圓帶 round belt
. G* z7 j8 l/ O! m圓帶傳動 round belt drive K1 R% \5 y. S) }# I9 q
圓弧齒厚 circular thickness" L" t; N. [) T/ l" m7 s( l; i
圓弧圓柱蝸桿 hollow flank worm, u% N: s) T! K( q- G! n
圓角半徑 fillet radius2 r9 e# o) H7 Z: ^, q. S% u
圓盤摩擦離合器 disc friction clutch
, g) k; O8 j" C1 S圓盤制動器 disc brake, ]/ a+ _8 L& w2 ^7 Z4 J& i" f
原動機 prime mover! k% y2 ]& K- A% i
原始機構 original mechanism
8 x6 {1 b$ o% ]6 A圓形齒輪 circular gear! B% j2 o- f; M! e$ y K
圓柱滾子 cylindrical roller
3 Z9 a$ E9 V* \( B' c% T4 @圓柱滾子軸承 cylindrical roller bearing
& |9 G4 k9 M* _8 u, d* y0 G圓柱副 cylindric pair
1 k3 E8 X3 G3 O- b: y圓柱式凸輪步進運動機構 barrel (cylindric) cam5 v. c$ x& r& F: S2 L9 i
圓柱螺旋拉伸彈簧 cylindroid helical-coil extension spring
) x* S0 s6 K G1 g( r; {( X圓柱螺旋扭轉彈簧 cylindroid helical-coil torsion spring
# F7 ^* w. ^8 ]5 ~( w4 f圓柱螺旋壓縮彈簧 cylindroid helical-coil compression spring( T0 j8 F' ~: \& w3 Q5 j
圓柱凸輪 cylindrical cam5 z9 ?4 F" U+ X4 u* K8 F' D
圓柱蝸桿 cylindrical worm; f) C/ g1 p: Z" H2 N
圓柱坐標操作器 cylindrical coordinate manipulator2 F6 c8 n6 I; i# E4 g4 d+ `
圓錐螺旋扭轉彈簧 conoid helical-coil compression spring
+ B( j/ ?! t" J( J: Q. y圓錐滾子 tapered roller
' z9 M+ [& g+ T i' ~圓錐滾子軸承 tapered roller bearing
1 g: P9 v- U8 r7 N, h7 ]圓錐齒輪機構 bevel gears
2 x: L- x% z3 I5 ~3 i圓錐角 cone angle
( B0 \2 | C0 L: _, \* c) `3 h原動件 driving link. F- t) ~0 o: {' n7 K" I
約束 constraint0 X9 s! ^- d) J e* D* s
約束條件 constraint condition3 N+ j- P: p8 ~! V
約束反力 constraining force7 q$ w- X9 R5 ~0 r8 c) e" R* X) j: o
躍度 jerk# C7 m5 L3 E& {$ {3 Z
躍度曲線 jerk diagram
/ l! N- Y) k/ l9 x運動倒置 kinematic inversion O1 f- ~3 s* g; Y
運動方案設計 kinematic precept design8 i* x5 J3 v0 l# J4 g0 l
運動分析 kinematic analysis) [& i5 U% {0 y2 j& C: c$ y: s5 B# y
運動副 kinematic pair% }5 }( q* a" m: R0 S4 j# Z1 _
運動構件 moving link
* i9 l. Y$ L: |4 ?運動簡圖 kinematic sketch
; o1 {" u4 ~, K* K% t運動鏈 kinematic chain
- S; [& h' K6 ]運動失真 undercutting
% Q7 D( v" f( {% J9 n6 C運動設計 kinematic design5 v" J$ i" v/ y! g2 t
運動周期 cycle of motion
7 o0 G3 |6 e" X+ D( q2 g3 S$ q9 a運動綜合 kinematic synthesis& {5 y- |6 X6 s# E4 v) f
運轉不均勻系數 coefficient of velocity fluctuation
9 p: f& B. s% f! {運動粘度 kenematic viscosity
2 Q4 s% C5 A4 X4 O: F載荷 load . U4 q: ?; X( u* s3 V
