圓帶 round belt9 d* P- [2 q7 k, g) y( J4 M6 k
圓帶傳動 round belt drive7 o4 j8 n8 ]$ Y' `
圓弧齒厚 circular thickness
1 \5 S' g8 W* C- X! i$ E圓弧圓柱蝸桿 hollow flank worm
4 a/ r8 |/ G: c$ ]. [圓角半徑 fillet radius
I; n, C- [ x7 F8 r圓盤摩擦離合器 disc friction clutch
& ~$ f8 C0 ~/ \0 l2 a5 d圓盤制動器 disc brake
% ~- c& _) _3 g8 A原動機 prime mover
* c. P) o! [, B: Z原始機構 original mechanism
. P/ t; x( h* X! S5 C( v圓形齒輪 circular gear
/ U2 H* q4 e h1 R5 O% ?7 D圓柱滾子 cylindrical roller# L1 ^) T3 l8 V1 s7 z. h1 f) [7 M$ F3 t
圓柱滾子軸承 cylindrical roller bearing0 m" a7 ^$ ?# s" Z, c
圓柱副 cylindric pair( P- E/ p& b$ p4 v: y+ [
圓柱式凸輪步進運動機構 barrel (cylindric) cam3 |1 Q [* x9 {3 B) N/ I& N
圓柱螺旋拉伸彈簧 cylindroid helical-coil extension spring
4 @- G( x2 w) S5 s, x圓柱螺旋扭轉彈簧 cylindroid helical-coil torsion spring
6 [% I2 S6 g) q% ?) R1 l, N. \圓柱螺旋壓縮彈簧 cylindroid helical-coil compression spring4 n) l0 w' p& Z2 r. s) E4 i0 d
圓柱凸輪 cylindrical cam2 ?) W- V$ w1 u: y- F4 ~3 X
圓柱蝸桿 cylindrical worm
9 v' q7 B5 m- Z9 c" A$ U) B: F+ ]圓柱坐標操作器 cylindrical coordinate manipulator% z/ ~! A) T2 @% N
圓錐螺旋扭轉彈簧 conoid helical-coil compression spring- `% ~! g! G) ?( I1 _
圓錐滾子 tapered roller
& C: G3 P6 N @; a* k圓錐滾子軸承 tapered roller bearing$ [# `* V- W+ ?2 l0 U2 g/ x" ?# ^
圓錐齒輪機構 bevel gears4 k' L* k, H) K$ W
圓錐角 cone angle
7 B: @/ a- Z# k6 x原動件 driving link" I; x% c4 F0 f
約束 constraint- s+ B6 c2 y" w/ | v3 V* X0 t
約束條件 constraint condition& A1 } [ e) P$ u0 c
約束反力 constraining force2 ?; R% {# N% v: i3 `0 i; \7 T
躍度 jerk& o, P; G; h. O4 \& s
躍度曲線 jerk diagram; x6 l7 y9 E" W3 w
運動倒置 kinematic inversion- b* C0 X/ v# W- s! z( O4 C1 ~1 t
運動方案設計 kinematic precept design, i. h. V& J( X* `
運動分析 kinematic analysis$ H& R) N1 n2 X
運動副 kinematic pair
# L% i$ d" T0 L& ?4 K運動構件 moving link
& l+ O7 l1 Y, r* B3 h- ^運動簡圖 kinematic sketch" J4 D% I% g7 q, r; |
運動鏈 kinematic chain" B* x1 s" ?8 |/ O: T: W6 S8 r/ z P% d
運動失真 undercutting
2 ]5 Y# X9 h$ C# m% P# t運動設計 kinematic design4 T7 t! Q# V- {" _- ?2 t4 V" d
運動周期 cycle of motion& n$ k4 B( V1 m! d: ^2 I
運動綜合 kinematic synthesis
; V) ]5 y+ d7 V" g7 ?: r5 M1 `運轉不均勻系數 coefficient of velocity fluctuation
# i& V2 Z, A R `1 J運動粘度 kenematic viscosity6 Z# E4 p" i* b" @
載荷 load / X" V* G5 i% W' O; }$ x- A, T6 b3 P
載荷 — 變形曲線 load—deformation curve
4 D w- X1 @2 L) O j載荷 — 變形圖 load—deformation diagram
; M" x9 y, y9 x2 l% o: _2 j9 I% G$ N窄 V 帶 narrow V belt
8 s. ?6 j4 c6 Q( w) i8 t氈圈密封 felt ring seal
f- Q9 ~( \3 d. x% y4 P/ a6 C% t展成法 generating/ d r, o4 `( _; J
張緊力 tension
{8 A; o6 l1 b3 I ~張緊輪 tension pulley
; F+ `# o0 y( \& u9 j振動 vibration8 u( M. l/ f% b4 a1 D
振動力矩 shaking couple
/ @' u( G- K' U' {8 M/ L6 i/ M振動頻率 frequency of vibration
3 o/ g) C, J. ]5 O+ i- ^振幅 amplitude of vibration
