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圓帶 round belt5 K6 B' t. E. U0 V$ O. L) }7 ~
圓帶傳動(dòng) round belt drive
& V9 F! M+ z0 J& j圓弧齒厚 circular thickness
8 `& K2 {& u3 F c( q. k5 S3 g圓弧圓柱蝸桿 hollow flank worm5 s, s' P9 a5 z7 C T! f; P
圓角半徑 fillet radius8 z7 J8 }2 o1 }7 j3 G( \: H& e
圓盤摩擦離合器 disc friction clutch
9 G( j9 M; C/ O圓盤制動(dòng)器 disc brake
y: `4 g% M4 u1 r/ N* p原動(dòng)機(jī) prime mover8 Y* o6 p1 R; s4 e" W* z4 w
原始機(jī)構(gòu) original mechanism9 R( Q6 E+ Q2 t6 n
圓形齒輪 circular gear: K9 u; a% p* u1 r- Q4 \' M$ h
圓柱滾子 cylindrical roller
. w# R8 @" @6 s8 j# ~) l$ R圓柱滾子軸承 cylindrical roller bearing
& N; o3 w( U6 f圓柱副 cylindric pair' `0 B: S# s2 M3 w7 v! b
圓柱式凸輪步進(jìn)運(yùn)動(dòng)機(jī)構(gòu) barrel (cylindric) cam0 F" E3 g; z) o' L. a3 A5 E `
圓柱螺旋拉伸彈簧 cylindroid helical-coil extension spring
; U, k) p6 o0 s7 W6 w圓柱螺旋扭轉(zhuǎn)彈簧 cylindroid helical-coil torsion spring
9 m6 F4 `! Z. j" R圓柱螺旋壓縮彈簧 cylindroid helical-coil compression spring
; m' f" c" W, y7 c8 ^( }' N) ^0 F圓柱凸輪 cylindrical cam
2 V2 {1 ?0 W9 v* f" v: i0 o8 E圓柱蝸桿 cylindrical worm
* l% A$ K9 W( f* w圓柱坐標(biāo)操作器 cylindrical coordinate manipulator+ I0 W6 P* `0 r: L* w$ C1 @
圓錐螺旋扭轉(zhuǎn)彈簧 conoid helical-coil compression spring0 P1 a: W7 e3 m, L, r7 ^
圓錐滾子 tapered roller& r3 F( n3 _9 x; Y) E$ w
圓錐滾子軸承 tapered roller bearing
5 _0 H1 Q+ k1 P1 U圓錐齒輪機(jī)構(gòu) bevel gears
; L1 a2 P. b3 v4 Y. ]% c# n圓錐角 cone angle0 e2 w4 k$ f, i% P& i7 s
原動(dòng)件 driving link
* B& e* K4 F9 X8 K, v7 N約束 constraint% c s7 D7 O9 X8 p9 K# o9 y
約束條件 constraint condition
3 K* u9 E2 G9 |7 G約束反力 constraining force
$ g' _% y% }$ b# X; L: N. s% S躍度 jerk/ I' c! w+ x5 i* q+ d
躍度曲線 jerk diagram
. o4 f4 D! V/ n! q' w: O運(yùn)動(dòng)倒置 kinematic inversion
* i% c3 g) E7 k/ x+ Z! W運(yùn)動(dòng)方案設(shè)計(jì) kinematic precept design
h. d( T3 N6 M& j8 J運(yùn)動(dòng)分析 kinematic analysis
# p. R3 x ^; ]% a4 N/ |0 _( g運(yùn)動(dòng)副 kinematic pair9 a2 S# T7 G$ \
運(yùn)動(dòng)構(gòu)件 moving link
& W8 f4 }, B7 ^- d運(yùn)動(dòng)簡(jiǎn)圖 kinematic sketch
, g+ ]) S! f0 _- N4 I, T運(yùn)動(dòng)鏈 kinematic chain/ U5 w: q3 R- n
運(yùn)動(dòng)失真 undercutting4 B. ?; i1 w \
運(yùn)動(dòng)設(shè)計(jì) kinematic design
; C# D6 g5 U) r運(yùn)動(dòng)周期 cycle of motion
5 b3 w; O1 t- T) e3 E F+ m運(yùn)動(dòng)綜合 kinematic synthesis
, k9 X; p4 O6 S$ u/ N/ y運(yùn)轉(zhuǎn)不均勻系數(shù) coefficient of velocity fluctuation
( Z- E& X. D. [+ b0 p運(yùn)動(dòng)粘度 kenematic viscosity
3 R( ?* F/ Q% s2 F載荷 load
; ]$ s5 k/ A+ F7 i載荷 — 變形曲線 load—deformation curve # |4 n3 T* h: T7 K ]
載荷 — 變形圖 load—deformation diagram& k3 H# `$ w( _. }0 o
窄 V 帶 narrow V belt2 W [4 S7 E6 I: \2 l' e
氈圈密封 felt ring seal" S, V" a0 T7 E/ |
展成法 generating9 H+ y6 s/ `0 x* S( s4 Z+ k
張緊力 tension
, q( w: f2 @: s5 a: `張緊輪 tension pulley
) | e R$ h8 w9 ^9 ]8 h5 `振動(dòng) vibration4 n1 M$ _; ^: x: e+ c
振動(dòng)力矩 shaking couple2 x4 i8 [+ ~2 y1 C! H# P! I' V
振動(dòng)頻率 frequency of vibration
6 x& Y4 Y' @2 H- n h$ a7 |: b振幅 amplitude of vibration" b$ W) c S" M. X4 P1 @
正切機(jī)構(gòu) tangent mechanism1 @7 s: L1 i+ O- \* q
正向運(yùn)動(dòng)學(xué) direct (forward) kinematics
F, N3 B6 b9 [6 O0 L( R# H正弦機(jī)構(gòu) sine generator, scotch yoke
- q! q5 B' w3 X- @. x& ?織布機(jī) loom3 _; K: g, g8 Q# ?
