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    • 4. 发明授权
    • Illuminating device
    • 照明装置
    • US07628508B2
    • 2009-12-08
    • US11860802
    • 2007-09-25
    • Yasushi KitaShinichi KojimaTakako MinodaNaoko Takenobu
    • Yasushi KitaShinichi KojimaTakako MinodaNaoko Takenobu
    • F21V13/04F21V21/10
    • F21V9/08F21S2/00F21S8/086F21W2111/02F21W2131/103F21Y2101/00F21Y2105/10F21Y2113/13F21Y2115/10
    • An illuminating device able to easily visualize a pedestrian, etc. on a footway by the driver of an automobile is provided. The illuminating device has a footway side light source portion for irradiating light of spectral characteristics rich in blue-green color light to the footway, and a roadway side light source portion for irradiating light of spectral characteristics rich in green-red color light to a roadway. Further, the spectral characteristics of the light irradiated from the footway side light source portion are set such that a value Ip obtained by the following formula (1) is greater than a value IC obtained by the following formula (1) from the spectral characteristics of the light irradiated from the roadway side light source portion. I = ∫ a b ⁢ S ⁡ ( λ ) · V ′ ⁡ ( λ ) ⁢ ⁢ ⅆ λ ∫ 380 780 ⁢ S ⁡ ( λ ) · V ⁡ ( λ ) ⁢ ⁢ ⅆ λ ( 1 )
    • 提供能够容易地通过汽车驾驶员在行人路上观察行人等的照明装置。 照明装置具有用于将具有丰富的蓝绿色光的光谱特性的光的光照射到人行道的行人侧光源部,以及用于将具有丰富的绿色 - 红色光的光谱特性的光照射到道路的道路侧光源部 。 此外,从行人侧光源部照射的光的光谱特性被设定为使得通过下式(1)获得的值Ip大于通过下式(1)获得的值IC从光谱特性 从道路侧光源部照射的光。 I =∫ab S⁡(λ)。 V'⁡(λ)⁢λ∫380 780 S⁡(λ)。 (⁡(λ))ⅆλ(1)
    • 5. 发明授权
    • Vehicle light and method
    • 车灯和方法
    • US07959337B2
    • 2011-06-14
    • US12360108
    • 2009-01-26
    • Susumu NakamuraTakako MinodaYasushi KitaNorikatsu Myojin
    • Susumu NakamuraTakako MinodaYasushi KitaNorikatsu Myojin
    • F21S8/10
    • B60Q1/12B60Q1/18
    • A vehicle cornering light can improve the visibility in a diagonally front area of the vehicle without increasing the luminous intensity of the cornering light (or light source thereof). The cornering light that is provided at or near a front corner of a vehicle and is configured to emit light for illuminating a diagonally front area of the vehicle can include a light source that can emit light with a color temperature of from 3700K to 7000K. The cornering light can emit light for illuminating a lateral area ranging from 60° to 75° with respect to the longitudinal direction of the vehicle. The light source can be composed of a first light source configured to emit light for illuminating an area partly overlapping, or adjacent to, an illumination area of the headlight of the vehicle, and a second light source configured to emit light for illuminating an area partly overlapping, or adjacent to, the illumination area of the first light source. The color temperatures of the headlight, the first light source, and the second light source are sequentially changed to be higher in this respective order.
