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那位大哥帮我翻译一下 ,谢谢了 !( h4 V+ X4 ~/ t7 v9 X! X" p
! Y& [% C7 `# P" D5 j- l8 @& ]1 s* CWorm Gear Data Table
0 z |$ V+ W, uGear Ratio
5 _' y" \) v0 L$ JWorm Tooth from AGMA 374.04
; e i) W4 w7 r2 B% ZNumber of teeth
1 j) a F6 [1 R, ?7 k- J9 t8 aoutside diameter2 s$ r! @% i9 Y* x# r' x% R p
effective outside diameter3 }$ T! e% d p- {* _: K/ z- C9 E
roll at outside diameter
: U; v9 q9 a$ k3 K5 Wnormal TT at effective outside diameter 8 y0 j/ }$ S0 j" C1 s5 }4 {
reference pitch diameter
( p4 l: h0 {2 s: O- x- efinished normal tooth thickness. `- l5 m0 F1 B8 ~ A# o* ]- C: x
total normal finish stock/ p( x: e. d# {% ~) A
on tooth thickness
: h( h( e3 |) G' l qreference helix angle
' e( B" a4 X3 {6 |+ X, Yrefernce lead angle
- A5 j+ P3 F! @, _2 Xhand of helix and lead angle ) V7 K1 Y: _9 g
Min Bi- rotation face
# h% b* M. X+ w* F m- Z1 o" O H
Normal Plane
! o" r$ X( b$ F w1 v( Gbase backlash 背隙: Y/ u8 D& R7 k$ V( Q* }( x- L2 r: l
diameter pitch
: c/ D2 }( p6 p2 ccircular pitch # _* Y2 I$ h O& Q5 x& B
pressure angle
+ f% Q; }% `/ E1 Z, Cmoudle " {9 O+ W5 g) v* i+ l+ \
base pitch
. m; A* w/ g P, g0 R6 s t
3 D) ~5 @* o0 Y2 X1 t+ M( [ oTransverse Plane' F+ X# N) f$ S: m! a1 i% m
diameter pitch
6 \# f) C* b" v8 n' Z+ I5 Y0 scircular pitch
|) c" R6 H/ Y8 f5 gmodule
1 e- J& i) [( t1 Q! jpressure angle
6 u- H; x. y6 ^* j. k7 L( S; h9 Ofinished tooth thickness) P1 t+ G3 X, d9 A, M) q" {- J$ n
base pitch- n6 R3 {. Q4 C& o" s6 N
base helix angle
- v. j$ L w) n8 E* Y0 h3 N* mlead
S" v) D9 n5 N+ h! UInv/fillet intersection dia
$ g' B- D5 q/ v# B+ p6 R9 @' Q9 Droll at inv/fil dia
3 C/ \+ |# p" Q2 i7 \+ P; Yroot diameter; z) H4 @% W: |! U- c9 d
total whole depth! U" D5 j& R& J4 v% k1 W0 t, L
fillet radius ( root )- }- U) N# C! g; q) v0 D
base diameter
; ~$ ^% C$ ?9 E* X7 J; B" y3 K% [tooth thickness ) ?( w; N+ h5 B$ G
angular backlash
6 g2 K( ~. U* x! o) e4 A: z) astart of active profile
; p6 x1 w) Y' s. ?' J( Iroll at start of active profile + w. T, ?, e& m5 ^" G9 D3 R5 v
normal tooth thickness at start of active profile & a- p/ _( r3 x" M9 B2 O
normal space at start of active profile root clearance
7 u2 n/ s0 d* i2 N2 @9 D4 y+ b& {( u$ h- C" P7 R
Operation Data/ c+ L b& S ^& l2 r9 W
seperation of pitch planes 2 M9 y/ k9 Q4 e$ H! H2 ?* m
contract path to centerline
9 T5 i" ]) P/ i6 ~, {8 }/ T8 W" Gworking depth
$ Y2 Y; }/ V7 |. K6 S+ l/ p$ }design center distance 8 s0 W/ Q# [6 B' @: n/ x4 d* Y1 z
* r. `' @/ M+ @" b) o6 |3 Q& ^Basic Rack Form Data3 t0 p/ Q. l, @4 \/ Y/ q
Flank Angle
$ a, S' w7 }2 B. S3 }Rack Tip to Ref. Line
$ t! q1 Q% |: I" }Rack thickness at Ref. Line
7 V( t, k, l9 \* b6 p4 J8 {2 d: u1 [Tip Radius ( root )
; }" ^" z2 x* s/ n- W. j/ r+ g( k; d: Z. r3 r
Worm Gear AGMA Q8 B-BR-1
, C' B. u1 n4 R: ` D, q0 @ XWorm Runout Tolerance 0 i# _& \( m7 j
Worm Profile variation 3 \- K2 @9 B- K6 r j0 }/ E2 }- m
Worm Pitch Variation
0 K4 m/ x, h/ M& aWorm Total Accumulated Pitch Variation
_' Z$ L# o, s3 G H( s2 g: oWorm Lead Variation Tolerance
6 Y0 H0 h0 b9 D$ b7 PWorm Lead form tolerance |
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