載荷 — 變形曲線 load—deformation curve 6 Z2 l; p$ M* n5 T+ J
載荷 — 變形圖 load—deformation diagram
* m1 n( \5 P/ {9 e+ }窄 V 帶 narrow V belt
7 l7 I- ~# e7 T: J. C氈圈密封 felt ring seal# ?+ V; e3 w. ~
展成法 generating
1 ]7 W9 X9 G5 o* ?% Y張緊力 tension: r% e& K' v: q" {# m8 W
張緊輪 tension pulley
2 A( x# y3 L* Q1 C振動 vibration5 n, o. S e1 {8 _
振動力矩 shaking couple
1 ^0 h7 e0 z8 b8 \振動頻率 frequency of vibration
* k6 X0 b8 W8 ?. L. B振幅 amplitude of vibration, i2 Z$ k7 t! F* Z' u
正切機構 tangent mechanism
+ ]0 F. v, H$ `正向運動學 direct (forward) kinematics! Y8 X& p' x- K" }: ]8 O" V/ {
正弦機構 sine generator, scotch yoke& ]) T8 h5 g, @+ y# r9 m7 o+ E/ L
織布機 loom
6 a5 T7 x0 w. M正應力、法向應力 normal stress
+ P3 z: P2 `: M1 P' t5 i" `制動器 brake
1 _7 `$ k$ B: {/ q直齒圓柱齒輪 spur gear+ v# G- n t# [4 s) w
直齒錐齒輪 straight bevel gear0 f; `+ m) L) [4 d& ~ Y
直角三角形 right triangle
( v% E3 V( i9 n1 |直角坐標操作器 Cartesian coordinate manipulator- }' K1 T+ u( V6 {9 G
直徑系數 diametral quotient9 S0 Z" }" R' p" f8 O3 D; p
直徑系列 diameter series
+ b6 c) w1 B* P- p1 B直廓環面蝸桿 hindley worm
# o' [7 r: `* c# L: J直線運動 linear motion
, j9 j' K; d U8 Y. [ N6 l* @直軸 straight shaft* d8 E0 U% w) U8 g: x+ i9 m( w
質量 mass6 g; q7 x3 \, ~/ P# F9 d
質心 center of mass
0 y; l- v) X# c執行構件 executive link; working link, t- ^) }6 |5 H1 q/ f4 W
質徑積 mass-radius product; q8 e) b+ M6 \
智能化設計 intelligent design, ID
4 Z7 j( N: r. y9 G' k! l中間平面 mid-plane
9 j' r0 B3 A, l0 l7 [/ ^8 |# ^中心距 center distance: X" Z) a# X3 D+ c
中心距變動 center distance change
9 T6 E. ? E* W" |8 Z( p: n中心輪 central gear# y4 a5 X1 | U
中徑 mean diameter
9 D* F1 |+ Q8 z* D: t終止嚙合點 final contact, end of contact
, s: N( ]" p0 q& v$ \周節 pitch% V! \, f" s$ A. r$ P* H& f" z
周期性速度波動 periodic speed fluctuation
. A' ]/ N( W$ U" @" t周轉輪系 epicyclic gear train
( B3 l D, Y: I& Z% g6 ]肘形機構 toggle mechanism F6 k; G. B Y* c/ n- l" f; b( J. f$ R
軸 shaft$ t- S2 p1 G2 x, T1 D
軸承蓋 bearing cup3 Y( e g1 b9 s/ D' B8 y: c, R
軸承合金 bearing alloy
$ }, |6 R- j& d- Z軸承座 bearing block
7 U2 L( d0 d, h: r7 t. P3 @軸承高度 bearing height
! x- t2 y& W+ m6 s7 W% @軸承寬度 bearing width
7 l o8 G9 V5 B4 N2 [軸承內徑 bearing bore diameter% W( m F& p* w3 u4 q' A9 C' m }( x5 q
軸承壽命 bearing life
& w" [* h$ d; y% H6 E- F" a軸承套圈 bearing ring' ?9 r8 N4 S c ?
