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    • 1. 发明公开
    • 적층체의 제조 방법
    • 生产层压板的方法
    • KR1020170063875A
    • 2017-06-08
    • KR1020177011593
    • 2015-09-29
    • 니폰 제온 가부시키가이샤
    • 후지무라,마꼬또다떼이시,요우헤이
    • H05K3/42B32B15/08H05K3/18
    • H05K3/429H05K3/0014H05K3/0032H05K3/005H05K3/0055H05K3/007H05K3/422H05K3/423H05K3/427H05K3/4644H05K2203/072H05K2203/0723H05K2203/1105H05K3/42B32B15/08H05K3/18
    • 내열성(예를들어, 땜납내열성)이우수하고, 도통신뢰성이우수한소직경의비아홀 형성가능한적층체를제조하기위한방법을제공하는것이다. 지지체위에, 열경화성수지조성물을포함하는경화성수지조성물층을형성함으로써, 지지체부착경화성수지조성물층을얻는공정과, 상기지지체부착경화성수지조성물층을, 경화성수지조성물층형성면측에서, 기재에적층시킴으로써, 기재와, 지지체부착경화성수지조성물층을포함하는지지체부착경화전 복합체를얻는공정과, 상기복합체에대하여제1 가열을행하여, 상기경화성수지조성물층을열경화시킴으로써, 경화수지층으로함으로써, 기재와, 지지체부착경화수지층을포함하는지지체부착경화복합체를얻는공정과, 상기지지체부착경화복합체의상기지지체측으로부터천공을행함으로써, 상기경화수지층에비아홀을형성하는공정과, 상기지지체부착경화복합체로부터상기지지체를박리함으로써, 기재및 경화수지층을포함하는경화복합체를얻는공정과, 상기경화복합체의비아홀 내의수지잔사를제거하는공정과, 상기경화복합체에대하여제2 가열을행하는공정과, 상기경화복합체의비아홀의내벽면, 및, 상기경화수지층위에, 도체층을형성하는공정을갖는것을특징으로하는적층체의제조방법을제공한다.
    • (例如焊锡耐热性),可形成导通可靠性优异的小直径通孔。 通过形成可固化树脂组合物层,其包括在载体上的热固性树脂组合物,用于附接至得到的固化性树脂组合物层的工艺的支持,附连到所述可固化树脂组合物层,在可固化树脂组合物层形成面侧的支撑,在基板上层叠, 由基材料和支撑安装和,通过由固化树脂层,所述基底和所述执行关于所述第一热量到复合材料中,热固化所述可固化树脂组合物层,为了获得在固化复合材料,包括可固化树脂组合物层之前附着在载体上的步骤 ,附着在固化树脂层的支持附着固化并获得一个复杂的过程,通过从附着在支撑的支撑侧进行穿孔支撑以固化复合材料,该方法和附接在支撑以固化复合材料,以形成通路孔中含有固化树脂层 获得包含基材和固化树脂层的固化复合材料; 在固化的复合物的通孔的内壁表面和固化的树脂层上形成导电层的步骤;以及在固化的树脂层上形成导体层的步骤, 本发明还提供了一种制造层压板的方法。
    • 2. 发明授权
    • 주문형 회로원판의 비아 형성 장치
    • 通过定制电路板的制造设备
    • KR101711404B1
    • 2017-03-02
    • KR1020160099421
    • 2016-08-04
    • 강봉균
    • 강봉균
    • H05K3/42H05K3/00
    • H05K3/42H05K3/0044H05K3/0055H05K3/421
    • 본발명은상기와같은종래기술의문제점을해결하고자개발된것으로, 원판의관통한비아홀에도선성재료가충진되어원판양측에형성된회로패턴이정상적으로연결됨에의해불량률을낮추기위해, 원판냉각수단은무전해도금장치의입구에설치되고, 원판가열수단은무전해도금장치의출구에설치되며, 원판냉각수단이원판을어느정도온도나시간으로비아홀을원상태로복원되게하는지와원판가열수단이어느온도와시간으로가열해야되는지를자동화하여해결한주문형회로원판의비아형성장치를제공하는것을목적으로한다. 본발명은원판(200)의상부에형성된상부회로패턴(100t); 원판의하부에형성된하부회로패턴; 원판을관통하여형성된하나이상의비아홀(H)에채워져상하회로패턴을통전시키는비아(V)를포함하는회로원판에서비아홀과상부회로패턴및 하부회로패턴배선층의상부는무전해금속도금에의해무전해금속도금층을형성하는무전해도금장치(400)와제어부를포함하는비아형성장치에있어서,상기비아형성장치는, 원판을지지하는원판지지수단(10); 원판을냉각시켜원판이수축됨에의해비아홀이확장되게하는원판냉각수단(20); 상기원판냉각수단(20)에의해냉각되어비아홀이확장된상태에서흡기구가원판에밀착된상태에서공기를흡입함에따라비아홀의이물질을빨아들여배출시키는이물질흡입수단(30); 상기원판냉각수단(20)과이물질흡입수단(30)을포함하는제1 챔버(C1); 상기무전해도금장치(400)에의해무전해도금층이형성된원판을상온으로가열하는원판가열수단(40); 상기원판가열수단(40)을포함하는제2 챔버(C2); 상기원판지지수단(10)은원판의양단을지지하는지지턱이형성된지지대(11); 상기지지대의상부에회동가능하게설치되어원판의가장자리를고정시키는회동고정레버(12); 상기지지대(11)를관통하여형성된나선형관통홀(13h); 상기지지대(11)를수평으로이동시켜처리되는원판의길이에맞추어지지대사이의거리를조절하도록상기나선형관통홀에형성된나선홈에치합되는기어치가형성되어회전하는스크류축(13s); 상기지지대(11)를수평이동가능하게지지하는고정프레임(13f); 이송되는원판지지수단(10)을구성하는고정프레임(13f)의양단만을지지할수 있도록두 개의벨트(51, 52)로이루어진이송컨베이어(50); 및상기제1 챔버(C1)와제2 챔버(C2) 사이에설치된무전해도금장치(400); 상기제1 챔버(C1)와제2 챔버(C2)의사각형의외각부에다수개설치되며, 각내부의원판의상태를실시간으로촬영하여상기제어부에전달하는이미지센서(110, 111); 및상기제1 챔버(C1)와제2 챔버(C2) 내부의원판의온도를실시간으로측정하여상기제어부에전달하는온도센서(120, 121);를포함하되, 상기제어부가상기이미지센서(110, 111)와온도센서(120, 121)를이용하여얻은원판의상태와온도정보를기초로온도에따른원판의상태를매칭시키고,상기제어부는상기매칭된상기원판의상태와온도정보를통하여, 상기온도에대응되는이미지센서에서전달받은원판가열수단에의한가열단계에서원판가열수단에의해가열된비아홀복원이미지를찾아내고, 상기비아홀복원이미지가형성되기위한시간정보를측정하여, 상기원판가열수단과상기온도정보와시간정보를전송하여가열하도록제어하며,상기원판냉각수단(20)은다수의개별부분으로나뉘어져각 개별부분에
