Session 2014-15
Bhavya Singh, Hitesh Goel, Mridul Goel, Shreya Jain
Under The Guidance of : Mr. D. K. Singh
There is a frequent need to place materials or products on pallets at the end of production lines. The required motion patterns and gripper loads will depend on the palleting pattern. In the example above, it can be seen that the pallet is being filled row by row. In order to achieve this, stopper cylinders are fitted at intervals equal to the row widths. The underneath of the pallet is open, allowing it to be kept on track by adjustable guide rollers. Pallets with enclosed undersides must be guided from the side. The pallets are moved forward by driven conveyor rollers. The system features multiple grippers which are able to pick up an entire row of products. This means that it is sufficient if the pneumatic linear units are only able to approach end positions. In the interests of higher load capacity, twin lifting slides are used.
Session 2014-15
Amit Tiwari, Anurag Sachan, Ipsita Sanyal, Kratika Kapoor, Sakshi Gupta
Under The Guidance of : Mr. D. K. Singh
The cutting of iron rods in small scale industries is done; resulting in assistance of many labourers. Some of them are needed to hold the rod in position and some for cutting the rod with hammer and chisel. The goal of the project was to design and develop a complete system for holding the work piece in position and cut the rod in desired length with precision using sensor technology and electro-pneumatic. The performance of the developed system was then evaluated using a stress testing software for finding the correspondence between the input pressure applied and the shearing stress obtained.
Session 2013-14
Hemang Garg, Anup Kumar, Mayank Agarwal, Meenakshi Kumari
Under The Guidance of : Mr. D. K. Singh
There is an increased demand for manufacturing products which are simple in design, consumes less space, cost effective, and above all this it should have advanced safety considerations. Therefore, design and development of pneumatic door having above mentioned considerations was carried out. Prime focus in designing and development was kept on reducing the stroke length of pneumatic cylinder to minima (100 mm Maximum), which not only reduced the size of the cylinder but was also cost effective. Two safety features were incorporated in the project one was operating it manually using 3/2 way Directional control valve push button type, other one was automatic one which makes use of sensors for closing and opening of door when any object comes in its way. Automatic operation was carried out by using PLC.
Session 2013-14
Vaibhav Verma, Sumati, Saurabh Tewari, Deepak Kr. Yadav, Deepak Kr. Kannojia, Dilip Kr. Dubey
Under The Guidance of : Mr. D. K. Singh
The main aim of the project was to design and develop a basic model to feed and stamp the work piece using electro pneumatic. The developed system was a step towards making the process an automated procedure and to further facilitate the usage of this model for the purpose of mass production. The developed system consisted of total 3 cylinders for the purpose of feeding, stamping, and removing. The pneumatic cylinder uses compressed air as the basic source of energy. The actuation of the cylinders causes the work piece to move into space for getting stamped. The function of control and adjustment of the amount and flow of compressed air is done by the use of directional flow control valves, namely 5/2 solenoid valve.