Centre eases norms, allows 100% FDI in aviation

Centre eases norms, allows 100% FDI in aviation

     "Compressor less Refrigerator  Runs on Solar Power" 

compressor less refrigerator

• The main objective of this project is to design a refrigeration system installed on wooden surface.

• The idea of cooling is based on peltier effect. as well as DC current flows through thermo-electric module, it generates a heat transfer and temperature difference across the ceramic substrate causing one side of the module to be cold and other side to be heat.

• It has no compressor or condenser and no refrigerant is used. 

• It has  very compact size and less weight  so it can be easily carried to the picnic or travelling.

• For better cooling we are using water  circulation system. 

• The main advantage is that it does not require electricity, it runs on solar energy. 

• It can cool up to 10 to 15 degree Celsius.

Inner arrangement of the refrigerator

• It is silent in operation . 

 Analysis of its performance in different condition has been carried out with this prototype.

Temperature maintenance through the thermoelectric effect 

Thermoelectric cooling module,Peltier device,TEC modules can be considered as a type of solid-state thermal energy pump, and due to its actual weight, size and the rate of reaction, it is very suitable to be used as part of the inbuilt cooling systems (due to limitation of space). With advantages such as quiet operation, shatter proof, shock resistance, longer useful life and easy maintenance, modern thermoelectric cooling module,peltier device,TEC modules have a wide range application in the fields of military equipments, aviation, aerospace, medical treatment, epidemic prevention, experimental apparatus, consumer products (water cooler, car cooler, hotel refrigerator, wine cooler, personal mini cooler, cool & heat sleep pad, etc). 

For more details about this project contact www.mcsgoc.com

"Automatic Railway Track Security System Using GSM"

Railway Tracking  Security System

                Railways being the cheapest mode of transportation are preferred over he other means.As we all know many railways occurring at unmanned railway track due to the carelessness in manual operations or lack of workers.This project overcomes this problem using simple electronic components to automate the control of railway track.As a railway track  breaks a message will send to the nearest station by GSM modem.

 Automatic Railway Track Security System Using  GSM

Working:The 12V DC is fed to 7805 regulator to fetch +5V regulated output.This regulated voltage is given to all the components to function properly.However,the modem power supply is +5V.This project is based on GSM modem infrastructure.So, as we send any SMS it goes through the GSM system.This message received by the SIM card used in GSM module.The format for sending this message is (#SMS Part here*). The starting string of the SMS is used as the password .As the password is matched, then the SMS arrival is assumed to be valid by the micro-controller otherwise, it ignores the SMS. On the basis of proper initiator and terminator the controller(AT Mega 168) decodes the SMS( # &* ).The GSM modem can be configured for sending an SMS also by configuring at using proper AT command. this feature of the modem has been used in this project.
This project Works in two modes: one in which the system is active in this mode if someone tries to turn on the vehicle, an alert massage to be sent to the registered user.In second mode, the user can turn on the vehicle without any alert.

SMS arrival Display at LCD screen

The SMS arrival status etc properly displayed on LCD screen.proper LCD display ensured through the programming and the LCD interface design.All the configuration command of GSM modem (AT command), authorized mobile number to received SMS (at remote location) and controlling is done through the controller programming means, controller controls all this process as per the program.the interface between micro-controller and the GSM is through UART communication which is serial communication protocol.

      

This project has been Submitted by Amit Kumar Mishra , Ankit Jaiswal, Ankit Singh and Rishu Srivastava in year  2013, as their academic project in the electronics and communication department.

For more details about this project visit MCSGOC 's Workshop and contact www.mcsgoc.com

"Interactive Wheel Chair"

                 The main purpose of designing such system is to build a non-complex,non-expensive system that can be added to a normal power wheel chair to augment the navigation ability of the user and ensuring a safe journey.It enables a disable person to move around independently,using a touch panel and a voice recognition application which is interfaced with motors.The prototype of the wheelchair is built using a micro-controller, chosen for it's low cost,in addition to it's versatility and performance.A camera mounted on the chair for real time obstacle avoidance.The system has been designed and implemented in a cost effective way so that if our project is commercialized the needy users in developing countries will benefit from it.

Touch panel:Use of touch panel is very much user friendly and requires very less muscles movement from the user.It uses infra-red touch panel technology which is based upon infra-red light.In this technology it uses an array of photo-diodes with corresponding photo sensors on the opposite edges.These diode pair establish an optical grid across the screen.Any object that touches the screen breaks the optical grid lines that cross the touch point,causing drops in the corresponding photo sensors output signals.these drops indicate the touch point co-ordinates.Rather than simultaneously establishing all grid lines, I-R screen controller typically scan through the array.

Working of touch panel:The touch screen is used as input device so to monitor the vehicle the user should press the proper place of touch panel.After that the data can be send to micro-controller and it process and give instruction to motor to move in different directions.By using this embedded technique they can control the movement of their wheel chair which was previously controlled by a person.Now the patient can control the vehicle by touching on the touch panel.During operation the user introduces visible location destinations using a touch panel that display a real time re-construction of scenario in front of the wheel chair(user interface).The user commands are then converted into intermediate goals for the autonomous navigation technology.                                                              

Wheel Chair mechanism:The wheel chair used in this project is a rare wheel drive system powered by two permanent magnet DC motors.Rare wheel drive is traditional and most popular power wheel chair style.They are generally faster than front wheel models.The wheel chair used in this project is a low-end power model which has a light frame that is suitable for indoor use.

circuit diagram of interacting wheelchair project

Applications:

• The main aim of this project is to design wheel chair for patients which is operated through touch screen.
• The device helps the disables to reach their destinations through pre-defined path in the indoor system.
• According to this project we can implement a system in which a vehicle direction can be controlled with respect to the commands given by the user through touch panel.
• Use of touch panel enables less muscles movement and less muscular pressure than the self propelled wheel chairs which are being used from ages.