    • 5. 发明公开
    • 기판 기준핀 분리방법
    • PCB固定金属分离方法
    • KR1020140040380A
    • 2014-04-03
    • KR1020120106915
    • 2012-09-26
    • 삼성전기주식회사
    • 명여성정석모오주동정유용
    • H05K3/00
    • H05K3/0044H05K3/0008H05K3/0055H05K2201/10318H05K2203/0182
    • The present invention relates to a separation method of a substrate reference pin forcibly pressed when processing a substrate reference hole and, more specifically, to a separation method of a substrate reference pin to rapidly separate the reference pin forcibly pressed to process a hole on the surface of a substrate without a separate equipment. The present invention comprises: a step of forming a reference hole using a drill combined with a spindle in a substrate manufacturing process; a step of pressing the reference pin into the reference hole; a step of chucking a depinning jig to the spindle after pressing the reference pin; a step of moving the spindle to the position where the reference pin is pressed; a step of removing the reference pin using the depinning jig by lowering the spindle; and a step of moving the removed reference pin to a pin collection box through a guide hose. [Reference numerals] (S1) Step of forming a reference hole using a drill combined with a spindle in a substrate manufacturing process; (S2) Step of pressing the reference pin into the reference hole; (S3) Step of chucking a depinning jig to the spindle after pressing the reference pin; (S4) Step of moving the spindle to the position where the reference pin is pressed; (S5) Step of removing the reference pin using the depinning jig by lowering the spindle; (S6) Step of moving the removed reference pin to a pin collection box through a guide hose
    • 本发明涉及在处理基板基准孔时强制按压的基板基准销的分离方法,更具体地,涉及基板基准销的分离方法,以快速分离强制压制的基准销以处理表面上的孔 的基板没有单独的设备。 本发明包括:在基板制造工艺中使用与主轴结合的钻头形成基准孔的步骤; 将参考销按压到参考孔中的步骤; 在按压基准销后将夹具夹紧到主轴上的步骤; 将主轴移动到基准销被按压的位置的步骤; 通过降低主轴使用脱模夹具去除基准销的步骤; 以及通过引导软管将移除的基准销移动到销收集箱的步骤。 (附图标记)(S1)在基板制造工序中使用与主轴结合的钻头形成基准孔的工序; (S2)将基准销按入基准孔的步骤; (S3)按压基准销后将夹具夹紧到主轴上的步骤; (S4)将主轴移动到基准销被按压的位置的步骤; (S5)通过降低主轴使用脱模夹具去除基准销的步骤; (S6)通过引导软管将拆下的基准销移动到销收集箱的步骤
    • 8. 发明公开
    • 씨오투 레이저 다이렉트 공법을 이용한 빌드업 다층인쇄회로기판의 제조방법
    • 使用CO2激光直接方法制造多层PCB的制造方法
    • KR1020090106723A
    • 2009-10-12
    • KR1020080032033
    • 2008-04-07
    • 한화테크윈 주식회사
    • 이재욱
    • H05K3/46
    • H05K3/0026H05K3/0055H05K3/4652H05K2201/096
