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    • 3. 发明申请
    • IN-LINE APPARATUS AND REAL-TIME METHOD TO DETERMINE MILK CHARACTERISTICS
    • 在线设备和确定奶酪特性的实时方法
    • US20070289536A1
    • 2007-12-20
    • US11538433
    • 2006-10-03
    • James DunnRenato DutraJohn WadeSteven Mangan
    • James DunnRenato DutraJohn WadeSteven Mangan
    • A01J5/01
    • A01J5/01A01J5/0132A01J5/0135A01J5/0138
    • An apparatus and related methods using photographic imaging and the interactions between light beams and dairy milk to provide in-line monitoring, analysis, and display of the quality of milk collected from dairy animals. The apparatus is robust in that it is reliable, simple to install, relatively small in size, cost effective, easily cleaned, and low maintenance. The apparatus can be installed directly in-line with the milk collection apparatus for each animal so as to measure the entire milk yield produced by that animal at flow rates typically used in milking parlours without requiring any unusual tube fittings or non-standard equipment. The apparatus is capable of handling analysis of a flow having mixed densities, air/liquid ratios, temperature variations, or any other similar variation of physical characteristics.
    • 一种使用照相成像和光束与乳制品之间的相互作用的装置和相关方法,以提供从乳制品动物收集的牛奶质量的在线监测,分析和显示。 该设备坚固耐用,其可靠性,安装简单,尺寸相对较小,成本有效,易于清洁和低维护。 该装置可以直接与每只动物的牛奶收集装置一起安装,以便在通常用于挤奶室的流速下测量由该动物产生的整个奶产量,而不需要任何不寻常的管配件或非标准设备。 该装置能够处理具有混合密度,空气/液体比,温度变化或任何其它类似物理特性变化的流动的分析。
    • 9. 发明授权
    • Fluid ejection device with feedback circuit
    • 具有反馈电路的流体喷射装置
    • US07604312B2
    • 2009-10-20
    • US11706618
    • 2007-02-12
    • John Wade
    • John Wade
    • B41J29/38
    • B41J2/04506B41J2/04541B41J2/04548B41J2/04563B41J2/0458
    • A fluid ejection assembly includes drop ejecting elements arranged in zones, with each zone having at least one drop ejecting element, wherein the drop ejecting elements of each zone are configured to conduct electrical current between a corresponding supply voltage and a corresponding reference voltage. Up to all drop ejecting elements of a group of the drop ejecting elements are enabled to conduct at a given time, with each conducting drop ejecting element of the enabled group having a corresponding drop ejecting voltage. A zone controller is configured to provide a corresponding desired supply voltage for each zone based on at least one corresponding zone parameter of each zone. An energy controller is configured to couple across each conducting drop ejecting element of the enabled group and regulate the supply voltage for each zone based on selected corresponding drop ejecting voltages and on each zone's corresponding desired supply voltage.
    • 流体喷射组件包括布置在区域中的液滴喷射元件,每个区域具有至少一个液滴喷射元件,其中每个区域的液滴喷射元件构造成在相应的电源电压和相应的参考电压之间传导电流。 直到一组液滴喷射元件的所有液滴喷射元件能够在给定时间进行,使能组的每个导电液滴喷射元件具有相应的液滴喷射电压。 区域控制器被配置为基于每个区域的至少一个对应的区域参数为每个区域提供相应的期望供电电压。 能量控制器被配置成耦合在使能组的每个导电滴喷射元件上,并且基于所选择的相应液滴喷射电压和每个区域的相应的所需电源电压来调节每个区域的电源电压。