|
- UID
- 61711
- 帖子
- 14
- 主题
- 10
- 精华
- 0
- 性别
- 男
- 来自
- 重庆
- 在线时间
- 33 小时
- 注册时间
- 2009-2-24
|
轴承宽度 bearing width 5 v- ?% Q$ L' _. g
轴承内径 bearing bore diameter
2 ^1 ^4 S4 s: |! R轴承外径 bearing outside diameter - C" x; q/ t/ V- d* I7 q
静载荷 static load ) U* q! W" i' t
动载荷 dynamic load 5 \* k( f* Q# y+ m
摆动载荷 oscillating load
& j' o k3 m" }7 _' B: e变载荷 fluctuating load
4 v! J9 R0 R- k" U* ~3 b& _- [当量载荷 equivalent load
3 x, ]/ M; h1 f额定寿命 rating life % p2 @ h+ \/ ]0 V1 p9 P
基本额定寿命 basic rating life
1 x: n& H6 `" _' U: R/ E0 S# v修正额定寿命 adjusted rating life
2 q) U2 N/ p8 s" m6 F4 \径向载荷系数 radial load factor
3 h& d* V8 _" U7 |5 A. v; I轴向载荷系数 axial load factor & j9 r' j# [/ S6 _4 w
寿命系数 life factor
8 I# T* @& @: B) J. ?# V速度系数 speed factor % w( I* e1 | C) Y% J
弹簧 spring ) U1 J# f8 m9 O' b7 g7 |5 i: N
螺旋弹簧 helical spring
" O' P# u8 {% T$ A2 x$ x+ _圆柱螺旋压缩弹簧 cylindrical helical compression spring ( v( E8 ~1 I! s q
圆柱螺旋拉伸弹簧 cylindrical helical tension spring
) S/ }; W$ L0 o( }) R$ l圆柱螺旋扭转弹簧 cylindrical helical torsion spring
% \% J9 r; {6 v/ v# X* n不等节距圆柱螺旋弹簧 variable pitch cylindrical helical spring / \' d# X9 q& M) H6 q
多股螺旋弹簧 stranded wire helical spring
" r2 k( e4 x2 @# |" y8 U$ i密圈螺旋弹簧 tightly coiled helical spring * G, _1 M$ e, r, l' Z
截锥螺旋弹簧 conical spring , y1 C; ]- n% a" b* w
截锥涡卷弹簧 volute spring
! D: Z, [2 P/ `9 ^; o) t; D平面涡卷弹簧 spiral spring " s8 f* R/ V8 d3 {6 U3 ]$ T
碟形弹簧 belleville spring
+ L' |( n, Q' Y# ?环形弹簧 ring spring
& q+ F% L% S7 d% e, Q板弹簧 leaf spring 0 h. i! l- J {
等刚度弹簧 constant rate (stiffness) spring 8 Z; v7 d! ^3 t' V1 o
变刚度弹簧 variable rate (stiffness) spring , f0 Y, ^) S8 E3 N) V7 q
组合弹簧 combined spring ) ^ j0 Z) N v( v" N5 U( ?0 k
片弹簧 flat spring 0 g1 J z N* |* t; i1 O
橡胶弹簧 rubber spring ! q8 N6 D, O. p* ~
空气弹簧 air spring
( n) Z' c4 o4 P& }& ^节距(弹簧) pitch (spring) 8 B+ H( B3 C5 y: r1 P1 b2 |
自由高度(弹簧) free height (spring) / ~; U o7 O- h* I, u: V6 s
工作高度(弹簧) working height (spring)
( @1 q0 j9 O2 ~工作载荷 specified load ' b* @: O7 X) z9 S
极限载荷 ultimate load
* r" b, r6 D$ J" ~' z3 c: n总圈数 total number of coils 7 l c+ [/ Y. c- j6 _
有效圈数 effective coil number
6 w" d$ F; v( d9 u极限高度 height under ultimate load
" ]2 S4 N0 [* a弹簧中径 mean diameter of coil
" f+ F) E, r) c旋绕比(弹簧) spring index (spring)
$ x* ~! q W" }7 x" y6 X0 w+ p曲度系数(弹簧) curvature correction factor (spring)
5 f: a" f6 \$ \# h% P A: m: d& b, c- T高径比(弹簧) slender ratio (spring) 2 A$ ]1 [/ s$ o! A8 i: y, M" w
压并载荷(弹簧) solid load (spring)
