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曲柄滑塊機(jī)構(gòu) slider-crank (or crank-slider) mechanism2 D, l b( E; ~, V$ [
曲柄搖桿機(jī)構(gòu) crank-rocker mechanism
0 a8 E. @; N& {- l/ x q0 y曲齒錐齒輪 spiral bevel gear2 A8 B- ?. t1 i. V6 V* }% |. Z
曲率 curvature
1 a x9 _$ U1 |/ y+ A$ P- s' _曲率半徑 radius of curvature ~) g* k% Q5 E6 k& a
曲面從動(dòng)件 curved-shoe follower
% H$ x- t2 \! m: t- |曲線拼接 curve matching9 x: p4 c) K7 a: t
曲線運(yùn)動(dòng) curvilinear motion0 _8 J$ O, ^6 l, c, R# x. A8 N
曲軸 crank shaft
! I0 b8 P; I1 v; o1 k/ [! \驅(qū)動(dòng)力 driving force
+ K8 d2 w8 W. o8 o3 u8 a驅(qū)動(dòng)力矩 driving moment (torque)
; s Q6 T/ R2 l: Q/ x全齒高 whole depth
: m- \2 W5 c0 p權(quán)重集 weight sets
5 o) W9 u- `- b球 ball' E7 g- u: X/ A6 g0 \' m' B
球面滾子 convex roller Z8 q# E. l$ k2 r' O
球軸承 ball bearing9 X9 U9 F$ P9 R$ H- O& F2 x, N* b
球面副 spheric pair; a* \0 @" L! Y
球面漸開線 spherical involute
, e8 y: Y V0 I6 `, p: X球面運(yùn)動(dòng) spherical motion
8 P' z+ t/ l4 E/ U8 g球銷副 sphere-pin pair
5 V2 S' @! U2 m: q$ R- O; Q球坐標(biāo)操作器 polar coordinate manipulator8 ]$ {$ @$ M+ \% D# Z+ ]1 c
燃點(diǎn) spontaneous ignition ; ^6 p2 Y- g! }+ i y
熱平衡 heat balance; thermal equilibrium ) g2 X$ a% i4 Z }& s% q
人字齒輪 herringbone gear
2 h* m; h; e# T7 d) j1 S冗余自由度 redundant degree of freedom$ |7 Q& q1 k8 A
柔輪 flexspline
# P) W7 H7 g6 F9 u5 e0 \- k6 ]柔性沖擊 flexible impulse; soft shock4 X0 z+ k7 \( j
柔性制造系統(tǒng) flexible manufacturing system; FMS
; w- F) l3 [0 d P柔性自動(dòng)化 flexible automation, P1 o: { g& z% s4 @1 ?6 E! D$ X
潤(rùn)滑油膜 lubricant film
- |$ B! J7 A/ i' x, N9 y; E潤(rùn)滑裝置 lubrication device& [ y8 V# g9 r0 S7 d& A5 T
潤(rùn)滑 lubrication7 `. Z: F: y0 z0 o) V
潤(rùn)滑劑 lubricant! j z# F- Z; K. g/ f9 @9 y' o$ l
三角形花鍵 serration spline / C! V( M0 O& F/ p5 u0 Z* s
三角形螺紋 V thread screw
# S# m" I1 [: K. j& p' f三維凸輪 three-dimensional cam- d3 r) g% J1 A* G
三心定理 Kennedy`s theorem# V4 K/ q6 x/ o* K
砂輪越程槽 grinding wheel groove
% _2 K4 T/ O1 S T0 H( D w砂漏 hour-glass7 y4 S- n8 b$ i9 ?7 P+ f
少齒差行星傳動(dòng) planetary drive with small teeth difference
' U& N* A* f1 X/ P. r設(shè)計(jì)方法學(xué) design methodology* H# l+ p: o; Q# c- d
設(shè)計(jì)變量 design variable7 q Z1 ~2 f" {! l% [( B T0 I9 M, x
設(shè)計(jì)約束 design constraints! K; ^% w6 f6 y2 K s, F
深溝球軸承 deep groove ball bearing
3 W/ L0 Y Z- |& O5 u8 V- a% I5 g) N生產(chǎn)阻力 productive resistance1 N2 C8 \2 Y& Z- }
升程 rise: R* n: C& e- H; ~1 ~. ]# J1 N