正應(yīng)力、法向應(yīng)力 normal stress+ k0 { c7 I: R/ }
制動(dòng)器 brake1 F( f6 ~. D) d
直齒圓柱齒輪 spur gear
& N. ^, X0 n, O! @直齒錐齒輪 straight bevel gear
# y* ? d8 q& B直角三角形 right triangle
* e: c. D; o4 `6 W直角坐標(biāo)操作器 Cartesian coordinate manipulator
. G9 ~& y! p Q( ~5 T& `直徑系數(shù) diametral quotient- U. b0 L/ w( j- D
直徑系列 diameter series- r1 _9 S& G; E5 x
直廓環(huán)面蝸桿 hindley worm
/ W9 N; N$ U+ O6 ^0 \直線運(yùn)動(dòng) linear motion
2 e8 e) _1 T& K; |& j直軸 straight shaft" ^3 f" { e' e# E
質(zhì)量 mass& O V' Y) v& N7 j% r5 j
質(zhì)心 center of mass# A" e+ h" d; V8 S
執(zhí)行構(gòu)件 executive link; working link
; ?" k7 x4 _8 T質(zhì)徑積 mass-radius product# @! W( d D! D4 \; J+ G
智能化設(shè)計(jì) intelligent design, ID+ \! l$ z4 Y. o# j
中間平面 mid-plane
* V0 L5 S. O9 t3 q+ S) T, P6 m中心距 center distance
* H9 k4 Z! t2 d) {. m3 F+ N$ @; h中心距變動(dòng) center distance change
9 b; h! G3 `* ]# r# r" x7 }中心輪 central gear
- {" ~6 H2 L" V m3 P5 o中徑 mean diameter
" B1 j3 ?3 d6 d! g: K1 Z終止嚙合點(diǎn) final contact, end of contact
8 v8 q. a. Q h2 @; t. F周節(jié) pitch, t/ C2 g0 h$ |' J$ `
周期性速度波動(dòng) periodic speed fluctuation
8 k P1 m0 f& u: f6 `2 o周轉(zhuǎn)輪系 epicyclic gear train/ Q: N- v* v1 V1 j
肘形機(jī)構(gòu) toggle mechanism( [9 \; `& _9 E( O$ \' K
軸 shaft
5 ^" L+ o" f0 G8 W& L- ^軸承蓋 bearing cup7 X8 U' y) I. a9 I6 {& [. Q4 A
軸承合金 bearing alloy
: u7 {/ x W& `* R, }/ Z8 f# z) }- o! F軸承座 bearing block# _8 b3 ^ X; @4 Y0 N
軸承高度 bearing height: E0 m2 g, ~5 y5 }$ Z3 I" A% d
軸承寬度 bearing width
7 X6 k5 r0 ^7 Q ?. i軸承內(nèi)徑 bearing bore diameter
* g0 b2 N' _6 G8 A; Z8 k, x$ L軸承壽命 bearing life
) \& I. E H5 K' ]$ |; a. j軸承套圈 bearing ring& i2 R4 m0 o4 v0 ]6 c" E
軸承外徑 bearing outside diameter
~9 I( V# p: w' f& x軸頸 journal
5 _$ Q. K6 _, d* |( `6 u; q軸瓦、軸承襯 bearing bush x# c; L5 A/ o! @4 H% i- H
軸端擋圈 shaft end ring9 X3 J" [- ?, Z# \# |! X
軸環(huán) shaft collar, P& L' {+ p9 G, \! `" R4 d9 s
軸肩 shaft shoulder2 k% M3 m/ E" e7 v
軸角 shaft angle
/ C0 I. C" z B; W軸向 axial direction# U k. }: \) c5 v) x" W5 i
軸向齒廓 axial tooth profile. @% @. x( Q% [1 }; h
軸向當(dāng)量動(dòng)載荷 dynamic equivalent axial load. o% V" l% B/ V0 r+ T# v K
軸向當(dāng)量靜載荷 static equivalent axial load
& e: Z) q3 o+ A' j9 B軸向基本額定動(dòng)載荷 basic dynamic axial load rating
/ U. J; H" ?: i1 t4 Y軸向基本額定靜載荷 basic static axial load rating
! p# L4 C z% T. }軸向接觸軸承 axial contact bearing/ l, I, |4 `! @* Y S
軸向平面 axial plane
