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那位大哥帮我翻译一下 ,谢谢了 !/ _! W J) R+ o- h% r3 n
( x" ?) i/ W2 ~* k5 M' a0 gWorm Gear Data Table
- ?1 }& U# u0 W% o% [Gear Ratio
0 l! | s( n) F# p7 {3 L1 o2 |Worm Tooth from AGMA 374.04# Z$ |1 r+ A" c3 @% E4 W
Number of teeth 4 S* d4 _# C7 G; S& o
outside diameter# c% c" m, g8 B0 G. \ o
effective outside diameter4 n/ F3 b" _. D5 e0 o% D
roll at outside diameter
' G& F; u, i) v, }normal TT at effective outside diameter
3 \0 i0 X/ D3 a, `* @3 vreference pitch diameter
" Q, h$ Z& T+ u8 D/ \finished normal tooth thickness
1 x6 ?, f g. m4 e2 T# X2 g/ ktotal normal finish stock
% j- L3 I5 J0 a0 f6 n# r* Jon tooth thickness0 A0 {/ n1 I, H, p- ?4 T
reference helix angle
* q* c! V: k, Q' j7 a, Frefernce lead angle
, H- Z; u) |& f/ a& r7 A0 Y+ {& Chand of helix and lead angle
! t& }# u9 Y% U# ?Min Bi- rotation face
- A1 ~9 d' m& l% ?1 o) J
3 t/ g7 k3 F) e; BNormal Plane * T2 l# \( K5 V. k
base backlash 背隙 c. b! i% D( ~" r7 r! L+ k% }
diameter pitch2 q V; O6 a9 k
circular pitch # v7 b$ F L. B8 _
pressure angle " e" D4 `9 v: _9 n' m
moudle
7 h# e3 K6 V1 q- M' Wbase pitch
" z+ k2 \ w$ d M! O+ o' [) K! f/ P5 {8 f0 v( o! k, w
Transverse Plane, [' `. h) B/ n& P3 |
diameter pitch
1 n5 l$ ?" G# Gcircular pitch
2 q* _, i- W" I+ i- c$ \: Omodule
) o$ m* X' P% A, R: U; ]/ o8 lpressure angle
* K1 d) o# j& I% c$ z1 F) bfinished tooth thickness
) F) C8 o1 V0 {1 t, ]base pitch! c4 q& v) n- K
base helix angle - V% n# Q: r6 _. u, Q9 u& S
lead
# K& m+ H* x6 w# ?( TInv/fillet intersection dia ) q: y. g) p D
roll at inv/fil dia
, d' z/ ^7 A- u7 w6 rroot diameter
2 N. a6 W( P. G5 q6 [" h4 _total whole depth
& g4 c5 {, v* p ] A* }fillet radius ( root )
P- U1 Y; i- q& p! tbase diameter 7 U2 s) T$ @% w5 r6 T3 b" v
tooth thickness
1 P; N2 o& b! l) t; N5 D2 s* P2 a+ oangular backlash! _' c, w+ y# {1 L! ^6 [
start of active profile / U5 _1 K( S' j% q
roll at start of active profile
7 z& E5 y( {% @1 I- dnormal tooth thickness at start of active profile
" x- H, K s( W4 {, ]normal space at start of active profile root clearance 8 X5 z# \; V, X( L! L' I" `. q
& S% q4 E1 N7 e" @! KOperation Data
4 {6 p6 f' [" {4 E) n! p7 h% ?seperation of pitch planes & w$ w4 d% V5 Y* w% e3 o. m/ c2 o
contract path to centerline
0 j/ g+ \0 }$ F/ M; _working depth
& I# o6 V0 `" y- ~design center distance
1 U( R0 N7 J8 T# r
( B# E, Y0 A' M# RBasic Rack Form Data
# D( r2 G& J/ i% n& F- VFlank Angle
6 d& [% l2 V6 L+ `3 R- u+ tRack Tip to Ref. Line * L% {& L4 b v+ P
Rack thickness at Ref. Line
+ X( _+ N" l+ S+ R6 P9 S2 MTip Radius ( root )
7 y/ P9 @, C9 ]3 f& A L( H0 X
6 M# R/ G; X9 _2 ~ F! [Worm Gear AGMA Q8 B-BR-1
6 Y1 V: v/ D8 JWorm Runout Tolerance 6 a! ]5 Q# D* s' z+ y. v
Worm Profile variation
8 J: E$ @! j9 ^9 v; vWorm Pitch Variation
# O) ?) U1 J& Q6 k0 B, wWorm Total Accumulated Pitch Variation
0 r1 `& ?- w0 J. o) u9 G9 eWorm Lead Variation Tolerance
% f+ |5 }( j+ x5 Z; b7 iWorm Lead form tolerance |
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