圆带 round belt" v/ w: G, S" J; v% j
圆带传动 round belt drive
% ^* ]0 e* y% L9 R2 \圆弧齿厚 circular thickness
- T* K9 t# Q! v! J, ~ U& T; f圆弧圆柱蜗杆 hollow flank worm2 W9 J8 w: x. B8 [- ^# b! h9 R/ N
圆角半径 fillet radius7 ~. A6 P1 s- |$ t, ]( i7 q3 |
圆盘摩擦离合器 disc friction clutch
) C1 e5 [1 U9 c) b9 E1 ?; k圆盘制动器 disc brake
3 M: \2 D% c0 z0 ?# I原动机 prime mover6 ?- L8 `/ ~9 `6 ]
原始机构 original mechanism: G0 A, @7 j8 P' s7 e
圆形齿轮 circular gear( B+ H* P* n7 D/ H" X& m8 ~
圆柱滚子 cylindrical roller5 `' L) C @( \1 b2 X
圆柱滚子轴承 cylindrical roller bearing8 h. J4 Y8 d' m W! J
圆柱副 cylindric pair9 b7 c5 W. L8 P! F% C0 q
圆柱式凸轮步进运动机构 barrel (cylindric) cam
) M7 t6 }' Z1 X/ Y, i7 z# S圆柱螺旋拉伸弹簧 cylindroid helical-coil extension spring" W5 _9 E5 L' U5 }0 D8 Y
圆柱螺旋扭转弹簧 cylindroid helical-coil torsion spring- D: ?; r2 [, m) A
圆柱螺旋压缩弹簧 cylindroid helical-coil compression spring0 d% h$ q8 O5 ?" e
圆柱凸轮 cylindrical cam
: g. v7 M; L" s% Y; A- a; ^3 w% B圆柱蜗杆 cylindrical worm0 a5 F+ c4 o1 w' V( ^
圆柱坐标操作器 cylindrical coordinate manipulator
& X. M0 y n' U圆锥螺旋扭转弹簧 conoid helical-coil compression spring
* `- Q( I8 K3 q" T" I圆锥滚子 tapered roller; L+ ?( M8 e b( [- [$ n
圆锥滚子轴承 tapered roller bearing
4 B. u0 m# }5 K圆锥齿轮机构 bevel gears
2 N4 ]6 y1 Y& K i圆锥角 cone angle: U" j: a6 F+ k3 y! V& H
原动件 driving link; m8 C& v! y; C& U- F4 j+ M& T/ e
约束 constraint6 x0 r2 d" [+ w" B5 ~0 {5 s; b
约束条件 constraint condition
5 u) L% h5 ?' p4 I. ^% ] l约束反力 constraining force
& z7 {& N7 p V0 m: m9 a跃度 jerk/ m7 [# o; E- t
跃度曲线 jerk diagram9 T9 v2 F0 B; J
运动倒置 kinematic inversion+ J+ f, C7 O; k: S; j" y9 E
运动方案设计 kinematic precept design7 _ V9 c6 g$ {: M
运动分析 kinematic analysis
/ j7 e0 W3 u( D( N# u$ p( |$ K运动副 kinematic pair
2 w; o$ D* L( S9 T运动构件 moving link- ^: f( z$ ]( V
运动简图 kinematic sketch
7 b* I3 {0 R0 \$ s运动链 kinematic chain/ R+ k# ?7 c: h# C7 U
运动失真 undercutting
: {3 k. M1 x% u% n运动设计 kinematic design
3 l6 z" ^; R. B& Z运动周期 cycle of motion
% H( u& ~, Z& U" w5 m运动综合 kinematic synthesis
% U( r0 X5 E& y0 @; o& k+ \运转不均匀系数 coefficient of velocity fluctuation) x8 J4 B' W4 d+ D1 q- h/ W
运动粘度 kenematic viscosity) c4 |/ k1 D+ U9 s* R
载荷 load
+ j: _& j* m* T2 Y" q载荷 — 变形曲线 load—deformation curve
3 I. w$ R, C1 x5 y' V7 V0 d载荷 — 变形图 load—deformation diagram F B# S! w% }2 @/ M, x1 `' J! U
窄 V 带 narrow V belt
1 P% Y W5 ~8 J! q毡圈密封 felt ring seal
3 K" |( L' S# G6 @% e# ]展成法 generating+ d! E$ l- a$ E2 r# |, S
张紧力 tension6 u# _! }5 c4 W
张紧轮 tension pulley
$ Z/ {0 a/ b; X6 u5 v( S$ B# o( P振动 vibration
: ] B& t0 z0 P振动力矩 shaking couple/ A- X9 m: E% x
振动频率 frequency of vibration
6 s; A5 g/ z7 S4 J振幅 amplitude of vibration4 R" s3 m" m8 A% c
正切机构 tangent mechanism
1 z& a" T. _' E( o- ^6 K$ A& {正向运动学 direct (forward) kinematics
