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    • 1. 发明授权
    • Wire or strip bending mechanism
    • 线或条弯曲机构
    • US4526025A
    • 1985-07-02
    • US524299
    • 1983-08-18
    • Klaus RitterGerhard RitterGerhard SchmidtJosef Ritter
    • Klaus RitterGerhard RitterGerhard SchmidtJosef Ritter
    • B21D11/12B21F1/00B21F27/14B21D9/05
    • B21F1/00B21D11/12B21F27/14
    • A bending mechanism for wire or strip material is provided, which is intended in particular for bending back towards the edge longitudinal wires the projecting end portions of crosswires of reinforcement grids for reinforced concrete construction. The mechanism comprises a substantially circular-sectioned cylindrical bending form, and a bending-tool eccentrically mounted on a rotatable tool carrier which can be rotated in either direction about the axis of the bending-form. The bending-form is shiftable along said axis between a working position, in which the end faces of said tool carrier and said bending-form are substantially touching, and a rest position in which said two end faces define between them a gap for the passage of a wire which is to be bent, in particular a crosswire of a reinforcement grid.
    • 提供了一种用于线材或带材的弯曲机构,其特别是用于向钢筋混凝土结构的钢筋网的交叉线的突出端部朝向边缘纵向线弯曲。 该机构包括基本上圆形的圆柱形弯曲形式,以及偏心地安装在可旋转的工具架上的弯曲工具,该工具架可以围绕弯曲形状的轴线在任一方向上旋转。 所述弯曲形式可沿着所述轴线在工作位置之间移动,所述工作位置在所述工具载体的端面和所述弯曲形状基本上接触的工作位置和所述两个端面之间在其间限定所述通道的间隙的静止位置 要弯曲的电线,特别是钢筋网的交叉线。
    • 9. 发明授权
    • Power transmission
    • 电力传输
    • US4580458A
    • 1986-04-08
    • US436777
    • 1982-10-26
    • Hans GottJosef RitterGerhard RitterKlaus Ritter
    • Hans GottJosef RitterGerhard RitterKlaus Ritter
    • F16H57/02F16H3/08
    • F16H3/08F16H2200/0043Y10T74/194Y10T74/19405
    • The transmission comprises two pairs of aligned coaxial shafts (3,5,12,13) capable of being moved by way of a control relative to each other in an axial direction and having associated therewith at their respective facing ends or sides in each case a clutch disk (37,38,39,40). The shafts can be coupled in various combinations by way of a clutch body (2) disposed so as to be freely shiftable and rotatable between the two pairs of clutch disks.In order to dispose the motor and the elements driven by it on the same side of the transmission, the first pair of coaxial shafts is formed from an extension (3) of the drive shaft (1) extending beyond the clutch element or body (2) and from a hollow shaft (5) concentrically surrounding this extension (3) and connected to it under a fixed transmission ratio. The second pair of coaxial shafts is formed from two shafts (12,13) disposed in front of the clutch body (2) and surrounding coaxially the drive shaft (1), where each of these shafts (12,13) is connected in each case at definite predetermined transmission ratios via a gear wheel (14,15) with a gear wheel (16,17) which in turn is coupled to or is capable of being coupled to the driven shaft (18).
    • 变速器包括两对对准的同轴轴(3,5,12,13),其能够通过相对于彼此在轴向方向上的控制而移动,并且在每个情况下在其相应的相对端或侧具有相关联的轴 离合器盘(37,38,39,40)。 轴可以通过离合器本体(2)以各种组合联接,该离合器本体(2)设置成可在两对离合器盘之间自由地移动和旋转。 为了将电动机和由其驱动的元件设置在变速器的同一侧上,第一对同轴线由延伸超过离合器元件或主体(2)的驱动轴(1)的延伸部(3)形成, )和同心地围绕该延伸部(3)的空心轴(5),并以固定的传动比与其连接。 第二对同轴轴由设置在离合器主体(2)的前面并同轴地包围驱动轴(1)的两个轴(12,13)形成,其中这些轴(12,13)中的每一个连接在每个轴 经由具有齿轮(16,17)的齿轮(14,15)以确定的预定传动比的情况下,齿轮(16,17)又联接到或能够联接到从动轴(18)。