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发表于 2008-2-27 10:00:28
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Normal Plane 法平面,垂直面+ K; S. t7 O, y6 {
base backlash 背隙. `& k; A4 ]" m: S
diameter pitch 整(节)距,径节距( x( Z* ? `7 u3 b
circular pitch 周节,齿距
3 t1 \$ S# A% K8 {2 X; a# k, u# qpressure angle 压力角9 v, }3 e8 h4 [, J& ~7 w) Q
moudle 模数% W2 s/ Y& O" r
base pitch 基节,基圆齿距" I2 I0 v4 m# T4 ]* W
2 {0 L, j5 U, Z% a0 R# O! ^
Transverse Plane 横剖面,横向偏转板
, h, m) t3 h. o# Pdiameter pitch 整(节)距,径节距: x/ q* c& I4 b ]
circular pitch 周节,齿距
* w: n) @2 g" G( Y9 dmodule 模数- T G# M# A" k. a2 m9 l$ N* @: s
pressure angle 压力角
' N! W. _- \+ `finished tooth thickness 成品齿厚2 N2 t$ ?! L8 Z
base pitch 基节,基圆齿距" `. C) v! D; F+ c1 `
base helix angle 基准螺旋角5 u8 N3 [5 f+ J: W9 `! V& ~
lead 螺纹导程
9 {8 Q$ M: R9 L6 Z3 R, @Inv/fillet intersection dia 齿顶齿根相交圆直径: [6 |; j3 l6 S8 l1 W# z- i: [
roll at inv/fil dia 齿顶齿根圆处的侧倾+ c" e2 H' q8 V9 F! ]/ U
root diameter 根圆直径
) E4 Y/ q( M7 `6 x/ Z* e6 q; R7 ytotal whole depth 全齿高,齿全高
, ?0 g$ a3 B, lfillet radius ( root ) 齿根圆角半径
0 O5 H+ |* U& A i% N( c% P4 Fbase diameter 基圆直径! S/ Z$ |4 z. b" h+ h: m$ ~
tooth thickness 齿厚& h0 M* z; W3 D3 L
angular backlash 角侧隙+ e& f0 |1 V2 L5 d7 x
start of active profile 旋转轮廓的起始位置
9 [/ h7 Y3 q) U& mroll at start of active profile 旋转轮廓的起始位置处的侧倾
/ N8 b0 ?; u2 E* gnormal tooth thickness at start of active profile 旋转轮廓的起始位置处的法% `2 l& ~: n9 [' i& F* j
4 x7 V. F4 d0 c5 e向齿厚
; O$ w7 [& s* d" Y, X; ?normal space at start of active profile root clearance 旋转轮廓根部的起始点处的法向平面
{, v1 |, K U9 J) `
L6 D' d& \, h/ ?% vOperation Data 运转数据
! n) `/ _5 [) _4 ^! h q$ k1 Iseperation of pitch planes 节面的分离间隙- M- h2 J+ t: A, ?+ t" G' j
contract path to centerline 1 y6 u- h/ E0 K0 h
working depth 工作齿高
) L+ [/ k' o4 q; S. s; odesign center distance 设计中心距! A. u2 j- V B7 @
6 S" m: `& |. s# ]4 Q
Basic Rack Form Data 数据中的基本齿条. Z0 V6 Z5 B$ `
Flank Angle 下齿面角度
4 y a N! f, d% m% fRack Tip to Ref. Line 齿条顶端到基准线(参比线,分度线)- E* i( }# l2 X9 F) b
Rack thickness at Ref. Line 基准线(参比线,分度线)处的齿条厚8 R0 P$ M a+ y2 |& s( m
Tip Radius ( root ) 齿顶圆角半径# G) a% ?% N, q8 Y# F& k% m% ^
; ^6 L& d% G# C" g7 h4 k# AWorm Gear AGMA Q8 B-BR-1 AGMA Q8 B-BR-1标准中的蜗杆齿
1 G g' a L r4 a, I0 o& ^Worm Runout Tolerance 涡轮蜗杆的径向跳动公差
1 J7 i" C# X5 s* y- F$ KWorm Profile variation 蜗杆轮廓变化量
& D0 ~% |" V5 z5 P! Z1 ^( tWorm Pitch Variation 蜗杆齿距变化量
* W$ p, j0 c& Z, BWorm Total Accumulated Pitch Variation 蜗杆总的积累齿距变化量! E7 P+ h( k3 [- W* b: h" b, r
Worm Lead Variation Tolerance 蜗杆螺纹导程变化公差, U; {$ I$ J8 @5 Z! E
Worm Lead form tolerance 蜗杆螺纹导程公差表 |
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