3 h! v, E# w! {5 y" g4 f. Y, ]压并高度(弹簧) solid height (spring) $ L& ?: I' Q" S8 M8 v+ C# k1 A1 R
扭转角 torsion angle
1 N( \3 B H6 |/ k a: Q$ G* y& y c弹簧柔度 flexibility of spring t3 p8 Q4 _9 v" N6 Q
传动装置 transmission, driving 6 K- b3 X8 d1 }
传动比 speed ratio, transmission ratio # N; w, h5 ~4 U8 U3 W* U; Z
增速比 speed increasing ratio % L/ z3 e, a6 m
减速比 speed reducing ratio
, \/ n. p. I4 e0 q无级变速 infinitely variable speed " f5 d% L+ ?$ a2 y
减速器 speed reducer
+ l. l, V# ~' I9 T( a2 b! x( S# d导轨 guide rail
5 N% M5 S# h# [+ G- {摩擦轮传动 friction wheel drive5 L% ^, I% \* G
齿轮传动 gear drive
" e, Y4 g. Q4 I6 F8 a8 K! M齿轮 gear
% ^# l- S1 R- e' Z) B' t% K平行轴齿轮传动 gear drive with parallel axes : Q/ C/ ]9 N4 X$ h/ P$ `- \; P
相交轴齿轮传动 gear drive with intersecting axes
/ p2 r1 O C [' _交错轴齿轮传动 gear drive with non-parallel non-intersecting axes
3 Y, A, v$ E e. s2 C8 B {小齿轮 pinion . @( l! J9 e" X/ l7 x: `+ p/ |
大齿轮 wheel, gear * Y+ J) v: A& `) z, F
主动齿轮 driving gear + X: I. b- z. E9 a1 n/ p
从动齿轮 driven gear % Y) h- J2 m5 [3 u) f; e' x7 L+ o
外齿轮 external gear
! m6 }# {% o. d) V& v内齿轮 internal gear
- T" g$ k! d9 a2 z6 {$ _中心距 center distance
$ [& b: P, d8 X; f: k齿数比 gear ratio 2 E& u2 C4 S( P2 J, I
连心线 line of centers
/ ^ X# b* V0 p, V( s$ P轴交角 shaft angle 8 t9 e8 D6 n5 o" n; f q9 l$ a& g
轴平面 axial plane 9 q+ w/ G1 S; |( g" o; `
基准平面 datum plane
/ b5 t3 ?9 G' n7 _7 V2 D# n$ I7 y法平面 normal plane
8 U* [2 x6 t0 y( U, i' M基本齿廓 basic rack tooth profile / o: L1 ^' _, M; B* f: C7 D
基本齿条 basic rack % J8 E, j: n" y. E
产形齿条 counterpart rack
$ h7 t7 n0 D6 h5 j轮齿 gear teeth
: N0 ^ I' \3 K2 B8 [齿槽 tooth space
' X4 j. h+ S& }; p' j. I* \/ |左旋齿 left-hand teeth
" U5 b9 e) [' o" Z1 r右旋齿 right-hand teeth ( p# U, {- ]# P' {; f( B
齿面 tooth flank 0 [# w; s( \* f
同侧齿面 corresponding flanks . C0 P( Q! w3 u
异侧齿面 opposite flanks
+ x1 {+ V8 A- _; T, X6 G% B! P工作齿面 working flank & W; h7 o! q: X& Q) S
非工作齿面 non-working flank . A a6 K, l. A' H
相啮合齿面 mating flank ! d7 c! Q9 J: ?4 \" x, q/ {
共轭齿面 conjugate flank " q. L: l) ]0 P# \
齿根过渡曲面 fillet
# u/ d9 Z/ \* ~# o4 M1 O齿顶 crest 3 \: Z+ \6 _1 Z, r6 h
齿槽底面 bottom land % E; w# J0 |- ]2 D; d& i6 v0 Q. C6 b
齿廓 tooth profile " F* }( C$ q8 ?0 N: P) {
端面齿廓 transverse profile ; i+ q( i: z2 c/ A1 d
法向齿廓 normal profile / R& \! B% ~0 k
轴向齿廓 axial profile
+ z$ v' G% E6 U( t) E% w% n背锥齿廓 back cone tooth profile 1 w& H* w& |/ w, P) M
渐开线齿廓 involute profile
9 V; R: d) n! W' Y直线齿廓 straight-side profile 5 V3 n5 D: F' |7 d
