圆带 round belt
% A# @, |5 V; L7 Q+ L. d圆带传动 round belt drive! h% z6 e# Y% u3 \
圆弧齿厚 circular thickness
5 u! _) |7 c! e0 B! g, _+ T/ C圆弧圆柱蜗杆 hollow flank worm6 Y1 K, E% C# W% M
圆角半径 fillet radius4 A: l/ w4 [4 [
圆盘摩擦离合器 disc friction clutch" u: t/ q5 k! v
圆盘制动器 disc brake
3 D* i# j4 m0 Y. e4 ~' Z原动机 prime mover
1 |, i9 D9 m, K+ `" X# }( V原始机构 original mechanism4 }) d8 @5 R) G
圆形齿轮 circular gear- S$ N$ M- k2 q; D: ^' E
圆柱滚子 cylindrical roller
$ u: k" J! p2 \7 K圆柱滚子轴承 cylindrical roller bearing
5 S& L0 n- d! D7 I5 B圆柱副 cylindric pair! X+ j! G. ?0 V+ H
圆柱式凸轮步进运动机构 barrel (cylindric) cam
- L5 i0 a0 u) |; P. z' Q9 t8 z圆柱螺旋拉伸弹簧 cylindroid helical-coil extension spring$ K. c" c* I/ Z
圆柱螺旋扭转弹簧 cylindroid helical-coil torsion spring' ?4 C, y! R; }$ Z# `
圆柱螺旋压缩弹簧 cylindroid helical-coil compression spring
4 K' A1 D- z# L( B圆柱凸轮 cylindrical cam
1 S! t _% Z" c4 \圆柱蜗杆 cylindrical worm8 E5 ]6 h% v' G% Q, |
圆柱坐标操作器 cylindrical coordinate manipulator! w# ~# y+ q6 O
圆锥螺旋扭转弹簧 conoid helical-coil compression spring
9 F5 s, S- q5 u0 _0 {: F圆锥滚子 tapered roller
8 N1 E" s2 o; T0 }4 O圆锥滚子轴承 tapered roller bearing l( @9 C% C6 e/ i a- E
圆锥齿轮机构 bevel gears/ I2 n9 m; [! o8 B' K Z
圆锥角 cone angle
2 h+ m* a/ N) y/ }$ F' H& Q原动件 driving link
- y4 W) e+ l$ @0 j8 X7 \) r约束 constraint
% k" o9 n* }4 A4 }% S# P$ |) b约束条件 constraint condition
6 ~) t# w1 v+ u+ l3 u$ Q约束反力 constraining force
{8 J5 h9 C! M; a5 P: Z- T8 B跃度 jerk
; A, J; C4 g9 j$ Z/ i跃度曲线 jerk diagram3 j$ ]5 i8 Z2 a J# r: i% u' E
运动倒置 kinematic inversion6 E) _$ P f3 E8 ^8 R O9 g
运动方案设计 kinematic precept design9 G' b0 r. r" d+ m+ \' U; b; q) a3 B7 T
运动分析 kinematic analysis2 X: t! R/ P c6 {1 n3 c2 E
运动副 kinematic pair' {* S" C" H* p5 K3 S5 h+ e7 h3 O9 V( q
运动构件 moving link
9 \: E i- }; G# ?* G5 X* c( [6 a s0 @. {运动简图 kinematic sketch: N9 M H1 I) o M( d2 F
运动链 kinematic chain
8 a, G7 m8 w& u- D! M运动失真 undercutting
: a: a3 W) `8 e4 f! D# x& C9 S& M% M7 H运动设计 kinematic design
$ b1 ^# q. [" [& R# C运动周期 cycle of motion; @7 g6 q' i, E) i
运动综合 kinematic synthesis
) R/ n& q2 l8 i; m运转不均匀系数 coefficient of velocity fluctuation# M w* _1 K3 L% R. E2 K+ a3 U# T7 q
运动粘度 kenematic viscosity9 }! U+ |- u& g0 z
载荷 load
; W6 O( [% ]6 |! q+ s1 O载荷 — 变形曲线 load—deformation curve
5 r! N) a, h+ S4 J; o* r4 y载荷 — 变形图 load—deformation diagram
8 c- B; Y9 y! E4 s) k: U窄 V 带 narrow V belt/ K3 L' s3 Y# S! `& e6 o6 p+ u G9 Z
毡圈密封 felt ring seal$ I! _: l, b, b) C2 P" N9 ^
展成法 generating. ^, C+ g8 e0 ?# M% B, S+ w) M
