|
|
发表于 2008-10-16 16:27:51
|
显示全部楼层
来自: 中国浙江宁波
M.
6 T- h: ?% r4 k6 Q1. Machine center 基床中心点
( t' T) L& V5 h2 S: X; A2. Machine center to back 机床中心至工件安装基准面& o4 B' H% A2 R( y) q) Q
3. Machine plane 机床切削平面4 k$ X! n. u c, X
4. Machine root angle 毛坯安装角6 w. d: S% c+ l: Q b; M
5. Marking compound 检查齿轮啮合型情况使用的涂色剂
5 x6 m |! v% N% C6. Master blade 标准刀齿
+ x3 W4 Q7 d& `% x7. Master gear 标准齿轮 & Y" ]! w- k1 r- H
8. Mean addendum 中点齿顶高9 E2 \% u& y" H5 ~
9. Mean cone distance 中点锥距
4 \) x8 p% ^! B5 x9 b2 R5 S10. Mean dedendum 中点齿根高
1 R1 N1 g; e; ~) V11. Mean diametral pitch 中点径节9 }6 |3 h2 L/ {3 Q" ]) G
12. Mean measuring addendum 中点测量齿顶高 Q7 K& x" n" c. L% @2 d; ~" ]
13. Mean measuring depth 中点测量齿高1 \+ l& M+ b: z- x
14. Mean measuring thickness 中点测量厚度
. v5 ?0 Z2 D; }9 g15. Mean normal base pitch 中点法向基节3 w/ V" S! v" D- h% L) Y0 Q
16. Mean normal diameter pitch 中点法向径节
& |1 g a, l9 L3 ~17. Mean normal module 中点法向模数8 {4 [3 q0 N" |2 Y7 I
18. Mean point 中点,平均点' R( O6 Q2 }0 b% C* g+ l7 }
19. Mean radius 中点半径
7 b( X A. p$ g _9 x20. Mean section 中点截面
! H* B( _6 S# y# [9 J2 ?1 e5 ~7 a21. Mean slot width 中点齿槽宽1 `; O& l! x& k; x6 N* K
22. Mean spiral angle 中点螺旋角2 f$ E; A9 ?/ z: U4 L
23. Measuring addendum 测量齿顶高
* |9 a) H; r9 }/ o( B# m7 B8 Z( t9 b24. Measuring tooth thickness 测量齿厚
( z! p- T# q' t7 a25. Member 齿轮,元件
' @& Q0 B5 W" d0 w; L26. Mesh point 啮合点) H2 z. Q2 [4 j/ j( @
27. Minimum slot width 最小槽宽* x! N5 x- m: Q) `
28. Mismatch 失配
! P# q( T; Z Z29. Miter gears 等齿数整角锥齿轮副# A3 m: E0 F1 X5 |& R) I! D& V
30. Mixed lubrication 混合润滑
% b$ s3 g7 F6 y, q2 V31. Modified contact ratio 修正总重合度
( q- P; u( }% L' h& s- D32. Modified roll 滚修正比 u0 J* o5 C" H* G. f0 H. t! [1 M
33. Module 模数
. ]0 F" ~2 F$ h- {* z1 R: ~0 \34. Motion curves 运动曲线; x8 E0 g) B' G
35. Motor torque 电机扭矩
) Q/ p) Z+ Q2 W5 o' @36. Mounting distance 安装距/ O ~1 S% M0 M' G$ t/ a$ S4 A( p
37. Mounting surface 安装面. k6 N) k* p) q. ^! y7 i: M
N.; _# e L3 B$ }) i$ V5 F
1. Narrow-tow-wide-heel 小端窄大端宽接触4 M( n+ q+ Q# \
2. No load 空载
! c& G& W. F# V3. Nominal 名义
# X; x& o8 B1 |! z# t, g4. Non-generated gear 非展成大轮' }3 b* x3 f8 a5 f! [' l6 H
5. Normal 法向,法线,法面) g/ J/ F( J% P* K+ r
