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    • 3. 发明授权
    • Track roller assembly for the crawler chain of a crawler chassis
    • 用于履带式履带链的履带轮组件
    • US07594705B2
    • 2009-09-29
    • US11629549
    • 2005-06-14
    • Werner RutzIngo NoeskeAlfons Weckbecker
    • Werner RutzIngo NoeskeAlfons Weckbecker
    • B60G5/00B62D55/14
    • B62D55/14B62D55/305
    • The invention refers to a truck roller assembly (12) for a crawler chain comprising at least two spaced track roller portions (5, 5′) with running surfaces for running on the crawler chain (13), and a star-shaped element (6) for guiding the track roller assembly (12) on the crawler chain (13). The star-shaped element (6) is mounted freely rotatably between the at least two track roller portions (5, 5′), and it is provided with a plurality of teeth (6′, 6″, 6′″, 6″″, 6′″″). The teeth (6′, 6″, 6′″, 6″″, 6′″″) co-operate with the crawler chain (13) in such a way that on rolling over chain links (3) of the crawler chain (13) they engage into corresponding gaps (8) in the crawler chain (13). The teeth (6′, 6″, 6′″, 6″″, 6′″″) extend beyond the running surfaces of the at least two track roller portions (5, 5′) and between projections (7, 7′) of the crawler chain (13) such that it is ensured that the crawler chain (13) Is not displaced laterally relative to the track roller portions (5, 5′) and does not roll up on to the projections (7) of the crawler chain (13). In an alternative embodiment the star-shaped element is replaced by an idling roller (11).
    • 本发明涉及一种用于履带链的卡车滚子组件(12),其包括至少两个间隔开的滚轮部分(5,5'),其具有用于在履带链(13)上运行的行进表面,以及星形元件(6) ),用于将履带轮组件(12)引导到履带链(13)上。 星形元件(6)可自由旋转地安装在至少两个滚轮部分(5,5')之间,并且设有多个齿(6',6“,6”',6' '''',6''''')。 齿(6',6“,6”',6“',6”',6“',6”'6“,6”'6“ ),它们接合到履带链(13)中的对应的间隙(8)中。 齿(6',6“,6”,6“,6”,6“,6”,6“,6”',6“'6”)延伸超出至少两个履带辊部分 (13)的所述突起(7,7'),使得确保所述履带链(13)相对于所述履带辊部分(5,5')不横向移位,并且不会卷起到所述突起 (13)的(7)。 在替代实施例中,星形元件由空转辊(11)代替。
    • 4. 发明授权
    • Hoisting-cable drive comprising a single bottom-hook block and two winches
    • 起重电缆驱动器包括单个底钩块和两个绞车
    • US07416169B2
    • 2008-08-26
    • US11659402
    • 2005-07-27
    • Ingo NoeskeAlfons WeckbeckerAxel Beckmann
    • Ingo NoeskeAlfons WeckbeckerAxel Beckmann
    • B66D1/50
    • B66D1/54B66C13/18B66D1/26
    • The invention proposes a hoisting-cable drive for a mobile crane, which hoisting-cable drive uses a single bottom-hook block (15) instead of a known double bottom-hook block. However, to prevent this single bottom-hook block (15) from tilting in the two cable lines (9, 10), for example due to possible variations in the elongation of the two cable drives, the hoisting-cable drive according to the invention comprises a kinematic force equilibrium device (17, 21), which can equalize such differences. To this effect, another embodiment of the hoisting-cable drive according to the invention uses a hoisting-cable load pickup (21) within each cable line arrangement so that the rotary speed of the winches (7, 8) can be varied, taking into account any load differences in the individual hoisting-cable lines (9, 10). Furthermore, the invention also proposes that the rotary speed of the winches (7, 8) be adjusted, taking into account the geometric winch states and crane states.
