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    • 1. 发明授权
    • Process for further treating a closure end made of sheet
    • 用于进一步处理由片材制成的封闭端的方法
    • US5987956A
    • 1999-11-23
    • US188944
    • 1998-11-10
    • Lutz StrubePeter HoftDieter Heinecke
    • Lutz StrubePeter HoftDieter Heinecke
    • B21D51/38B21D51/44
    • B21D51/383B21D51/38
    • A process for further treating a closure end made of sheet material is provided, particularly for beverage cans, in which an annular fringe region is radially coupled between the central panel portion and a radius of curvature coupled to a core groove with an inner leg. The central panel portion is squeezed such that material is displaced (flows) from the fringe region in a substantially radial outward direction towards the radius of curvature. The squeezing is accomplished by a coining tool having a coining surface operable to contact the closure end. The closure surface is pressed against the closure end causing the thickness of the sheet material of the closure end to be reduced in the annular fringe region. The reduction in thickness gradually decreasing in the direction of the radius of curvature. The material displaced by the squeezing flowing towards the radius of curvature. A ring tool which is finger like in cross section can be used to exert pressure on the core groove during or after the squeezing thereby causing the inner leg of the core groove to move towards a more vertical orientation.
    • 提供了一种用于进一步处理由片状材料制成的封闭端的方法,特别是用于饮料罐,其中环形条纹区域径向地联接在中心面板部分之间并且具有与内部支腿连接到芯部凹槽的曲率半径。 中心板部分被挤压,使得材料沿着基本上向外的方向朝向曲率半径从边缘区域移位(流动)。 挤压是通过具有可操作以接触封闭端的压铸表面的压印工具实现的。 闭合表面被压靠在封闭端上,导致封闭端的片材的厚度在环形边缘区域中减小。 厚度的减小在曲率半径的方向上逐渐减小。 通过挤压而移动的材料朝向曲率半径流动。 可以使用手指状的横截面的环形工具在挤压期间或之后对芯槽施加压力,从而使芯槽的内腿朝向更垂直的方向移动。
    • 2. 发明授权
    • Closure end made of sheet
    • 封闭端由板材制成
    • US06223931B1
    • 2001-05-01
    • US09398885
    • 1999-09-20
    • Lutz StrubePeter HoftDieter Heinecke
    • Lutz StrubePeter HoftDieter Heinecke
    • B65D2300
    • B21D51/44B21D51/38B21D51/383
    • A closure end is provided, particularly made of sheet material for beverage cans, in which an annular fringe region is radially coupled between the central panel portion and a radius of curvature coupled to a core groove with an inner leg. The central panel portion is squeezed such that material is displaced (flows) from the fringe region in a substantially radial outward direction towards the radius of curvature. The squeezing is accomplished by a coining tool having a coining surface operable to contact the closure end. The closure surface is pressed against the closure end causing the thickness of the sheet material of the closure end to be reduced in the annular fringe region. The reduction in thickness gradually decreasing in the direction of the radius of curvature. The material displaced by the squeezing flowing towards the radius of curvature. A ring tool which is finger like in cross section can be used to exert pressure on the core groove during or after the squeezing thereby causing the inner leg of the core groove to move towards a more vertical orientation.
