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那位大哥帮我翻译一下 ,谢谢了 !
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5 ]# i8 l4 R c7 L3 FWorm Gear Data Table
0 Y: u# n% M) T/ sGear Ratio , u9 k4 Y2 p( J$ h6 Y: R
Worm Tooth from AGMA 374.04! _, Q ~- a2 c' X
Number of teeth 4 u4 {6 @2 E9 z) e" L
outside diameter3 N5 Y3 q& a2 _% Z8 I0 v; l! h2 i
effective outside diameter
. ~+ y7 y* u4 R5 D8 p& Kroll at outside diameter# ~3 y) W' D) n- A% n, ]
normal TT at effective outside diameter
1 ?2 n& a. `( jreference pitch diameter0 Z0 z8 B& @7 u4 P; f8 c4 E& ^7 ?) ?
finished normal tooth thickness
3 r) L. L% W8 F. Ptotal normal finish stock
3 j$ i# d9 {0 c9 J% Z, lon tooth thickness- W! A) q; l" D5 Q9 P6 U
reference helix angle # r s0 s! R4 J, V( i
refernce lead angle
5 m( X, I+ `8 Shand of helix and lead angle + B' |$ T0 J* \% y, b# t
Min Bi- rotation face6 X$ r7 i; }/ {8 C. `8 N
4 q0 E# \# D. O ~; f+ u5 dNormal Plane 5 u8 w4 L; O5 \& W$ H' u
base backlash 背隙
9 ^ q' q2 u. c; S+ wdiameter pitch7 k5 s. n% U$ R Z7 _
circular pitch
. c, `4 _# d9 V* h% _' z6 `pressure angle
9 ?3 c8 H5 L u! s+ Lmoudle
* T0 M) N- u5 \" w; E; ^; _3 _/ @base pitch
) t: b! N& \- J0 H* Q* a m% o8 P3 W% L6 D9 p1 {6 E3 s9 t7 h' L1 r
Transverse Plane
# E! w% O) T: q! R/ t0 jdiameter pitch
% z5 V9 N3 x4 F0 h% v) jcircular pitch
: W' X# o. A4 _4 v" I% O [: wmodule
0 A1 F- H7 @' l: l, o' M( Bpressure angle
1 K3 W, u1 d9 R+ b+ nfinished tooth thickness$ o( _& g- D: _/ _% ^2 w4 ]$ U
base pitch& t( \3 v) z; v; ?2 G8 w& @
base helix angle
3 _& P' G, m x; [* V: l$ i" Xlead
. `% d8 g# w4 _9 v( Y2 i5 m8 G- }Inv/fillet intersection dia 5 p9 Z' F' h$ z3 o, ]: i5 l3 G& `
roll at inv/fil dia
3 S" t/ q* O& J4 Q- M: d6 Broot diameter- Y2 O5 v# ^2 @! \
total whole depth: l+ ~) ?- g$ Z2 P: ~# F
fillet radius ( root )
4 O8 k( }! m( ?' Jbase diameter
$ F0 \0 I. V3 p6 d$ Z; f) Atooth thickness
9 C8 q" |; V- T9 e) k& @& Gangular backlash
* B7 n& b$ Q+ e' i2 G0 gstart of active profile ' P( s! ?5 t4 c. _: D
roll at start of active profile , d: L( E2 N+ K P( X. t
normal tooth thickness at start of active profile : I1 a9 P6 A2 l; t) L5 k
normal space at start of active profile root clearance + f. b, J# ]& G7 L8 @* V
5 d4 U3 R F1 |: F' Z; R
Operation Data E4 ^3 Q- T* N2 Y& i$ g
seperation of pitch planes
6 g0 q6 ] ~. H6 d3 ^ wcontract path to centerline f- c) N2 `3 O( w: L* ]
working depth
9 c+ l% |( W4 X7 T2 sdesign center distance + E5 | @4 u' d v. u
, C1 l; F+ Z5 UBasic Rack Form Data8 e& p: K( N+ ]
Flank Angle % h0 E% S1 a- z
Rack Tip to Ref. Line T7 }( n7 \+ c+ C8 { z7 q" s5 i
Rack thickness at Ref. Line
D" o( _5 ^, o9 CTip Radius ( root )
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8 {! l; ^- q% f! u" Q0 w% pWorm Gear AGMA Q8 B-BR-1, W3 z) c* [2 W# l" s1 \- D( z4 o, a
Worm Runout Tolerance . M) k. c( {$ j9 _( Y
Worm Profile variation 6 g7 U4 g1 T- ~* U" u
Worm Pitch Variation \) ~0 X6 x- v5 d& E- I
Worm Total Accumulated Pitch Variation
/ |/ @) E5 l( {, mWorm Lead Variation Tolerance
8 M X( ]& k1 n, gWorm Lead form tolerance |
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