6. Normal backlash 法向侧隙! c5 q) v2 x+ X4 P7 ? ]
7. Normal backlash tolerance 法向侧隙公差 0 e6 y1 R0 m3 ]! O3 i5 I% u
8. Normal base pitch 法向基节
) E/ k& y. X# O9. Normal chordal addendum 法向弦齿高
1 R' a4 _8 r i8 y4 g; l10. Normal chordal thickness 法向弦齿厚& Z* B" m9 k4 [3 Z, w& @
11. Normal circular pitch 法向周节
* u" c2 c2 u9 P5 i2 \12. Normal circular thickness 法向弧齿厚, u; x$ b: c) v+ w
13. Normal contact ratio 法向重合度
: Q: x7 F( l& d) v14. Normal diametral pitch 法向径节. C, c |. U# |. f
15. Normal direction 法线方向
9 H5 E. l, g4 j- F V. C' Y16. Normal (perpendicular) load 法向(垂直)负载
& R4 ]" ^8 F: h- ~0 }+ u' b17. Normal module 法向模数
+ g. K- O& P8 Y$ C! V18. Normal plane 法向平面
+ q: B' F7 V% Y `! v5 |19. Normal pressure angle 法向压力角$ y$ @( J$ s& Y4 y+ d! x
20. Normal section 法向截面# H9 l* y1 K5 n" V: l) o
21. Normal space-width taper 正常齿槽宽收缩
1 I# D6 J) B2 {! b. I22. Normal thickness taper 正常齿厚收缩
* \" H5 [) P' J7 k& L! \23. Normal tilt 法向刀倾
' L+ }& e0 A! L; v0 l! h24. Normal wear 正常磨损
/ [' k, e' f! [' ^' z' y2 N25. No-roll roughing 无滚动粗切
- H! {1 c" @* d. v4 h26. Number of teeth 齿数" z K- G- F" E( t6 Z% n
O* \ W, t0 s8 F; r
1 Octoid teeth 锥齿轮的“8”字啮合: m+ e+ N& F, q# i% L; r
2 Offset 偏置距
1 K F Y! @" X1 F3 Operating load 工作负荷0 F' S2 i' N8 S) M" z0 j
4 Operating pressure angle 工作压力角7 v, W' x0 M6 J1 e
5 Operating torque 工作扭矩
; C$ e- c6 L3 e% I% O+ ^4 X' m6 Outer addendum 大端齿顶高; W @9 u' I# ^6 \) e0 }3 [% o2 ^
7 Outer cone distance 外锥距# r$ Q5 R# U# {7 N7 O O4 b
8 Outer dedendum 大端齿根高. p; o, j. d4 D0 S4 x; s7 a
9 Outer slot width 大端槽宽
* y* G$ u% ~: t0 c. l2 F) ~5 d* u" a10 Outer spiral angle 大端螺旋角
. |! } ]# B% P* Q4 r+ _& v11 Outside blade 外切刃点3 N+ O/ a" t+ F* i) T/ |) k
12 Outside diameter 外径,大端直径 { P U; e' A/ P; T; C
13 Outside point diameter 外切刀尖直径6 |( {8 g/ X1 n2 v) x. n
14 Outside radius 齿顶圆半径7 ^# p9 Q- o8 a1 ^6 `
15 Outside surface 外表面
* \4 J+ n; Y3 K3 f16 Overhung mounting 双支承安装3 j# ?" R7 O: \! n4 @* ^7 P, W, i
17 Overload breakage 超负荷破裂
: Y5 E: }, {! q4 Z& Y% l18 Overload factor 超负荷系数5 N; o6 A( f0 { r! T
P* l2 g) Q8 P2 w
