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    • 1. 发明授权
    • Coupling device
    • 耦合装置
    • US07220075B2
    • 2007-05-22
    • US10853407
    • 2004-05-25
    • Paul HerchenbachKarl CoenenUwe Bürling
    • Paul HerchenbachKarl CoenenUwe Bürling
    • F16D7/02
    • F16D3/32A01B71/06F16D11/14Y10S56/06Y10T403/32041Y10T403/602
    • A coupling device used for driving or in the drives of, agricultural implements or machinery, has a first universal joint (2) with a first outer yoke (3) a first inner yoke (4), a second universal joint (5) with a second outer yoke (6) and a second inner yoke (7). A connecting member (8) connects the first inner yoke (4) and the second inner yoke (7) to one another in a rotationally fast way. A first coupling element (12) is connected to the first outer yoke (3) in a rotationally fast way. A pressure spring (16) is axially supported against and pretensioned between a supporting element (15), which forms part of the connecting member (8), and the first coupling element (12). A longitudinal adjusting member enables an axial displacement of the first coupling element (12) relative to the supporting element (15).
    • 用于驱动或在农具或机械的驱动中的联接装置具有第一万向接头(2),其具有第一外轭(3),第一内轭(4),第二万向接头(5),其具有 第二外轭铁(6)和第二内轭铁(7)。 连接构件(8)以旋转快速的方式将第一内轭(4)和第二内轭(7)彼此连接。 第一联接元件(12)以旋转的方式连接到第一外轭(3)。 压力弹簧(16)被轴向地支撑在构成连接构件(8)的一部分的支撑元件(15)和第一联接元件(12)之间并预张紧。 纵向调节构件能够使第一联接元件(12)相对于支撑元件(15)的轴向位移。
    • 2. 发明授权
    • Device for controlling the position of a mountable implement relative to an implement carrier element
    • 用于控制可安装工具相对于工具载体元件的位置的装置
    • US06971452B2
    • 2005-12-06
    • US10683324
    • 2003-10-10
    • Daniel OcsenknechtKarl CoenenMatthias Grimsel
    • Daniel OcsenknechtKarl CoenenMatthias Grimsel
    • A01B63/111A01D41/14A01F29/09A01B59/00
    • A01D41/141A01B63/1117
    • A device for controlling the position of a mountable implement relative to an implement carrier vehicle has a mountable implement (2, 3, 4) which can be moved at a predetermined height by the implement carrier 1 following the ground. A support element (11, 19, 20), is coupled to the mountable implement (2, 3, 4) and can be attached to the implement carrier vehicle (1). A coupling device (15, 17, 18), is connected to the mountable implement (2, 3, 4) and to the support element (11, 19, 20). The mountable implement (2, 3, 4) is freely adjusted to a lifting position corresponding to the height path relative to the support element (11, 19, 20). An attachment device (6, 7, 8) attaches the support element (11, 19, 20) to the implement carrier vehicle 1 having a lifting device. A sensor determines the actual lifting position of the mountable implement (2, 3, 4) relative to the support element (11, 19, 20). A control device determines the deviation of the actual lifting position from a desired lifting position. The lifting device adjusts the support element (11, 19, 20) to a height position where the mountable implement (2, 3, 4) takes up the desired lifting position.
    • 用于控制可安装工具相对于工具运载工具车辆的位置的装置具有可安装的工具(2,3,4),其可以通过工具托架1在地面之后在预定高度移动。 支撑元件(11,19,20)联接到可安装的工具(2,3,4),并且可以附接到工具运输车辆(1)。 联接装置(15,17,18)连接到可安装工具(2,3,4)和支撑元件(11,19,20)。 可安装的工具(2,3,4)自由地调节到相对于支撑元件(11,19,20)的相对于高度路径的提升位置。 附接装置(6,7,8)将支撑元件(11,19,20)连接到具有提升装置的工具运输车辆1上。 传感器确定可安装工具(2,3,4)相对于支撑元件(11,19,20)的实际提升位置。 控制装置确定实际提升位置与期望的提升位置的偏差。 提升装置将支撑元件(11,19,20)调节到可安装工具(2,3,4)占据期望的提升位置的高度位置。
    • 4. 发明授权
    • Angle drive
    • 角度驱动
    • US6012348A
    • 2000-01-11
    • US949276
    • 1997-10-13
    • Andreas RothJohannes JacobKarl Coenen
    • Andreas RothJohannes JacobKarl Coenen
    • F16H1/14
    • F16H1/14Y10T74/19665Y10T74/19688Y10T74/2186
    • An angle drive, especially for agricultural implements, has a housing with two housing portions (1, 2). The two housing portions (1, 2) abut one another at a right angle. The angle drive is provided with a first bevel gear (11) arranged in the first housing portion. A second bevel gear (27) is arranged in the second housing portion. The two bevel gears (11, 27) are each supported by rolling contact bearings (16, 17, 33). The housing interior is sealed by seals (20, 20') between the first bevel gear (11) and the first housing portion (1) and between the second bevel gear (27) and the second housing portion (2). The two housing portions (1, 2) which concentrate on merely covering the outlines of the two bevel gears (11, 27) and provide an aperture (25) in the region of abutment between the two housing portions (1, 2), in which the two sets of teeth (14, 18) engage one another, produce a compact unit with a small enclosed volume. Thus, a little space is required and the required amount of lubricating oil is also small.
