Driver analysis of the s-series slow-down machine
Driver analysis of the s-series decelerator. Based on the limited meta-flexibility theory, and in order to simplify the search for the subject, the following assumptions were made prior to the establishment of the limited meta-model of the wheeling wheel: 1 and the gearing material is homogenic; the gearing material is continuous, average; and the wheeling wheel is set. because the number of gears that collide at the same time is more than the number of teeth that collide at the same time outside the line, it is more capable of carrying and more efficient; and becauseGear with motorThe gears can be sharpened and sharpened, and the processors of the gears in the lower gears are better and more hard on the teeth, and therefore have a longer useful life; together with the processors of the wheeling, which have been shut down, the specialized processing equipment is complete and the wheeling has been integrated into the professional generals, which have resulted in a general mass production and a reduction in the cost of producing the product, so that the brakes for the wheeling of the needles are now widely used. s-seriesreducing machines designed by robust and optimized design methods, as compared to known

S-seriesreducing machines are common components in various mechanical devices; its function is to reduce or increase the of electrical power or machinery,Servo motor reducerWith its high-, small-sized, light-weight and high-efficiency advantages, and in many cases in lieu of two or three s-series s-reducing machines, the use is becoming more widespread and more visible. The principles and structure of today ' s s series ofreducing machines are still prototypes of 1926. The advantages of s-seriesreducing machines are higher and more efficient than normal step-starter gears or snails; coaxial output, small structural size and light weight; and smoothing and low noise. in the course of the transfer, the wheeling wheel planet's decelerator, with the power of the wheel, is so tight that it presses the wheel, which is both public and self-rotated, that it studies the stress of a moment when the wheeling gear moves, and if it involves the subject of contact with the tooth, the limited meta-method is a good way of dealing with the linesetting wheel's rodent s seriesGeared motorFor the analysis of results, the pros and cons of the limited meta-model directly affect the accuracy and size of the calculation, which is relevant to the practical application of the calculation, while the limited meta-model is a difficult and time-consuming part of the limited meta-analysis。
On the motion structure of the smaller-toothed planet, the inner-side equidistance curve of the altered external line is first used as the contours of the planet and the circle is used as the central contours of the planet, as well as a model for the movement of the less-toothed planet and the retention of the z-X-F-N type of planet. And a robustly optimized design of good parameters can reduce the agility of target functions and constraints to variations in the design parameters, i.e., a reduction in the quality volatility of the S seriesreducing machines, and progressSecond-stage brakesQuality robustness. The volume of a robustly optimized design volume has been significantly reduced in relation to the size of the design of the traditional design method, with significant optimization. The size of the S series ofreducing machines obtained from the S-reducing machine robustly optimized design is the volume calculated through traditional design methods. The S-seriesreducing machine technology has so far made considerable improvements in variety, specifications, etc., but no more substantive or theoretical differences. http://boserlgearreducer.com/product/list-sxiliejiansuji-cn.html
Keywords: Bevel Gear Reducer Selection_Hardened Gear Surface Reducer Motor Selection_Helical Gear Reducer Selection_Bevel Gear Reducer Selection_Worm Gear Servo Motor and Reducer Selection
标签:  Driver analysis of the s-series slow-down machine
