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    • 2. 发明授权
    • Centrifuging process for forming fibers
    • 用于形成纤维的离心工艺
    • US5688302A
    • 1997-11-18
    • US502038
    • 1995-07-12
    • James G. Snyder
    • James G. Snyder
    • C03B37/04
    • C03B37/048Y10S264/28
    • The method for forming fibers by introducing molten material into a spinner having a peripheral wall having a plurality of orifices and centrifuging the molten material through the orifices to create fibers, discharging gases from an opening in a first annular blower, the first blower positioned radially outward from the spinner, and where the gases from the first annular blower converge radially inwardly with respect to the spinner axis to partially attenuate the fibers and influence the flow path of the fibers towards a direction parallel to the spinner axis, and discharging gases from an opening in a second annular blower, the second blower being positioned radially outward from the first blower, and where the gases from the second annular blower converge radially inwardly with respect to the spinner axis to complete the attenuation of the fibers and influence the flow path of the fibers.
    • 通过将熔融材料引入到具有多个孔的周壁的旋转器中并通过孔离心熔融材料以产生纤维,从第一环形鼓风机中的开口排出气体,将第一鼓风机径向向外定位,形成纤维的方法 并且来自第一环形鼓风机的气体相对于旋转器轴线径向向内收敛,以部分地减弱纤维并且使纤维的流动路径朝着平行于旋转轴的方向受到影响,并且从开口 在第二环形鼓风机中,第二鼓风机从第一鼓风机径向向外定位,并且其中来自第二环形鼓风机的气体相对于旋转轴线径向向内收敛,以完成纤维的衰减并影响纤维的流动路径 纤维。
    • 4. 发明授权
    • Seal assembly for high temperature bipolar Li alloy metal sulfide battery
    • 密封组件用于高温双极性Li合金金属硫化物电池
    • US5578394A
    • 1996-11-26
    • US602005
    • 1996-02-15
    • Salah M. OweisJames G. SnyderLouis A. D'Ussel
    • Salah M. OweisJames G. SnyderLouis A. D'Ussel
    • H01M2/08H01M6/48H01M10/39
    • H01M10/399H01M2/08H01M6/48
    • Flanged U-shaped cup members abut the exterior of the negative electrode and positive electrode of a Li alloy/FeS.sub.x multi-cell battery array and function to form a peripherally sealed structural enclosure for these elements, while capturing and maintaining ceramic seal rings between respective flanges. The flanged cup-like members act in conjunction with either back-to-back similarly shaped and sized inverted flanged cup-like members or C-shaped upper and lower spacer rings whose vertical height is double that of the electrodes. At least one of the flanges of the electrode containment structure extends radially outwardly and downwardly oblique from the other flange of the C-shaped support structure, and the periphery thereof is welded to the periphery of a similar diameter juxtaposed cell cover ring to form a complete multi-cell envelope for the battery by welding of two seal assemblies together.
    • 法兰的U形杯构件邻接Li合金/ FeSx多单元电池阵列的负极和正极的外部,并且用于形成用于这些元件的外围密封的结构外壳,同时在相应的凸缘之间捕获并保持陶瓷密封环 。 带凸缘的杯状构件与背对背相似形状和尺寸的倒置凸缘杯状构件或C形上下间隔环一起起作用,其垂直高度是电极的两倍。 电极容纳结构的至少一个凸缘从C形支撑结构的另一个凸缘径向向外并向下倾斜,并且其周边焊接到类似直径并置的电池盖环的周边以形成完整的 通过将两个密封组件焊接在一起的电池的多单元包络。
    • 5. 发明授权
    • High performance kraft facing for fiberglass insulation
    • 高性能牛皮纸面对玻璃纤维绝缘
    • US06815380B2
    • 2004-11-09
    • US09894671
    • 2001-06-27
    • James G. Snyder