张紧力 tension: f+ u7 z- z. M4 _: d
张紧轮 tension pulley+ L% V7 |* c) @3 @
振动 vibration
1 B" c) D$ C* f( X. n振动力矩 shaking couple
" S* W+ l) A+ }* @( Q. X振动频率 frequency of vibration
) s% t! {3 }# F6 E" j振幅 amplitude of vibration
6 S# y9 b! Y9 a L$ D& s, h: \正切机构 tangent mechanism
! ?& _3 F" O$ o2 ?& J正向运动学 direct (forward) kinematics
/ X. t) B5 R" W% E正弦机构 sine generator, scotch yoke) ]: g( x) w9 q0 m2 n( A& H
织布机 loom+ p; E' A! d, c: P' ~8 Z' G: c6 z
正应力、法向应力 normal stress
8 _# {# M1 `/ L! ?制动器 brake
- L" R- o" `- [5 b直齿圆柱齿轮 spur gear
X4 F7 `0 S; e/ J* z直齿锥齿轮 straight bevel gear
% t3 z I& C" h* O& }; J2 O直角三角形 right triangle% c ~2 y0 ^7 l
直角坐标操作器 Cartesian coordinate manipulator
: h! O- N- V1 }8 h8 N# i9 F直径系数 diametral quotient
; u w7 |' N4 u5 Y/ Y2 X) a! }直径系列 diameter series
B1 J# l! ]( t直廓环面蜗杆 hindley worm, V |- f6 W$ p0 L! u
直线运动 linear motion
4 C5 n; ~5 \' N直轴 straight shaft
! i6 @/ d' K7 g3 |) p9 R. q) Q( u7 M质量 mass
7 m" N$ }+ i6 o& r, h1 `质心 center of mass' E5 R a9 K$ {& y
执行构件 executive link; working link# a, f' T3 x0 e" r8 j$ H
质径积 mass-radius product
7 z- A6 W2 u2 \# Y. `3 ^% v+ W: y智能化设计 intelligent design, ID
. a9 A- N a, j' M2 _$ S& Q, i* `, x中间平面 mid-plane
% ]9 K: d9 G# H& m( u. r& N9 I中心距 center distance- k6 d+ ]9 j8 c. ]2 ]" r/ j1 d2 _5 f0 m
中心距变动 center distance change* _+ }6 z3 r4 m5 [9 F3 l; e' @
中心轮 central gear
: R8 Q# w7 h4 Z5 [中径 mean diameter. E4 h Z; t. o0 K _% G
终止啮合点 final contact, end of contact
) w, @4 W6 [; ?3 H8 Y周节 pitch) ^- S; H: p$ h5 ^! p
周期性速度波动 periodic speed fluctuation
) E C: t. E0 L+ o/ a8 R7 t! E5 P0 I周转轮系 epicyclic gear train
) m- a+ P7 _: W1 J& P肘形机构 toggle mechanism; @# _7 e* t0 i1 c X$ i
轴 shaft" m# K* E% y8 A2 h. G3 }
轴承盖 bearing cup1 x( u2 |. N, A% x2 A
轴承合金 bearing alloy3 _( k, t3 D3 j4 V1 d; c
轴承座 bearing block
" Q, e. J5 u8 m$ M轴承高度 bearing height
* K, B% K* c9 o% P- V, v轴承宽度 bearing width
$ Y% P5 e. s7 m轴承内径 bearing bore diameter
& r6 t2 r# m- G5 H+ Y3 a9 W轴承寿命 bearing life' R% A5 a8 W& L; D. }6 _
轴承套圈 bearing ring' m; G0 W" n/ j+ q8 w
轴承外径 bearing outside diameter$ b9 B/ ^* d! c* f% I
轴颈 journal% q+ j A3 p; ~5 d5 u, Q% y+ F/ Y
轴瓦、轴承衬 bearing bush& u! a7 {$ d4 D; k& R+ d
轴端挡圈 shaft end ring- l4 ~- x! `8 n0 [
轴环 shaft collar% Z) ^& |6 ]: K# z. |
轴肩 shaft shoulder8 P$ e- O; h: v
轴角 shaft angle
% Y: A" V4 r2 t6 j2 N* w' f轴向 axial direction
; k/ A+ R" l) h v轴向齿廓 axial tooth profile9 K3 f# t" x! M6 D/ Z
