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那位大哥帮我翻译一下 ,谢谢了 !* P! R( ^) |' d4 M8 `+ g% ]& p2 `
* n) b( |# k6 U2 E! u) AWorm Gear Data Table " I* P- }2 X- P# s! a( G
Gear Ratio & q+ j2 l' w' c. u. {
Worm Tooth from AGMA 374.04/ r" Q5 F$ ]" ?1 @3 J
Number of teeth / }+ M: @3 v. F! s5 _3 q
outside diameter |" ~4 ]9 s- w( f, _2 W
effective outside diameter% R* ?* J4 w ~3 L. v$ z& Z% F) f
roll at outside diameter; b0 ^& x4 ]4 M1 o5 M) S
normal TT at effective outside diameter
# c0 p. w, a2 Y, w4 Nreference pitch diameter1 }# @+ [: Y/ }( l
finished normal tooth thickness
( ^8 R5 T$ O" \- F2 ^, m! }total normal finish stock& Q n$ E8 ~1 a' J% r+ L
on tooth thickness
; R- J) W! `/ V* K! vreference helix angle 3 u; m1 C# w4 }, x+ R
refernce lead angle
7 b) |4 H: L3 D- ohand of helix and lead angle
4 w2 Z$ N; f& Z/ s q U/ YMin Bi- rotation face* y* K0 n: Z. w9 F: ^" v1 M* e! A
- @* y( P9 k4 Q) N' `2 d& }8 t
Normal Plane
0 A, s8 Y+ B/ s+ a6 z. L- T0 f4 jbase backlash 背隙
% V/ V& p0 ?! u! Y3 n1 j: D* l+ tdiameter pitch( x) H7 d5 J( J; ?! Z+ T. q
circular pitch
- d4 i+ L' y+ w* A: j0 P# Wpressure angle & Y3 X) a4 c$ q; o `+ O
moudle ; T; s5 c9 d, t( V5 u% n
base pitch # U) c* Z1 T- X2 Q5 e1 A
# _0 x- K, R( _
Transverse Plane
: R9 \( A* u9 b# L' A# e$ o9 ?# Sdiameter pitch
9 T, Z& m2 V+ {$ r' Q9 dcircular pitch
5 H0 U: A, K- W0 l j) Nmodule , V7 H+ b: X: y$ u( v C: c: b
pressure angle u0 h3 d0 k$ Z
finished tooth thickness% p+ |8 W0 m' o& p2 \: N4 t* Q1 z
base pitch
% i& Y: f; O& t! r# J9 `" ybase helix angle " s. W7 ]4 V; M. m3 V! p: s% e
lead
( x9 `* f) V. s" a3 o0 ^, tInv/fillet intersection dia * M4 y* g6 h N$ h# p2 |# G% b6 \
roll at inv/fil dia
: d! K2 |# Z, ?5 z" h/ j' Uroot diameter
8 T! N" T* [2 Mtotal whole depth1 K3 ?! x e/ a
fillet radius ( root )5 h4 f3 u3 T1 _& q
base diameter
& E% ^7 U2 {7 K2 U9 Ntooth thickness
. }" w; D; N5 Tangular backlash/ g; J" Y. J5 K* g5 @
start of active profile
3 t0 u6 D6 L5 ]& q" B5 uroll at start of active profile
( [& H9 M( m! ~+ |& z* N8 k% Anormal tooth thickness at start of active profile
& i6 t& K4 e- J5 X# Pnormal space at start of active profile root clearance * I' L, i9 z( s+ T2 v
; P# E4 Q, e8 J& D
Operation Data
7 d( k* b0 |- K+ t7 c; D( Bseperation of pitch planes " K: _. s: V w
contract path to centerline
$ _6 D/ G4 W" d3 e& |% bworking depth
( F' h% I! o' X, i0 P+ e1 M. @design center distance 9 f" z2 @* w$ a, K$ l) s- Y$ f
/ Y. ^2 H3 D( Z+ |( a$ NBasic Rack Form Data. d8 k* I8 J- z! A
Flank Angle ` v% O% V* S6 F& Y
Rack Tip to Ref. Line 8 c4 J0 @7 T1 C5 k% y) n4 _: z' C8 i
Rack thickness at Ref. Line " t; t5 S: ?9 {' l6 |- k) `; k
Tip Radius ( root )
7 f7 r+ S; @7 Y! a
9 l( q3 b# q" pWorm Gear AGMA Q8 B-BR-1
# @5 i6 R! M0 T, q, b- Y% c* JWorm Runout Tolerance $ V" r& P2 T) B" I" g
Worm Profile variation $ x% h1 w. @8 ?% V0 g1 p3 E
Worm Pitch Variation 9 d1 D) b. W y" ?) K8 v. m' g
Worm Total Accumulated Pitch Variation
7 v, l- T% `8 H" P& DWorm Lead Variation Tolerance - q( T/ u$ z) p s- {- H
Worm Lead form tolerance |
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