摆线齿廓 cycloidal profile / }, g% b. {# ^8 [ t. F
圆弧齿廓 circular arc profile + O- V! j- i2 J( b* l- B1 @
共轭齿廓 conjugate profile * _! F: M1 B/ z5 s! ~
齿高 tooth depth 9 X& v' | |( h1 f4 G
齿顶高 addendum
# f0 r7 \' |, b$ z8 I齿根高 dedendum
$ Y9 [( X6 V3 }. m弦齿高 chordal height ! {$ P0 [' b; I3 Q1 v
齿宽 facewidth # B4 G2 w1 t0 k; Q/ M, c
齿厚 tooth thickness
, r" O$ P4 L, _, y( y9 L. {, W' }模数 module 3 \, v0 }% a2 K% \* [* `) F
端面模数 transverse module
2 X1 [" ?! v% l# R法向模数 normal module
/ A8 q5 Y+ T$ ?2 K d轴向模数 axial module % O4 t6 `. r$ b6 H) k2 ]* R
径节 diametral pitch $ \8 U! M9 Q$ _: v2 R
节径 pitch diameter
6 D5 P$ _( C) F3 y3 C齿数 number of teeth
) X8 ~' [5 A$ i0 u( w3 y; X4 ^3 g当量齿数 virtual number of teeth
. o& t; ^! i* f' z8 ]+ E头数 number of threads
- }1 N9 I1 D- n& {( V% O圆柱螺旋线 circular helix 6 Q% E% x9 S' @, }: c' f/ E% \$ H
圆锥螺旋线 conical spiral 3 s% [+ Z4 |3 D& n" i
螺旋角 helix angle
$ A1 l& M' q! T" x1 ^导程 lead 9 _+ Q7 \" ~- [' A% p1 n$ I2 A: Y9 E
导程角 lead angle 2 _: N; L' q7 T2 H1 C
阿基米德螺线 Archimedes spiral
9 @- F4 \- E4 Z3 E; i( U$ Z摆线 cycloid % K% b2 d- d: q5 o
长幅摆线 prolate cycloid ^/ h" D2 F4 C) _7 C0 m
短幅摆线 curtate cycloid 4 S; w: y' Q( @. z& _9 g, y
外摆线 epicycloid
9 f. y) U0 v% E! y* f4 `) f5 y长幅外摆线 prolate epicycloid + ~! k( C* ^$ f0 V; k% x
短幅外摆线 curtate epicycloid
6 P( g7 y4 M# s4 o2 W* @0 S: i内摆线 hypocycloid
" ~' I0 k. p8 p( e0 E) @渐开线 involute
) R' G" i( y/ {7 ?0 F/ x延伸渐开线 prolate involute ( \7 {6 W7 i9 V" P0 j- p/ m
缩短渐开线 curtate involute
. }, R: A' k6 `! x% U- g球面渐开线 spherical involute
# o3 E9 b' J) [ ^/ w4 z1 j" m& C阿基米德螺旋面 screw helicoid W! f9 B$ S9 \! |; M
球面渐开螺旋面 spherical involute helicoid , s+ d# c4 B# T& y! r ^# R
圆环面 toroid ) m% A& ~2 ^. G' U! ~' s
干涉 interference
) Z8 U3 D! p) L4 U# i齿廓修形 profile modification
! g5 E; ` H# F* ^8 ~' J! s修缘 tip relie 9 U7 S- p+ {% k/ R f+ h4 i
齿向修形 axial modification $ h% Q& x9 L) P. Q
齿端修薄 end relief 0 T0 X6 `1 X4 |
鼓形齿 crowned teeth 8 ?! d# Z7 T. g; ]: F+ y
根切（挖根） undercut
0 u7 k/ e+ P6 V+ }啮合 engagement ! R# A/ { w+ p; P
啮合线 path of contact
% A5 U( c U5 C$ Y" x" }: |' r端面啮合线 transverse path of contact 9 y6 A M8 H3 O2 Q
啮合曲面 surface of action
6 q0 N6 [/ b. I2 v) T1 C作用角 angle of transmission $ t, [1 l* M/ k. E- X
总作用角 total angle of transmission
* F! x G$ z7 m8 X$ U7 e作用弧 overlap arc $ C; X# f- e, l' i. e- L0 E5 [* J
总作用弧 total overlap arc 4 I) P) `! {1 {" z% l
端面重合度 transverse contact ratio
7 Q) h, b8 n, m( Q4 ^9 D纵向重合度 overlap ratio ; a2 W! Q& r n5 Y. a
重合度 contact ratio + r/ C1 d1 W- E8 U