    • 本发明提出了一种用于移动式起重机的起重电缆驱动装置,其提升电缆驱动器使用单个底钩块(15)代替已知的双重底钩块。 然而,为了防止这个单个底钩块(15)在两个电缆线(9,10)中倾斜,例如由于两个电缆驱动器的伸长率的可能变化,根据本发明的起重电缆驱动 包括能够均衡这种差异的运动力平衡装置(17,21)。 为此,根据本发明的提升电缆驱动器的另一个实施例使用每个电缆线布置内的提升电缆负载拾取器(21),使得绞盘(7,8)的转速可以变化, 考虑到单个提升电缆线路中的任何负载差异(9,10)。 此外,本发明还提出了考虑到几何绞车状态和起重机状态来调节绞车(7,8)的转速。
    • 5. 发明申请
    • Track Roller Assembly for the Crawler Chain of a Crawler Chassis
    • 履带式履带式履带式履带式履带车组件
    • US20080185911A1
    • 2008-08-07
    • US11629549
    • 2005-06-14
    • Werner RutzIngo NoeskeAlfons Weckbecker
    • Werner RutzIngo NoeskeAlfons Weckbecker
    • B62D55/14B62D55/20
    • B62D55/14B62D55/305
    • The invention refers to a truck roller assembly (12) for a crawler chain comprising at least two spaced track roller portions (5, 5′) with running surfaces for running on the crawler chain (13), and a star-shaped element (6) for guiding the track roller assembly (12) on the crawler chain (13). The star-shaped element (6) is mounted freely rotatably between the at least two track roller portions (5, 5′), and it is provided with a plurality of teeth (6′, 6″, 6″′, 6″″, 6″″′). The teeth (6′, 6″, 6″′, 6″″, 6″″′) co-operate with the crawler chain (13) in such a way that on rolling over chain links (3) of the crawler chain (13) they engage into corresponding gaps (8) in the crawler chain (13). The teeth (6′, 6″, 6″′, 6″″, 6″″′) extend beyond the running surfaces of the at least two track roller portions (5, 5′) and between projections (7, 7′) of the crawler chain (13) such that it is ensured that the crawler chain (13) Is not displaced laterally relative to the track roller portions (5, 5′) and does not roll up on to the projections (7) of the crawler chain (13). In an alternative embodiment the star-shaped element is replaced by an idling roller (11).
    • 本发明涉及一种用于履带链的卡车滚子组件(12),其包括至少两个间隔开的滚轮部分(5,5'),其具有用于在履带链(13)上行进的行进表面,以及星形元件(6) ),用于将履带轮组件(12)引导到履带链(13)上。 星形元件(6)可自由旋转地安装在至少两个滚轮部分(5,5')之间,并且设有多个齿(6',6“,6”',6' '''',6''''')。 齿(6',6“,6”',6“',6”',6“',6”'6“,6”'6“ ),它们接合到履带链(13)中的对应的间隙(8)中。 齿(6',6“,6”,6“,6”,6“,6”,6“,6”',6“'6”)延伸超出至少两个履带辊部分 (13)的所述突起(7,7'),使得确保所述履带链(13)相对于所述履带辊部分(5,5')不横向移位,并且不会卷起到所述突起 (13)的(7)。 在替代实施例中,星形元件由空转辊(11)代替。
    • 6. 发明申请
    • Hoisting-Cable Drive Comprising a Single Bottom-Hook Block and Two Winches
    • 起重电缆驱动器包括单个底钩块和两个绞车
    • US20070290182A1
    • 2007-12-20
    • US11659402
    • 2005-07-27
    • Ingo NoeskeAlfons WeckbeckerAxel Beckmann
    • Ingo NoeskeAlfons WeckbeckerAxel Beckmann
    • B66D3/20
    • B66D1/54B66C13/18B66D1/26
    • The invention proposes a hoisting-cable drive for a mobile crane, which hoisting-cable drive uses a single bottom-hook block (15) instead of a known double bottom-hook block. However, to prevent this single bottom-hook block (15) from tilting in the two cable lines (9, 10), for example due to possible variations in the elongation of the two cable drives, the hoisting-cable drive according to the invention comprises a kinematic force equilibrium device (17, 21), which can equalize such differences. To this effect, another embodiment of the hoisting-cable drive according to the invention uses a hoisting-cable load pickup (21) within each cable line arrangement so that the rotary speed of the winches (7, 8) can be varied, taking into account any load differences in the individual hoisting-cable lines (9, 10). Furthermore, the invention also proposes that the rotary speed of the winches (7, 8) be adjusted, taking into account the geometric winch states and crane states.
