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那位大哥帮我翻译一下 ,谢谢了 !& u/ v0 M! V& L1 I
0 P/ \* |& p; _; `8 Z$ f+ g+ nWorm Gear Data Table
% R3 Y" X8 |. ?Gear Ratio
m& N8 I2 z+ p9 D3 h3 OWorm Tooth from AGMA 374.04+ R4 q" D9 o" w
Number of teeth 1 x* \0 i. }% k, i+ n
outside diameter( J/ u, o2 D( {8 V6 b4 v3 s, p
effective outside diameter+ X" j; p5 i9 H) T( S, A8 ]
roll at outside diameter
# {8 Y! A0 p3 d0 c" E" dnormal TT at effective outside diameter
# ]4 {" H$ c, R* k( greference pitch diameter
* v" q* m4 e- [( dfinished normal tooth thickness
: E* t) l7 Q3 }6 Vtotal normal finish stock
. ?7 c' r3 A: ~/ S+ u8 O7 r: G! Xon tooth thickness) \' I# D( i5 c% K; u: B; R) `
reference helix angle
8 \- N0 Y# r3 d; C' }refernce lead angle $ p1 U; P5 w4 s4 z& @# S
hand of helix and lead angle
" {( e" f/ d( R+ |Min Bi- rotation face5 d3 R/ v! \& { {4 G3 s
3 v4 u. C. p& l+ D4 MNormal Plane . o# d4 v: D7 F" P, I" D
base backlash 背隙: n5 H8 t4 A, r' z& y
diameter pitch% ]9 ]1 z5 { F, [* R! w' r
circular pitch . ]( b; u' ~( a9 R3 t( w
pressure angle 2 N! q& p' J. \
moudle
$ h; k, {7 u* N Q vbase pitch ( t8 T+ Z/ f) {4 w# }
$ Z4 x3 l$ R0 o2 z! d, N" d" l; STransverse Plane
3 b: o. N: n) k) i, Odiameter pitch 7 T! u+ V9 C8 o/ s/ p* L# a
circular pitch ( t# G7 A( G9 u, U( j) S# I% N5 V
module
, f) a# U9 F! I, ]" N2 Apressure angle
" e5 N+ X9 q% Xfinished tooth thickness7 q/ n7 X* u- s7 e5 K+ w
base pitch
9 L+ T0 q1 q6 U$ F9 lbase helix angle
( ~4 ] C; D- G s3 G% blead
( l. Z$ H' N! R. }+ Z/ f+ JInv/fillet intersection dia
# A' g# p' r0 B7 n, l- n9 Rroll at inv/fil dia
; C8 G. C& e$ } Croot diameter
! m; [7 W1 K! i6 T' X' ^; Gtotal whole depth3 e0 C2 ^- i. E( G, d. k9 K
fillet radius ( root )
+ U9 ?& L" r- ]base diameter 9 W& v+ l3 |, l, v. i6 v; D+ ]- Z
tooth thickness
4 c3 j* i" ]" |; Langular backlash
% } s0 ?/ T2 lstart of active profile 7 J, E- N/ g$ ?) j7 |
roll at start of active profile , ~. h# ]8 d' W
normal tooth thickness at start of active profile 1 U- X& S# k& G8 Y" H. H
normal space at start of active profile root clearance
H: g2 z3 K M, S% s! y. I
9 j2 E7 p% o) v8 k# G) q% POperation Data$ q* T( Y5 m& f* ~7 H5 l) {, f
seperation of pitch planes
3 P& [1 J' |* F, i7 Y) B( N* Ucontract path to centerline
+ t: M7 \. ]6 g4 q6 M# }. |* b, s: Bworking depth7 r; P# S. S$ E5 S& V7 F
design center distance
' a0 Q3 u; I9 f' O; H1 K, a: j3 S' a
Basic Rack Form Data* R5 ?, G2 a% @. G6 X6 E
Flank Angle
2 ]( }) o# T& r$ G4 U2 LRack Tip to Ref. Line 0 S2 K% m5 z% \* s
Rack thickness at Ref. Line # G" b0 X% v+ t3 b! X' Q* h
Tip Radius ( root )
P& j/ G1 m+ G. b8 K: H- ]# Z) P6 x2 ]7 M' H5 e
Worm Gear AGMA Q8 B-BR-1
; N- y: x& _: x/ |! AWorm Runout Tolerance & D9 r7 K, r- H4 f
Worm Profile variation , @% ^2 N! }. j5 e$ ] C
Worm Pitch Variation
a+ o# {; q- l+ a9 cWorm Total Accumulated Pitch Variation
$ m/ Y9 v0 W ^4 GWorm Lead Variation Tolerance 4 a# m" k, t$ v) `. Y/ t
Worm Lead form tolerance |
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