投影 projection
( q% Y9 w" z( j* o$ i* O( `投影中心center of projection
) ?* M; c B* c2 [9 F投影面projecting plane
' O' l+ X8 C |& U' ]$ F& ^投影线projecting line2 K' s# o/ ~! q" r; E' ?/ d/ m/ T
中心投影法perspective projection
# p- J1 s- i" D平行投影法parallel projection1 M5 i2 t! |8 C* s6 H6 z4 M
斜投影oblique projection6 h" _1 H8 J" y7 v8 K5 S2 |2 t
正投影orthographic projection
3 f7 p6 q2 U& R4 ]4 k8 i4 O- U+ l, u# |正投影面frontal plane of projection7 x: v4 U9 f1 ?3 e
侧面投影面profile plane of projection8 l9 {7 l m. ~
投影图projection drawing% p6 G- P. M! O* C6 k0 J% z7 b+ T
三面投影图three-plane projection drawing
- [% z9 z9 C5 x4 J' V3 f投影轴axis of projection
5 |; [: d; P, }投影特性characteristic of projection1 r0 y9 ~0 C/ Y: H; U" I! C2 q
不变性characteristic of true" `. l% V9 t/ E" D9 A
积聚性characteristic of concentration! @$ @ m1 g8 G6 G/ Z% J) k
类似性characteristic of similarity
9 ]3 m3 G* P. c( P3 B! G& @5 T8 \: ?视图view
/ S- J# u3 U: G9 M8 ~1 T4 L三视图three-view drawing8 z% J/ `: H" c" ?6 S
正面frontal plane' W9 C# _# x7 d( S; @+ d
正面投影frontal projection: V- K! ~% s) t9 {- G/ \& G
水平面horizontal plane0 \+ [: Y+ v+ [, ^
水平投影horizontal projection
, ?. v2 y L# ]* O* p8 d侧面profile plane0 A# Z' n; }# J+ r! K t! ]) |6 R
侧面投影profile projection
5 M6 ~9 O P3 z! b8 l, @6 N主视图frontal view
8 K1 F' A: d3 o: c$ C( [俯视图top view3 m( `; U' n' E# [! {( Z
左视图left side view, Q& K4 b7 H7 m* ?( b; m" I
立体solid
: z1 ] x, Y, _) I! ?+ }4 V% ~平面立体plane body
. J8 a3 \# e2 G; \9 J曲面立体body of curved surface
7 ~% |9 T6 [; Z+ I r: M. [3 |回转面surface of revolution
1 j1 t* }7 K0 t# ^8 n- C2 [2 c棱柱prism: w) N) a! k0 A1 ]3 T7 X/ z3 l
棱锥pyramid7 a" w2 B* W; {2 Y) A1 w( Y/ ]
边side# O& ~- Y/ ^2 g8 t7 {" F' |6 A
顶点center vertex& S* P4 d9 l& z! K7 N% a+ T4 Z
棱edge( B& X1 X- b" b. \% ~9 o
点point
& B9 ~: S8 |# t( r+ O直线line straight line
# D1 u1 G d% z' f棱锥台truncated pyramid
% s; ]. Z7 M+ E' ~- L* Ffrustum of pyramid
; c3 I) C, G! l- H0 N重影coincidence of projection! b. ]5 }9 q! C) N# Y, Y
积聚concentrate
8 J7 M$ _6 n$ s7 q2 S2 ^$ N变形deformation
( e2 j; o t, t8 ^2 q) E实长true length 2 C$ M/ @. n. z* Y9 i; N9 A0 Q
实形true shape
# N: v2 w% y! C0 X0 W- |" d正平线frontal line7 A# O( ], n& D, T. H! ?* B9 B
水平线horizontal line# R3 T: h7 X: |5 E6 \, W# S$ e, N
侧平线profile line8 p6 I1 T* c" i9 G
一般位置直线oblique line+ C0 x& O" X" i6 M W3 i( s" C4 `
铅垂线vertical line, frontal-profile line1 j( B7 o0 n( b0 S; G( L( |
正垂线horizontal--profile line. y g$ T2 ~: I6 E8 x
侧垂线frontal-horizontal line. i) I' z {! p, E
一般位置平面oblique plane
