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. 发明授权
    • Method and device for producing a can body and can body
    • 用于生产罐体和罐体的方法和装置
    • US07670094B2
    • 2010-03-02
    • US10585996
    • 2005-01-14
    • Werner Boltshauser
    • Werner Boltshauser
    • B21D51/26
    • B23K33/006B21D51/2646B21D51/2676B23K26/206B23K26/28B23K26/282B23K2101/12B23K2101/125B23K2101/34B65D7/04B65D7/38B65D7/46
    • To produce can bodies, a continuous can jacket is disclosed, that is sealed by way of a first joint is produced from a flat metal material. At least one sealing element is mounted on the continuous can jacket by way of an additional joint. At least one of the additional joints is configured as a laser welding seam, which forms an annular continuous sealing seam between the continuous can jacket and the sealing element(s). Before the sealing seam is welded, complementary seam contact surfaces of the can jacket and the sealing element are configured as annular continuous edge regions that flare out of narrow towards the can axis. To weld the sealing seam, the can jacket and the sealing element(s) are pushed together until the edge regions make contact, one of the end faces of the two edge regions lying on the interior of the can body and the other lying on the exterior of the body. This enables the air-free welding of the seam contact surfaces, thus guaranteeing an impermeable welding seam even with the use of extremely thin metal sheets. The material overlap in the vicinity of the sealing seam is minimal.
    • 为了制造罐体,公开了通过第一接头密封的连续罐护套,由扁平金属材料制成。 至少一个密封元件通过附加接头安装在连续罐套上。 附加接头中的至少一个被配置为激光焊缝,其在连续罐套和密封元件之间形成环形连续的密封接缝。 在密封接缝焊接之前,罐套和密封元件的互补接缝表面被构造为从罐轴线向狭窄的方向展开的环形连续边缘区域。 为了焊接密封缝,罐套和密封元件被推到一起直到边缘区域接触,两个边缘区域的一个端面位于罐体的内部,而另一个位于 身体的外观。 这使得能够无缝焊接接缝表面,从而即使使用极薄的金属板也能保证不可渗透的焊缝。 密封接缝附近的材料重叠很小。
    • 4. 发明申请
    • Method and Device for Producing a Can Body and Can Body
    • 用于生产罐体和罐体的方法和装置
    • US20080050205A1
    • 2008-02-28
    • US10585996
    • 2005-01-14
    • Werner Boltshauser
    • Werner Boltshauser
    • B21D51/26
    • B23K33/006B21D51/2646B21D51/2676B23K26/206B23K26/28B23K26/282B23K2101/12B23K2101/125B23K2101/34B65D7/04B65D7/38B65D7/46
    • To produce can bodies, a continuous can jacket is disclosed, that is sealed by way of a first joint is produced from a flat metal material. At least one sealing element is mounted on the continuous can jacket by way of an additional joint. At least one of the additional joints is configured as a laser welding seam, which forms an annular continuous sealing seam between the continuous can jacket and the sealing element(s). Before the sealing seam is welded, complementary seam contact surfaces of the can jacket and the sealing element are configured as annular continuous edge regions that flare out of narrow towards the can axis. To weld the sealing seam, the can jacket and the sealing element(s) are pushed together until the edge regions make contact, one of the end faces of the two edge regions lying on the interior of the can body and the other lying on the exterior of the body. This enables the air-free welding of the seam contact surfaces, thus guaranteeing an impermeable welding seam even with the use of extremely thin metal sheets. The material overlap in the vicinity of the sealing seam is minimal.
