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    • 1. 发明公开
    • DEVICE FOR ELECTROPLATING STEEL PIPE
    • VORRICHTUNG ZUR ELEKTROPLATTIERUNG EINES STAHLROHRS
    • EP3081674A4
    • 2017-08-02
    • EP14869821
    • 2014-12-11
    • NIPPON STEEL & SUMITOMO METAL CORPVALLOUREC OIL & GAS FRANCE
    • KIMOTO MASANARIISHII KAZUYAOSHIMA MASAHIROYAMAMOTO TATSUYA
    • C25D7/04C25D5/02C25D5/08C25D17/00C25D17/02C25D17/12C25D21/00
    • C25D5/026C25D5/08C25D7/04C25D17/004C25D17/02C25D17/12
    • An electroplating apparatus (1) applies an electroplated coating to a female thread (20b) formed on a pipe end portion (20a) of a steel pipe (20). The electroplating apparatus (1) includes an inner seal member (2), a capsule (3), a discharge outlet (3c), an opening (3b), a cylindrical insoluble anode (4), a plating solution supply tube (5a), and a plurality of nozzles (5b). The inner seal member (2) divides the interior of the steel pipe (20) at a location longitudinally inward of a region on which the female thread is formed (20b). The capsule (3) is attached to the pipe end portion (20a). The discharge outlet (3c) is designed to discharge a plating solution inside the capsule (3) therefrom. The opening (3b) facilitates discharge of the plating solution inside the capsule (3). The anode (4) is disposed in the inside of the pipe end portion (20a). The supply tube (5a) projects from a leading end of the anode (4). The nozzles (5b) eject a plating solution between the outer peripheral surface of the anode (4) and the inner peripheral surface of the pipe end portion (20a). The anode (4) has a configuration that does not allow ingress of the plating solution thereto.
    • 电镀装置(1)在形成于钢管(20)的管端部(20a)的阴螺纹(20b)上涂覆电镀涂层。 该电镀装置1包括内密封部件2,胶囊3,排出口3c,开口部3b,圆筒状的不溶性阳极4,电镀液供给管5a, 和多个喷嘴(5b)。 内密封部件(2)将钢管(20)的内部分隔在形成有内螺纹(20b)的区域的长度方向内侧的位置。 胶囊(3)连接到管端部分(20a)。 排出口(3c)被设计成从中排出胶囊(3)内的电镀液。 开口(3b)便于胶囊(3)内的电镀液的排出。 阳极(4)配置在管端部(20a)的内部。 供应管(5a)从阳极(4)的前端突出。 喷嘴(5b)在阳极(4)的外周表面和管端部(20a)的内周表面之间喷射电镀液。 阳极(4)具有不允许电镀液进入其中的构造。
    • 6. 发明授权
    • IMPROVED SELECTIVE PLATING APPARATUS AND ANODE ASSEMBLY THEREFOR
    • 改进的选择性涂层装置和阳极装置
    • EP0294426B1
    • 1992-05-06
    • EP88900318.2
    • 1987-12-04
    • AMP INCORPORATED
    • SMITH, Mark, LoringWAGNER, Richard, Maxwell
    • C25D5/02
    • C25D5/02C25D5/026
    • An apparatus (10) for plating interior surfaces of electrical terminals (172) that are attached to a carrier strip comprises a mandrel having first and second portions (11, 119), the first portion (11) being comprised of dielectric members which are mounted for rotation on a shaft (52) as strip-fed terminals are continuously fed to the first portion (11), wrapped against it and exited therefrom, and a second conductive portion (119) mounted in a stationary position on the same shaft (52). First dielectric portion (11) includes a plurality of nozzles distributed about its axis ofrotation. A plurality of anode assembly members (240) are mounted within the nozzles, the anode members (240) being movable into and out of interiors of terminals (172) that are wrapped against the dielectric portion (11). A conduit supplies plating solution under pressure through electrolyte passageways (131) to the nozzles and upon anode means (256). A source of electrical potential supplies electrical current flow from anode members (240) through plating solution and into interiors of terminals (172) thus forming a plurality of plating cells about the dielectric portion (11). The apparatus (10) includes means for assuring electrical engagement between the anode assembly members (256) and the conductive portion (119) so that an essentially uniform current is supplied to each plating cell. The apparatus (10) further includes camming means which cooperates with a camming engagement member (272) on each anode assembly (240) to ensure retraction of each assembly from its corresponding terminal. In the preferred embodiment, each anode assembly member (240) is comprised of a conductive body member (242) having an anode means (256) extending forwardly fom a body section (248), and a dielectric shroud (276) having a profiled passageway (284) extending axially therethrough, the dielectric shroud (276) being removable mounted to said body section (248) such that said shroud (276) extends coaxially around said anode means (256). The profiled passageway (284) of the shroud includes a terminal receiving section (278) wich is disposed around the anode means (256), extends fordwardly thereof, and has an inner diameter selected to be just greater than the outside diameter of a terminal (172) to be plated. The terminal receiving section (278) further includes lead-in means (288) whereby a terminal member is relatively received into the terminal receiving section and locatable concentrically about the anode means (256).
