Image test of wear in tool front face 刀具前刀面磨損的圖像檢測
Proceed from the angle of enhancing the backing off grinding accuracy of the special shaped convex curved rake surface , and in accordance with the enveloping theory of differential geometry and the designing model of new configured carbide gear shaper cutters , the mathematical model for backing - off and grinding the special shaped convex curved rake surface of the new configured gear shaper cutters was derived 從提高新構(gòu)形硬質(zhì)合金插齒刀異形凸曲前刀面鏟磨精度的角度出發(fā),根據(jù)微分幾何的包絡理論及新構(gòu)形硬質(zhì)合金插齒刀設計模型,推導出鏟磨新構(gòu)形插齒刀異形凸曲前刀面的數(shù)學模型。
Secondly , based on cutting edge geometric model and machining mode of mk6335a grinder , the rake face with constant normal rake angle and flank face with constant orthogonal clearance angle models of ball - end cutters are discussed . the cutting geometry angle parameters are solved and analyzed . moreover , the tool paths models of wheel which grinding are builded and the post - processing technique for coordination transfer is studied 然后,基于刃口曲線模型、五軸數(shù)控磨床刃磨運動方式和微分幾何的直紋面概念,本文推導與建立了具有等法前角的前刀面和具有等主后角的后刀面的球頭立銑刀數(shù)學模型,并對球頭立銑刀的刀具角度如刃傾角、主前角、法后角、主偏角等參數(shù)進行了求解與分析。
前: front刀: knife; sword面: face第一前刀面: major first face; majorfirstface前刀面的位置: lage der spanflche orientation of face前刀面上的合力: resultant tool force on the tool face前刀: maeto; sakito刀面: front; side; tool face前刀架: front rest刀面角: rake后刀面: freiflä che前刀式步態(tài): scissors gait剃前刀具: protuberance cutter齒輪剃前刀具: gear preshaving cutter; gear protuberance cutter刀面徑向角: radial rake刀面式支承: blade bearer第一后刀面: major first flank; majorfirstflank副后刀面: minor flank后刀面棱寬: relieved land; relievedland軸向刀面角: helical rake angle主后刀面: major flank刀面的徑向角: angle radial rake第一副后刀面: minor first flank負旁鐸刀面角: negative side rake angle后刀面的位置: lage der freiflche orientation orientation of flank