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发表于 2008-2-27 10:00:28
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来自: 中国上海
Normal Plane 法平面,垂直面
) x e& v: U% p0 Ubase backlash 背隙
6 W# X5 }) ~0 {( r8 }diameter pitch 整(节)距,径节距
5 i6 u' X0 o) I- bcircular pitch 周节,齿距9 |: }1 l/ F8 y& z
pressure angle 压力角
7 W; w0 V u9 C( @2 Lmoudle 模数4 b P% @( U/ }
base pitch 基节,基圆齿距
: R- v; A( z5 e, u# |5 C# C( l
2 \ Q/ R! R A1 p% h8 D& sTransverse Plane 横剖面,横向偏转板
: y0 r/ @6 C, A' J' \: @8 ~diameter pitch 整(节)距,径节距
/ K; _, @6 D! {, scircular pitch 周节,齿距" n8 Y+ \. c8 G; S! [: \! }9 F
module 模数
/ K/ n1 U6 }( M" N0 _pressure angle 压力角/ |) ~& [! d+ v6 F) Q5 f
finished tooth thickness 成品齿厚3 G* N2 e' g! n# w$ @) f# H" o
base pitch 基节,基圆齿距: h- s- b- _1 K& G/ c, Z
base helix angle 基准螺旋角5 v9 z1 P' b* M/ d" N$ c
lead 螺纹导程# T/ k; K2 @2 \& k
Inv/fillet intersection dia 齿顶齿根相交圆直径5 V" v! t" d+ ^# x2 K
roll at inv/fil dia 齿顶齿根圆处的侧倾4 B' d' h; j' k1 [2 H
root diameter 根圆直径- F" _. {1 a) _3 Q$ q! B6 S/ [8 s2 I
total whole depth 全齿高,齿全高
6 W! q9 X" e& C/ lfillet radius ( root ) 齿根圆角半径% ]! Q7 [% w' s a( G
base diameter 基圆直径
4 |. |% \4 g4 G- dtooth thickness 齿厚# P. B! Y* R, ?- W
angular backlash 角侧隙$ V5 T. J* H& V |0 H7 d W
start of active profile 旋转轮廓的起始位置- y. v" g8 G) {! j8 |' s5 p
roll at start of active profile 旋转轮廓的起始位置处的侧倾
9 D6 z7 B2 x3 g, Dnormal tooth thickness at start of active profile 旋转轮廓的起始位置处的法
( w) D- r+ G/ X3 ~2 j. x, E1 }1 l. K1 Z/ t7 v
向齿厚
% X) P/ Q' O. s9 ^9 X* ?8 Hnormal space at start of active profile root clearance 旋转轮廓根部的起始点处的法向平面
, N8 t( i- r h9 c0 ~
/ Q; B4 z8 ?- [8 d$ ^Operation Data 运转数据
; d; x7 j5 ~7 S7 Wseperation of pitch planes 节面的分离间隙# `. X5 c2 m1 F4 [; [% G' e
contract path to centerline ) s- ?. A3 b8 C2 B. j4 ^3 R
working depth 工作齿高 R) }) i: P* f) I4 U2 b
design center distance 设计中心距
% X& Y3 Q8 J" e/ f; i Q0 v* j; S3 G
Basic Rack Form Data 数据中的基本齿条
9 T: [0 V% \1 G( q* K' _- Z$ q+ xFlank Angle 下齿面角度
$ a- a7 {! ]3 W0 r0 Y! }* oRack Tip to Ref. Line 齿条顶端到基准线(参比线,分度线)9 m/ L) U5 J/ r5 ~
Rack thickness at Ref. Line 基准线(参比线,分度线)处的齿条厚
& u& {+ v5 G+ I2 d& ATip Radius ( root ) 齿顶圆角半径. x" M7 N- [" X1 J, Y! K$ \8 M/ _
" y/ g& G x4 R$ ^
Worm Gear AGMA Q8 B-BR-1 AGMA Q8 B-BR-1标准中的蜗杆齿1 P0 \ }: @* r/ r6 r# ]
Worm Runout Tolerance 涡轮蜗杆的径向跳动公差
# f/ e+ B" _8 k' L/ vWorm Profile variation 蜗杆轮廓变化量
3 o" w) i7 l0 N2 e5 {$ mWorm Pitch Variation 蜗杆齿距变化量+ Q9 j- E. @+ O3 _$ t4 R
Worm Total Accumulated Pitch Variation 蜗杆总的积累齿距变化量" {, b- K9 n) P, N, y0 F! m
Worm Lead Variation Tolerance 蜗杆螺纹导程变化公差7 U; A- k4 e0 {, j" l5 E( U5 @
Worm Lead form tolerance 蜗杆螺纹导程公差表 |
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