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    • 2. 发明申请
    • Pipe joint including a pipe and method for producing a joint section of a pipe joint
    • 管接头,包括管和管接头的接合部的制造方法
    • US20100140920A1
    • 2010-06-10
    • US12590459
    • 2009-11-06
    • Alexander KlossAlfons Schorn-Gilson
    • Alexander KlossAlfons Schorn-Gilson
    • F16L19/00F16L19/03B23P11/00
    • F16L19/028B21D17/025B21K21/12F16L19/0218Y10T29/49826
    • The invention relates to a pipe joint (1) or to a method for producing the pipe joint, comprising a pipe (4), a threaded connecting body (3) and a coupling nut (7). The pipe (4) comprises a non-deformed section (5) in which the pipe (4) is in an original state, and a joint section (6) in which the pipe (4) is configured with a retaining bead (17), which transitions into a 45° retaining cone (18) on one side and transitions into a 24° centering cone (19) on another side, wherein the 45° retaining cone (18) interacts with a 45° clamping cone (14) of the coupling nut (7), and the 24° centering cone (19) interacts with a 24° receiving cone (8) of the threaded connecting body (3) in an operating state of the pipe connection (1).In order to improve a known pipe joint and a known method for producing the pipe joint, so that it becomes usable in a most flexible manner, it is provided according to the invention that the joint section (6) of the pipe (4) is integrally connected with the non-deformed section (5) of the pipe (4) and produced through a plastic deformation process, in particular a crushing process caused in an axial direction of the pipe (4).
    • 本发明涉及管接头(1)或管接头的制造方法,该管接头包括管(4),螺纹连接体(3)和联接螺母(7)。 管(4)包括管(4)处于原始状态的非变形部(5)和管(4)构成有保持珠(17)的接合部(6) ,其在一侧转变成45°保持锥(18),并且在另一侧上转变成24°定心锥(19),其中45°保持锥(18)与45°夹紧锥(14)相互作用 联接螺母(7)和24°定心锥体(19)在管道连接(1)的操作状态下与螺纹连接体(3)的24°接收锥体(8)相互作用。 为了改进已知的管接头和用于生产管接头的公知方法,使得其可以以最灵活的方式使用,根据本发明,管道(4)的接合部分(6)是 与管道(4)的非变形部分(5)整体连接并通过塑性变形过程产生,特别是在管道(4)的轴向方向上产生的破碎过程。
    • 3. 发明申请
    • Flared screw fitting
    • 扩口螺丝配件
    • US20070236016A1
    • 2007-10-11
    • US11786071
    • 2007-04-10
    • Alexander KlossMichael JahnsAlfons Schorn-Gilson
    • Alexander KlossMichael JahnsAlfons Schorn-Gilson
    • F16L19/00
    • F16L19/0283F16L19/043F16L19/046
    • A flared screw fitting (1) has a pipe (3) expanding in an end section to form a tulip flare (11) and a connecting piece (2) having a conical stop face (15) situated on an end section, which is a joined in the direction of a forward front face (27) of the connecting piece (2) by a groove (16) for an elastic sealing ring (17) and on which an internal mantle surface (14) of the tulip flare (11) of the pipe (3) is supported, by which the sealing ring (17) is pressed into the groove (16) in the final mounted state of the screw fitting, furthermore, the tulip flare (11), using a union element adjoining its external mantle surface (19), which works together via a threaded section with a corresponding threaded section on the connecting piece (2), may be pressed against the stop face (15) of the connecting piece (2) in the course of tightening of the screw fitting. To avoid destruction of the connecting piece in the area of the groove base, it is suggested that in the hand-tight pre-mounted state of the screw fitting, an internal mantle surface (18) of the union element only contact the external mantle surface of the tulip flare (11) in an area (20) whose smallest diameter (21) is larger than the smallest diameter (22) of the stop face (15) of the connecting piece (2).
    • 喇叭形螺钉配件(1)具有在端部部分中扩展以形成郁金香火炬(11)的管(3)和具有位于端部上的锥形止动面(15)的连接件(2) 通过用于弹性密封环(17)的凹槽(16)沿着连接件(2)的前正面(27)的方向连接,并且其中郁金香火炬(11)的内部外套表面(14) (3)的支撑件,在螺钉配件的最终安装状态下,将密封环(17)压入槽(16)中,此外,使用与其相邻的联接元件 在连接件(2)上通过螺纹部分与相应的螺纹部分一起工作的外部外套表面(19)可以在紧固连接件(2)的过程中被压靠在连接件(2)的止动面(15)上 螺丝配件。 为了避免在槽底部区域中的连接件的破坏,建议在螺纹配件的手紧预安装状态下,联接元件的内部地幔表面(18)仅接触外部外套表面 在最小直径(21)大于连接件(2)的止动面(15)的最小直径(22)的区域(20)中的郁金香火炬11的位置。
    • 4. 发明授权
    • Pipe connection with a connecting portion formed onto the pipe
    • 与形成在管道上的连接部分的管道连接
    • US06431613B1
    • 2002-08-13
    • US09692572
    • 2000-10-19
    • Jörg AltenrathMichael HahnAlfons Schorn-Gilson
    • Jörg AltenrathMichael HahnAlfons Schorn-Gilson
    • F16L19028
    • F16L19/028F16L19/02
    • A pipe connection has a connecting member (1). The connecting member (1) has a first end face (4), a first conical bore (5), starting to taper from the latter, which defines a first cone angle (11). The connecting member also includes an axial bore length (9) followed by a bore (6). The outside of the connecting member (1) has a threaded portion (3). A nut (13) has a second conical bore (15) tapered in the direction opposite to the direction of the first conical bore (5). The second conical bore defines a second cone angle (16). A through-bore (17) is in the nut (13). A pipe (18) has a pipe projection (19) which extends into the bore (6) of the connecting member (1). A connecting portion (21) is on the pipe (18). A first conical tensioning face (22) which cooperates with the first conical bore (5) is on the connecting portion (21). The first conical tensioning face defines a third cone angle (23) which is greater than the first cone angle (11) and whose axial length of overlap (32) with the first conical bore (5) is smaller than 15% of the axial bore length (9) of the first conical bore (5). The connecting portion (21) has a second conical tensioning face (25) which cooperates with the second conical bore (15). The second conical tensioning face defines a fourth cone angle (26) corresponding to the second cone angle (16). On the radial inside of the first tensioning face (22), an annular recess (28) is arranged. The recess (28) starts from the smallest cone diameter (24) of the first tensioning face (22) and extends over part of the axial length.
    • 管道连接具有连接构件(1)。 连接构件(1)具有第一端面(4),第一锥形孔(5),从第一端面(4)开始渐缩,其限定第一锥角(11)。 连接构件还包括轴向孔长度(9),随后是孔(6)。 连接构件(1)的外侧具有螺纹部(3)。 螺母(13)具有沿与第一锥形孔(5)的方向相反的方向渐缩的第二锥形孔(15)。 第二锥形孔限定第二锥角(16)。 通孔(17)在螺母(13)中。 管(18)具有延伸到连接构件(1)的孔(6)中的管突起(19)。 连接部分(21)在管道(18)上。 与第一锥形孔(5)配合的第一锥形张紧面(22)在连接部分(21)上。 第一锥形张紧面限定第三锥角(23),其大于第一锥角(11),并且其与第一锥形孔(5)的轴向长度(32)小于轴向孔的15% 第一锥形孔(5)的长度(9)。 连接部分(21)具有与第二锥形孔(15)配合的第二锥形张紧面(25)。 第二锥形张紧面限定对应于第二锥角(16)的第四锥角(26)。 在第一张紧面(22)的径向内侧设置环状凹部(28)。 凹部(28)从第一张紧面(22)的最小锥形直径(24)开始并在轴向长度的一部分上延伸。
    • 5. 发明授权
    • Pipe connection having a reshaped pipe
    • 具有重塑管道的管道连接
    • US07837236B2
    • 2010-11-23
    • US11799476
    • 2007-05-01
    • Alexander KlossAlfons Schorn-Gilson
    • Alexander KlossAlfons Schorn-Gilson
    • F16L17/00
    • F16L19/0286
    • A pipe connection has a aped pipe, a screw fitting body having an internal cone, a union nut, screwable onto the screw fitting body, having an internal clamping face, which, in the operating state of the pipe connection, works together with an outwardly projecting retention face of a retention bulge of the pipe which is produced facing away from the pipe end by reshaping and projects radially outward beyond the outer mantle surface of the pipe, and having an adapter ring which is supported on the side facing toward the screw fitting body by a conical clamping face in the internal cone of the screw fitting body. To provide an alternative pipe connection of this type, the adapter ring may be supported in the operating state on the side facing toward the pipe by a radially running contact face on the radially running front face of the pipe end.