升距 lift
+ P0 o8 K4 o4 i2 O/ F實(shí)際廓線 cam profile
" X; G5 s2 |9 f+ Q4 w9 r' |- J/ \' [十字滑塊聯(lián)軸器 double slider coupling; Oldham‘s coupling
" V# s8 w' ~/ a% V, | C9 E: \5 u矢量 vector5 q; E. f( |+ W6 H( y9 y4 F% V
輸出功 output work [$ z1 O8 M# _. [( J
輸出構(gòu)件 output link) [4 x) T2 M5 Q, G, O
輸出機(jī)構(gòu) output mechanism
" q9 ? @, T+ T輸出力矩 output torque7 f2 o; v/ _; G1 Q" \% A8 X
輸出軸 output shaft9 E! B. Q5 }' G) t% K% r$ I+ |
輸入構(gòu)件 input link4 Z& O. D( [# X5 o5 b$ z1 o
數(shù)學(xué)模型 mathematic model
& I" u+ A- B# N; K0 E* Q實(shí)際嚙合線 actual line of action
/ _4 L) n9 m1 V1 e6 x; _雙滑塊機(jī)構(gòu) double-slider mechanism, ellipsograph# W5 O5 v- u6 K* ]* U- d
雙曲柄機(jī)構(gòu) double crank mechanism+ |! l9 b0 V# ~. W+ w6 B7 m1 b$ x7 }9 A
雙曲面齒輪 hyperboloid gear) Z* B- m; h" Z) D$ a
雙頭螺柱 studs
1 P8 S6 O# G: N" D: d雙萬(wàn)向聯(lián)軸節(jié) constant-velocity (or double) universal joint# ]! }2 |; v2 v% E5 p5 ?& \/ o
雙搖桿機(jī)構(gòu) double rocker mechanism7 M- t' M/ m7 U+ g1 h
雙轉(zhuǎn)塊機(jī)構(gòu) Oldham coupling
) K) f1 b! n4 A% P4 R T雙列軸承 double row bearing
2 ?3 |9 a7 s6 ?! o- ?2 N/ t雙向推力軸承 double-direction thrust bearing
6 c) G% C# B9 h3 v7 [8 q松邊 slack-side7 f4 z1 n+ u! _* _, i
順時(shí)針 clockwise9 \% h$ M5 S j% g4 _$ u- L. A' z
瞬心 instantaneous center
* }- G; q+ L: U( u9 t死點(diǎn) dead point
: O! N; U1 {+ n w9 M4 U四桿機(jī)構(gòu) four-bar linkage
6 M) D4 O4 l0 k: V( Q, o速度 velocity
3 C" J, W3 J# E M7 p速度不均勻 ( 波動(dòng) ) 系數(shù) coefficient of speed fluctuation
% U9 J: n4 K! x! q速度波動(dòng) speed fluctuation% } r3 ]/ d' X1 D0 q
速度曲線 velocity diagram# U J% j& p' M9 U
速度瞬心 instantaneous center of velocity
2 \5 w4 ~; S7 e8 a" J' D塔輪 step pulley ' s7 L8 O5 Z$ B
踏板 pedal . I1 F1 @" j* [- o; f% }! F, m) d- p
臺(tái)鉗、虎鉗 vice5 s( [. \& n6 ?/ u5 }
太陽(yáng)輪 sun gear& t) v% P8 J1 e' i
彈性滑動(dòng) elasticity sliding motion
# U. f% @1 C K彈性聯(lián)軸器 elastic coupling flexible coupling6 l/ k0 H1 y% a% d: _' W- a
彈性套柱銷聯(lián)軸器 rubber-cushioned sleeve bearing coupling, x6 e. l& @7 S; I
套筒 sleeve
1 D' e' j" d# |9 ]5 D& t5 \" {, N梯形螺紋 acme thread form
, r' T3 D. a2 X6 Q5 T特殊運(yùn)動(dòng)鏈 special kinematic chain) x, M* U4 w: E
特性 characteristics' g, Z0 \1 M: G' J2 J3 p: S, N
替代機(jī)構(gòu) equivalent mechanism3 ?( N1 y! S" ^0 l; [, F ~/ R' @
調(diào)節(jié) modulation, regulation- w+ D& d' {; R. |+ C" [
調(diào)心滾子軸承 self-aligning roller bearing
