Function introduction
1. Cylindrical gear calculation includes: design calculation, geometric calculation, accuracy calculation, cylindrical gear pair limit backlash calculation, gear strength check (including open transmission), determination of NGW type planetary head geometric parameters and dynamic parameters, cycloid gear Tooth shape coordinate calculation, sun gear tooth direction modification calculation, double rack wheel tooth shape coordinate calculation and generation of rack wheel processing program; geometric calculation, accuracy calculation, strength calculation, module calculation of double arc gear; pin tooth Calculation of geometric dimensions of transmission, pin tooth diameter, strength verification calculation; parameter calculation of two-stage (or three-stage) cylindrical gear reducer and conical-cylindrical reducer; geometric calculation of gear rack; geometry of staggered axis helical gear calculate.
2. Preliminary determination of the main dimensions of the bevel gear, calculation of the bevel gear geometry, calculation of the bevel gear force, check of the bevel gear strength and accuracy calculation.
3. Geometric calculation, strength check calculation of arc tooth and cycloid tooth hypoid gears, and calculation of the indexing circle diameter d2 of the big end of the big wheel based on the safety factor.
4. Geometric calculation and precision calculation of small module gears and worms.
5. Gear cutter design: including overall high-speed steel gear hob design, shaving front hob design with tentacles and chamfers, double tooth shape angle shaving front hob design, external spur gear shaper design, spur internal gear insert design Gear cutter design, helical gear shaper design, pre-shaving shaper tooth top convex angle design, special shaving cutter design.
6. Geometric calculation, strength calculation and accuracy calculation of various worms.
7. Calculation of radial bearing strength.
8. Accurate calculation of involute splines, check of spline extrusion strength and accurate calculation of involute spline strength.
9. Calculate the common normal length and displacement coefficient from the distance between measuring columns.
10. Calculate the column distance and displacement coefficient from the common normal length.
11. Spline calculation according to German standard DIN5480-1991.
12. The calculation of the shaft includes: the calculation of the torque shaft diameter, the calculation of the strength of the shaft and the calculation of the strength of the planet carrier column.
13. Calculation of drum blades.
14. You can check some information: working conditions and heat treatment of commonly used materials, ordinary flat key tables, two German spline standards DIN5480 and DIN5482.pdf.
15. The application includes angle format conversion, power, torque and speed conversion, parts weight calculation and electronic keyboard.
When using the software, please pay attention to some green labels. Move the mouse over them and the pointer will turn into a hand shape, indicating that pressing the left button will provide helpful information. This software can be tried for free 20 times.
Change log
1. Added Pinyin Jiajia Shuangpin input method formula under the information menu;
2. Added the option of the number of teeth (slots) spanned by the common normal line in the spline calculation;
3. The tooth profile angle can be modified in the geometric calculation of straight bevel gears and helical bevel gears;
4. Corrected the helix angle error in the strength check of cylindrical gears, and modified the calculation of the coefficient Kv;
5. In the data, the elastic retaining ring for the hole and the elastic retaining ring for the shaft are added, as well as the size of the O-ring and its groove.
it works
it works
it works