    • 管道连接件具有嵌入管,具有内锥体的螺纹接头本体,联接螺母,可螺接于螺钉接头本体上,具有内部夹紧面,该夹紧面在管接头的操作状态下与外部 通过重新成形并径向向外突出超过管的外套表面而产生的管的保持凸起的突出保持面,该保持凸出部被制造成远离管端,并且具有适配环,该适配环被支撑在面向螺钉配件 主体通过锥形夹紧面在螺钉接头体的内锥体中。 为了提供这种替代的管道连接,适配环可以在管端的径向运行的前表面上的径向运行的接触面在面向管的一侧的操作状态下被支撑。
    • 6. 发明申请
    • Pipe connection having a reshaped pipe
    • 具有重塑管道的管道连接
    • US20070267867A1
    • 2007-11-22
    • US11799476
    • 2007-05-01
    • Alexander KlossAlfons Schorn-Gilson
    • Alexander KlossAlfons Schorn-Gilson
    • F16L19/028
    • F16L19/0286
    • The present invention relates to a pipe connection (1) having a reshaped pipe (4), a screw fitting body (2) having an internal cone (6), a union nut (5), which may be screwed onto the screw fitting body (2), having an internal clamping face (15), which, in the operating state of the pipe connection (1), works together with an outwardly projecting retention face (12) of a retention bulge (11) of the pipe (4), which is produced facing away from the pipe end by reshaping and projects radially outward beyond the outer mantle surface of the pipe, and having an adapter ring (3, 30) which is supported on the side facing toward the screw fitting body (2) by a conical clamping face (7) in the internal cone (6) of the screw fitting body (2). To provide an alternative pipe connection (1) of this type, it is suggested that the adapter ring (3, 30) be supported in the operating state on the side facing toward the pipe (4) by a radially running contact face (8) on the radially running front face (14) of the pipe end.
    • 本发明涉及一种具有整形管(4)的管连接件(1),具有内圆锥体(6)的螺纹接头本体(2),联接螺母(5),螺母接头本体 (2),其具有内部夹紧面(15),所述内部夹紧面(15)在所述管道连接(1)的操作状态下与所述管道(4)的保持凸起(11)的向外突出的保持面(12)一起工作, ),其通过重新成形并径向向外突出超过管的外套表面而产生,远离管端产生,并且具有支撑在面向螺钉接合体(2)的一侧的接合环(3,30) )通过螺钉配件主体(2)的内锥体(6)中的锥形夹紧面(7)。 为了提供这种替代的管道连接(1),建议通过径向运行的接触面(8)在接合管(4)的一侧的工作状态下支撑适配环(3,30) 在管端的径向运行的前表面(14)上。
    • 7. 发明授权
    • Threaded connection with supporting ring
    • 带支撑环的螺纹连接
    • US06168211A
    • 2001-01-02
    • US09162877
    • 1998-09-29
    • Alfons Schorn-Gilson
    • Alfons Schorn-Gilson
    • F16L1700
    • F16L19/0212F16L19/028
    • A threaded connection for easily deformable thin-walled pipes (20) has a connecting member (1) with a cylindrical receiving bore (5) accommodating the pipe (20) and an outer thread (7). A nut (8) is provided with an inner thread (10) which is threaded onto the outer thread (7). The nut (8) has a through-bore (11) for the pipe (20) and a conical bore (13) which widens towards the connecting member (1). The pipe (20), at a distance from its end face (21), has a bulge (23) which is held in a clamped-in condition between the conical bore (13) and a conical supporting face (18) of a separate supporting ring (14). To limit the tightening movement, the supporting ring (14) has a stop face (19) against which the conical bore (13) comes to rest when the nut (8) is tightened. A holding face (17) on the supporting ring (14) is supported against the end face (3) of the connecting member (1). This design achieves advantageous supporting conditions, with the process of tightening the nut (8) remaining unaffected by the radial forces resulting from the axial tensioning force.
    • 用于容易变形的薄壁管道(20)的螺纹连接件具有连接构件(1),其具有容纳管道(20)的圆柱形容纳孔(5)和外螺纹(7)。 螺母(8)设置有螺纹连接到外螺纹(7)上的内螺纹(10)。 螺母(8)具有用于管道(20)的通孔(11)和朝着连接构件(1)变宽的圆锥孔(13)。 管子(20)在其端面(21)的一定距离处具有凸起(23),该凸起(23)保持在锥形孔(13)和锥形支撑面(18)之间的夹紧状态 支撑环(14)。 为了限制紧固运动,支撑环(14)具有止动面(19),当螺母(8)被紧固时,锥形孔(13)将停止。 支撑环(14)上的保持面(17)被支撑在连接构件(1)的端面(3)上。 这种设计实现了有利的支撑条件,紧固螺母(8)的过程不受轴向张力所产生的径向力的影响。