首页> 外国专利> Pilgrim-step transmission/pilgrim step level, used in wire conveying device of welding machine/welding torch, comprises rotating body rotatable around its own axis, where body is eccentrically mounted in carrier and connected with output

Pilgrim-step transmission/pilgrim step level, used in wire conveying device of welding machine/welding torch, comprises rotating body rotatable around its own axis, where body is eccentrically mounted in carrier and connected with output

机译：朝圣者传递/朝圣者水平仪，用于焊接机/焊炬的焊丝输送装置，包括可绕其自身轴线旋转的旋转体，其中体偏心地安装在支架中并与输出连接

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The pilgrim-step transmission/pilgrim step level comprises a rotating body (40), rotatable around its own axis, with a spring retainer eccentrically arranged by the axis, where: the rotating body is eccentrically mounted in a carrier (39) and connected with an output (43) in operation to rotate a first axis of the carrier and the spring retainer; a first rotational motion of the rotating body is superimposed around the axis of a second rotational motion of the rotating body to the own axis; and the pilgrim-step transmission/pilgrim step level is connected with the output. The pilgrim-step transmission/pilgrim step level comprises a rotating body (40) that is rotatable around its own axis and comprises a spring retainer eccentrically arranged by the axis, where: the rotating body is eccentrically mounted in a carrier (39) and connected with an output (43) to rotate a first axis of the carrier and the spring retainer during operation; a first rotational motion of the rotating body is superimposed around the axis of a second rotational motion of the rotating body to the own axis; and the pilgrim-step transmission/pilgrim step level is connected with the output. Other rotating body is arranged around the carrier and the axis, and is arranged to each other on the same radius and with equaled angular intervals, where a spacing between the first and second axles and/or the angular interval between rotating bodies is changed. The pilgrim-step transmission/pilgrim step level further comprises: a bearing point, which is rotated about the first axis during operation and is connected with the output, where the first rotational motion of the respective bearing point is spaced apart from the second rotational motion of the first axis; and a drive-side and/or output-side planetary gears. The bearing point is formed as spring retainer. The bearing point/spring retainer is eccentrically arranged on the rotating body rotatably mounted to a second rotational axis, and the second rotational axis is eccentrically arranged on the carrier rotatably mounted to a first rotational axis. The first rotational motion of the bearing point/spring retainer is spaced apart from the second rotational motion to one of the first axles. Two bearing points/spring retainers: are arranged torsionally symmetric to the first rotational axis; and are rotated only about the first rotational axis during the operation. The output is rotatably mounted around the first rotational axis. The spacing between the second axis to the first axis or one of the rotating bodies is adjusted in its eccentricity to the carrier. The rotating body is displaceably mounted in a guide/an oblong hole of the carrier. The pilgrim-step transmission comprises a sun wheel and/or a hollow wheel, and planetary wheels, which are coaxially and rotatably connected to each other. A circular pitch of a rolling curve lies in the first axis and a central axis. The gears different from a round shape are designed to be symmetrical or rotationally symmetrical. Two non-circular, symmetrical or rotationally symmetrical gears are arranged around the first axis and/or central axis. The spring retainer is mounted in a separate slot of the output, where a longitudinal extent of the slot is radially, partially aligned. The common continuous slot is provided for the spring retainer. The slot is adjusted in its layer. The bearing point/spring retainer is designed as web cooperating with a shaft or as shaft cooperating with the web. The first and second rotational motions are produced by two separated motors (26). The rotating body is engaged with the sun wheel and/or the hollow wheel of the planetary gears or a transmission after planetary gears. The sun wheel, the hollow wheel and/or the carrier is connected or coupled with the output. A transmission ratio between the motor and the carrier is smaller than the transmission ratio between the motor and the sun wheel engaged with the rotating body or between the motor and the hollow wheel engaged with the rotating body. The carrier is driven by a first motor, and the sun wheel or the hollow wheel engaged with the rotating body is driven by a second motor. The gears comprise cylindrical contact surfaces/rolling surfaces or circular pitch circles. An independent claim is included for a wire conveying device for a welding machine/welding torch.