) @ G$ y9 u5 N* Z6 r: D1 @8 u+ Q H2 u. F正弦机构 sine generator, scotch yoke
4 u6 z4 `% U# o$ ?: c# i织布机 loom- t; U" X! W$ x. T7 x% s; j8 |
正应力、法向应力 normal stress8 S9 H! e+ f# f- I3 Q: u
制动器 brake
- W; b) w" y: n& W+ W/ I- y% {2 V3 W直齿圆柱齿轮 spur gear
8 {' b) O5 K/ j2 M0 Z$ z; ?. W直齿锥齿轮 straight bevel gear
e" }1 F) y; ^- [% k4 I直角三角形 right triangle: [8 W7 e5 _; S: R4 i6 l
直角坐标操作器 Cartesian coordinate manipulator
* y$ p5 l8 g* K+ N* n- |. M9 f直径系数 diametral quotient
$ q" B- o, I; a. X直径系列 diameter series' a3 K) d: {9 A- S3 h9 \8 ^
直廓环面蜗杆 hindley worm. ]5 F6 ^6 X% G6 y5 w0 @. P
直线运动 linear motion+ q% g; |; Y( f9 j9 p% o
直轴 straight shaft. A& x* K/ o1 l2 Y5 I+ V
质量 mass5 f7 ~* m; A- p8 h1 N6 u7 U2 s2 O
质心 center of mass6 f- f- Q' j# J+ M& V+ C% I
执行构件 executive link; working link3 N) L! \# X7 X* A6 B
质径积 mass-radius product) v1 p/ U, A2 I0 e3 D$ ~* i( i
智能化设计 intelligent design, ID4 V1 s* o* i/ u4 R/ k4 L; ^
中间平面 mid-plane
7 X% v5 i! T2 c. ]* P: H8 U中心距 center distance9 M4 a0 H+ |+ l! U6 g z3 X
中心距变动 center distance change( s, \- b& f; I( n$ _2 W
中心轮 central gear
3 n% k, v: ?# N- f9 g6 k9 @中径 mean diameter
! R) R0 J% e+ S3 G3 F& [终止啮合点 final contact, end of contact
8 O" h# X) C5 x" f周节 pitch
2 Q) B- X; n0 \ T, }- g! P+ W+ q- E& _周期性速度波动 periodic speed fluctuation
2 a; T; P& {, u4 Q7 v周转轮系 epicyclic gear train- q# O/ G5 b A2 p2 j0 E# T
肘形机构 toggle mechanism- _% n( S9 d; E
轴 shaft# O o7 b* a; U2 q# V, A
轴承盖 bearing cup
: X! C9 r" O$ C) y$ c轴承合金 bearing alloy
- F# l4 j! `2 j% l# u+ K3 F8 N ]轴承座 bearing block* }6 `. n: U5 ]
轴承高度 bearing height/ Q# g/ k7 O( S0 t
轴承宽度 bearing width. h2 }5 g' F4 e
轴承内径 bearing bore diameter
* i* F$ p5 v. H3 `: l轴承寿命 bearing life
m4 S+ P6 @5 I4 o) C9 ^轴承套圈 bearing ring
0 H- f. v* v# u& V. o* Z轴承外径 bearing outside diameter
9 M# q% b* C# d轴颈 journal
* J2 [7 r0 U( h2 q( E: K' q轴瓦、轴承衬 bearing bush
8 \4 O3 F5 o$ l& Z4 H轴端挡圈 shaft end ring
9 P! L; Y- D; {* _: ~0 ]# L轴环 shaft collar# }, Z7 x# ?' W4 B
轴肩 shaft shoulder# R& ?/ ^& l( _9 M d1 A
轴角 shaft angle! w' \, ~& g& p' g( }0 |
轴向 axial direction: a0 V3 t4 G4 l: x4 M [
轴向齿廓 axial tooth profile
9 D6 a2 `& I5 o# R: ]轴向当量动载荷 dynamic equivalent axial load3 n* _6 ?& l4 q3 g! e* T% i( _ t4 O
轴向当量静载荷 static equivalent axial load
/ Z. t z' ]- M. ^轴向基本额定动载荷 basic dynamic axial load rating, ~8 O/ J8 j( H
轴向基本额定静载荷 basic static axial load rating* Y* O0 k* Y! t( c4 n
轴向接触轴承 axial contact bearing8 N6 {( n- r; ?8 I- S
轴向平面 axial plane
2 i9 [2 \& R6 |1 ^1 z4 e轴向游隙 axial internal clearance
% _% _! `0 `. h7 p, m5 u/ ?轴向载荷 axial load
5 W8 {2 ~2 g9 v" T轴向载荷系数 axial load factor
2 o" P; H8 ]! t t6 w- w" y5 p轴向分力 axial thrust load% f3 E2 N. V/ h! w9 ?