5 \" V8 r/ b3 h正切機構 tangent mechanism1 E1 k$ q( w* k# S+ f
正向運動學 direct (forward) kinematics W4 ?3 c9 l l5 I9 j
正弦機構 sine generator, scotch yoke" R- v7 [/ I- i9 c7 W4 @% j8 y% c
織布機 loom
5 `% N, q8 z2 g1 X4 E9 x正應力、法向應力 normal stress. U6 j# \, W, G! R9 ?$ S
制動器 brake
+ J& J Y" a; k直齒圓柱齒輪 spur gear
1 m5 p- |' [" c: z( m直齒錐齒輪 straight bevel gear
" [/ n# D6 D$ a; b) c直角三角形 right triangle
- s1 _, I1 B4 ^ P! C) ~" b7 J直角坐標操作器 Cartesian coordinate manipulator7 ?- }7 L8 _9 M
直徑系數 diametral quotient+ v9 _/ g: N/ ]( J% d
直徑系列 diameter series. E3 J8 e8 v# s1 }5 Y
直廓環面蝸桿 hindley worm, S, | L% l( W
直線運動 linear motion0 k' Q! C2 b5 u% v W& J" L
直軸 straight shaft& z7 K! \' Q9 M+ j$ Z
質量 mass
+ o9 B$ o3 T% F+ C質心 center of mass
: ^1 I+ D$ h/ g6 P9 e2 P( X8 F執行構件 executive link; working link9 k4 g @9 }( x1 f! x$ M: ?3 s- O
質徑積 mass-radius product
. i0 v h& G; B5 F智能化設計 intelligent design, ID+ m; y2 ^) a& G* R
中間平面 mid-plane: c+ O& O- a' d0 D
中心距 center distance) T& c: a; c U6 \- D6 \) }
中心距變動 center distance change
7 C( ] }1 a& F中心輪 central gear
$ W9 H, x/ f( P. P( e. s ]) u中徑 mean diameter& I2 C$ d' I$ z8 D& l( C
終止嚙合點 final contact, end of contact' M* p" f U/ y! Q; E/ J
周節 pitch
7 j6 i2 {2 H0 {/ T1 b周期性速度波動 periodic speed fluctuation, U5 I0 |% S5 H* q3 l7 o& g, E+ \' e
周轉輪系 epicyclic gear train
5 e" N$ ^7 e% b8 I肘形機構 toggle mechanism
0 _% v5 o5 E% w+ ^& Q軸 shaft
/ Y; {8 s' a* }& O8 s軸承蓋 bearing cup6 U7 Z* m6 v6 O9 i7 T% s# z
軸承合金 bearing alloy
4 [4 N0 \7 F( f. j軸承座 bearing block
: i9 c. C/ j/ i' \$ z軸承高度 bearing height
% s3 ?1 V; G" m7 U7 l軸承寬度 bearing width& E4 a% c# l" z7 k9 B: K
軸承內徑 bearing bore diameter4 m( K8 ^9 w0 q @0 A4 h7 z
軸承壽命 bearing life
9 @! i4 P. N3 Z4 D, c5 D軸承套圈 bearing ring0 Q% r0 v4 x9 u2 t6 N( x/ q
軸承外徑 bearing outside diameter
0 O3 X4 M' M q1 k軸頸 journal H/ v5 M* D; h0 A6 P& F d6 O; m
軸瓦、軸承襯 bearing bush+ Z9 p* Z, i3 s, V' W
軸端擋圈 shaft end ring, e3 B& D, F& g
軸環 shaft collar
# o% o, F* M" l/ F9 z軸肩 shaft shoulder
- q& F& [# f, L5 ~, L6 t# A軸角 shaft angle
7 c2 u. K8 J7 U4 q軸向 axial direction
1 T: N3 i+ d: E; E& k' B" m1 l軸向齒廓 axial tooth profile( W! m: Z7 s9 e, j/ S: g) x8 K# \
軸向當量動載荷 dynamic equivalent axial load
/ E5 D* ~$ o/ n. x軸向當量靜載荷 static equivalent axial load9 L& S* ~3 f; V" P- t/ I1 s
軸向基本額定動載荷 basic dynamic axial load rating4 p: q: `& W8 Z
軸向基本額定靜載荷 basic static axial load rating {/ ]' z. I" ]8 D2 p
軸向接觸軸承 axial contact bearing
+ ]8 y& T7 w# _% m5 _% e' S軸向平面 axial plane& q& U8 x; F7 z$ t/ u
軸向游隙 axial internal clearance
. A- v2 O4 `2 W. R' J軸向載荷 axial load
% y' `/ f7 u) T" b軸向載荷系數 axial load factor
5 l1 D3 Z5 Z7 {+ w W軸向分力 axial thrust load
1 r. f: P* B5 K7 K- g( Q主動件 driving link, D6 U4 \1 i# ?1 Z. _6 ?