    • PURPOSE: A method for manufacturing a build-up multiplayer printed circuit board using a CO2 laser direct method is provided to improve the reliability of the interlayer junction by filling the copper plating in the surface plating and a via hole. CONSTITUTION: An internal pattern is formed by coating the photosensitive fluid and using an etching method after a copper laminate plate is cut with a constant size(S1). An internal layer black oxide process is performed in an outer surface of the internal pattern for improving absorption of the CO2 laser beam and laminating the external layer(S2). A lay-up is formed performing the resin and copper layer through a hot press process or lamination and curing process(S3). An external layer black oxide process is performed in the outer surface for improving the absorption ratio of the laser beam(S4). The laser beam according to the requested diameter of the external hole is selected and processed for giving the conductivity in the front surface of the substrate by exposing the internal layer pattern circuit(S5). The laser beam according to the requested diameter of the internal hole is selected and processed for giving the conductivity in the front surface of the substrate by exposing the internal layer pattern circuit(S6). The copper is plated in the external layer pattern and the processed hole with the chemical copper or electrolytic copper after a desmear process(S7).
    • 目的:提供一种使用CO2激光直接法制造积层多人印刷电路板的方法,以通过填充表面电镀中的铜电镀和通孔来提高层间结的可靠性。 构成:在以一定大小(S1)切割铜层压板之后,通过涂布感光性流体和使用蚀刻方法形成内部图案。 在内部图案的外表面中进行内层黑色氧化物处理,以改善CO 2激光束的吸收并层叠外层(S2)。 通过热压工艺或层压和固化工艺(S3),形成通过树脂和铜层进行的叠层。 在外表面进行外层黑色氧化物处理,以提高激光束的吸收比(S4)。 选择并处理根据外部孔的要求直径的激光束,以通过暴露内层图案电路(S5)来提供衬底的前表面中的导电性。 通过暴露内层图案电路(S6),选择并处理根据所要求的内孔直径的激光束,以提供衬底前表面的导电性。 在去污处理之后,铜以外部层图案和化学铜或电解铜的处理孔(S7)电镀。
    • 9. 发明授权
    • PCB 제조 공정에서 발생하는 산화 및 악취가스처리시스템
    • 在PCB制造过程中氧化和处理气体处理系统
    • KR100876983B1
    • 2009-01-07
    • KR1020080024326
    • 2008-03-17
    • (주)여진
    • 권인수강상훈
    • H05K3/00
    • H05K3/0055H05K2203/088
    • A system for removing oxidation and stench gas occurred at PCB manufacturing process for pure work environment is provided to remove a pollution source by improving capture efficiency of all kinds of toxic and stench gases through a HEPA(High Efficiency Particulate Arrestor) filter. A main body(10) includes an intake part(12), an exhaust part(14), and a receiving part. A pre-processing filter(20) is arranged in front of the receiving part of the main body. A housing module is arranged behind the pre-processing filter. A chemical media are stored in the housing module. A post-processing filter(30) is arranged behind the housing module. A HEPA filter(50) is arranged behind the post-processing filter. A fine particle is filtered out by the HEPA filter. A reprocessing supplying part(60) is arranged behind the HEPA filter, and reprocesses an air filtered out by each filter. A fan assembly(70) is arranged behind the reprocessing supplying part. A damper(80) is arranged behind the fan assembly.
    • 提供用于清洁氧化和恶臭气体的系统,用于纯工作环境的PCB制造过程,通过HEPA(高效颗粒捕集器)过滤器提高各种有毒和恶臭气体的捕获效率来消除污染源。 主体(10)包括进气部(12),排气部(14)和接收部。 预处理过滤器(20)布置在主体的接收部分的前面。 预处理过滤器后面设有一个外壳模块。 化学介质存储在外壳模块中。 后处理过滤器(30)布置在壳体模块的后面。 HEPA过滤器(50)布置在后处理过滤器后面。 细颗粒由HEPA过滤器滤出。 再加工供给部(60)配置在HEPA过滤器的后方,并且再处理由各过滤器滤出的空气。 风扇组件(70)布置在后处理供应部分的后面。 风扇组件后面设有阻尼器(80)。