    • 7. 发明公开
    • APPARATUS FOR SELECTIVELY PLATING ELECTRICAL TERMINALS
    • DEVICE FOR触针的选择性电镀。
    • EP0335909A1
    • 1989-10-11
    • EP88900614.0
    • 1987-10-13
    • AMP INCORPORATED (a New Jersey corporation)
    • SMITH, Mark, Loring
    • C25D5
    • C25D5/026
    • L'appareil décrit permet le placage de surfaces intérieures de bornes électriques essentiellement plates qui sont espacées entre elles et rattachées à une bande porteuse. L'appareil comrend des moyens d'alimentation de la bande qui amènent la bande (120) de bornes (122) à un mandrin rotatif (10), lequel guide les bornes (122) au travers d'une zone de placage où elles reçoivent un placage, une source d'une solution de placage électrolytique, et une source de potentiel électrique pour appliquer un courant électrique d'une anode (42) au travers de la solution vers une cathode. Le mandrin (10) possède une pluralité d'ajutages (62) placé autour de son axe de rotation, et une pluralité d'extensions d'anodes (64), chaque extension d'anode (64) étant montée dans un ajutage associé (62) de sorte qu'une extrémité de l'extension d'anode (64) fait saillie vers l'extérieur depuis l'extrémité de l'ajutage (62). La bande (120) de bornes est amenée au mandrin (10) de sorte que la zone de contact intérieur (128) des bornes (122) est alignée avec l'extrémité saillante des extensions d'anodes correspondantes (64) et est montée sur ladite extrémité saillante. Un conduit (56) permet l'alimentation de solution électrolytique sous pression au travers des ajutages (62) et dans les bornes (122) dans lesquelles les extensions d'anodes associées (64) ont été reçues. Les bornes (122) sont extraites des extensions d'anodes (64) au fur et à mesure que la bande (120) sort du mandrin (10).
    • 8. 发明公开
    • Selective plating apparatus for zone plating
    • Vorrichtung zum selektiven Metallisieren。
    • EP0330316A1
    • 1989-08-30
    • EP89300920.9
    • 1989-01-31
    • THE WHITAKER CORPORATION
    • Smith, Mark Loring
    • C25D5/02
    • C25D5/026
    • A selective plating apparatus (20) for zone plating is comprised of a contained supply (22) of plating solution having an elongated avenue of escape or nozzle (32) and anode means (42) mounted along the length of the avenue of escape (32) at a spaced location therefrom such that the plating solution leaving the supply (22) is charged by the anode means (42). The apparatus (20) further includes means (86, 100) for guiding a workpiece (120) having a zone (128) to be selectively plated through the apparatus (20) such that the zone (128) is proximate the avenue of escape (32), the workpiece (120) comprising a cathode means. The apparatus (20) includes means for maintaining a desired rate of plating solution through the avenue of escape (32) whereby the solution wets the selected zone (128) of the workpiece (120) and deposits a layer of plating in the desired zone (128) on the surface of the workpiece as it passes through the apparatus (20). The apparatus (20) is preferably comprised of two such contained supplies (22, 52) of plating solution having the respective avenues of escape (32, 68) on opposite sides of the workpiece (120) thus depositing plating on the selected zone (128) on both sides of the workpiece simultaneously.
    • 用于区域镀覆的选择性电镀装置(20)包括具有延伸的逸出通道或喷嘴(32)的电镀液的容纳供应源(22)和沿着逃生通道的长度安装的阳极装置(32) ),使得离开电源(22)的电镀溶液由阳极装置(42)充电。 装置(20)还包括用于引导具有区域(128)的工件(120)的装置(86,100),以通过装置(20)选择性地电镀,使得区域(128)靠近逃生通道 32),所述工件(120)包括阴极装置。 所述设备(20)包括用于通过所述通道(32)保持所需电镀溶液速率的装置,由此所述溶液润湿所述工件(120)的所选择的区域(128)并且将所述电镀层沉积在期望的区域 128)在工件穿过设备(20)时在工件的表面上。 装置(20)优选地包括两个这样的包含电镀液的电镀液(22,52),该电镀溶液在工件(120)的相对侧上具有各自的通路(32,68),从而在所选择的区域(128)上沉积电镀 )同时在工件的两面。