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    • 7. 发明申请
    • Stackable Packaging For Lipped Containers
    • 密封容器的可堆叠包装
    • US20100101977A1
    • 2010-04-29
    • US12479053
    • 2009-06-05
    • Frederick BeauregardJohn BergeronWilliam EatonJames Bates
    • Frederick BeauregardJohn BergeronWilliam EatonJames Bates
    • B65D75/02B31B1/26
    • B65D71/46
    • A packaging form or blank for one or more lipped containers, where each of the containers has an upper lip that extends outward beyond the periphery of the container body, and where the containers have been placed one inside another to create a nested stack configuration. The form or blank is an elongated, flat construction that defines an opening that is sized and shaped such that when a container body is inserted through the opening, the form rests against the bottom of the lip of the container at the bottom of the stack. When the form is then folded over the stack, the form rests against the top of the lip of the container at the top of the stack. The form or blank also comprises one or more longitudinally-extending sections adapted to be folded to span the space on one side between the form portions that are adjacent to the lips of the containers at the bottom and top of the stack, and laterally-extending flaps that are adapted to be folded to span the spaces between the form portions on two other sides adjacent to the one side, to fully enclose the folded form around the lips of the stack of containers.
    • 用于一个或多个唇形容器的包装形式或坯件,其中每个容器具有向外延伸超过容器主体的周边的上唇,并且其中容器已经放置在另一个内部以形成嵌套的堆叠构型。 该形式或坯件是细长的平坦结构,其限定了开口的尺寸和形状,使得当容器主体插入穿过开口时,该形式抵靠在堆叠底部的容器的唇缘的底部。 当形式然后在堆叠上折叠时,该形式抵靠在堆叠顶部的容器的唇缘的顶部。 该形式或坯料还包括一个或多个纵向延伸的部分,其适于折叠以跨越在堆叠的底部和顶部处与容器的唇缘相邻的形状部分之间的一侧上的空间,并且横向延伸 适于折叠以跨越与一侧相邻的另外两个侧面上的形状部分之间的空间的折片,以将折叠的形式完全包围在容器堆叠的嘴唇周围。
    • 10. 发明申请
    • Analog encoder
    • 模拟编码器
    • US20050179717A1
    • 2005-08-18
    • US10779074
    • 2004-02-14
    • William EatonSteven SoarNgoc-Diep Nguyen
    • William EatonSteven SoarNgoc-Diep Nguyen
    • B41J2/01B41J11/42B41J19/18G01D5/244B41J29/393
    • G01D5/2448
    • An analog encoder of one embodiment of the invention is disclosed that includes an input mechanism, a digital signal processing mechanism, and an output mechanism. The input mechanism is to receive and digitize different analog encoder signals. The digital signal processing mechanism is to generate inverse analog encoder signals from the different analog encoder signals, and to apply dynamically changeable gain and offset corrections in real-time. The output mechanism is to generate digital quadrature signals from crossing points among the analog encoder signals and the inverse analog encoder signals, and a position value based on a direction of the digital quadrature signals for external access.
    • 公开了一种包括输入机构,数字信号处理机构和输出机构的本发明的一个实施例的模拟编码器。 输入机制是接收和数字化不同的模拟编码器信号。 数字信号处理机制是从不同的模拟编码器信号产生逆模拟编码器信号,并实时应用动态可变增益和偏移校正。 输出机制是从模拟编码器信号和反模拟编码器信号之间的交叉点生成数字正交信号,并且基于用于外部访问的数字正交信号的方向的位置值。