前言
第1 章　用戶宏程序功能A .......................................................... 1
1.1　常量與變量 ....................................................................................1
1.1.1　常量的概述 ..............................................................................1
1.1.2　變量的概述 ..............................................................................2
1.1.3　常量與變量的區(qū)別 ..................................................................4
1.2　變量的數(shù)學(xué)運算與邏輯運算 ........................................................5
1.2.1　變量的數(shù)學(xué)運算 ......................................................................5
1.2.2　變量加減運算特例：變量自加與自減運算 ..........................6
1.2.3　變量的邏輯運算 ......................................................................8
1.3　用戶宏程序功能A 的控制流向語句 ...........................................9
1.4　用戶宏程序功能A 的簡單應(yīng)用 .................................................11
1.4.1　零件圖以及加工內(nèi)容 ............................................................11
1.4.2　分析零件圖樣 ........................................................................11
1.4.3　分析加工工藝 ........................................................................12
1.4.4　選擇變量方法 ........................................................................12
1.4.5　選擇程序算法 ........................................................................13
1.4.6　繪制刀路軌跡 ........................................................................13
1.4.7　繪制程序框圖 ........................................................................14
1.4.8　編寫宏程序代碼 ....................................................................14
1.4.9　本節(jié)小結(jié) ................................................................................15
本章小結(jié) ...............................................................................................15
第2 章　用戶宏程序功能B ........................................................ 16
2.1　變量與常量 ..................................................................................16
2.1.1　變量的概述 ............................................................................16
2.1.2　變量的賦值 ............................................................................17
2.1.3　A 賦值與B 賦值的區(qū)別 .......................................................18
2.1.4　常量 ........................................................................................18
2.2　邏輯變量與輔助變量 ..................................................................18
2.2.1　邏輯變量 ................................................................................18
2.2.2　輔助變量 ................................................................................20
2.3　變量的數(shù)學(xué)運算與邏輯運算 ......................................................22
2.3.1　數(shù)學(xué)運算與邏輯運算概述 ....................................................22
2.3.2　變量的數(shù)學(xué)運算 ....................................................................24
2.3.3　變量的邏輯運算 ....................................................................25
2.3.4　運算特例 ................................................................................26
2.4　控制流向語句 ..............................................................................26
2.4.1　語句的分類 ............................................................................26
2.4.2　運算符的描述 ........................................................................30
2.5　條件轉(zhuǎn)移語句（IF）與循環(huán)語句（WHILE）的區(qū)別與聯(lián)系 .......31
2.5.1　條件轉(zhuǎn)移語句的嵌套功能 ....................................................31
2.5.2　循環(huán)語句的嵌套功能 ............................................................32
2.5.3　循環(huán)語句與條件轉(zhuǎn)移語句的組合 ........................................34
2.6　IF [ 條件表達(dá)式] THEN 語句 ....................................................35
2.6.1　語句概述 ................................................................................35
2.6.2　語句應(yīng)用實例 ........................................................................35
2.7　宏程序的調(diào)用與調(diào)用取消 ..........................................................37
2.7.1　宏程序調(diào)用（G66） .............................................................37
2.7.2　宏程序調(diào)用（G65） .............................................................39
2.8　用戶宏程序功能B 入門實例 .....................................................43
2.9　宏程序編程基礎(chǔ) ..........................................................................44
2.9.1　宏程序編程步驟 ....................................................................44
2.9.2　變量設(shè)置常見方法 ................................................................45
本章小結(jié) ...............................................................................................48
第3 章　宏程序和數(shù)學(xué)基礎(chǔ) ........................................................ 49
3.1　宏程序與數(shù)學(xué)模型 ......................................................................49
3.1.1　單一型面零件與數(shù)學(xué)模型 ....................................................49
3.1.2　復(fù)合型面零件與數(shù)學(xué)模型 ....................................................51
3.2　宏程序與一次函數(shù) ......................................................................52
3.2.1　一次函數(shù)概述 ........................................................................52
3.2.2　一次函數(shù)應(yīng)用實例 ................................................................53
