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    • 2. 发明公开
    • 디지털 필름 코팅기
    • 涂料数字胶片的设备
    • KR1020160045206A
    • 2016-04-27
    • KR1020140139959
    • 2014-10-16
    • (주)한테크
    • 윤원호
    • B05C11/04B05C11/10B05C5/02
    • B05C11/04B05C5/02B05C11/10Y10S118/00
    • 본발명은코팅두께를조절하기위한블레이드를코팅기본체로부터간편하게분리하여세척또는교체할수 있도록함으로써반복사용시코팅품질을안정적으로유지할수 있도록한 디지털필름코팅기에관한것으로, 좌,우 1쌍의사이드프레임(120)과, 상기사이드프레임(120) 사이를연결하기위한크로스바(140) 및상기사이드프레임(120)의상부측에부착된마이크로미터식높이조절유닛(160)으로이루어지는코팅기본체(100)와; 상기코팅기본체(100)의사이드프레임(120) 사이에장착되며, 상기높이조절유닛(160)에의해높낮이가조절되는블레이드(200);를포함하여이루어지고, 상기마이크로미터식높이조절유닛(160)의로드(162) 선단에는영구자석(170)이부착되며, 상기블레이드(200)는자성체로이루어져상기영구자석(170)의자력에의해로드(162)에밀착결합되고, 필요시블레이드(200)를하방으로당기면높이조절유닛(160)에서분리가능하도록되어있다.
    • 本发明涉及一种用于涂覆数字胶片的设备,其能够分离从装置的主体调节涂层厚度以进行洗涤或更换的刮刀,从而稳定地保持涂层质量,而不管重复使用。 该装置包括主体(100)和叶片(200)。 主体(100)包括在两端的一对侧框架(120),用于在侧框架(120)之间进行连接的横杆(140)和安装在上侧的千分尺式高度调节单元(160) 的侧框架(120)。 并且叶片(200)能够调节高度并安装在主体(100)的侧框架(120)之间的部分上。 在微型高度调节单元(160)的杆(162)的前端安装有永磁体(170),并且叶片(200)由磁性物质制成,使得叶片(200)为 由于磁力而与杆(162)紧密结合,并且如果需要,当叶片(200)被向下拉时,高度调节单元(160)是可拆卸的。
    • 4. 发明公开
    • 필터 포장 방법
    • 用于包装过滤器的装置及其方法
    • KR1020070105674A
    • 2007-10-31
    • KR1020060038168
    • 2006-04-27
    • 주식회사 옵트론텍(주)한테크
    • 박병선
    • B65B41/00B65B41/16B65B33/00B65B35/56
    • B65B15/00B65B45/00B65D65/38
    • An apparatus for packaging of filters and a method thereof are provided to protect filters by external impact and pollutant such as dust as well by aligning tested filters on a UV film and packaging them with a filter protection film. An apparatus for packaging of filters for an automatic filter tester comprises a table(510), a UV film feed part, a filter protection film feed part(529), a film takeout clamp(580), a film cutting part(590), and a pressure roller(550). The UV film feed part supplies UV films(521,541) to be placed on the table. The filter protective film feed part supplies a filter protective film(531) for packaging of filters. The film takeout clamp takes out a relevant film from the UV film feed part or the filter protective film feed part. The film cutting part cuts the UV film or the filter protective film in a predetermined size. The pressure roller exerts compressive force on the filter protective film around the filters. A method for packaging the filters comprises the steps of: placing and fastening the UV film on the table; aligning filters classified as normal or abnormal on the UV film; packaging the filters with the filter protective film; and compressing the filter protective film on the film with the pressure roller.
    • 提供了一种用于包装过滤器的装置及其方法,用于通过外部冲击和诸如灰尘等污染物来保护过滤器,以及将经过滤器的UV膜对准并用过滤器保护膜进行包装。 一种用于自动过滤器测试器的过滤器的包装装置,包括工作台(510),UV膜供给部分,过滤器保护膜进给部分(529),薄膜取出夹(580),薄膜切割部分(590) 和压力辊(550)。 UV胶片进料部分提供放置在桌子上的UV胶片(521,541)。 过滤器保护膜供给部件提供用于包装过滤器的过滤器保护膜(531)。 胶片取出夹取出UV胶片进料部分或过滤器保护膜进料部分的相关胶片。 膜切割部分以预定尺寸切割UV膜或过滤器保护膜。 压力辊对过滤器周围的过滤器保护膜施加压力。 用于包装过滤器的方法包括以下步骤:将UV膜放置并固定在工作台上; 在UV膜上分类为正常或异常的过滤器; 用过滤器保护膜包装过滤器; 并用压力辊压缩膜上的过滤器保护膜。
    • 5. 发明公开
    • 무 접점 방식의 기중기 부착형 전자석 제어 회로 및 제어방법
    • 控制电机连接起动连接的电路和方法
    • KR1020000058752A
    • 2000-10-05
    • KR1020000035811
    • 2000-06-27
    • (주)한테크
    • 박시우
    • B66C13/18
    • B66C1/08
    • PURPOSE: A circuit and a method for controlling an electromagnet to be attached to a crane contactlessly are provided to control the magnetizing and demagnetizing of a lifting electromagnet by using a power supply semiconductor instead of the mechanical contact system. CONSTITUTION: A circuit for controlling an electromagnet to be attached to a crane contactlessly includes a converter part for generating a desired size of DC voltage by the phase control of input three-phase voltage and returning residual energy of the electromagnet to a power supply when demagnetizing, an inverter part for supplying DC generated by the converter part to the electromagnet and change the direction of current when demagnetizing, a battery power supply part for providing battery power to the electromagnet for preventing falling of objects attached to the electromagnet in emergency situations, and a control part incorporated with a microprocessor for controlling the output of the converter by the feedback of the output current and the operations of other whole systems.
