圓帶 round belt, y+ H; R; x& m& @* x8 {
圓帶傳動 round belt drive
+ q8 S. |5 F+ p% E4 G1 e$ |% z圓弧齒厚 circular thickness
! l" E' ?: X, W8 n& _圓弧圓柱蝸桿 hollow flank worm1 e; W- H7 n4 I# z9 K2 t8 X
圓角半徑 fillet radius
7 v5 X- B2 a7 h1 _) G0 z5 B圓盤摩擦離合器 disc friction clutch
, E* L. j; B3 _& ~5 T+ P8 m/ W: k; z8 C圓盤制動器 disc brake
% ?: u) j# V- L* M2 |: h1 y( u原動機 prime mover
5 y. ^+ t& E/ n9 w V" o: x原始機構(gòu) original mechanism& Q3 x# c7 A5 h( V
圓形齒輪 circular gear) n0 ?' d2 t0 |, X
圓柱滾子 cylindrical roller
. H/ Q# k3 V6 y) y" m圓柱滾子軸承 cylindrical roller bearing. w7 \5 H+ u' s) W' L
圓柱副 cylindric pair- H4 _" a2 R% A
圓柱式凸輪步進運動機構(gòu) barrel (cylindric) cam, w" f: n w. W% ^1 p P I5 \% Y
圓柱螺旋拉伸彈簧 cylindroid helical-coil extension spring' n+ q) t7 _6 ]" {
圓柱螺旋扭轉(zhuǎn)彈簧 cylindroid helical-coil torsion spring
' Z, `* ]+ \- b0 X( E H7 e圓柱螺旋壓縮彈簧 cylindroid helical-coil compression spring
: M, m! B2 S3 F圓柱凸輪 cylindrical cam+ X* y t! l: M& [8 D7 F' E1 @
圓柱蝸桿 cylindrical worm
4 I! J$ X' r# W' u圓柱坐標操作器 cylindrical coordinate manipulator
1 ]% ^# g* V, [ o圓錐螺旋扭轉(zhuǎn)彈簧 conoid helical-coil compression spring
2 G6 y% J. b) b1 O+ h+ C: |) i& B圓錐滾子 tapered roller9 Y* f3 U$ y/ i$ i8 ~% H" Y
圓錐滾子軸承 tapered roller bearing* I+ T( @9 ^. ?" p8 `. o/ o( s
圓錐齒輪機構(gòu) bevel gears
" A% X" V; | t& {$ M' z& h圓錐角 cone angle
|4 h8 ~4 o5 R原動件 driving link
. c3 Z6 D! Q# R F0 C1 A約束 constraint
0 u5 O* r4 R& t0 G$ P約束條件 constraint condition
" l) ~% O7 o3 m5 X7 h約束反力 constraining force
$ q" N7 F. p2 i( Q+ a( F躍度 jerk
! R5 v9 z2 `; z& n. u9 y4 P7 [+ u. c躍度曲線 jerk diagram% U0 `- P7 n3 c! }+ \* J6 N
運動倒置 kinematic inversion
3 [* G& {) t, s$ t0 o運動方案設(shè)計 kinematic precept design
9 q/ C7 k7 W7 o0 U* F運動分析 kinematic analysis
$ C# |4 R2 |1 J; R運動副 kinematic pair& L! M& J8 B3 D
運動構(gòu)件 moving link
d4 n6 X3 v0 z6 Y' J" U# N% p- g運動簡圖 kinematic sketch
9 X4 y; ?( d! j2 X6 `5 Y3 W運動鏈 kinematic chain
% T8 Y% m- Y0 q運動失真 undercutting
, K1 F: T2 x/ |' K' k- j) ^" S運動設(shè)計 kinematic design
& e4 d& V% C) K/ B9 S0 ^運動周期 cycle of motion
/ E/ h V7 [3 ` N8 p3 t+ q運動綜合 kinematic synthesis' l! c7 ?# \0 K) K4 B- ~
運轉(zhuǎn)不均勻系數(shù) coefficient of velocity fluctuation1 g( a# T2 l A: ?4 d& _% b5 U; |; n
運動粘度 kenematic viscosity
, F. q3 Z! C" Z載荷 load
* x, N1 [3 d' x9 V) R載荷 — 變形曲線 load—deformation curve . ~1 V2 _6 t! ]" {! T
載荷 — 變形圖 load—deformation diagram
2 B. I: i' D! n; M8 b5 a窄 V 帶 narrow V belt# [. K8 Q q- @$ c
氈圈密封 felt ring seal
; H/ F. P' ]- y1 z( z展成法 generating& ?% A" ^8 @7 }
張緊力 tension