3.3　宏程序與二次函數(shù) ......................................................................55
3.3.1　二次函數(shù)概述 ........................................................................55
3.3.2　二次函數(shù)偏移量 ....................................................................55
3.4　宏程序與極坐標(biāo)系 ......................................................................56
3.4.1　極坐標(biāo)系概述 ........................................................................56
3.4.2　極坐標(biāo)系應(yīng)用實例 ................................................................58
3.5　宏程序與旋轉(zhuǎn)坐標(biāo)系 ..................................................................59
3.5.1　旋轉(zhuǎn)坐標(biāo)系概述 ....................................................................59
3.5.2　旋轉(zhuǎn)坐標(biāo)系與矩陣 ................................................................60
3.5.3　旋轉(zhuǎn)坐標(biāo)系應(yīng)用實例 ............................................................60
3.6　宏程序與擬合法 ..........................................................................62
3.6.1　線性擬合法概述 ....................................................................62
3.6.2　線性擬合法編程原理 ............................................................63
3.6.3　線性擬合法應(yīng)用實例 ............................................................63
3.7　宏程序編程“動”與“靜” ......................................................64
3.7.1　宏程序編程“動”概述 ........................................................64
3.7.2　宏程序編程“靜”概述 ........................................................66
本章小結(jié) ...............................................................................................67
第4 章　宏程序在車削常見型面中的應(yīng)用 ................................ 68
4.1　粗車端面宏程序應(yīng)用 ..................................................................68
4.1.1　零件圖以及加工內(nèi)容 ...........................................................68
4.1.2　分析零件圖樣 ........................................................................69
4.1.3　分析加工工藝 ........................................................................69
4.1.4　選擇變量方法 ........................................................................69
4.1.5　選擇程序算法 ........................................................................70
4.1.6　繪制刀路軌跡 ........................................................................71
4.1.7　繪制程序框圖 ........................................................................71
4.1.8　編制程序代碼 ........................................................................72
4.1.9　編程總結(jié) ................................................................................72
4.2　車削單外圓宏程序應(yīng)用 ..............................................................73
4.2.1　零件圖以及加工內(nèi)容 ............................................................73
4.2.2　分析零件圖樣 ........................................................................73
4.2.3　分析加工工藝 ........................................................................74
4.2.4　選擇變量方法 ........................................................................74
4.2.5　選擇程序算法 ........................................................................75
4.2.6　繪制刀路軌跡 ........................................................................75
4.2.7　繪制程序框圖 ........................................................................76
4.2.8　編制程序代碼 ........................................................................76
4.2.9　編程總結(jié) ................................................................................77
4.3　大直徑外圓切斷宏程序應(yīng)用 ......................................................78
4.3.1　零件圖以及加工內(nèi)容 ............................................................78
4.3.2　分析零件圖樣 ........................................................................78
4.3.3　分析加工工藝 ........................................................................79
4.3.4　選擇變量方式 ........................................................................79
4.3.5　選擇程序算法 ........................................................................80
4.3.6　繪制刀路軌跡 ........................................................................80
4.3.7　繪制流程框圖 ........................................................................82
4.3.8　編制程序代碼 ........................................................................82
4.3.9　編程總結(jié) ................................................................................83
4.4　車削外圓錐面宏程序應(yīng)用 ..........................................................83
4.4.1　錐度宏程序編程概述 ............................................................83
4.4.2　零件圖和加工內(nèi)容 ................................................................85
4.4.3　分析零件圖樣 ........................................................................86
4.4.4　分析加工工藝 ........................................................................86
4.4.5　選擇變量方法 ........................................................................87
4.4.6　選擇程序算法 ........................................................................87
4.4.7　繪制刀路軌跡 ........................................................................88
4.4.8　繪制程序框圖 ........................................................................88
4.4.9　編制程序代碼 ........................................................................90
4.5　車削1/4 凸圓弧宏程序應(yīng)用.......................................................92