% O1 Y# N' v4 W h$ a相交intersection
" E2 f" Z% U' k4 c# h7 L9 M平行parallel7 [# D, C% v# ^' o
垂直perpendicular7 ~; }, W8 W" H) N3 w
交线intersecting line, line of intersection f- I! v2 W( q4 F
交点point of intersection
) S% F5 |. j' a$ p3 P平行线parallel line8 E. a$ |: N G' q0 d# w
垂直线perpendicular line
6 L1 C% p m" F' y; ]9 `0 T1 c ~交叉线skew line" d7 t8 k. T" J* M/ t
长度length + w+ z; U4 F2 s$ M! R0 n# P
宽度width
4 b2 D& @5 n2 H/ T7 A1 q4 G/ m8 _高度height9 x) m+ S1 u; t% ~; v
组合体complex
& y0 f' Q, q W基本几何体basic body* n7 k. Q* g, m
相接built-up* b7 j; z) P3 G& e! ` t
相交inter section
( S0 \8 \% F& Z9 r) ~: h相切tangent
L# \/ w+ l {, Q* R6 z相贯penetration+ J: P8 [1 F8 O" D6 l0 e0 l
支架brace9 x+ F& v9 ]) }0 k3 o4 z
底板bottom board
; p( f7 p0 i* r* |' \+ t+ t肋rib
$ j5 P1 ~$ J3 ^) N4 L. Q( v支承板bearing plate
' m5 v) M# h. j+ Z2 M轮廓线outline, contour line* k/ Q+ m1 Y3 f- u! [. u5 E* c/ F
底图traced drawing5 Y8 n ?3 W! m( a/ _* Z
截平面cutting plane+ {+ u, o+ z% k
截交线line of section
) N9 i0 O" t6 s二重性dual nature8 |7 z7 _, d, s: R0 d- u0 V }
平面曲线plane curve8 J) {: g% I5 e, y7 Z/ y
圆弧arc$ m3 p w' ]5 K; y: y
椭圆ellipse
0 Q) I7 b( n( {& g5 p4 Z长轴major axis
7 l& j9 J/ q0 ?4 K短轴minor axis
# V2 J' s/ G# h+ T5 h B, W双曲线hyperbola) F0 X" ?% {; Q) y1 f+ ?5 ~
抛物线parabola: x' [6 a3 [0 V/ S; S, p5 {1 O
圆circle. Z3 M- y) Y7 B* M1 P8 u! L
圆锥顶conic apex E( C" e6 k$ s4 ]% g( w
相贯体intersecting bodies h: [+ p) R2 i0 j2 R0 @9 U
相贯线line of intersection2 v3 W# D6 q# g8 [; b/ p
空间曲线space curve- O6 Y- q- s. M! s$ {
截平面方法cutting plane method
4 I; R/ S& K: t1 w0 H辅助面auxiliary surface
$ U- w: N# B8 _ Z辅助平面auxiliary plane
* p; e7 P8 D3 c: ]& l最高点culminating point
6 d4 T" h4 ^0 m, ~, M尺寸Size1 `) T, d+ _6 |+ C6 ^
定形尺寸size dimension
9 f3 O( {1 l0 T5 ]- i% j# `定位尺寸location dimension" n( [/ r6 x; `7 {( Q; `
左视图right view" G% m$ C; S, z
后视图rear view, back view R. R! k$ M |1 p4 \
仰视图bottom view
' C0 W4 F/ M- X4 O辅助图auxiliary view( S& ~7 Z! @! X7 h
局部视图partial view, broken view) \# S7 ?3 U. b6 q
斜视图oblique view
( I5 b8 [+ u- I: a% H. W# N( X旋转视图revolved view, aligned view2 \, k7 `: {, L" `3 w
剖视图sectional view, section4 Y3 L8 ^7 L. ~& U/ Y2 ~
全剖视full section! w' k: j7 r5 f7 t
半剖视half section0 y/ M$ Y! O. Q' s6 o+ S: g3 p) s
局部剖视图partial section, broken-out section
; L, Z. l) W1 t- X, m0 n$ `斜剖视图oblique section* N4 G8 f( w+ X6 k
旋转剖视图aligned section
( [7 b% m& Z) }! v阶梯剖视echelon section, offset section
' c8 m4 Y: I8 w6 ^4 m复合剖视compound section
4 s! @( ?* q$ d( L# d+ M$ \剖面图section, sectional view