标准中心距 reference center distance 0 j, v. ^4 {1 ?: r. m
名义中心距 nominal center distance
* s4 B0 d$ u ]7 A6 G径向变位 addendum modification 3 [7 C* a- ?" `% m; b3 O, l ~7 z
正变位 positive addendum modification 7 n) `" |0 h4 @' s1 M# F
负变位 negative addendum modification t T; H u, a9 o
非变位齿轮 X-zero gear
: S [# x) n, K变位齿轮 gear with addendum modification " {, Z( ?$ R- g0 }0 x2 ~
径向变位量 addendum modification (for external gears) - b) r/ q0 R/ B
径向变位系数 addendum modification coefficient , T% b, v$ h3 ~. B4 U
变位齿轮副 X-gear pair, modified gear pair " l/ u- c4 x0 Q$ r2 V, r, |
角变位齿轮副 gear pair with modified center distance
8 P' s& t' A" f7 r( t/ c, u正角变位齿轮副 gear pair with positive modified center distance 1 T+ o. V! {4 d6 Z- N; y, I
负角变位齿轮副 gear pair with negative modified center distance
/ t; V7 G0 q: X3 [/ g5 R# J0 O高变位齿轮副 gear pair with reference center distance + }) L. k u, T0 y/ [; Z
中心距变动系数 center distance modification coefficient % _- {1 m; m* N) Z- x+ u! P
传动误差 transmission error
6 M) Q' r. j' D# A' K; F传动精度 transmission accuracy 1 \/ E4 v% G. W) _! V2 I; m
齿轮承载能力 load capacity of gears
! P0 K! @0 q: G! S$ b) Q0 O圆柱齿轮 cylindrical gear 8 T' Y; w* c. m
齿条 rack
+ C! o# @, q& p当量齿轮 virtual gear
" e o3 n( m$ M8 m! Y5 B直齿轮 spur gear & |- a5 ^+ ~" c8 y( l
斜齿轮 helical gear 6 p$ W' c& x, y2 ?
交错轴斜齿轮副 crossed helical gear pair
3 i" z' m% v) G; p8 C# D4 M人字齿轮 herringbone gear ,double helical gear 4 _) j/ F/ J" a) \
渐开线圆柱齿轮 involute cylindrical gear
5 s& z1 \* O, I3 x z2 {8 F, c* X! X圆弧圆柱齿轮 circular-arc gear
, i) s1 X# E! e3 ]! A9 U! H单圆弧齿轮 single-circular-arc gear
: P1 H ]( B" g1 F% M双圆弧齿轮 double-circular-arc gear
5 p2 }+ d% p; g分度圆柱面 reference cylinder
# @$ X/ k) J# s0 {( ^, i基圆 base circle
6 |6 R4 a7 B; B8 |( a! |/ y) F分度圆 reference circle
8 j. r' g4 I j2 g# V节圆 pitch circle + K7 E* b9 e& J: {' w2 P, O
齿顶圆 tip circle / P0 q" ^* V8 F) w3 @' V$ B
齿根圆 root circle ! x% E2 G1 e. V1 ~* v& X6 W8 |
分度圆螺旋线 reference helix
4 K6 M$ L( e+ `& Z. T# T节圆螺旋线 pitch helix : Z+ A0 X3 x! g. ?2 m' ~: P
基圆螺旋线 base helix
9 u+ ?* E; ]4 I \5 y& |8 O齿距 pitch ; R' J, j/ s( N5 G
轴向齿距 axial pitch
' i5 Q5 l+ z% W7 v法向齿距 normal pitch
' c! |- i3 x* D' [公法线长度 base tangent length 7 J+ j/ t' [- \1 n8 t% h( F
分度圆直径 reference diameter 3 @ } A, X+ K5 S2 C# p, t
齿根圆直径 root diameter $ s' v; `' e7 J! e
齿顶圆直径 tip diameter " Y9 K# {: a [0 m j5 K! r
节圆直径 pitch diameter " n( L- ~4 H/ G0 ]% [
齿根圆角半径 fillet radius
7 |5 j/ G" y4 @& d: A5 M7 X端面齿厚 transverse tooth thickness