4 S5 n5 S! l% @3 @8 [0 d張緊輪 tension pulley
0 I/ C1 I5 i/ j" J { w* {振動 vibration* a! N% Q' U% f$ e; G2 J
振動力矩 shaking couple
/ a, Y5 O- a) a8 D: H; l振動頻率 frequency of vibration
6 u5 a( a _# ^振幅 amplitude of vibration& ^9 a# }9 C8 C& u* U$ p
正切機構(gòu) tangent mechanism
. ?% P1 i7 l! o& V正向運動學(xué) direct (forward) kinematics) \- f. n) c% O% C
正弦機構(gòu) sine generator, scotch yoke
9 o# U+ d s G; N/ Q0 a5 v織布機 loom! ]8 a; r% f) y1 e: E% ^! n
正應(yīng)力、法向應(yīng)力 normal stress j: k @: [: o4 p+ s. g1 w; J, N9 R
制動器 brake
" X0 e* J4 ` Z v V w0 J直齒圓柱齒輪 spur gear' B3 w+ _9 p$ N2 e4 ?6 t
直齒錐齒輪 straight bevel gear
1 r1 b2 M5 ^# N; l4 [直角三角形 right triangle
' z6 a- c* w& a" z6 K! k# i直角坐標操作器 Cartesian coordinate manipulator/ M. a( G O8 f; K, e
直徑系數(shù) diametral quotient
6 J! k" ?5 g7 {* |. G! q直徑系列 diameter series# D! y+ s9 f4 i7 Z6 I! F5 J2 [- g
直廓環(huán)面蝸桿 hindley worm
0 e' h( p% u! ~4 ?* {直線運動 linear motion+ ]& [ Q v* z! O @" v/ z* I
直軸 straight shaft
4 N; D. i5 f- b& k/ ~ N質(zhì)量 mass
v% G8 ~9 L: } S9 V7 p5 |5 G& ]質(zhì)心 center of mass( f' q l' Z7 ~3 J! j S+ x" I2 [
執(zhí)行構(gòu)件 executive link; working link
1 I9 f: s9 b3 [) E+ g! w質(zhì)徑積 mass-radius product5 K" Z9 j# |5 N, Y! z
智能化設(shè)計 intelligent design, ID
! i- ]) }5 n' [- C中間平面 mid-plane
- K/ `9 q; l8 f# J6 A, n中心距 center distance/ v; \! a& j y6 V$ v* r$ Y
中心距變動 center distance change4 D, n a4 Z; D/ k5 K
中心輪 central gear
* Y7 N8 [9 B j& z R+ k. {中徑 mean diameter
8 |/ o5 b! a6 h, e終止嚙合點 final contact, end of contact: ~' ^. n! a0 L) C' ?
周節(jié) pitch
6 h3 ^3 a1 w* I' Y8 X0 C' I' ^$ v周期性速度波動 periodic speed fluctuation
. i- d* _. e# d e周轉(zhuǎn)輪系 epicyclic gear train
+ P5 ~* I7 ?/ |9 @) A0 l. J肘形機構(gòu) toggle mechanism
: @4 F0 {# @4 D& m軸 shaft
, Q1 Q7 y, ~2 [軸承蓋 bearing cup# X- i8 ]* @/ H, p
軸承合金 bearing alloy/ U9 y/ I+ ~; J, \5 ^2 ^7 H, \
軸承座 bearing block/ _2 x/ ]! ?8 L% E' [
軸承高度 bearing height
+ H" E8 o* u. w o9 i4 C5 x軸承寬度 bearing width
* B* K- V2 i; Y軸承內(nèi)徑 bearing bore diameter
% s& [0 o4 p: x6 T8 f軸承壽命 bearing life3 [: Z& U; x( `" O6 a
軸承套圈 bearing ring
/ P4 l i! a9 J" C V/ {) X軸承外徑 bearing outside diameter
* S. d! }' O+ j1 r& {軸頸 journal- ?2 @* r& V- Q% ]+ y& O
軸瓦、軸承襯 bearing bush R8 m& O, x0 O! _
軸端擋圈 shaft end ring. q6 v) i* U7 u: m& {* b0 J
軸環(huán) shaft collar
' j Q6 Z# W! m2 ^( Z! N; H軸肩 shaft shoulder2 j8 ]- y: d+ w1 j2 h
軸角 shaft angle. }$ L$ \ W! [$ p; o2 Q
軸向 axial direction
# y9 c% }% u# e/ L* b軸向齒廓 axial tooth profile
2 b- u& Q4 ]! M, ?# Q軸向當量動載荷 dynamic equivalent axial load