, }0 L( ?# b. S0 @) r2 b重合剖面coincide section, revolved section
8 D7 ~) y2 d8 L! b! \6 A; P移出剖面removed section! Z/ I2 l! j& O, R4 J
剖面线section line
/ j) a1 p: q- `" Y& q; a剖面符号symbols for section-lining
/ [- d" A4 S! v3 e( F习惯画法conventional drawing h. w) W/ J- i, v1 @: E
局部放大图 drawing of partial enlargement
; A/ b% U& D, Z. ?: m, V零件图detail drawing, working drawing
+ _% ]( D+ R* x6 n. V第三角投影third angle projection
7 |0 J8 a" z4 q粗实线continuous thick line, full line, visible line# |6 J% |/ [5 E C1 G/ B
细实线continuous thin line4 H7 ?$ m0 n4 \5 |; D
虚线dot line, dashed line, hidden line6 x% [: n; f! J* n6 v) s
点划线dash and dot line
# g* ^* H0 S5 w' o4 @双点划线double dots line' V- Y$ k7 l# B+ k% ]3 e# l5 I% E$ T; i
波浪线break line( R( t& g# a& f; _7 M6 R; k; X
断裂线
1 H/ w, C. Z8 E0 r' S剖切平面迹线cutting plane line$ W, {) }/ K% F7 v
尺寸线dimension line0 a, D9 ?! r) S, x0 ^8 {3 i. W
尺寸界线extension tine+ A1 n' d3 ^- A! ^+ B1 Q6 H
尺寸dimension size
. `5 W) `% [7 v7 E8 n: F箭头arrowhead! W. b& s8 N3 f- b8 P h; j
基准datum
- i0 q1 r) T# l/ M! H+ D* b' o5 ?) b基准线datum line
5 }; [1 }' D( I' x/ n" S B, y基准面datum plane
8 i7 t, u3 h- n. }中心孔central hole
; g; f* z4 ]' w0 h8 o中心距center distance
, \. T- T, B" j% c& {; F3 h0 `轴shaft, axle+ q% Z9 e2 s4 `8 N
孔hole( U* _, O8 w' ^% B' q) x+ g
斜孔inclination9 I- P7 Q2 ? N. s& Y0 }
装配图assembly drawing" D" P' m9 _0 z/ d
性能尺寸characteristic dimension
/ U2 d- S9 f4 M0 n大小尺寸size dimension8 }7 F4 I7 q. E0 ?$ o
总体尺寸outer dimension
8 b0 W" W) b' b- f# H6 s! P- x外形尺寸7 z+ w5 c, a7 {3 x
配合尺寸fit dimension
3 y; z3 V8 O# L) E! m/ s内圆角fillet
) D: T) f3 y0 `0 p/ O外圆角round& o J# [; ]# `* ?6 ~( J' z
尖角sharp corner/ J; P8 e9 E b) E
倒角chamfer
P( r9 r! C4 g/ R* g轮缘flange of wheel
6 `$ ?! C- o" X, u; p% W缘、边、环rim) f0 w- Z5 V n0 A2 O ]
轴肩shoulder
8 I7 i5 d/ p0 ?( t) `! K凸台boss, ` n6 O3 [+ P! c2 W
凹坑concave pit
) [0 T8 j- D: l0 a2 ~轴颈shaft neck
, }# |3 G2 M* c( i9 T2 a$ ]# e% \轮毂hub W: z" w! D% S# Q# n: `
轮辐spoke, spoke of wheel3 t8 a/ M- V) ^# r' G( T
直纹滚花straight knurling s& u& N3 C! p+ y' G; z% A
网纹滚花hatching knurling
. i4 F8 u3 A% V键槽key-way
( p; R! ?9 A, @- ?+ @退刀槽escape
( u' N9 k7 B4 p, T2 f# H, k, i拔模斜度pattern draft
% m/ `$ ?1 j1 R$ L, \% Y3 X, N U填料盒gland box& o" M, w, ~3 u0 X' S% m- n
油槽oil groove0 Q9 g7 _5 C5 Z z, t( G% l
油封oil seal
; {9 P% U) }. V标准件standard parts3 u, @. R2 h2 L- a
螺纹thread+ D* W$ [0 \; G* z2 h( i4 q- a* V" H
外螺纹external thread1 G1 z8 _$ X- ^+ E
内螺纹internal thread9 r6 B1 |. G/ M$ c v0 @- ?
