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    • 2. 发明专利
    • Laser cutting device
    • 激光切割装置
    • JPS59127987A
    • 1984-07-23
    • JP200183
    • 1983-01-10
    • Mitsubishi Electric Corp
    • HOSHINOUCHI SUSUMUTOMONAGA SHINJIKAWATSU AKINOBUIWASA TATSUYA
    • B23K26/08
    • B23K26/0838
    • PURPOSE:To provide a titled device which requires less floor area and improves operation and processing efficiency in laser cutting by working a work by means of multi-heads for changing over optical axis scanning in one way and a working table moving orthogonally therewith, and providing a sorting mechanism for parts and scrap. CONSTITUTION:NC-programmed working is performed with a laser head 3 scanning in an X-axis direction and a material 6 to be worked on a table 4 moving in a Y-axis direction. The head 31 used exclusively for a small hole, a short focusing head 32 for a thin sheet, and a long focusing head 33 for a thick plate are changed over when the NC program of a mirror 11 according to the purpose of use is changed. Dross, etc. is received by a roller 13 and is dropped onto, for example, a left belt conveyor by a sorting plate 12. The parts completed of working are dropped onto a right side belt conveyor by the plate 12 upon opening of a taking out plate 9. The operating efficiency is improved by the change- over of the working heads and the mechanism for handling the dross and parts, and the floor area for the installation is thereby decreased.
    • 目的:提供一种标题装置,其需要较少的占地面积,并且通过用于以单向方式切换光轴扫描的多头工作和与其正交移动的工作台通过工作来提高激光切割的操作和处理效率,并提供 零件和废料的分拣机构。 构成:通过在X轴方向上扫描的激光头3和要在Y轴方向上移动的工作台4上加工的材料6进行NC编程加工。 当根据使用目的的反射镜11的NC程序改变时,专门用于小孔的头31,用于薄片的短聚焦头32和用于厚板的长焦距头33被切换。 浮渣等被辊13接收,并通过分拣板12落到例如左带式输送机上。打开打开时,工作完成的零件被板12落到右侧带式输送机上 通过工作头的切换以及处理渣滓和部件的机构来提高操作效率,从而降低了安装面积。
    • 3. 发明专利
    • Manufacture of blanking die
    • BLANKING DIE的制造
    • JPS58212868A
    • 1983-12-10
    • JP9390882
    • 1982-06-01
    • Mitsubishi Electric Corp
    • KAWAGUCHI KENJISHIMAMUNE YOSHIROUHIRAMOTO MASATAKEHAMADA OSAMUKAWATSU AKINOBU
    • B21D28/34B21D37/20B23K9/04
    • B23K9/04
    • PURPOSE:To manufacture quickly and inexpensively a blanking die, by building up austenitic or ferritic steel on the upper face of a base metal of an inexpensive, tough steel material by a reverse-polarity soft plasma building-up method and nitriding it in a state of ion. CONSTITUTION:After removing an oxide film from the upper face of a base metal of a steel material containing
    • 目的:通过反极性软的等离子体构建方法,通过在廉价坚韧的钢材的母材的上表面上建立奥氏体或铁素体钢,以快速廉价的方式制造冲裁模,并将其氮化 的离子。 构成:从含有<= 0.45%C的钢材的母材的上表面除去氧化物膜后,奥氏体或铁素体不锈钢在靠近成型为冲切模的切割边缘的部分附近反复堆积2 柔性等离子体构建方法。 然后,通过线切割方法将其沿着建成金属2切割成规定的形状,并且堆积金属2以离子和硬化的状态被氮化。 因此,在不进行热处理的情况下容易且快速地获得冲裁模具。 建成金属2的铬含量通过贱金属1的渗透稀释至2-7%,以提高硬度和边界强度。 否则,在基底金属的上表面上加工凹槽,并且可以在凹槽中形成积层金属。
    • 6. 发明专利
    • METHOD OF EXPOSING SUBSTRATE HAVING CYLINDRICAL HOLE MADE THROUGH CONVERGED BEAM
    • JPH0354813A
    • 1991-03-08
    • JP18977089
    • 1989-07-21
    • MITSUBISHI ELECTRIC CORP
    • HOSHINOUCHI SUSUMUYOSHIDA AKIOKAWATSU AKINOBU
    • G03F7/20H01L21/027H05K3/00
    • PURPOSE:To facilitate stable exposure of the wall surface of a cylindrical hole by a method wherein both the incident beam applying part of a resist layer on the wall surface of a cylindrical hole to which a converged beam is applied directly and the reflected beam applying part of the resist layer to which a reflected beam is applied are exposed simultaneously. CONSTITUTION:The scanning position and scanning speed of a converged electron beam 20 which is emitted from a cathode 17 and converged through a converging coil 19 are controlled by deflection coils 14. Under such conditions, the beam 20 is applied onto the whole region of the open surface 21 of the cylindrical hole 2 of a substrate 1 in such a manner that the direction of the beam 20 has an inclination angle against the normal of the opening surface 21. As a result, the incident beam applying part 22 of a resist layer 3 covering the wall surface of the hole 2 to which the beam 20 is applied directly and the reflected beam applying part 23 of the resist layer 3 to which the beam reflected by the resist layer 3 of the incident beam applying part 22 is applied are exposed simultaneously. With this constitution, the substrate 1 having the cylindrical hole 2 is exposed efficiently and stably without creating a shaded part.