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    • 1. 发明申请
    • COUPLING UNIT
    • 联络单元
    • US20110148108A1
    • 2011-06-23
    • US12937168
    • 2009-02-25
    • Edgar AmmonThomas FallscheerRalf FrommerAnnett OverheuThomas PröttelJürgen Stehlig
    • Edgar AmmonThomas FallscheerRalf FrommerAnnett OverheuThomas PröttelJürgen Stehlig
    • F16L21/00
    • F16L37/091F16L37/0987F16L2201/60
    • A coupling unit having at least one tubular section; a casing; at least one detent ring, which is arranged radially between the casing and the at least one tubular section when the at least one tubular section, is inserted in the casing, wherein the at least one detent ring, the casing, and the at least one tubular section are configured to adapt to one another such that the tubular section is inserted axially into the casing in a first relative rotational position of the tubular section and the casing, wherein the tubular section is secured by the detent ring against axial withdrawal, the casing and tubular section can be rotated relative to one another, and wherein for decoupling purposes, the tubular section can be withdrawn axially from the casing in a second relative rotational position of the casing and the tubular section that differs from the first rotational position.
    • 一种联接单元,具有至少一个管状部分; 套管 至少一个棘爪环,当所述至少一个管状部分插入所述壳体中时,所述至少一个棘爪环径向布置在所述壳体和所述至少一个管状部分之间,其中所述至少一个棘爪环,所述壳体和所述至少一个 管状部分构造成彼此适应,使得管状部分在管状部分和壳体的第一相对旋转位置中轴向插入壳体中,其中管状部分通过止动环固定以防止轴向撤回,壳体 并且管状部分可以相对于彼此旋转,并且其中为了解耦目的,管状部分可以在与第一旋转位置不同的壳体和管状部分的第二相对旋转位置中从壳体轴向撤回。
    • 2. 发明授权
    • Coupling unit
    • 联轴器单元
    • US09121535B2
    • 2015-09-01
    • US12937168
    • 2009-02-25
    • Edgar AmmonThomas FallscheerRalf FrommerAnnett OverheuThomas PröttelJürgen Stehlig
    • Edgar AmmonThomas FallscheerRalf FrommerAnnett OverheuThomas PröttelJürgen Stehlig
    • F16L37/091F16L37/098
    • F16L37/091F16L37/0987F16L2201/60
    • A coupling unit having at least one tubular section; a casing; at least one detent ring, which is arranged radially between the casing and the at least one tubular section when the at least one tubular section, is inserted in the casing, wherein the at least one detent ring, the casing, and the at least one tubular section are configured to adapt to one another such that the tubular section is inserted axially into the casing in a first relative rotational position of the tubular section and the casing, wherein the tubular section is secured by the detent ring against axial withdrawal, the casing and tubular section can be rotated relative to one another, and wherein for decoupling purposes, the tubular section can be withdrawn axially from the casing in a second relative rotational position of the casing and the tubular section that differs from the first rotational position.
    • 一种联接单元,具有至少一个管状部分; 套管 至少一个棘爪环,当所述至少一个管状部分插入所述壳体中时,所述至少一个棘爪环径向布置在所述壳体和所述至少一个管状部分之间,其中所述至少一个棘爪环,所述壳体和所述至少一个 管状部分构造成彼此适应,使得管状部分在管状部分和壳体的第一相对旋转位置中轴向插入壳体中,其中管状部分通过止动环固定以防止轴向撤回,壳体 并且管状部分可以相对于彼此旋转,并且其中为了解耦目的,管状部分可以在与第一旋转位置不同的壳体和管状部分的第二相对旋转位置中从壳体轴向撤回。
    • 3. 发明申请
    • CONNECTION DEVICE
    • 连接装置
    • US20130127154A1
    • 2013-05-23
    • US13510551
    • 2010-06-29
    • Gabriel BundyThomas FallscheerThomas Pröttel
    • Gabriel BundyThomas FallscheerThomas Pröttel
    • F16L37/14
    • F16L37/14F16L37/0842F16L37/0987F16L37/148
    • A connection device may include an insertion section having an annular outer groove. A housing may be configured to receive the insertion section and a blocking element may be configured to lock the insertion section in the housing. The blocking element may have a band-shaped core and a plurality of teeth arranged adjacent in the peripheral direction along the core. Each of the teeth may include an outer tooth section and an inner tooth section. A core profile may have a core principal direction determined by a maximum diameter. The teeth may have a tooth profile which has a tooth principal direction determined by an inner flank of the teeth lying radially on an interior of the outer tooth section and the core principal direction may be inclined with respect to the tooth principal direction.
