Calculate the rotational inertia of the flywheel and non-circular gear transmission ratio of the iF choose C value and make it meet the type (7)。 C, me and Jm plug type (9)Calculate the momentum flywheel. If use general flywheel, speed coefficient of inhomogeneous = 1/180, the rotational inertia of the flywheel is 10 kgm2. Visible, variable inertia flywheel moment of inertia was only about 1/50 of the general flywheel. By type (6)Calculate the non-circular gears transmission ratio the iF, as shown below. Design of non-circular gear with numerical method by type (11)（15)Calculation of non-circular gear pitch curve radius of curvature r1 and r2, modulus m, center distance and a gear z1 and z2. Calculating the maximum pressure Angle of gear pair Max the minimum curvature radius and section curve with variance analysis can accurately determine the cause of the 2 days processing quality variation (Factors such as personnel, equipment, what factors led to the decrease of the quality of the processed)And take measures to improve the quality of parts processing in the future. Parts processing quantitative evaluation method to a certain extent, increased the complexity of the quality management, but to overcome the traditional nonconforming product quality assessment will parts only points and the shortage of nonconforming product, quality of parts processing to quantitative evaluation, has realized from the qualitative evaluation to quantitative evaluation, is advantageous to the intuitive, accurately reflect the quality of the parts processing quality and processing system and stability. At any instant will make Me -1/2 dje/dt = 0, completely eliminate the speed fluctuation of equivalent components; If a flywheel with variable equivalent moment of inertia, then install the flywheel could satisfy approximately conditions: the Me -1/2 dje/dt = 0, make the equivalent force constant speed operation. Make the flywheel to obtain the equivalent moment of inertia flywheel is one of the basic ways to be installed to keep the speed ratio for equivalent components of a fixed axis, realize flying through the non-circular gear wheel axle and equivalent axial speed ratio between the transmission. Design of non-circular gear design mainly has two steps: the non-circular gears to determine gear pitch curve and determine the basic parameters of gears. According to the requirements of the transmission ratio function calculation section curve sets the center distance of two non-circular gear to a; Main, driven wheel on the section curve radius of curvature r1, r2, respectively, a = r1 + r2 iF = r1 / r2. The section curve equation for non-circular gears has been derived for: r1 = aiF/(1+iF）（11)r2 = / (1+iF）（12)Because the section curve is closed, and two rounds of curvature radius with the same period. Section curve of the concave part can't use rack cutting tool or hob processing, can only use the appropriate diameter of gear shaper cutter system, so the design of non-circular gear, to convex necessary calibration curve in the festival. On the driving wheel 1 section curve no concave condition is: 1 + iF + (如果)2 -IFiF % 0 driven wheel 2 without the conditions of the concave section curve is: 1 + iF + iF % 02. 2 non-circular gear set determine the basic parameters of non-circular gear teeth for z, modulus for m, to make the tooth can uniform distribution on the section curve, the design parameters should be revised to calculate again. The size of the pressure Angle directly affects the size of the effect on the axial load. Too much pressure Angle may even produce self-locking, to rotate the gear pair can't. the main products: stepper motor, brushless motor, servo motor, stepping motor drive, brake motor, linear motor and other kinds of models of the stepper motor, welcome to inquire. Telephone:
