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    • 33. 发明授权
    • Frictional transmission chain
    • 摩擦传输链
    • US4718881A
    • 1988-01-12
    • US828201
    • 1986-02-10
    • Yoshiaki SugimotoKazumi OhmuraMasaaki MatsumotoHisaharu TerajimaNobuto Kozakura
    • Yoshiaki SugimotoKazumi OhmuraMasaaki MatsumotoHisaharu TerajimaNobuto Kozakura
    • F16G5/18F16G5/20
    • B21L15/005F16G5/18
    • A frictional transmission chain, comprising: an endless transmission chain formed from link plates and link plate connection pins; a plurality of frictional V blocks, each having a hollow interior through which a portion of the endless transmission chain extends, each having inner lateral surfaces with holes therein for receiving opposite ends of at least one of the connection pins, and each having inclined, generally trapezoidal outer lateral surfaces; and, frictional transmission contact surfaces of a generally V-shaped configuration, transversely symmetrical about a centrally disposed recessed portion, and projecting radially from the outer inclined lateral surfaces with respect to a V-groove pulley with which the transmission chain is adapted to tightly frictionally engage by means of the V blocks, power being transmitted along the chain only by the link plates and connection pins of the endless chain, each of the V blocks transmitting power only between its respective at least one connection pin and the pulley.
    • 一种摩擦传动链,包括:由链板和连接板连接销形成的环形传动链; 多个摩擦V块,每个具有中空内部,环形传动链的一部分延伸穿过该内部,每个具有内侧面,其中具有孔,用于接收至少一个连接销的相对端,并且每个具有倾斜的 梯形外侧面; 以及大致为V形构造的摩擦传递接触表面,围绕中心设置的凹部横向对称,并且相对于V形槽滑轮从外倾斜侧表面径向突出,传动链适于紧密摩擦 通过V型块接合,仅通过环形链条的连接板和连接销沿着链条传递动力,每个V块仅在其相应的至少一个连接销和滑轮之间传递动力。
    • 34. 发明授权
    • Electrolyte replenishing system for a laminated fuel cell
    • 用于层压燃料电池的电解质补充系统
    • US4702972A
    • 1987-10-27
    • US932096
    • 1986-11-18
    • Masaaki Matsumoto
    • Masaaki Matsumoto
    • H01M8/04
    • H01M8/04283
    • An electrolyte replenishing system for a laminated type fuel cell supplies an electrolyte to each cell block through an electrolyte replenishing valve from a replenishing line connected to an electrolyte replenishing throat of the fuel cell. A overflowing machanism is provided to the electrolyte replenishing throat of each cell block, so that the electrolyte pressure does not exceed a predetermined head pressure in each of the cell block. The excess electrolyte is collected in a lower exhausted electrolyte tank through an electrolyte exhausting valve. The exhausted and overflowed electrolyte collected in the exhausted electrolyte tank is returned to the replenishing line by means of a pump.
    • 用于层叠型燃料电池的电解质补充系统通过电解质补充阀从连接到燃料电池的补充电极的电解液的补充线向每个电池块提供电解质。 向每个电池块的电解质补充喉部提供溢流机构,使得每个电池块中的电解液压力不超过预定的头部压力。 多余的电解质通过电解液排出阀收集在下排气的电解槽中。 收集在排出的电解液罐中的排出和溢出的电解液通过泵返回到补充管线。