Automatic production systems are constantly advancing technologies to improve productivity and safety. Specifically, liquid filling machines are primarily utilized to package products into drums after manufacturing process in ...

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https://www.riss.kr/link?id=A108967807
2024
Korean
KCI등재
학술저널
71-76(6쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
Automatic production systems are constantly advancing technologies to improve productivity and safety. Specifically, liquid filling machines are primarily utilized to package products into drums after manufacturing process in ...
Automatic production systems are constantly advancing technologies to improve productivity and safety. Specifically, liquid filling machines are primarily utilized to package products into drums after manufacturing process in the hazardous chemical industry. Most existing filling machines allow the operator to open the drum cap and inject the product directly or semi-automation. In this study, we have developed a cap opening and closing mechanism onto the existing drum filling machine, enabling automatic and safe cap manipulation while filling the product in the IBC tank. By applying the appropriate torque value through numerical analysis, we confirmed that the system worked without any problems during the process of opening and closing the cap. Therefore, it is expected that the developed machine will give more production and reduce human efforts without risk in the chemical packaging industry.
참고문헌 (Reference)
1 A. L. Saleh, "PLC Based automatic Liquid filling System for Different Sized Bottles" 4 (4): 57-61, 2017
2 J. S. Lee, "Liquid Container Inlet Detection Algorithm Utilizing Iot Sensor" 71 (71): 487-496, 2022
3 A. R. Lee, "Finite Element Analysis to Adjust Threaded Fastener's Torque Value" 736-738, 2018
4 P. W. Rearick, "Difference in torque measurements taken by manual and by automatic cap torque equipment" Michigan State University 1995
5 이준식 ; 이준호 ; 노영화 ; 박정규, "Development of Automatic Water Level Controlled Smart Filling Machine" 23 (23): 507-513, 2020
6 S. Nilmanee, "Developing Prototypes of the Assistant Opener of Packaging for Consumer Accessibility" 14 (14): 27-36, 2023
7 D. Zhang, "Design and Realization of Liquid Filling Machine Intelligent Control System" 1283-1288, 2015
8 N. A. Solanki, "Automatic liquid filling machine" 4 (4): 108-110, 2015
9 H. Ahuja, "Automatic Filling Management System for industries" 4 (4): 241-244, 2014
10 A. N. Abubakar, "Automated Liquid Filling System with a Robotic Arm Conveyor for Small Scale Industries" 49 (49): 3270-3273, 2022
1 A. L. Saleh, "PLC Based automatic Liquid filling System for Different Sized Bottles" 4 (4): 57-61, 2017
2 J. S. Lee, "Liquid Container Inlet Detection Algorithm Utilizing Iot Sensor" 71 (71): 487-496, 2022
3 A. R. Lee, "Finite Element Analysis to Adjust Threaded Fastener's Torque Value" 736-738, 2018
4 P. W. Rearick, "Difference in torque measurements taken by manual and by automatic cap torque equipment" Michigan State University 1995
5 이준식 ; 이준호 ; 노영화 ; 박정규, "Development of Automatic Water Level Controlled Smart Filling Machine" 23 (23): 507-513, 2020
6 S. Nilmanee, "Developing Prototypes of the Assistant Opener of Packaging for Consumer Accessibility" 14 (14): 27-36, 2023
7 D. Zhang, "Design and Realization of Liquid Filling Machine Intelligent Control System" 1283-1288, 2015
8 N. A. Solanki, "Automatic liquid filling machine" 4 (4): 108-110, 2015
9 H. Ahuja, "Automatic Filling Management System for industries" 4 (4): 241-244, 2014
10 A. N. Abubakar, "Automated Liquid Filling System with a Robotic Arm Conveyor for Small Scale Industries" 49 (49): 3270-3273, 2022
11 J. Muralidharan, "An Automatic Fluid Filling Mechanism using Delta PLC" 2021
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