1) sawing technology
锯切技术
1.
The manual stage,simple machine stage,modern stage and current stage that wood sawing technology has undergone and the characteristics of these stages are stated briefly.
简述木材锯切技术所经历的手工期、简单机械期、近代期和现代期及其特点,对各种木材锯切技术进行了分析,结论是零锯料角木工锯子技术整体性能较好,可以实现高质量、高效率、高效益锯切木材。
2.
Since the conventional single blade and double blade sawing method for the big ERW high frequency (resistance) straight welded pipe is restrained, the digital controlled profile modeling sawing technology develops.
生产大规格ERW高频(电阻)直缝焊管,传统的单片式、双片式锯切方式受到了一定的限制,因此数控仿形锯切技术得到了发展。
2) cutting technology
切割技术
1.
Elementary introduction application of cutting technology in electric steel tower manufacturing;
浅谈切割技术在电力铁塔制造业中的应用
2.
Numerical control air plasma arc cutting technology and its application;
数控空气等离子弧切割技术及应用
3.
This paper introduces the generated process of plasma in welding and cutting,the greatest advantage of plasma cutting which is higher cutting speed,the latest development of plasma cutting technology.
介绍了焊接与切割时等离子的产生过程,等离子弧切割的最大优点,以及等离子切割技术的最新发展。
3) switching technique
切换技术
1.
Based on the theory and technology of multidimensional chromatography, this article discusses the recent developments of the switching technique in the interface of two-dimensional liquid chromatography,and illustrates its applications which emphases on the research of proteomics.
本文在介绍多维液相色谱原理与方法的基础上,重点讨论了二维液相色谱接口切换技术的近期发展,并对其应用现状进行了总结分析。
5) cutting technology
切削技术
1.
Building up Cutting Technology Data Network,Developing National Cutting Technology;
建立切削技术科学数据网 努力发展我国切削技术
2.
To develop a new cutting technology and predict its future,the theory of inventive problems solving(TRIZ) technological evolution theory is used to study the fundamental branch specialized in forecasting technological system evolution.
为进一步开发新型切削技术,探索切削加工的未来发展趋势,必须研究和跟踪切削技术的进化历程。
3.
This article,from several aspects like the cutting tool material,the coating technology,the innovation cutting tool structure,machining necessary technology,introduces the advanced cutting technology and the present situation of cutting tool development.
本文介绍高速切削的刀具材料、涂层技术、创新刀具结构、切削加工配套技术等先进的切削技术及刀具的发展现状。
6) slice technology
片切技术
补充资料：锯切
用边缘具有许多锯齿的刀具(锯条、圆锯片、锯带)或薄片砂轮等将工件或材料切出狭槽或进行分割的切削加工。锯切可按所用刀具形式分为弓锯切、圆锯切、带锯切（见图）和砂轮锯切等。①弓锯切是将锯条张紧在弓形的锯架上，并作直线往复运动，对工件进行切割,一般在弓锯床（见锯床）上利用动力锯切,也可用手工锯切。由于弓锯切在回程时不进行切削，故效率较低。②圆锯切是在圆锯床上由主轴带动圆锯片旋转对工件进行连续切割，效率较高。③带锯切是在带锯床上利用两个轮子把长而薄的环形锯带张紧，并驱动锯带作连续运动对工件进行切割。宽带锯切的效率高，切口窄,有取代弓锯切的趋势;窄带锯切适于切割扁平工件的外部曲线轮廓或成形的通孔。④砂轮锯切是用高速旋转的薄片砂轮切割工件，适于切割难加工金属材料。各种锯切方法的精度都不高，除窄带锯切外，一般用于在备料车间切断各种棒料、管料等型材。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条