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    • 2. 发明授权
    • 경질 취성 물질 기판 측부의 연삭방법
    • 硬脆性材料基体侧面的磨削方法
    • KR101838600B1
    • 2018-03-14
    • KR1020120077522
    • 2012-07-17
    • 후지 세이사쿠쇼 가부시키가이샤
    • 마세케이지이시바시쇼우조우
    • B24B9/06B24B9/10B24B49/00
    • B24C1/04B24C3/22
    • 연마립이탄성기초물질내에분산되거나그 표면에부착된탄성연마제가압축가스와함께기판의측부를향하여분사된다. 상기탄성연마제는가공점을중심으로하는미리정해진가공면을향하여상기가공점에서가로방향직선과교차하고접촉선에대하여 2° 내지 60° 의범위로부터선택되는일정경사각을형성하는분사방향을따라분사된다. 또한, 분사노즐과상기가공품은서로에대하여상대적으로이동되어상기가공면이상기가공품의원주방향을따라고정된속도로움직이게하고분사후 상기분사방향이각각의가공점에서유지되도록한다. 다수의적층된기판들이가공되는경우, 상기가공면은상기기판들의가로방향을따라고정된속도로이동된다.
    • 磨粒分散在弹性基体材料中,或者粘附到表面的弹性磨料与压缩气体一起向基体侧喷射。 沿着朝向其周围的加工点为中心的规定的处理用面的喷射方向上的弹性磨料射流相交从加工点的横向线以形成从2°到60°的范围内选择相对于所述接触线的预定的倾斜角 是的。 此外,喷射喷嘴和工件被相对彼此移动以固定速度在处理用面的周向方向和经处理的移相器分钟保持在后喷射方向,各加工点的移动。 当处理多个堆叠的基板时,处理过的表面沿着基板的横向方向以固定的速度移动。
    • 5. 发明公开
    • 도막 형성부의 하지처리방법
    • 用于要涂覆的部件的基板处理方法
    • KR1020080086820A
    • 2008-09-26
    • KR1020080024165
    • 2008-03-17
    • 후지 세이사쿠쇼 가부시키가이샤
    • 마세케이지이시바시쇼조
    • B24C1/06B24C1/00
    • B24C1/06B24C1/08B24C11/00B24C1/10B24C11/005
    • A method for treating a portion of a substrate to be coated is provided to treat the surface of the workpiece to a desired surface roughness by a relatively simple method while successfully preventing the abrasive grains from being embedded on the surface of the workpiece. A method for treating a portion of a substrate to be coated comprises the steps of forming an elastic abrasive and ejecting the elastic abrasive onto the portion of a workpiece to be coated to form a predetermined surface roughness, thereby providing an anchor effect for a coating to be formed on the portion to be coated without causing abrasive grains to be embedded in the portion to be coated. The surface roughness of the portion to be coated is controlled by changing the grain size of the abrasive grains in the elastic abrasive or by changing conditions under which the elastic abrasive is ejected.
    • 提供一种用于处理待涂覆的基底的一部分的方法,以通过相对简单的方法将工件的表面处理到期望的表面粗糙度,同时成功地防止磨料颗粒嵌入在工件的表面上。 用于处理待涂覆的基底的一部分的方法包括以下步骤:形成弹性磨料并将弹性磨料喷射到待涂覆的工件的部分上以形成预定的表面粗糙度,从而为涂层提供锚固效果 形成在待涂覆的部分上,而不会使磨粒嵌入待涂覆的部分中。 通过改变弹性磨料中的磨粒的粒径或通过改变喷射弹性磨料的条件来控制待涂覆部分的表面粗糙度。
    • 6. 发明授权
    • 직압식 연속 연마재 공급·분사방법 및 장치
    • 직압식연속연마재공급·분사방법및장치
    • KR100393374B1
    • 2003-08-02
    • KR1019990021153
    • 1999-06-08
    • 후지 세이사쿠쇼 가부시키가이샤
    • 마세케이지칸다신지
    • B24C3/28
    • PROBLEM TO BE SOLVED: To supply a constant quantity of abrasive from a polish retrieving tank to a nozzle continuously in a stable condition and make easy and certain setting of the jetting amount of abrasive as desired. SOLUTION: Abrasive 34 in a retrieving tank 26 is dropped into supply holes 24 to fill them located on the circumference of a polish supplying board 20 rotating horizontally, blown up by a jetting compressed air 31 from a sendout/ receipt hole 22 confronting the rotational locus of the supply holes 24 to be carried to a polish supplying pipe via a sending/receiving pipe 29, fed with pressure by a pressurized compression air 32 to be supplied to a nozzle 11, and spouted therefrom onto a work to be processed. The desired supply amount of polish can be set easily, by for example, regulating the rotating speed of the polish supplying board.
