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    • 33. 发明公开
    • ABS 수지상 무전해 도금을 위한 표면 전처리 방법
    • ABS塑料上的电镀涂层的表面预处理方法
    • KR1020100007044A
    • 2010-01-22
    • KR1020080067469
    • 2008-07-11
    • 주식회사 이넥트론
    • 김동규최진문강동호황영찬
    • C23C18/20C23C18/54
    • PURPOSE: A surface method of pre-treating for ABS dendrite electroless plating is provided to reduce the cost for processing wastewater and washing water treatment. CONSTITUTION: An injection release agent of the plating section of a plating target in which the ABS agent is included over 70%. The environmentally friendly aqueous adhesive is spread on the surface of the plating section. The spreading environmentally friendly aqueous adhesive is dried by 70%. The foaming agent is spread in the dried aqueous adhesive coated surface. The foaming agent and the dried aqueous adhesive coated surface are dried. The foaming agent is foamed to the infrared heat source.
    • 目的:提供ABS枝晶化学镀预处理的表面方法,以降低处理废水和洗涤水处理的成本。 构成:其中包含ABS试剂的电镀靶的电镀部分的注射剂是70%以上。 环保的水性粘合剂分散在电镀部分的表面上。 传播环保的水性粘合剂被干燥70%。 发泡剂在干燥的水性粘合剂涂布表面中扩散。 将发泡剂和干燥的水性粘合剂涂布表面干燥。 发泡剂发泡到红外热源。
    • 34. 发明公开
    • 플라스틱이나 피씨비 등의 금속 또는 비금속 재료의 표면금속 코팅을 위한 상압 플라즈마 전처리 방법
    • 使用等离子体预处理的镀层方法
    • KR1020080011259A
    • 2008-02-01
    • KR1020060071813
    • 2006-07-29
    • 주식회사 이넥트론
    • 김동규최진문
    • C23C18/02C23C28/00
    • C23C18/2006C23C18/1851C23C28/023H05K2203/0392
    • A pretreatment method using atmospheric plasma for coating metal onto a surface of metallic or non-metallic material such as plastic or PCB is provided to improve adhering force and to form a superior surface layer by using atmospheric plasma. In a method of performing a pretreatment process on a surface using an atmospheric plasma pretreatment device, a transfer unit(120) is operated by a power transfer unit(130). A target material is settled on a surface treatment device unit which adheres to the transfer unit. The surface treatment device unit moves toward an unloading section, and the target material passes through a plasma generating unit(150). A lower electrode up/down unit(153) elevates so that a lower electrode(152) makes contact with the surface treatment device unit. Then, plasma is generated between the surface treatment device unit and an upper electrode(151). A surface of the target material is pretreated by the plasma.
    • 提供了使用大气等离子体将金属涂覆在诸如塑料或PCB等金属或非金属材料的表面上的预处理方法,以通过使用大气等离子体来提高附着力并形成优良的表面层。 在使用大气等离子体预处理装置对表面进行预处理处理的方法中,传送单元(120)由动力传递单元(130)操作。 目标材料沉积在粘附到转印单元的表面处理装置单元上。 表面处理装置单元向卸载部移动,目标材料通过等离子体生成单元(150)。 下电极上下单元(153)升高,使得下电极(152)与表面处理装置单元接触。 然后,在表面处理装置单元和上部电极(151)之间产生等离子体。 目标材料的表面被等离子体预处理。
    • 38. 发明公开
    • 전도성 페이스트에 의한 음이온 및 원적외선 방사 기능성제품의 제조 방법
    • 使用导电胶生产阴离子和红外辐射产物的方法
    • KR1020040074391A
    • 2004-08-25
    • KR1020030010005
    • 2003-02-18
    • 주식회사 이넥트론
    • 김동규이진형
    • C04B41/51C04B35/00
    • C04B41/88A44C27/00C04B35/04C04B35/14C04B2103/0097
    • PURPOSE: A method for producing an anion and infrared ray-emitting product using a conductive paste is provided to obtain ornaments having excellent adhesion to any material, smooth surface and good appearance with a high yield through a simple and economical process. CONSTITUTION: The method for producing an anion and infrared ray-emitting product comprises the steps of: preparing a molding product from a functional powder, clay and elvan; forming a conductive paste layer on the molding product; and plating its surface with a precious metal. The functional powder includes a mixture of SiO2(20-30%), MgO(5-15%), Al2O3(1-5%), P2O5(10-20%), CaO(5-10%), Fe2O3(1-2%), CeO2(15-25%), Nd2O3(5-10%), Sm2O3(3-5%), TiO2(1-2%), etc. The conductive paste is prepared from one-component selected from Ag, Pd, Cu, Zn, Pt, Sn, Bi, etc, or multi-component of their mixture. The precious metal is selected from Au, Pt, Rh, Ru and Pd.
