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    • 29. 发明授权
    • Method of levelling two-layered clad metal sheet
    • 两层复合金属板的整平方法
    • US4768363A
    • 1988-09-06
    • US887033
    • 1986-07-02
    • Michio YamashitaHiroshi YoshidaToru SasakiHideo AbeTsuneo NagamineNorio TakashimaHideki WatanabeShuji Watanabe
    • Michio YamashitaHiroshi YoshidaToru SasakiHideo AbeTsuneo NagamineNorio TakashimaHideki WatanabeShuji Watanabe
    • B21B1/38B21B37/44B21D1/02C21D1/00B21D37/16B21D3/02
    • B21D1/02B21B37/44C21D1/00B21B2001/383
    • A method for preventing the camber of a two-layered clad metal sheet having a base layer and a covering layer of different metals which exhibit different amounts of thermal contraction. The method comprises developing a temperature difference .DELTA. T expressed by the following formula between the base layer and the covering layer during a hot levelling, by providing a greater cooling effect before or during levelling to the layer which exhibits the greater thermal contraction than to the layer which exhibits the smaller thermal contraction:.DELTA.T=f (.DELTA..alpha., .alpha., a, To)where,.DELTA..alpha.: the difference in thermal expansion coefficient between both metalsa: the clad ratio (ratio of covering layer thickness to total sheet thickness)To: hot leveller inlet temperature (.degree.C.).alpha.: mean thermal expansion coefficient of both metals.Since the layer which exhibits a greater thermal contraction is forcibly cooled before or during a hot levelling adequately and by a required amount, the clad metal sheet does not exhibit any substantial camber after cooled down to the room temperature.
    • PCT No.PCT / JP85 / 00658 Sec。 371日期:1986年7月2日 102(e)日期1986年7月2日PCT提交1985年11月28日PCT公布。 公开号WO86 / 03435 日期:1986年6月19日。一种防止具有不同金属的基底层和覆盖层的两层复合金属片的弯度的方法,其具有不同的热收缩量。 该方法包括在热平整过程中在基底层和覆盖层之间通过下列公式表示的温差DELTA T,通过在与层之间呈现更大的热收缩的层的平整之前或期间提供更大的冷却效果 其表现出较小的热收缩:DELTA T = f(DELTAα,α,a,To)其中,ΔTAα:两种金属之间的热膨胀系数之差a:包层比(覆盖层厚度与总板厚的比率 )To:热矫平机入口温度(℃)α:两种金属的平均热膨胀系数。 由于表现出较大的热收缩的层在热调平之前或期间被充分地强度冷却并且所需的量,所以在冷却至室温后,复合金属板不会显示任何实质的弧度。
    • 30. 发明授权
    • Locking mechanism of battery pack
    • 电池组的锁定机构
    • US07858219B2
    • 2010-12-28
    • US12160219
    • 2007-01-11
    • Kigen AgeharaMichio Yamashita
    • Kigen AgeharaMichio Yamashita
    • H01M2/10B23B51/00B23B21/00B23Q5/04
    • H01M2/1022B25F5/02H01M2/1055
    • A locking mechanism of a battery pack A is provided with a hook 14 which can be locked to a mounting part B of an object equipment such as an electric tool in a state slid with respect to the mounting part, and operation parts 16 for releasing the lock which are linked to the hook 14, on a case which contains a battery. The hook 14 is urged to move upward by an elastic body in a direction of being locked to the mounting part B.The operation parts 16 are arranged in both side parts of the case within such a range that they can be grasped with a single hand from both sides of a backward end in the sliding direction of the case. When the operation parts 16 are operated from the both sides, the lock between the hook 14 and the mounting part B is released against the urge by the elastic body.
    • 电池组A的锁定机构设置有钩14,该钩14可以相对于安装部滑动的状态被锁定到诸如电动工具的物体设备的安装部分B,以及用于释放 锁定在与包含电池的壳体上连接的钩14上。 钩14被弹性体沿着与安装部分B锁定的方向向上移动。操作部16布置在壳体的两侧部分中,可以用单手抓住 从壳体的滑动方向的后端的两侧。 当从两侧操作操作部件16时,钩14和安装部件B之间的锁定被克服弹性体的冲击而释放。