3 c5 R" _+ }7 ^軸向當量靜載荷 static equivalent axial load( A& a% \' M0 \
軸向基本額定動載荷 basic dynamic axial load rating
1 L7 b, h9 S+ \" i, d軸向基本額定靜載荷 basic static axial load rating1 E( B4 n& i1 E8 ? p
軸向接觸軸承 axial contact bearing: J$ X4 Q9 j8 D( z
軸向平面 axial plane
2 {/ A" }& L2 K5 i8 M! [4 G軸向游隙 axial internal clearance
- V) k; W0 ~* }' r5 E: a軸向載荷 axial load
: B6 _, g f9 N; ]6 t. c7 _軸向載荷系數(shù) axial load factor# x9 C: a- ?% M1 b3 `8 q: v
軸向分力 axial thrust load
" O2 J1 P" I8 \& Y) M主動件 driving link" {( l* Q: O9 v, H. r
主動齒輪 driving gear
2 G U. i$ c% @. M) Q' J主動帶輪 driving pulley# T/ \! I4 B6 e8 q5 e2 m# A9 o# N
轉(zhuǎn)動導(dǎo)桿機構(gòu) whitworth mechanism2 E; N$ U9 |1 }5 H) Y% A8 L1 g. U
轉(zhuǎn)動副 revolute (turning) pair, [8 H1 ]3 ^* z, D
轉(zhuǎn)速 swiveling speed rotating speed! k) n3 M! v2 {8 k- x. b
轉(zhuǎn)動關(guān)節(jié) revolute joint- n' T: q( a1 O; { m# s! U
轉(zhuǎn)軸 revolving shaft2 |2 _6 U- E3 S& a
轉(zhuǎn)子 rotor9 s2 l: \7 q% u
轉(zhuǎn)子平衡 balance of rotor% n1 V4 H5 f. C, ?
裝配條件 assembly condition. O: I# q9 `- r$ ^, M! }: V
錐齒輪 bevel gear
; [0 l; O! R- o% r) P錐頂 common apex of cone
3 x% q! ^( y2 T錐距 cone distance; R9 X, n. ~" y3 T
錐輪 bevel pulley; bevel wheel
( [+ y/ t4 i4 T7 k) V7 q錐齒輪的當量直齒輪 equivalent spur gear of the bevel gear
3 s% k4 X* U- a2 \4 c" a錐面包絡(luò)圓柱蝸桿 milled helicoids worm
& w6 l4 O- `5 ^ u4 g準雙曲面齒輪 hypoid gear' Q6 ~& U( m5 a& @
子程序 subroutine
& T0 H# @; m/ d& X子機構(gòu) sub-mechanism
/ X% ?/ X9 Q9 z; u; n, f7 X+ v自動化 automation. `$ T" F+ H2 [ A6 T
自鎖 self-locking0 y- E4 n* E5 `* X8 ~
自鎖條件 condition of self-locking
! Y& U& c/ ]8 |! @, h. X8 a自由度 degree of freedom, mobility
# O; ^. U" O2 t# I總重合度 total contact ratio
# [. j' }/ g- G: x R/ _總反力 resultant force
6 X5 d2 m& i6 o1 N8 f! r. h總效率 combined efficiency; overall efficiency
9 o; q# r" B, L8 G/ C9 {) b組成原理 theory of constitution
7 z5 _+ m. C! w3 O8 l6 [組合齒形 composite tooth form- u) X. y& U& `- ?
組合安裝 stack mounting. V( a1 J1 S' b- v: Y
組合機構(gòu) combined mechanism9 b1 b j6 x/ K& e# v
阻抗力 resistance
* J6 ]; `2 o$ l1 b6 ]8 g" \最大盈虧功 maximum difference work between plus and minus work- Z" g* E7 U' K+ {1 ~$ w
縱向重合度 overlap contact ratio
) L- u/ T' J/ G! k縱坐標 ordinate
3 Q- I% e5 z8 B8 z$ i組合機構(gòu) combined mechanism
# ]. I+ w2 m) u1 H1 k- Q$ }! _+ F最少齒數(shù) minimum teeth number
2 J) l0 a3 q' |! s6 A2 S最小向徑 minimum radius
) e: _* o4 J' ~; F% N作用力 applied force1 C7 x! F8 x G! N+ R8 g5 {
坐標系 coordinate frame |
發(fā)表于 2008-2-21 11:45:15
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