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发表于 2008-10-16 16:27:51
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来自： 中国浙江宁波
M.
" {+ q% k) z1 A! O# n4 x1． Machine center 基床中心点
2 }! ]9 \" ^9 E6 ]$ L2． Machine center to back 机床中心至工件安装基准面# k9 s4 M. P9 E! V, R9 R, E. I4 s9 b
3． Machine plane 机床切削平面' [. G b, c) t% p% O7 c
4． Machine root angle 毛坯安装角
% ]9 g7 J3 I0 M) T5． Marking compound 检查齿轮啮合型情况使用的涂色剂
8 A, v9 h1 U. G1 H; V: y2 [' k4 d" g6． Master blade 标准刀齿( E; O- ]4 l0 B0 @% G2 c
7． Master gear 标准齿轮
T+ o4 f4 [1 W5 x& F; \$ x8． Mean addendum 中点齿顶高2 u( T) j# c( x/ w1 K& `- ?
9． Mean cone distance 中点锥距
* [. {1 k3 O# X, [; m% h10． Mean dedendum 中点齿根高* G \ n6 C; w/ W
11． Mean diametral pitch 中点径节
' O3 R. G2 ?& [* ~ @12． Mean measuring addendum 中点测量齿顶高
% ?$ e1 h8 Q" G: w6 x5 ~13． Mean measuring depth 中点测量齿高0 I5 Z. a- d$ k7 E$ a# L8 E
14． Mean measuring thickness 中点测量厚度
% e+ u$ ]. ?; I/ Z2 q9 `5 i15． Mean normal base pitch 中点法向基节8 T L4 k" j( X% ^. O$ v9 d6 I
16． Mean normal diameter pitch 中点法向径节' @9 }# V$ d0 n! X @
17． Mean normal module 中点法向模数
/ o4 J! F7 j3 ~2 R, l% n18． Mean point 中点，平均点
1 y7 A1 [' P4 x& h6 D19． Mean radius 中点半径' C3 O( ^4 i3 y6 |1 j8 t, W
20． Mean section 中点截面
$ O+ x- g/ \$ s$ J! D# n1 n, T21． Mean slot width 中点齿槽宽" Z' B/ S" l7 o" S$ [' K. i! V% a
22． Mean spiral angle 中点螺旋角
, Z x1 q: @, k+ A$ m3 d m23． Measuring addendum 测量齿顶高2 v) a. E [' t7 P# d4 ?1 j( e
24． Measuring tooth thickness 测量齿厚
" M1 y+ f, P y3 j! c- x2 v5 E25． Member 齿轮，元件
, x" J* ~2 Q4 B2 \0 k- b26． Mesh point 啮合点% D& r8 Q2 C0 c& a
27． Minimum slot width 最小槽宽/ H4 A. i3 f7 f5 b& o
28． Mismatch 失配
, E# e5 T; G8 Z% @# D/ r* V5 B29． Miter gears 等齿数整角锥齿轮副2 Q! C: t+ O7 K3 b4 i
30． Mixed lubrication 混合润滑7 ]; J4 F( W9 N# T. y& k9 M0 W
31． Modified contact ratio 修正总重合度+ y9 J1 h4 f M7 W+ B/ C
32． Modified roll 滚修正比" n; S1 n1 S. f: e5 c3 g2 Z
33． Module 模数 0 f: G7 |1 O: s" d* W% A, F4 U
34． Motion curves 运动曲线1 a0 B2 ?: @, H+ M- m6 G8 f* ~
35． Motor torque 电机扭矩- m( R. z* | V
36． Mounting distance 安装距) m5 n7 |/ r5 ?% i3 J4 r8 W
37． Mounting surface 安装面
1 z& n n- y' u4 `0 r% fN.
