Abstract
Three consequences based on the basic law of the flat interlocking have been determined that allow the generation of asymmetric tooth profile on different poloidal circles. Gears with asymmetric profile are used in both mechanical engineering and measuring devices. Qualitative indicators of engagement that cannot be accomplished with a symmetric profile have been developed. A specific example of generation III has been presented. The qualitative indicators of engagement, which are invariant to the parameters of the tool, have been improved.
Highlights
The asymmetric profile of the teeth relates to the special gear transmissions in mechanical engineering for the following reasons:
- incomplete use of the accumulated stock of knowledge on the symmetrical profile of teeth that can with certain conditions be extrapolated onto the asymmetric profile
The specific requirements and conditions of operation have separated the small-module gears in a separate group for which the theoretical and experimental data obtained for large and medium module gears are not applicable
Summary
Abstract - Three consequences based on the basic law of the flat interlocking have been determined that allow the generation of asymmetric tooth profile on different poloidal circles. Gears with asymmetric profile are used in both mechanical engineering and measuring devices. Qualitative indicators of engagement that cannot be accomplished with a symmetric profile have been developed. A specific example of generation III has been presented. The qualitative indicators of engagement, which are invariant to the parameters of the tool, have been improved. Keywords - possibilities of generation, involute cylindrical gears, asymmetric profile
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