机译：朝圣者传动/朝圣者台阶水平仪包括可绕其自身轴线旋转的旋转体（40），该旋转体（40）偏心地布置在该轴线上，其中：旋转体偏心地安装在托架（39）中并与之连接。输出（43）在操作中以旋转载体和弹簧保持器的第一轴线;旋转体的第一旋转运动围绕旋转体的第二旋转运动的轴线与自身轴线重叠。并且朝圣步骤传输/朝圣步骤级别与输出连接。朝圣者变速器/朝圣者者水平仪包括可绕其自身的轴线旋转的旋转体（40），并包括由该轴线偏心布置的弹簧保持器，其中：旋转体偏心地安装在托架（39）中并连接具有输出（43），以在操作期间旋转载体和弹簧保持器的第一轴线;旋转体的第一旋转运动围绕旋转体的第二旋转运动的轴线与自身轴线重叠。并且朝圣步骤传输/朝圣步骤级别与输出连接。另一个旋转体绕着支架和轴线布置，并且以相同的半径和相等的角度间隔彼此布置，其中第一和第二轴之间的间隔和/或旋转体之间的角度间隔被改变。朝圣变速器/朝圣台阶级还包括：轴承点，该轴承点在操作期间绕第一轴线旋转并且与输出连接，其中各个轴承点的第一旋转运动与第二旋转运动间隔开。第一轴的;以及驱动侧和/或输出侧行星齿轮。支承点形成为弹簧保持器。支承点/弹簧保持器偏心地布置在可旋转地安装至第二旋转轴的旋转体上，而第二旋转轴偏心地布置在可旋转地安装至第一旋转轴的托架上。支承点/弹簧保持器的第一旋转运动与第二旋转运动与第一轴之一间隔开。两个支承点/弹簧保持器：相对于第一旋转轴线扭转对称地布置;并且在操作期间仅绕第一旋转轴旋转。输出围绕第一旋转轴线可旋转地安装。第二轴线与第一轴线或一个旋转体之间的间距在其相对于支架的偏心度上进行调节。旋转体可移位地安装在托架的引导件/长形孔中。朝圣传动装置包括太阳轮和/或空心轮以及行星轮，其彼此同轴且可旋转地连接。滚动曲线的圆形节距位于第一轴线和中心轴线上。与圆形不同的齿轮被设计成对称的或旋转对称的。围绕第一轴线和/或中心轴线布置两个非圆形，对称或旋转对称的齿轮。弹簧保持器安装在输出的单独的狭槽中，该狭槽的纵向范围在径向上部分地对准。公共连续槽用于弹簧固定器。插槽在其层中进行了调整。支承点/弹簧保持器设计为与轴配合的腹板或与腹板配合的轴。第一和第二旋转运动由两个分开的电动机（26）产生。旋转体与行星齿轮的太阳轮和/或空心轮或行星齿轮之后的变速器接合。太阳轮，空心轮和/或支架与输出连接或耦合。电动机与支架之间的传动比小于电动机与与旋转体接合的太阳轮之间或电动机与与旋转体接合的空心轮之间的传动比。托架由第一电动机驱动，与旋转体接合的太阳轮或空心轮由第二电动机驱动。齿轮包括圆柱接触表面/滚动表面或圆形节圆。包括用于焊接机/焊炬的焊丝输送装置的独立权利要求。

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公开/公告号DE102012223493A1

专利类型
公开/公告日2013-07-25

原文格式PDF
申请/专利权人 FRONIUS INTERNATIONAL GMBH;
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申请/专利号DE201210223493
发明设计人 SPIESBERGER ALFRED;
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申请日2012-12-18
分类号F16H27/04;B23K9/133;
国家 DE
入库时间 2022-08-21 16:21:38

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