Parallel axle slowing machine output institutional analysis. Because of the geometric shape of the ring-tone, and because of the parallel axle-regulating axle-regulating shift to remove the co-spacing of the steel-tube, the body has no-resilient transmission properties, and the ball's motioning features allow it to move more efficiently, with a tight structure, with low smooth noise, high carrying capacity, and to be used in electric facilities for sophisticated machines such as robots. If you make a hole on the planetary plate near the real end of the output, and you put a steel ball in it, and you open a half-cylinder slide on the end of the output plate, you canIt's got a self-lockerTurning into a steel ball slider, the f-series decelerator is in fact a roller. The structure of the output structure is simple and processable, but because it is a near-symmetric but not full-symmetrical transmission, there are defined errors that do not meet the higher requirements for precision and are not used in higher-precision electric establishments. The parallel axlereducing cross-college steel-like ejectives are structurally improved on the basis of the working principles of the cross, the cone-slide-like ejection bodies, with parallel crosses of cone or spherical troughs being processed on the side of the crosspad, and parallels of cone or spherical troughs being processed on the other side of the f series ofreducing machines, with parallels of cone or spherical troughs being processed vertically. when f seriesGeared motorWhen the planetary disk slows down the output, the steel ball moves up inside the slider to drive the output drive at a similar to achieve the same axle input output and functions with other equal output agencies。

A parallel axlereducing cone scircular output unit, if the rectangle on the cross-reflective slider is converted to a cone, becomes a cross-reflective scircular ejection, which is capable of bearing the axle load and achieving a sideless confluence. at the same time, because the parallel troughs are cone or spherical, the co-optrons of the cross-spherical spherical-spherical-spherical-spherical-spherical-spherical-spherical-spherical-spherical-spherical-spherical-spherical-scrollings can both achieve a sideless rim and withstand axle bearingsGearbocThe performance is randomly adapted to the requirements of eccentricity and the larger eccentric planetary movement, which is the ephemeral output body with a long-term vision for applying the precision of thereducing machine in the f series. The disadvantage is that there are multiple crosses in the structure, which are larger in the axle of the output body, relative to the steel ball rim, and that it is of a eccentric mass that is detrimental to the agency ' s dynamic equilibrium design. the parallel crosses of a cone or spherical troughs are also processed on the side of the parallel axle-reducing machine output plate (axis) and the planetary plate, where the steel ball is placed in a cone or spherical slot on the crossboard and on the side of the planetary disc, on the crossboard and on the side of the output plate, respectively, forming two pairs of cone, and where the steel ball in the two cones achieves a pure motion bullet。

The parallel axle slowdownr consists of a planetary disc, a fixed axle-rolled central disc, and a steel ball, both of which are eccentric, with a number of rings with a half-monthly dimension on each of the circles at the right end of the planetary disc, with the same number of rings on the left side of the central disc, andInduction motorthe two-cycling slots corresponding to the staggered area each place a steel ball with a diameter of 2 in each of them, which is also the driving principle of the parallel hyperbolic handler, so thatout agencies such as the steel ball troupe achieve an angular movement of the planetary and central discs. the use of steel balls as a condensed medium for fast-outing agencies, such as the steel cylindrical troughs, and the use of geometric locks to provide the sports sub-elements of the constituent bodies with special geometric structures to ensure constant contact during parallel axle-reducing machines, have resulted in the creation of new types ofout bodies such as the steel cylindrical cyte. http://boserlgearreducer.com/product/list-pingxzoujiansuji-cn.html