首页> 外国专利> CHROME EVAPORATION ADHESION A FISHING LOD AND MANUFACTURE METHOD FOR THE CHROME EVAPORATION ADHESION A FISHING LOD

CHROME EVAPORATION ADHESION A FISHING LOD AND MANUFACTURE METHOD FOR THE CHROME EVAPORATION ADHESION A FISHING LOD

机译:铬蒸腾附着物的钓鱼台及制造方法铬蒸腾附着物的钓鱼台及制造方法

摘要

The invention undercoating the rod is repeated bending even if the present invention relates to a chromium is deposited chromium deposition rod and a method of manufacturing the same so that a crack is not generated, the chromium deposition rod in accordance with the present invention that a predetermined coating material to the loading surface of the rod coating layer is formed, and the undercoating is deposited layers of non-ferrous metal is deposited is formed in the layer, in the fishing rod is the paint top coat layer formed on the deposited layer, the deposited layer 16 has to be a chromium (Cr) deposition, the deposition thickness is formed of a 0.5 ~ 1 ㎛ will prevent a crack is not generated in the deposited layer at the time of bending of the rod,; The manufacturing method is a primer undercoating layer coating at step 30 and the undercoating step 30; Deposition layer formed in the (14) the drying step 40, by depositing a non-ferrous metal in the dried load in said step depositing step 50 of forming a vapor deposition layer 16 and the deposition step 50 for drying ( 16) outer surface on according to a fishing rod manufacturing method comprising a resolution step 60 to form a top coat layer 18, the deposition step (50) is turned the load has passed through the drying step 40, in the evaporator 70 to on the other hand, place the chrome 74 to the heating element 72, a vacuum is 10-4 ~ to heat the heating element to 1850 ~ 2000 ℃ in a 10-7Torr to adjust the degree of vacuum evaporation so that the state of chromium, the deposition sikidoe and the deposition time to 20 ~ 35sec is the thickness of the deposited chromium layer 16 is such that a 0.5 ~ 1 ㎛.
机译:即使本发明涉及沉积铬的铬沉积棒及其制造方法以致不会产生裂纹,本发明的底涂层棒也要反复弯曲,根据本发明的铬沉积棒为预定的在杆的涂层的负载表面上形成涂层材料,并在该涂层中形成底涂层是沉积有色金属的层,在钓鱼竿上是在沉积层上形成的面漆层,淀积层16必须是铬(Cr)淀积,淀积厚度为0.5〜1㎛,以防止在杆弯曲时在淀积层中不产生裂纹。该制造方法是在步骤30和底涂层步骤30中涂覆底漆底涂层;在(14)干燥步骤40中形成的沉积层,通过在形成气相沉积层16的所述步骤沉积步骤50和用于干燥(16)外表面的沉积步骤50中在干燥的负载中沉积有色金属而形成。根据包括分辨率步骤60以形成顶涂层18的钓鱼竿制造方法,沉积步骤(50)被转动,负载已经通过干燥步骤40,在蒸发器70中,另一方面铬74到加热元件72,真空度为10-4〜,以10-7Torr将加热元件加热到1850〜2000℃,以调节真空蒸发的程度,使铬的状态,淀积状态和淀积状态时间到20〜35sec是沉积的铬层16的厚度是0.5〜1㎛。

著录项

  • 公开/公告号KR100336261B1

    专利类型

  • 公开/公告日2002-05-13

    原文格式PDF

  • 申请/专利权人 NULL NULL;

    申请/专利号KR19990062547

  • 发明设计人 조성철;

    申请日1999-12-27

  • 分类号A01K87/00;

  • 国家 KR

  • 入库时间 2022-08-22 00:29:45

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