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    • 1. 发明公开
    • 박막유리 제조방법
    • 薄膜玻璃制造方法
    • KR1020170075908A
    • 2017-07-04
    • KR1020150185382
    • 2015-12-23
    • 이파이브전자 주식회사
    • 김종영
    • C03C27/10C03C23/00B08B11/00C03C19/00C03B33/00C03B29/08
    • Y02P40/57
    • 본발명은전자제품의디스플레이, 광학기기및 각종액세서리등에사용되는박막유리제조방법에관한것으로서특히, 강도가우수하고, 제품수율이높으며, 대량생산이가능한박막유리제조방법에관한것이다. 본발명에의한박막유리제조방법은원장(10)들을세척하고불량유무를확인하는수입검사단계(S100); 원장(10)의상부에접착제(112)를도포하는접착제도포단계(S110); 접착제(112)가도포된원장(10)의상부에다른원장(10)을적층하여원장적층체(20)를형성하는적층단계(S120); 상기원장적층체(20)를롤러로가압하여원장(10)을밀착시키고, 원장(10) 사이의기포를제거하는롤링가압단계(S130); 상기원장적층체(20)를소정크기로절단하여북(30)을형성하는다이싱단계(S150); 상기다이싱단계(S150)를통해형성된북(30)을 CNC가공하여테두리절삭하거나천공작업하는 CNC 가공단계(S160); 상기다이싱단계(S150) 및 CNC가공단계(S160)를거친북(30)의가공면을브러시(171)로다듬어평탄화작업하는폴리싱단계(S170); 상기폴리싱단계(S170)를거친북을불산또는비불산힐링액에침지하여북(30) 가공면의크랙을제거하는힐링단계(S180); 북(30)을분리액에침지하여각각의셀(31)을분리하는박리단계(S200); 및상기박리단계(S200)를통해분리된각 셀(31)들을세척하는세정단계(S210);를포함하여구성된다.
    • 本发明涉及用于显示装置的薄膜玻璃的制造方法,光学装置以及电子产品的各种附件,更具体地涉及能够以高强度,高产品产量批量生产的薄膜玻璃制造方法。 根据本发明的薄膜玻璃制造方法包括:进口检查步骤(S100),清洁壁架(10)并确认是否存在缺陷; 粘合剂施加步骤(S110):将粘合剂(112)施加到所述横木(10)的上部; 在形成有粘合剂(112)的凸缘(10)的上侧层叠另一个凸缘(10)以形成凸缘层压板(20)的层压步骤(S120); 将层压体(20)压靠在辊子(10)上以使层压体(10)彼此紧密接触并除去横木(10)之间的气泡的滚压工序(S130)。 切割台肩叠层体(20)至预定尺寸以形成鼓(30)的切割步骤(S150); CNC加工通过切割步骤(S150)形成的滚筒(30)以切割或穿孔滚筒(30)的CNC加工步骤(S160); 通过切割步骤(S150)和CNC加工步骤(S160)用刷子(171)使滚筒(30)的加工表面变平的抛光步骤(S170); 将经过抛光步骤(S170)的滚筒浸入氢氟酸或非氢氟酸治愈溶液中以除去滚筒(30)的加工表面上的裂纹的愈合步骤(S180); 将滚筒(30)浸入分离液中以分离每个电池(31)的剥离步骤(S200); 以及清洁通过剥离步骤(S200)分离的每个单元31的清洁步骤(S210)。
    • 5. 发明授权
    • 강화유리 강화 전 에지 에칭을 통한 강화 특성 향상 방법
    • 增强玻璃之前边缘加固规格的方法
    • KR101298236B1
    • 2013-08-22
    • KR1020130051006
    • 2013-05-07
    • 주식회사 도우인시스
    • 구본기
    • C03C15/00C03C21/00C03B33/00
    • Y02P40/57C03C15/00C03C21/001C03C23/007C03C23/0075C03C23/0085G02F2001/133302
    • PURPOSE: A method of improving reinforcement characteristic through edge etching before reinforcing tempered glass is provided to improve breaking strength while not affecting the chemical reinforcement process (the hardening method and condition) after etching the edge of glass so that productivity and quality are effectively improved. CONSTITUTION: A method of improving reinforcement characteristic through edge etching before reinforcing tempered glass comprises the steps of: (S10) cutting glass or tempered glass; (S20) performing masking process in order to classify the phase-processed glass or tempered glass into an etching field and a non-etching field and immersing the glass or the