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    • 4. 发明授权
    • Electrolytic capacitor with fractal surface
    • 具有分形表面的电解电容器
    • US5822177A
    • 1998-10-13
    • US678138
    • 1996-07-11
    • Thomas PoppArmin Bolz
    • Thomas PoppArmin Bolz
    • H01G9/04H01G9/042H01G9/048
    • H01G9/048H01G9/042
    • An electrolytic capacitor, in particular a tantalum electrolytic capacitor, is provided with a metal anode, in particular a sintered tantalum anode (1), a non-conducting insulating layer applied on it by means of molding the metal anode (1) for forming the dielectric of the electrolytic capacitor, an electrolyte in liquid, pasty or solid form, which forms the cathode of the electrolytic capacitor, and a flat cathode contact (5, 17) for providing current to the electrolyte. The flat cathode contact (5, 7) is provided with an electrically conducting, fractal surface coating (6), at least in the area of its contact surface with the electrolyte.
    • 电解电容器,特别是钽电解电容器具有金属阳极,特别是烧结的钽阳极(1),通过模制金属阳极(1)而在其上施加的非导电绝缘层,用于形成 电解电容器的电介质,形成电解电容器的阴极的液体,糊状或固体形式的电解质,以及用于向电解质提供电流的平坦的阴极接触(5,17)。 平面阴极接触件(5,7)至少在与电解质的接触表面的区域中设置有导电的分形表面涂层(6)。
    • 5. 发明申请
    • Enhanced Pinmat for Manufacturing High-Strength Perforated Laminate Sheets
    • 用于制造高强度穿孔层压板的增强Pinmat
    • US20060081102A1
    • 2006-04-20
    • US10904012
    • 2004-10-19
    • John WelchThomas Popp
    • John WelchThomas Popp
    • B26F1/24
    • B29C70/545B26F1/24Y10T83/0481Y10T83/9314
    • One advantageous embodiment of the present invention is an enhanced pinmat (12) for perforating a composite laminate sheet (20). The enhanced pinmat (12) includes a mat portion (22) and a series of pins (24) extending from the mat portion (22). Each pin (24) has a shank portion (30) extending from the mat portion (22) and a tip portion (32) extending from the shank portion (30). The tip portion (32) includes a base portion (34) extending from the shank portion (30), an accelerating portion (36) extending from the base portion (34), and a piercing portion (38) extending from the accelerating portion (36). The piercing portion (38) is utilized for penetrating the composite laminate sheet (20) within a substantially low range of applied pressure for forming a hole within the composite laminate sheet (20). Moreover, the accelerating portion (36) is utilized for penetrating the composite laminate sheet (20) at a substantially high speed for forcing the base portion (34) into the composite laminate sheet (20) within the substantially low range of applied pressure. The base portion (34) enlarges the hole formed by the piercing portion (38).
    • 本发明的一个有利的实施例是用于对复合层压片(20)进行穿孔的增强针脚(12)。 增强针脚(12)包括垫部分(22)和从垫部分(22)延伸的一系列销(24)。 每个销(24)具有从垫部分(22)延伸的柄部分(30)和从柄部分(30)延伸的尖端部分(32)。 所述前端部(32)包括从所述柄部(30)延伸的基部(34),从所述基部(34)延伸的加速部(36),以及从所述加速部延伸的刺穿部(38) 36)。 刺穿部分(38)用于在基本上低的施加压力范围内穿透复合层压片(20),以在复合层压板(20)内形成孔。 此外,加速部分(36)用于以基本上高的速度穿透复合层压片(20),以在基本上低的施加压力范围内迫使基部(34)进入复合层压片(20)。 基部(34)扩大由穿刺部(38)形成的孔。
    • 10. 发明授权
    • Control and regulating device for film transport in a film projector
    • 电影投影机中电影传输的控制和调节装置
    • US5106185A
    • 1992-04-21
    • US571657
    • 1990-10-26
    • Otto BlaschekErnst TschidaJosef HaasThomas Popp
    • Otto BlaschekErnst TschidaJosef HaasThomas Popp
    • G03B21/48
    • G03B21/48
    • Control and regulating device for film transport in a film projector, with winding plates (62, 72) located on both sides of a film gate (8) and drivable by a single motor (61, 71), and with supply and takeup devices (3, 4) likewise disposed between the winding plates (62, 72) and film gate (8), the devices being drivable by at least one drive motor (51) to produce film loops on both side of the film gate (8) and with a transport device (2) between the supply and takeup devices (3 and 4). The drive motors (21; 51; 61, 71) for the winding plates (62 and 72), supply and takeup devices (3 and 4), and film transport device (2) are connected with sensors (25; 55; 65, 75) to detect the rpm and/or rotational direction, so that when a presettable rpm is exceeded or when one of the drive motors (21; 51; 61, 71) rotates in a rotational direction counter to the rotational direction predetermined by a higher-order operating control, all drive motors (21; 51; 61, 71) are braked simultaneously.
    • PCT No.PCT / DE89 / 00158 Sec。 371 1990年10月26日第 102(e)日期1990年10月26日PCT 1989年3月9日PCT公布。 出版物WO89 / 08867 日期:1989年9月21日。在胶片投影机中用于胶片输送的控制和调节装置,其中卷绕板(62,72)位于胶片门(8)的两侧并由单个电机(61,71)驱动, 并且同样设置在卷绕板(62,72)和胶片门(8)之间的供给和卷取装置(3,4),所述装置可由至少一个驱动电动机(51)驱动,以在 胶片门(8)和在供应和收紧装置(3和4)之间的输送装置(2)。 用于卷绕板(62和72),供应和卷绕装置(3和4)和胶片传送装置(2)的驱动电机(21; 51; 61,71)与传感器(25; 55; 65, 75)以检测转速和/或转动方向,从而当超过可预设的转速时,或者当其中一个驱动电动机(21; 51; 61,71)沿与旋转方向相反的转动方向旋转时, 所有驱动马达(21; 51; 61,71)同时制动。