会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明申请
    • DEVICE AND METHOD FOR SHAPING SHEARED EDGES ON STAMPED OR FINE-BLANKED PARTS HAVING A BURR
    • 用于形成具有横向的压印或微细部件上的剪切边缘的装置和方法
    • US20160052039A1
    • 2016-02-25
    • US14819975
    • 2015-08-06
    • FEINTOOL International Holding AG
    • Andreas MARTI
    • B21D28/16B21D28/26
    • B21D28/16B21D19/005B21D28/26
    • A device and a method for shaping sheared edges on stamped or fine-blanked parts having a burr include at least one cutting stage and at least one forming stage. The forming stage includes a shaping punch which has a shaping region for smoothing the sheared edge of the outer or inner contour of the workpiece to the net shape and an embossing shoulder for mashing the burr of the outer or inner contour. The shaping punch is configured so that the shaping region initially bends the burr on the outer or inner contour away from the sheared edge, then seizes the sheared edge for widening, wherein the embossing shoulder of the shaping punch mashes the burr on the outer or inner contour when the widening on the workpiece has ended and flattens the embossing bead, created during mashing, during separating of the shaping punch from the workpiece.
    • 用于在具有毛刺的冲压或精切部件上成形剪切边缘的装置和方法包括至少一个切割台和至少一个成形阶段。 成型台包括成形冲头,该成型冲头具有用于使工件的外轮廓或内轮廓的剪切边缘平滑到网状的成形区域和用于糖化外轮廓或内轮廓的毛刺的压花肩部。 成形冲头的构造使得成形区域首先使外部或内部轮廓上的毛刺远离剪切边缘弯曲,然后抓住剪切边缘以进行加宽,其中成形冲头的压花肩部将毛刺在外部或内部 当成形冲头与工件分离时,当工件上的加宽已经结束并且在压实期间产生的压花珠平坦化。
    • 6. 发明申请
    • TOOL AND METHOD FOR PRODUCING STAMPED PARTS
    • 用于生产冲压件的工具和方法
    • US20150101385A1
    • 2015-04-16
    • US14467483
    • 2014-08-25
    • Feintool International Holding AG
    • Andreas MARTI
    • B21D28/02B21D22/02
    • B21D28/16B21D13/02B21D19/005B21D22/02B21D28/02B21D35/001B21D53/28
    • An upper die part includes an embossing bell, a stripper ring, and an inner shape embossing element. The stripper ring has an embossing surface with a corrugated profile on the embossing surface. A lower die part includes an embossing anvil having a corrugated profile on its embossing surface. The embossing bell and the inner shape embossing element each are provided with an embossing shoulder, which are disposed, with respect to the corrugated profile of the stripper ring, in the stroke direction in such a way that the shoulders can seize the burrs only alter the corrugating step. The corrugating step takes place prior to burr compression. The outer and inner contours of the disk are not able to change positions, but are able to change shapes on the burr side after the corrugating step.
    • 上模具部分包括压花钟,剥离环和内部形状压花元件。 剥离环具有在压花表面上具有波形轮廓的压花表面。 下模具部件包括在其压花表面上具有波形轮廓的压花砧座。 压花钟和内部形状压花元件各自设置有相对于剥离环的波纹轮廓在冲程方向上设置的压纹肩部,使得肩部能够抓住毛刺仅改变 波纹步骤 波纹加工在毛刺压缩之前进行。 盘的外轮廓和​​内轮廓不能改变位置,但是能够在波纹步骤之后改变毛刺侧的形状。
    • 7. 发明申请
    • WASTE-CUTTING DEVICE AND METHOD FOR CUTTING UP PUNCHING SCRAP
    • US20230009005A1
    • 2023-01-12
    • US17748131
    • 2022-05-19
    • Feintool International Holding AG
    • Andreas WALTHERMarc Staempeli
    • B02C18/00B02C18/18
    • The invention relates to a method for cutting up punching scrap running as waste from a punching device, in particular from a fine blanking press, by means of a waste-cutting device, in particular which is arranged as a progressive tool with respect to the punching device, wherein, by way of the waste-cutting device, the punching scrap is completely cut through perpendicularly to the running direction thereof at a cutting edge by a cutting knife and in this way punching-scrap portions are formed, wherein, together with the stroke of the cutting knife, at least one scrap web of the punching scrap that is spaced apart from the punching-scrap boundaries is cut through by at least one punch which is spaced apart from the cutting knife, preferably by at least two punches, in particular so that each punching-scrap portion is subdivided into at least two punching-scrap sub-portions. The invention also relates to a waste-cutting device of a punching device, comprising a cutting knife and a cutting edge, wherein, by way of the interaction of cutting knife and cutting edge during a stroke of the cutting knife, punching scrap which can be passed through between cutting knife and cutting edge in a running direction can be completely cut through perpendicularly to the running direction, in which, spaced apart from the cutting knife, provision is made of at least one punch which is arranged in a locationally fixed manner with respect to the cutting knife and which can be moved together with the cutting knife, in particular by way of which at least one scrap web of the punching scrap can be cut through in the punching scrap.