首页> 外国专利> Method and System for NIR spectroscope Online Monitor and control the levels of Solid Additives during the continuous production of a Composition of resin and Wood

Method and System for NIR spectroscope Online Monitor and control the levels of Solid Additives during the continuous production of a Composition of resin and Wood

机译:近红外光谱仪在线连续监测树脂和木材组合物过程中固体添加剂含量的方法和系统

摘要

The Method comprises: a) generate a Calibration on NIR spectral data of Training samples to Correlate quantitatively Spectral results with the Solids concentration of the Additive; (b) Radiate with NIR Flow of feed additiveThat is an unknown quantity of solids in a Succession of different values of Wavelength NIR Spectral Range covering a selected; (c) predict using Calibration and spectral data.A Solids concentration of the Additive; (d) compare the concentration of solids in the feed additive with a previously selected Target value; and adjusting at least one of the process variable (rate of application of Wax or resin compositions for the pieces of Wood in the mixer) effect ING to compensate for any difference between the values of certain Solids concentration dAnd the expected goal and selected Additives when compared in (d); (f) MIX Resin, Wax, Wood pieces and Moisture, to obtain the composition in a Mixer, hot pressing; (g) the composition of resin and Wood; and (H) repeat (b) to (e). The Resin is a Resin phenol formaldehyde or isocyanate Liquid.The system includes: Generator software NIR spectroscopic Instrumentation; Calibration; controller for adjusting the process variables; Mixer; (f) a Team Assembler of Multilayer stacks the composition; and a Hot Press for (g)
机译:该方法包括:a)在训练样品的NIR光谱数据上生成校准,以将光谱结果与添加剂的固体浓度进行定量关联; (b)用NIR辐射进料添加剂流动是覆盖选定区域的一系列不同波长NIR光谱范围的连续值中未知数量的固体; (c)使用校准和光谱数据预测添加剂的固体浓度; (d)将饲料添加剂中的固体浓度与先前选择的目标值进行比较;并调整至少一个工艺变量(混合器中木材蜡或树脂组合物在混合器中的施用率)影响ING,以补偿某些固形物浓度d值与预期目标和所选添加剂之间的任何差异在(d)中; (f)混合树脂,蜡,木片和水分,在混合机中热压得到组合物; (g)树脂和木材的组成; (H)重复(b)至(e)。该树脂是一种树脂酚醛或异氰酸酯液体。该系统包括:生成器软件NIR光谱仪;校准;用于调节过程变量的控制器;混合器; (f)多层团队组装人员将作品堆叠起来;和热压(g)

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号