# }, U7 P+ y# L! ]4 c) B% H/ r: y軸向游隙 axial internal clearance
& j( B7 d: w8 I' _( M軸向載荷 axial load) u2 b: b" K0 D: X V8 N' ?- S
軸向載荷系數(shù) axial load factor
8 p( U& A0 ?; W7 S7 ^軸向分力 axial thrust load
6 t: B$ m9 N$ v! s. p( e主動(dòng)件 driving link
% e/ e6 r0 P4 w: H+ f" j+ Y主動(dòng)齒輪 driving gear9 ^! r9 h+ Z! j1 H8 ~* _+ ?. Y
主動(dòng)帶輪 driving pulley
2 y) o( g2 P b% X轉(zhuǎn)動(dòng)導(dǎo)桿機(jī)構(gòu) whitworth mechanism
2 I$ g( e3 w# B9 b. U/ t轉(zhuǎn)動(dòng)副 revolute (turning) pair
3 D0 z% q2 ~( i$ B' P R% E6 h+ g轉(zhuǎn)速 swiveling speed rotating speed) v4 w3 r. ]& h2 ^5 ?
轉(zhuǎn)動(dòng)關(guān)節(jié) revolute joint, o/ T# h$ C# @3 z7 u
轉(zhuǎn)軸 revolving shaft5 H, l2 P4 R- D7 t# i+ v
轉(zhuǎn)子 rotor
. P" K8 l- r+ }# Y" J$ V9 k轉(zhuǎn)子平衡 balance of rotor" K( O! t( X+ k3 G
裝配條件 assembly condition
+ }1 e5 ]& \; Q& D7 j錐齒輪 bevel gear, s% h$ U" W+ ~) }, h
錐頂 common apex of cone
; V+ Q7 I" }- Y" p$ ~; B! n& F6 g錐距 cone distance& M1 d6 f3 N( Z8 X0 |
錐輪 bevel pulley; bevel wheel$ p8 x& X( a7 i
錐齒輪的當(dāng)量直齒輪 equivalent spur gear of the bevel gear) ^. ?. }# R0 b% H1 ]7 ?
錐面包絡(luò)圓柱蝸桿 milled helicoids worm
5 }6 n- j8 I" ~3 O& g準(zhǔn)雙曲面齒輪 hypoid gear* k! r) @5 ?0 D* G
子程序 subroutine& i' R2 s$ r' c0 v' E
子機(jī)構(gòu) sub-mechanism5 q- l; Z' w0 t5 {' j- y7 K: y
自動(dòng)化 automation
$ M. k9 ^3 B; d/ S/ Z# C自鎖 self-locking
( p5 C. X7 d$ D3 g3 F5 V" u. N: L自鎖條件 condition of self-locking
4 a1 }: H* n; |8 d& Z7 r8 g/ b自由度 degree of freedom, mobility) _( {6 e7 C' |% Y% x E
總重合度 total contact ratio3 n" ]+ V* N& Z; x* G5 t
總反力 resultant force
! x6 }. b p( ?1 } D7 z總效率 combined efficiency; overall efficiency
- }+ O1 I% G* T! l* E組成原理 theory of constitution
/ ?% Q0 Z8 V( a; h1 q. c: |) m! q8 [組合齒形 composite tooth form5 _4 |/ n; E; g8 W# F
組合安裝 stack mounting4 y* _, t; N6 w3 M4 {" J
組合機(jī)構(gòu) combined mechanism
3 C6 N7 Z2 d6 W# m/ x3 k6 `9 S阻抗力 resistance& X* W7 x( _' j1 O& @, S
最大盈虧功 maximum difference work between plus and minus work
/ B+ \# A/ ~/ t; ?! }6 c1 z縱向重合度 overlap contact ratio
* _* T4 W; |& d/ b: e8 v縱坐標(biāo) ordinate" }; V6 d! c1 K
組合機(jī)構(gòu) combined mechanism" W; l z1 v- T
最少齒數(shù) minimum teeth number
2 o( I$ J/ _7 N1 Q: t最小向徑 minimum radius
4 ]3 Z# C) d5 y作用力 applied force( W8 {3 ^2 z4 N- e: q2 ?' ]
坐標(biāo)系 coordinate frame |
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發(fā)表于 2008-2-21 11:45:15
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