主动件 driving link
9 h; k8 c9 U* T+ {5 H3 s X9 y4 z* V主动齿轮 driving gear4 G. ^) z1 z7 G4 ^$ o7 E
主动带轮 driving pulley( x3 x B/ u0 M& t$ g/ B
转动导杆机构 whitworth mechanism
" W. E# [% p4 i- H3 `转动副 revolute (turning) pair+ K9 _) M# X6 \5 h. |7 j7 S$ b
转速 swiveling speed rotating speed
- |4 O! _) c2 t. h; i( R( P8 U) O转动关节 revolute joint: J* B, W' _0 U+ y) q# q
转轴 revolving shaft. p, p: Q# |* I! n; l3 c
转子 rotor
- l( v% d C: {7 J转子平衡 balance of rotor, j0 @- h2 q% r; Q' ?5 W( n4 d
装配条件 assembly condition. [# ~9 O4 B- \* D1 M+ H
锥齿轮 bevel gear
- C. r/ Q0 O1 d+ |- j) ^锥顶 common apex of cone
" k" R: ]& h/ ~0 z% O锥距 cone distance
$ K% g H! j) q$ [- r) k0 R锥轮 bevel pulley; bevel wheel% F# Y o6 ?) }: ?
锥齿轮的当量直齿轮 equivalent spur gear of the bevel gear ]- }6 {/ q( g/ O `! S& f3 i3 s
锥面包络圆柱蜗杆 milled helicoids worm; j- v7 b; E/ r v' C
准双曲面齿轮 hypoid gear
9 @* O# Q: w+ ?: @( h3 Y子程序 subroutine
* N3 h3 C5 x0 e$ M. c: e0 O5 S6 o5 d子机构 sub-mechanism$ z" z& A; W' e1 J5 B
自动化 automation
$ u( z3 h8 {1 n8 x8 T- d自锁 self-locking
. s" k N z0 p自锁条件 condition of self-locking% H* n, Z# L# L3 a
自由度 degree of freedom, mobility
2 Z1 j" Z+ f, Y总重合度 total contact ratio
* C L* {2 @& D: k+ B: q总反力 resultant force
, f: V' N8 ?3 V7 J \- ^* s. ]总效率 combined efficiency; overall efficiency
' F6 e' n# z/ r J4 G+ Y组成原理 theory of constitution( S( h) M0 Y% E! z* P0 J# q
组合齿形 composite tooth form
. z6 z/ }4 W$ b3 v7 ^1 ^4 k组合安装 stack mounting
9 m0 `( r+ Y+ W- H1 O3 N" O% D组合机构 combined mechanism
F6 R9 ?- I5 V1 H' s阻抗力 resistance* b" t4 L; r- }" X! }( k6 F+ k
最大盈亏功 maximum difference work between plus and minus work0 p N# P+ v2 H1 k2 c, z+ ~
纵向重合度 overlap contact ratio4 a6 k6 z7 {; W% s. J" b+ {* ]
纵坐标 ordinate* W$ B5 P7 D/ M! j/ X
组合机构 combined mechanism
" d; R, O( z% R, x9 Z最少齿数 minimum teeth number7 }2 m9 U L1 n N. t* W
最小向径 minimum radius
& v- ? I) o. u% u }3 F1 h作用力 applied force
% A( S. c8 p |' ?+ ~. s0 k坐标系 coordinate frame |
发表于 2008-2-21 11:45:15
