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    • 1. 发明授权
    • Processing method and device for tube
    • 处理方法和管道装置
    • KR101213502B1
    • 2012-12-18
    • KR20120111594
    • 2012-10-09
    • JUNGWOO LIGHTING CO LTD
    • KIM SUNG JOUNG
    • C03B23/043B60Q1/02C03B23/045
    • C03B21/04C03B23/043C03B23/045C03B23/049C03B23/207C03B35/26Y02P40/57
    • PURPOSE: A manufacturing method of tube for vehicle bulb and a device thereof are provided to manufacture two tubes at once from trimmed glass pipe. CONSTITUTION: A manufacturing method of tube for vehicle bulb comprises a material transferring tool, a heating tool, and a cutting tool. A manufacturing method of tube for vehicle bulb comprises the following steps: heating the middle portion of the cut glass tubes(5) with a first burner(21); forming a narrow portion(51) in the middle portion of the glass tube by pressurizing with a disk-shaped pressing knife(35); cooling the pressed glass tube; and manufacturing two tubes(101) in which connecting port(102) is formed at once by cutting the cooled glass pipe. [Reference numerals] (AA) Heating; (BB) Pressing; (CC,DD) External force
    • 目的:提供一种用于车灯管的制造方法及其装置,用于从修整的玻璃管中立即制造两根管。 构成:用于车灯的管的制造方法包括材料转移工具,加热工具和切割工具。 一种用于车灯的管的制造方法,包括以下步骤:用第一燃烧器(21)加热切割的玻璃管(5)的中间部分; 通过用盘形按压刀(35)加压在玻璃管的中间部分形成狭窄部分(51); 冷却压制玻璃管; 并且通过切割冷却的玻璃管来制造其中连接口(102)一次形成的两个管(101)。 (标号)(AA)加热; (BB)按压; (CC,DD)外力
    • 2. 发明公开
    • 엘씨디용 형광램프 급송장치
    • 液晶荧光曝光显示系统
    • KR1020090015477A
    • 2009-02-12
    • KR1020070079815
    • 2007-08-08
    • 인베니아 주식회사
    • 강재환
    • G02F1/13
    • G02F1/1303B65G47/22C03B35/26G02B6/007
    • A fluorescent lamp feeding device for an LCD is provided to quantify fluorescent lamps which are supplied in real time automatically through an elevating member assembly and then feed the fixed quantity of lamps to a buffer plate, thereby preventing scratches which may be generated due to the manual supply. A fluorescent lamp feeding device(100) for an LCD comprises the followings: a hopper(10) whose bottom surface inclines to induce stored fluorescent lamp(60) to one side; a stopper(50) which is installed with a predetermined space on the upper side of the hopper so that only a fixed quantity of the stored fluorescent lamps can be induced to one side; a plurality of elevating member assemblies(20) which are installed at predetermined intervals on the same horizontal line to quantify the fluorescent lamps which are rested on the hopper; a buffer plate(30) which receives the quantified fluorescent lamps through each elevating member assembly, and individually induce fluorescent lamps; and a conveyer belt(40) which conveys the individually ejected fluorescent lamps.
    • 提供了一种用于LCD的荧光灯进给装置,用于量化通过升降构件组件实时自动提供的荧光灯,然后将固定数量的灯馈送到缓冲板,从而防止由于手动产生的划痕 供应。 一种用于LCD的荧光灯供给装置(100)包括:底面倾斜以将存储的荧光灯(60)倾斜到一侧的料斗(10) 塞子(50),其在料斗的上侧安装有预定的空间,使得只有一定量的存储的荧光灯可以被诱导到一侧; 多个提升构件组件(20),其以预定间隔安装在同一水平线上,以量化搁置在料斗上的荧光灯; 缓冲板(30),其通过每个升降构件组件接收量化的荧光灯,并分别诱导荧光灯; 以及传送单独喷射的荧光灯的输送带(40)。
    • 3. 发明公开
    • METHOD AND DEVICE FOR MELTING THE ENDS OF RODS
    • 用于熔化骨架末端的方法和装置
    • KR20070094494A
    • 2007-09-20
    • KR20070025231
    • 2007-03-14
    • SCHOTT AG
    • PIEGENDORFER JOHANNZOETTL MARTIN
    • C03B23/04C03B23/043C03B23/045C03B23/09
    • C03B35/26C03B23/045C03B23/099
    • A method for melting ends of rods, particularly glass rods or tubes, is provided to perform uniform post-melting treatment of ends of glass rods used for electric or electronic parts and to prevent damages caused by sharp ends, including degradation of stability, optical properties, etc. A method for melting ends of rods comprises the steps of: inserting glass rods(9) into receiving portions(51) in a carrier(5); and melting at least one end of each glass rod by flame of a burner(3) while the carrier moves along the conveying direction and passes through the burner and at least one rail(7), wherein the glass rods are lifted by the rain in the receiving portions and pivot on the rail during the melting step.