    • 提供了封闭端,特别是由用于饮料罐的片材制成,其中环形条纹区域径向地联接在中心片部分之间并且具有与内部腿部连接到芯部凹槽的曲率半径。 中心板部分被挤压,使得材料沿着基本上向外的方向朝向曲率半径从边缘区域移位(流动)。 挤压是通过具有可操作以接触封闭端的压铸表面的压印工具实现的。 闭合表面被压靠在封闭端上,导致封闭端的片材的厚度在环形边缘区域中减小。 厚度的减小在曲率半径的方向上逐渐减小。 通过挤压而移动的材料朝向曲率半径流动。 可以使用手指状的横截面的环形工具在挤压期间或之后对芯槽施加压力,从而使芯槽的内腿朝向更垂直的方向移动。
    • 3. 发明授权
    • Process for further treating a closure end made of sheet
    • 用于进一步处理由片材制成的封闭端的方法
    • US5832770A
    • 1998-11-10
    • US411739
    • 1995-05-17
    • Lutz StrubePeter HoftDieter Heinecke
    • Lutz StrubePeter HoftDieter Heinecke
    • B21D51/44
    • B21D51/44
    • A process for further treating a closure end made of sheet material is provided, particularly for beverage cans, in which an annular fringe region is radially coupled between the central panel portion and a radius of curvature coupled to a core groove with an inner leg. The central panel portion is squeezed such that material is displaced (flows) from the fringe region in a substantially radial outward direction towards the radius of curvature. The squeezing is accomplished by a coining tool having a coining surface operable to contact the closure end. The closure surface is pressed against the closure end causing the thickness of the sheet material of the closure end to be reduced in the annular fringe region. The reduction in thickness gradually decreasing in the direction of the radius of curvature. The material displaced by the squeezing flowing towards the radius of curvature. A ring tool which is finger like in cross section can be used to exert pressure on the core groove during or after the squeezing thereby causing the inner leg of the core groove to move towards a more vertical orientation.
    • PCT No.PCT / DE93 / 00958 Sec。 371日期1996年5月17日 102(e)日期1996年5月17日PCT提交1993年10月8日PCT公布。 公开号WO95 / 10373 日期1995年04月20日提供了一种用于进一步处理由片状材料制成的封闭端的方法,特别是用于饮料罐的方法,其中环形条纹区域径向地联接在中心板部分和与芯槽连接的曲率半径之间, 内腿 中心板部分被挤压,使得材料沿着基本上向外的方向朝向曲率半径从边缘区域移位(流动)。 挤压是通过具有可操作以接触封闭端的压铸表面的压印工具实现的。 闭合表面被压靠在封闭端上,导致封闭端的片材的厚度在环形边缘区域中减小。 厚度的减小在曲率半径的方向上逐渐减小。 通过挤压而移动的材料朝向曲率半径流动。 可以使用手指状的横截面的环形工具在挤压期间或之后对芯槽施加压力,从而使芯槽的内腿向更垂直的方向移动。
    • 4. 发明授权
    • Closure lid with a dual panel and the production thereof
    • 封闭盖与双面板及其生产
    • US07278548B2
    • 2007-10-09
    • US10468913
    • 2001-03-01
    • Hajo RieckLutz StrubeDieter Heinecke
    • Hajo RieckLutz StrubeDieter Heinecke
    • B65D1/36
    • B21D51/38B65D17/401
    • The invention pertains to a cover for a beverage can body (3) with an inner and an outer cover panel (30, 10) that are spaced apart from one another (h20) in the axial direction (100) such that an intermediate space (20) is formed which is able to accommodate an object (44, 45) that is invisible from the outside—from a viewing direction toward the outer cover panel (10). The inner cover panel (30) is connected to a mounting edge (36) via a curved section (30r) that forms a peripheral groove (2a) around the cover panel in order to realize the attachment to the beverage can body. The outer cover panel (10) is clamped relative to the inner cover panel (30) with an essentially radial force component (f11) such that a clamping point (11, 31) is formed in order to fix its axial distance (h20) relative to the inner cover panel (40).
    • 本发明涉及一种饮料罐主体(3)的盖子,其具有在轴向上彼此间隔开的内盖板和外盖板(30,10)(20,30) 100),使得形成能够容纳从观察方向朝向外盖板(10)的外部不可见的物体(44,45)的中间空间(20)。 内盖板(30)通过围绕盖板形成周边槽(a2)的弯曲部分(30r)连接到安装边缘(36),以实现与饮料罐体的连接。 外盖板(10)相对于内盖板(30)以基本上径向的力分量(f 11)夹紧,使得形成夹紧点(11,31),以便 固定其相对于内盖板(40)的轴向距离(h <20)。
    • 5. 发明申请
    • Container with Lid for Packaging Pourable Products
    • 集装箱用于包装浇注产品
    • US20090078703A1
    • 2009-03-26
    • US12158360
    • 2006-12-20
    • Thomas HundelohLutz Strube
    • Thomas HundelohLutz Strube
    • B65D51/22B65D17/28
    • B65D17/521B65D2251/0025B65D2251/0071B65D2517/0017B65D2517/0041
    • The invention concerns a container comprising a container body of a material such as metal, PE or cardboard, having a primary opening which is closed by a metal plate portion acting as a first lid element, wherein the metal plate portion includes a lid tab which is defined by a separation line and which after being broken open opens a discharge opening, and the lid tab has an inclined surface co-operating with a first projection arranged on an opening means movable substantially parallel to the plate portion for applying a force to the lid tab in order to break open the separation line. In order to ensure that in such a container of the general kind set forth, a sufficiently high force can be provided for breaking open the plate portion at the separation line of the lid tab, it is proposed that a depressed bead (32) and adjacent thereto a raised bead (36) is provided at the lid tab (30), wherein the inclined surface is composed at least of a portion of a flank (33) of the depressed bead and at least a portion of a flank (37) of the raised bead.The invention further concerns a lid (20, 50) for such a container and a method of opening such a container (FIG. 4).