) P; b) y1 d! M1． Narrow-tow-wide-heel 小端窄大端宽接触% l3 u2 K7 }% {! y9 d- o5 [' V; V
2． No load 空载7 h% T" w2 @4 v0 p# O; P
3． Nominal 名义" t" t" c3 Y4 L3 Z9 u$ _
4． Non-generated gear 非展成大轮+ j% }6 L* K9 j: h4 s) y* n, a( k
5． Normal 法向，法线，法面
* P* R5 E- G; k: h3 r$ |# B# j, u6． Normal backlash 法向侧隙' q& p# k5 z4 x8 ]
7． Normal backlash tolerance 法向侧隙公差
: F" F' d" k0 P6 D8． Normal base pitch 法向基节
1 M6 p$ L e4 I9． Normal chordal addendum 法向弦齿高& A* j4 N, o8 T
10． Normal chordal thickness 法向弦齿厚
* c: H" E: [: W- p) D+ a11． Normal circular pitch 法向周节
2 I3 {3 }: E+ \# R$ M0 W2 ?, W% a12． Normal circular thickness 法向弧齿厚 b- I2 U8 j* v
13． Normal contact ratio 法向重合度 r3 C# A4 {# Z! p7 K* c C% K
14． Normal diametral pitch 法向径节1 Q ^2 V- g/ d
15． Normal direction 法线方向2 \; h; c0 `2 a* ~! K
16． Normal (perpendicular) load 法向（垂直）负载7 u% B! r1 X9 f) |0 I( n
17． Normal module 法向模数 f4 W: W. S9 X+ l: g# x
18． Normal plane 法向平面5 }4 }/ t2 }1 j3 B/ E
19． Normal pressure angle 法向压力角
2 n! D( y# X1 N; P! }20． Normal section 法向截面$ ~, s9 w) j, A3 z8 ?
21． Normal space-width taper 正常齿槽宽收缩
% q- u! a) A# d \1 j3 o22． Normal thickness taper 正常齿厚收缩
+ C1 d* G. [. K3 _4 V23． Normal tilt 法向刀倾0 ?" \3 J" J7 w* P6 E5 h4 b
24． Normal wear 正常磨损4 z% Q ]: Q1 ]* {
25． No-roll roughing 无滚动粗切
0 b7 \! z4 L$ }3 {26． Number of teeth 齿数# J: {: B' M! O" ]' k$ y8 s
O5 i# m: ]; S% u* ?4 }
1 Octoid teeth 锥齿轮的“8”字啮合
! A" v/ F& A3 R/ B2 Offset 偏置距
6 F1 s# b; w7 R: F3 Operating load 工作负荷
3 p( ~/ @( t' E3 r0 a- }4 Operating pressure angle 工作压力角
; _3 }" [ g" N* f2 f k6 w: A$ e5 Operating torque 工作扭矩
- y( V/ T1 G6 j/ \1 l6 Outer addendum 大端齿顶高
) L% J- g* i5 b* ~ O* [7 Outer cone distance 外锥距; }( f' P9 y9 e. k5 V& _# H" [
8 Outer dedendum 大端齿根高
h" t3 e1 c* ]+ X' Y* J9 Outer slot width 大端槽宽5 ~% [3 T4 F" h+ }2 }
10 Outer spiral angle 大端螺旋角
& h+ S: w4 f, B11 Outside blade 外切刃点
1 F4 {" ?7 P6 n12 Outside diameter 外径，大端直径
* b1 p+ I7 M' I& S4 b13 Outside point diameter 外切刀尖直径
/ n9 U' b) H$ F: e4 a$ U14 Outside radius 齿顶圆半径
; ?+ o& v# K; P$ U15 Outside surface 外表面
; o# p* Z5 m H+ {( z16 Overhung mounting 双支承安装/ M) C9 ?" U3 F: J% y2 k t
17 Overload breakage 超负荷破裂
) P* V$ l9 D U- a$ ]18 Overload factor 超负荷系数9 o5 O7 L; ]. C. Y6 P5 [" n/ O4 E
P, |$ c8 Y: N8 a2 d, @" N. j: H& K