轴向当量动载荷 dynamic equivalent axial load$ ^ n" R, ]% \8 E+ }
轴向当量静载荷 static equivalent axial load9 D6 O9 ?) ?* Q$ ?6 d3 w( D
轴向基本额定动载荷 basic dynamic axial load rating
5 \5 ?) V! p2 g1 Q' X轴向基本额定静载荷 basic static axial load rating
! W6 D" h' B" ^, w6 d* c轴向接触轴承 axial contact bearing
5 k: k7 u- O2 X6 i5 |& _' d轴向平面 axial plane, U5 i( W; `# a
轴向游隙 axial internal clearance5 D$ K8 o t7 @0 K6 F" Z
轴向载荷 axial load* V; U& x# F1 ^8 \& ~: o
轴向载荷系数 axial load factor
8 P7 E2 ]+ C5 p+ W/ D5 J轴向分力 axial thrust load
. t1 \' _) y. U5 i4 S主动件 driving link
9 I% f( I4 g" R& Y' w' {主动齿轮 driving gear
- I; S0 \5 s" {* [6 j" B, |主动带轮 driving pulley
$ |5 w8 o2 @4 V4 e3 e$ {9 s6 [ f转动导杆机构 whitworth mechanism
$ G5 ~6 S, }+ O+ Z6 {3 ?转动副 revolute (turning) pair
6 O8 \6 x3 x; ~! L, y; p转速 swiveling speed rotating speed+ `7 A5 p1 q; T, |# h8 j, ^8 [
转动关节 revolute joint
0 n* }' o6 |7 D. d转轴 revolving shaft
0 f- ?1 L8 S7 M+ i* }/ q5 A* N0 e" E C转子 rotor
X8 J! @% Q& U+ D H' k转子平衡 balance of rotor
4 f8 ^1 U. w8 z/ W装配条件 assembly condition5 G. T' z2 Q# Z. C! w
锥齿轮 bevel gear* w, H. y5 S0 A
锥顶 common apex of cone8 G# s5 R3 z- l3 Y4 w) H/ `, E
锥距 cone distance
: L0 j% H. U9 A* E" P! y锥轮 bevel pulley; bevel wheel
! ? k6 z. s% O, E* j+ l3 c锥齿轮的当量直齿轮 equivalent spur gear of the bevel gear
5 D/ d) c/ [( G' G* k/ n锥面包络圆柱蜗杆 milled helicoids worm
; {; U* `' {4 D; | \准双曲面齿轮 hypoid gear7 j' K- Y- V2 J& [ l; {7 o
子程序 subroutine( D' u9 K6 L; z( S1 I5 w. v
子机构 sub-mechanism. t% {1 ]+ M, t0 s) ^' W) c
自动化 automation
: o! \4 n- V8 f自锁 self-locking
2 A- ^0 d* Y& q' _自锁条件 condition of self-locking8 d, [- J# b; g5 B8 v
自由度 degree of freedom, mobility( b+ [2 n. p" ?) M; m. E8 I
总重合度 total contact ratio
" q+ W# ^3 {( ]7 m总反力 resultant force2 r: S5 X: S1 l) a: ]0 h: w: I
总效率 combined efficiency; overall efficiency4 J6 ^+ v* N4 G7 g; p
组成原理 theory of constitution
$ @ Z' ]. I7 I% J2 U组合齿形 composite tooth form
* `+ f: }. U/ c6 Q+ z* T. Y组合安装 stack mounting
) F+ K5 w! f$ o* V' v5 i组合机构 combined mechanism
2 _0 B6 I: q6 o+ r+ |! O阻抗力 resistance
4 i* p/ w: d7 ~2 Q. |1 X0 ^' s0 W最大盈亏功 maximum difference work between plus and minus work. }( ^: e4 d# ^# z5 s# v
纵向重合度 overlap contact ratio2 n+ F; b- J6 O0 t% {2 n
纵坐标 ordinate1 k9 D1 {4 K; x6 O% K& P. g
组合机构 combined mechanism
3 _/ f! t v5 U2 x最少齿数 minimum teeth number
. y( a6 ~* N) t3 Z( {( v2 g最小向径 minimum radius
' F8 \- ^! |1 ]7 h1 o作用力 applied force& B- m7 s- `( ?% n# |0 V
坐标系 coordinate frame |
发表于 2008-2-21 11:45:15