Ergonomics:It is the  science in which the posture on the chair decides the behavior of the person.This chair is ergonomically designed.The design of the chair is concealed taking into cognizance.Ergonomics is concerned with the 'fit' between the user,equipment and their environment. 

This project has been submitted by Neha Dwivedi and  Preeti Singh  as their academic project in 2013. For more details about this project visit MCSGOC workshop.

           "Mobile Operated Landmine Detecting  Robot"

This system uses the Global Positioning System (GPS) tracking technology in combination with Global System for mobile (GSM) technology. An integrated system employing latest tracking techniques using satellite receiver in the form of GPS Modem, integrated with a robotic vehicle can be used to detect the exact location of metal in the field. Then the GSM module transmits the received data to the authorized Mobile user. Main purpose of this project is to detect landmines by using a GPS enabled remotely controlled robot.  The technology was successfully demonstrated before the paramilitary forces and other security agencies of the country

specifications:

• It is password protected system , that is being used for the authentic person who can only operate this ROBOT, because of the security purpose.
• It can be operated from remote distance through a mobile phone ,it is also equipped to take images along with latitude and altitude to demonstrate the precised location. 
• It can properly work under the temperature range upto 360 degree celcius as well.
• A wireless camera is connected with this robot which is interlinked with the GPS system so it is capable of sending the images of the location at the user mobile phone.
• It is capable of detecting explosive material at the place of incident and also can is capable of capturing the pictures of the exact location where it has detected the exlposive material.
• This Robot can detect the material thar are tending to explode or something inflammable material under 3-4 feets.
  
  
  
  
  
  
  

This project has been made by Harshit Dua, Prabhakar Sharma and Vaibhav Siddharth and highly appriciated by Paramilitary forces and other Security agencies of the country.
For more details of this project contact  www.mcsgoc.com  

   "ELECTRONIC SPEAKING GLOVE FOR 

SPEECHLESS : A TONGUE TO A DUMB"

   

Electronic Speaking Glove

Flex  Sensor

               Electronic speaking glove designed to facilitate an easy communication through synthesized speech for the benefit of speechless patient.Generally a speechless person communicate through sign language which is not understood by the majority of people.This project is designed to solve this problem.Gestures of finger of a user of this glove will be converted into synthesized speech to convey an audible message to other.

               The glove is internally equipped with multiple flex sensors that are made up of  "bend-sensitive resistance elements".For each specific gestures internal flex sensors produce a proportional change in resistance of various elements.The processing of this information sends a unique set of signals to the AVR (Advance Virtual RISC)  microcontroller which is pre-programmed to speak desired sentences.

The aim and objectives of this project includes:

• Basic object of this project is to design a portable embedded system.
• Developing an economical and simple solution for the detection of finger gesture.
• Cost effective,reliable data acquiring method and signal conditioning.

Project key features are: 

• Fully embedded
• Portable
• Less weight
• Single Lithium ion battery for longer operation
• Low power consumption
• Less hardware
• Robust

This project has been made by Mayank Sen , Uday Pratap Singh ,Vikash Kumar Sonkar & Vinay Prakash Chaudhari   and submitted as their academic project in the college . 

For more details or for using this project  at commercial level contact www.mcsgoc.com 

 SMS Based  Canal / Pipeline Water Management System

In this  we have checked out the working of CANAL / PIPELINE BASED WATER MANAGEMENT SYSTEM with the help of GSM infrastructure & other electronic components.  

By using this system one can checked out the water level of canal by sending a single massage, and can turn on/off water flow by sending another massage.    

 The 12 V DC is fed to 7805 regulator to fetch +5v regulated output. This regulated voltage is given to all the components to function properly. However, the modem power supply is +12V.

 The idea behind this project is to use the existing GSM infrastructure.  So, all the operations involve the   GSM system also. As we send any SMS, it goes through the GSM system. Any sent SMS can be received if we use a SIM card and GSM module. To operate any GSM modem, we have to use the AT commands to operate them. For example, if any SMS arrives the GSM modem sends the serial data in ASCII format. We can read these data if we connect the modem with the serial port of the microcontroller at the baud rate of 9600. As the microcontroller comes to know that a SMS has been arrived, it can sent a proper AT command to read the SMS. The reading of SMS returns the mobile no of sender, the time and much more information. We have to select the SMS part of the message. The starting string of the SMS is used as the password. As the password is matched, then the SMS arrival is assumed to be valid by the microcontroller otherwise, it ignores the SMS. Here the starting character is the ‘#’ and terminating character is ‘*’. To control the water supply, here we have user three water pumps. We can turn on/off any pump by sending a proper SMS hence we can always control the water level of canal. Additionally we can read the water level also by sending a proper SMS to the system.

Arduino compiler

specifications of the system:

•  It can be used for Canal  Water Management as well as Irrigation purpose.
•  User can operate motor  and can check the water level in tankers from very larger distance same as you massage your relative  from one place to another place
• Since it is based on GSM infrastructure so it can be operated from larger distance wherever network is available.

• The advantage of this system is that it will send you an acknowledgement massage at the mobile number of user which is  already registered.
• The modem send you the massage regarding to the water level itself when water level move from one level to the next.
• This system is able to operate more than one pump at a time.
    

I  am thankful to our team members, Anusha , Aparna ,  Sandeep Yadav and faculties of  Electronics and Communication department. My special thanks  for Harshit dua sir, Anuj sir who helped me  whenever i feel any problem related to this project.

 This project has been submitted in the college as final year project so for more details or for using this project at commercial level contact  www.mcsgoc.com 

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