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    • 5. 发明授权
    • Odor measuring apparatus
    • 气味测量仪
    • US06834530B2
    • 2004-12-28
    • US10367984
    • 2003-02-19
    • Jun-ichi KitaYoshiharu IwasakiYoshihiro AoyamaHisamitsu AkamaruHirokazu Taniguchi
    • Jun-ichi KitaYoshiharu IwasakiYoshihiro AoyamaHisamitsu AkamaruHirokazu Taniguchi
    • G01N700
    • G01N33/0031
    • The present invention proposes an odor measuring apparatus capable of determining the similarity of the odor of an unknown sample with high objectivity and performing measurements with sensitivity similar to that of the human nose. According to a mode of the invention, an m-dimensional space is created from detection signals of m pieces of odor sensors, and a standard odor vector S1 representing the result of measurement of a standard odor and another vector Sx representing the result of measurement of an unknown sample are drawn in the space. Then, from the angle &thgr; between the two vectors, a degree of similarity is determined within the range from 0 to 100%, where the degree of similarity is corrected taking account of the difference in sensitivity between the odor sensor and the human nose. The degree of similarity of the unknown odor is calculated for each of plural standard odors measured beforehand, and which standard odor is the closest to the odor of the unknown sample is objectively shown by numeral values.
    • 本发明提出一种气味测定装置,其能够以高客观度确定未知样品的气味的相似性,并进行与人鼻相似的灵敏度测定。 根据本发明的一种模式,由m个气味传感器的检测信号和表示标准气味测量结果的标准气味矢量S1产生m维空间,另一个代表测量结果的矢量Sx 在空间中绘制一个未知的样本。 然后,从两个向量之间的角度θ,在0〜100%的范围内确定相似度,其中考虑到气味传感器和人鼻之间的灵敏度差异来校正相似度。 对于预先测量的多种标准气味中的每一种计算未知气味的相似程度,并且通过数值客观地显示哪个标准气味最接近未知样品的气味。
    • 6. 发明授权
    • Highly crystalline polypropylene
    • 高结晶聚丙烯
    • US6162887A
    • 2000-12-19
    • US43886
    • 1998-03-30
    • Koji YamadaYoshiharu Iwasaki
    • Koji YamadaYoshiharu Iwasaki
    • C08F10/06C08F110/06C08F210/06C08L23/04C08L23/06C08L23/08C08L23/10C08L23/12C08L23/16C08L53/00
    • C08L23/10C08F10/06C08F110/06C08F210/06C08L23/04C08L23/06C08L23/08C08L23/12C08L23/16C08L53/00Y10T428/2913Y10T428/31938C08L2666/04C08L2666/24C08F2500/12C08F2500/20C08F2500/15C08F210/16
    • A highly crystalline polypropylene having a degree of crystallinity of at least 50.5% calculated from the heat of melting; and a relationship between a proportion f(R)of R-lamella with respect to spherulites and a weight-average molecular weight Mw which satisfies the following Formula (II). The above-mentioned proportion f(R) of R-lamella spherulites is calculated using the following Formula (I) from the birefringence .DELTA.n of crystallized spherulites obtained by melting said highly crystalline polypropylene at 230.degree. C. for 5 minutes, cooling to a temperature of 132.degree. C. at a cooling rate of 20.degree. C./minute, and then maintaining said temperature for 90 minutes. Molded articles obtained using the above-mentioned highly crystalline polypropylene or a resin composition containing the above-mentioned highly crystalline polypropylene resin are superior in rigidity, heat resistance, scratch resistance, dimensional stability, and low production of odor during molding, and can be widely used in various applications.f(R)=(-.DELTA.n+0.0351).times.100/0.0528 Formula (I)f(R)>-2.5.times.(log{Mw}-4).sup.2 +88.9 Formula (II).
    • PCT No.PCT / JP97 / 02659 Sec。 371日期1998年3月30日 102(e)1998年3月30日PCT PCT 1997年7月31日PCT公布。 第WO98 / 04600号公报 日期1998年2月5日根据熔融热计算结晶度至少为50.5%的高结晶性聚丙烯; 以及R片相对于球晶的比例f(R)与满足下式(II)的重均分子量Mw之间的关系。 使用下述式(I),从230℃下熔融所述高结晶性聚丙烯获得的结晶球晶的双折射率ΔTATA计算上述比例f(R)5分钟,冷却至 温度为132℃,冷却速度为20℃/分钟,然后保持该温度90分钟。 使用上述高结晶性聚丙烯得到的成型体或含有上述高结晶性聚丙烯树脂的树脂组合物,其成型时的刚性,耐热性,耐擦伤性,尺寸稳定性和气味生成性优异,可广泛 用于各种应用。 f(R)=( - DELTA n + 0.0351)×100 / 0.0528式(I)f(R)> 2.5×(对数{Mw} -4)2 + 88.9式(II)。