    • 提供用于熔化棒的特别是玻璃棒或管的端部的方法以对用于电气或电子部件的玻璃棒的端部进行均匀的后熔化处理,并且防止由尖端引起的损伤,包括稳定性的劣化,光学性质 用于熔化棒的端部的方法包括以下步骤:将玻璃棒(9)插入载体(5)中的接收部分(51)中; 并且通过燃烧器(3)的火焰熔化每个玻璃棒的至少一个端部,同时所述载体沿着所述输送方向移动并且通过所述燃烧器和至少一个轨道(7),其中所述玻璃棒被所述雨水提升 所述接收部分在所述熔融步骤期间在所述轨道上枢转。
    • 5. 发明授权
    • 벌브생산방법 및 시스템
    • 벌브생산방법및系统
    • KR100434167B1
    • 2004-06-04
    • KR1020020082193
    • 2002-12-21
    • 최익수
    • 최익수
    • H01K3/00
    • C03B35/26C03B23/07C03B23/092
    • The present invention relates to a method and system for manufacturing a bulb. More particularly, the present invention relates to a method and system for manufacturing a bulb in which a flare and a dome are formed on both ends of a glass tube to thereby manufacture a bulb material tube, and a lower portion of the bulb material tube is heated and a blowing process is performed in a mold such that waste of the glass tube is prevented. A method for manufacturing a bulb, comprising: heating both ends of a glass tube of a predetermined length, then applying a pressure to both ends of the glass tube to form flares of an enlarged diameter on both ends; heating a center portion of the glass tube with flares formed at both end thereof while being rotated at a predetermined speed, and, at the same time, applying a force in the direction of both ends such that the separated center portion is closed off to form two closed off bulb material tubes; heating a lower portion of the bulb material tube while rotating the same; and performing blow forming by rotating the heated bulb material tube in a state where its lower portion is positioned in a mold, and injecting a gas in the bulb material tube through its flare to thereby form a bulb. The system for manufacturing a bulb includes a flare forming device, a bulb material tube separating device, and a blow forming device.