4.5.1　零件圖以及加工內(nèi)容 ............................................................92
4.5.2　分析零件圖樣 ........................................................................92
4.5.3　分析加工工藝 ........................................................................93
4.5.4　選擇變量方法 ........................................................................93
4.5.5　選擇程序算法 ........................................................................94
4.5.6　繪制刀路軌跡 ........................................................................94
4.5.7　繪制程序框圖 ........................................................................96
4.5.8　編制程序代碼 ........................................................................97
本章小結(jié) .............................................................................................100
第5 章　宏程序編程在車削非圓型面中的應(yīng)用 ...................... 101
5.1　方程型面宏程序編程概述 ........................................................101
5.1.1　方程型面定義 ......................................................................101
5.1.2　方程型面應(yīng)用場合 ..............................................................101
5.1.3　方程型面加工方法 ..............................................................102
5.1.4　方程型面及其編程延伸 ......................................................103
5.2　車削1/4 右橢圓宏程序應(yīng)用.....................................................103
5.2.1　零件圖以及加工內(nèi)容 ..........................................................103
5.2.2　分析零件圖樣 ......................................................................104
5.2.3　分析加工工藝 ......................................................................104
5.2.4　選擇變量方法 ......................................................................105
5.2.5　選擇程序算法 ......................................................................105
5.2.6　繪制刀路軌跡 ......................................................................106
5.2.7　繪制流程框圖 ......................................................................106
5.2.8　編制程序代碼 ......................................................................108
5.3　車削1/4 左橢圓宏程序應(yīng)用..................................................... 111
5.3.1　零件圖以及加工內(nèi)容 .......................................................... 111
5.3.2　分析零件圖樣 ...................................................................... 111
5.3.3　分析加工工藝 ...................................................................... 111
5.3.4　選擇變量方法 ......................................................................112
5.3.5　選擇程序算法 ......................................................................112
5.3.6　繪制刀路軌跡 ......................................................................112
5.3.7　繪制流程框圖 ......................................................................113
5.3.8　編制程序代碼 ......................................................................113
5.4　車削1/2 凹橢圓宏程序應(yīng)用.....................................................114
5.4.1　零件圖以及加工內(nèi)容 ..........................................................114
5.4.2　分析零件圖樣 ......................................................................114
5.4.3　分析加工工藝 ......................................................................115
5.4.4　選擇變量方法 ......................................................................115
5.4.5　選擇程序算法 ......................................................................116
5.4.6　繪制刀路軌跡 ......................................................................116
5.4.7　繪制流程框圖 ......................................................................116
5.4.8　編制程序代碼 ......................................................................117
5.5　車削大于1/4 橢圓宏程序應(yīng)用.................................................118
5.5.1　零件圖以及加工內(nèi)容 ..........................................................118
5.5.2　分析零件圖樣 ......................................................................119
5.5.3　分析加工工藝 ......................................................................119
5.5.4　選擇變量方法 ......................................................................120
5.5.5　選擇程序算法 ......................................................................120
5.5.6　繪制刀路軌跡 ......................................................................120
5.5.7　編制程序代碼 ......................................................................121
本章小結(jié) .............................................................................................126
第6 章　宏程序在車削螺紋中的應(yīng)用 ...................................... 127
6.1　螺紋加工概述 ............................................................................127
6.1.1　螺紋加工常見循環(huán)指令和特點 ..........................................127
6.1.2　螺紋加工進(jìn)給路徑方式 ......................................................128
6.2　車削單線螺紋宏程序應(yīng)用 ........................................................129
6.2.1　零件圖以及加工內(nèi)容 ..........................................................129
6.2.2　分析零件圖樣 ......................................................................129
6.2.3　分析加工工藝 ......................................................................129
6.2.4　選擇變量方法 ......................................................................130
6.2.5　選擇程序算法 ......................................................................130
6.2.6　繪制刀路軌跡 ......................................................................130