    • 本发明涉及一种容器,其包括诸如金属,PE或纸板的材料的容器主体,其具有由作为第一盖元件的金属板部分封闭的主开口,其中金属板部分包括盖片, 由分离线限定,并且在断开后打开排出口,并且盖突片具有与布置在基本上平行于板部分的开口装置上的第一突起配合的倾斜表面,用于向盖施加力 标签为了打破分隔线。 为了确保在这样的一般类型的容器中,可以提供足够大的力来打开盖片的分离线处的板部分,因此建议将凹陷的凸缘(32)和相邻的 至此,凸缘(36)设置在所述盖片(30)处,其中所述倾斜表面至少由所述凹陷凸缘的侧面(33)的一部分和至少一部分侧面(37)组成 凸起的珠子。 本发明还涉及用于这种容器的盖子(20,50)和打开这种容器的方法(图4)。
    • 7. 发明授权
    • Temporary burst stoppage in a sheet metal top
    • 钣金顶部暂时爆裂
    • US06908005B1
    • 2005-06-21
    • US09807108
    • 1999-10-08
    • Lutz StrubePeter Hoeft
    • Lutz StrubePeter Hoeft
    • B65D17/34
    • B65D17/404Y10S220/906
    • A can end made of sheet metal for containers which in a closed state has an increased inner pressure compared to an ambient pressure. The can end includes a substantially flat central panel, a portion in the central panel is smaller with respect to the panel, and is adapted to be broken out of the panel by tearing. The smaller portion is defined by a score line, and a tab that is adapted for gripping and serving for opening the smaller portion. The tab is mounted at the central panel. In a longitudinally limited section of the can end, following a starting portion of the score line, at least one of a metal structure and structure lines of the sheet metal below the score line have a substantially higher density compared to a metal structure of the sheet metal below at least adjacent score line sections for temporarily blocking the opening process, which is difficult to control, after initially breaking or tearing open the score line.
    • 用于容器的金属板端部,其处于关闭状态,与环境压力相比具有增加的内部压力。 罐端部包括基本上平坦的中心板,中心板中的一部分相对于面板较小,并且适于通过撕裂而从板破裂。 较小部分由刻痕线限定,并且适于夹紧和用于打开较小部分的突片。 标签安装在中央面板上。 在罐端部的纵向限制部分中,在刻痕线的起始部分之后,与金属板的金属结构相比,刻痕线下方的金属结构和金属板结构线中的至少一个具有显着更高的密度 在至少相邻的刻痕线部分之后的金属,在初始断裂或撕裂刻痕线之后暂时阻挡开启过程,这是难以控制的。
    • 8. 发明申请
    • Gas-Tight and Light-Tight Closure for a Container
    • 集装箱的气密性和轻度封闭
    • US20080245806A1
    • 2008-10-09
    • US11994439
    • 2006-05-13
    • Lutz Strube
    • Lutz Strube
    • B65D45/24
    • B65D45/24B65D17/506B65D39/12
    • In order to provide a reversible closure for containers which are subjected to an internal pressure in accordance with the invention there is proposed a closure device (200) comprising a deformable stretchable planarly extending cover (205) which can be moved into at least two operating positions, wherein the cover is aligned in a first operating position with the opening of the container and in a second operating position it undercuts the opening of the container over the entire periphery with a peripheral edge portion (222) so that the undercutting region (33) on the cover and the undercut region on the container form complementary sealing surfaces for gas-tightly and liquid-tightly closing the opening. The closure device further has an actuable means (260) for applying a force to the cover for deformation of the cover in such a way that it is deformable from one of the two operating positions into the other operating position.
