掃一掃
關注中圖網
官方微博
本類五星書更多>
-
>
公路車寶典(ZINN的公路車維修與保養秘籍)
-
>
晶體管電路設計(下)
-
>
基于個性化設計策略的智能交通系統關鍵技術
-
>
花樣百出:貴州少數民族圖案填色
-
>
山東教育出版社有限公司技術轉移與技術創新歷史叢書中國高等技術教育的蘇化(1949—1961)以北京地區為中心
-
>
鐵路機車概要.交流傳動內燃.電力機車
-
>
利維坦的道德困境:早期現代政治哲學的問題與脈絡
機床數控技術(第2版) 版權信息
- ISBN：9787121459344
- 條形碼：9787121459344 ; 978-7-121-45934-4
- 裝幀：平塑
- 冊數：暫無
- 重量：暫無
- 所屬分類：>>
機床數控技術(第2版) 本書特色
本書內容重點突出，力求體現先進性、實用性，系統地介紹了數控機床的基本原理和應用。全書每章均附有思考與練習，便于讀者加深對相關知識的理解。
機床數控技術(第2版) 內容簡介
本書內容重點突出，力求體現優選性、實用性，系統地介紹了數控機床的基本原理和應用。全書共6章：數控技術概述、計算機數控系統、數控機床的伺服系統、數控加工工藝基礎、數控加工程序的編制、數控機床的機械結構，每章均附有思考與練習，便于讀者加深對相關知識的理解。全書從數控機床的基本概念入手，重點介紹數控技術所涉及的幾個重要方面內容，使讀者通過系統的學習，掌握數控機床的基本原理，熟悉數控機床的機械結構和控制知識，熟練應用數控機床的加工工藝和編程方法。 本書既可作為高等院校機械設計制造及其自動化、機械電子工程等專業的本科生教材及機械制造及自動化、機電一體化、數控技術等相關專業的專科生教材使用，也可供數控技術領域的研究人員和工程技術人員學習參考。
機床數控技術(第2版) 目錄
目 錄
第1 章 數控技術概述 ···································································································.1
1.1 機床數控技術的基本概念 ·······················································································.2
1.2 數控機床的組成及工作原理 ····················································································.2
1.2.1 數控機床的組成 ·························································································.2
1.2.2 數控機床的工作原理 ···················································································.5
1.3 數控機床的分類 ···································································································.7
1.3.1 按工藝用途分類 ·························································································.7
1.3.2 按運動軌跡分類 ·······················································································.10
1.3.3 按伺服控制分類 ························································································.11
1.3.4 按功能水平分類 ·······················································································.13
1.3.5 按聯動軸數分類 ·······················································································.14
1.4 數控機床的特點及應用范圍 ··················································································.17
1.4.1 數控機床的特點 ·······················································································.17
1.4.2 數控機床的應用范圍 ·················································································.18
1.5 數控機床的發展概況與發展趨勢 ············································································.18
1.5.1 數控機床的發展概況 ·················································································.18
1.5.2 數控機床的發展趨勢 ·················································································.20
思考與練習 ··············································································································.28
第2 章 計算機數控系統 ·····························································································.29
2.1 概述 ················································································································.30
2.1.1 CNC 系統的組成 ······················································································.30
2.1.2 CNC 系統的功能 ······················································································.30
2.1.3 CNC 系統的一般工作過程 ··········································································.33
2.2 CNC 系統的硬件結構 ··························································································.35
2.2.1 單CPU 結構CNC 系統 ··············································································.35
2.2.2 多CPU 結構CNC 系統 ··············································································.37
2.3 CNC 系統的軟件結構 ··························································································.38
2.3.1 CNC 系統的軟/硬件功能界面 ······································································.38
2.3.2 CNC 系統的軟件結構特點 ··········································································.39
2.3.3 CNC 系統的軟件結構模式 ··········································································.42
2.4 可編程控制器 ····································································································.43
2.4.1 概述 ······································································································.43
2.4.2 PLC 在數控機床上的應用 ···········································································.48
2.5 插 補 ··········································································································.56
2.5.1 插補的定義 ·····························································································.56
2.5.2 對插補器的基本要求 ·················································································.56
2.5.3 插補方法的分類 ·······················································································.57
2.5.4 主要的插補方法 ·······················································································.58
2.6 刀具半徑補償 ··································································································
第1 章 數控技術概述 ···································································································.1
1.1 機床數控技術的基本概念 ·······················································································.2
1.2 數控機床的組成及工作原理 ····················································································.2
1.2.1 數控機床的組成 ·························································································.2
1.2.2 數控機床的工作原理 ···················································································.5
1.3 數控機床的分類 ···································································································.7
1.3.1 按工藝用途分類 ·························································································.7
1.3.2 按運動軌跡分類 ·······················································································.10
1.3.3 按伺服控制分類 ························································································.11
1.3.4 按功能水平分類 ·······················································································.13
1.3.5 按聯動軸數分類 ·······················································································.14
1.4 數控機床的特點及應用范圍 ··················································································.17
1.4.1 數控機床的特點 ·······················································································.17
1.4.2 數控機床的應用范圍 ·················································································.18
1.5 數控機床的發展概況與發展趨勢 ············································································.18
1.5.1 數控機床的發展概況 ·················································································.18
1.5.2 數控機床的發展趨勢 ·················································································.20
思考與練習 ··············································································································.28
第2 章 計算機數控系統 ·····························································································.29
2.1 概述 ················································································································.30
2.1.1 CNC 系統的組成 ······················································································.30
2.1.2 CNC 系統的功能 ······················································································.30
2.1.3 CNC 系統的一般工作過程 ··········································································.33
2.2 CNC 系統的硬件結構 ··························································································.35
2.2.1 單CPU 結構CNC 系統 ··············································································.35
2.2.2 多CPU 結構CNC 系統 ··············································································.37
2.3 CNC 系統的軟件結構 ··························································································.38
2.3.1 CNC 系統的軟/硬件功能界面 ······································································.38
2.3.2 CNC 系統的軟件結構特點 ··········································································.39
2.3.3 CNC 系統的軟件結構模式 ··········································································.42
2.4 可編程控制器 ····································································································.43
2.4.1 概述 ······································································································.43
2.4.2 PLC 在數控機床上的應用 ···········································································.48
2.5 插 補 ··········································································································.56
2.5.1 插補的定義 ·····························································································.56
2.5.2 對插補器的基本要求 ·················································································.56
2.5.3 插補方法的分類 ·······················································································.57
2.5.4 主要的插補方法 ·······················································································.58
2.6 刀具半徑補償 ··································································································
展開全部
機床數控技術(第2版) 作者簡介
長期從事機械制造相關專業課程教學，積累了豐富的教學經驗。河南省民辦高校品牌學科負責人、鄭州市特聘高層次人才、專利審查協作河南中心技術咨詢專家
書友推薦
- >
朝聞道
- >
大紅狗在馬戲團-大紅狗克里弗-助人
- >
羅曼·羅蘭讀書隨筆-精裝
- >
名家帶你讀魯迅:故事新編
- >
經典常談
- >
新文學天穹兩巨星--魯迅與胡適/紅燭學術叢書(紅燭學術叢書)
- >
李白與唐代文化
- >
中國人在烏蘇里邊疆區:歷史與人類學概述
本類暢銷
