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    • 1. 发明授权
    • Expanded fiber composite structure having a cylindrical shape and useful
as a filter
    • 具有圆柱形并且可用作过滤器的膨胀纤维复合结构
    • US5273818A
    • 1993-12-28
    • US784617
    • 1991-10-29
    • Bang M. KimDonald E. Woodmansee
    • Bang M. KimDonald E. Woodmansee
    • B29B15/10B29C44/56B29C70/12B29C70/66C08J9/00D04H1/58B01D24/00B01D29/085
    • B29C70/66B29C44/5618B29C70/12C08J9/0085B29K2105/165Y10S428/906Y10T428/24777Y10T428/24992Y10T428/249953Y10T428/249961Y10T428/249981Y10T428/249986Y10T442/2361Y10T442/2926Y10T442/2984Y10T442/60Y10T442/655
    • An expanded fiber composite structure and process for making an expanded fiber composite structure are provided. The expanded fiber composite structure is made up of a fiber mat held in partial compression by a monolithic plastic coating on the fibers, the structure having a plurality of interstitial voids which may optionally be filled with a polymeric interstitial material. The process includes impregnating a fiber mat with a plastic material, compressing the mat to impregnate the mat with the plastic, fully wetting each fiber and creating a substantially void-free fiber/plastic matrix, and reducing the compressive forces on the mat, allowing the fibers to rebound and expand the mat to a predetermined desired thickness, in the process creating the interstitial voids. The structure is then cooled such that the plastic material stiffens and itself retains the structure at the desired thickness. The process optionally employs the addition of a molten polymeric material to the expanded or lofted mat, the material filling the interstitial voids in the structure. The composite structure may optionally be produced from a fully compressed plastic-impregnated fiber mat by heating to a temperature sufficient to loft the material and controlling the amount of lofting after the heat is applied.
    • 提供了一种膨胀纤维复合结构和制造膨胀纤维复合结构的方法。 膨胀纤维复合结构由纤维垫组成,纤维垫通过纤维上的整体塑料涂层部分压缩,该结构具有多个间隙,其可选地填充有聚合物间隙材料。 该方法包括用塑料材料浸渍纤维垫,压缩垫以用塑料浸渍垫,完全润湿每个纤维并产生基本上无空隙的纤维/塑料基质,并减少垫上的压缩力,从而允许 在产生间隙空隙的过程中使纤维回弹并将垫膨胀到预定的期望厚度。 然后将结构冷却,使得塑料材料变硬并且本身将结构保持在期望的厚度。 该方法任选地将熔融聚合物材料添加到膨胀垫片或放松垫中,该填充材料填充结构中的间隙空隙。 复合结构可以任选地由完全压缩的浸渍塑料的纤维垫通过加热到足以使材料隆起的温度并且在施加热量之后控制放样量。
    • 2. 发明授权
    • Expanded fiber composite structure for use in a charged air filter
    • 用于带电空气过滤器的膨胀纤维复合结构
    • US5397630A
    • 1995-03-14
    • US993266
    • 1992-12-18
    • Bang M. KimDonald E. Woodmansee
    • Bang M. KimDonald E. Woodmansee
    • B29B15/10B29C44/56B29C70/12B29C70/66C08J9/00B32B23/02B01D39/12B03C3/02
    • B29C70/66B29C44/5618B29C70/12C08J9/0085B29K2105/165Y10S428/906Y10T428/24777Y10T428/24992Y10T428/249953Y10T428/249961Y10T428/249981Y10T428/249986Y10T442/2361Y10T442/2926Y10T442/2984Y10T442/60Y10T442/655
    • An expanded fiber composite structure and process for making an expanded fiber composite structure are provided. The expanded fiber composite structure is made up of a fiber mat held in partial compression by a monolithic plastic coating on the fibers, the structure having a plurality of interstitial voids which may optionally be filled with a polymeric interstitial material. The process includes impregnating a fiber mat with a plastic material, compressing the mat to impregnate the mat with the plastic, fully wetting each fiber and creating a substantially void-free fiber/plastic matrix, and reducing the compressive forces on the mat, allowing the fibers to rebound and expand the mat to a predetermined desired thickness, in the process creating the interstitial voids. The structure is then cooled such that the plastic material stiffens and itself retains the structure at the desired thickness. The process optionally employs the addition of a molten polymeric material to the expanded or lofted mat, the material filling the interstitial voids in the structure. The composite structure may optionally be produced from a fully compressed plastic-impregnated fiber mat by heating to a temperature sufficient to loft the material and controlling the amount of lofting after the heat is applied.