1 Path of action 啮合点轨迹! ?0 D" [ {& n3 z
2 Path of contact 接触迹
( K; F) m; z1 V7 @$ J) G3 Peak load 峰值负荷 y& y' v+ I; K- h* }' m
4 Peak torque 峰值扭矩
9 h" }% x% D- S- J5 Pedestal bearings 安装差速器壳的架座轴承. s' E. f& W) E$ L
6 Performance torque 性能扭矩
& G5 y- q! t1 M% p3 m: K7 Perim-mate 研磨锥齿轮和准双面齿轮用的全齿面研磨法
) }. c0 F: `! J1 N1 Z, ? D# _2 ~8 Pinion 小轮/ U9 b0 A1 `, _( Y
9 Pinion axial displacement 小轮轴向位移
7 B6 f, m0 N0 l10 Pinion cone 小轮锥距- f8 m* s# p% h, r! I4 k
11 Pinion front bearing 小轮前端轴承" d+ N- ~' b. X# v6 v! ^9 A
12 Pinion head bearing 小轮后端前轴承+ a. u( `4 M5 A7 W0 f$ k# e
13 Pinion rear bearing 小轮后端后轴承
3 Q4 C7 Q1 @- `14 Pinion rougher 小轮粗切机- y, o1 A: C a6 ~
15 Pinion offset 小轮偏置距$ @" `2 k& z' q/ P9 D# G( Z
16 Pitch 节距,齿距
. Z& W# q' G1 l. E6 b17 Pitch angle 节锥角: K7 d' ^4 e( X( B' S: r
18 Pitch apex 节锥顶( P* H9 N* N2 L3 w, s
19 Pitch apex beyond crossing point 节锥顶超出至相错点; q0 O7 \; d" J
20 Pitch apex to back 节锥顶至安装端面
, U" B5 |, U: Y* Z8 }8 x21 Pitch apex to crown 节锥顶至轮冠$ a, o. p& m, N# L
22 Pitch circle 节圆$ u5 r; |. R, v
23 Pitch cone 节锥
8 M. U9 r4 \2 N, [24 Pitch curve 节面曲线8 Z' _3 Q1 S# m( G
25 Pitch diameter 节径& V2 ]: P' f4 R1 {% }# l
26 Pitch element 节面母线& X! M' D P E* e5 z
27 Pitch line 节线. s/ }* t X9 J4 A `
28 Pitch-line chuck 节圆夹具
$ F: S5 H* b* ?5 }" z) U& q, e r R29 Pitch-line runout 节线跳动1 n3 |- |* E6 T1 O1 _6 J' W# w+ N5 ~
30 Pitch plane 节面
; V, ^, K o" }" R31 Pitch point 节点
& a5 _. P4 U& _) S( g32 Pitch radius 节圆半径
' \8 A, J' [: Z33 Pitch surfaces 节曲面
, U0 P' @ q! z# ?* l34 Pitch tolerance 齿距公差+ A3 E' J. z/ q1 ]1 ]
35 Pitch trace 节线
- m* v; j) X3 F+ `* f36 Pitch variation 齿距变化量: i! O- A4 _8 b5 }5 b
37 Pitting 点蚀
5 q) R F" ]& h3 ~2 Z7 Z2 a38 Plane of action 啮合平面
; W+ ], i' K5 q/ O2 r39 Plane of rotation 旋转平面
+ z5 S+ L, G3 X40 Planning generator 展成法刨齿机
: j0 F9 \( _% \9 u7 Z2 p41 Plastic deformation 塑性变形% n# W' @$ P; }& Q
42 Plastic flow 塑性流动/ x' G# W! J8 d) W' n! a% r8 ?0 V/ B+ U
43 Plate index 分度盘4 Q$ V: n |6 p* K9 d* D
44 Point diameter 刀尖直径
& n% r0 R: d# _) \$ w6 y45 Point of contact 接触点
$ f# l$ G. v8 c; ~; L/ o5 q& D l4 }46 Point radius 刀尖半径