    • 连接装置可以包括具有环形外槽的插入部。 壳体可以被配置为接收插入部分,并且阻挡元件可被构造成将插入部分锁定在壳体中。 阻挡元件可以具有带状芯和沿着芯沿周向方向相邻布置的多个齿。 每个齿可以包括外齿部分和内齿部分。 芯轮廓可以具有由最大直径确定的核心主方向。 齿可以具有齿形,其具有由径向位于外齿部的内部的齿的内侧面确定的主要方向,并且芯主方向可相对于主要主要方向倾斜。
    • 4. 发明授权
    • Connection device
    • 连接设备
    • US09255658B2
    • 2016-02-09
    • US13510551
    • 2010-06-29
    • Gabriel BundyThomas FallscheerThomas Pröttel
    • Gabriel BundyThomas FallscheerThomas Pröttel
    • F16L37/00F16L37/14F16L37/084F16L37/098
    • F16L37/14F16L37/0842F16L37/0987F16L37/148
    • A connection device may include an insertion section having an annular outer groove. A housing may be configured to receive the insertion section and a blocking element may be configured to lock the insertion section in the housing. The blocking element may have a band-shaped core and a plurality of teeth arranged adjacent in the peripheral direction along the core. Each of the teeth may include an outer tooth section and an inner tooth section. A core profile may have a core principal direction determined by a maximum diameter. The teeth may have a tooth profile which has a tooth principal direction determined by an inner flank of the teeth lying radially on an interior of the outer tooth section and the core principal direction may be inclined with respect to the tooth principal direction.
    • 连接装置可以包括具有环形外槽的插入部。 壳体可以被配置为接收插入部分,并且阻挡元件可被构造成将插入部分锁定在壳体中。 阻挡元件可以具有带状芯和沿着芯沿周向方向相邻布置的多个齿。 每个齿可以包括外齿部分和内齿部分。 芯轮廓可以具有由最大直径确定的核心主方向。 齿可以具有齿形,其具有由径向位于外齿部的内部的齿的内侧面确定的主要方向,并且芯主方向可相对于主要主要方向倾斜。
    • 5. 发明授权
    • Connection device
    • 连接设备
    • US08764067B2
    • 2014-07-01
    • US13510542
    • 2010-06-29
    • Gabriel BundyThomas PröttelAndreas Schieszl
    • Gabriel BundyThomas PröttelAndreas Schieszl
    • F16L37/00F16L37/14F16L37/088
    • F16L37/088F16L37/148
    • A connection device may include an insertion section having an annular outer groove. A housing may be configured to receive the insertion section. A blocking element may be configured to lock the insertion section in the housing, wherein the blocking element may engage the annular outer groove and an annular inner groove formed in the housing. The blocking element may also be configured to be withdrawn through a housing opening substantially tangentially to the grooves and to be pre-fitted in the inner groove and in a pre-fitted state. The blocking element may engage the outer groove and be fixed on the housing securing it against a displacement in a peripheral direction. A securing device may be arranged on an exterior of the housing for securing of the blocking element against displacement at least in the withdrawal direction.
    • 连接装置可以包括具有环形外槽的插入部。 壳体可以被配置为接收插入部分。 阻挡元件可以被配置为将插入部分锁定在壳体中,其中阻挡元件可以接合环形外槽和形成在壳体中的环形内槽。 阻挡元件还可以被构造成通过基本上相对于凹槽切向的壳体开口而被抽出并预先安装在内槽中并处于预先配合状态。 阻挡元件可以接合外槽并固定在壳体上,以抵抗周向方向上的位移。 固定装置可以布置在壳体的外部上,用于固定阻挡元件至少在抽出方向上的位移。
    • 6. 发明申请
    • CONNECTION DEVICE
    • 连接装置
    • US20120280489A1
    • 2012-11-08
    • US13510542
    • 2010-06-29
    • Gabriel BundyThomas PröttelAndreas Schieszl
    • Gabriel BundyThomas PröttelAndreas Schieszl
    • F16L37/14
    • F16L37/088F16L37/148
    • A connection device may include an insertion section having an annular outer groove. A housing may be configured to receive the insertion section. A blocking element may be configured to lock the insertions section in the housing, wherein the blocking element may engage the annular outer groove and an annular inner groove formed in the housing. The blocking element may also be configured to be withdrawn through a housing opening substantially tangentially to the grooves and to be pre-fitted in the inner groove and in a pre-fitted state. The blocking element may engage the outer groove and be fixed on the housing securing it against a displacement in a peripheral direction. A securing device may be arranged on an exterior of the housing for securing of the blocking element against displacement takes place at least in the withdrawal direction.
    • 连接装置可以包括具有环形外槽的插入部。 壳体可以被配置为接收插入部分。 阻挡元件可以被配置为将插入部分锁定在壳体中,其中阻挡元件可以接合环形外槽和形成在壳体中的环形内槽。 阻挡元件还可以被构造成通过基本上相对于凹槽切向的壳体开口而被抽出并预先安装在内槽中并处于预先配合状态。 阻挡元件可以接合外槽并固定在壳体上,以抵抗周向方向上的位移。 固定装置可以布置在壳体的外部上,用于固定阻挡元件,至少在抽出方向上发生位移。