, A- h; l/ m* }) l# J- I" S法向齿厚 normal tooth thickness
: R V) e7 {0 T3 d端面弦齿厚 transverse chordal tooth thickness
# ]! |& G* L2 l! h9 @# e6 x: U法向弦齿厚 normal chordal tooth thickness
& i: v- [* D+ s& ?3 G0 V9 e; ^齿槽宽 spacewidth 0 u J: ]/ z) `, Q! M0 ~2 v
齿厚 tooth thickness
) p, \5 }) [! e1 {! c齿厚半角 tooth thickness half angle - Y5 ? F' [* T/ h8 p
端面压力角 transverse pressure angle
, d: K8 Y5 D$ l: y T: C9 w! @法向压力角 normal pressure angle
8 U3 ~' [2 z. u; `压力角 pressure angle
1 X' @2 f/ j) \; \; n& H6 j齿形角 normal pressure angle 3 b, ~6 b- R! A! e+ K$ W: K# K
啮合角 working pressure angle
( {5 n. ^ K6 M- o- a2 z顶隙 bottom clearance
7 r& G6 P, F+ N1 u圆周侧隙 circumferential backlash ! E2 X! |0 A% \4 [, S) X
法向侧隙 normal backlash
/ ^( F" F# u2 _! | [行星齿轮 planet gear 1 L% D& w8 q( V( U9 i* ^
行星架 planet carrier
7 r N' s- F6 E0 s) F中心轮 center gear
" J% U! J. _! L% P4 n太阳轮 sun gear & t& i) i, N9 n
内齿轮 ring gear
% z: e& j4 b2 \3 c- f7 P( A9 q单级行星齿轮系 single planetary gear train
9 {* r9 L p$ M3 z" ~- `/ C" K多级行星齿轮系 multiple-planetary gear train
% _) s+ h! R4 x组合行星齿轮系 compound planetary gear train . F" }- N# W) ^/ J- d
行星齿轮系 planetary gear train . p) _/ m, G8 [8 Z8 T/ b- e9 k8 Y
均载机构 load balancing mechanism ! d3 q. R$ @: i! b* M0 \" K
偏心元件 eccentric element
3 B( X; m' W' n" w: l8 F2 }4 f T输出机构 output mechanism
$ ^' ?6 q+ j5 ~9 i- L& c2 o少齿差行星齿轮传动机构 planetary gear drive mechanism with small teeth difference 7 s' I5 [/ w. p; U" f; L- j
摆线少齿差传动 cycloidal drive with small teeth difference 6 e4 c" I' I( m+ ?
活齿少齿差齿轮副 oscillating tooth gear pair with small teeth difference t/ v9 c- m/ M* W
滚珠活齿 ball oscillating teeth
. M3 c; f# ~6 K' f推杆活齿 push-rod oscillating teeth
$ M- \$ o% ~& `7 @摆线针轮减速器 cycloidal-pin gear speed reducer
0 n( b. t) u' V' h* {- E. _- G; \针齿轮 pin wheel / Y5 d2 h1 V1 g* C
外齿针齿轮 external pin wheel $ `& _% o" u& j, E7 ~5 B- X: m6 u
内齿针齿轮 internal pin wheel
8 E, `9 G: @$ X# V5 B$ p外摆线的等距曲线 equidistant curve of epicycloid / b7 r. D7 ~6 L+ }
长幅外摆线的等距曲线 equidistant curve of prolate epicycloid
8 L3 {3 Y2 a1 r+ ?- ^9 x内摆线的等距曲线 equidistant curve of epicycloid
/ @, n1 m- v/ ^- T0 L! ^短幅外摆线的等距曲线 equidistant curve of curtate hypocycloid 3 E, j; l5 C8 n9 e
发生圆柱面 generating cylinder + `' P. h! e, ?8 y6 Z+ K6 d
发生圆直径 generating diameter
/ I, W: Z4 h9 |" A$ r' K4 F% [锥齿轮 bevel gear 0 |. d- q7 B) Q3 N1 M( n/ Q) }, M' R
直齿锥齿轮 straight bevel gear ! Z" ?9 f3 [8 F% ?5 j6 X/ D; Q
双曲面齿轮副 hypoid gear : q, k. Z' [2 O) n, z0 J4 r" L0 ?
