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    • 4. 发明公开
    • 튜브컷팅설비의 컷팅길이확장장치
    • 管切割长度扩展装置
    • KR1020150066891A
    • 2015-06-17
    • KR1020130152500
    • 2013-12-09
    • 두산중공업 주식회사
    • 박상민김정복석현기
    • B26D7/28B26D7/01B23D33/00
    • B26D7/28B23D33/00B26D7/01
    • 본발명은튜브컷팅설비의컷팅길이확장장치에관한것이다. 상기튜브컷팅설비는커터날을구비하여튜브를절단하는튜브절단기와, 컨베이어프레임에회전가능하게장착된롤러를구비하여상기튜브를이송하는컨베이어유닛과, 상기튜브절단기의기준위치및 상기튜브의절단위치사이를자동으로이동하는자동치수카를포함할수 있다. 상기튜브컷팅설비의자동절단길이를확장하기위한장치로서, 상기튜브의이동경로에배치되는가이드부재와, 상기가이드부재에슬라이딩가능하게결합되는슬라이더를구비하는출구정위치조절유닛; 및상기슬라이더에연동가능하게장착되어위치조절되며, 상기롤러의출구에서인출되는튜브를정지시키는제1보조스톱퍼를포함하는컷팅길이확장장치를제공한다. 이에의해, 작업효율및 생산성을향상시킬수 있다.
    • 本发明涉及管切割设备的切割长度扩大装置。 管切割设备包括:管切割器,其包括用于切割管的切割刀; 传送单元,其包括可旋转地安装在输送机框架上以传送管的辊; 并且自动大小的汽车在管切割器的标准位置和管的切割位置之间自动移动。 一种用于扩大管切割设备的自动切割长度的装置包括:出口右位置控制单元,包括设置在管的移动路径上的引导构件和滑动地联接到引导构件的滑块; 以及第一辅助挡块,其被安装成能够与滑块互锁以控制位置,并且停止从辊的出口抽出的管。 因此,可以提高工作效率和生产率。
    • 5. 发明授权
    • 투명 또는 반투명 필름 재단장치 및 이를 이용한 재단방법
    • 透明或透明膜切割装置及其切割方法
    • KR101399233B1
    • 2014-05-27
    • KR1020130115959
    • 2013-09-30
    • 이동기
    • 이동기
    • B26D7/28B26D3/00B26D7/01G03B21/14
    • B26D7/28B26D7/01
    • The present invention relates to an apparatus for cutting a transparent or translucent film and a cutting method using the same. The cutting method comprises: a film preparation step of putting a film to be cut on an upper surface of a cutting plate (112); a cutting line setting step of setting a cutting line projected by a desired beam projector (150) through information from a data unit (152) when the film preparation step is completed; a color selection step of determining the color of the cutting line to be projected by the beam projector (150) considering the color of the film to be cut when the cutting line setting step is completed; a brightness determination step of determining the brightness of light projected by the beam projector (150) considering the characteristics of the film to be cut when the color selection step is completed; a beam irradiation step of operating the beam projector (150) to project the set cutting line on the cutting plate (112) when the brightness determination step is completed; and a cutting completion step of cutting the film to be cut on the upper surface of the cutting plate (112) using various tools when the beam irradiation step is completed. Thus, a multi-product small-quantity film can be continuously cut without the interference of light as well as accurately cutting a transparent or translucent film by allowing the beam project to project a cutting line according to cutting.