    • 目的:提供一种用于非接触式地连接到起重机上的用于控制电磁铁的电路和方法,以通过使用电源半导体而不是机械接触系统来控制提升电磁体的磁化和去磁。 构成:用于控制连接到起重机的电磁体非接触地控制的电路包括转换器部分,用于通过输入三相电压的相位控制产生所需尺寸的DC电压,并且当去磁时将电磁体的剩余能量返回到电源 逆变器部,用于将由转换器部产生的直流电流供给到电磁体,并且在去磁时改变电流方向;电池供电部,用于向电磁铁提供电池电力,以防止在紧急情况下附着在电磁体上的物体掉落;以及 与微处理器结合的控制部分,用于通过输出电流的反馈和其它整个系统的操作来控制转换器的输出。
    • 7. 发明公开
    • 비젼시스템을 구비한 씨엔씨 공작기계
    • 数控机床具有视觉系统
    • KR1020100090458A
    • 2010-08-16
    • KR1020090009745
    • 2009-02-06
    • (주)한테크
    • 고종현이길세송주섭이형섭안병수
    • B23Q15/00B23Q15/06B23Q17/00B23Q17/22
    • PURPOSE: A CNC(computer numerical control) machine tool with a vision system is provided to minimize machining error and process failure because an operator checks the arrangement of workpieces and the problem of process in real time. CONSTITUTION: A CNC machine tool with a vision system comprises a base, a vertical frame, multiple tables, multiple worktables(410), a head unit, a main controller, and a vision system. The vertical frame is vertically connected to the base. The tables are installed on the upper side of the base. A workpiece(420) is mounted on the worktable. The head unit comprises multiple spindles and a machining tool. The main controller controls the head unit, the table, and the worktable. Multiple camera parts of the vision system are vertically installed in a Z-axis supporter.
    • 目的:提供具有视觉系统的CNC(计算机数控)机床,以最小化加工误差和过程故障,因为操作员实时检查工件的布置和工艺问题。 构成:具有视觉系统的数控机床包括基座,垂直框架,多个台面,多个工作台(410),头部单元,主控制器和视觉系统。 垂直框架垂直连接到底座。 桌子安装在底座的上侧。 工件(420)安装在工作台上。 头单元包括多个主轴和一个加工工具。 主控制器控制头单元,工作台和工作台。 视觉系统的多个摄像机部件垂直安装在Z轴支架上。
    • 10. 发明公开
    • 유리고정용 앵커
    • 固定玻璃锚杆
    • KR1020140123888A
    • 2014-10-23
    • KR1020130127465
    • 2013-10-25
    • (주)한테크
    • 김환엽
    • E04F13/22
    • E04F13/22
    • The present invention relates to an anchor for fixing a glass which forms a fixing groove on an inner wall of the glass, installs a fixing cap thereon, and fastens an anchor bolt on a screw thread formed on the fixing cap to fix the fixing cap on a wall, such that seepage is suppressed by preventing a hole from being formed on a plate glass. The anchor comprises: a fixing cap, which is inserted to be fixed on a fixing groove formed on an inner wall of a plate glass; a cap fixing bolt which is fastened through the fixing cap; a connector member, wherein the cap fixing bolt is fixed on one side thereof and an arc-like groove is formed therein; a connecting tube which is screw-fastened to be fixed on the other end of the connector member; a wall fixing bolt, wherein a ball corresponding to the arc-like groove, formed on an inner wall of the connector member, is formed on one end thereof while the other end is fixed on a wall through the connector tube; and a nut member having a through hole, where the wall fixing bolt penetrates, as well as a screw thread, which is fastened along a screw thread formed on an inner circumferential surface of the connector tube and is formed on an outer circumferential surface of the nut member, wherein the nut member is fastened along the connector tube to fix the wall fixing bolt on the connector tube.
    • 本发明涉及一种用于将形成固定槽的玻璃固定在玻璃内壁上的锚固件,在其上安装固定盖,并将锚固螺栓紧固在形成在固定盖上的螺纹上,以将固定盖固定在 通过防止在平板玻璃上形成孔而抑制渗透。 锚固件包括:固定帽,其被插入以固定在形成在平板玻璃的内壁上的固定槽上; 固定在固定帽上的盖固定螺栓; 连接器构件,其中所述盖固定螺栓固定在其一侧上,并且在其中形成弧形槽; 连接管,其被螺纹紧固以固定在连接器构件的另一端上; 墙壁固定螺栓,其中形成在所述连接器构件的内壁上的与所述弧形槽相对应的球形成在其一端上,而另一端通过所述连接管固定在壁上; 以及具有通孔的螺母构件,其中壁固定螺栓穿过,以及螺纹,该螺纹沿着形成在连接管的内周面上的螺纹紧固并且形成在螺纹构件的外周面上 螺母构件,其中,所述螺母构件沿着所述连接管紧固以将所述壁固定螺栓固定在所述连接管上。