冠轮 crown gear
, a& Z4 N3 z( p. N端面齿轮 contrate gear
3 b6 K0 o* ]) V+ w- f" V弧齿锥齿轮 spiral gear
5 O% A+ H" s# w9 ^( v' v摆线齿锥齿轮 epicycloid gear
! C9 y) b& l; V: d0 j' i平顶齿轮 bevel gear wuth 90° face angle
3 D6 h% d$ n" T k! b B+ d正交锥齿轮 bevel gear with axes at right angles
, D: y$ `6 @# S" G* u斜交锥齿轮 angular bevel gear 2 [0 |& O+ n& t) Z" ?6 V. t
左旋锥齿轮 left-hand spiral bevel gear / J: H; Z) i7 }. H, O) p
右旋锥齿轮 right-hand spiral bevel gear 5 Z _# t% e7 r) a" N
直线齿廓锥齿轮 bevel gear with straight tooth profile
$ I5 j' ]& E, \' Z6 d9 U8 W( O圆弧齿廓锥齿轮 bevel gear with circular arc tooth profile
4 _( l. |" ~' j4 k( C正常锥度齿锥齿轮 bevel gear with standard taoered tooth profile 5 e; R' L: j, s' p, y/ |
双重锥度齿锥齿轮 bevel gear with circular arc tooth profile
/ O2 c V9 j) Q1 d7 Z等高齿弧齿锥齿轮 spiral gear with duplex tapered teeth 3 I* {; H' \- D+ [* S
根锥顶点 root apex
4 o& Q& }& ~% f3 W! G+ P斜齿锥齿轮 skew [helical] bevel gear 4 E( W& x* j: a2 J7 @% G# K
曲线齿锥齿轮 curved tooth bevel gear
8 j# f, p8 d6 f6 V6 }节圆锥面 pitch cone
& N8 F+ q7 f, q$ b3 I! M7 f齿根圆锥面 root cone , q3 {- p2 i# I0 B2 {7 E" J
分度圆锥面 reference cone 7 ?4 L \- Y5 ? V& J, I2 {4 C
背锥面 back cone
5 H- x; Z2 p# }- v. z2 n, {2 p& P前锥面 front cone ' Q9 Z0 u/ g' V" s/ `; s
中间锥面 middle cone 5 H: m) B( n2 |& `* g
分锥顶点 reference cone apex 0 Z5 I4 x/ _6 o. a; ~
轴线交点 crossing point of axes
* A$ x2 t$ N* T: W8 u1 {公共锥顶 common apex : R: v, n, B2 Q
锥距 outer cone distance
& @0 [( ~6 P+ ^1 g$ a) c6 A内锥距 inner cone distance : D1 y0 s5 j( ^1 O- x
中点锥距 back cone distance 0 M }5 v' O. N
偏置距 offset & g, }4 U0 \% @0 n% r
分度圆锥角 reference cone angle 9 Y3 Y' v5 d. T% R' o
节圆锥角 pitch angle - @8 l* q8 \. D" W- h+ I' c
顶圆锥角 tip angle
# N6 z! Z' a9 v根圆锥角 root angle X% x& b+ H% P; C
背锥角 back cone angle & d+ w" X3 J+ ~0 u! [% v
齿顶角 addendum angle
; @) c' a! U5 J齿根角 dedendum angle 9 ]. k2 [/ b9 d% E+ d) i6 ~
产形齿面 generating flank
5 r( p( M! ~5 _8 K2 a凹面 concave side
`3 r% x6 I" n凸面 convex side 1 d4 }% D" h0 r8 O: @6 R
谐波齿轮传动 harmonic gear drive 8 g' z$ [, ?8 r5 ~2 J- U0 e
波发生器 wave generator 3 h; W6 n, B1 |" I5 i/ T4 \
柔性齿轮 flexible gear, flexpline
. \0 W$ D0 o; m" O& I4 t波数 wave number
