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    • 1. 发明授权
    • Connecting structure for electric cells
    • 电池连接结构
    • US06932651B2
    • 2005-08-23
    • US10941830
    • 2004-09-16
    • Yoshinori MitaKazuo Ando
    • Yoshinori MitaKazuo Ando
    • H01R24/00H01R33/00
    • H01M2/204
    • A connecting bus bar 12 is formed from a negative opposing section 27 which is smaller in thickness than a closed end of a bottomed cylinder 13, partially has a negative weld plate section 27a to be welded to the closed end of a bottomed cylinder 13, and opposes the closed end of the bottomed cylinder 13; a positive opposing section 28 which is smaller in thickness than a seal plate 14, partially has a positive weld plate section 28a to be welded to the seal plate 14, and opposes the seal plates 14; and the coupling section 29 for connecting together the negative opposing section 27 and the positive opposing section 28. The connecting bus bar 12 is formed such that the connecting bus bar 12, which excludes the negative weld plate section 27a and the positive weld plate section 28a, becomes lower in thickness than a thinner one of the closed end of the bottomed cylinder 13 and the seal plate 14.
    • 连接汇流条12由与底部圆筒13的封闭端的厚度相比较小的负相对部分27形成,部分地具有焊接到有底圆筒13的封闭端的负焊接板部分27a, 并与有底筒13的封闭端相对; 与密封板14相比厚度小的正相对部分28部分地具有焊接到密封板14的正焊接部分28a,并与密封板14相对; 以及用于将负相对部分27和正相对部分28连接在一起的联接部分29。 连接总线12形成为使得不包括负焊接板部分27a和正焊接板部分28a的连接母线12的厚度变得比有底圆筒13的较小的一个较小的一个 和密封板14。
    • 2. 发明申请
    • Connecting structure for electric cells
    • 电池连接结构
    • US20050070164A1
    • 2005-03-31
    • US10941830
    • 2004-09-16
    • Yoshinori MitaKazuo Ando
    • Yoshinori MitaKazuo Ando
    • H01R24/00H01R33/00
    • H01M2/204
    • A connecting bus bar 12 is formed from a negative opposing section 27 which is smaller in thickness than a closed end of a bottomed cylinder 13, partially has a negative weld plate section 27a to be welded to the closed end of a bottomed cylinder 13, and opposes the closed end of the bottomed cylinder 13; a positive opposing section 28 which is smaller in thickness than a seal plate 14, partially has a positive weld plate section 28a to be welded to the seal plate 14, and opposes the seal plates 14; and the coupling section 29 for connecting together the negative opposing section 27 and the positive opposing section 28. The connecting bus bar 12 is formed such that the connecting bus bar 12, which excludes the negative weld plate section 27a and the positive weld plate section 28a, becomes lower in thickness than a thinner one of the closed end of the bottomed cylinder 13 and the seal plate 14.
    • 连接汇流条12由与底部圆筒13的封闭端的厚度相比较小的负相对部分27形成,部分地具有焊接到有底圆筒13的封闭端的负焊接板部分27a, 与底筒13的封闭端相对; 与密封板14相比厚度小的正相对部分28部分地具有焊接到密封板14的正焊接部分28a,并与密封板14相对; 以及用于将负相对部分27和正相对部分28连接在一起的联接部分29.连接汇流条12形成为使得不包括负焊接部分27a和正焊接部分28a的连接汇流条12 厚度比底层圆筒13和密封板14的封闭端中的较薄的一个薄。
    • 8. 发明授权
    • Articulated tricycle
    • 铰接式三轮车
    • US4469188A
    • 1984-09-04
    • US472083
    • 1983-03-04
    • Yoshinori Mita
    • Yoshinori Mita
    • B62K5/04B62K11/00B62K25/28B62M9/00B62D61/08
    • B62K11/00Y10S464/906
    • An articulated tricycle of the swingable type employing a front body and a rear body, the front body having a front wheel and the rear body having two rear wheels mounted on an axle. The rear body includes a first body member and a second body member. The first body member is pivoted about a transverse axis to the front body while the second body member is pivotally mounted about a longitudinal axis to the first body member. The second body member includes mounting for the rear wheels. A gear train extends between an engine, located in the front body, and the rear axle. This gear train may pass through either the first body member or second body member and includes a chain drive. Either the drive sprocket or the driven sprocket is positioned about a constant velocity universal joint which is in turn positioned about a transverse shaft or the transverse rear axle.
    • 一种使用前身和后身的可摆动式的三关节轮,其前体具有前轮,后体具有安装在车轴上的两个后轮。 后体包括第一主体部件和第二主体部件。 第一主体构件围绕横向轴线枢转到前主体,而第二主体构件围绕纵向轴线枢转地安装到第一主体构件。 第二主体构件包括用于后轮的安装。 齿轮系在位于前体内的发动机与后轴之间延伸。 该齿轮系可以穿过第一主体部件或第二主体部件,并且包括链条传动装置。 驱动链轮或从动链轮中的任何一个都围绕等速万向接头定位,该等速万向接头又围绕横轴或横向后轴定位。