商品簡介
數字化是智能製造的基礎。本書是為了滿足智能製造對設計表達的數字化要求，根據現行的《技術製圖》和《機械製圖》國家標準編寫而成的。本書吸收高等職業教育工程製圖多年教學改革的經驗，對傳統教學內容進行了必要增減和優化整合，根據工作過程系統化和創新能力培養要求，將教學內容劃分為7章，分別是產品設計與表達、計算機繪圖、製圖基礎、機械製圖標準、常用機件及結構要素的表示、零件圖的識讀與繪製、裝配圖的識讀與繪製。
本書以培養學生的讀圖能力、數字化表達能力和創新能力為目標，提供大量帶尺寸的立體圖，有利於將知識的學習和技能的訓練融為一體，實現學習和練習一體化、教材和習題集一體化，並通過在線開放課程網站提供補充習題，以滿足不同學生、不同學校的需要。
Digitalization is the foundation of intelligent manufacturing. According to the current edition of Technical Drawings and Mechanical Drawings by national standard, this book aims to meet the digital requirements of intelligent manufacturing for design expression by utilizing experiences of higher vocational education educational reforms of Engineering Drawing. This book makes necessary adjustments and improvements to traditional teaching contents of mechanical drawing. To reflect and satisfy the requirements of systematic work process and innovative ability cultivation, this book divides its learning materials into seven chapters: product design and expression, computer graphics, fundamentals of drawing, standards of mechanical drawing, the representation of commonly-used machine parts and structural elements, the reading and drawing of the detail drawings, the reading and drawing of the assembly drawings.
This book aims to cultivate students' ability of drawing reading, digital expression and innovation.By providing a large number of 3D drawings labeled with sizes, it is beneficial to integrate the knowledge learning and skill training, and realizes the integration of textbook and problem set, as well as learning and practice. Moreover, the additional exercises are supplemented on the online open course website to meet the needs of different students and schools.
名人推薦
“十三五”江蘇省高等學校重點教材，採用中、英文雙語進行編寫，配套豐富
目次
Contents目 錄
前言 Preface
第1章 產品設計與表達 Chapter 1 Product Design and Expression
1.1 產品表達方法 1.1 Representation of Products
1.2 工程圖的作用 1.2 Functions of Engineering Drawings
1.3 課程任務 1.3 Course Tasks
1.4 學習方法 1.4 Learning Methods
[本章習題] [Chapter exercises]
第2章 計算機繪圖 Chapter 2 Computer Graphics
2.1 計算機繪圖概述 2.1 Computer Graphics Summary
2.2 體驗Inventor 2.2 Experience Inventor
[本章習題] [Chapter exercises]
第 3章 製圖基礎 Chapter 3 Fundamentals of Drawing
3.1 正投影基本原理 3.1 Principle of Orthographic Projection
3.1.1 投影的概念及分類 3.1.1 Concept and Types of Projection
3.1.2 物體的三視圖 3.1.2 Three-view Drawings
3.2 平面圖形的分析 3.2 Analysis of Plane Figures
3.2.1 平面圖形的尺寸分析 3.2.1 Dimensional Analysis of Plane Figure
3.2.2 平面圖形的線段分析 3.2.2 Line Segment Analysis of Plane Figure
3.3 組合體的構形與分析 3.3 Configuration and Analysis of Composite Object
3.3.1 基本體與組合體 3.3.1 Basic Object and Composite Object
3.3.2 組合體的構形設計 3.3.2 Configuration Design of the Composite Object
[本章習題] [Chapter exercises]
第4章 機械製圖標準 Chapter 4 Standards of Mechanical Drawing
4.1 機械製圖國家標準的一般規定
4.1 General Provisions of National Standards of Mechanical Drawing
4.1.1 圖紙幅面和格式（GB/T 14689―2008） 4.1.1 Drawing Sheet Size and Layout（GB/T 14689―2008）
4.1.2 比例（GB/T 14690―1993） 4.1.2 Scales（GB/T 14690―1993）
4.1.3 字體（GB/T 14691―1993） 4.1.3 Font（GB/T 14691―1993）
4.1.4 圖線及畫法（GB/T 4457.4―2002） 4.1.4 Lines and Drawing Techniques （GB/T 4457.4―2002）
4.1.5 尺寸注法（GB/T 4458.4―2003） 4.1.5 Dimensioning（GB/T 4458.4―2003）
4.2 機件表達方法 4.2 Representation of Machine Parts
4.2.1 視圖 4.2.1 View
4.2.2 剖視圖 4.2.2 Section View
4.2.3 斷面圖 4.2.3 Cross-section View
4.2.4 其他表達方法 4.2.4 Other Representation
4.3 技術要求 4.3 Technical Requirements
4.3.1 表面結構的表示法 4.3.1 The Representation of the Surface Structure
4.3.2 極限與配合 4.3.2 Limits and Fits
4.3.3 幾何公差 4.3.3 Geometric Tolerance
[本章習題] [Chapter exercises]
第5章 常用機件及結構要素的表示 Chapter 5 The Representation of Commonly-used Machine Parts and Structural Elements
5.1 螺紋 5.1 Threads
5.1.1 螺紋概述 5.1.1 Threads Summary
5.1.2 螺紋的種類和標注 5.1.2 Types and Labeling of the Thread
5.2 螺紋緊固件 5.2 Thread Fastener
5.2.1 螺紋緊固件的標記 5.2.1 Labeling of Thread Fastener
5.2.2 螺紋聯接 5.2.2 Thread Connection
5.3 鍵、銷聯接 5.3 Key and Pin Connection
5.3.1 鍵聯接 5.3.1 Key Connection
5.3.2 銷聯接 5.3.2 Pin Connection 111
5.4 齒輪 5.4 Gear
5.4.1 直齒圓柱齒輪各部分名稱和主要參數 5.4.1 Names and Major Parameters of Parts of Straight Toothed Spur Gear
5.4.2 各部分尺寸計算公式 5.4.2 Computational Formula of Part Dimensions
5.4.3 齒輪規定畫法 5.4.3 Stipulated Drawing Method of the Gear
5.5 滾動軸承 5.5 Rolling Bearing
5.5.1 滾動軸承的種類 5.5.1 Types of Rolling Bearing
5.5.2 滾動軸承的代號（GB/T 272―2017） 5.5.2 Codes of Rolling Bearing （GB/T 272―2017）
5.6 彈簧 5.6 Spring
5.6.1 圓柱螺旋壓縮彈簧各部分名稱及尺寸計算 5.6.1 Names and Dimension Calculation of Different Parts of Cylindrical Helical Compression Spring
5.6.2 圓柱螺旋壓縮彈簧的繪製 5.6.2 Drawing of Cylindrical Helical Compression Spring
[本章習題] [Chapter exercises]
第6章 零件圖的識讀與繪製 Chapter 6 The Reading and Drawing of the Detail Drawings 6.1 零件圖的作用和內容 6.1 Function and Contents of Detail Drawings
6.1.1 零件圖的作用 6.1.1 Function of Detail Drawings
6.1.2 零件圖的內容 6.1.2 Contents of Detail Drawings
6.2 零件圖的視圖選擇 6.2 Choosing Views of Detail Drawings
6.2.1 主視圖的選擇 6.2.1 Choosing the Front View
6.2.2 其他視圖的選擇 6.2.2 Choosing Other Views
6.2.3 典型零件分析 6.2.3 Analysis of