) c& q8 C$ I3 Y% n1 H波高 wave height
6 G0 ?7 J: P2 ^2 ?2 B畸变 distortion
/ c: T" v4 X* J) \$ X, {4 f空程 lost motion 4 h5 U; q9 ^* U; m! ]
跳齿现象 slippage phenomenon ! @; r0 b/ T; g: I5 S8 ^. a
啮入 approach, engaging-in / `6 y( S/ m: }
啮出 recess, engaging-out
! A. ^& L3 n/ o. } A啮合区 tone of meshing, region of engagement 8 G6 `$ `8 r9 O2 p$ Q5 a
谐波齿轮减速器 harmonic gear reducer
$ j2 E7 k3 o, J- d径向谐波齿轮传动 harmonic gear drive with radial gear meshng # d2 o$ c. n' O7 G5 h' N
端面谐波齿轮传动 harmonic gear drive with transverse gear meshng f9 I. k9 ^! ^. C9 R
单级谐波齿轮传动 single-stage harmonic gear drive
" m5 h8 H) F$ P多级谐波齿轮传动 multiple-stage harmonic gear drive
6 |; r/ U! V& V波发生器长轴 major axis of wave generator
" b, U) V0 O3 q波发生器短轴 minor axis of wave generator 6 V' S* D, Y6 w+ {
蜗杆 worm
9 R7 f& k6 m3 b* c蜗轮 worm wheel 7 S0 N- E& v4 J) O: i" G
圆柱蜗杆 cylindrical worm 4 b8 Z& |7 b! d% }
环面蜗杆 toroid worm, enveloping worm
6 ^" r3 I! S: Z! y$ u锥蜗杆 spiroid
& w* g( k# v @7 V, ^8 K锥蜗轮 spiroid gear
4 Y% _* ?# w4 W& J& H1 A6 y标准圆柱蜗杆传动 standard gears for cylindrical worm gear 7 W; j! a- s' d) A: c! D
变位圆柱蜗杆传动 profile shifted gears for cylindrical worm gear
& O' H9 }: m8 l3 s单导程圆柱蜗杆 cylindrical worm 2 H3 W; P1 J* ~4 T2 I( x9 H
双导程圆柱蜗杆 dual lead cylindrical worm
: `3 G* M/ I% r阿基米德蜗杆 straight sided axial worm # r6 y, e. ^* l/ w8 u; D% T% l
渐开线蜗杆 involute helicoid worm + n5 r# f5 H9 h( N% |
法向直廓蜗杆 straight sided normal worm
+ p7 o7 {9 {+ g$ P锥面包络圆柱蜗杆 milled helicoid worm & b3 J' c3 X; `7 \
圆弧圆柱蜗杆 hollow flank worm + U; p2 Z: q {9 s
直廓环面蜗杆 toroid enveloping worm with straight line generatrix ! n# t7 q0 I+ o% X' L- e4 J9 p
渐开面包络环面蜗杆 toroid enveloping worm with involute helicoid generatrix
6 q; l+ e: X- `% v, l锥面包络环面蜗杆 toroid enveloping worm with cone generatrix 5 r$ n7 w d- Q7 Z8 I
中间平面 mid plane 0 B/ a2 @# N" b4 b: a
轴交角 shaft angle
_5 l3 H7 T$ ?0 R蜗轮节圆 pitch circle of wormwheel
% f6 ^0 z2 v* K6 b" m$ {9 ?; _: l蜗杆头数 number of threads of worm
6 ]+ d# @5 d- d. A, g蜗杆旋向 hands of worm 7 Q5 V- U* j* u5 {- v+ R
咽喉面 gorge ) B- j' M# `( x9 V
喉圆 gorge circle
& L$ p1 x$ M. l6 s3 k蜗轮轴平面 axial plane of wormwheel $ z% W: J# e8 o. e) ?
