emerging field that attempts to prevent the losses associated with data compression and improve efficiency overall, and compressive sensing looks to perform the compression before or during capture, before energy is wasted. Here, a reconstruction algorithm is proposed for a compressive sensing successive approximation register (SAR) analog-to-digital converter (ADC). Accordingly, an analog signal is converted to a first digital signal at a sampling frequency that is less than a Nyquist frequency for the analog signal, and a second digital signal is constructed from the first digital signal with a box constrained linear optimization process such that the second digital signal is approximately equal to an analog-to-digital conversion of the analog signal at the Nyquist frequency for the analog signal.
    • 压缩感测是一个新兴领域,它试图防止与数据压缩相关的损失,并提高整体效率,压缩感测在能量浪费之前,在捕获之前或捕获过程中会执行压缩。 在这里,提出了一种用于压缩感测逐次逼近寄存器(SAR)模数转换器(ADC)的重建算法。 因此,模拟信号以小于模拟信号的奈奎斯特频率的采样频率转换为第一数字信号,并且第二数字信号由第一数字信号用盒子约束线性优化处理构成,使得 第二数字信号近似等于模拟信号在奈奎斯特频率处的模拟信号的模数转换。
    • 3. 发明申请
    • COMPRESSIVE SENSE BASED RECONSTRUCTION ALGORITHM FORNON-UNIFORM SAMPLING BASED DATA CONVERTER
    • 基于压缩感知的基于数据转换器的均匀采样重建算法
    • US20130069807A1
    • 2013-03-21
    • US13234297
    • 2011-09-16
    • Charles K. SestokAndrew Waters
    • Charles K. SestokAndrew Waters
    • H03M1/38
    • H03M7/00H03M1/1265H03M7/3062
    • Compressive sensing is an emerging field that attempts to prevent the losses associated with data compression and improve efficiency overall, and compressive sensing looks to perform the compression before or during capture, before energy is wasted. Here, a reconstruction algorithm is proposed for a compressive sensing successive approximation register (SAR) analog-to-digital converter (ADC). Accordingly, an analog signal is converted to a first digital signal at a sampling frequency that is less than a Nyquist frequency for the analog signal, and a second digital signal is constructed from the first digital signal with a box constrained linear optimization process such that the second digital signal is approximately equal to an analog-to-digital conversion of the analog signal at the Nyquist frequency for the analog signal.
    • 压缩感测是一个新兴领域,它试图防止与数据压缩相关的损失,并提高整体效率,压缩感测在能量浪费之前,在捕获之前或捕获过程中会执行压缩。 在这里,提出了一种用于压缩感测逐次逼近寄存器(SAR)模数转换器(ADC)的重建算法。 因此,模拟信号以小于模拟信号的奈奎斯特频率的采样频率转换为第一数字信号,并且第二数字信号由第一数字信号用盒子约束线性优化处理构成,使得 第二数字信号近似等于模拟信号在奈奎斯特频率处的模拟信号的模数转换。
    • 7. 发明申请
    • Rotary conveyor belt cleaner
    • 旋转输送带清洁剂
    • US20060049023A1
    • 2006-03-09
    • US10938776
    • 2004-09-09
    • Phillip DietschPablo PerezAndrew Waters
    • Phillip DietschPablo PerezAndrew Waters
    • B65G45/00B65G45/16
    • B65G45/16
    • A conveyor belt cleaner including a biasing mechanism and a scraping member removably attached to the biasing mechanism. The biasing mechanism includes an inner coupler member having a base and a plurality of inner fins extending outwardly from the base. An outer coupler member includes a peripheral wall that extends around the inner coupler member. A plurality of outer fins extend inwardly from the peripheral wall of the outer coupler member with each outer fin being located between a pair of adjacent inner fins such that a cell is respectively formed between each adjacent inner fin and outer fin. A biasing member formed from a resilient elastomeric material is located between the inner and outer coupler members and includes a one or more first lobes and one or more second lobes. The first and second lobes are located alternately with respect to one another with each lobe being located in a respective cell. The inner fins and outer fins place the first lobes of the biasing member in compression, and place of the second lobes of the biasing member in tension, as the outer coupler member rotates with respect to the inner coupler member from a first position toward a second position, such that the first and second lobes resiliently bias the outer coupler member and the scraping member from the second position toward the first position.
    • 一种传送带清洁器,包括偏置机构和可移除地附接到偏置机构的刮擦构件。 偏压机构包括具有基部的内部联接器构件和从基部向外延伸的多个内部翅片。 外联接器构件包括围绕内联接构件延伸的周壁。 多个外部翅片从外部联接器构件的周壁向内延伸,每个外部翅片位于一对相邻的内部翅片之间,使得在每个相邻的内翅片和外翼片之间分别形成一个单元。 由弹性弹性体材料形成的偏置构件位于内部和外部联接器构件之间,并且包括一个或多个第一凸角和一个或多个第二凸角。 第一和第二叶片相对于彼此交替地定位,每个叶片位于相应的细胞中。 内部散热片和外部翅片将偏置构件的第一凸角置于压缩状态,并且当外部联接构件相对于内部联接构件从第一位置朝向第二位置旋转时,偏置构件的第二凸角的位置处于张紧状态 使得第一和第二凸耳将外部联接器构件和刮削构件从第二位置弹性地偏压到第一位置。
    • 9. 发明申请
    • Conveyor Belt Cleaner Scraper Blade With Sensor and Control System Therefor
    • 带传感器和控制系统的输送带式清洁刮板
    • US20070034480A1
    • 2007-02-15
    • US11535687
    • 2006-09-27
    • R. SwindermanAndrew WatersPablo PerezPhillip Dietsch
    • R. SwindermanAndrew WatersPablo PerezPhillip Dietsch
    • B65G45/12
    • B65G45/12B65G45/16B65G2203/02B65G2203/042
    • A conveyor belt cleaner scraper blade for cleaning the surface of a conveyor belt and a method of manufacture of the scraper blade. The scraper blade includes a body having a base member adapted to be attached to a cross shaft of a conveyor belt cleaner and a scraping member which extends outwardly from the base member to a scraping tip. The scraper blade includes one or more electrical sensors that are embedded in an insert member. The insert member and the sensors are molded and embedded within the body of the scraper blade. Each of the sensors is adapted to provide an electrical output signal representing a physical condition of the scraper blade sensed by the sensor. A variety of sensor embodiments are described, as well as two embodiments of control and monitoring systems for use in conjunction with the various blade and sensor combinations.
    • 一种用于清洁传送带表面的传送带清洁刮板刀片和刮刀的制造方法。 刮刀包括具有适于附接到传送带清洁器的横轴的基部构件的主体和从基部构件向外延伸到刮削尖端的刮削构件。 刮刀包括嵌入在插入件中的一个或多个电传感器。 插入构件和传感器被模制并嵌入刮刀的主体内。 每个传感器适于提供表示由传感器感测到的刮刀的物理状态的电输出信号。 描述了各种传感器实施例,以及与各种叶片和传感器组合结合使用的控制和监视系统的两个实施例。