    • 目的:提供一种使用导电浆料制造阴离子和红外线发射产物的方法,通过简单和经济的方法获得具有优异的粘合性,具有光滑表面和良好外观的装饰品。 构成:阴离子和红外线发射产物的制造方法包括以下步骤:从功能性粉末,粘土和埃尔文制备成型产品; 在成型品上形成导电膏层; 并用贵金属电镀其表面。 功能性粉末包括SiO2(20-30%),MgO(5-15%),Al2O3(1-5%),P2O5(10-20%),CaO(5-10%),Fe2O3 -2%),CeO2(15-25%),Nd2O3(5-10%),Sm2O3(3-5%),TiO2(1-2%)等)。 Ag,Pd,Cu,Zn,Pt,Sn,Bi等,或它们的混合物的多组分。 贵金属选自Au,Pt,Rh,Ru和Pd。
    • 39. 发明公开
    • 전해주조 기술을 이용한 할로우 주얼리 형성 방법
    • 使用电化法形成中空珠宝的方法
    • KR1020040046608A
    • 2004-06-05
    • KR1020020074577
    • 2002-11-28
    • 주식회사 이넥트론
    • 김동규이진형임기수
    • B22D25/02
    • B22D25/026B22D13/101
    • PURPOSE: A technology for fabricating a hollow precious metal jewelry by passing the fabricated model through polishing, plating, elution and heat treatment steps after fabricating a model through precision centrifugal casting is provided. CONSTITUTION: The method comprises a step of centrifugal casting an alloy having low melting point(1) using a silicone rubber as a mold; a step of polishing the centrifugal cast article using a rotational barrel; a step of forming a copper plating layer(2) by performing pretreatment and copper plating on the polished cast article after connecting the polished cast article to a plating rack, and forming a precious metal plating layer(3) by electroforming plating a precious metal on the copper plated cast article; a step of forming a copper plating layer(4) by plating copper on the precious metal plated article; a step of eluting the alloy having low melting point from the inside of the article through an elution hole(5); a step of delaminating copper from the article; and a step of drying and heat treating the resulting article, wherein the alloy having low melting point used in the casting process is a binary, ternary or multi-metal alloy selected from lead, tin, bismuth, zinc and silver, and wherein the eluting process is performed using heater and vibration motor, and the alloy is eluted from the article by hot blast and vibration.
    • 目的:提供通过精密离心铸造制造模型后通过抛光,电镀,洗脱和热处理步骤制造中空贵金属饰品的技术。 构成:该方法包括使用硅橡胶作为模具离心铸造具有低熔点(1)的合金的步骤; 使用旋转筒抛光离心铸造制品的步骤; 在将抛光后的铸造品连接到电镀架上之后,通过在研磨后的铸造品上进行预处理和镀铜而形成镀铜层(2)的工序,通过电镀贵金属来形成贵金属镀层(3) 镀铜铸件; 通过在贵金属镀敷制品上镀铜形成铜镀层(4)的步骤; 通过洗脱孔(5)从物品内部洗脱具有低熔点的合金的步骤; 从文章中分解铜的步骤; 以及对所得制品进行干燥和热处理的步骤,其中在铸造工艺中使用的具有低熔点的合金是选自铅,锡,铋,锌和银的二元,三元或多金属合金,并且其中洗脱 使用加热器和振动马达进行处理,并且通过热风和振动从合成物中洗脱出合金。