蜗轮端平面 transverse plane of wormwheel 3 F* B% T8 G2 S5 s0 |
带传动 belt drive
* \7 [" k; f' d" F- z平带传动 flat belt drive
0 w( ]5 z/ y! g4 e+ w4 n' cV带传动 V-belt drive
; n9 l2 `8 S3 s2 }# c# T3 K圆带传动 round belt drive
( v# _5 U' Q: L) L% O7 \" U8 T+ w同步带传动 synchronous belt drive
: s) X; s5 ?/ i7 n( \; r4 L, P5 H开口传动 open-belt drive 8 h9 c! V! f( t
交叉传动 cross-belt drive , _; z3 T4 _, q5 y
半交叉传动 quarter-twist belt drive
& k) `! q9 W6 k6 V+ i6 Z角度传动 angle drive
3 v: ^/ N0 ?% e7 g8 j主动带轮 driving pulley
( `/ X+ g& i! {8 k6 D0 N从动带轮 driven pulley
7 V7 j, v9 w' y+ u塔轮 step pulley 5 \" y6 @) \) R3 C: e7 W( |
锥轮 cone pulley
( e7 [0 Z! K: \; E8 a$ Z. H% m7 _导轮 idler pulley 1 R5 f3 c% g* W* D% h
张紧轮 tension pulley & ^- L/ s7 D3 E% M& G
带长 belt length ( K! }* j y: Q7 o7 x; J
包角 angle of contact ; E5 _2 ]# @1 o' m# ?5 q8 ~ \, e
滑动率 sliding speed 1 _' i' `( N; p6 W
初拉力 initial tension " S9 ]# V1 K$ [+ Y' f
紧边拉力 tight side tension
3 ~$ Y/ [; r5 y, v- \& X+ t/ B松边拉力 slack side tension
- F7 e! l1 n; d2 K2 ~有效拉力 effective tension + @5 z1 f9 P- o" H
离心拉力 centrifugal tension
" t% C& u0 T4 x% `3 ~ Y皮革平带 leather belt # i3 J9 f: ]* N6 Q
普通平带 conventional belt ' T' A j( Y: J3 I: C/ k
编织平带 cotton belt
! h. b, W- z. M8 ?普通V带 classical V-belt
1 U% d. @5 }0 Q& p6 S5 ^" N窄V带 narrow V-belt
! T5 h+ h* t7 r0 I; x宽V带 wide V-belt
R- V$ G; M9 Q. H- v. e s4 ~联组V带 joined V-belt # @8 h0 @& j2 R/ r5 n# Y
双面V带 double V-belt
+ {; g. f* b) h0 e: d; J* z B5 {多楔带 poly V-belt 4 D: q& j; y! @1 G3 O
基准宽度 datum width
$ M1 ^% e1 F# L( D基准直径 datum diameter
& c/ b, H9 [' ]: P有效宽度 effective width
m9 I) z* o9 z- i* K0 W, x6 \有效直径 effective diameter w, w; }( \% V0 H! k2 ?" u! O0 I
基准圆周长 datum circumference 4 Q! ~+ \, C, N, ~5 Q9 I6 q) K
有效圆周长 effective circumference 0 M/ f) ]5 z4 u5 E7 n1 h& r' Z+ z
节宽 pitch width
" p8 @: C* N( ~: |& `基准线差 datum line differential 8 c1 d5 o) ?0 P1 H* c5 K q
有效线差 effective line differential & Y) z% G: w; \0 x7 E0 d2 w
链传动 chain transmission ! k- Y2 f4 h9 V
链条 chain
% E5 F7 J8 o' ~" F4 r: o: |+ r4 @滚子链 roller chain 4 |6 ?1 K, k- s/ L" ?, O
单排滚子链 simplex roller chain # J" M# V4 g( L k# k, G
双排滚子链 duplex roller chain
# [2 S+ A) t3 {5 h# h L三排滚子链 triplex roller chain ! \6 c; o$ r5 I
多排滚子链 multiplex roller chain , G9 c ]9 R+ ^0 r6 Z: O+ ]4 m
弯板链 cranked link chain " i" R8 h* i5 r, Z" A4 y6 L( ~1 N
套筒链 bush chain * I9 v% O& d d2 x
板式链 leaf chain
* z% P$ b8 z0 b R# e/ E" u" [2 h& ^块链 block chain ~- z/ B6 a# h3 x( n" ]* H% Z
齿形链 inverted tooth chain
9 [7 s) F$ y& y# [; ?平顶链 hinge type flattop chain ' Q! N/ }2 r. z$ n! `
传动链 transmission chain
$ D2 t+ I/ l. {7 r7 {, o输送链 conveyor chain
4 m8 \4 C% ?2 O* [+ ]6 S内链节 inner link
, u4 [: r7 z/ h外链节 outer link R* `% U! I9 {* y
联接链节 connecting link 0 A2 L+ e+ X6 h
链板 link plate
1 L# C1 e/ M: W+ V! t链轮 chainwheel, sprocket |
|
|
发表于 2009-3-13 16:42
|