    • 提供了一种膨胀纤维复合结构和制造膨胀纤维复合结构的方法。 膨胀纤维复合结构由纤维垫组成,纤维垫通过纤维上的整体塑料涂层部分压缩,该结构具有多个间隙,其可选地填充有聚合物间隙材料。 该方法包括用塑料材料浸渍纤维垫,压缩垫以用塑料浸渍垫,完全润湿每个纤维并产生基本上无空隙的纤维/塑料基质,并减少垫子上的压缩力,从而允许 在产生间隙空隙的过程中使纤维回弹并将垫膨胀到预定的期望厚度。 然后将结构冷却,使得塑料材料变硬并且本身将结构保持在期望的厚度。 该方法任选地将熔融聚合物材料添加到膨胀垫片或放松垫中,该填充材料填充结构中的间隙空隙。 复合结构可以任选地由完全压缩的浸渍塑料的纤维垫通过加热到足以使材料隆起的温度并且在施加热量之后控制放样量。
    • 3. 发明授权
    • Apparatus for coating fibers with thermoplastics
    • 用热塑性塑料涂覆纤维的装置
    • US5134959A
    • 1992-08-04
    • US631533
    • 1990-12-21
    • Donald E. WoodmanseeBang M. Kim
    • Donald E. WoodmanseeBang M. Kim
    • B29B15/10C03C25/14D06M23/08
    • D06M23/08B29B15/12C03C25/143
    • A process for forming a thermoplastic resin coating on glass fibers comprises heating a thermoplastic resin powder until molten and applying it to the glass fibers. The coated fibers can then be heated and drawn into a desired shape which also removes resin. Then the coated fibers are cooled to make a preform. The coated fiber preform can then be molded. Several resin layers with glass fibers of varying lengths can be deposited to make a graded preform. Apparatus for forming a thermoplastic resin on glass fibers sprays hot thermoplastic powder on the glass fibers. The coated fibers can then be heated such as by IR lamps and then drawn through a die which has a spigot to remove excess plastic. Alternately, a plurality of plastic and glass fiber layers can be deposited on a veil.
    • 在玻璃纤维上形成热塑性树脂涂层的方法包括将热塑性树脂粉末加热至熔融并将其施加到玻璃纤维上。 然后可以将涂覆的纤维加热并拉制成也去除树脂的所需形状。 然后将涂覆的纤维冷却以制成预制件。 然后可以模制涂覆的纤维预制棒。 可以沉积具有不同长度的玻璃纤维的几个树脂层以制备渐变预制件。 用于在玻璃纤维上形成热塑性树脂的装置在玻璃纤维上喷射热的热塑性粉末。 然后可以例如通过IR灯加热涂覆的纤维,然后通过具有插口的模具拉出以去除多余的塑料。 或者,多个塑料和玻璃纤维层可以沉积在面纱上。
    • 4. 发明授权
    • Method and apparatus for continuous microwave regeneration of adsorbents
    • 吸附剂连续微波再生的方法和装置
    • US5367147A
    • 1994-11-22
    • US18474
    • 1993-02-16
    • Bang M. KimJames J. Carroll, Sr.Donald E. Woodmansee
    • Bang M. KimJames J. Carroll, Sr.Donald E. Woodmansee
    • F27B9/24F27D99/00H05B6/80H05B6/78
    • H05B6/78F27B9/243H05B6/642F27D2099/0048
    • Apparatus and method for regenerating saturated adsorbents using microwave energy. A saturated adsorbent, such as activated carbon, is fed onto a continuously moving conveyor belt. The conveyor belt transports the carbon to a microwave cavity where the carbon is exposed to microwave energy. The cavity is defined by a containment enclosure which is sealed to prevent radiation leakage. The carbon is heated to a sufficient temperature to cause the contaminants to desorb. The system also includes vents for removing the desorbed contaminants and a holder for receiving the treated carbon discharged from the belt. The microwave cavity may be divided into a number of heating compartments so that the carbon on the belt is heated to different temperatures in each compartment. Each compartment is separately vented, thereby allowing selective recovery of the different contaminants in the carbon.
    • 使用微波能量再生饱和吸附剂的装置和方法。 将饱和吸附剂(例如活性炭)供给到连续移动的传送带上。 输送带将碳输送到微波腔,其中碳暴露于微波能量。 空腔由密封的密封件限定,以防止辐射泄漏。 将碳加热到足够的温度以使污染物解吸。 该系统还包括用于除去解吸污染物的通风口和用于接收从带排出的经处理的碳的保持器。 微波腔可以分成多个加热室,使得带上的碳被加热到每个隔室中的不同温度。 每个隔室都分开排出,从而允许选择性回收碳中的不同污染物。
    • 5. 发明授权
    • Process for making an expanded fiber composite structure
    • 制造膨胀纤维复合结构的方法
    • US5145615A
    • 1992-09-08
    • US715283
    • 1991-06-13
    • Bang M. KimDonald E. Woodmansee
    • Bang M. KimDonald E. Woodmansee
    • B29B15/10B29C44/56B29C70/12B29C70/66C08J9/00
    • C08J9/0085B29C44/5618B29C70/12B29C70/66B29K2105/165
    • A process for forming an expanded fiber composite structure. The process includes impregnating a fiber mat with a plastic material, compressing the mat to impregnate the mat with the plastic, fully wetting each fiber and creating a substantially void-free fiber/plastic matrix, and reducing the compressive forces on the mat, allowing the fibers to rebound and expand the mat to a predetermined desired thickness, in the process creating interstitial voids. The structure is then cooled such that the plastic material stiffens and itself retains the structure at the desired thickness. The process optionally employs the addition of a molten polymeric material to the expanded or lofted mat, the material filling the interstitial voids in the structure. A composite structure may optionally be produced from a fully compressed plastic-impregnated fiber mat by heating to a temperature sufficient to loft the material and controlling the amount of lofting after the heat is applied.
