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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。
    • 4. 发明申请
    • SQUARE CAN AND METHOD AND APPARATUS FOR DOUBLE SEAMING THE SAME
    • 方形罐和方法和装置,用于双重封闭
    • US20090200321A1
    • 2009-08-13
    • US11914646
    • 2006-05-16
    • Kei OohoriKiyotaka YoshidaSunao MorishitaKanji KurodaNorifumi YasudaKazuo AndoHisashi Katoh
    • Kei OohoriKiyotaka YoshidaSunao MorishitaKanji KurodaNorifumi YasudaKazuo AndoHisashi Katoh
    • B65D8/20B21D51/30
    • B65D7/36B21D51/2653B21D51/30B21D51/32
    • ABSTRACT A square can capable of securing high sealing performance even if a curvature radius of a seamed portion at a seamed corner portion is reduced, enabling a reduction in a countersink depth, reduced in size, having excellent sealing ability and storage efficiency and a method and an apparatus for double seaming the square can. A second seaming roll (55) is guided by a model cam for second seaming having a model cam surface for second seaming formed in such a shape that it is swelled from a model cam surface for first seaming outwards at a corner seamed portion (5). Accordingly, the seaming shape of the corner seamed portion (5) is formed in such a shape that the seaming width thereof at the center of the corner seamed portion is larger than the seaming width of a linear sealed portion (4) and is swelled outwards to absorb an increase in sheet thickness at the corner seamed portion. Also, a seaming wall (6) is formed in an obliquely inclined seamed shape so that the overlap of a cover hook (8) with a body hook (10) of a prescribed amount can be secured without allowing the cover hook (8) to fall from the body hook (10) so as to maintain excellent sealing ability.
    • 摘要:即使减少接缝角部的接缝部的曲率半径,也能够确保高密封性的方形,能够减小锪孔深度,尺寸减小,密封性和存储效率优异的方法和方法 用于双重缝合方形罐的装置。 第二接缝辊(55)由用于第二接缝的模型凸轮引导,具有用于第二接缝的模型凸轮表面,其形成为使其从模型凸轮表面膨胀形成,以在角接缝部分(5)处首先向外接合, 。 因此,角接缝部(5)的接缝形状形成为使角接缝部的中心处的接缝宽度大于线状密封部(4)的接缝宽度,向外膨胀 以吸收角部缝合部分处的片材厚度增加。 此外,缝合壁(6)形成为倾斜的接缝形状,使得可以确保盖钩(8)与规定量的身体钩(10)的重叠,而不允许盖钩(8) 从身体钩(10)落下,以保持优异的密封能力。
    • 8. 发明授权
    • Container having a detachable lid
    • 容器具有可拆卸的盖子
    • US07934617B2
    • 2011-05-03
    • US11474481
    • 2006-06-26
    • Takahiro MinowaKazuo AndoHiroyuki Tajima
    • Takahiro MinowaKazuo AndoHiroyuki Tajima
    • B65D45/32
    • B01D29/21B01D29/96B01D35/147B01D35/153B01D35/30B01D2201/302B01D2201/304B01D2201/4015B01D2201/4076
    • A container is provided comprising a casing, a set plate closing the lower end of the casing and a lock ring that fastens the set plate onto the casing. The casing is provided with a radial outer flange formed around an open end of the main body thereof. The radial outer flange and the outer periphery of the set plate are each provided with three stop projections and three notches. The radial outer flange is further provided with three biasing projections and the outer periphery of the set plate is further provided with three engagement rims. The members of each threesome are arranged at a regular angular interval and each threesome is arranged at different angular phase positions from those of the other threesomes. The outer periphery of the lock ring is provided with three engagement lugs that project inwardly at a regular angular interval.
    • 提供一种容器,其包括壳体,封闭壳体的下端的固定板和将固定板固定到壳体上的锁定环。 壳体设置有围绕其主体的开口端形成的径向外凸缘。 径向外凸缘和固定板的外周均设有三个止动突起和三个凹口。 径向外凸缘还设置有三个偏置突起,并且固定板的外周边还设置有三个接合边缘。 每个三元组的构件以规则的角度间隔布置,并且每个三对组被布置在与其他三胞纲的角度相位置的不同的角位置。 锁环的外周设置有三个接合凸耳,其以规则的角度间隔向内突出。