    • 本发明涉及一种制造灯泡的方法和系统。 更具体地说,本发明涉及一种制造灯泡的方法和系统,其中在玻璃管的两端形成喇叭形和圆顶以制造灯泡材料管,并且灯泡材料管的下部是 加热并在模具中进行吹塑工艺,从而防止玻璃管的浪费。 1.一种制造灯泡的方法,包括:加热预定长度的玻璃管的两端,然后对玻璃管的两端施加压力,以在两端形成直径增大的扩口; 加热玻璃管的中心部分,同时以预定的速度旋转同时在两端的方向施加力,使得分开的中心部分被封闭以形成在其两端形成有耀斑的玻璃管的中心部分 两个封闭的灯泡材料管; 加热灯泡材料管的下部同时旋转灯管材料管; 并且通过在其下部位于模具中的状态下旋转加热的灯泡材料管并且通过其喇叭管将气体注入灯泡材料管中来进行吹塑成型,从而形成灯泡。 用于制造灯泡的系统包括喇叭形成装置,灯泡材料管分离装置和吹塑成形装置。
    • 6. 发明公开
    • TFT-LCD용 글라스의 표면 식각장치
    • TFT-LCD玻璃蚀刻装置
    • KR1020080039367A
    • 2008-05-07
    • KR1020080034487
    • 2008-04-15
    • 김명학
    • 김명학
    • G02F1/13C03C15/00
    • G02F1/1303C03B35/202C03B35/26C03C15/00
    • An apparatus for etching a surface of a TFT(Thin Film Transistor)-LCD(Liquid Crystal Display) glass is provided to prevent contamination of a glass by minimizing an infiltration of impurities that may be attached on the glass in the process of transferring a cassette. A cassette(10) includes a jig(11) with a frame, into which an LCD glass is introduced, vertically formed on the bottom thereof. A main frame(20) includes a loading unit(21) and an unloading unit(22) formed at both sides thereof, and also includes a transfer conveyer(23) and a return conveyer(24) installed as two rows between the loading unit and the unloading unit, and allows the cassette to be automatically transferred. The primary cleaning unit(30) is installed at a front side of the loading unit and jets a cleaner introduced in a supply pipe through a nozzle to clean the glass transferred by the transfer conveyer. An etching unit(40) is installed at a rear side of the first cleaning unit and jets an etching solution introduced into a supply pipe through a nozzle to etch the glass transferred by the transfer conveyer. A secondary cleaning unit(50) is installed at a rear side of the etching unit and jets a cleaner introduced into a supply pipe through a nozzle to the etched glass to clean the glass transferred by the transfer conveyer. A drying unit(60) is installed at a rear side of the loading unit and dries the cleaned glass in CDA(Clean Dry Air).
    • 提供一种用于蚀刻TFT(薄膜晶体管)-LCD(液晶显示器)玻璃的表面的设备,以防止在转印盒子的过程中通过最小化可能附着在玻璃上的杂质的渗透来污染玻璃 。 盒(10)包括具有框架的夹具(11),液晶玻璃引入其中,垂直形成在其底部。 主框架(20)包括装载单元(21)和形成在其两侧的卸载单元(22),并且还包括一转移输送器(23)和一个在装载单元 和卸载单元,并允许盒式磁带自动传送。 主要清洁单元(30)安装在装载单元的前侧,并且通过喷嘴喷射引入到供给管中的清洁剂,以清洁由转印输送机传送的玻璃。 蚀刻单元(40)安装在第一清洁单元的后侧,并且通过喷嘴喷射引入供给管的蚀刻溶液,以蚀刻由转印输送器传送的玻璃。 第二清洁单元(50)安装在蚀刻单元的后侧,并将通过喷嘴引入供给管的清洁器喷射到蚀刻玻璃上,以清洁由转印输送器转印的玻璃。 干燥单元(60)安装在装载单元的后侧,并将清洁的玻璃干燥成CDA(清洁干燥空气)。
    • 8. 发明公开
    • 벌브생산방법 및 시스템
    • 玻璃泡的生产方法和系统
    • KR1020030017454A
    • 2003-03-03
    • KR1020020082193
    • 2002-12-21
    • 최익수
    • 최익수
    • H01K3/00
    • C03B35/26C03B23/07C03B23/092
    • PURPOSE: A method for producing glass bulbs is provided to save glass tubes by forming bulbs with flare and dome at each end of glass tube, and blowing gas into the lower part of bulb tube in mold. CONSTITUTION: The production method of bulbs comprises the steps of: forming flares(S10), having enlarged width at each end of glass tubes, by heating the ends of a glass tube and pressing; separating the glass tube into two bulb tubes(S20) whose one end is closed by heating the center of glass tube with rotating, and pulling to the direction of the ends of glass tube; forming domes(S30) by pouring gas into the closed ends; supplying bulb tubes to chucks; heating the lower part of bulb tubes(S50) with rotating; forming bulbs(S60) by blowing gas into flares of bulb tubes with rotating the lower part-heated bulb tubes in mold.