6.2.7　繪制程序框圖 ......................................................................131
6.2.8　編寫程序代碼 ......................................................................132
6.2.9　編程總結(jié) ..............................................................................132
6.3　車削雙線螺紋宏程序應(yīng)用 ........................................................133
6.3.1　零件圖以及加工內(nèi)容 ..........................................................133
6.3.2　分析零件圖樣 ......................................................................133
6.3.3　分析加工工藝 ......................................................................133
6.3.4　選擇變量方法 ......................................................................134
6.3.5　選擇程序算法 ......................................................................135
6.3.6　繪制刀路軌跡 ......................................................................135
6.3.7　繪制程序框圖 ......................................................................136
6.3.8　編寫程序代碼 ......................................................................137
6.3.9　編程總結(jié) ..............................................................................138
6.4　車削大螺距螺紋宏程序應(yīng)用 ....................................................139
6.4.1　零件圖和加工內(nèi)容 ..............................................................139
6.4.2　分析零件圖樣 ......................................................................139
6.4.3　分析加工工藝 ......................................................................139
6.4.4　選擇變量方式 ......................................................................140
6.4.5　選擇程序算法 ......................................................................140
6.4.6　繪制刀路軌跡 ......................................................................141
6.4.7　繪制程序框圖 ......................................................................141
6.4.8　編制程序代碼 ......................................................................142
6.4.9　編程總結(jié) ..............................................................................145
6.5　車削外圓梯形螺紋宏程序應(yīng)用 ................................................145
6.5.1　零件圖以及加工內(nèi)容 ..........................................................145
6.5.2　零件圖樣的分析 ..................................................................145
6.5.3　分析加工工藝 ......................................................................146
6.5.4　選擇變量方法 ......................................................................146
6.5.5　選擇程序算法 ......................................................................146
6.5.6　繪制刀路軌跡 ......................................................................147
6.5.7　繪制程序框圖 ......................................................................148
6.5.8　編制程序代碼 ......................................................................148
6.6　車削圓弧牙型螺紋宏程序應(yīng)用 ................................................153
6.6.1　零件圖以及加工內(nèi)容 ..........................................................153
6.6.2　分析零件圖樣 ......................................................................153
6.6.3　分析加工工藝 ......................................................................154
6.6.4　選擇變量方法 ......................................................................154
6.6.5　選擇程序算法 ......................................................................154
6.6.6　繪制刀路軌跡 ......................................................................155
6.6.7　繪制流程框圖 ......................................................................155
6.6.8　編制程序代碼 ......................................................................156
6.6.9　編程總結(jié) ..............................................................................157
6.7　車削等槽寬變距螺紋宏程序應(yīng)用 ............................................157
6.7.1　零件圖以及加工內(nèi)容 ..........................................................157
6.7.2　分析零件圖樣 ......................................................................158
6.7.3　分析加工工藝 ......................................................................158
6.7.4　選擇變量方法 ......................................................................158
6.7.5　選擇程序算法 ......................................................................159
6.7.6　繪制刀路軌跡 ......................................................................159
6.7.7　繪制流程框圖 ......................................................................160
6.7.8　編制程序代碼 ......................................................................160
6.7.9　編程總結(jié) ..............................................................................161
6.8　車削異形螺紋宏程序應(yīng)用 ........................................................162
6.8.1　零件圖以及加工內(nèi)容 ..........................................................162
6.8.2　零件圖樣的分析 ..................................................................162
6.8.3　分析加工工藝 ......................................................................163
6.8.4　選擇變量方法 ......................................................................164
6.8.5　選擇程序算法 ......................................................................164
6.8.6　繪制刀路軌跡 ......................................................................164
6.8.7　繪制流程框圖 ......................................................................165
6.8.8　編制宏程序代碼 ..................................................................166
