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    • 2. 发明授权
    • Embossed type separator for a storage battery
    • 用于蓄电池的压花式分离器
    • US5035967A
    • 1991-07-30
    • US274731
    • 1988-11-14
    • Takao HasegawaHideo Endo
    • Takao HasegawaHideo Endo
    • H01M2/18
    • H01M2/18
    • The separator comprises an embossed, thin porous sheet of synthetic material and inorganic powder. The embossed pattern consists of a large number, e.g. 200 to 1300 per cm.sup.2, of spherical projections of equal height arranged in vertical and horizontal rows at regular intervals and forming spherical cavities on the opposite side. The projections on one side are shifted from those on the opposite side so that there are alternating rows of projections and cavities on each side. Gas discharging passages are formed by the lines of communicating cavities and valleys between adjacent projections.
    • 分离器包括合成材料和无机粉末的压花的多孔薄片。 压花图案由大量的例如, 每平方厘米200至1300个相等高度的球形突起以规则间隔布置在垂直和水平行中,并在相对侧形成球形腔。 一侧上的突起从相对侧的突起移动,使得在每一侧上具有交替排的突起和空腔。 气体排放通道由相邻突起之间的连通腔和谷的线形成。
    • 4. 发明授权
    • Envelope type separator for storage battery and manufacturing process
therefor
    • 用于蓄电池的信封型分离器及其制造方法
    • US4818340A
    • 1989-04-04
    • US783873
    • 1985-10-03
    • Takao HasegawaHideo Endo
    • Takao HasegawaHideo Endo
    • H01M2/18D21H27/38H01M2/14H01M2/16D21H1/02
    • D21H25/04D21H27/38D21H5/129H01M2/14H01M2/16
    • The present invention resides in an envelope type separator for a storage battery and the manufacturing process thereof. The separator sheet is comprised of a first, microporous paper layer made of an inorganic powder material, a synthetic organic fiber material and an organic binder, and a second, coarse paper layer made of a synthetic organic fiber material and an organic binder, but no inorganic powder material, these layers being bound together by heating. The resultant separator sheet of combination paper type is then formed so that the mutually inward surfaces of the coarse paper layer are brought into contact with each other and are made to adhere to each other, preferably at the edges, by thermal fusion, so that the separator sheet is formed into the shape of an envelope process for making an envelope type separator sheet is also described.
    • 本发明涉及用于蓄电池的包封型隔膜及其制造方法。 隔板由无机粉末材料制成的第一微孔纸层,合成有机纤维材料和有机粘合剂构成,第二粗制纸层由合成有机纤维材料和有机粘合剂制成,但不包括 无机粉末材料,这些层通过加热结合在一起。 然后形成所得到的组合纸型分隔片,使得粗纸层的相互向内的表面彼此接触并且通过热熔融优选在边缘彼此粘合,使得 分离片形成为包封过程的形状也用于制造包络型分离片。
    • 5. 发明授权
    • Build-up spraying apparatus
    • 建筑喷涂设备
    • US4520756A
    • 1985-06-04
    • US622716
    • 1984-06-20
    • Mitsuji HayashiHideo EndoHirotsugu OishibashiTakeo AichiShigeru Sasaki
    • Mitsuji HayashiHideo EndoHirotsugu OishibashiTakeo AichiShigeru Sasaki
    • B05B7/22B05B7/20B05B13/04C23C4/00B05B7/16
    • B05B7/205B05B13/0436C23C4/01
    • A build-up spraying apparatus is disclosed which is capable of positionally adjusting the spreading rate of build-up metal powder on an article along the spreading direction to satisfactorily carry out partial or local build-up as well as uniform build-up as desired. The build-up spraying apparatus includes a fluid control device for spreading build-up metal powder having a pair of control gas injection nozzles formed at the both sides of the interior thereof and a control gas switching cycle setting means for supplying two systems of control gas to the fluid control device at a predetermined cycle to positionally control the spreading rate of build-up metal powder in the spreading direction. The apparatus also includes at least one heating burner body for heating build-up metal powder ejected from the fluid control device, the heating burner body being adapted to vary the amount of heat according to the difference in injection rate of build-up metal powder in the spreading direction.
    • 公开了一种积层喷涂设备,其能够沿着铺展方向将物料上的积聚金属粉末的铺展速度定位为满意地满足部分或局部堆积以及根据需要的均匀聚集。 积层喷涂装置包括用于扩散积聚金属粉末的流体控制装置,其具有形成在其内部两侧的一对控制气体注入喷嘴和用于提供两个控制气体系统的控制气体切换循环设定装置 以规定的周期到达流体控制装置,以便在扩展方向上对积聚金属粉末的铺展速度进行位置控制。 该设备还包括至少一个加热燃烧器体,用于从流体控制装置喷射的积聚金属粉末的加热,加热燃烧器本体适于根据积聚金属粉末的注入速率的差异来改变热量 传播方向。