    • 目的:提供一种生产玻璃灯泡的方法,通过在玻璃管的两端形成具有火炬和圆顶的灯泡,并将气体吹入模具中灯泡管的下部,以节省玻璃管。 构成:灯泡的制造方法包括以下步骤:通过加热玻璃管的端部并进行加压,形成玻璃管的两端具有扩大的宽度的扩口(S10) 将玻璃管分成两个灯泡管(S20),其一端通过加热玻璃管的中心旋转而关闭,并拉向玻璃管端部的方向; 通过将气体注入封闭端形成圆顶(S30); 将灯泡管供给卡盘; 用旋转加热灯泡管的下部(S50); 通过将下部加热的灯泡管旋转在模具中,通过将气体吹入灯泡管的灯泡来形成灯泡(S60)。
    • 9. 发明公开
    • 엘씨디용 형광램프 이송 컨베이어장치
    • 液晶荧光转印输送系统
    • KR1020090015479A
    • 2009-02-12
    • KR1020070079818
    • 2007-08-08
    • 인베니아 주식회사
    • 강재환
    • G02F1/13
    • G02F1/1303B65G47/22C03B35/26G02B6/007
    • A fluorescent lamp transfer conveyor for an LCD is provided to accommodate only one fluorescent lamp and then transfer it by comprising an interval controlling belt which is installed at a lower position than a conveyor belt and in the rear with a predetermined length from the conveyor belt. A fluorescent lamp transfer conveyor(100) for an LCD comprises the followings: a plurality of hooking protrusions(120) which are formed at predetermined intervals in the longitudinal direction in order to induce fluorescent lamps(200); a conveyor belt(110a) which consists of space parts(130) formed between hooking protrusions to mount the induced fluorescent lamps; and an interval controlling belt(100b) which is arranged parallel with the conveyor belt.
    • 提供了一种用于LCD的荧光灯输送输送机,以仅容纳一根荧光灯,然后通过包括一个间隔控制带将其传送,该间隔控制带安装在比传送带更低的位置,并且在后方具有预定长度的传送带。 一种用于LCD的荧光灯传输输送机(100)包括:多个钩形突起(120),其沿纵向方向以预定间隔形成,以便诱导荧光灯(200); 传送带(110a),其由形成在钩挂突起之间的空间部分(130)组成,以安装感应的荧光灯; 以及与传送带平行布置的间隔控制带(100b)。
    • 10. 发明授权
    • 유리관 로딩장치
    • 装载玻璃管的装置
    • KR100872535B1
    • 2008-12-08
    • KR1020070140384
    • 2007-12-28
    • 주식회사 디엠에스
    • 박호윤
    • C03B35/00C03B35/26
    • Y02P40/57C03B35/00C03B35/26
    • A glass tube loading apparatus is provided to conveniently, rapidly and automatically load glass tubes for manufacture a lamp of a bulk in a cassette. A glass tube loading apparatus comprises a worktable(2), a transfer unit(4), a feeding unit(6), a rotating unit(8), a tilting unit(12) and a push unit(14). The transfer unit transfers glass tubes for manufacturing the lamp on the worktable from one side to the other side. The feeding unit is installed on the worktable in order to supply the glass tubes for manufacturing the lamp to the transfer unit. The rotating unit rotates the glass tubes for manufacturing the lamp at a constant angle in a transportation section of the transfer unit. The tilting unit supports a cassette in which the glass tubes for manufacturing the lamp are loaded in order to tilt and control a height on the worktable. The push unit pushes and loads one end of the glass tubes for manufacturing the lamp rotated by the rotating unit to the cassette.
    • 提供玻璃管装载装置以方便,快速和自动地装载玻璃管,以制造盒中的散装灯。 玻璃管装载装置包括工作台(2),传送单元(4),馈送单元(6),旋转单元(8),倾斜单元(12)和推动单元(14)。 转印单元将用于在工作台上制造灯的玻璃管从一侧转移到另一侧。 馈送单元安装在工作台上,以便将用于制造灯的玻璃管供应到转印单元。 旋转单元在传送单元的传送部分中以恒定的角度旋转用于制造灯的玻璃管。 倾斜单元支撑一个盒子,在其中加载用于制造灯的玻璃管的盒子,以倾斜和控制工作台上的高度。 推动单元推动并加载用于制造由旋转单元旋转的灯的一端的玻璃管到盒。