1 Path of action 啮合点轨迹
. D S+ b1 Q8 M' l! |1 |4 t# P2 Path of contact 接触迹
7 [1 z2 X) ]: H3 Peak load 峰值负荷, [. f' i0 r" J. Y
4 Peak torque 峰值扭矩; C( s. D) G- \# H9 D9 w6 y) K
5 Pedestal bearings 安装差速器壳的架座轴承
3 ^4 u3 T) s0 v$ ]1 l6 Performance torque 性能扭矩5 G6 h7 G4 R5 B; V T
7 Perim-mate 研磨锥齿轮和准双面齿轮用的全齿面研磨法# Z: G; w8 A" M$ b/ d
8 Pinion 小轮3 F q; j1 T4 {1 |0 A7 _
9 Pinion axial displacement 小轮轴向位移7 { f* v0 K0 m2 }% H' F
10 Pinion cone 小轮锥距
8 S+ Q3 F3 Q+ [" i( b1 Y8 k$ D% L# q11 Pinion front bearing 小轮前端轴承
: Y$ \* H+ L ^+ E5 ^7 x12 Pinion head bearing 小轮后端前轴承
# ~& ~0 v. \0 m, [% h2 }; S13 Pinion rear bearing 小轮后端后轴承! J) @0 i$ x5 b$ I# Y
14 Pinion rougher 小轮粗切机* w& H! {! U5 K1 }% l
15 Pinion offset 小轮偏置距1 L: n6 B. j0 _4 b
16 Pitch 节距，齿距! p2 Z' A' V1 F4 G2 C3 g. C
17 Pitch angle 节锥角9 @* d7 S* i) K% f& \
18 Pitch apex 节锥顶
1 H5 R. s1 |4 A9 f4 r5 E+ r! f19 Pitch apex beyond crossing point 节锥顶超出至相错点- {/ N- k8 w( t. w( u; B
20 Pitch apex to back 节锥顶至安装端面4 b9 ^% R) X' k% n* x% `
21 Pitch apex to crown 节锥顶至轮冠7 k" l% l$ ?( ~* E3 ~* t, M0 o& v
22 Pitch circle 节圆
# a/ o2 J& p$ E- {! Q- R23 Pitch cone 节锥/ @6 c, Y3 d, i
24 Pitch curve 节面曲线
0 G& K( P, U- v) l6 B25 Pitch diameter 节径' F/ Y! h9 X4 x& O/ B' q+ i- k
26 Pitch element 节面母线
& X* W' l7 B- h# v6 @9 Y8 Q& |27 Pitch line 节线+ b) M6 t: e: b. b* W
28 Pitch-line chuck 节圆夹具+ u8 _$ c+ j ~! _5 d9 a' T
29 Pitch-line runout 节线跳动7 n# s8 v4 ~3 L6 j O5 H
30 Pitch plane 节面) E3 [( \6 B+ Q( t2 O# n% t) [& ]
31 Pitch point 节点
4 H; T) H7 T+ h6 z. d+ N, z32 Pitch radius 节圆半径8 @7 @1 B. Y4 J9 T* ^9 N
33 Pitch surfaces 节曲面* D F+ D' a3 ~9 O
34 Pitch tolerance 齿距公差; v9 Z ^$ A! a7 M
35 Pitch trace 节线; ]8 n+ {+ z0 Q
36 Pitch variation 齿距变化量
, M! |* y) v. g- c; o37 Pitting 点蚀 v' z) i% t1 R. n
38 Plane of action 啮合平面
/ t2 o; d* t: T0 K39 Plane of rotation 旋转平面+ ~$ A( p, }7 j0 w6 S% N0 y
40 Planning generator 展成法刨齿机
6 J6 l# z* q) V! G( l+ x% s+ t4 K41 Plastic deformation 塑性变形% [0 ^, H3 W) g4 J
42 Plastic flow 塑性流动4 f t F. K+ [9 p3 V/ p/ m
43 Plate index 分度盘
H& C: d5 ^3 ?' N44 Point diameter 刀尖直径
2 p# f! F3 {0 |% @45 Point of contact 接触点
" x* Y. |! V; Z, D- f46 Point radius 刀尖半径
% O7 @ D$ |) u7 v9 \, B47 Point width 刀顶距
5 |% z. [5 G8 q& `- o1 [1 H48 Point width taper 刀顶距收缩
