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    • 1. 发明授权
    • Chain link for an energy guiding chain
    • 能源引导链的链接
    • US08453424B2
    • 2013-06-04
    • US12737970
    • 2009-09-09
    • Helmut JostmeierAndreas KaufmannRainer Ruehle
    • Helmut JostmeierAndreas KaufmannRainer Ruehle
    • F16G13/16
    • F16G13/16H02G11/006
    • The invention relates to a chain link (10) for an energy guiding chain, comprising two lateral links (12, 14) arranged at a distance from each other and parallel to each other, and at least one frame section (16) connecting the lateral links (12, 14) together. Each lateral link (12, 14) carries an abutment device (20) in a first end region (18), that can be connected to the lateral link (12, 14) in a detachable and fixed manner, and comprises a disk (22) and at least one abutment element projecting from a first surface (24) of the disk (22). Each lateral link (12, 14) comprises, in its second end region (28), a number of recesses (32), corresponding to the number of abutment elements (26), for receiving the abutment elements (26) of a chain link in the longitudinal direction of the chain and for defining the pivoting angle between the successive chain links. According to the invention, each lateral link (12, 14) comprises a plurality of wall holes (40) in its first end region (18), and each abutment device (20) comprises a number of fixing elements, corresponding to the number of wall holes (40), protruding from a second surface (34) of the disk, which faces away from the first surface (24), the fixing elements being complementary to the shape of the wall holes (40), and at least partially penetrating the wall holes (40).
    • 本发明涉及一种用于能量引导链的链节(10),其包括彼此间隔一定距离并彼此平行布置的两个横向连杆(12,14),以及至少一个框架部分(16),其连接横向 链接(12,14)在一起。 每个横向连杆(12,14)在第一端部区域(18)中承载邻接装置(20),其可以可拆卸和固定的方式连接到横向连杆(12,14),并且包括盘(22 )和从盘(22)的第一表面(24)突出的至少一个邻接元件。 每个侧向连杆(12,14)在其第二端部区域(28)中包括多个对应于邻接元件(26)的数量的凹槽(32),用于接收链节的邻接元件(26) 在链条的纵向上并且用于限定连续链节之间的枢转角度。 根据本发明,每个侧向连杆(12,14)在其第一端部区域(18)中包括多个壁孔(40),并且每个邻接装置(20)包括多个固定元件,对应于 从所述盘的第二表面(34)突出的从所述第一表面(24)远离的壁孔(40),所述固定元件与所述壁孔(40)的形状互补,并且至少部分地穿透 壁孔(40)。
    • 2. 发明申请
    • CHAIN LINK FOR AN ENERGY GUIDING CHAIN
    • 能源指导链的链接
    • US20110154800A1
    • 2011-06-30
    • US12737970
    • 2009-09-09
    • Helmut JostmeierAndreas KaufmannRainer Ruehle
    • Helmut JostmeierAndreas KaufmannRainer Ruehle
    • F16G13/16F16G15/12
    • F16G13/16H02G11/006
    • The invention relates to a chain link (10) for an energy guiding chain, comprising two lateral links (12, 14) arranged at a distance from each other and parallel to each other, and at least one frame section (16) connecting the lateral links (12, 14) together. Each lateral link (12, 14) carries an abutment device (20) in a first end region (18), that can be connected to the lateral link (12, 14) in a detachable and fixed manner, and comprises a disk (22) and at least one abutment element projecting from a first surface (24) of the disk (22). Each lateral link (12, 14) comprises, in its second end region (28), a number of recesses (32), corresponding to the number of abutment elements (26), for receiving the abutment elements (26) of a chain link in the longitudinal direction of the chain and for defining the pivoting angle between the successive chain links. According to the invention, each lateral link (12, 14) comprises a plurality of wall holes (40) in its first end region (18), and each abutment device (20) comprises a number of fixing elements, corresponding to the number of wall holes (40), protruding from a second surface (34) of the disk, which faces away from the first surface (24), the fixing elements being complementary to the shape of the wall holes (40), and at least partially penetrating the wall holes (40).