    • 角度驱动器,特别是用于农具,具有壳体,其具有两个壳体部分(1,2)。 两个壳体部分(1,2)以直角彼此邻接。 该角度驱动器设置有布置在第一壳体部分中的第一锥齿轮(11)。 第二伞形齿轮(27)布置在第二壳体部分中。 两个锥齿轮(11,27)各自由滚动接触轴承(16,17,33)支撑。 壳体内部由第一锥齿轮(11)和第一壳体部分(1)之间以及第二锥齿轮(27)和第二壳体部分(2)之间的密封件(20,20')密封。 两个壳体部分(1,2)仅集中在仅覆盖两个锥齿轮(11,27)的轮廓线上并且在两个壳体部分(1,2)之间的邻接区域中提供孔(25) 两组齿(14,18)彼此接合,产生具有小封闭体积的紧凑单元。 因此,需要一点空间,所需量的润滑油也小。
    • 6. 发明授权
    • Assembly comprising a universal joint and a gear for a drive
    • 组件包括万向节和驱动装置
    • US06290605B1
    • 2001-09-18
    • US09496544
    • 2000-02-02
    • Karl CoenenManfred Eidam
    • Karl CoenenManfred Eidam
    • F16D316
    • F16D3/41F16H55/17Y10T74/19679
    • The invention relates to an assembly having a universal joint (1) with a first joint yoke (2), a second joint yoke (3), a cross member (4) and a gear (5). The first joint yoke (2) is rotatable around a first axis of rotation (6). The second joint yoke (3) is rotatable around a second axis of rotation (7). The cross member unit (4) articulatable connects the joint yokes (2, 3) to one another. Thus, angles of their axes of rotation (6, 7) are adjustable relative to one another. The gear (5) acts as a drive. The gear (5) is connected in a rotationally fast way to the first joint yoke (2). The gear (5) is arranged co-axially relative to the axis of rotation (6) around the center of the cross member unit (4). Thus, this assembly reduces the size of the angles of articulation of universal joints of a short driveshaft.
    • 本发明涉及一种具有万向节(1)的组件,其具有第一关节轭(2),第二关节轭(3),横梁(4)和齿轮(5)。 第一关节轭(2)可围绕第一旋转轴线(6)旋转。 第二关节轭(3)可围绕第二旋转轴线(7)旋转。 可铰接的横向构件单元(4)将接合轭(2,3)彼此连接。 因此,它们的旋转轴线(6,7)的角度可相对于彼此调节。 齿轮(5)用作驱动器。 齿轮(5)以旋转快速的方式连接到第一关节轭(2)。 齿轮(5)相对于围绕横向构件单元(4)的中心的旋转轴线(6)同轴布置。 因此,该组件减小了短驱动轴的万向接头的铰接角度的大小。
    • 8. 发明授权
    • Drive assembly for locking one or several operating units of an agricultural implement or of a self-propelled implement
    • 用于锁定农具或自行式工具的一个或多个操作单元的驱动组件
    • US07464526B2
    • 2008-12-16
    • US10243850
    • 2002-09-13
    • Karl Coenen
    • Karl Coenen
    • A01D75/18
    • A01F15/0841A01B61/025A01D75/20
    • A drive assembly driven by a drive unit locks one or several operating units (6) of an agricultural implement (1) or of a self-propelled implement. The operating unit (6) can be locked when switching off the drive unit or upon reaction of an overload coupling (4). The drive assembly (3) has an overload coupling (4) connected to the drive unit and driven by the drive unit in one driving direction of rotation. The overload coupling (4) is also connected to the operating unit (6). The drive assembly (3) further has a brake unit (5) connected to the overload coupling (4). The brake unit (5) is intended to be arranged in the driveline between the overload coupling (4) and the operating unit (6). Actuating mechanism (10) actuates the brake unit (5) when the operating unit is running so that the operating unit is braked and locked. Thereafter, the overload coupling is disconnected.
    • 由驱动单元驱动的驱动组件锁住农具(1)的一个或多个操作单元(6)或自推进式工具。 操作单元(6)可以在关闭驱动单元时或者在过载耦合(4)的反应时被锁定。 驱动组件(3)具有连接到驱动单元并由驱动单元在一个驱动方向驱动的过载联轴器(4)。 过载联轴器(4)也连接到操作单元(6)。 驱动组件(3)还具有连接到过载联轴器(4)的制动单元(5)。 制动单元(5)旨在布置在过载联接器(4)和操作单元(6)之间的传动系中。 当操作单元运行时,致动机构(10)致动制动单元(5),使得操作单元被制动和锁定。 此后,过载耦合被断开。
    • 9. 发明授权
    • Gearing arrangement
    • 执行安排
    • US07104037B2
    • 2006-09-12
    • US10350724
    • 2003-01-24
    • Karl CoenenAndreas Roth
    • Karl CoenenAndreas Roth
    • A01D69/00
    • A01D69/06A01B33/085A01B71/066A01D34/662
    • A gearing arrangement for driving at least one working unit, especially a cutter arrangement, has a support unit (6) with a connection mechanism (45) coupling to a tractor (1). A gearbox housing (7) is pivotably supported around a pivoting axis (11) in the support unit (6). The gearbox housing (7) can be directly or indirectly connected to the working unit (38, 41). An input shaft (28) is pivotably supported within the gearbox housing (7) around a rotational axis (27). A connection mechanism (33) on the input shaft connects with a drive shaft (10). The input shaft (28) drives at least one output shaft (31), which is rotationally supported in the gearbox housing (7). The output shaft (31) may be connected to intermediate shaft (34, 39) to drive at least one working tool of the working unit.
    • 用于驱动至少一个工作单元,特别是切割器装置的传动装置具有支撑单元(6),其具有联接到拖拉机(1)的连接机构(45)。 齿轮箱壳体(7)围绕支撑单元(6)中的枢转轴线(11)可枢转地支撑。 齿轮箱壳体(7)可以直接或间接地连接到工作单元(38,41)。 输入轴(28)围绕旋转轴线(27)枢转地支撑在齿轮箱壳体(7)内。 输入轴上的连接机构(33)与驱动轴(10)连接。 输入轴(28)驱动至少一个输出轴(31),其被旋转地支撑在变速箱壳体(7)中。 输出轴(31)可以连接到中间轴(34,39)以驱动工作单元的至少一个作业工具。
    • 10. 发明授权
    • Torque limiting coupling
    • 扭矩限制联轴器
    • US06749049B2
    • 2004-06-15
    • US10243902
    • 2002-09-13
    • Klaus KampfNorbert FartmannKarl Coenen
    • Klaus KampfNorbert FartmannKarl Coenen
    • F16D43206
    • A01B61/025F16D7/08F16D43/206F16D45/00
    • A torque limiting coupling defines a longitudinal axis (17) and has a coupling hub (8) with circumferentially distributed through holes. Transfer elements are adjustably held in the holes. A coupling sleeve (6) has first recesses corresponding to the through holes. A switching disk (9) is arranged relative to the coupling hub (8) between a torque transmitting position and a freewheeling position. The switching disk (9) is urged towards the torque transmitting position. This urges the transfer elements in the direction towards the coupling hub (8). The transfer elements engage, for torque transmission, in recesses of the coupling sleeve (6). Coupling sleeve (6), when a predetermined nominal torque is exceeded, is transferable from the torque transmitting position to the freewheeling position. Second recesses, corresponding to the through holes, receive the transfer elements in the freewheeling position. A locking pawl (14), in a retaining position, interacts at least with one switching face (11) of the switching disk (9). The switching disk (9) is transferable from the torque transmitting position into the freewheeling position. In the retaining position, the locking pawl interacts with a first retaining face (19) of the coupling hub (8) so that the torque limiting coupling (1) is retained against rotation.
    • 扭矩限制联接器限定纵向轴线(17)并且具有带周向分布的通孔的联接轮毂(8)。 转移元件可调节地保持在孔中。 联接套(6)具有对应于通孔的第一凹部。 在转矩传递位置和续流位置之间相对于联接轮毂(8)布置切换盘(9)。 切换盘(9)被推向转矩传递位置。 这促使转移元件朝着联接毂(8)的方向。 传递元件用于扭矩传递,在联接套筒(6)的凹槽中啮合。 当超过预定的额定扭矩时,联轴器套筒(6)可从转矩传递位置转移到续流位置。 对应于通孔的第二凹槽在续流位置接收传送元件。 在保持位置的锁定爪(14)至少与切换盘(9)的一个切换面(11)相互作用。 切换盘(9)可从转矩传递位置转移到续流位置。 在保持位置,锁定爪与联接轮毂(8)的第一保持面(19)相互作用,使得转矩限制联接器(1)被保持抵抗旋转。