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    • 2. 发明授权
    • Method for producing fibers from heat-softening materials
    • 由热软化材料生产纤维的方法
    • US4185981A
    • 1980-01-29
    • US924092
    • 1978-07-12
    • Nobuyoshi OhsatoKeihachiro TanakaEiji Mizushima
    • Nobuyoshi OhsatoKeihachiro TanakaEiji Mizushima
    • C03B37/06D01D5/098C03B37/04
    • C03B37/06D01D5/0985
    • Method and apparatus for producing fibers from a heat-softening material in which the heat-softening material is heated to a viscous melt, and directly and continuously flowed out while its sectional shape being rendered substantially circular. High speed gas streams having a component in the tangential direction of the circular sectional surface of the melt and a component which approaches the central axial line of the melt towards the flowing direction of the melt and then departs from the central axial line are jetted out onto the melt that has been flowed out. The high speed gas streams cause the melt to rotate around its central axial line and transform it into a substantially conical shape whose cross section gradually decreases towards its flowing direction in a first zone. In a second zone subsequent to the first zone, the melt is caused to advance in the form of fiber from the tip of the cone in the flowing direction and outwardly in the radial direction.
    • 从热软化材料制造纤维的方法和装置,其中热软化材料被加热到粘稠的熔体,并且其截面形状基本上呈圆形直接且连续地流出。 具有在熔体的圆形截面表面的切线方向上的分量的高速气流以及朝着熔体的流动方向接近熔体的中心轴线然后离开中心轴线的部件被喷射到 已经流出的熔体。 高速气流导致熔体围绕其中心轴线旋转并将其转变成基本上圆锥形的形状,其横截面在第一区域中朝其流动方向逐渐减小。 在第一区域之后的第二区域中,使熔体沿着流动方向从锥体的尖端以径向前进,并以纤维的形式向外延伸。
    • 3. 发明授权
    • Humidity-sensitive sensor
    • 湿度敏感传感器
    • US3983527A
    • 1976-09-28
    • US496856
    • 1974-08-12
    • Nobuyoshi OhsatoKenzo SonoKeihachiro Tanaka
    • Nobuyoshi OhsatoKenzo SonoKeihachiro Tanaka
    • G01N27/00G01N27/12H01C13/00
    • G01N27/121Y10T428/256Y10T428/257
    • A humidity-sensitive sensor, especially useful on the window of an automobile with the sensor on the inside surface of the glass. The sensor has a pair of spaced electrodes and a humidity-sensitive coating composed of a hydroscopic resin extending over the pair of electrodes. The resin can be an acrylate resin or a methacrylate resin, and preferably is a resin which has a volume change of at least 10% in response to a 50% change in humidity. Dispersed in the resin are electrically conductive particles, preferably in an amount of from 20 to 60% by volume of the amount of resin. The sensor, prior to its use in an operating device, is preferably exposed to a high humidity condition and a low humidity condition at least thirty times in order to stabilize it.
    • 一种湿度敏感传感器,特别适用于玻璃内表面上的传感器的汽车窗户。 传感器具有一对间隔开的电极和由在一对电极上延伸的吸湿树脂组成的湿度敏感涂层。 树脂可以是丙烯酸酯树脂或甲基丙烯酸酯树脂,并且优选是响应于湿度变化50%而具有至少10%的体积变化的树脂。 分散在树脂中的是导电颗粒,优选为树脂量的20至60体积%。 传感器在其在操作装置中使用之前,优选暴露于高湿度条件和低湿度条件下至少三十次以便使其稳定。
    • 4. 发明授权
    • Apparatus for producing fibers from heat-softening materials
    • 用于从热软化材料生产纤维的装置
    • US4243400A
    • 1981-01-06
    • US958444
    • 1978-11-07
    • Nobuyoshi OhsatoKeihachiro TanakaEiji Mizushima
    • Nobuyoshi OhsatoKeihachiro TanakaEiji Mizushima
    • C03B37/06D01D5/08D01D5/26
    • C03B37/06D01D5/26
    • Method and apparatus for producing fibers from a heat-softening material in which the heat-softening material is heated to a viscous melt, and directly and continuously flowed out while its sectional shape being rendered substantially circular. High speed gas streams having a component in the tangential direction of the circular sectional surface of the melt and a component which approaches the central axial line of the melt towards the flowing direction of the melt and then departs from the central axial line are jetted out onto the melt that has been flowed out. The high speed gas streams cause the melt to rotate around its central axial line and transform it into a substantially conical shape whose cross section gradually decreases towards its flowing direction in a first zone. In a second zone subsequent to the first zone, the melt is caused to advance in the form of fiber from the tip of the cone in the flowing direction and outwardly in the radial direction.
    • 从热软化材料制造纤维的方法和装置,其中热软化材料被加热到粘稠的熔体,并且其截面形状基本上呈圆形直接且连续地流出。 具有在熔体的圆形截面表面的切线方向上的分量的高速气流以及朝着熔体的流动方向接近熔体的中心轴线然后离开中心轴线的部件被喷射到 已经流出的熔体。 高速气流导致熔体围绕其中心轴线旋转并将其转变成基本上圆锥形的形状,其横截面在第一区域中朝其流动方向逐渐减小。 在第一区域之后的第二区域中,使熔体沿着流动方向从锥体的尖端以径向前进,并以纤维的形式向外延伸。
    • 5. 发明授权
    • Method for producing fibers from heat-softening materials
    • 由热软化材料生产纤维的方法
    • US4135903A
    • 1979-01-23
    • US715648
    • 1976-08-18
    • Nobuyoshi OhsatoKeihachiro TanakaEiji Mizushima
    • Nobuyoshi OhsatoKeihachiro TanakaEiji Mizushima
    • C03B37/06D01D5/08D01D5/26
    • C03B37/06D01D5/26
    • Method and apparatus for producing fibers from a heat-softening material in which the heat-softening material is heated to a viscous melt, and directly and continuously flowed out while its sectional shape being rendered substantially circular. High speed gas streams having a component in the tangential direction of the circular sectional surface of the melt and a component which approaches the central axial line of the melt towards the flowing direction of the melt and then departs from the central axial line are jetted out onto the melt that has been flowed out. The high speed gas streams cause the melt to rotate around its central axial line and transform it into a substantially conical shape whose cross section gradually decreases towards its flowing direction in a first zone. In a second zone subsequent to the first zone, the melt is caused to advance in the form of fiber from the tip of the cone in the flowing direction and outwardly in the radial direction.
    • 从热软化材料制造纤维的方法和装置,其中热软化材料被加热到粘稠的熔体,并且其截面形状基本上呈圆形直接且连续地流出。 具有在熔体的圆形截面表面的切线方向上的分量的高速气流以及朝着熔体的流动方向接近熔体的中心轴线然后离开中心轴线的部件被喷射到 已经流出的熔体。 高速气流导致熔体围绕其中心轴线旋转并将其转变成基本上圆锥形的形状,其横截面在第一区域中朝其流动方向逐渐减小。 在第一区域之后的第二区域中,使熔体沿着流动方向从锥体的尖端以径向前进,并以纤维的形式向外延伸。