Design and Development of Special Purpose Machine for Sensor Hole Punching and Bracket Pasting Operation

Apurva Kapse, Minal Nimse, Abhijeet Bhalekar, Umesh Zambare, Julious Rout, Trupti P. Hinge
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Abstract

Now a days, automation plays a vital role in industries and can be obtained with a low cost, reduced time, high quality, reliability, safety for the employee. Although automotive industry is one of the world's most dynamic and competitive industries; but being under continuous pressure to improve performance in a highly competitive, cost sensitive environment. In the wake of guiding principles like lean production, Overall Equipment Efficiency (OEE) and World Class Performance (WCP), condition monitoring has become a key factor and Special Purpose Machine (SPM) has been dealing with main manufacturers in Europe and Asia for many years. This paper proposes the design of special purpose machine to execute the operation of sensor hole punching and bracket pasting. This method replaces manual method which consumes a lot of time and punches only 60 parts per day. The proposed method is cost efficient, saves a lot of valuable time and contributes to punch 200 parts per day. The detailed designing and development of Special Purpose Machine sensor hole punching and bracket pasting considering Mechanical, Pneumatic & Electrical aspects and PLC are the special contributions of this paper.
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传感器冲孔及支架贴装专用机床的设计与研制
如今,自动化在工业中起着至关重要的作用,并且可以以低成本,缩短时间,高质量,可靠,安全的方式为员工获得。虽然汽车行业是世界上最具活力和竞争力的行业之一;但在竞争激烈、成本敏感的环境中,不断面临着提高绩效的压力。在精益生产、设备整体效率(OEE)和世界级性能(WCP)等指导原则之后,状态监测已成为关键因素,专用机床(SPM)已与欧洲和亚洲的主要制造商合作多年。本文提出了一种专用机床的设计,用于执行传感器打孔和支架粘贴的操作。该方法取代了手工方法,手工方法耗时长,每天只能打孔60个零件。所提出的方法具有成本效益,节省了大量宝贵的时间,每天可冲床200个零件。从机械、气动、电气和PLC等方面对专用机械传感器打孔和支架粘贴的详细设计与开发是本文的特别贡献。
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