    • 本发明涉及一种切割透明或半透明膜的设备及使用其的切割方法。 切割方法包括:在切割板(112)的上表面上放置待切割的膜的膜制备步骤; 切割线设置步骤,当完成所述胶片准备步骤时,通过来自数据单元(152)的信息来设置由期望的投影仪(150)投射的切割线; 考虑在切割线设定步骤完成时要切割的薄膜的颜色,确定由投影仪(150)投影的切割线的颜色的颜色选择步骤; 考虑到当颜色选择步骤完成时要切割的胶片的特性,确定由投影仪投射的光的亮度的亮度确定步骤; 射束照射步骤,当亮度确定步骤完成时,操作射束投影仪(150)将设定的切割线投影到切割板(112)上; 以及切割完成步骤,当束照射步骤完成时,使用各种工具在切割板(112)的上表面上切割待切割的膜。 因此,通过允许光束投影根据切割投影切割线,可以连续地切割多产品小量的膜而不受光的干扰,以及精确地切割透明或半透明的膜。
    • 6. 发明公开
    • 창호프레임 배수공개공 및 통기공천공 복합장치
    • 多功能打孔机系统窗口水排水孔
    • KR1020130039036A
    • 2013-04-19
    • KR1020110103462
    • 2011-10-11
    • (주)엘지하우시스
    • 안영환윤중식구자건노용호맹관범
    • B26F1/16B26D1/14B26D7/01B26D7/28
    • B26F1/16B26D5/30B26F2210/00
    • PURPOSE: A composite device for a drain opening hole and an air hole for windows and doors is provided to reduce processing cost and to improve processing quality. CONSTITUTION: A composite device for a drain opening hole and an air hole for windows and doors comprises a frame, a transfer unit, a code identification unit, a control server, an opening unit(50), a punching unit(60), and a marking unit(70). The frame is placed on the installation surface. The transfer unit is installed in the frame and transfers a window frame(200), which is supplied from the outside, to a predetermined section. The code identification unit is installed in one side of the frame, recognizes the window frame, and outputs a signal corresponding to the recognition result. The control server receives the signal generated in the code identification unit and outputs a processing data. The opening unit opens a drain hole in the window frame according to the processing data. The punching unit punches air holes in the window frame according to the processing data. The marking unit marks the installation position of a filling piece in the window frame according to the processing data.
    • 目的:提供一种用于排水孔的复合装置和用于门窗的空气孔,以降低加工成本并提高加工质量。 构成:用于排水孔的复合装置和用于门窗的气孔包括框架,传送单元,代码识别单元,控制服务器,打开单元(50),冲孔单元(60)和 标记单元(70)。 框架放置在安装面上。 传送单元安装在框架中,并将从外部供应的窗框(200)传送到预定部分。 代码识别单元安装在框架的一侧,识别窗框,并输出与识别结果对应的信号。 控制服务器接收在代码识别单元中生成的信号并输出​​处理数据。 打开单元根据处理数据在窗框中打开排水孔。 冲孔单元根据处理数据冲压窗框内的气孔。 标记单元根据处理数据将填充件的安装位置标记在窗框中。
    • 7. 发明公开
    • 백업 충진재 절단장치
    • 备用填料切割机
    • KR1020120136928A
    • 2012-12-20
    • KR1020110056142
    • 2011-06-10
    • 이정선
    • 이정선
    • B26F3/12B26D7/00B26D7/02B26D7/28
    • B26F3/12B65H29/125
    • PURPOSE: A backup filler cutting apparatus comprises a backup filler cutting apparatus, and an inclination angle and a fixing location, and to accurately adjust an inclination angle and a fixing location to easily cut a back-up filler into a various sizes and shapes. CONSTITUTION: A backup filler cutting apparatus comprises a transferring table(110), supporting bars(130), upper and lower screw rods(140), and a hot wire(150). The transferring table horizontally transfers a back-up filler(B) to one side. The upper and lower screw rods are installed at the upper and lower parts in a transferring height. The heating wire comprises a center portion(151), both ends portions(152), and an elastic portion(153). The center part is inserted into the screw groove of the upper and lower screw rod. Both sides are fixed to the upper and lower support bar. The elastic part maintains a constant tension always. The elastic part are formed between the upper and lower support bar and the upper and lower screw rods. The heating wire maintains a gap corresponding to cutting thickness.
    • 目的:一种备用填料切割装置,包括备用填料切割装置,倾斜角度和固定位置,并准确地调节倾斜角度和固定位置,以便将后备填料容易地切割成各种尺寸和形状。 构成:备用填料切割装置包括转印台(110),支撑杆(130),上下螺杆(140)和热丝(150)。 传送台水平地将备用填充物(B)传送到一侧。 上部和下部螺杆以转移高度安装在上部和下部。 加热线包括中心部分(151),两端部分(152)和弹性部分(153)。 中心部分插入上,下螺丝杆的螺纹槽中。 两侧固定在上下支撑杆上。 弹性部分始终保持恒定的张力。 弹性部分形成在上下支撑杆和上下螺丝杆之间。 加热线保持与切割厚度对应的间隙。