    • 本发明涉及一种用于能量引导链的链节(10),其包括彼此间隔一定距离并彼此平行布置的两个横向连杆(12,14),以及至少一个框架部分(16),其连接横向 链接(12,14)在一起。 每个横向连杆(12,14)在第一端部区域(18)中承载邻接装置(20),其可以可拆卸和固定的方式连接到横向连杆(12,14),并且包括盘(22 )和从盘(22)的第一表面(24)突出的至少一个邻接元件。 每个侧向连杆(12,14)在其第二端部区域(28)中包括多个对应于邻接元件(26)的数量的凹槽(32),用于接收链节的邻接元件(26) 在链条的纵向上并且用于限定连续链节之间的枢转角度。 根据本发明,每个侧向连杆(12,14)在其第一端部区域(18)中包括多个壁孔(40),并且每个邻接装置(20)包括多个固定元件,对应于 从所述盘的第二表面(34)突出的从所述第一表面(24)远离的壁孔(40),所述固定元件与所述壁孔(40)的形状互补,并且至少部分地穿透 壁孔(40)。
    • 3. 发明申请
    • LINE ROUTING ARRANGEMENT
    • 线路布置布置
    • US20090277151A1
    • 2009-11-12
    • US12311506
    • 2007-10-23
    • Helmut JostmeierRainer RuehleClemens Moess
    • Helmut JostmeierRainer RuehleClemens Moess
    • F16G13/16
    • H02G11/006F16G13/16H02G3/0475Y10S59/90
    • Line routing arrangement (10) having a mount (12) for holding at least one line which is designed to be flexible or articulated and can be folded such that a first section (24) can be placed over a second section (26), which is connected to it by a curved section (28), with at least one row (32) of magnets (34) which extends with its longitudinal direction running from a first mount end (14) to a second mount end (16) being arranged on a side (30) of the mount (12) which forms the lower face of the first section (24) and the upper face of the second section (26), such that, when the mount (12) is folded, magnet poles on the first section (24) are opposite magnet poles with the same name on the second section (26). The invention provides for the magnets (34) to each extend in the longitudinal direction from a first end (46) to a second end (48), and for the second end (48) of each magnet (34), when viewed in the longitudinal direction, being at least as far from the first mount end (14) as the first end (46) in the next magnet (34) in the row (32) and being arranged laterally offset, transversely with respect to the longitudinal direction, from the first end (46) of the next magnet (34) in the row (32).
    • 线路布置装置(10)具有用于保持设计成柔性或铰接的至少一条线的安装件(12),并且可以折叠使得第一部分(24)可以放置在第二部分(26)上, 通过弯曲部分(28)与其连接,至少一排(32)的磁体(34)从其第一安装端(14)延伸到第二安装端(16)的纵向方向延伸,所述排(32)被布置成 在安装件(12)的形成第一部分(24)的下表面和第二部分(26)的上表面的一侧(30)上,使得当安装件(12)折叠时,磁极 第一部分(24)在第二部分(26)上具有与相同名称的相反的磁极。 本发明提供了一种磁体(34),其从纵向方向从第一端(46)延伸到第二端(48),并且对于每个磁体(34)的第二端(48),当在 至少与排列(32)中的下一个磁体(34)中的第一端(46)一样远离第一安装端(14)并且横向相对于纵向方向横向偏移地布置, 从行(32)中的下一个磁体(34)的第一端(46)开始。
    • 4. 发明授权
    • Line routing arrangement
    • 线路布置
    • US07735309B2
    • 2010-06-15
    • US12311506
    • 2007-10-23
    • Helmut JostmeierRainer RuehleClemens Moess
    • Helmut JostmeierRainer RuehleClemens Moess
    • F16G13/16H02G3/04H02G11/00
    • H02G11/006F16G13/16H02G3/0475Y10S59/90
    • Line routing arrangement (10) having a mount (12) for holding at least one line which is designed to be flexible or articulated and can be folded such that a first section (24) can be placed over a second section (26), which is connected to it by a curved section (28), with at least one row (32) of magnets (34) which extends with its longitudinal direction running from a first mount end (14) to a second mount end (16) being arranged on a side (30) of the mount (12) which forms the lower face of the first section (24) and the upper face of the second section (26), such that, when the mount (12) is folded, magnet poles on the first section (24) are opposite magnet poles with the same name on the second section (26). The invention provides for the magnets (34) to each extend in the longitudinal direction from a first end (46) to a second end (48), and for the second end (48) of each magnet (34), when viewed in the longitudinal direction, being at least as far from the first mount end (14) as the first end (46) in the next magnet (34) in the row (32) and being arranged laterally offset, transversely with respect to the longitudinal direction, from the first end (46) of the next magnet (34) in the row (32).
    • 线路布置装置(10)具有用于保持设计成柔性或铰接的至少一条线的安装件(12),并且可以折叠使得第一部分(24)可以放置在第二部分(26)上, 通过弯曲部分(28)与其连接,至少一排(32)的磁体(34)从其第一安装端(14)延伸到第二安装端(16)的纵向方向延伸,所述排(32)被布置成 在安装件(12)的形成第一部分(24)的下表面和第二部分(26)的上表面的一侧(30)上,使得当安装件(12)折叠时,磁极 第一部分(24)在第二部分(26)上具有与相同名称的相反的磁极。 本发明提供了一种磁体(34),其从纵向方向从第一端(46)延伸到第二端(48),并且对于每个磁体(34)的第二端(48),当在 至少与排列(32)中的下一个磁体(34)中的第一端(46)一样远离第一安装端(14)并且横向相对于纵向方向横向偏移地布置, 从行(32)中的下一个磁体(34)的第一端(46)开始。