: }% D# Y3 S; ^! _9 E6 F47 Point width 刀顶距
2 m+ z7 K: a2 z7 h4 d0 n! A6 L48 Point width taper 刀顶距收缩1 i. @+ x- s0 ~
49 Pressure lubrication 压力润滑0 q7 Z+ ^. s. _6 a' k* k
50 Prime mover torque 原动机扭矩' a) \* T" D0 i3 Y
51 Profile angle 齿廓角; N# `! M& G+ l. q9 R$ k
52 Profile bridge 齿廓桥形接触: T1 q6 r1 K( x4 A
53 Profile contact ratio 齿廓重合度+ w2 A) e$ b5 M- b+ u5 W
54 Profile mismatch 齿廓啮合失配
# r2 K1 |0 B% J55 Profile radius of curvature 齿廓曲率半径
' B1 c% W, [+ V" d7 s56 Proof surface 检测基准面
! j* J) Y$ D) J k$ kQ
& Q h# W* `) Q% w1 Quality measurement system 质量检测系统- T: t" H6 M7 d, \- m/ z9 Y+ ?. Y
2 Quenching cracks 淬火裂纹, N2 q3 Z7 K4 R! Q6 l, ]: s. J
3 Quenching die 淬火压模
1 c& D* H4 J$ h! o* ]+ i4 Quenching press 淬火压床
. r1 ]1 k- _ W4 _, `" H5 uR
: h9 Y6 V& i; C. F# J2 R% s0 q: a1 Rack 齿条. X8 q0 ^: S6 f3 d# t9 F# b& y( a
2 Radial 径向刀位8 j# {+ i; [" r- j
3 Radial load 径向负荷
8 v8 D7 _1 m8 u4 Radial locating surface 径向定位表面
^7 B# X, T9 ^5 Radial rake angle 径向前角
5 w, y( g! N! f+ r6 Ratio control roughing 变滚比粗切
5 L: S, {- i- M& g7 Ratio gears 滚比挂轮: N, ^8 p, d9 v9 e' _' q' @" |
8 Ratio of roll 滚比
1 Q# _( j' S+ D. L' M) Y9 Ratio of roll gears 滚比挂轮" h7 P5 T) K v5 e/ s
10 Recess action 啮出# D- x% i* d$ [% h- C5 l* D. G
11 Relative displacement 相对位移+ u0 l3 c) ^! P3 d
12 Relative movement 相对运动: S0 S6 a7 _+ X1 T+ {* t p
13 Relative radius of curvature 相对曲率半径* y$ ~6 f$ ~1 S7 S
14 Residual stress 残余应力3 }! u, B3 H& ^1 s; x/ S
15 Revacycle 直齿锥齿轮圆拉法用机床及刀具
3 z4 X4 E8 `7 i) q16 Revex 直齿锥齿轮粗拉法
8 n" D( I' c3 L: m; `7 w17 Ridg-AC 镶片圆盘端面粗铣刀
+ {2 h+ w1 o) ^9 H18 Ridging 沟条变形& N7 W9 A7 |) ^) X8 x! o
19 Ring gear 大轮,环形齿轮4 _! B& r% T+ R& U# y
20 Rippling 振纹: n; g# p! X! D3 @
21 Roll centering 滚动定心. O6 Y) E! k" X @
22 Roll queching 滚动式淬火压床
# g' n4 Y4 N# V7 @+ c23 Roll gears 摆角挂轮
/ ^7 P( J0 x( p2 S. S3 Q3 ]4 g5 B9 F24 Rolling 滚轧2 n8 _ X# {! A+ _% U( }7 m# @
25 Rolling velocity 滚动速度 Z m8 U. h6 k% u+ r+ K/ _
26 Root angle 根锥角2 W& L. {0 m% X$ G5 A1 Z
27 Root angle tilt 齿根角倾斜& t. ^* Z* V o& h6 Y* d5 h
28 Root apex 根锥顶
9 r: h' X' Q }. x; X9 L6 p29 Root apex beyond crossing point 根锥顶至相错点的距离% F5 Y) [( o( a; ?