    • 一种形成发泡纤维复合结构的方法。 该方法包括用塑料材料浸渍纤维垫,压缩垫以用塑料浸渍垫,完全润湿每个纤维并产生基本上无空隙的纤维/塑料基质,并减少垫子上的压缩力,从而允许 纤维在弹性过程中回弹并将垫膨胀到预定的期望厚度,产生间隙空隙。 然后将结构冷却,使得塑料材料变硬并且本身将结构保持在期望的厚度。 该方法任选地将熔融聚合物材料添加到膨胀垫片或放松垫中,该填充材料填充结构中的间隙空隙。 复合结构可以任选地由完全压缩的浸渍塑料的纤维垫通过加热到足以使材料隆起的温度并且在施加热量之后控制放样量。
    • 7. 发明授权
    • Method and apparatus for coating fibers with thermoplastics
    • 用热塑性塑料涂覆纤维的方法和设备
    • US5006373A
    • 1991-04-09
    • US367913
    • 1989-06-19
    • Donald E. WoodmanseeBang M. Kim
    • Donald E. WoodmanseeBang M. Kim
    • B29B15/10C03C25/14D06M23/08
    • D06M23/08B29B15/12C03C25/143
    • A process for forming a thermoplastic resin coating on glass fibers comprises heating a thermoplastic resin powder until molten and applying it to the glass fibers. The coated fibers can then be heated and drawn into a desired shape which also removes resin. Then the coated fibers are cooled to make a preform. The coated fiber preform can then be molded. Several resin layers with glass fibers of varying lengths can be deposited to make a graded preform. Apparatus for forming a thermoplastic resin on glass fibers sprays hot thermoplastic powder on the glass fibers. The coated fibers can then be heated such as by IR lamps and then drawn through a die which has a spigot to remove excess plastic. Alternately, a plurality of plastic and glass fiber layers can be deposited on a veil.
    • 在玻璃纤维上形成热塑性树脂涂层的方法包括将热塑性树脂粉末加热至熔融并将其施加到玻璃纤维上。 然后可以将涂覆的纤维加热并拉制成也去除树脂的所需形状。 然后将涂覆的纤维冷却以制成预制件。 然后可以模制涂覆的纤维预制棒。 可以沉积具有不同长度的玻璃纤维的几个树脂层以制备渐变预制件。 用于在玻璃纤维上形成热塑性树脂的装置在玻璃纤维上喷射热的热塑性粉末。 然后可以例如通过IR灯加热涂覆的纤维,然后通过具有插口的模具拉出以去除多余的塑料。 或者,多个塑料和玻璃纤维层可以沉积在面纱上。
    • 10. 发明授权
    • Soil washing process using polymeric sorbents
    • 使用聚合物吸附剂进行土壤清洗
    • US5514218A
    • 1996-05-07
    • US317054
    • 1994-10-03
    • Donald E. WoodmanseeYoussef El-Shoubary
    • Donald E. WoodmanseeYoussef El-Shoubary
    • B03B9/00B09C1/02B08B7/00B08B7/04
    • B09C1/02B03B9/00
    • Contaminated material is decontaminated using a process in which fractions of the contaminated material are sequentially exposed to a polymeric sorbent to enhance removal of contaminants. The contaminated material is first converted into a slurry which may be divided into a sand slurry and a slimes slurry. A quantity of large polymeric sorbent particles are first contacted with the slimes slurry and then separated and contacted with the sand slurry. The sorbent particles are then separated from the sand slurry which is exposed to the action of a flotation cell. The concentrate removed from the flotation cell is then exposed to the polymeric sorbent particles. At least a portion of the sorbent particles are then thermally regenerated and recycled. One preferred material for the polymeric sorbent is nitrile-butadiene rubber.
    • 污染的材料使用其中污染的材料的部分依次暴露于聚合物吸附剂以增强污染物的去除的方法去污染。 被污染的材料首先被转化成可以分为砂浆和泥浆的浆料。 首先将一定数量的大型聚合物吸附剂颗粒与泥浆混合,然后与砂浆分离并接触。 然后将吸附剂颗粒与暴露于浮选槽的作用的砂浆分离。 然后将从浮选槽中除去的浓缩物暴露于聚合物吸附剂颗粒。 然后将至少一部分吸附剂颗粒热再生并再循环。 聚合物吸附剂的一种优选材料是腈 - 丁二烯橡胶。