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    • 6. 发明授权
    • Paper sorting system
    • 纸张分拣系统
    • US06250472B1
    • 2001-06-26
    • US09301992
    • 1999-04-29
    • Michael R. GrubbsGarry R. KennyPaul G. Gaddis
    • Michael R. GrubbsGarry R. KennyPaul G. Gaddis
    • B07C500
    • B65H29/62B03B9/061B07B9/00B07C5/02B65H29/245B65H29/66B65H2301/44514D21B1/028
    • The present invention includes devices and methods for handling and sorting paper. Devices for accelerating and spreading paper from a paper input to a sensor are disclosed. Operably thin layers of paper are passed through a sensor at cost effective feed rates. One embodiment of the invention includes a spreader positioned to receive paper from the input and an inclined feed section downstream of the spreader. The inclined feed section includes first and second inclined conveyors to further accelerate and spread the paper. A feed accelerator is operably positioned to receive paper from the second inclined conveyor. The feed accelerator further accelerates and separates the paper. The feed accelerator feeds the paper to the sensor which is operably connected to an ejector downstream of the sensor. Targeted paper is ejected from the paper stream and product paper continues downstream to a product conveyor.
    • 本发明包括用于处理和分类纸的装置和方法。 公开了用于从纸输入到传感器加速和传播纸张的装置。 可操作的薄层纸以成本有效的进料速率通过传感器。 本发明的一个实施例包括定位成从输入端接收纸张的吊具和在撒布机下游的倾斜进料部分。 倾斜进给部分包括第一和第二倾斜输送机,以进一步加速和扩展纸张。 进料加速器可操作地定位成从第二倾斜输送机接收纸张。 进料加速器进一步加速和分离纸张。 进料加速器将纸张送入传感器,传感器可操作地连接到传感器下游的喷射器。 目标纸从纸流中排出,产品纸继续下游到产品输送带。
    • 8. 发明授权
    • Fiber blending system
    • 纤维混合系统
    • US5476711A
    • 1995-12-19
    • US221024
    • 1994-03-30
    • Carl HebbardLee E. Perdelwitz, Jr.Paul G. Gaddis
    • Carl HebbardLee E. Perdelwitz, Jr.Paul G. Gaddis
    • D01G13/00A61F13/15D01G25/00D04H1/70D04H13/00B32B31/06B32B31/26D04H1/54
    • A61F13/15617D04H1/4382D04H1/732Y10T156/1712Y10T442/668Y10T442/692Y10T442/698
    • A fiber blending system includes an apparatus and method of forming a mat of cellulosic fibers and synthetic fibers, as well as a mat thereby formed. The method includes the steps of fiberizing cellulosic material into cellulosic fibers in a fiberizer, volumetrically metering a metered amount of synthetic fibers, and injecting the metered amount of synthetic fibers into the cellulosic fibers. The cellulosic fibers are blended with the metered amount of synthetic fibers in a blending chamber to form a fiber blend. The fiber blend is dispersed through a fiber disperser having apertures of a preselected size and shape to provide a dispersed fiber blend. A third type of fiber may also be mixed with the dispersed fiber blend. The dispersed fiber blend is collected as a mat on a fiber collector to provide a mat of blended cellulosic and synthetic fibers. The mat may be thermobonded by a thermobonder and sandwiched between a facing sheet and a backing sheet. By varying the aperture preselection, as well as the size and type of fibers, a bonded mat having desired mat characteristics is formed.
    • 纤维混合系统包括形成纤维素纤维和合成纤维垫的装置和方法,以及由此形成的垫。 该方法包括以下步骤:将纤维素材料纤维化成纤维化纤维中的纤维素纤维,体积计量计量的合成纤维,并将计量的合成纤维注入纤维素纤维中。 将纤维素纤维与计量的合成纤维在混合室中共混以形成纤维混合物。 纤维共混物通过具有预选尺寸和形状的孔的纤维分散器分散以提供分散的纤维混合物。 第三种类型的纤维也可以与分散的纤维混合物混合。 将分散的纤维混合物作为垫收集在纤维收集器上以提供混合的纤维素和合成纤维的垫。 垫可以通过热粘合剂热粘合并夹在表面片材和背衬片材之间。 通过改变孔径预选以及纤维的尺寸和类型,形成具有所需垫特性的粘合垫。
    • 10. 发明授权
    • Cutter tooth and tool employing it
    • 切割齿和使用的工具
    • US4750396A
    • 1988-06-14
    • US936556
    • 1986-12-01
    • Paul G. GaddisDavid R. Ringlee
    • Paul G. GaddisDavid R. Ringlee
    • B23D61/06B27B33/08
    • B23D61/06Y10T83/9329Y10T83/9331Y10T83/9341
    • The present invention is a rotary tool cutter tooth having a readily replaceable cutting portion and a tool employing the tooth. The tooth consists of an elongated shank for mounting the tooth on the tool body with a cutter element being bolted to the forward end of the shank. Preferably the back face of the cutter element is vertically grooved to receive the forward end of the shank so that the two are precisely aligned and any forces which tend to rotate the cutter element during use are resisted. The face of the shank that adjoins the cutter element may further be provided with a negative or inverted step which engages a corresponding step across the groove of the cutter element. These steps interlock to resist forces which would tend to translate the cutter element radially outward when in use. The cutter element may be made of a tool steel or other hard alloy, whereas the shank is typically formed from a mild steel.
    • 本发明是一种具有易于更换的切割部分和使用牙齿的工具的旋转刀具切割齿。 该齿由用于将牙齿安装在工具主体上的细长柄组成,其中切割器元件螺栓连接到柄的前端。 优选地,切割器元件的背面是垂直开槽的,以容纳柄的前端,使得两者精确对准,并且抵抗在使用期间倾向于使切割元件旋转的任何力。 与刀片元件邻接的杆的表面还可以设置有负的或倒置的台阶,其接合穿过切割器元件的凹槽的相应台阶。 这些步骤互锁以抵抗在使用时倾向于将刀具元件径向向外平移的力。 刀具元件可以由工具钢或其他硬质合金制成,而柄通常由低碳钢制成。