A Mini Project ON MOBILE CONTROLLED ROBOT By 1.G.USHA (10BA1A0262) 2.P.RAVIKANTH (11BA5A0203) 3.A.SHARATH CHANDRA (10BA1A0247) Under the esteem guidance of Mr.SATHYANARAYANA ASST. PROFESSOR [pic] DEPARTMENT OF ELECTRICAL AND ELETRONICS ENGINEERING
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I. Objectives: 1.) Familiarization with and use of a 5/3 lever-operated valve‚ closed center. 2.) Cylinder operation by a 5/3 lever-operated valve‚ closed center. II. Experimental Procedure: 1.) Adjust the pressure regulator on the air supply (As) to 2 atm. 2.) Familiarization with 5/3 lever-operated valve‚ closed center. 3.) Closed center is obtained when the valve is not activated. 4.) Pushing the lever to one side will activate one state of air flow through the valve. Pushing the
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Android based Spy Robot with night vision camera Priyadharshni Pandian & Sonia Balamurugan. III yr-Dept.of ECE‚SACS M.A.V.M.M. Engg College‚Madurai‚TamilNadu ABSTRACT: The robotics and automation industry rules the sectors from manufacturing to household entertainments. It is widely used because of its simplicity and ability to modify to meet changes of needs. This paper deals with the project which is designed to develop the robotic vehicle using android applications for remote operation attached
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MICROPROCESSOR BASED IC ENGINE CONTROL SYSTEM [pic] PRESENTED BY O.Vamsi Krishna(10381A1430) Btech-II Year‚Mechatronics Sri Kalahasteeswara Inst. of Technology. Email:vk4151@gmail.com ABSTRACT: A method and apparatus for controlling the various functions of an internal combustion engine using a program-controlled microprocessor having a memory pre-programmed with various control laws and associated control schedules receives information concerning one or more engine-operating parameters such
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employed. This paper describes a microprocessor based set up for synchronizing a three phase alternator to a busbar. Also existing methods of synchronization are mentioned. 1. INTRODUCTION It is well known that electrical load on a power system or an industrial establishment‚ is never constant but it varies. To meet the requirement of variable load ‚ economically and also for assuring continuity of supply the number of generating units connected to a system busbar are varied suitably . The
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2012). Essentially‚ it measures the rebound of a ball after a collision with another object‚ like a golf club striking a stationary golf ball. A perfectly elastic ball will have a COR of 1‚ and a perfectly plastic ball will have a COR of 0. In golf‚ the coefficient of restitution comes into play when the club head impacts the ball‚ and has a direct effect on how far the ball will travel after impact. Once the club head strikes the ball‚ the ball is deformed and flattened by the impact and the transfer
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The density of the golf ball in the lab is higher than the average density of a golf ball. This means that the golf ball was made for long shots in the golf course. The neutral buoyancy was successfully achieved when the molarity of the solution was 3.33M. Therefore‚ if the water hazards in golf ball courses had a higher molarity than 3.33M‚ then golf balls would float to the surface. However‚ repeated errors in the lab might have caused inaccurate calculations. For example‚ the beaker was too small
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Creating a vision board can be a beneficial tool in making your goals and dreams a reality and also can be a fun craft project! You will find simple tips on how and why to make Vision Boards. The process is not only fun and wildly creative but also a very empowering tool and life changing. Do you have a goal or dream you want to achieve? You can design your own vision board with little material and have fun doing it! There are many reasons people create vision boards. Have you ever needed inspiration
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the Golf Ball One factor that greatly affects the flight and trajectory of a golf ball is the air resistance. People may think that air resistance would make the golf ball slower and drop faster‚ but this is not true. Modern golf balls have adapted to this by having circular shallow depressions‚ also known as “dimples‚” on the ball. This was invented by a English engineer William Taylor in 1908. Unlike other designs‚ the dimple proved to be the most aerodynamically efficient. Dimpled balls fly
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Mobile Based Railway Reservation Application Himanshu Runwal (B.E Computer Engineering‚ Vidyalankar Institute of Technology‚ himanshurunwal@gmail.com) Jatinkumar Tamboli (B.E Computer Engineering‚ Vidyalankar Institute of Technology‚ jtamboli8@gmail.com) Tushar Virole (B.E Computer Engineering‚ Vidyalankar Institute of Technology‚ viroletushar@gmail.com) UNDER THE GUIDANCE OF PROF. DEVENDRA PANDIT (Vidyalankar Institute of Technology) Abstract Software has to be developed for automating the
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