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    • 52. 发明授权
    • Canister for internal combustion engine
    • 内燃机罐
    • US4454849A
    • 1984-06-19
    • US380907
    • 1982-05-21
    • Junzi MizunoAkira FukamiKunio OkamotoTakeshi Ishii
    • Junzi MizunoAkira FukamiKunio OkamotoTakeshi Ishii
    • F02M25/08F02M37/00
    • F02M25/0854
    • A canister to be used in the fuel supplying system of an internal combustion engine of a vehicle, is disclosed. The canister is provided with a fuel vapors guiding pipe for guiding the fuel vapors from a fuel vapors inlet port into a bed of adsorbent material accomodated within a housing, and a deflector for deflecting the flow of fuel vapors guided by the guiding pipe so as to be dispersed throughout the bed. The deflector is formed of air-permeable material having a flowing resistance slightly larger than that of the bed into a frusto-conical plate. According to the present invention, one part of the fuel vapors flowing into the bed through the guiding pipe in the fuel vapors adsorbing process flows along the upper surface of the deflector in the direction of the upper portion of the bed and another part of the fuel vapors flows through the deflector in the direction of the lower portion of the bed. Fresh air sucked into the bed in the fuel vapors purging process flows through the bed without being obstructed by the deflector so that the fuel vapors adsorbed by the whole bed are purged.
    • 公开了一种用于车辆内燃机的燃料供应系统中的罐。 所述罐设置有燃料蒸汽引导管,用于将燃料蒸汽从燃料蒸气入口引导到容纳在壳体内的吸附剂材料床;以及偏转器,用于偏转由引导管引导的燃料蒸气流,以便 分散在整个床上。 偏转器由透气材料形成,其具有比床的流动阻力稍大于截头圆锥形板的流动阻力。 根据本发明,在燃料蒸气吸附工序中通过引导管流入床中的一部分燃料蒸汽沿着上部的方向沿着偏转器的上表面流动,另一部分燃料 蒸汽沿着床的下部的方向流过偏转器。 在燃料蒸气吹扫过程中吸入床中的新鲜空气流过床而不被偏转器阻挡,使得被整个床吸附的燃料蒸气被清除。
    • 53. 发明授权
    • Fuel evaporative emission control apparatus for vehicles
    • 车辆用燃料蒸发排放控制装置
    • US4403587A
    • 1983-09-13
    • US359298
    • 1982-03-18
    • Junzi MizunoAkira FukamiHiroki NoguchiTakeshi Ishii
    • Junzi MizunoAkira FukamiHiroki NoguchiTakeshi Ishii
    • F02M25/08F02M37/02
    • F02M25/0854
    • A fuel evaporative emission control apparatus comprising a vessel having an adsorbent layer therein for adsorbing a vaporized fuel, and a vaporized fuel inlet conduit inserted in the adsorbent layer, wherein the improvement comprises a flow deflector of a hollow conical shape having a diameter gradually increasing upward, the deflector being embedded in the adsorbent layer, the vertical angle (.alpha.) of the flow deflector is adjusted to 60.degree. to 120.degree., the ratio (S1/S2) of the sectional area (S1) of the largest-diameter end portion of the flow deflector to the sectional area (S2) of the adsorbent layer is adjusted to 0.4 to 0.6, the ratio (a/b) of the distance (a) between the largest-diameter end portion of the flow deflector and the top end of the adsorbent layer to the distance (b) between the largest-diameter end portion of the flow deflector and the side end of the adsorbent layer is adjusted to at least 1.5, and the distance (a) is made smaller than the sum (g+b) of said distance (b) and the axial length (g) of the conduit in the adsorbent layer.
