Institutional error and classification of parallel axle reduction machines. The institution that accurately achieves the pattern of a given movement is called the ideal. The errors are individually broad and their symbols and sizes are not of a regular nature, but they are subject to statistical patterns as a whole, referred to as random errors. A parallel axle-reducing machine mechanically transmitted rodent efficiency, i.e., the adhesional efficiency, which is determined by the degree of wear in the condensed side, i.e. the relative rate of movement and the size of the area of contact between the condensed side. According to the nature of the errorVertical reducerInstitutional transmission errors can also be divided into system errors and random errors. An error in the use of a parallel axle reduction machine is an error in the use, work process of an institutional component, due to factors such as stress distortion, friction, wear and tear, and the working environment. Independence is divided into independent and non-independent errors。

If the institution designed is able to achieve the equation correctly, it could be called the ideal institution。Induction motorAn error in measurement is an error caused by, among other things, an error in measuring the size of an institution or the parameters of motion because of the imperfection of the measuring tool and the shortcomings of the measuring method. Manufacturing error is the difference in the size, shape and location of the building blocks resulting from the process of manufacturing and assembly of the parts and components. Non-independent error means that the error is not independent and the relevant coefficient is not zero, and the effect of the relevant factor is taken into account when calculating the total error. The side-penetrating parallel axle is transmitted by multi-toothed condensation, and the f-series deviators are re-integrated by the number of all steel balls in the inner and outer chute condensers, i. E. By the degree of overlap. In practice, such institutions do not exist because the size of the components cannot be replicated with complete precision, and because the ideal sports equation is too complex to be designed in an approximation to the ideal sports equation for the sake of simplicity. Depending on the source of error in the f series, an institutional transmission error can be divided into an error in manufacturing, an error in using the f series and an error in measuring. The area of exposure is small due to the contact of the condensed submersible steel ball with the inner and parallel axle decelerator slot. An ideal sports equation should have existed before it was designed. An error in the system of the f seriesreducing machine means that the size of the error and the symbol do not change in the measure, or changes according to the established pattern. independent error means that the error is independent and unrelated and that the principle of the independent effect of the error is applied when calculating the total error。GearbocInstitutional transmission error refers to a deviation between actual and ideal institutional movement. Thereducing machine of the f series is therefore highly resonant, smooth and carrying. it is known in the literature that all two steel balls are involved in the condensation of the condensation during the work cycle of the planetary disk, and that the other cycles are repeated。

The degree of overlap is an important functional parameter for the mechanical transmission capacity and work stability of the cog-axis, and the size of the overlap directly affects the power function of the mechanical movement. series fGeared motorThe contours made up of steel balls have very good retoural power, so the contours are more efficient when the end is coupled with thereducing machines of the F series. The degree of overlap of the lateral convection ball transfer is the number of steel balls in which both the inner and the outer troupe co-conveners are involved. There are other factors of error that make the activities of the institutions designed and created (i.e., the actual institutions) different from those of the parallel axle-reducing agencies. http://boserlgearreducer.com/product/list-pingxzoujiansuji-cn.html