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    • 1. 发明申请
    • FREQUENCY-MODULATED ELECTRIC ELEMENT CONTROL
    • 频率调制电气元件控制
    • US20110220636A1
    • 2011-09-15
    • US12719878
    • 2010-03-09
    • Donald HendricksDavid NowakPhil Springer
    • Donald HendricksDavid NowakPhil Springer
    • H05B1/02
    • H05B1/0252
    • A system, method, and computer-readable medium for controlling power applied to a heating element. A rectifier receives AC voltage supplied from an AC voltage supply and rectifies the AC voltage to DC voltage. A pulse-width modulation controller generates and transmits a pulse-width modulation signal, and a DC voltage modulator receives the DC voltage from the rectifier and the pulse-width modulation signal from the pulse-width modulation controller. Based on the pulse-width modulation signal, the DC voltage modulator supplies an analog DC voltage signal to the heating element. A feedback circuit reports the actual DC voltage applied to the heating element to a microcontroller and, if the actual DC voltage deviates from the DC voltage encoded in the pulse-width modulation signal, the pulse-width modulation controller modulates the pulse-width modulation signal to minimize or eliminate the deviation.
    • 一种用于控制施加到加热元件的功率的系统,方法和计算机可读介质。 整流器接收从交流电压电源提供的交流电压,并将交流电压整流至直流电压。 脉冲宽度调制控制器产生并发送脉宽调制信号,直流电压调制器接收来自整流器的直流电压和来自脉宽调制控制器的脉宽调制信号。 基于脉宽调制信号,直流电压调制器向加热元件提供模拟直流电压信号。 反馈电路将向加热元件施加的实际直流电压报告给微控制器,并且如果实际的直流电压偏离编码在脉冲宽度调制信号中的直流电压,则脉宽调制控制器调制脉宽调制信号 以最小化或消除偏差。
    • 4. 发明授权
    • Five-degree-of-freedom ocular mounting assembly
    • 五自由度眼睛安装组件
    • US5381263A
    • 1995-01-10
    • US93831
    • 1993-07-19
    • David NowakRichard Kim
    • David NowakRichard Kim
    • G02B7/12G02B23/18G02B25/00G02C7/08G02C9/00
    • G02B7/002G02B23/18G02B25/00G02B25/002G02B25/004G02B7/12G02C7/088G02C9/00
    • An ocular mounting assembly for adjustably mounting a pair of ocular devices, such as telemicroscopic loupes, to an eyeglass frame or head mount with linear and rotational adjustments through five degrees of freedom. The ocular mounting assembly includes an adjustable ocular support assembly and an adjustable clamp assembly rotatably attached to the ocular support assembly. The ocular support assembly provides interpupillary distance, convergence angle and view direction adjustment of the ocular devices, which are rotatably attached to the support assembly. The adjustable clamp assembly provides height and view angle adjustment of the ocular devices and allows the ocular devices to be flipped up out of the way when not needed. The height adjustment in conjunction with the view angle adjustment allows the line of sight to be adjusted while the ocular devices are positioned close to the eye or eyeglass lens.