30 Root apex to back 根锥顶至安装基准面距离- h* g/ F$ G/ I7 i' N ` _
31 Root circle 齿根圆9 Z; b* | Q3 q" W) U4 t
32 Root cone 根锥
8 `- w0 f2 f! c8 _+ {2 A1 q33 Root diameter 根圆直径
# D$ V5 r' _- V34 Root line 齿根线
5 b A- p- y" O" [# W35 Root radius 根圆半径
1 c+ H, w3 X2 n36 Root surface 齿根曲面: a0 m2 e% H0 r% s
37 Roughac 弧齿锥齿轮粗切刀
7 ~8 c: V/ V L% {- A/ o F38 Rougher 粗切机5 L0 m7 R s+ ^4 ^" V! S. O2 h
39 RSR 弧齿锥齿轮条形刀齿铣刀盘( s! u. X+ w' I; t! J, s5 }& M, y
40 Runout 径向跳动5 |7 v0 N4 a- y! T: @3 e
41 Runout tolerance 径向跳动公差
1 X% O( L6 C% g/ n, b( E9 bS
3 ^2 }# W) b* f# d1 Scoring 胶合- W0 j* c6 S3 T
2 Scoring index 胶合指数9 T4 G) ^# Q( U
3 Scuffing 胶合
* ]' Y8 w6 j5 x. T% S9 z, o% ~2 ~4 Sector 扇形齿/齿弧
3 u1 r- y; s# z- g* G* w7 S7 K5 Segment 扇形齿/体, W( f* b8 g% u4 s" a. s
6 Segmental-blade cutter 大轮精切刀
! ~5 Q$ P0 t( E5 a( J7 Separation 分离间隙
k7 n6 ? }: l2 ` Q3 u2 D% V8 Separating factor 分离系数
6 \2 s/ p0 ?- U: _" X7 c9 Separating force 分离力
" N; X7 i8 v9 l6 ], d7 }% w& }10 Set-in 补充切入,进刀, z* `7 n2 X1 |/ ?
11 Set-over 补充转角,调整转换
9 H" ^. Y: J5 M9 ]6 Y3 d- j3 O12 Shaft angle 轴转角( _" C. W' l, k; ~
13 Shot peening 喷丸强化
$ a7 F* ?% O( p1 k14 Sidebank 边频
/ K9 n: f: ^: U8 w15 Side movement 侧向位移
0 w( a) F; ^/ p5 {* q1 c1 m16 Side rake angle 侧前角
( r0 X; ^1 |3 r/ O. [3 d17 Single cycle 单循环法3 w& h8 ~" S9 Z: F) f; U+ E1 m
18 Single roll 单滚动# ]; B# G5 P$ Z, I
19 Single setting 单面调整法0 ^# j5 ]) d/ y9 \9 E
20 Single side 单面精切法
+ s! z3 V! |; N; c0 K! s21 Single-side taper 齿槽收缩7 R$ J W4 P x4 b( V: A0 X( ~
22 Size factor 尺寸系数
( L8 \1 c: }+ P23 Skew bevel gears 斜直齿锥齿轮
3 q3 N- F' H; Q5 B! n! A" k24 Skip index 跳齿分度
; \: D: O* l5 J3 `( B! h( }8 J+ `25 Slide-roll ratio 单位滑滚比,比滑
. f# F3 M% [( F3 E2 ]# i& {5 m% G& |26 Sliding base 床鞍,滑座
9 N4 T' _' C4 `: V% J27 Sliding base setting 床鞍调整,滑座调整/ l" c- U7 [6 P- Q, p1 d" p2 }
28 Sliding velocity 滑动速度
1 x" I+ P5 I" `. I7 t) y29 Slip-chip 直齿锥齿轮一次成形刀& f) I y# F4 m% h
30 Slip torque 滑移扭矩
# o) u4 _' k; j. u* h8 C2 K; K31 Slotting tool 切槽刀
: u5 n% @- T( W0 E+ G h% R" M32 Slot width 槽宽
2 q3 q$ m. M- z) T' V. ?. W33 Slot-width taper 槽宽收缩
) k, [4 h' R7 [& \) g34 Small cutter development 小刀盘试切,能产生接近渐开线的刀具
3 l- {0 r3 M& b% b4 T0 M! T: S35 Solid cutter 整体刀盘! B x5 h% S' T1 z9 w
36 Sound test 噪声试验( h. b) m5 C- f; ?
37 Space-width taper 齿距收缩3 I9 O$ Q- m0 H6 N9 y" a; o
38 Spacing tolerance 齿距公差
3 p+ V8 x1 V+ W+ l' M6 U: R8 r1 c+ Q39 Spacing variation 齿距变动量4 E0 Q" P7 T7 z% R% ?9 l# `# b# T4 f
40 Spalling 剥落 |
|