Preface
With the progress of science and technology and industrialization in various countries, the world's automation technology has made great progress in various operating fields, and the mechanical manufacturing industry is the first to bear the brunt. The application of automation technology in the machinery manufacturing industry can reduce the workload of manual operation, speed up the production rate of products, guarantee the unity of product quality in the work of assembly line, reduce the expenditure of personnel wages, reap more product benefits and enhance the competitiveness of enterprises. Therefore, the application and development of automation technology in machinery manufacturing industry is extremely important.
In the trend of global economic integration, China's machinery manufacturing industry cannot stand still and refuse to make progress. It will be in line with world-wide economic markets. With the application of mechanical automation technology, this market competition will be more intense. As the main body of the market economy, enterprises cannot escape this turbulent and unpredictable environment. In order to survive and develop in it, we must firmly grasp the forefront of market technology, continue to develop new technologies to accelerate the rate of product replacement, and allow enterprises to optimize and upgrade. Mechanical automation technology is currently the core technology of the machinery manufacturing industry. This technology has not yet developed to the extreme, and there is a lot of room for improvement. Therefore, in the machinery manufacturing industry, it is necessary to increase investment in automated machinery, ensure that the technology of enterprises is at the forefront of the market, and increase the utilization rate of machinery.
This book introduces machinery automation technology and equipment, processing equipment automation, material supply and transportation automation, detection process automation, assembly automation, industrial robotics, automation and information technology, and safety automation technology for control systems in machinery manufacturing.
前言
随着世界上各国科技和工业化的进展，世界上自动化技术在各个操作领域得到了长足发展，机械制造业首当其冲。自动化技术应用在机械制造业能够减少人工操作的工作量，加快产品的生产速率，在流水线一类的工作中保障产品质量的统一性，让企业减少人员工资的开支的同时收获更多的产品效益，增强企业竞争力，因此自动化技术在机械制造业的应用和发展极其重要。
在全球经济一体化的趋势下，我国机械制造业不可能故步自封，它将会和世界范围的经济市场相接轨，在机械自动化技术的应用下，这一市场竞争将更加激烈。企业身为市场经济的主体，不可能摆脱这一动荡不安无法精确预测的环境，想要在其中谋生存，谋发展，必须牢牢把握市场技术前沿，不断研发新技术加快产品更新换代速度，让企业优化升级。机械自动化技术目前是机械制造业核心技术，并且这一技术还未发展到极致，存在很大的进步空间，因此在机械制造业中必须加重对自动化机械的投资，保证企业科技处在市场前沿水准，提高企业的机械利用率。
本书将通过机械自动化技术与设备简述、加工设备自动化、物料供输自动化、检测过程自动化、装配自动化、工业机器人、自动化与信息化、机械制造业控制系统的安全自动化技术等方面进行简单的论述。
Min-Sheng Han, male, the Han nationality, born in Luochuan, Shaanxi in February 1964. He graduated from the Mechanical Engineering Department of Xi'an Jiaotong University with a major in mechanical manufacturing technology and equipment. He is currently a senior engineer at Shaanxi Construction Engineering No.8 Construction Group Co., Ltd. From 1991 to 2008, he was awarded the honorary titles of "excellent intellectual", "excellent scientific and technological worker", "advanced individual of scientific and technological progress", "Excellent Communist Party member", "advanced production worker", "six good Communist Party members" and "labor model" of the head office. He has extensive practical and management experience in mechanical automation and construction projects.
韩民生，男，汉族，1964年2月出生，陕西洛川人，毕业于西安交通大学机械工程系机械制造工艺及设备专业，现就职于陕西建工第八建设集团有限公司，高级工程师。1991年-2008年多次被评为“优秀知识分子”、“优秀科技工作者”、“科技进步先进个人”、“优秀共产党员”、“先进生产工作者”、“六好共产党员”、总公司“劳动模范”等荣誉称号。对机械自动化及施工项目具有丰富的实战和管理经验。
Wei-Bo Sun, male, the Han nationality, born in Weifang, Shandong Province in November 1972. He graduated from Shandong University with a bachelor's degree in mechatronics. He is a senior engineer and currently works for Goertek as a technical specialist in technical management. He is responsible for the shaping of product matrix management, the establishment of standard architecture and basic technical standards, the construction of technology platforms and product platforms, and the promotion of standardized modularization of machinery and automation equipment. He used to work in the R & D and management of Weichai Power Co., Ltd. and sany group and other large enterprises. He has obtained 1 national outstanding scientific and technological promotion achievement, 45 provincial, group and company-level scientific and technological achievements, 16 invention patents, and published 4 core journal papers.
孙卫波，男，汉族，1972年11月出生，山东省潍坊市人、山东大学机电一体化专业，本科学历，高级工程师，现就职于歌儿股份，特聘技术管理的技术专家，负责产品矩阵管理的塑造，标准体系架构和基础技术标准的建立，技术平台和产品平台的搭建，机械自动化设备标准化模块化的推广。曾就职于潍柴动力股份有限公司，三一集团等大型企业的研发和研发管理工作，获得国家优秀科技推广成果1项，省级、集团级、公司级科技成果45项，发明专利16项.核心期刊论文4篇。
Xiao-Lei Hou, male, the Han nationality, born in Shanxi in April 1981. He started working in 1999 and joined the Group's Mechanical and Electrical Management Office in 2002. He graduated from Taiyuan University of Technology with a bachelor's degree in electrical automation. He is an engineer and participated in the design, matching and selection of the electrical part of the first set of full-height fully mechanized mining work in the group. In addition, he has won scientific and technological progress awards and technological innovation awards from various group companies. Among them, the promotion and application project of KTC centralized control communication device won the first prize of technological innovation of the group company, and he also won many honors of the company many times.
侯晓磊，男，汉族，1981年4月出生，山西人，1999年参加工作，2002年进入集团公司机电管理处工作，太原理工大学电气自动化专业本科毕业，工程师职称，参与集团公司首套一次采全高综采工作面电气部分的设计、配套和选型工作。获得多个集团公司科技进步奖和技术革新奖，其中KTC型集中控制通信装置的推广和应用项目获集团公司技术革新一等奖，本人也多次获得本单位多项荣誉。
邮箱
地址