    • James G. Snyder
    • B32B1702
    • B32B17/02B32B19/02B32B19/04B32B27/08B32B27/10B32B27/32B32B37/04B32B2307/304B32B2307/7242B32B2315/14B32B2317/122B32B2323/043B32B2323/046B32B2323/10E04B1/7662E04B1/78E04B1/94E04B2001/743F16L59/029Y02A30/246Y10T442/2992Y10T442/674Y10T442/678
    • A process for preparing a fiberglass insulation product, including the steps of: (a) providing a layer of kraft paper, (b) coating the kraft paper layer with from 2 to 10 pounds of HDPE or of polypropylene per 3000 square feet of the paper to form an HDPE-kraft laminate or a polypropylene-kraft laminate, (c) coating the HDPE-kraft or polypropylene-kraft laminate with from 3 to 10 pounds of LDPE per 3000 square feet of the HDPE-kraft laminate or polypropylene-kraft laminate to form an LDPE-HDPE-kraft laminate or an LDPE-polypropylene-kraft laminate, (d) adjusting the temperature of the LDPE-HDPE-kraft laminate or the LDPE-polypropylene-kraft laminate so that the LDPE becomes tacky while the HDPE or polypropylene remains solid, (e) providing a layer of fiberglass wool, and (f) contacting the LDPE layer of the LDPE-HDPE-kraft laminate or of the LDPE-polypropylene-kraft laminate with the fiberglass wool layer with pressure and cooling to bond the LDPE-HDPE-kraft laminate or LDPE-polypropylene-kraft laminate to the fiberglass wool layer to form a fiberglass insulation product.
    • 一种制备玻璃纤维绝缘产品的方法,包括以下步骤:(a)提供一层牛皮纸,(b)用每1000平方英尺纸张2至10磅HDPE或聚丙烯涂覆牛皮纸层 以形成HDPE-牛皮纸层压板或聚丙烯 - 牛皮纸层压板,(c)用每1000平方英尺HDPE-牛皮纸层压板或聚丙烯 - 牛皮纸层压板的3至10磅LDPE涂覆HDPE-牛皮纸或聚丙烯 - 牛皮纸层压板 以形成LDPE-HDPE-牛皮纸层压板或LDPE-聚丙烯 - 牛皮纸层压板,(d)调节LDPE-HDPE-牛皮纸层压板或LDPE-聚丙烯 - 牛皮纸层压板的温度,使得LDPE变粘,而HDPE或 聚丙烯保持固体,(e)提供一层玻璃纤维羊毛,和(f)将LDPE-HDPE-牛皮纸层压板或LDPE-聚丙烯 - 牛皮纸层压板的LDPE层与玻璃纤维棉绒层接触,压力和冷却键合 LDPE-HDPE-牛皮纸层压板或LDPE-聚丙基 将牛皮纸层压到玻璃纤维羊毛层以形成玻璃纤维绝缘产品。
    • 7. 发明授权
    • High efficiency loose multi-foil thermal insulation structure with
integral load bearing system
    • 高效松散多层保温结构,具有整体承载系统
    • US5651255A
    • 1997-07-29
    • US595915
    • 1996-02-06
    • Salah M. OweisJames G. SnyderLouis d'UsselDenis Virey
    • Salah M. OweisJames G. SnyderLouis d'UsselDenis Virey
    • F16L59/02F17C11/00
    • F16L59/027
    • A loosely wrapped multi-layer thermal insulation structure is provided by coextensively winding, a continuous thin metal foil and a superimposed continuous low thermal conductivity porous material spacer about a mandrel, preferably functioning as an inner metallic shell for such loosely wound metal foil and spacer assembly. A plurality of narrow low thermal conductivity porous material strips are interposed between adjacent turns of the spiral wound metal foil and spacer assembly at laterally spaced positions throughout the assembly to form localized, narrow dense wound material areas defining an integral load-bearing system for the thermal insulation structure. Longitudinally extending permanent getter material strips may be bonded to the outer peripheral surface of the inner metallic shell defining gas passages for gas diffusion within the metal foil and spacer assembly. The metal foil may be perforated to facilitate that action.