    • 为了提供根据本发明的经受内部压力的容器的可逆闭合件,提出了一种闭合装置(200),其包括可变形的可拉伸的平面延伸的盖子(205),其可移动到至少两个操作位置 ,其中所述盖与所述容器的开口在第一操作位置对准,并且在第二操作位置中,所述盖在整个周边上具有周边边缘部分(222),使所述底切区域(33)在所述外周边缘部分(222) 在容器上的盖子和底切区域上形成用于气密和液密地封闭开口的互补的密封表面。 封闭装置还具有一个致动装置(260),该致动装置用于向盖子施加一个作用力以使其变形的方式使其能够从两个操作位置之一变形到另一个操作位置。
    • 9. 发明授权
    • Gas-tight and light-tight closure for a container
    • 一个容器的气密和不透光的封闭
    • US08181809B2
    • 2012-05-22
    • US11994439
    • 2006-05-13
    • Lutz Strube
    • Lutz Strube
    • B65D51/16B65D45/02
    • B65D45/24B65D17/506B65D39/12
    • In order to provide a reversible closure for containers which are subjected to an internal pressure in accordance with the invention there is proposed a closure device (200) comprising a deformable stretchable planarly extending cover (205) which can be moved into at least two operating positions, wherein the cover is aligned in a first operating position with the opening of the container and in a second operating position it undercuts the opening of the container over the entire periphery with a peripheral edge portion (222) so that the undercutting region (33) on the cover and the undercut region on the container form complementary sealing surfaces for gas-tightly and liquid-tightly closing the opening. The closure device further has an actuable means (260) for applying a force to the cover for deformation of the cover in such a way that it is deformable from one of the two operating positions into the other operating position.
    • 为了提供根据本发明的经受内部压力的容器的可逆闭合件,提出了一种闭合装置(200),其包括可变形的可拉伸的平面延伸的盖子(205),其可移动到至少两个操作位置 ,其中所述盖与所述容器的开口在第一操作位置对准,并且在第二操作位置中,所述盖在整个周边上具有周边边缘部分(222),使所述底切区域(33)在所述外周边缘部分(222) 在容器上的盖子和底切区域上形成用于气密和液密地封闭开口的互补的密封表面。 封闭装置还具有一个致动装置(260),该致动装置用于向盖子施加一个作用力以使其变形的方式使其能够从两个操作位置之一变形到另一个操作位置。
    • 10. 发明授权
    • Stepped seam for a can
    • 一个罐的步骤接缝
    • US5947673A
    • 1999-09-07
    • US836373
    • 1997-05-13
    • Lutz Strube
    • Lutz Strube
    • B65D8/20B21D51/26B21D51/30B21D51/32B65D6/30
    • B65D7/36B21D51/32
    • An improvement in the shape of a fold in a tin can allows the use of sheet metal of lower gauge than that currently used. This is achieved with a fold geometry on a tin can which is closed off with a double fold, such as for a drink or food tin; by providing a continuous or stepped contour on the fold side; and by insuring that the lid hook is clearly in area-contact (positive fit) on its outer side with the free end of the body hook in its lower third. The invention may be applied to standard-gauge as well as thinner-gauge sheet metal, and generally results in a better seal.
    • PCT No.PCT / DE95 / 01574 Sec。 371日期1997年5月13日 102(e)日期1997年5月13日PCT提交1995年11月14日PCT公布。 公开号WO96 / 15036 日期1996年5月23日锡的折痕形状的改善可以使用比目前使用的低的金属板。 这是通过在锡罐上的折叠几何形状来实现的,其中双重折叠被封闭,例如用于饮料或食品锡; 通过在折叠侧提供连续或阶梯轮廓; 并且通过确保盖钩在其外侧上明显地与区域接触(正配合),并且身体钩的自由端在其下三分之一处。 本发明可以应用于标准规格以及较薄规格的金属板材,并且通常导致更好的密封。