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    • 9. 发明申请
    • BATTERY CORE WINDER AND METHOD OF WINDING A BATTERY CORE
    • 电池芯绕组和绕组电池芯的方法
    • WO1998026462A1
    • 1998-06-18
    • PCT/US1997023665
    • 1997-12-12
    • EVEREADY BATTERY COMPANY, INC.CLARK, Thomas, C.
    • EVEREADY BATTERY COMPANY, INC.
    • H01M06/10
    • H01M6/10Y10T29/49108Y10T29/53135
    • A battery core winding apparatus for winding into an electrochemical cell, a plurality of flexible strip members comprising a first conducting flexible electrode (86) having a first leading edge (87), a second conducting flexible electrode (88) having a second leading edge (89), and a separator (90), includes a first elongate feeder bed and a second elongate feeder bed longitudinally disposed from the first feeder bed. A winding cavity is formed between the feeder beds. A first arbor half (58) having a first flat surface and a first curvilinear winding surface is rotatingly supported within the winding cavity substantially midway between the first and second feeder beds, and a second arbor half (64) having a second flat surface and a second curvilinear winding surface is rotatingly supported within the winding cavity such that the second flat surface faces the first flat surface and the first and second flat surfaces are interspaced to form a slot. A first pair of forming rollers (48, 50) are rotatingly supported and disposed within the winding cavity proximate to and forming a gap with the first curvilinear surface and a second pair of forming rollers (54, 56) are disposed within the winding cavity proximate to and forming a gap with the second curvilinear surface. At least one feeder roller (32) is rotatingly embedded in each of the first and second feeder beds, the rotational axis of each roller being substantially perpendicular to the elongate axis of the feeder beds, and a pressure roller (34) is rotatingly mounted in registration with each of the feeder rollers, the pressure roller axis of rotation being parallel to that of the feeder roller and each pressure roller is spring biased against its adjacent feeder roller.
    • 一种用于卷绕到电化学电池中的电池芯卷绕装置,多个柔性条状构件,包括具有第一前缘(87)的第一导电柔性电极(86),具有第二前缘的第二导电柔性电极(88) 89)和分离器(90)包括第一细长进料床和从第一进料床纵向设置的第二细长进料器床。 在送料床之间形成卷绕腔。 具有第一平坦表面和第一曲线缠绕表面的第一心轴半部(58)基本在第一和第二馈送床之间的中间旋转地支撑在绕组腔内,以及具有第二平坦表面和第二平坦表面的第二心轴半部(64) 第二曲线卷绕表面旋转地支撑在卷绕腔内,使得第二平坦表面面向第一平坦表面,并且第一和第二平坦表面间隔开形成槽。 第一对成形辊(48,50)旋转地支撑并设置在绕组腔内,靠近并与第一曲线表面形成间隙,并且第二对成形辊(54,56)设置在绕组腔内靠近 并与第二曲线表面形成间隙。 至少一个进给辊(32)旋转地嵌入在每个第一和第二进料床中,每个辊的旋转轴线基本上垂直于进料床的细长轴线,并且压力辊(34)旋转地安装在 与每个进料辊对准,压力辊的旋转轴线平行于进料辊,并且每个压力辊被弹簧偏置抵靠其相邻的进料辊。
    • 10. 发明申请
    • ELECTROCHEMICAL CELL HAVING WOUND ELECTRODE STRUCTURES
    • 具有电极结构的电化学细胞
    • WO1986003889A1
    • 1986-07-03
    • PCT/US1985002562
    • 1985-12-20
    • GTE GOVERNMENT SYSTEMS CORPORATION
    • GTE GOVERNMENT SYSTEMS CORPORATIONGOEBEL, FranzHASKINS, Timothy, BrooksBATSON, David, Cameron
    • H01M06/10
    • H01M6/10H01M6/14
    • An electrochemical cell (10) has a cathode current collector (20), an anode electrode (21) and a porous insulating material (22) wound in a coil (17) and inserted in a sealed can (11). Cathode current collector (20) has a metal substrate (23) carrying a plurality of holes (24). The metal substrate (23) supports layer (25) of an electrode material such as porous carbon. Both edges (26A, 26B) and one end (28) of the substrate (23) is kept free of material. The bare end (28) of the substrate (23) is on the outside of the coil (17). The substrate (23) is wider than the anode electrode (21) and the cathode current collector (20) of the coil (17), so that when the coil (17) is inserted in the can (11), the substrate (23) makes contact with all the internal surfaces of the can (11).
    • 电化学电池(10)具有卷绕在线圈(17)中并插入密封罐(11)中的阴极集电器(20),阳极电极(21)和多孔绝缘材料(22)。 阴极集电体(20)具有承载多个孔(24)的金属基板(23)。 金属基板(23)支撑多孔碳等电极材料的层(25)。 衬底(23)的两个边缘(26A,26B)和一个端部(28)保持没有材料。 基板(23)的裸露端(28)位于线圈(17)的外侧。 基板(23)比线圈(17)的阳极电极(21)和阴极集电体(20)宽,使得当线圈(17)插入罐(11)时,基板(23) )与罐(11)的所有内表面接触。