    • 车辆转向灯可以提高车辆的对角线前方区域的可视性,而不会增加转弯光(或其光源)的发光强度。 设置在车辆的前角处或附近的被配置为发射用于照亮车辆的对角线前方区域的光的转弯灯可以包括可以发射色温为3700K至7000K的光的光源。 转弯的灯可以发射光,以照射相对于车辆的纵向方向从60°至75°的横向区域。 光源可以由构造成发射用于照射车辆前灯的照明区域部分重叠或相邻的区域的光的第一光源和被配置为发射部分地照射区域的光的第二光源 与第一光源的照明区域重叠或相邻。 大灯,第一光源和第二光源的色温依次顺序地变化为更高。
    • 6. 发明申请
    • VEHICLE LIGHT AND METHOD
    • 车辆灯和方法
    • US20090196061A1
    • 2009-08-06
    • US12360108
    • 2009-01-26
    • Susumu NakamuraTakako MinodaYasushi KitaNorikatsu Myojin
    • Susumu NakamuraTakako MinodaYasushi KitaNorikatsu Myojin
    • F21V21/14
    • B60Q1/12B60Q1/18
    • A vehicle cornering light can improve the visibility in a diagonally front area of the vehicle without increasing the luminous intensity of the cornering light (or light source thereof). The cornering light that is provided at or near a front corner of a vehicle and is configured to emit light for illuminating a diagonally front area of the vehicle can include a light source that can emit light with a color temperature of from 3700K to 7000K. The cornering light can emit light for illuminating a lateral area ranging from 60° to 75° with respect to the longitudinal direction of the vehicle. The light source can be composed of a first light source configured to emit light for illuminating an area partly overlapping, or adjacent to, an illumination area of the headlight of the vehicle, and a second light source configured to emit light for illuminating an area partly overlapping, or adjacent to, the illumination area of the first light source. The color temperatures of the headlight, the first light source, and the second light source are sequentially changed to be higher in this respective order.
    • 车辆转向灯可以提高车辆的对角线前方区域的可视性,而不会增加转弯光(或其光源)的发光强度。 设置在车辆的前角处或附近的被配置为发射用于照亮车辆的对角线前方区域的光的转弯灯可以包括可以发射色温为3700K至7000K的光的光源。 转弯的灯可以发射光,以照射相对于车辆的纵向方向从60°至75°的横向区域。 光源可以由构造成发射用于照射车辆前灯的照明区域部分重叠或相邻的区域的光的第一光源和被配置为发射部分地照射区域的光的第二光源 与第一光源的照明区域重叠或相邻。 大灯,第一光源和第二光源的色温依次顺序地变化为更高。
    • 8. 发明授权
    • Method of producing electric cell anode using powdery active material
    • 使用粉末状活性物质制造电池阳极的方法
    • US4710335A
    • 1987-12-01
    • US743931
    • 1985-06-12
    • Yasushi KitaShiro Moroi
    • Yasushi KitaShiro Moroi
    • H01M4/06H01M4/04H01M4/08H01M4/62H01M4/26
    • H01M4/0404H01M4/04H01M4/0416H01M4/043H01M4/08H01M4/621
    • Using a positive active material in powder form such as a metal salt or graphite fluoride, an anode for use in an electric cell, and particularly suitable for use in an organic electrolyte cell, is produced by the steps of dispersing the active material, and a conductive material such as carbon powder where necessary, in a solution of an organic polymer used as binder in a suitable liquid, mixing the dispersion with another liquid in which the polymer is substantially insoluble so as to cause precipitation of the polymer in a state intimately mixed with the active material and the conductive material, separating the solid phase mixture from the liquid phase and drying it, and press-shaping the dried mixture into an anode body of a desired shape. By mixing the binder with the active material in this manner, it is possible to obtain an anode body sufficient in mechanical strength and high in electrochemical activity by using only a very small amount of binder.
    • 使用粉末形式的正极活性物质,例如金属盐或氟化石墨,用于电池的阳极,特别适合用于有机电解质电池的阳极通过以下步骤制备:分散活性物质,和 导电材料如碳粉,必要时在用作粘合剂的合适液体中的有机聚合物的溶液中,将该分散体与其中聚合物基本上不溶的另一种液体混合,以使聚合物在紧密混合的状态下沉淀 与活性材料和导电材料,将固相混合物与液相分离并干燥,并将干燥的混合物压成型为所需形状的阳极体。 通过以这种方式将粘合剂与活性物质混合,可以通过仅使用非常少量的粘合剂获得足够的机械强度和高的电化学活性的阳极体。