% g" @: C& A& O3 F& k- x& p調(diào)心球軸承 self-aligning ball bearing
: X" z/ E& h/ G調(diào)心軸承 self-aligning bearing
1 Q" v- o7 R# G& `調(diào)速 speed governing
5 }2 @, }) Z8 b9 [0 Z, k4 O調(diào)速電動(dòng)機(jī) adjustable speed motors
% i/ d* O' s- k調(diào)速系統(tǒng) speed control system9 ^) C/ f v$ N+ x( B. N
調(diào)壓調(diào)速 variable voltage control" e E! \, i/ [7 z) q- u
調(diào)速器 regulator, governor0 \2 }1 g' L% n6 q
鐵磁流體密封 ferrofluid seal g' C- R! a- j) R6 D" s$ s" ^/ U
停車階段 stopping phase# q% S2 q! I( w& v8 r
停歇 dwell& l2 D% D- _$ D* q6 @
同步帶 synchronous belt
2 y) u6 ]2 k5 }* M同步帶傳動(dòng) synchronous belt drive
0 ^3 \3 s3 w8 o0 V' X凸的,,凸面體 convex
" d+ [" W$ h3 Q. \0 G7 i; P8 ~凸輪 cam
/ W$ ~$ B) ~- h3 J# {% U/ m$ C7 u2 ~凸輪倒置機(jī)構(gòu) inverse cam mechanism
( H7 I( Y2 g+ ?" v! s0 `/ A凸輪機(jī)構(gòu) cam , cam mechanism n _) L, v/ ~1 X& P
凸輪廓線 cam profile
; z( h1 l- x, d& p7 X9 }凸輪廓線繪制 layout of cam profile( l( m* }% k5 s2 G
凸輪理論廓線 pitch curve4 v" x; z: V5 W- O7 o m
凸緣聯(lián)軸器 flange coupling7 M r' ^3 \$ G Q; [
圖冊(cè),、圖譜 atlas
2 F6 A% A! ^2 g3 k/ X圖解法 graphical method
2 T; s* s& C9 y/ V: C+ w推程 rise- g7 O( S+ O7 P; R2 S* v
推力球軸承 thrust ball bearing
% r2 q$ ~7 L2 S/ u, E6 T推力軸承 thrust bearing. H: L7 b2 L) c! W4 ]
退刀槽 tool withdrawal groove) f+ e- V# D4 m2 {) I
退火 anneal: W- R% k4 y6 a- O1 \
陀螺儀 gyroscope
( J: P7 q6 i4 d. R* L% i1 ^3 {V 帶 V belt
9 O2 c" K8 j1 S# Y7 W' x. p外力 external force ( p7 m* w7 z1 B/ b7 A) i' ]- K
外圈 outer ring
+ y5 s7 Y* c7 k* t! A" ~外形尺寸 boundary dimension
, N2 H! j6 [0 R萬(wàn)向聯(lián)軸器 Hooks coupling universal coupling+ G: v+ K* d. x9 }" @" Q( M6 i
外齒輪 external gear5 [% c% V1 {* H7 \6 U
彎曲應(yīng)力 beading stress+ x: B6 J. @: h* u
彎矩 bending moment( Z B( D0 N& D% G5 u
腕部 wrist) X$ z/ w( a! q1 F4 t% m2 A+ K
往復(fù)移動(dòng) reciprocating motion
, E# H/ I" ^$ S$ b) l7 K& Z往復(fù)式密封 reciprocating seal
/ q' b2 w+ z$ G8 o4 k* G1 E5 D網(wǎng)上設(shè)計(jì) on-net design, OND5 O b t+ w9 s3 X& V
微動(dòng)螺旋機(jī)構(gòu) differential screw mechanism
7 w/ Z1 r6 q$ `1 R- }4 j" h$ j位移 displacement
: o6 b+ j1 C) P; S$ [位移曲線 displacement diagram
0 ]: F/ N- A# [5 o7 c位姿 pose , position and orientation* G$ l3 O7 T9 K1 V0 D3 X
穩(wěn)定運(yùn)轉(zhuǎn)階段 steady motion period
3 r7 K; }7 ]$ M4 L# d穩(wěn)健設(shè)計(jì) robust design
" V, E3 I1 k7 t蝸桿 worm
% K; y1 [, @1 e9 d6 M& _蝸桿傳動(dòng)機(jī)構(gòu) worm gearing& @$ Y8 J. \/ D" d
蝸桿頭數(shù) number of threads0 [. s( f/ D! e/ W6 l