6.8.9　編程總結(jié) ..............................................................................167
6.9　車削異形螺紋宏程序總結(jié) ........................................................168
6.9.1　異形螺紋類型 ......................................................................168
6.9.2　異形螺紋加工編程常見方法 ..............................................168
6.9.3　加工異形螺紋宏程序編程思路 ..........................................169
本章小結(jié) .............................................................................................170
第7 章　宏程序在孔加工中的應(yīng)用 .......................................... 171
7.1　宏程序在直線排孔中的應(yīng)用 ....................................................171
7.1.1　零件圖以及加工內(nèi)容 ..........................................................171
7.1.2　分析零件圖樣 ......................................................................171
7.1.3　分析加工工藝 ......................................................................172
7.1.4　選擇變量方法 ......................................................................172
7.1.5　選擇程序算法 ......................................................................173
7.1.6　繪制加工軌跡 ......................................................................173
7.1.7　繪制程序框圖 ......................................................................174
7.1.8　編寫程序代碼 ......................................................................174
7.1.9　編程總結(jié) ..............................................................................180
7.2　宏程序在圓周均布孔系中的應(yīng)用 ............................................180
7.2.1　零件圖以及加工內(nèi)容 ..........................................................180
7.2.2　分析零件圖樣 .....................................................................180
7.2.3　分析加工工藝 ......................................................................181
7.2.4　選擇變量方法 ......................................................................181
7.2.5　選擇程序算法 ......................................................................181
7.2.6　繪制加工軌跡 .....................................................................182
7.2.7　繪制程序框圖 ......................................................................183
7.2.8　編寫程序代碼 ......................................................................184
7.2.9　編程總結(jié) ..............................................................................186
7.3　宏程序在矩陣孔系中的應(yīng)用 ....................................................187
7.3.1　零件圖以及加工內(nèi)容 ..........................................................187
7.3.2　分析零件圖樣 ......................................................................187
7.3.3　分析加工工藝 ......................................................................188
7.3.4　選擇變量方法 ......................................................................188
7.3.5　選擇程序算法 ......................................................................188
7.3.6　繪制加工軌跡 .....................................................................189
7.3.7　繪制程序框圖 ......................................................................190
7.3.8　編寫程序代碼 ......................................................................191
7.3.9　編程總結(jié) ..............................................................................193
本章小結(jié) .............................................................................................193
第8 章　宏程序在銑削常見型面中的應(yīng)用 .............................. 194
8.1　宏程序在矩形平面加工中的應(yīng)用 ............................................194
8.1.1　零件圖以及加工內(nèi)容 ..........................................................194
8.1.2　分析零件圖樣 ......................................................................195
8.1.3　分析加工工藝 ......................................................................195
8.1.4　選擇變量方法 ......................................................................195
8.1.5　選擇程序算法 ......................................................................195
8.1.6　繪制加工軌跡 .....................................................................196
8.1.7　繪制程序框圖 ......................................................................196
8.1.8　編制加工程序 ......................................................................196
8.1.9　編程總結(jié) ..............................................................................199
8.2　宏程序在圓柱形臺階銑削加工中的應(yīng)用 ................................199
8.2.1　零件圖以及加工內(nèi)容 ..........................................................199
8.2.2　分析零件圖樣 ......................................................................199
8.2.3　分析加工工藝 ......................................................................200
8.2.4　選擇變量方法 ......................................................................200
8.2.5　選擇程序算法 ......................................................................200
8.2.6　繪制加工軌跡 ......................................................................201
8.2.7　繪制程序框圖 ......................................................................201
8.2.8　編制程序代碼 ......................................................................202
8.2.9　編程總結(jié) ..............................................................................203
8.3　宏程序在矩形型腔加工中的應(yīng)用 ............................................205
8.3.1　零件圖以及加工內(nèi)容 ..........................................................205
8.3.2　分析零件圖樣 ......................................................................206
