Robotics : Effectively developed computerized robot for chemical labs.
This concept won five (5) FIRST prizes in various national level competitions.
The robot has two flexible arms, which can move, rotate and can take any desired position in space. The robot can hold the external items (like test tube etc.) In the grip of it's arms .The robot can be used to carry out hazardous operation in the laboratory. The robot works on instruction provided through a computer. The operational accuracy of the robot can be controlled through a laser, which is attached to the system. Infect we can have the graphic picture of movements of all parts of the robot. In total, there are 14 D.C. motors are used to run the robot .The robot can simulate operation like mixing of hazardous chemicals (even from one test-tube to the another one) and some other operations.
(Demonstration at IIT Kanpur - Techkriti 2000)
Extreme Automation : e-kitchen project
Computerized kitchen with extreme automation concept.
This project was demonstrated in a busy press conference and various TV channels like Aaj Tak, Zee News and BBC news telecasted the same. Theme of the concept is simple to understand but looks difficult to implement.
There is a group of machine working as automated kitchen. Everything is automatic like lifting the pan, pouring the liquid like water or milk, putting the granuals like sugar, prepare the recipe by heat and even washing utensils. It can not be used for chapaties. Every recipe has a unique code and using internet this code can reproduce the same recipe around the globe on the similar other e-kitchen. Thats is reason it is named as e-kitchen.
Mechanical fingers : Logically operates computer keyboard mechanically
Won FIRST prize at IT BHU in National level competition - Technex 2000
The computer operator robot is able to operate the keyboard of the computer logically and the working of pressing the keys was totally mechanical. Several sensors were used for proper logical signal transfer.
Brain Machine : Closed loop controls resulting negligible need of human
Demonstrated in a press conference to show prototype working model.
This technology is based on the availability of the sensors existing. Advances in servomechanism have lead to the development of the new field of control and automation, the robot and the robotology. Robots are as varied as the tasks that can be imagined to be performed by them. We can construct the robots according to our need. Artificial intelligence is also possible in that but all these have some boundary conditions. If we are able to connect all machines and robots of a factory in such a way that there is only one operating unit then super intelligence (artificial intelligence at large scale) is also possible. In this way the operating unit can be programmed according to the requirement because all the information of all parts (it may be a very large quantity) of the machines are available in that and we can connect any machine part to any machine part by simple signal. This technology is very much helpful to connect all these interfaces between machines and the operating unit. Some sensors are not available even today; we can not reduce human power there. That is why the name of the technology is "negligible need of human technology" and not "no need of human technology".