    • 本发明提出了一种用于移动式起重机的起重电缆驱动装置,其提升电缆驱动器使用单个底钩块(15)代替已知的双重底钩块。 然而,为了防止这个单个底钩块(15)在两个电缆线(9,10)中倾斜,例如由于两个电缆驱动器的伸长率的可能变化,根据本发明的提升电缆驱动器 包括能够均衡这种差异的运动力平衡装置(17,21)。 为此,根据本发明的提升电缆驱动器的另一个实施例使用每个电缆线布置内的提升电缆负载拾取器(21),使得绞盘(7,8)的转速可以变化, 考虑到单个提升电缆线路中的任何负载差异(9,10)。 此外,本发明还提出了考虑到几何绞车状态和起重机状态来调节绞车(7,8)的转速。
    • 7. 发明授权
    • Large mobile crane
    • 大型移动式起重机
    • US08727145B2
    • 2014-05-20
    • US12085128
    • 2006-10-12
    • Rüdiger ZollondzAlfons WeckbeckerFritz-Botho KösterGünter KarpHans-Peter Franzen
    • Rüdiger ZollondzAlfons WeckbeckerFritz-Botho KösterGünter KarpHans-Peter Franzen
    • B66C23/26
    • B66C23/62B62D21/186B62D55/065B66C23/36
    • The object of the invention is to reduce the amount of investment required for the usage-optimized configuration and installation of large cranes. This object is achieved by a large mobile crane having an undercarriage, a drive unit (16), a revolving superstructure (18), one or more control stations (17), at least two jibs (3), at least one counter-jib (4), at least two lifting arrangements (22) and counterweights arranged separately or on the basic structure, characterized in that the load-bearing parts of the crane (3, 4, 20) and the mobility-specific parts (5, 6, 7) are of modular design and can be supplemented by exchangeable and/or supplementary parts, wherein the structural units (modules) used essentially correspond, or are similar, to existing standard-crane components, and an increase in load-bearing capacity can be achieved by arranging a number of these in the large crane.
    • 本发明的目的是减少大型起重机的使用优化配置和安装所需的投资量。 该目的通过具有起落架,驱动单元(16),旋转上部结构(18),一个或多个控制站(17),至少两个臂架(3),至少一个反悬臂 (4),至少两个提升装置(22)和配重单独布置或在基本结构上布置,其特征在于,起重机(3,4,20)的承重部件和移动特性部件(5,6) ,7)具有模块化设计,并且可以由可更换和/或辅助部件补充,其中所使用的结构单元(模块)基本上与现有标准起重机部件相对应或类似,并且承载能力的增加可以 通过在大型起重机中安装其中的一些来实现。
    • 10. 发明授权
    • Crawler crane and method for fine-tuning a basic operating position of such a crawler crane
    • 履带式起重机和微型起重机基本操作位置的方法
    • US08573420B2
    • 2013-11-05
    • US12922262
    • 2009-03-10
    • Ingo NöskeAlfons WeckbeckerWerner Rutz
    • Ingo NöskeAlfons WeckbeckerWerner Rutz
    • B66C23/78
    • B66C23/62B62D55/084B62D55/116B66C13/18B66C23/36
    • The invention relates to a crawler crane comprising two crawler supports (9) with rotating crawlers (8). Both crawler supports (9) are connected by a transversal bridge (10). A superstructure (3) of the crawler crane comprises at least one crane jib that can pivot about a vertical axis and is connected to the transversal bridge (10). A pivotable articulation connects the transversal bridge (19) in a pivotable manner to the crane superstructure (3). At least one of the crawler supports (9) is connected to the transversal bridge (10) by means of a double link (11). A lower link (12) of the double link (11) is articulated on the crawler support (9) by means of a crawler support lower pivotable axis (13) and on the transversal bridge (10) by means of a transversal bridge lower pivotable axis (14). An upper link (15) of the double link (11) is articulated on the crawler support (9) by means of a crawler support upper pivotable axis (16) and on the transversal bridge (10) by means of a transversal bridge upper pivotable axis (17). A drive (20), in particular motorised drive, is used to pivot at least one of the two links (12, 15) about the pivotable axis (13) associated therewith, the result being a level-controllable crawler crane, in which the expenditure for adjusting a base-work position is reduced.
    • 本发明涉及一种履带式起重机,其包括具有旋转履带(8)的两个履带支架(9)。 两个履带支架(9)均由横向桥(10)连接起来。 履带式起重机的上部结构(3)包括至少一个可绕垂直轴线枢转并连接到横向桥(10)的起重机吊臂。 可枢转的铰接将横向桥(19)以可枢转的方式连接到起重机上部结构(3)。 履带支撑件(9)中的至少一个通过双连杆(11)连接到横向桥(10)。 双连杆(11)的下连杆(12)通过履带支撑下枢转轴(13)和横向桥(10)上的履带支架(9)铰接在一起,横梁上可枢转 轴(14)。 双连杆(11)的上连杆(15)通过履带支撑上枢转轴(16)和横向桥(10)上的履带支架(9)铰接在一起,横向桥上部可枢转 轴(17)。 驱动器(20),特别是电动驱动器,用于使两个连杆(12,15)中的至少一个围绕与其相关联的可枢转轴线(13)枢转,其结果是水平可控的履带起重机,其中 用于调整基座位置的支出减少了。