8.3.3　分析加工工藝 ......................................................................206
8.3.4　選擇變量方法 ......................................................................206
8.3.5　選擇程序算法 ......................................................................207
8.3.6　繪制加工軌跡 .....................................................................207
8.3.7　繪制程序框圖 ......................................................................208
8.3.8　編制程序代碼 ......................................................................209
8.3.9　編程總結(jié) ..............................................................................211
8.4　宏程序在矩形斜面型腔加工中的應(yīng)用 ....................................212
8.4.1　零件圖以及加工內(nèi)容 ..........................................................212
8.4.2　分析零件圖樣 ......................................................................212
8.4.3　分析加工工藝 ......................................................................213
8.4.4　選擇變量方法 ......................................................................213
8.4.5　選擇程序算法 ......................................................................213
8.4.6　繪制加工軌跡 .....................................................................214
8.4.7　繪制程序框圖 ......................................................................214
8.4.8　編制程序代碼 ......................................................................215
8.4.9　編程總結(jié) ..............................................................................216
8.5　宏程序在銑削內(nèi)螺紋中的應(yīng)用 ................................................217
8.5.1　零件圖以及加工內(nèi)容 ..........................................................217
8.5.2　分析零件圖樣 ......................................................................217
8.5.3　分析加工工藝 ......................................................................218
8.5.4　選擇變量方法 ......................................................................218
8.5.5　選擇程序算法 ......................................................................218
8.5.6　繪制加工軌跡 .....................................................................218
8.5.7　繪制程序框圖 ......................................................................219
8.5.8　編制程序代碼 ......................................................................219
8.5.9　編程總結(jié) ..............................................................................221
本章小結(jié) .............................................................................................221
第9 章　宏程序在銑削斜面、R 面加工中的應(yīng)用 .................. 222
9.1　宏程序在圓形45°斜面加工中的應(yīng)用 ...................................222
9.1.1　零件圖以及加工內(nèi)容 ..........................................................222
9.1.2　分析零件圖樣 ......................................................................222
9.1.3　分析加工工藝 ......................................................................223
9.1.4　選擇變量方法 ......................................................................223
9.1.5　選擇程序算法 ......................................................................224
9.1.6　繪制加工軌跡 ......................................................................225
9.1.7　繪制程序框圖 ......................................................................225
9.1.8　編制程序代碼 ......................................................................226
9.1.9　編程總結(jié) ..............................................................................228
9.2　宏程序在圓形R 角加工中的應(yīng)用 ...........................................228
9.2.1　零件圖以及加工內(nèi)容 ..........................................................228
9.2.2　分析零件圖樣 ......................................................................229
9.2.3　分析加工工藝 ......................................................................229
9.2.4　選擇變量方法 ......................................................................229
9.2.5　選擇程序算法 ......................................................................230
9.2.6　繪制加工軌跡 ......................................................................230
9.2.7　繪制程序框圖 ......................................................................231
9.2.8　編制程序代碼 ......................................................................232
9.2.9　編程總結(jié) ..............................................................................233
9.3　宏程序在橢圓形45°斜角加工中的應(yīng)用 ...............................234
9.3.1　零件圖以及加工內(nèi)容 ..........................................................234
9.3.2　分析零件圖樣 ......................................................................234
9.3.3　分析加工工藝 ......................................................................235
9.3.4　選擇變量方法 ......................................................................235
9.3.5　選擇程序算法 ......................................................................236
9.3.6　繪制加工軌跡 ......................................................................237
9.3.7　繪制程序框圖 ......................................................................237
9.3.8　編制程序代碼 ......................................................................238
9.3.9　編程總結(jié) ..............................................................................239
9.4　宏程序銑削斜面和R 面總結(jié) ...................................................240
9.4.1　銑削任意角度斜面的數(shù)學(xué)模型 ..........................................240
