Design and Experimental Study on Automatic Cloth Retrieval and Drying System
For a working couple, it is hard to find time to have laundry day where the cloth is dried through the whole day because the weather can change from sunny to rainy days. These projects use Microcontroller PIC 16F877 to install all program that will give instructions to conduct this system properly. This project will automatically retrieve out the clothes when it is the sunny day and oppositely retrieve in the clothes when it is a rainy day. This part needs DC motor to convert electrical power into mechanical power for retrieve-out and retrieve in all the clothes. Temperature sensors that will be used in this project can measure temperature and day condition whether it is the sunny or rainy day more accurately. LDR (Light Dependent Resistor) sensors will be used to detect light. Rain detector also will be used to sense when it begins to rain outside by detecting rain water from moisture impedance sensor locate at the road. The dry-time of the clothes will be setup using rotary knob switch and it will automatically retrieve in the clothes using DC motor when the dried-time is finished. This project will display the day condition, temperature, and dry-timer using LCD (Liquid Crystal Display) or indicator light such as LED (Light Emitting Diode).
Published by: Siva Siddharth I. S, Sathish Kumar B. S, Selvaganapathy .M, Kumaresan .G
Author: Siva Siddharth I. S
Paper ID: V3I2-1152
Paper Status: published
Published: March 3, 2017
MEMS Sensor Based Approach for Gesture Recognition to Control Media in Computer
Gesture Recognition is the method of identifying and understanding meaningful movements of the arms, hands, face, or sometimes head. It is one of the most important aspects in the field of Human-Computer interface. There has been a continuous research in this field because of its ability for application in user interfaces. Gesture Recognition is one of the important areas of research for engineers and scientists. Nowadays the industry is working on the different implementation for the trouble free, natural and easy product which can be easy to handle. This paper proposed a method to work with motion sensors and interpret the motion of hand into various applications in a virtual interface. The Micro-Electro-Mechanical Systems (MEMS) accelerometers are used to capture the dynamic hand gesture. these sensors information is transferred to the microcontroller from where these data are transferred wirelessly to the computer system for actual processing of the data with the use of various algorithms.
Published by: Kunal R. Jambhulkar
Author: Kunal R. Jambhulkar
Paper ID: V3I2-1149
Paper Status: published
Published: March 2, 2017
A Review on the Concept of Druti
All sciences are based on some of their basic principles, & each one of them has its own definitions & terminologies. Which have meaning winder than what they seem to be Druti is one such process in the science of RAJA SHASTRA which forms both the basic principles & definition of science. Druti (Liquification) is one such important pharmaceutical process of Rasashastra where in the metals / minerals gems are transformed in to a permanent & stable liquid form. Generally it is seen that when metals & minerals are heated up to certain temperature they melt heating is stopped, temperature drops down, and the material solidifies. The liquid state of the material is temporary. Hence, Druti does not mean melting, but maintaining the molten state permanently, with the desired characteristic features. Details of the process and other things have been mentioned in Rasaratna Sammucchaya (R.R.S.), Rasendra Chudamani (Ra.Chu.), Rasa Prakash Sudhakara (Ra.Pr.Su.), Ayurveda Prakash (Ayu.Pr.), Rasa Hridaya Tantra (Ra.Hr.T.), Rasarnava and other classical texts of Rasashatra.
Published by: Dr. Arunkumar Jesingbhai Chavda
Author: Dr. Arunkumar Jesingbhai Chavda
Paper ID: V3I2-1148
Paper Status: published
Published: March 2, 2017
Analysis: Design Optimization of Vortex Tube
The vortex tube is a device which uses air as refrigerating fluid since air is abundantly available in nature hence vortex tubes proves to be inexpensive and unhazardous to nature. The vortex tube is a structurally simple device with no moving parts that is capable of separating a high-pressure flow into two lower pressure flows with different energies, usually manifested as a difference in temperatures. Different design approaches are used to manufacture the vortex tube. Literature review reveals investigations to understand the heat transfer characteristics in a vortex tube with respect to various parameters like cross section area of a cold and hot end, nozzle area of inlet compressed air, cold orifice area, hot end area of the tube, and L/D ratio. As such, there is no theory so perfect, which gives the satisfactory explanation of the vortex tube phenomenon as explained by various researchers. Therefore, it was thought to perform experimentation. This paper review about the different design approaches and analysis of them.
Published by: Mr. H. R Ghan, Mr. A. A Hashmi, Dr. M. M Dhobe
Author: Mr. H. R Ghan
Paper ID: V3I2-1146
Paper Status: published
Published: March 1, 2017
Pre-programmed Multiroom Operation and Power Curtailment Using Bluetooth
With the rise in demand for advanced technology and items, human mind craves for more comforts. The following idea portrays the thought of smart house into reality. This paper gives the idea to control over an entire house. The circuit is implemented in a way such that it does not renders the AC supply wiring useless. The control board is provided with a manual override to switch between the normal and automated house. Arduino mega with Atmega 328 as the microcontroller is programmed to communicate with Bluetooth Module (HC 05) and respond as per user requirement. A simple yet effective android application is designed that communicates with the controller. The application designed also has a special feature of power saver that adjusts the lighting and temperature in the room by judging the surrounding conditions unless specified by the user. The application has an inbuilt security feature that does not allow stray users to interfere with the module functioning. Thus a single application on an android device connected via Bluetooth can simply allow the user to talk to the appliances not only in a particular room but in the other rooms as well and the ultra power saver can be used for curtailment of energy.
Published by: Manish Sachan, Neelanshu Varshney, Shubham Jain
Author: Manish Sachan
Paper ID: V3I2-1145
Paper Status: published
Published: March 1, 2017
Increasing Productivity & Quality of Products by Implementations of Automation in Manufacturing Sectors
There are many productivity and Quality improvement techniques like method study and work measurement, cost reduction, modernization, investment in machine and equipment; re-engineering etc. automation is about speed, accuracy, the precision of the process. There are many systems where we can apply automation for better and accurate result. Automation is one of the most effective methodologies for cost cutting by elimination waste as scrap, reducing manpower, reducing time, controlling quality, and improving the overall performance of any machine, system or process in any industry with the complete assurance of large annual profit margins. This paper talks about concept of automation, tools and& technique to be used for improving productivity and Quality of manufacturing products by process of implementation of automation and its advantages
Published by: Niraj Chandrakant Chaudhari, Pavitra D Patil, Mayur R. Chaudhari, Pankaj K. Lanje, Mayur S. More
Author: Niraj Chandrakant Chaudhari
Paper ID: V3I2-1144
Paper Status: published
Published: March 1, 2017