    • 一种眼睛安装组件,用于通过五个自由度线性和旋转调节将一对眼睛装置(例如远视显微镜放大镜)可调节地安装到眼镜框架或头部安装座上。 眼睛安装组件包括可调节的眼部支撑组件和可旋转地附接到眼睛支撑组件的可调整夹具组件。 眼支撑组件提供可旋转地附接到支撑组件的眼睛装置的瞳孔间距离,会聚角度和视角方向调节。 可调节的夹具组件提供眼部装置的高度和视角调节,并允许眼睛装置在不需要时向上翻转。 与视角调整相结合的高度调节可以使眼睛的位置靠近眼睛或眼镜镜片进行调整。
    • 8. 发明授权
    • Ocular mounting assembly
    • 眼睛安装组件
    • US6064520A
    • 2000-05-16
    • US327404
    • 1999-06-07
    • David NowakRichard Kim
    • David NowakRichard Kim
    • G02B7/12G02B23/18G02B25/00G02C7/08G02C9/00G02B23/00
    • G02B7/002G02B23/18G02B25/00G02B25/002G02B25/004G02B7/12G02C3/003G02C7/088G02C9/00
    • An ocular mounting assembly for adjustably mounting a pair of ocular devices, such as telemicroscopic loupes, to an eyeglass frame or head mount with linear and rotational adjustments, but with view angle being permanently preset in accordance with working distance. The ocular mounting assembly includes an adjustable ocular support assembly and an adjustable clamp assembly rotatably attached to the ocular support assembly. The ocular mounting assembly includes a housing and two slidable mounting arms to which the ocular devices are attached, the transverse cross-sectional shape of the housing interior and mounting arms being such that substantially all of the volume of the housing interior is consumed apart from close tolerances to facilitate the sliding motion, thus resulting in a structure which cooperates to assist in providing a substantially rigid assembly. The adjustable clamp assembly provides height and view angle adjustment of the ocular devices and allows the ocular devices to be flipped up out of the way when not needed. The height adjustment in conjunction with the view angle adjustment allows the line of sight to be adjusted while the ocular devices are positioned close to the eye or eyeglass lens.
    • 一种眼睛安装组件,用于将一对眼睛装置(例如远视显微镜放大镜)可调节地安装到具有线性和旋转调节的眼镜框架或头架上,但是具有根据工作距离永久地预设的视角。 眼睛安装组件包括可调节的眼部支撑组件和可旋转地附接到眼睛支撑组件的可调整夹具组件。 眼睛安装组件包括壳体和两个可滑动的安装臂,眼睛装置附接到其上,壳体内部和安装臂的横截面形状使得基本上所有的体积的壳体内部都被消耗 以便于滑动运动,从而导致协作以协助提供基本上刚性的组件的结构。 可调节的夹具组件提供眼部装置的高度和视角调节,并允许眼睛装置在不需要时向上翻转。 与视角调整相结合的高度调节可以使眼睛的位置靠近眼睛或眼镜镜片进行调整。
    • 10. 发明授权
    • Frequency-modulated electric element control
    • 调频电元件控制
    • US08420986B2
    • 2013-04-16
    • US12719878
    • 2010-03-09
    • Donald HendricksDavid NowakPhil Springer
    • Donald HendricksDavid NowakPhil Springer
    • H05B1/02
    • H05B1/0252
    • A system, method, and computer-readable medium for controlling power applied to a heating element. A rectifier receives AC voltage supplied from an AC voltage supply and rectifies the AC voltage to DC voltage. A pulse-width modulation controller generates and transmits a pulse-width modulation signal, and a DC voltage modulator receives the DC voltage from the rectifier and the pulse-width modulation signal from the pulse-width modulation controller. Based on the pulse-width modulation signal, the DC voltage modulator supplies an analog DC voltage signal to the heating element. A feedback circuit reports the actual DC voltage applied to the heating element to a microcontroller and, if the actual DC voltage deviates from the DC voltage encoded in the pulse-width modulation signal, the pulse-width modulation controller modulates the pulse-width modulation signal to minimize or eliminate the deviation.
    • 一种用于控制施加到加热元件的功率的系统,方法和计算机可读介质。 整流器接收从交流电压电源提供的交流电压,并将交流电压整流至直流电压。 脉冲宽度调制控制器产生并发送脉宽调制信号,直流电压调制器接收来自整流器的直流电压和来自脉宽调制控制器的脉宽调制信号。 基于脉宽调制信号,直流电压调制器向加热元件提供模拟直流电压信号。 反馈电路将向加热元件施加的实际直流电压报告给微控制器,并且如果实际的直流电压偏离编码在脉冲宽度调制信号中的直流电压,则脉宽调制控制器调制脉宽调制信号 以最小化或消除偏差。