机床与液压
機床與液壓
궤상여액압
MACHINE TOOL & HYDRAULICS
2013年
8期
31-33
,共3页
机械手%锻压生产%应用研究
機械手%鍛壓生產%應用研究
궤계수%단압생산%응용연구
Manipulator%Forging production%Application research
为了提高我国锻压生产的自动化水平,减少加工过程对操作人员的危害,实现绿色锻压,有必要根据我国锻压行业的现状,应用锻压机械手代替人工完成锻压生产过程中的上料、翻转、下料等危险性高、简单重复性、劳动强度高的工作,以提高生产自动化程度,提高生产率,提高产品一致性.在分析锻压生产现状的基础上,分析锻压过程中人工操作的动作流程,提出锻压机械手的结构形式、工作原理及运动方案,并阐述其应用的意义.
為瞭提高我國鍛壓生產的自動化水平,減少加工過程對操作人員的危害,實現綠色鍛壓,有必要根據我國鍛壓行業的現狀,應用鍛壓機械手代替人工完成鍛壓生產過程中的上料、翻轉、下料等危險性高、簡單重複性、勞動彊度高的工作,以提高生產自動化程度,提高生產率,提高產品一緻性.在分析鍛壓生產現狀的基礎上,分析鍛壓過程中人工操作的動作流程,提齣鍛壓機械手的結構形式、工作原理及運動方案,併闡述其應用的意義.
위료제고아국단압생산적자동화수평,감소가공과정대조작인원적위해,실현록색단압,유필요근거아국단압행업적현상,응용단압궤계수대체인공완성단압생산과정중적상료、번전、하료등위험성고、간단중복성、노동강도고적공작,이제고생산자동화정도,제고생산솔,제고산품일치성.재분석단압생산현상적기출상,분석단압과정중인공조작적동작류정,제출단압궤계수적결구형식、공작원리급운동방안,병천술기응용적의의.
In order to improve the automation level of forging in our country,reduce harm to operators,realize green forging,it is necessary to combine the current situation of forging industry in our country,applying forging manipulator to replace the manual forging process for the production of feed,turning,cutting and other high risk,high labor intensity,simple repetitive work. This will improve the production automation level and product consistency,increase productivity. Based on the analysis of the present situation of forging production,the artificial action process of forging was analyzed. The structure,working principle and motion scheme of the applied forging manipulator were put forward,and the significance of its application was expounded.