    • 一种燃料蒸发排放控制装置,包括其中具有用于吸附汽化燃料的吸附剂层的容器和插入吸附剂层中的汽化燃料入口导管,其中改进包括直径逐渐向上增加的中空圆锥形导流板 ,所述偏转器嵌入在所述吸附剂层中,所述导流板的垂直角(α)被调节至60°至120°,所述最大直径端部的截面积(S1)的比(S1 / S2) 的导流板的截面面积(S2)的比例(a / b)调整为0.4〜0.6,所述导流板的最大直径端部与所述顶端部 吸附剂层的最大直径端部与吸附剂层的侧端之间的距离(b)调节至至少1.5,并使距离(a)小于总和(g + b)所说的dis (b)和导管在吸附剂层中的轴向长度(g)。
    • 59. 发明授权
    • Reflector for vehicle
    • 汽车反射器
    • US08414135B2
    • 2013-04-09
    • US12858039
    • 2010-08-17
    • Takeshi Ishii
    • Takeshi Ishii
    • G02B5/124
    • F21V7/04F21W2107/00G02B5/124
    • A reflector for a vehicle can include a plurality of retroreflective elements configured to retroreflect incident light incident parallel to a horizontally-arranged reference axis, obliquely upward at a prescribed angle with respect to the reference axis. The plurality of retroreflective elements can each include: a first reflection surface inclined at an angle ANG1 to the reference axis; a second reflection surface inclined at an angle ANG2 to the reference axis, and formed in a position reached after the second reflection surface is rotated from the first reflection surface through an angle ROT1 around the reference axis as a center; and a third reflection surface inclined at an angle ANG3 to the reference axis and formed in a position reached after the third reflection surface is rotated from the first reflection surface through an angle ROT2 around the reference axis as a center in a direction opposite to the second reflection surface, the first to third reflection surfaces arranged so as to form corners of a substantial cube, wherein a condition of following expressions is satisfied: ANG2>ANG3; ANG2>ANG1; and ROT1>ROT2>120 degrees.
    • 用于车辆的反射器可以包括多个回射元件,其被配置成将平行于水平布置的参考轴入射的入射光反向反射到相对于参考轴线以规定角度倾斜向上。 多个回归反射元件各自可以包括:以相对于基准轴线ANG1的角度倾斜的第一反射面; 第二反射面以与参照轴成角度ANG2倾斜的角度形成,并且形成在第二反射面从第一反射面以围绕基准轴的角度ROT1为中心旋转的位置; 以及第三反射面,其以相对于基准轴线的角度ANG3倾斜并且形成在第三反射面从第一反射面以相对于第二反射面的相反方向以基准轴为中心的角度ROT2旋转之后的位置 反射面,第一至第三反射面被布置成形成实质立方体的角部,其中满足以下表达式的条件:ANG2> ANG3; ANG2> ANG1; 而ROT1> ROT2> 120度。
    • 60. 发明授权
    • Magnetron
    • 磁控管
    • US07906912B2
    • 2011-03-15
    • US11976492
    • 2007-10-25
    • Takeshi IshiiNagisa KuwaharaMasayuki Aiga
    • Takeshi IshiiNagisa KuwaharaMasayuki Aiga
    • H01J25/50
    • H01J25/50H01J9/385H01J23/10
    • The magnetron includes: a cylindrical-shaped anode barrel member 10 having two openings respectively formed in the two end portions thereof; a cathode structure member 12 disposed on the center axis of the anode barrel member 10; more than one anode vane 11 disposed radially through an action space 13 in the periphery of the cathode structure member 12 and fixedly mounted on the inner wall surface of the anode barrel member 10; and, a pair of funnel-shaped pole pieces 14 and 30 respectively disposed in their associated ones of the two openings formed in the two end portions of the anode barrel member 10, each pole piece including a small-diameter flat portion FL1 having a penetration hole formed in the central portion thereof, a large-diameter flat portion FL2 having a diameter larger than the diameter of the small-diameter flat portion FL1, and a conical-shaped slanting portion SL for connecting the large-diameter flat portion FL2 and small-diameter flat portion FL1 to each other. Of the pair of pole pieces 14 and 30, the input side pole piece 30 includes, besides the penetration hole 30A formed in the central portion thereof, three or more, preferably, four penetration holes 30B respectively formed in the slanting portion SL thereof, each hole having an area of 16.6 mm2.
    • 磁控管包括:具有分别形成在其两个端部中的两个开口的圆柱形的阳极筒构件10; 设置在阳极筒构件10的中心轴上的阴极结构构件12; 多个阳极叶片11径向地设置在阴极结构构件12的周围的作用空间13上并且固定地安装在阳极筒构件10的内壁表面上; 以及分别设置在形成在阳极筒部件10的两个端部中的两个开口的相关联的一个中的一对漏斗状的极片14和30,每个极片包括具有穿透力的小直径平坦部分FL1 在其中央部形成有直径大于小直径平坦部FL1的直径的大直径平坦部FL2,以及用于连接大直径平坦部FL2和小直径平坦部FL2的圆锥状的倾斜部SL 直径扁平部分FL1。 在一对极片14和30中,输入侧极片30除了形成在其中心部分的贯通孔30A之外还包括分别形成在其倾斜部分SL中的三个或更多个优选的四个穿透孔30B, 孔面积为16.6平方毫米。