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    • 12. 发明授权
    • 산업용 자동 연삭 장치
    • 自动研磨设备
    • KR101535081B1
    • 2015-07-10
    • KR1020140087829
    • 2014-07-11
    • 이문희이상윤
    • 이문희이상윤
    • B24B41/02B24B41/06B24B45/00
    • B24B41/02B24B41/005B24B41/06B24B45/00
    • 산업용자동연삭장치가개시된다.개시되는산업용자동연삭장치는이동용바퀴가회전가능하게설치된연삭장치본체부재; 상기연삭장치본체부재에설치되어, 상기이동용바퀴를회전시킬수 있는구동력을제공하는연삭장치이동용구동부재; 연삭대상체를연삭시킬수 있는그라인딩휠; 상기그라인딩휠이회전가능하게설치되는그라인딩휠 연결부재; 상기그라인딩휠 연결부재에설치되어, 상기그라인딩휠을회전시킬수 있는구동력을제공하는그라인딩휠 구동부재; 상기그라인딩휠 연결부재를상기연삭장치본체부재에연결시켜주는연결부재지지부재; 및상기연결부재지지부재와상기연삭장치본체부재사이에개재되어, 상기연삭장치본체부재의이동방향과다른방향으로상기연결부재지지부재를왕복운동시키는왕복운동부재;를포함한다.개시되는산업용자동연삭장치에의하면, 산업용자동연삭장치가연삭장치본체부재, 연삭장치이동용구동부재, 그라인딩휠, 그라인딩휠 연결부재, 왕복운동부재, 그라인딩휠 구동부재및 연결부재지지부재를포함함에따라, 산업용자동연삭장치가자동으로이동되면서연삭대상체에대한산업용자동연삭장치의진행방향은물론산업용자동연삭장치의진행방향과수직방향으로 2축자동연삭할수 있으므로, 연삭대상체에대한연삭이자동으로이루어질수 있음은물론, 산업용자동연삭장치의이동및 연삭이장치자체적으로자동으로이루어짐에따라연삭대상체에대한연삭이평탄하고균일하게이루어질수 있게되는장점이있다.
    • 公开了一种自动工业研磨装置。 所述自动工业研磨装置包括:研磨装置主体构件,输送轮可旋转地安装在所述研磨装置主体构件上; 研磨装置输送驱动构件,其安装在所述研磨装置主体构件中,以提供驱动力以使所述运送轮旋转; 研磨目标物体的砂轮; 可旋转地安装在所述砂轮中的砂轮连接构件; 砂轮驱动构件,其安装在所述砂轮连接构件中以提供驱动力以使所述砂轮旋转; 连接构件支撑构件,用于将砂轮连接构件连接到研磨装置主体构件; 以及往复移动部件,其设置在所述连接部件支撑部件和所述研磨装置主体部件之间,以使所述连接部件支撑部件向后方移动,并且朝与所述研磨装置主体部件的移动方向不同的方向受力。 因此,自动工业研磨装置包括研磨装置主体构件,研磨装置传送驱动构件,砂轮,砂轮连接构件,往复运动构件,砂轮驱动构件和连接构件支撑构件 。 自动工业研磨装置在自动工业研磨装置的移动方向上自动移动和研磨目标物体,并且在与自动工业研磨装置的移动方向垂直的方向上自动移动和研磨目标物体,以自动均匀地研磨目标物体作为自动工业研磨 设备自动移动和研磨。
    • 13. 发明公开
    • 고부하용 프로파일 벤딩 장치
    • 弯曲装置,用于配置高负荷的型材
    • KR1020150045009A
    • 2015-04-28
    • KR1020130123748
    • 2013-10-17
    • 이문희이상윤
    • 이문희이상윤
    • B21D7/06B21D7/04
    • B21D7/06B21D7/04
    • 고부하용프로파일벤딩장치가개시된다. 개시되는고부하용프로파일벤딩장치는프레임; 상기프레임의일정위치에서회전되면서프로파일을이동시키는이동롤러; 상기프로파일의이동을위하여상기이동롤러를회전시킬수 있는이동롤러구동부재; 및상기이동롤러에의해이동되는상기프로파일이굽혀지도록상기프로파일을가압할수 있는가압유닛;을포함한다. 개시되는고부하용프로파일벤딩장치에의하면, 고부하용프로파일벤딩장치가프레임과, 이동롤러와, 이동롤러구동부재와, 가압유닛을포함함에따라, 프로파일을이동시키기위한이동롤러는프레임에이동되지아니하고고정된위치에서회전만하고, 프로파일이굽혀지도록가압하는가압유닛만이동하게되므로, 프로파일을이동시키기위한롤러의이동능력을배가시키고, 지지하는롤러를보다견고하게지지할수 있도록하여프로파일의단면모멘트가큰 또는회전반경이작은고부하를받는프로파일에대한벤딩작업이가능하며, 비틀림(컬)이적은정밀한벤딩작업이가능할수 있는장점이있다.