軸承外徑 bearing outside diameter% i& r& c! m/ o& P
軸頸 journal
1 q# N# w" w: D2 P5 F: C7 z- C軸瓦、軸承襯 bearing bush
7 }; e# R& w4 B! }/ j1 \$ {2 v軸端擋圈 shaft end ring
& `0 H+ Z4 H+ }8 n* o軸環 shaft collar
) y7 k- V, q' k6 Z" ?% p! l軸肩 shaft shoulder
5 w& l# c* }' C軸角 shaft angle' Q3 x6 V# z8 ]& I
軸向 axial direction' S% T" D v$ t
軸向齒廓 axial tooth profile3 l, h5 X% u% Z, N) R" @( D
軸向當量動載荷 dynamic equivalent axial load* U* i. V3 I) g5 `: g0 X" T- l
軸向當量靜載荷 static equivalent axial load' ^9 o7 n. u8 J2 n1 f/ `( ^$ k0 ~: `
軸向基本額定動載荷 basic dynamic axial load rating% B' I! j4 J4 _; G4 Y* {( b) F
軸向基本額定靜載荷 basic static axial load rating8 a% q# u, _/ E" F
軸向接觸軸承 axial contact bearing( j P* V5 T' Z" V n5 U
軸向平面 axial plane
4 X+ X4 [& ] \0 i軸向游隙 axial internal clearance
?7 I- I. F, U軸向載荷 axial load C8 b% m9 i+ w% _+ J
軸向載荷系數 axial load factor# a% p$ P4 z% }1 x
軸向分力 axial thrust load) M' J5 t0 @$ q9 O
主動件 driving link7 e% I. w" L8 C) b B
主動齒輪 driving gear
- V+ R7 ^7 Z3 ^主動帶輪 driving pulley; q. E% Z6 U6 C3 W! x, @
轉動導桿機構 whitworth mechanism/ u% z3 h! F, q
轉動副 revolute (turning) pair
3 V" p7 r- i D! X( _0 ]轉速 swiveling speed rotating speed9 U# `0 y2 D4 a' X2 y, Q/ Z
轉動關節 revolute joint
) t4 f; K+ M1 K) G! T3 ?轉軸 revolving shaft/ [* n+ s' ~& f4 ?( R8 z
轉子 rotor& K w; G- s! e
轉子平衡 balance of rotor+ {) ~: F9 k; g0 W n' j e" P: S f, _
裝配條件 assembly condition% Y. |8 ?" ?- c) s8 B& O
錐齒輪 bevel gear
0 T8 C; ]7 l; S- q錐頂 common apex of cone
) {) Z+ p$ w$ x) O1 A/ U3 n" P7 C) i錐距 cone distance
# g- i) J0 Q: _' r) J ~- v/ v/ e錐輪 bevel pulley; bevel wheel
1 F& o* e) f3 h- }( M錐齒輪的當量直齒輪 equivalent spur gear of the bevel gear
1 G3 L3 d9 O$ J' Y: q錐面包絡圓柱蝸桿 milled helicoids worm
" O9 G7 ^! t2 g準雙曲面齒輪 hypoid gear' c$ y! D& A" [; y
子程序 subroutine( z# S: ^0 Z; n* ^- p- F
子機構 sub-mechanism
# ]; t J w& D1 T' t1 _自動化 automation6 j" C' A" Y2 ~& Z9 y( [
自鎖 self-locking$ P4 Y; N h. n* _2 J. I
自鎖條件 condition of self-locking* [" p0 ?. v' O+ ^" E2 ]3 h
自由度 degree of freedom, mobility1 u0 P: G) P' [' b; x2 ?
總重合度 total contact ratio
, A6 K) A4 ?# E& D6 X4 Y: y; P8 D4 c6 E總反力 resultant force4 C% e) U. R( z* R1 Q
總效率 combined efficiency; overall efficiency
& |( E* P( q& r/ e: o7 X組成原理 theory of constitution
5 ]9 @% `% s% h) D) b3 q, c0 O+ C2 y9 {組合齒形 composite tooth form
2 v& b5 d2 P6 G: I$ M# t# E) E組合安裝 stack mounting& ^. P8 U) p* {: H4 b
組合機構 combined mechanism
' O/ J: P" S$ U J) g阻抗力 resistance/ K5 E* q w5 J s' l
最大盈虧功 maximum difference work between plus and minus work% U4 o+ j/ B7 v8 o; r6 O, x$ j
縱向重合度 overlap contact ratio) x/ a/ L# H) [8 i% L
縱坐標 ordinate
. C9 e; s3 i, N9 p1 K1 w組合機構 combined mechanism
, w4 m+ E0 t3 C最少齒數 minimum teeth number- X+ j% ?- N3 [, J: u0 e
最小向徑 minimum radius
( F5 N$ u1 q4 ~: \! K7 A; v作用力 applied force
0 Z2 [ K% U% |0 Q坐標系 coordinate frame |
發表于 2008-2-21 11:45:15
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