大径major diameter! h+ A. |8 @& c8 Q+ ]8 e$ |: g/ p
小径minor diameter
+ h$ J C8 u8 b# u螺距pitch of thread8 }: @0 d! ?1 l( r( O4 ?& j
牙型form of thread+ \, S I' }7 L/ i$ A7 D- n
旋向direction of turning. \! _7 m* p) }6 s9 N
右旋螺纹right-hand thread
9 \2 l# g6 X; w5 t: Y5 m左旋螺纹left-hand thread
1 q1 q) o1 v# x- Z9 g头数number of thread- e6 T1 v4 ~8 R: M
导程lead
, G7 H; k2 q& K9 \5 \/ b粗牙coarse thread. K( O) X6 o0 q& j0 b' I' V
细牙fin thread3 `2 c8 D1 }% O9 ]5 b: j* h
螺栓bolt
) J( n% B' Q3 O# k, H7 ~% ^5 S螺钉screw
# v' l5 L I, y1 `# v螺柱stud. ^: r, K. f# ~9 X, @" F T
螺母nut1 E/ M* g# R7 ?* u$ {7 a* F3 p7 E
垫片washer! ^" j( l! I6 G
公差tolerance( |8 w5 P3 l8 e- a$ ~' J
公差带tolerance zone* E4 J2 u, o: r
零线zero line
! L( z2 G) a& X6 P标准公差standard tolerance" |7 F, C) N/ P, v) a/ Q6 \4 Q6 \% D
公差等级tolerance grade6 a' E/ w, `. _. H7 H' |
基本偏差fundamental deviation, q3 i4 B9 d! C+ D; [/ ~; f
配合fit
, c& }9 Q7 P V8 J% q7 \+ P间隙配合clearance fit3 {- {0 X! D5 d" h
过盈interference
. s9 O. e3 Y2 c! H8 y+ X! i b过盈配合interference fit
7 t" A9 p6 r) s& O. A- [! P过渡配合transition fit
( K* X% Q6 p" A& b基孔制hole-basic system of fits * L& ?) X- M3 D$ l
基轴制shaft-basic system of fits
) a: h- w# Y9 T* T* g# {间隙clearance
+ i( B; F( H/ y( e1 y% w2 ?+ d形状公差tolerance in form, form tolerance
/ r0 f8 j% E% ?8 E m7 X直线度straightness7 {! L% H; g( h; i$ M
平面度flatness
+ o6 _# Z+ J( i3 ^& Z j, T- n2 U圆度roundness
5 G) r5 z/ A; Q圆柱度cylindricity
# A/ {. }8 S: `) ?; I; Y: B线轮廓度profile of any line
8 o; ~' Z* l2 |5 k8 n* n面轮廓度profile of any plane z% O. ]4 i) S6 y, U
位置公差tolerance in position, position tolerances
( s- d: ^' b A2 k平行度 parallelism
7 O# L ?3 l' s齿轮gear6 \6 r/ }1 w1 G# s# l$ a. s$ n
圆柱齿轮cylindrical gear+ }, m- Q0 M. a1 m, {
正齿轮spur gear2 n7 z4 B3 P; m5 D9 o4 e9 P9 C5 D
斜齿轮spiral gear
" `) q0 _) O4 z; [9 a' f; ]4 r轮齿gear tooth3 Z3 s" S9 d" D. r7 m9 x
节圆pitch circle+ V- w2 a; Y- I# W% Q8 A
齿顶圆addendum circle, outside circle
8 D3 Q# _$ W6 h% m+ Y3 x7 I: {齿根圆root circle, addendum circle4 I5 _. N" {& q% r8 K5 }
模数modulus. t# m' M0 L7 L
齿数number of teeth5 `+ j0 u- u" [+ x" ?% }. Z
齿高tooth height
) P1 C$ [7 s2 P齿顶高height of addendum! n/ t& p/ F' P `# `" O* t
齿根高height of addendum# Y. M7 P# M J; w; j
齿厚circular thickness7 f7 l5 w0 D: N [. R k- b: L
