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    • 1. 发明申请
    • Adaptive Temperature Controller
    • 自适应温度控制器
    • US20070210285A1
    • 2007-09-13
    • US11685325
    • 2007-03-13
    • Stanley D. StearnsHuamin CaiChris S. Cowles
    • Stanley D. StearnsHuamin CaiChris S. Cowles
    • H01B1/04
    • G05D23/2401G01N30/30G01N2030/3061G05D23/1919
    • The adaptive temperature controller includes an ambient temperature sensor, a device for measuring resistance, an electrically-conductive material, a power supply, and a device for controlling power. In operation, the controller determines the resistance of material at or near ambient temperature. Based on such determination so long as voltage and power are known, the resistance of the material, and therefore its instant temperature is known. Additionally, the adaptive temperature controller determines the responsiveness of the electrically-conductive material to determine the predicted increase in temperature and rate of increase in temperature relative to increases in voltage, current or power. As a result the voltage or power may be instantly varied to produce near infinite control over material temperature.
    • 自适应温度控制器包括环境温度传感器,用于测量电阻的装置,导电材料,电源以及用于控制功率的装置。 在操作中,控制器确定材料在环境温度或接近环境温度时的电阻。 基于这样的确定,只要电压和功率已知,材料的电阻以及其即时温度是已知的。 此外,自适应温度控制器确定导电材料的响应性以确定相对于电压,电流或功率的增加的温度预测增加和温度升高速率。 因此,电压或功率可能立即变化,从而对材料温度产生接近无限的控制。
    • 4. 发明授权
    • Adaptive temperature controller
    • 自适应温度控制器
    • US07442902B2
    • 2008-10-28
    • US11685325
    • 2007-03-13
    • Stanley D. StearnsHuamin CaiChris S. Cowles
    • Stanley D. StearnsHuamin CaiChris S. Cowles
    • H05B1/02
    • G05D23/2401G01N30/30G01N2030/3061G05D23/1919
    • The adaptive temperature controller includes an ambient temperature sensor, a device for measuring resistance, an electrically-conductive material, a power supply, and a device for controlling power. In operation, the controller determines the resistance of material at or near ambient temperature. Based on such determination so long as voltage and power are known, the resistance of the material, and therefore its instant temperature is known. Additionally, the adaptive temperature controller determines the responsiveness of the electrically-conductive material to determine the predicted increase in temperature and rate of increase in temperature relative to increases in voltage, current or power. As a result the voltage or power may be instantly varied to produce near infinite control over material temperature.
    • 自适应温度控制器包括环境温度传感器,用于测量电阻的装置,导电材料,电源以及用于控制功率的装置。 在操作中,控制器确定材料在环境温度或接近环境温度时的电阻。 基于这样的确定,只要电压和功率已知,材料的电阻以及其即时温度是已知的。 此外,自适应温度控制器确定导电材料的响应性以确定相对于电压,电流或功率的增加的温度预测增加和温度升高速率。 因此,电压或功率可能立即变化,从而对材料温度产生接近无限的控制。
    • 7. 发明授权
    • Gas detector with modular detection and discharge source calibration
    • 具有模块检测和放电源校准的气体探测器
    • US06842008B2
    • 2005-01-11
    • US10387011
    • 2003-03-11
    • Stanley D. StearnsHuamin Cai
    • Stanley D. StearnsHuamin Cai
    • G01N27/70G01N27/62
    • G01N27/70
    • A pulsed discharge detector includes a device and method for modular measurement of ionization signals from a sample. The pulsed discharge detector includes a discharge source in a chamber, a collector spaced from the discharge source, a monitor connected to a discharge electrode, an electrometer connected to the collector, a calibrator and a sample and hold processor. The discharge electrodes include a source electrode centrally located in relation to the discharge chamber wall. The collector is centrally located in relation to the chamber wall. Discharge signals are monitored for time and intensity. Collected signals are adjusted based on the discharge intensity. Collected signals are collected during a time window based on the discharge occurrence time. Detector output is predicated on collected signals coordinated with pulsed discharges. The calibrator of the present invention adjusts the collected signals to reduce discharge noise. The sample and hold processor accumulates selected adjusted signal values to quantify sample concentrations.
    • 脉冲放电检测器包括用于模块测量来自样品的电离信号的装置和方法。 脉冲放电检测器包括在腔室中的放电源,与放电源间隔开的收集器,连接到放电电极的监视器,连接到收集器的静电计,校准器和采样保持处理器。 放电电极包括相对于放电室壁居中定位的源电极。 收集器相对于室壁居中。 监测放电信号的时间和强度。 收集的信号根据放电强度进行调整。 基于放电发生时间在时间​​窗口收集收集的信号。 检测器输出基于与脉冲放电协调的收集信号。 本发明的校准器调节收集的信号以减少放电噪声。 采样和保持处理器累积选定的调整信号值以量化样品浓度。