9 f, z ^: @' O- ? N49 Pressure lubrication 压力润滑
& S' {# o2 u6 H7 @1 b4 [50 Prime mover torque 原动机扭矩6 m3 j# S4 v9 {* a4 r3 i
51 Profile angle 齿廓角: V( P, z8 u2 c. p. K
52 Profile bridge 齿廓桥形接触
! \7 Y. ]" p6 V3 M/ [4 G1 ~$ A53 Profile contact ratio 齿廓重合度
0 a0 k/ b, q( y54 Profile mismatch 齿廓啮合失配$ b, Q' t) _" m; V w$ }
55 Profile radius of curvature 齿廓曲率半径
) s5 g p" {$ A& R% T" \ H56 Proof surface 检测基准面
2 @& {3 A ` ~; V* z( o7 S: {Q1 e' j G: l1 x! c/ \* k
1 Quality measurement system 质量检测系统
: M; c1 r- v+ R5 p2 Quenching cracks 淬火裂纹
' U5 d% s* i3 `3 Quenching die 淬火压模
! E- ]+ N. h; x" t1 x4 Quenching press 淬火压床
- c1 s9 O! T$ oR
& X! j# ^3 V. N& p& h7 _1 Rack 齿条
[; k: c: o& B% i) I9 \7 D2 Radial 径向刀位
8 W; R' p- F4 n3 Radial load 径向负荷
9 I# m1 U I" z/ \4 Radial locating surface 径向定位表面
" q7 g6 d* T/ m* u) P5 Radial rake angle 径向前角# E' W& |3 g. r& C
6 Ratio control roughing 变滚比粗切7 n- n3 A3 H+ X6 j0 ~6 `1 z
7 Ratio gears 滚比挂轮
. J) { p' o$ C; g8 Ratio of roll 滚比
( A5 ]* f5 w2 }" V- F4 N1 `0 M0 F9 Ratio of roll gears 滚比挂轮
+ f) `( Z$ j4 }7 W9 Y10 Recess action 啮出
6 E6 e; x" i1 c7 W11 Relative displacement 相对位移
+ r ?5 Z, o6 i+ ]12 Relative movement 相对运动
6 T1 q; [% A% y# x; V13 Relative radius of curvature 相对曲率半径0 t- p. P7 @% F! r: \& P
14 Residual stress 残余应力6 x* ~4 h" z2 s" }5 i% ^
15 Revacycle 直齿锥齿轮圆拉法用机床及刀具6 T, f ]3 [" N, p1 D4 u* f7 N
16 Revex 直齿锥齿轮粗拉法
* |* I3 e8 g- N* ^9 [1 k3 q! n17 Ridg-AC 镶片圆盘端面粗铣刀
9 x# u- n2 ]: Q. \18 Ridging 沟条变形
- d. A- k# w7 @* V19 Ring gear 大轮，环形齿轮/ a; k" X0 ?6 [( K7 D
20 Rippling 振纹
% S5 |3 g5 M; v4 G7 k$ |21 Roll centering 滚动定心
/ j- R& j' [% b/ n- z2 i- a22 Roll queching 滚动式淬火压床
' w$ Q; d5 b/ H+ O23 Roll gears 摆角挂轮 V D: ]1 ^' @0 }1 F
24 Rolling 滚轧 X- u7 M/ a2 j* H/ c5 o
25 Rolling velocity 滚动速度
* N- j" G' G& M7 p: Z, `8 a26 Root angle 根锥角& m; p* G5 |) o+ H/ n' u, x
27 Root angle tilt 齿根角倾斜
8 H! j m: J$ D) m9 _28 Root apex 根锥顶$ i1 H r) n. z b$ C$ f
29 Root apex beyond crossing point 根锥顶至相错点的距离
0 S$ a& V) w# k7 k9 a30 Root apex to back 根锥顶至安装基准面距离
- w) g) H Y6 F. C( m- L5 C$ j5 r31 Root circle 齿根圆
2 {& y3 D1 y7 h+ [32 Root cone 根锥
$ S9 M9 w" T- F; E% f& D e33 Root diameter 根圆直径7 L) H$ W5 p% Z9 r
34 Root line 齿根线
5 a ^& v; x% p7 R8 X& n3 t, |35 Root radius 根圆半径6 {7 Y5 G+ b& Y! Q; L
