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
    • 1. 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。
    • 2. 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 for the production of a can body, and can body
    • 罐体可生产的方法,可罐体
    • US09365344B2
    • 2016-06-14
    • US11629472
    • 2005-06-17
    • Werner Boltshauser
    • Werner Boltshauser
    • B23K26/00B65D83/38B21D51/26B65D83/42
    • B65D83/38B21D51/26B23K26/282B23K2101/125B23K2103/04B23K2103/10B65D83/42Y10T428/12493
    • To fix a valve piece encompassing a connecting shell and a valve to a can jacket, an embodiment of a method includes a welding step in which the connecting shell of the valve piece is fastened to the can jacket as a top closing element along with the valve by laser welding. According to an embodiment, a shoulder-shaped constricted cross section is embodied on the can jacket towards the top face thereof while the border area of the closing element which rests against the shoulder is tightly pressed theragainst and is sealingly joined to a laser seam, the top face of the can jacket lying inside the can. The method dispenses with the need to configure or fix a valve seat while eliminating the technically complex crimping step, thus also dispensing with the need for an installation used for crimping connecting shells in the filling station. The method makes it possible to produce also aerosol cans whose diameter is smaller than the diameter of a standard valve seat.
    • 为了将包括连接壳体和阀门的阀片固定到罐套上,方法的实施例包括焊接步骤,其中阀片的连接壳体与阀盖一起作为顶部关闭元件连同阀门 通过激光焊接。 根据一个实施例,肩部收缩的横截面被实施在罐套上面朝向其顶面,而关闭元件的靠在肩上的边界区域被紧紧地按压并且被密封地连接到激光缝, 罐头的顶面位于罐内。 该方法不需要配置或固定阀座,同时消除了技术上复杂的压接步骤,因此也省去了用于压接加油站中的连接壳的安装。 该方法可以生产直径小于标准阀座直径的气溶胶罐。