9.4.2　銑削任意大小R 角的數(shù)學(xué)模型 .........................................240
9.4.3　宏程序銑削斜面、R 面編程思路 ......................................241
9.4.4　宏程序銑削斜面、R 面編程步驟 ......................................241
本章小結(jié) .............................................................................................241
第10 章　宏程序編程之動態(tài)應(yīng)用 ............................................ 242
10.1　編程指令G10 在數(shù)控編程中的應(yīng)用 .....................................242
10.1.1　FANUC 系統(tǒng)G10 指令概述 ............................................242
10.1.2　FANUC 系統(tǒng)G10 指令格式 ............................................243
10.1.3　FANUC 系統(tǒng)G10 在數(shù)控編程中的應(yīng)用 ........................244
10.1.4　FANUC 系統(tǒng)G10 實例應(yīng)用 ............................................246
10.1.5　本節(jié)小結(jié) ............................................................................250
10.2　FANUC 系統(tǒng)變量在數(shù)控編程中的應(yīng)用 ...............................250
10.2.1　FANUC 系統(tǒng)變量概述 .....................................................250
10.2.2　FANUC 系統(tǒng)變量在數(shù)控編程中的應(yīng)用 .........................252
10.3　FANUC 系統(tǒng)變量在工件坐標(biāo)系中的應(yīng)用 ...........................253
10.3.1　FANUC 系統(tǒng)變量在工件坐標(biāo)系中的應(yīng)用實例 .............253
10.3.2　編程總結(jié) ............................................................................254
10.4　FANUC 系統(tǒng)變量在刀具長度補(bǔ)償中的應(yīng)用 .......................254
10.4.1　FANUC 系統(tǒng)變量在刀具長度補(bǔ)償中的應(yīng)用實例 .........254
10.4.2　編程總結(jié) ............................................................................256
10.5　FANUC 系統(tǒng)變量在刀具半徑補(bǔ)償中的應(yīng)用 .......................256
10.5.1　FANUC 系統(tǒng)變量在刀具半徑補(bǔ)償中的應(yīng)用實例 .........256
10.5.2　編程總結(jié) ............................................................................257
10.6　雷尼紹OMP40-2 與FANUC 編程指令G31 在數(shù)控編程
中的應(yīng)用 ..................................................................................257
10.6.1　雷尼紹觸發(fā)式探頭概述 ....................................................257
10.6.2　數(shù)控機(jī)床雷尼紹觸發(fā)式探頭工作原理 ............................258
10.6.3　FANUC 數(shù)控機(jī)床G31 指令 ............................................258
10.7　雷尼紹在臥式加工中心探測B 軸的應(yīng)用 .............................259
10.7.1　問題描述 ............................................................................259
10.7.2　解決思路 ............................................................................259
10.7.3　編制雷尼紹自動探測程序 ................................................260
10.7.4　編程總結(jié) ............................................................................260
10.8　雷尼紹自動探測長方體中心的應(yīng)用 ......................................261
10.8.1　問題描述 ............................................................................261
10.8.2　解決思路 ............................................................................261
10.8.3　編制雷尼紹自動探測程序 ................................................262
10.8.4　編程總結(jié) ............................................................................263
10.9　雷尼紹探測工件坐標(biāo)系Z 軸坐標(biāo)值 .....................................263
10.9.1　問題描述 ............................................................................263
10.9.2　解決思路 ............................................................................264
10.9.3　編制雷尼紹自動探測程序 ................................................264
10.9.4　編程總結(jié) ............................................................................265
10.10　雷尼紹在單邊測量中的應(yīng)用 ................................................265
10.10.1　問題描述 ..........................................................................265
10.10.2　解決思路 ..........................................................................265
10.10.3　編制雷尼紹自動探測程序 ..............................................266
10.10.4　編程總結(jié) ..........................................................................267
10.11　雷尼紹在探測分度圓孔中心的應(yīng)用 ....................................267
10.11.1　問題描述 ..........................................................................267
10.11.2　解決思路 ..........................................................................267
10.11.3　編制雷尼紹自動探測程序 ..............................................268
10.11.4　編程總結(jié) ..........................................................................269
10.12　雷尼紹在探測不同加工區(qū)域的應(yīng)用 ....................................269
10.12.1　問題描述 ..........................................................................269
10.12.2　解決思路 ..........................................................................270
10.12.3　編制雷尼紹自動探測程序 ..............................................270
10.12.4　編程總結(jié) ..........................................................................272
10.13　雷尼紹自動探測報警程序的應(yīng)用 ........................................272
10.13.1　雷尼紹自動探測誤差 ......................................................272
10.13.2　雷尼紹自動探測誤差解決方法 ......................................272
10.13.3　雷尼紹自動探測誤差解決方法實例 ..............................272
10.13.4　編程總結(jié) ..........................................................................274
本章小結(jié) .............................................................................................274
參考文獻(xiàn)....................................................................................... 275