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    • 3. 发明授权
    • Self-heating ignition plug
    • 自热火花塞
    • US4345555A
    • 1982-08-24
    • US130589
    • 1980-03-14
    • Yujiro OshimaYoshiyasu FujitaniHideaki MurakiShiroh KondohKouji Yokota
    • Yujiro OshimaYoshiyasu FujitaniHideaki MurakiShiroh KondohKouji Yokota
    • F02P23/02F02M27/02F02M31/02F02P9/00F02P19/00F23Q7/00F23Q11/00
    • F23Q7/001F02P19/00F02P9/002
    • A self-heating type ignition plug according to the present invention includes a base portion having a fixing portion formed on an outer wall thereof and a terminal insulately provided therein and connected to an electrical source; an ignition means, integrally connected to the base portion, having an ignition surface formed on a wall surface thereof and composed of a catalyst comprising a transition material, thereby to come in contact with the fuel; and a heating means having a resistive exothermic element connected to the terminal of the base portion, the resistive exothermic element being provided adjacent to the ignition surface within the ignition means, whereby the fuel may be ignited and burned as a whole by the ignition surface of the catalyst which is maintained to a preset temperature due to the oxidation reaction of the catalyst and the fuel being in contact therewith after the heating means is deenergized.
    • 根据本发明的自加热式火花塞包括:基部,其具有形成在其外壁上的固定部分和绝缘地设置在其中并连接到电源的端子; 一体地连接到基部的点火装置,具有形成在其壁表面上并由包含过渡材料的催化剂组成的点火表面,从而与燃料接触; 以及加热装置,其具有连接到基部的端子的电阻放热元件,电阻放热元件邻近点火装置内的点火表面设置,由此燃料可以通过点火表面的点火表面作为整体点燃和燃烧 催化剂由于催化剂的氧化反应而保持在预设温度,并且在加热装置之后与其接触的燃料被断电。
    • 9. 发明授权
    • Starter
    • 起动机
    • US06222293B1
    • 2001-04-24
    • US09534042
    • 2000-03-24
    • Hirohide IkedaKouji YokotaKensaku Kuroki
    • Hirohide IkedaKouji YokotaKensaku Kuroki
    • H02K710
    • F02N15/046H02K7/10H02K7/108H02K7/116Y10T74/131Y10T74/132Y10T74/137
    • A starter comprises a fixing member which has a cylindrical portion and rotation stoppers on the outer wall of the cylindrical portion and is fixed to a bracket so that its movement in a circumferential direction is limited by the rotation stoppers, a mating portion is formed by mating the inner surface of the cylindrical portion of the fixing member with the outer surface of the internal gear of the epicyclic gear reduction unit, and the mating portion is set such that the internal gear slides and rotates with respect to the fixing member when rotation torque applied to the starting output shaft exceeds a predetermined value by machining the end surface of the cylindrical portion of a provisional mating portion formed by provisionally mating the inner surface of the cylindrical portion of the fixing member with the outer surface of the internal gear. Therefore, the breakage of elements of the output transmission system of the starter can be prevented.
    • 起动器包括固定构件,该固定构件具有圆柱形部分和旋转止动件在圆柱形部分的外壁上并且固定到支架上,使得其沿圆周方向的运动由旋转止动器限制,配合部分通过配合形成 固定构件的圆筒部的内表面与行星齿轮减速单元的内齿轮的外表面以及配合部分被设定为使得内齿轮在施加旋转扭矩时相对于固定构件滑动并旋转 通过加工通过将固定构件的圆筒部的内表面与内齿轮的外表面临时配合而形成的临时配合部的圆筒部的端面,超过预定值。 因此,可以防止起动器的输出传动系统的元件的破损。
    • 10. 发明授权
    • Closed air force type grain sorting mechanism
    • 封闭空军型粮食分选机制
    • US07299929B2
    • 2007-11-27
    • US10467152
    • 2001-05-28
    • Kouji YokotaTadashi Hamaguchi
    • Kouji YokotaTadashi Hamaguchi
    • B07B4/02
    • B07B11/06B02B1/02B07B4/04B07B7/04
    • A grain dropping passage constituted below a husking unit(D) serves as a winnowing room(A). A winnowed grain conveyor(1) is provided as the sole conveyor below the winnowing room(A). A winnowing wind blown by a winnowing fan(F) through a blowing room(B) passes through below the winnowed grain conveyor(1) and then rises in the winnowing room(A). The grains mixed with hulls and others are winnowed in the winnowing room(A) so as to be sorted into two kinds: winnowed grains to be received by the winnowed conveyor(1), and the other including hulls to be received by a hull conveyor(2) arranged oppositely to the winnowed grain conveyor(1) with respect to the winnowing fan(F). In this manner, powerful separation can be executed by means of winnowing wind having a large amount and large speed so as to improve a winnowing ability remarkably.
    • 在脱壳机构(D)的下方构成的谷物下落通道用作风选室(A)。 在风选室(A)下方提供了一个风选谷物输送机(1)作为唯一的输送机。 通过吹风室(B)通过风选机(F)吹过的风向通过风口谷物输送机(1)下方,然后在风选室(A)中升起。 在风选室(A)中混合了与船体等混合的谷物,以便将其分为两种:由风选输送机(1)接收的风味谷物,另一种包括由船体输送机接收的船体 (2)相对于风选机(F)与风选谷物输送机(1)相对布置。 以这种方式,可以通过具有大量和大速度的风速来执行强大的分离,从而显着提高风选能力。