tempered glass into an etchant solution for etching as 1-15 um to remove potential damage factors of the edge of the glass of the tempered glass; (S30) washing and drying the etched glass or tempered glass and (S40) reinforcing by immersing the glass and the tempered glass an reinforcement agent; (S50) washing and drying the reinforced glass again to finish the whole process. The glass is glass of sodium alumino-ailicate glass group. [Reference numerals] (S10) Cutting glass; (S20) Performing masking process and etching; (S30) Washing and drying the etched glass; (S40) Hardening the glass by immersing the glass into a hardening solution; (S50) Washing and drying the hardened glass
    • 目的:在加强钢化玻璃之前提供通过边缘蚀刻改善增强特性的方法,以在蚀刻玻璃边缘之后不影响化学增强工艺(硬化方法和条件)提高断裂强度,从而有效地提高生产率和质量。 构成:在加强钢化玻璃之前通过边缘蚀刻改善强化特性的方法包括以下步骤:(S10)切割玻璃或钢化玻璃; (S20)进行掩模处理,以将相位处理的玻璃或钢化玻璃分类成蚀刻场和非蚀刻场,并将玻璃或钢化玻璃浸入蚀刻用蚀刻剂中以蚀刻1-15μm以除去电位 钢化玻璃玻璃边缘的破坏因素; (S30)对蚀刻过的玻璃或钢化玻璃进行洗涤和干燥,(S40)通过将玻璃和钢化玻璃浸渍在增强剂中而得到增强; (S50)再次洗涤和干燥强化玻璃以完成整个过程。 玻璃是铝铝硅酸盐玻璃杯。 (附图标记)(S10)切割玻璃; (S20)进行掩模处理和蚀刻; (S30)洗涤和干燥蚀刻后的玻璃; (S40)通过将玻璃浸入硬化溶液中来硬化玻璃; (S50)洗涤和干燥硬化玻璃
    • 9. 发明公开
    • 에어 샌드 브라스트머신의 연마재 투사 자동 모션장치
    • 空值
    • KR1020110048806A
    • 2011-05-12
    • KR1020090105530
    • 2009-11-03
    • 한국브라스트 주식회사
    • 이현호
    • C03B33/00C03B33/02B24B9/10
    • PURPOSE: The polishing media automatic ejecting motion apparatus of an air sand-blast machine is provided to minimize the splattering phenomenon of the polishing media by forming a minimum hole at the wall of a chamber. CONSTITUTION: Polishing media is ejected through a plurality of nozzles(16a) in order to shape a cutting target. The nozzles are arranged on a nozzle mounted plate(25a) which is installed at the inside of a chamber(14). A polishing media automatic ejecting motion apparatus includes an opening(31), X-axis and Y-axis rails(35, 36), and a first ejecting unit(32). The opening is longitudinally formed at the rear side of the chamber. The rails are installed at a support(34) which is installed at the lower side of the opening. The first ejecting unit is installed at a slide on the Y-axis rail and is in connection with a rod(33). The rod moves along the shape of a product according to the drive of X-axis and Y-axis motors.
    • 目的:提供一种空气喷砂机的抛光介质自动喷射运动装置,通过在室壁形成最小的孔来最小化抛光介质的飞溅现象。 构成:抛光介质通过多个喷嘴(16a)排出,以形成切割目标。 喷嘴布置在安装在腔室(14)内部的喷嘴安装板(25a)上。 抛光介质自动喷射运动装置包括开口(31),X轴和Y轴轨道(35,36)和第一排出单元(32)。 开口纵向形成在腔室的后侧。 轨道安装在安装在开口下侧的支撑件(34)上。 第一排出单元安装在Y轴导轨上的滑动件上并与杆(33)连接。 根据X轴和Y轴电动机的驱动,杆沿产品形状移动。