蝸桿直徑系數(shù) diametral quotient& {( f7 ]* k+ s) W
蝸桿蝸輪機(jī)構(gòu) worm and worm gear1 b) b5 u' f7 S* V! } D
蝸桿形凸輪步進(jìn)機(jī)構(gòu) worm cam interval mechanism. l* a8 F2 a6 ], U* C, W) c
蝸桿旋向 hands of worm
1 t; J1 i/ g. k; ^" R7 S9 z' M蝸輪 worm gear9 Z7 X+ O4 R5 k: a$ D8 P; a
渦圈形盤簧 power spring: h, s' E. d% M
無(wú)級(jí)變速裝置 stepless speed changes devices5 _5 c. ^" i& Y
無(wú)窮大 infinite
7 F+ L" O& K0 L1 ?系桿 crank arm, planet carrier
4 e5 I" W- G7 Y現(xiàn)場(chǎng)平衡 field balancing
7 h' C0 ^5 V# P5 N3 s C4 ]5 W向心軸承 radial bearing
9 e# L7 E6 A' x: ~7 i向心力 centrifugal force4 A+ d" ^0 j5 ]1 j4 Z' u7 P
相對(duì)速度 relative velocity
1 e3 g8 s) n5 M) B" a" F相對(duì)運(yùn)動(dòng) relative motion
! M4 T! J' |" w$ }- E1 M相對(duì)間隙 relative gap) D9 j1 Q$ d' ^2 U. ^& ]
象限 quadrant
; B1 c8 c. k5 ]橡皮泥 plasticine
7 G1 \- C$ H+ c, G細(xì)牙螺紋 fine threads
; a# P& M5 |; w( r' @銷 pin
6 d/ Z3 r% i- E6 {: f E. v( k- @消耗 consumption* n: w/ O( o. C! l
小齒輪 pinion( u0 A ?, T; s0 @5 t1 R
小徑 minor diameter
0 F. U' `% H% E- q+ E橡膠彈簧 balata spring
; e7 f6 g' D( m1 G6 p- |3 H修正梯形加速度運(yùn)動(dòng)規(guī)律 modified trapezoidal acceleration motion4 L2 `2 b/ G, Y; l) N) p# c
修正正弦加速度運(yùn)動(dòng)規(guī)律 modified sine acceleration motion
& K/ h9 H5 o& q9 N+ b/ V) @斜齒圓柱齒輪 helical gear
: F, J+ z! j0 M: O6 J, G斜鍵,、鉤頭楔鍵 taper key
$ l; K4 O4 X. W7 y) d1 P泄漏 leakage
1 o$ M; @/ l" `- a) ^# ?諧波齒輪 harmonic gear# j! s: }+ R( T6 `
諧波傳動(dòng) harmonic driving( Q1 ~% W, N1 R1 m) u7 y, \
諧波發(fā)生器 harmonic generator
* s, N( d6 ?+ J7 C& P; s- }; ]斜齒輪的當(dāng)量直齒輪 equivalent spur gear of the helical gear
5 M- T1 A( \% \/ B心軸 spindle$ m& R# [' g; T
行程速度變化系數(shù) coefficient of travel speed variation8 S j( l6 P" A: N. q9 r( i
行程速比系數(shù) advance-to return-time ratio* |3 t$ r+ P( t1 q2 P5 T" b
行星齒輪裝置 planetary transmission
- t! { g' D+ R* X- O0 Q* K行星輪 planet gear
. B$ U; I8 j& V' \" U3 C6 X+ W行星輪變速裝置 planetary speed changing devices: p* \. Y9 p Z
行星輪系 planetary gear train% f% |- l* V x4 I3 Q9 P. v. R
形封閉凸輪機(jī)構(gòu) positive-drive (or form-closed) cam mechanism
% ]% _% O. i1 F虛擬現(xiàn)實(shí) virtual reality
* j3 ^& x7 Y& l* b虛擬現(xiàn)實(shí)技術(shù) virtual reality technology, VRT
# y$ }1 W2 e8 C5 P虛擬現(xiàn)實(shí)設(shè)計(jì) virtual reality design, VRD% }4 ?) W1 f5 v( x0 {" x
虛約束 redundant (or passive) constraint
1 O9 F1 x8 F- ?* r' f& Y) |許用不平衡量 allowable amount of unbalance
% I! `, u/ z$ I許用壓力角 allowable pressure angle