    • 公开了一种用于支撑高负载的型材的弯曲装置。 所公开的用于支撑高负载的轮廓的弯曲装置包括:框架; 移动辊在框架的某个位置旋转的同时使轮廓移动; 移动辊驱动构件,其能够使所述移动辊旋转以移动所述轮廓; 以及能够使轮廓加压的加压单元,使得由移动辊移动的轮廓可以弯曲。 根据本发明,所公开的用于支撑高负荷的型材的弯曲装置包括框架,移动辊,移动辊驱动构件和加压单元。 因此,用于移动轮廓的移动辊不移动到框架,并且仅在加压单元加压的情况下仅在固定位置旋转,使得轮廓可以弯曲以移动。 因此,滚子移动轮廓的移动能力加倍,可以通过牢固地支撑支撑辊来实现接收高负载并且横截面力矩大或旋转半径小的轮廓的弯曲加工, 从而能够以轻微的扭曲(卷曲)进行精细的弯曲加工。
    • 15. 发明授权
    • 접이식 계란포장용기
    • 鸡蛋折叠包装容器
    • KR101435078B1
    • 2014-09-02
    • KR1020130034613
    • 2013-03-29
    • 이상윤
    • 이상윤
    • B65D85/32
    • According to the present invention, a foldable egg packing container comprises: a first board forming a plurality of first concave egg accommodation parts to accommodate eggs at set intervals; a second board forming a plurality of second concave egg accommodation parts to accommodate eggs at set intervals, and being symmetrical with the first board; a connecting part having both ends connected to the first board and the second board, respectively; a protective material positioned on an upper part of each of the first board and the second board to cover the eggs and prevent damage to the eggs; a knob part with a hollow plate shape configured to have a first knob part extended from one end of the first board and a second knob part extended from one end of the second knob part, and coupling them to each other by a coupling unit. The present invention folds and stacks the egg packing container while covering the first board and the second board of the egg packing container in which eggs are accommodated and forms the knob part which binds the egg packing container not to be opened; thereby preventing damage to the eggs caused by the external shocks such as an air resistance or a collision with an obstacle, and reducing a vertical length of the egg packing container to prevent damage to the eggs and easily carry the eggs when the container is transported while gripping the knob.
