1) planar worm gear
平面齿蜗轮
1.
To resolve the problem of low efficiency of single disc-milling-cutter for planar worm gear manufacturing, a novel approach that a Single-tooth Flying Cutter Manufacturing (SFCM) was used to cut planar tooth worm gear index-continuously was developed.
针对单角度盘铣刀加工平面蜗轮效率低等缺点,提出了一种用单齿飞刀连续分度加工平面齿蜗轮的方法。
3) variable tooth thickness plane worm gear transmission
变齿厚平面蜗轮传动
1.
The full name of variable tooth thickness plane worm gear transmission is Backlash adjustable plane worm gear with variable tooth thickness enveloping worm transmission,which is a new kind of accurate power transmission that is intervenient between traditional motion transmission and power transmission.
变齿厚平面蜗轮传动的全称为“侧隙可调式变齿厚平面蜗轮包络环面蜗杆传动”,它是介于传统“运动传动”和“动力传动”之间的一种新型精密动力传动。
4) plane re-enveloped worm gear
平面蜗轮付
5) axial plane of wormwheel
蜗轮轴平面
6) transverse plane of wormwheel
蜗轮端平面
补充资料：平面—单齿极对的磁场特性
平面—单齿极对的磁场特性
magnetic field characteristics of pole pair to plane-single tooth
P一ngmlon一daneh一j一du一de elehang texlng平面一单齿极对的磁场特性(magnetie fieldeharaeteristies of pole Pair to plane一singletooth)由平面极和单个齿极组成的磁极对的磁场分布规律。齿极截面为双曲线形(见图)，齿极尖端呈圆弧形，齿极的渐近线在平面极上有交点。采用这样的齿形，齿极尖端不易磁饱和。这种磁极对常用于干法盘式磁选机。 平面一单齿极对的结构参数主要是齿极尖角、齿尖圆弧半径及两极间的极距。齿尖圆弧半径r与极距Z有关，一般:、0.51。齿尖做成圆弧状以增大吸附面积，同时防止齿尖磁饱和及磨损后增大极距。沿齿极对称面上的磁感应强度为军 平面一单齿磁极对 。_;，_二_卫「，，些卫、2___:卫:。。 B，一B“s，ntL‘一(厂)‘cos‘tJ’式中B。为平面极表面上的磁感应强度，T;月为齿极尖角，(o);l为极距，cm;y为离齿极的距离，cm。磁场梯度(grad召y)为 华一:。，(，一，)[，2一(，一，)ZcoSZ菩〕15 dy一沪、“了’L“‘J’一2 ·‘·普一普等式右侧的负号(可省略)。表示磁场梯度的方向与y轴相反。磁场力为 (。;rad。)y一。:，“(，一，)SinZ冬。。52粤 、~5!。协~/y~u，、。7’一‘2一2 〔22一(z一，)2一普:一 (子卜仲元)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条