The objective of this kit is device control using computer. A USB to serial converter module to interface the PC to Microcontroller. The user control the devices by sending Any ASCII code through the dock-light software.
The basic idea behind this kit is device control using computer wirelessly. A USB to serial converter module to interface the PC to Microcontroller. The user control the devices by sending Any ASCII code through the dock-light software.
This kit is an effort to designing a prototype billing system based on RF ID to directly know the object and check out all the objects automatically to bill whole purchase by any user based on the RF ID.
This kit is an effort to designing a prototype library management system based on RF ID card to directly know the book and check out the entire book to keep the record of book issued based on the RF ID. The book will have the unique ID tag installed. This tag will receive by the RF ID reader and sent to the PC.
In this kit there are a button (Graphical user interface designed in PC) to give the command to the controller for operation of the motor such as motion in forward direction or backward direction and controlling the speed by varying the delay between the signals.
Controlling appliances is a main part in automation. In future, voice recognition technique will be the method for controlling appliances, computers. We are using the USB to UART interface and controller and interface for the device control. We will control 4 devices as prototype.
In this kit we take the attendance from various students in ascending order and the data is stored corresponding to each roll no. It can be either present, absent or none. The data is stored in the EEPROM of the microcontroller and it is transmitted serially via the USB to the microcontroller.
The Intelligent Toll Tax System is a microcontroller based project. Sensors and load cells are being provided which sense the type of vehicles and after receiving the money then only the gate will open automatically and will close after the vehicle passes. The data can be logged in PC also.
In the kit lighting protocol based on master slave controllers we are working on is based on the same protocol i.e. to control the intensity of the light. This is just the demo of how one can control the intensity of light by a microcontroller. We are showing this by using two light bulbs.
In this kit, whatever we write on the PC can be used to display on the LCD at a distant place using a microcontroller. These types of systems are required in places, where the customer needs another display unit apart from main display unit of the computer.
In this kit PC based data logging we are trying to monitor some environmental conditions like temperature and humidity and storing them in computer for further processing. If the temperature or humidity exceeds a limit then an alarm gets generated. Also the data gets stored with time and date in computer.
In our kit, we are monitoring four parameters, Temperature, Humidity, LPG gas and light sensor. These parameters are monitored and according to the set threshold regulate different device to keep the values in range.
The main objective of this Kit scrolling message display is to design a system with the help of which we can display the data on a display device by writing the data in PC. The interface is should be easy so that a lay person can also use the system effectively.
LGEC123: Contactless Tachometer and wireless telemetry
In this kit contactless tachometer and wireless telemetry we are monitoring the speed of any wheel wirelessly using X Bee modules. The speed is displayed at both ends on the LCD. IR sensors are used to sense the speed of the wheel.
his kit swipe controller for ppt presentation is designed to provide a unique way to preset a PPT presentation. The slide show is controlled by the movement of the hand over the sensors in different ways. To start the slide show the user has to keep his both hands over the sensors for some interval of time.
LGEC150: RFID solution for transport related issues
In the kit RFID solution for transport related issue there will be a RFID card reader connected with the microcontroller on UART port. As the user swipes the card, his card number will be sent to the microcontroller; the controller reads the data and sends it to the computer.
Here we have used the RFID card to store the user information of his pan card. It can be used at several places like in schools, in colleges, in hospitals etc. At the time of registration, the data of all users will be stored in the data base in the computer.
In the kit fingerprint based attendance system, fingers are the main focus because of their characteristics that vary from person to person. This means that two people cannot have identical finger marks whatsoever. In the analysis of fingerprint attendance system project
LGEC174: 4 channel pertrochemical fire monitoring system
In the kit 4 channel petrochemical fire monitoring system there are four channels of temperature sensors connected in this system and 5 channel of relay. As soon as the temperature of any one sensor exceeds its limit, it fires the alarm; the relay corresponding to this sensor gets turned off.
Here we have used the ATM card to store the user information. It can be used at several places like in schools, in colleges, in hospitals etc. At the time of registration, the data of all users will be stored in the data base in the computer.
In the kit file management system it becomes extremely difficult to find some specific book or files from a rack of files or books. Here have divided the arrangement into number of racks, and each rack will have some specified books only.