36 Root surface 齿根曲面
J& I7 ^; J# K8 M5 P. e37 Roughac 弧齿锥齿轮粗切刀" R' M% s" }! m+ [9 Z
38 Rougher 粗切机
9 x! G! d) T, f39 RSR 弧齿锥齿轮条形刀齿铣刀盘
/ A+ U7 g& |, p! Z- [# M40 Runout 径向跳动9 @+ k+ ]" p2 s0 {
41 Runout tolerance 径向跳动公差
! ~ _: G+ `0 ?: Z5 LS
# n2 i/ g% S0 ^* }1 d! Z5 r1 g! W8 k5 x1 Scoring 胶合
5 X1 w6 C# q8 ?, U2 Scoring index 胶合指数
5 v9 w7 |% k4 B s$ }3 ^6 T3 Scuffing 胶合4 } B Q/ S/ B* [* v
4 Sector 扇形齿／齿弧. f, n5 ]- J' @+ R c* o7 ~
5 Segment 扇形齿／体; d5 \; r; w. g% X3 X* o
6 Segmental-blade cutter 大轮精切刀9 N) r# z$ f2 ]/ h& O. F
7 Separation 分离间隙6 X1 y- z# w5 Z }2 s
8 Separating factor 分离系数
& R; r' }. Q# b& |/ K9 Separating force 分离力
0 c4 w7 t7 I1 h0 z10 Set-in 补充切入，进刀% ~* K5 f' Q; i1 F
11 Set-over 补充转角，调整转换
Z: Z/ B \0 q' Z7 F: Q12 Shaft angle 轴转角' ^- E( q" a, k
13 Shot peening 喷丸强化0 ~! C5 ^ ?# q4 n0 o) J
14 Sidebank 边频
* j* U- v3 g! H0 w15 Side movement 侧向位移2 [' s: A2 d: t; v, X# U
16 Side rake angle 侧前角0 s$ D) Z% z* k2 |
17 Single cycle 单循环法% g) y& e3 W* U, ?* \4 g1 A
18 Single roll 单滚动2 W* f. a" N: Q+ ] c1 X
19 Single setting 单面调整法
2 c9 M3 ~, Z& i; I8 r. H6 A+ @20 Single side 单面精切法* A$ o; ~$ `) U7 y
21 Single-side taper 齿槽收缩
! Q8 o/ r& F# [22 Size factor 尺寸系数
' H; ~9 }! ~. j) J8 X: ?0 K# S0 I23 Skew bevel gears 斜直齿锥齿轮
( y; s( s* q. L8 ]- S0 Q24 Skip index 跳齿分度1 W" Q7 N; v6 e/ @/ P- Z+ V: P
25 Slide-roll ratio 单位滑滚比，比滑. \' s" Z; j5 a# x! u# H
26 Sliding base 床鞍，滑座& b% j& E$ M8 W+ L( `' O
27 Sliding base setting 床鞍调整，滑座调整
- P3 a+ ]& N$ [- _28 Sliding velocity 滑动速度
9 h* L" m" @( \/ j29 Slip-chip 直齿锥齿轮一次成形刀% I- q: E& h# X
30 Slip torque 滑移扭矩
5 m% H" q- R0 R& D/ u; s5 s% U5 a- [0 [31 Slotting tool 切槽刀
. E2 d& E' }: W) Y' ^$ H' D+ U32 Slot width 槽宽3 K3 @* ?9 q; K; |3 U, ]- @2 ]
33 Slot-width taper 槽宽收缩* o% i; C1 ?: e4 H7 b7 D$ f$ M
34 Small cutter development 小刀盘试切，能产生接近渐开线的刀具
& B/ A1 _; y; |7 M& i z* d, B35 Solid cutter 整体刀盘+ G- y3 l0 p8 B) I% a
36 Sound test 噪声试验
, a1 I. w$ @! }# m. S U/ Q3 c37 Space-width taper 齿距收缩
4 s$ V& p/ Z" S* U2 O38 Spacing tolerance 齿距公差+ t( o& K& [3 Y% c; ~: O* D( o. \
39 Spacing variation 齿距变动量
! f6 e. f8 S( z F, y1 x. b3 h40 Spalling 剥落 |
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发表于 2008-10-12 08:45:00
发表于 2008-10-12 16:59:27