    • 为了制造罐体,公开了通过第一接头密封的连续罐护套,由扁平金属材料制成。 至少一个密封元件通过附加接头安装在连续罐套上。 附加接头中的至少一个被配置为激光焊缝,其在连续罐套和密封元件之间形成环形连续的密封接缝。 在密封接缝焊接之前,罐套和密封元件的互补接缝表面被构造为从罐轴线向狭窄的方向展开的环形连续边缘区域。 为了焊接密封缝,罐套和密封元件被推到一起直到边缘区域接触,两个边缘区域的一个端面位于罐体的内部,而另一个位于 身体的外观。 这使得能够无缝焊接接缝表面,从而即使使用极薄的金属板也能保证不可渗透的焊缝。 密封接缝附近的材料重叠很小。
    • 7. 发明授权
    • Method and device for the production of a can body, and can body
    • 用于生产罐体的方法和装置,以及罐体
    • US07584639B2
    • 2009-09-08
    • US10562035
    • 2004-06-17
    • Werner Boltshauser
    • Werner Boltshauser
    • B21D51/26
    • B65D83/38B21C37/09B21D51/2646B21D51/2669B21D51/2676Y10T29/49828Y10T29/49904Y10T29/49986Y10T29/53322
    • The aim of the invention is to produce can bodies (24′) comprising a can shell (24) and a closing element (31b, 32, 31a) that is fixed to one face of the can shell (24). Said aim is achieved by producing a tube (11) from a metal strip (1), optionally from directly adjacent sections (112), by means of a shaping step, at least one optional cutting step, and a continuous welding step, sections of said tube (11) being used as closed convex surfaces for cans. The sections are shaped by a shell-shaping device in such a way that can shells (24) are provided into which a closing element (31b, 32, 31a), especially a can bottom (31b), can be inserted. The longitudinal seam (11a, 124) can be produced inexpensively and at great precision essentially as a continuous seam in the welding step by means of simple installations.
    • 本发明的目的是制造包括罐壳体(24)和固定到罐壳体(24)的一个面上的封闭元件(31b,32,3aa)的罐体(24')。 所述目的通过借助于成形步骤,至少一个可选的切割步骤和连续的焊接步骤,从金属条(1)生产出可选的直接相邻的部分(112)的管(11) 所述管(11)用作罐的封闭凸面。 这些部分通过壳体成形装置成形,从而可以提供可以插入关闭元件(31b,32,31a),特别是罐底部(31b)的壳体(24)。 纵向接缝(11a,124)可以通过简单的安装在焊接步骤中基本上作为连续接缝以低成本和高精度生产。
    • 10. 发明授权
    • Method and device for producing tubular jackets
    • 用于生产管状夹克的方法和装置
    • US07971771B2
    • 2011-07-05
    • US11795260
    • 2006-01-14
    • Werner Boltshauser
    • Werner Boltshauser
    • B23K31/02
    • B23K33/006B21D51/2646B21D51/2676B23K26/206B23K26/28B23K26/282B23K2101/12B23K2101/125B23K2101/34B65D7/04B65D7/38B65D7/46
    • In at least one embodiment, for producing segments of tubular jackets, a strip-shaped sheet material is continuously reshaped transverse to the strip axis into a closed form and following the welding of a longitudinal seam, jacket sections are cut off the jacket strip. In at least one embodiment, a support edge is provided on the inside of the continuously formed jacket strip for the cutting operation, essentially in the form of a closed circle and extending in a normal plane to the longitudinal axis of the jacket strip, which fits directly against the inside of the jacket strip and cooperates with at least one cutting tool. The cutting tool is pivoted into the cutting position during the cutting operation along the support edge, so that a cutting region rotates once around the longitudinal axis. A section of the jacket strip is cut off, wherein during the cutting operation, the support edge and the at least one cutting tool are advanced along with the jacket strip. Following the cutting operation, the at least one cutting tool is moved to a non-contacting position relative to the support edge and together with the support edge is moved counter to the movement of the jacket strip and back to the starting position occupied prior to the cutting operation.
    • 在至少一个实施例中,为了制造管状夹套的部分,带状片状材料横向于条带轴线连续地重新成形为封闭形式,并且随着纵向接缝的焊接,护套部分被切掉。 在至少一个实施例中,支撑边缘设置在连续形成的护套条的内侧,用于切割操作,基本上为闭合圆形的形式,并且在正常平面中延伸到护套条的纵向轴线,该纵向轴线适合 直接抵靠护套条的内侧并与至少一个切割工具配合。 切割工具沿着支撑边缘在切割操作期间枢转到切割位置,使得切割区域围绕纵向轴线旋转一次。 切断护套条的一部分,其中在切割操作期间,支撑边缘和至少一个切割工具与护套条一起前进。 在切割操作之后,至少一个切割工具相对于支撑边缘被移动到非接触位置,并且与支撑边缘一起被移动而与夹套条的移动相反,并且返回到在 切割操作。