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那位大哥帮我翻译一下 ,谢谢了 !
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Worm Gear Data Table 0 _/ j! [# N" z5 E+ i
Gear Ratio
) V/ e- ~4 G& ?8 o. j& bWorm Tooth from AGMA 374.04
" ~4 P/ Q: D1 B# L. ZNumber of teeth
; l5 b3 N k1 E( ioutside diameter
: U9 \0 T2 k5 m6 m, r( Veffective outside diameter
: T: |8 y) o# H9 Troll at outside diameter
9 c9 ~9 p6 _+ b9 H, n) y f gnormal TT at effective outside diameter 5 |$ I F& F+ K, s/ Q7 }* U
reference pitch diameter
7 Z% c0 z2 H9 K" n3 n) [& Qfinished normal tooth thickness
+ u, K' M# J% D. M: \total normal finish stock! p3 ~" E! v+ W& L# Q/ H: M
on tooth thickness
2 l! U. b7 b+ w! I0 ^reference helix angle
. ? q0 s2 e2 k3 @, j; frefernce lead angle
9 _: t& p3 j$ `8 phand of helix and lead angle ; n5 V: a B( I9 q# J# T8 c' f
Min Bi- rotation face
$ E% O' E; [# _5 ~+ H
* P/ m; R& E, X2 h8 R8 [8 PNormal Plane 1 b* h" W. ~$ R2 _1 C
base backlash 背隙5 {0 T- D8 D; q5 h( p. `
diameter pitch
' k! d2 S- V" e, Y% acircular pitch
% t; f. M+ D1 b ?4 Epressure angle % ~4 X$ o4 F4 n4 f
moudle
. e0 _' d( ?: _1 M1 _. ^, ?base pitch
. b) s3 E" D4 q; v
" A0 G: n/ \% _3 Z" BTransverse Plane
! d* n$ z2 Q- Idiameter pitch
Y; Y, R; f) O; ncircular pitch 8 \( z- U7 h1 i0 J: X/ m* ?
module
) ~8 w5 A: n5 q) g: E9 {- ~pressure angle
]& n- R( M! @- K+ K; zfinished tooth thickness W% G- o* R' J ]7 z, h/ @
base pitch% ]! K+ Z2 _. E2 v9 V: n
base helix angle ; w9 v. L0 [4 I- ^4 o6 q
lead
" O& a4 V* J2 x0 c, `Inv/fillet intersection dia 3 \7 O* Q# J/ G$ R
roll at inv/fil dia $ G' B z6 m B& `! H9 t" ^" t2 d
root diameter, A( E. J4 N* L4 S: T7 ]$ b/ I; U
total whole depth
Y6 C& j- |; p! [0 lfillet radius ( root )( x# r5 b5 J) i# j! T
base diameter
( X- \, a5 I8 s+ [9 @tooth thickness - w0 K$ L% _2 q0 M0 w/ ^# B
angular backlash, ~0 J+ F& u% V3 U4 d+ z8 _3 u
start of active profile % b9 h, O, N& I' z. y m# J
roll at start of active profile
+ a& y/ ~4 ^2 F/ ^normal tooth thickness at start of active profile 0 p6 G' T1 j2 N; Q9 F" M/ y
normal space at start of active profile root clearance
, D7 B5 r/ A; o: T+ H/ }( `# w2 O) p7 g2 C
Operation Data- f) v# e+ }- Z2 v4 z% W
seperation of pitch planes
7 X+ X7 G( J0 x* }; z2 V) G7 Qcontract path to centerline
# j* E8 E* y8 nworking depth3 x2 A) x8 q- |" r
design center distance 5 _6 m, _1 N! u/ f
* b0 S0 q) K2 o& e- dBasic Rack Form Data: t# @" Y, S/ }& v; ]9 O- y
Flank Angle 8 O% B' H* }2 M, ?# o0 g
Rack Tip to Ref. Line 3 i8 H+ U! _6 q6 ?
Rack thickness at Ref. Line
: h: g4 S4 L) e+ n% v0 n" L/ |Tip Radius ( root ), m$ \+ {$ g/ X# f% M5 n' i
# o/ D1 @, O% l4 M" S3 D3 ]. \Worm Gear AGMA Q8 B-BR-1
7 J" x6 b& Z8 J" XWorm Runout Tolerance
+ p5 [2 t5 h1 f* A, K! wWorm Profile variation 8 e6 O& @3 {' c' a/ X
Worm Pitch Variation + W0 d2 U6 o6 P7 g0 {
Worm Total Accumulated Pitch Variation
8 a7 G. F; S& g% ?8 RWorm Lead Variation Tolerance
, B: y" B* g( D! G1 T0 x6 `& sWorm Lead form tolerance |
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