. _: _! E% X8 w# w5 K. B4 J. o- i許用應(yīng)力 allowable stress; permissible stress
- j- P, A* G; h5 h3 Q* f! o懸臂結(jié)構(gòu) cantilever structure3 @: D9 W2 u+ {- ]
懸臂梁 cantilever beam
: N" N( B* ?( \2 q, d9 |循環(huán)功率流 circulating power load; M3 {- H, E# e$ R* {
旋轉(zhuǎn)力矩 running torque5 d. j: E, {- V
旋轉(zhuǎn)式密封 rotating seal1 C2 Q6 ?) o6 R$ \ u6 s" g
旋轉(zhuǎn)運(yùn)動(dòng) rotary motion4 j( P& S6 K! E, r$ ^7 `) r% @
選型 type selection+ K; e `( q* v1 J" i
壓力 pressure ) y } d+ S3 x; ]; p b5 w" M
壓力中心 center of pressure " z( n4 `9 t2 { m& T$ M
壓縮機(jī) compressor4 w2 }/ t0 I/ C, z' l" Q( f) v
壓應(yīng)力 compressive stress9 O7 k; @& f5 g) }
壓力角 pressure angle8 G# [. a1 ~/ t( \
牙嵌式聯(lián)軸器 jaw (teeth) positive-contact coupling/ p0 K' y# z: ~
雅可比矩陣 Jacobi matrix# L5 n$ A& ?6 `/ K
搖桿 rocker
: r. X' _: \7 u6 \. P8 Z液力傳動(dòng) hydrodynamic drive
! ?. {1 B6 ^, S2 ^0 r s1 W/ T液力耦合器 hydraulic couplers2 ]* L- ?: v& b% o, B
液體彈簧 liquid spring. o8 |2 L7 a3 _
液壓無(wú)級(jí)變速 hydraulic stepless speed changes6 E6 S# C- V( U x$ c+ ~) {2 K
液壓機(jī)構(gòu) hydraulic mechanism3 o* e; s6 h$ K; g
一般化運(yùn)動(dòng)鏈 generalized kinematic chain
+ y3 c+ a/ D: z9 _9 {; y移動(dòng)從動(dòng)件 reciprocating follower
+ |9 Z( u* {& ?7 b9 r6 B移動(dòng)副 prismatic pair, sliding pair
% l6 ?% c/ b; ?9 J7 q% ?; L移動(dòng)關(guān)節(jié) prismatic joint
; q7 k% B! w$ }# k移動(dòng)凸輪 wedge cam ^& K) ?9 K3 m, T E% r7 x
盈虧功 increment or decrement work
( ^8 [/ f& M' r7 L3 ^應(yīng)力幅 stress amplitude
, p j! K5 l7 \8 ]8 U5 G應(yīng)力集中 stress concentration
" `/ _! `8 L/ ?# }& K應(yīng)力集中系數(shù) factor of stress concentration
' V) X2 u" I/ e% S% ]% q: d應(yīng)力圖 stress diagram
# o* p* B' h- b- Y9 M4 q- A/ `應(yīng)力 — 應(yīng)變圖 stress-strain diagram; }# H/ L6 b2 r8 f0 e& @1 I2 W
優(yōu)化設(shè)計(jì) optimal design( U) G$ k5 U# d, _
油杯 oil bottle
* T7 T# U3 ]0 \7 J. G; a油壺 oil can4 Z# P+ T5 V3 b0 u P; T1 @. g6 ]
油溝密封 oily ditch seal
5 |- X' Z8 g# q/ ~7 N$ t有害阻力 useless resistance
' P+ @" _+ d: }+ i R! r" J- [有益阻力 useful resistance/ _4 `9 s( C. F4 Q" E
有效拉力 effective tension& |$ \/ x+ P0 e9 L8 u3 i7 l! w
有效圓周力 effective circle force
3 l. Z Q- V. V有害阻力 detrimental resistance
2 n4 n$ h# R# C& R7 P余弦加速度運(yùn)動(dòng) cosine acceleration (or simple harmonic) motion6 L9 n9 T1 ^9 @ b
預(yù)緊力 preload3 `" S+ z/ o- `/ \" u$ `2 O
原動(dòng)機(jī) primer mover |
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