    • 要解决的问题:在稳定的条件下连续供应恒定量的研磨剂从抛光回收槽到喷嘴,并且根据需要使研磨剂的喷射量容易和确定地设定。 本发明的目的在于提供一种回收容器26中的研磨剂34落入供应孔24中以填充位于旋转水平旋转的抛光供应板20的圆周上,由来自面对旋转轨迹的输入/输出孔22的喷射压缩空气31 供给孔24通过送出管29输送到抛光液供给管,由加压压缩空气32供给压力而供给到喷嘴11,并从喷出口喷出到被处理物上。 通过例如调节抛光供应板的旋转速度,可以容易地设定期望的抛光供应量。
    • 7. 发明授权
    • 블라스트 가공 방법 및 블라스트 가공 장치
    • 爆破处理方法和爆炸处理设备
    • KR101847316B1
    • 2018-04-09
    • KR1020167012506
    • 2014-09-17
    • 후지 세이사쿠쇼 가부시키가이샤
    • 케이지마세카츠유키사쿠마
    • B24C5/02B24C5/04B24C7/00
    • B24C1/08B24C5/02B24C5/04
    • 정전기발생방지효과와가공량증대효과를양립시킨블라스트가공방법을제공한다. 블라스트가공장치에설치된블라스트노즐(8)에물 등의액체를 0.06cc/min~150cc/min라는비교적소량으로도입하고, 해당블라스트노즐(8) 내를흐르는고속압축기체류, 또는블라스트노즐(8)로부터분사된고속압축기체류에, 도입한액체를충돌시켜미립화하고, 이미립화한액체를상기압축기체및 연마재와함께피가공물(W)을향해분사한다. 이와같이, 액체를미립화하여분사하며, 액체의공급량이비교적적기때문에분사된액체가증발되기용이하므로, 작업실내의습도가상승하여정전기발생이억제됨과동시에증발시에기화열을빼앗음으로써피가공물이냉각되어, 피가공물표면이연마재와의충돌에의한발열로연화됨으로써발생하는연마재의충돌에너지흡수가억제되어가공량(절삭량)이향상된다.
    • 提供了兼具防静电效果和提高作业性的效果的喷丸加工方法。 设置在喷丸处理装置中的喷嘴8等液体以0.06cc / min〜150cc / min的较小量导入,高速压缩机停止流过喷嘴8, 注入的液体与注入的高速压缩机停滞相碰撞而雾化,并且成像液体与压缩气体和研磨剂一起朝工件W喷射。 以这种方式,液体的喷射和雾化,因此容易是由于液体的供应是相对小的注入的液体蒸发时,是通过使用在实验室中的湿度增加ppaeateum蒸发热在静电的产生的时间同时蒸发和抑制该工件冷却, 由于与磨料碰撞产生的热量而导致的工件表面软化所产生的磨料的碰撞能量被抑制,并且工件(切割量)被改变。
    • 10. 发明公开
    • 스크린 프린팅용 금속 마스크 제조 방법
    • 用于生产屏幕印刷的金属掩模的方法
    • KR1020090014113A
    • 2009-02-06
    • KR1020080075596
    • 2008-08-01
    • 후지 세이사쿠쇼 가부시키가이샤
    • 마세,케이지이시바시,쇼죠
    • H01L21/027
    • B41C1/145B24C11/005H05K3/1225H05K2203/107
    • A method for producing metal mask for screen printing is provided to allow minute printing and reduce environmental stress without a process for chemicals. In a method for producing metal mask for screen printing, openings are formed in the metal plate to manufacture a metal mask for the screen printing by fusing the metal plate where laser beam is radiated. And then, abrasive is emitted to the other surface of the metal plate. The average diameter of the abrasive granule is 1mm or 0.1um. The abrasive is emitted to the incident angle of 80 degrees or less than by the output rate of the discharge pressure of 0.01 MPa or 0.7 MPa or 5m / sec or 150m / sec, and then it is slid down along with the external surface of the metal play.
    • 提供一种用于丝网印刷的金属掩模的制造方法,以允许微小的印刷,并且在没有化学品的方法的情况下降低环境应力。 在丝网印刷用金属掩模的制造方法中,在金属板上形成开口,通过熔融激光束照射的金属板来制造丝网印刷用金属掩模。 然后,研磨剂被发射到金属板的另一个表面。 研磨颗粒的平均直径为1mm或0.1um。 研磨剂发射到80度或更小的入射角,其排出压力为0.01MPa或0.7MPa或5m / sec或150m / sec的输出速率,然后与其外表面一起滑动 金属玩