    • 根据本发明,可折叠蛋包装容器包括:形成多个第一凹陷蛋容纳部分的第一板,用于以设定的间隔容纳鸡蛋; 第二板,形成多个第二凹陷蛋容纳部分,以设定的间隔容纳鸡蛋,并与第一板对称; 连接部分,其两端分别连接到第一板和第二板; 位于所述第一板和所述第二板的每一个的上部上以覆盖所述蛋并防止对所述蛋的损害的保护材料; 具有中空板形状的把手部分构造成具有从第一板的一端延伸的第一把手部分和从第二把手部分的一端延伸的第二把手部分,并且通过联接单元将它们彼此联接。 本发明折叠和堆叠蛋包装容器,同时覆盖容纳鸡蛋的蛋包装容器的第一板和第二板,并形成将蛋包装容器不打开的纽扣部分; 从而防止由诸如空气阻力或与障碍物碰撞的外部冲击引起的鸡蛋的损害,并且减小蛋包装容器的垂直长度,以防止在运输容器时损坏鸡蛋并容易携带鸡蛋 握住旋钮
    • 16. 发明公开
    • 수제 아이스바 제조장치
    • 手工冰棒制造设备
    • KR1020140092074A
    • 2014-07-23
    • KR1020130004367
    • 2013-01-15
    • 이상윤
    • 이상윤
    • A23G9/04A23G9/22A23G9/26
    • A23G9/26A23G9/221
    • The present invention relates to a manufacturing device of a handmade ice bar, and, more specifically, to a manufacturing device of a handmade ice bar, which can manufacture ice bars on spot to immediately sell them to consumers. The manufacturing device of a handmade ice bar of the present invention comprises a calcium chloride container having a square space to accommodate calcium chloride at the central upper part; partitions having heat insulators therein on the left and right sides of the calcium chloride container; an ice cream show case with multi-layer shelves, which has a door installed on the back and a transparent front, and is installed on one side of the calcium chloride container; a detachable ice container putting washing water therein on the other side of the calcium chloride container; a machine room having a first freezer and a second freezer installed under the calcium chloride container; a fan motor installed above the machine room and rotating a fan within the calcium chloride container; and a manufacturing box mounted on the calcium chloride container and manufacturing ice bars.
    • 本发明涉及一种手工冰棒的制造装置,更具体地,涉及一种手工制冰棒的制造装置,其可以现场制造冰棒以立即将其出售给消费者。 本发明的手工制冰棒的制造装置包括:在中央上部具有适合氯化钙的正方形空间的氯化钙容器; 在氯化钙容器的左侧和右侧具有隔热件的隔板; 具有多层搁板的冰淇淋展示盒,其具有安装在背部的门和透明的前部,并且安装在氯化钙容器的一侧上; 在氯化钙容器的另一侧放置洗涤水的可拆卸的冰盒; 具有安装在氯化钙容器下面的第一冷冻机和第二冷冻机的机房; 安装在机房上方的风扇马达,并使氯化钙容器内的风扇旋转; 以及安装在氯化钙容器上并制造冰棒的制造盒。
    • 20. 发明授权
    • 3차원 반도체 장치 제조 방법
    • 三维半导体器件的制造方法
    • KR101370737B1
    • 2014-03-07
    • KR1020120100065
    • 2012-09-10
    • 이상윤
    • 이상윤
    • H01L21/20H01L21/02
    • H01L21/67288H01L21/027H01L21/3065
    • The present invention provides a method for manufacturing a three dimensional semiconductor device which includes preparing an acceptor wafer formed on a device in a first semiconductor substrate, preparing a donor wafer arranged in a semiconductor thin film layer on the surface of a second semiconductor substrate, bonding the acceptor wafer to the donor wafer, separating the second semiconductor substrate except the semiconductor thin film of the donor wafer from the acceptor wafer, measuring defects existing in the bonding surface of the semiconductor thin film layer and the acceptor wafer, fabricating a photo mask based on defects, and selectively removing the defects existing in the semiconductor thin film layer by using the photo mask. [Reference numerals] (S1) Bonding an acceptor wafer to a donor wafer; (S2) Separating a donor substrate; (S3) Preparing a defect map; (S4) Manufacturing a photo mask; (S5) Etching a defect die
    • 本发明提供一种制造三维半导体器件的方法,其包括制备形成在第一半导体衬底中的器件上的受主晶片,制备布置在第二半导体衬底的表面上的半导体薄膜层中的施主晶片, 所述受主晶片到所述施主晶片,将所述施主晶片的半导体薄膜以外的所述第二半导体衬底与所述受主晶片分离,测量存在于所述半导体薄膜层和所述受主晶片的接合表面中的缺陷, 并且通过使用光掩模选择性地去除存在于半导体薄膜层中的缺陷。 (S1)将受主晶片接合到施主晶片上; (S2)分离供体基板; (S3)准备缺陷图; (S4)制造光罩; (S5)蚀刻缺陷模具