    • 松散缠绕的多层保温结构通过共轴缠绕,连续的薄金属箔和围绕心轴的叠加的连续的低导热性多孔材料隔离件提供,优选用作用于这种松散卷绕的金属箔和间隔件组件的内部金属壳 。 多个狭窄的低导热性多孔材料条被插入在螺旋缠绕的金属箔和间隔件组件的相邻匝之间的横向间隔位置处,以在整个组件中形成局部的,窄的致密的卷绕材料区域,其限定用于热的整体式承载系统 绝缘结构。 纵向延伸的永久吸气材料条可以结合到内金属外壳的外周表面,该内金属外壳限定用于在金属箔和间隔件组件内气体扩散的气体通道。 金属箔可以被穿孔以便于该作用。
    • 9. 发明授权
    • Fiber manufacturing spinner and fiberizer
    • 纤维制造旋转器和纤维化器
    • US5582841A
    • 1996-12-10
    • US435010
    • 1995-05-04
    • William A. WattonJames G. Snyder
    • William A. WattonJames G. Snyder
    • C03B37/04C03B37/075D01D5/18
    • C03B37/045C03B37/0753
    • A fiber manufacturing apparatus including a spinner, fixed to one end of a rotatable shaft and equipment for supplying at least one molten thermoplastic material to the spinner is provided. The spinner includes a radial wall and an outer peripheral wall. The radial wall extends radially out from the shaft and has an outer periphery. The peripheral wall is disposed around the outer periphery of the radial wall and has a plurality of orifices for centrifuging fibers from at least one molten thermoplastic material. The spinner is operatively adapted to be radially balanced during the centrifuging operation. By being so balanced, the spinner is less likely to exhibit temperature induced deformation that introduces undesirable process variables during the fiber manufacturing process.
    • 提供了一种纤维制造设备,其包括固定到可旋转轴的一端的旋转器和用于将至少一种熔融热塑性材料供应到旋转器的设备。 旋转器包括径向壁和外周壁。 径向壁从轴向径向延伸并具有外周。 周壁设置在径向壁的外周周围,并且具有多个用于从至少一种熔融热塑性材料离心纤维的孔。 旋转器可操作地适于在离心操作期间径向平衡。 通过平衡,旋转器不太可能表现出在纤维制造过程中引起不期望的工艺变量的温度诱导变形。
    • 10. 发明授权
    • Fiber manufacturing spinner and fiberizer
    • 纤维制造旋转器和纤维化器
    • US5785996A
    • 1998-07-28
    • US757203
    • 1996-11-27
    • James G. Snyder
    • James G. Snyder
    • C03B37/04D01D5/18D01D5/30
    • C03B37/045D01D5/18D01D5/30Y02P40/57
    • A fiber manufacturing apparatus including a spinner, mounted on one end of a rotatable shaft, and a source supplying two streams of at least one molten thermoplastic material to the spinner. The spinner includes a radial extension, a radial wall, and an outer peripheral wall. The radial extension is mounted to and extends radially out from the shaft. The radial wall is mounted to and extends radially out from the radial extension. The radial wall includes an upper surface, a lower surface, and an outer periphery. The peripheral wall is disposed around the outer periphery of the radial wall and has a plurality of orifices for centrifuging fibers from at least one molten thermoplastic material. During the operation of the spinner, the radial extension directs one stream of molten thermoplastic material through at least one flow hole to the lower surface of the radial wall and to orifices of the peripheral wall. As the spinner rotates, another stream of molten thermoplastic material is deposited directly onto the upper surface of the radial wall and travels along the upper surface to orifices of the peripheral wall. The spinner is radially balanced during the centrifuging operation and is less susceptible to thermal stress induced cracking.
    • 一种纤维制造设备,包括安装在可旋转轴的一端上的旋转器,以及向旋转器供应至少一种熔融热塑性材料的两股流的源。 旋转器包括径向延伸部,径向壁和外周壁。 径向延伸部安装到轴上并从轴向径向延伸。 径向壁安装到径向延伸部并径向延伸。 径向壁包括上表面,下表面和外周边。 周壁设置在径向壁的外周周围,并且具有多个用于从至少一种熔融热塑性材料离心纤维的孔。 在旋转器的操作期间,径向延伸部将熔融热塑性材料流引导通过至少一个流动孔到径向壁的下表面和周壁的孔。 当旋转器旋转时,另一条熔融热塑性材料流直接沉积在径向壁的上表面上,并沿上表面移动到周壁的孔口。 旋转器在离心操作期间径向平衡,并且不易受热应力引起的开裂。