齿间tooth space
- w) Y# b; |$ n, ]齿宽tooth width9 }" W- [& k e4 |8 ~0 \
压力角angle of pressure
( c3 y: A1 v7 O, `弹簧spring2 \9 M/ Y7 {8 X; f7 c- x( j t1 {" r
销pin; X3 w# v1 W/ o3 X2 v
圆柱销round pin
! D, p$ h G2 X- f4 p5 R$ {9 b2 A圆锥销taper pin( P. W0 Q) P: H. _% S9 u6 n& b
开口销cotter pin, split
+ Z% u* e, e7 m5 L3 L键key F: X; z: V; m
平键flat key, I7 p4 p! g: Q( `
半圆键half round key, woodruff key. |. o! v) p3 a, |+ F
轴承bearing
; Z% b6 S6 x' S- o- Q6 N滚动轴承rolling bearing
# J0 J' |, p8 N- Y5 A* F) c向心铀承radial bearing. g2 a( I) m" `7 z+ i
密封装置sealing equipment
+ _$ n8 k; X: {% Q: ~$ X& J锁紧装置locking equipment0 I6 A$ W0 o8 X- ?: ^- `7 Y4 q
粗糙度roughness1 r3 [9 v* @: U6 W |( M6 l, k) P
基本尺寸basic size
- A* `! M, t, w. k9 B$ A1 c2 c实际尺寸actual size$ E( Z7 E# ~ c- R
极限尺寸limits size9 C( g) {8 ~- }$ S# e2 T# `
最大极限尺寸maximum limit of size; Q0 O1 }$ ] k2 j8 h& _
最小极限尺寸minimum limit of size: Y8 ^( H. y6 Q0 D
偏差deviation
" h2 s: D& s5 K2 x* T" E% L" ?* `' g上偏差upper deviation2 U( `% V; E3 N( U
下偏差lower deviation
7 s3 n6 N6 T' w& T垂直度perpendicularity8 P1 A1 y" z3 E3 {6 i
倾斜度angularity1 s* Y$ c* H7 {! d' N
同轴度concentricity
: U$ n: o) r! h k r& k X9 o$ t0 g对称度symmetry1 M9 c& f2 r; o5 I, u3 c \+ ]& y
位置度true position9 |# B3 ]! L0 X6 f; b" B. K9 @0 M
跳动run-out5 k1 l* j2 d8 B$ {% N) o* g) J- f% [4 P
圆跳动cycle run-out6 } v1 g5 \$ U8 |& N1 S% k9 G
全跳动total run-out
% @+ U1 ?) J, I7 Q4 {# W) |3 e \, O轴测投影axonometric projection
2 o' H9 N E z; [& ~轴测投影面plane of axonometric projection3 g9 l+ r5 M N' x
轴测图axonometric drawing
' r3 h" Q# v6 C3 p& t* L. G f正等轴测投影isometric projection4 g+ K* s) r8 w$ n# D4 ~# S' [
正二测bimetric projection
0 S; P+ i0 S4 @5 @斜二测oblique bimetric projection' X7 Q' N+ D) t- H8 z
轴测轴axonometric axis
9 j; W' T0 `4 I( M {轴间角axis angle, angle between ales
& O2 O- O0 V4 X" A9 n4 y缩短foreshortened7 ^3 H9 Q) h8 l4 Z
轴向缩短率coefficient of axial
( ~% A, c# M- q* u Fdeformation ratio of- x3 l0 O z7 j+ Z* d6 ~
fore shortening for any axis
! p# L5 Z2 K( F切割法cutting method, by cutting/ t) p; [0 i! n" `8 s% _- B
方箱法boxing method
* D$ C9 S5 B7 g. Y坐标法coordinate method* ^7 B3 u7 Y ?# e, U
方框法enclosing-square method2 A* s& v B8 i4 C9 ~0 `) C
四心近似法four-center approximate metho