主動齒輪 driving gear
8 p, `3 r! ?- V! Q8 |主動帶輪 driving pulley0 f! S7 _4 S5 |/ f _1 a% g
轉動導桿機構 whitworth mechanism
P; t+ x5 l! X, r/ [9 O& u2 q4 L轉動副 revolute (turning) pair) W5 ^& X6 f) {& ]* O) ?
轉速 swiveling speed rotating speed
# }9 Z6 d! [2 `( W轉動關節 revolute joint3 U* d @ W- ~3 k" M% m6 g
轉軸 revolving shaft/ W. Q2 [# f/ [9 J3 L
轉子 rotor
( B+ m8 ?$ k; g! s轉子平衡 balance of rotor% E P w2 s: B$ \) K4 U- W0 B4 Z
裝配條件 assembly condition7 |- `7 \6 h1 `- T" D- h
錐齒輪 bevel gear K% y9 u2 k8 h: A. I/ a
錐頂 common apex of cone2 z+ J# Q. b+ ?# e# F9 K1 M
錐距 cone distance
* r3 f: G- U9 [1 E; P' ?錐輪 bevel pulley; bevel wheel2 ?3 o: ~/ u1 ^, e$ `8 B p
錐齒輪的當量直齒輪 equivalent spur gear of the bevel gear& v8 z7 Z! O( L+ F
錐面包絡圓柱蝸桿 milled helicoids worm
) [; v4 ?& C3 n- q5 R7 d9 h準雙曲面齒輪 hypoid gear! ?0 \* C0 @( a/ i# r& w: r8 A. ^
子程序 subroutine9 {" p" c# a4 _: _0 j, F
子機構 sub-mechanism* q1 C% o5 U' J
自動化 automation+ `' V3 f; M( d" c9 i" c( F, j3 A& |
自鎖 self-locking& {% g# m+ n8 J% q7 Z2 i
自鎖條件 condition of self-locking
3 G. }, b$ H/ @& S自由度 degree of freedom, mobility( \4 d5 {7 O# s. ]1 i, @/ ?
總重合度 total contact ratio
+ `' x1 f: |9 K C2 {* i! b總反力 resultant force
i; l& G, }4 Z! q- Q總效率 combined efficiency; overall efficiency
8 q4 K# v9 N5 ]) |組成原理 theory of constitution
- H7 Z. a# ]1 k" O' s* b組合齒形 composite tooth form. c" c* d. w `( ]
組合安裝 stack mounting
) [4 M. y0 j# a% p' ?組合機構 combined mechanism
7 @4 Y! j' [4 M0 o5 m阻抗力 resistance
1 R+ X- @: X+ A8 W最大盈虧功 maximum difference work between plus and minus work6 T# z: x- L" L% F4 w
縱向重合度 overlap contact ratio _1 D' ?, C( C1 c$ T: d; X9 g
縱坐標 ordinate9 C0 B& V7 K+ b& k( ^" u
組合機構 combined mechanism
) A( ?6 r/ N: Y! T最少齒數 minimum teeth number" n4 `5 x3 U0 V( W( `! R5 V& o
最小向徑 minimum radius
- e" r1 n& z1 `- Q6 @作用力 applied force, a: _$ x; T8 W7 b$ t o
坐標系 coordinate frame |
發表于 2008-2-21 11:45:15
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