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    • 11. 发明授权
    • System for sealing a packaging wrapper
    • 用于密封包装包装的系统
    • US07472529B2
    • 2009-01-06
    • US11209135
    • 2005-08-22
    • Steve JohnsonRichard TaylorCurt Davis
    • Steve JohnsonRichard TaylorCurt Davis
    • B65B53/06
    • B29C65/10B29C66/1122B29C66/43B29C66/43121B29C66/73921B29C66/80B29C66/8266B29L2031/7162B65B51/20
    • A system for sealing a packaging wrapper around an object directs a flow of heated air to end flaps of the wrapper to move the end flaps into sealing contact with a body section of the wrapper to substantially enclose the object. The system includes an oven, a conveyor, a source of heated air and a means for deflecting the flow of heated air to the conveyor to seal end flaps of the wrapper with a body section of the wrapper. In use, an object surrounded by the wrapper body section is moved through the oven on a conveying surface of the conveyor, and heated air is moved through the oven bypassing the conveying surface to a region below the conveying surface. The heated air flow then encounters the means for deflecting the heated air flow, which directs the air flow upward and through the conveying surface to impact and move the end flaps into sealing contact with the wrapper body section.
    • 用于将包装物封闭在物体周围的系统将加热的空气流引导到包装纸的端部折片上,以使端部翼片与包裹物的主体部分密封接触以基本上包围物体。 该系统包括烤箱,输送机,加热空气源和用于将加热的空气流偏转到输送机的装置,以用包装纸的主体部分密封包装纸的端部折片。 在使用中,由包裹体部分包围的物体在输送机的输送面上移动通过烤箱,并且加热的空气通过旁路输送表面的烘箱移动到输送表面下方的区域。 加热的空气流然后遇到用于偏转加热的空气流的装置,其引导空气流向上并通过输送表面以冲击和移动端翼片与密封接触包裹主体部分。
    • 12. 发明授权
    • Power sourcing unit for power over ethernet system
    • 供电以太网供电单元
    • US07316586B2
    • 2008-01-08
    • US10843216
    • 2004-05-11
    • John AndersonGordon P. ClarkLoren J. MattsonSteve Johnson
    • John AndersonGordon P. ClarkLoren J. MattsonSteve Johnson
    • H01R25/00
    • H04L12/10G06F2221/2129
    • A power sourcing unit for a power over ethernet system. The unit includes a chassis with a power supply guide and a CPU guide, and a power supply including a power supply connector. The unit also includes a printed circuit board including first and second connectors and being coupled to a plurality of RJ-45 jacks, and a CPU line card including a CPU connector. The power supply guide engages the power supply to allow the power supply to be slid into and out of the unit to couple the power supply connector to the first connector of the printed circuit board. The CPU guide engages the CPU line card to allow the CPU line card to be slid into and out of the unit to couple the CPU connector to the second connector of the printed circuit board. The CPU line card allows the unit to be coupled to a network. Multiple power sourcing units can be daisy-chained together.
    • 用于以太网供电系统的电源单元。 该单元包括具有电源引导件和CPU引导件的机箱以及包括电源连接器的电源。 该单元还包括包括第一和第二连接器并且耦合到多个RJ-45插孔的印刷电路板,以及包括CPU连接器的CPU线卡。 电源引导件接合电源以允许电源滑入和移出单元以将电源连接器耦合到印刷电路板的第一连接器。 CPU引导件与CPU线卡卡合,允许CPU线卡滑入和移出单元,将CPU连接器连接到印刷电路板的第二个连接器。 CPU线卡允许单元耦合到网络。 多个电源单元可以菊花链连接在一起。
    • 16. 发明授权
    • Matte ink composition and method of use
    • 哑光墨水组合物和使用方法
    • US06245136B1
    • 2001-06-12
    • US09309112
    • 1999-05-10
    • Steve Johnson, Jr.
    • Steve Johnson, Jr.
    • C09D1100
    • C09D11/03
    • A matte ink composition and method for using the composition to produce a superior matte-gloss contrast finish. The matte ink composition comprises (1) an oleoresinous component, (2) a matte agent to impart a matte finish, (3) a cobalt catalyst to accelerate drying of the composition, and (4) an etching agent to condition a gloss surface to promote adherence of the ink composition to the gloss surface. To prepare a matte-gloss finish according to the present invention, a printing substrate is first coated with a gloss film lamination and, after the gloss coating has adequately dried, the matte ink composition of the present invention is lithography printed onto the gloss surface. This novel matte ink composition provides a superior matte-gloss contrast finish without the need for specialized UV equipment and procedures. Further, the matte ink composition of the present invention and its method of use allow substantially finer matte-gloss contrast detailing than attainable by presently used UV ink compositions and methods for forming a matte-gloss finish.
    • 一种无光泽油墨组合物和使用该组合物以产生优异的无光泽对比度的方法。 无光泽油墨组合物包含(1)油性树脂组分,(2)赋予无光泽的无光泽剂,(3)钴催化剂以加速组合物的干燥,和(4)蚀刻剂以将光泽表面调节至 促进油墨组合物对光泽表面的粘附。 为了制备根据本发明的无光泽光洁度,首先将印刷基材涂覆有光泽层压,并且在光泽涂层充分干燥之后,将本发明的无光泽油墨组合物光刻印刷到光泽表面上。 这种新颖的无光泽墨水组合物提供了优异的无光泽对比度,而不需要专门的UV设备和程序。 此外,本发明的无光泽油墨组合物及其使用方法可以实现比目前使用的UV油墨组合物和形成无光泽光洁度的方法可获得的基本上更细的无光泽对比度细节。