Sunday 3 January 2016

Celebrate #NewYear2016 with Arduino FanBoy Community

Wishing all readers a Happy New Year........!!
And we have a great news for #Arduino #RPi #8051/8052 #PIC #IoT #OpenSource #lovers
We have launched our official site and forum: Arduino FanBoy
Keep postage to Arduino FanBoy site  and our forum @ Arduino FanBoy forum and if you need any tutorial please let us know. Or drop us mail @ arduinofanboy@gmail.com

Thank to all readers!

Rishabh Sinha
Staff member, Arduino FanBoy

Tuesday 13 October 2015

#Its #Arduino Time. Control LED module from arduino ide

This tutorial is for helping you learn controlling things through your computer using Arduino.
All you need to have is:-
(Hardware)
1 Arduino or any other arduino clone board
6 LEDs
Some connecting wires
(Software)
Arduino Ide (You can download from dis link- www.arduino.cc)
If you can use a Blink_Program then you are ready start.
You can learn more about arduino here - www.arduino.cc

Setup your hardware as shown in this picture
Now Upload this code to your board.

Copy this and paste on ide then upload to you board

//www.rishabhsinhaofficial.weebly.com
// www.rishabhsinha199.blogspot.com
#define led 11
#define led2 10
#define led3 9
#define led4 6
#define led5 5
#define led6 3
int incomingByte = 0;
void setup() {
 pinMode(led, OUTPUT);
 pinMode(led2, OUTPUT);
 pinMode(led3, OUTPUT);
 pinMode(led4, OUTPUT);
 pinMode(led5, OUTPUT);
 pinMode(led6, OUTPUT); // set pins at output
 Serial.begin(9600);
 Serial.print("a = Start Formation");
 Serial.print("s = Start Reverse Formation");
 Serial.print("d = Stop Formation");
}

void loop() {

if (Serial.available() > 0) {

// read the incoming byte:

incomingByte = Serial.read();

}

switch(incomingByte)

{

case 'a':
digitalWrite(led, HIGH);
delay(100);
digitalWrite(led2, HIGH);
delay(100);
digitalWrite(led3, HIGH);
delay(100);
digitalWrite(led4, HIGH);
delay(100);
digitalWrite(led5, HIGH);
delay(100);
digitalWrite(led6, HIGH);
delay(100);
Serial.println("Formation Done");

incomingByte='*';

break;

case 's':
digitalWrite(led6, HIGH);
delay(100);
digitalWrite(led5, HIGH);
delay(100);
digitalWrite(led4, HIGH);
delay(100);
digitalWrite(led3, HIGH);
delay(100);
digitalWrite(led2, HIGH);
delay(100);
digitalWrite(led, HIGH);
delay(100);
Serial.println("Reversed Formation Done");

incomingByte='*';

break;

case 'd':
digitalWrite(led6, LOW);
digitalWrite(led5, LOW);
digitalWrite(led4, LOW);
digitalWrite(led3, LOW);
digitalWrite(led2, LOW);
digitalWrite(led, LOW);
Serial.println("LED are now off");

incomingByte='*';

//feel free to upgrade this code

break;
}
}

After uploading go to Tools> Serial Monitor
Now, try sending 'a' as message to the board and see what happens to the led
then send 'd' & 's'.
And observes the outcome on bot hardware and on serial monitor.
Hope you found this instructables helpful!! If you have any questions/suggestions feel free to contact @ youngscientist.rishabh@gmail.com
Find more on www.rishabhsinhaofficial.weebly.com
Thank You!!

Tuesday 21 July 2015

Blind-PRO


https://youtu.be/_fW9KHHO9vM
Posted by Science guru on Saturday, July 18, 2015

Saturday 11 July 2015

#ImRishabhSinhaAKA_D_sCiEnCeGuRu @Rishabh_199


Check some of the Posts from Science Guru
Find more on www.rishabhsinha199.blogspot.com #WonManyCertificates_nPrizes #DigitalIndiaWeek...
Posted by Science guru on Saturday, July 11, 2015

join the Arduino, Microcontrollers, etc. discussions at Facebook on https://www.facebook.com/groups/arduinotutorials
Posted by Science guru on Friday, June 12, 2015

#Cheap #Simple_Obstacle_Avoidance_Robot with Arduino HC-SR04 Breadboard Servo Motor Microcontroller Projects Follow on #twitter @Rishabh_199
Posted by Science guru on Sunday, June 7, 2015

Saturday 27 June 2015

Submission to 2015 Google Science Fair

Hey Guys checkout my submission to Google Science Fair 2015- Cheap Smart Cane for Visually Impaired People: Blind-PROtector Please Share on Google+.
For any queries related to project leave your comments or cant me @ Rishabh Sinha.

Thursday 26 March 2015

NIRVANA: Space Settlement Design's brief description

           
       

NASA Ames space settlement contest is a global contest held in 18+ countries, sponsored by NASA & NATIONAL SPACE SOCIETY.
This project is based on orbital space settlement and named as NIRVANA: Space Settlement Design. NIRVANA is a French translation of word heaven/paradise. This project is a first prize winner in the category ‘7th grade and younger’ and also the only project from Bihar to bag a prize at NASA Ames space settlement contest. This project is authored by Rishabh (st. Karen secondary school, khagaul road), Patna, Bihar, India. Project consists of about 100 pages defined separately in 21 sections. Project starts with a Participation profile, acknowledgement and Table of contents (5pgs.). Now projects come to introduction, this section introduce the problem that world population is increasing with a much faster rate and earth is clogged with humans so, what’s the solution it’s settling humans in space. A beautiful question that appeared in my mind while starting that what’s the most complicated thing in the world?? Is it a cell or a bacteria but it’s an idea. So, going to the next level of project I have to choose a location for the settlement, so I started thinking which can be a perfect orbit for location? The answer was geostationary orbit of earth and geosynchronous orbit of mars. When I founded answer of this question it’s time to know that what are the basic requirements of human i.e. daily consumptions / air consumption etc. so, this section was named as ‘requirements’. So, the next difficulty was to find out what are the advantages & disadvantages of orbital space settlement. Finding this I created a section names ‘advantages & disadvantages’. Then I discovered that space has also many resources to be process and used and asteroids are plenty full of these of resources but beside them planets and moons have also these resources so, authored a section named ‘space mining program’ and this section helped me in bagging 1st prize. View of mining equipment: DHRUV.
NOW, the most important part of the project which covers 35% project was Introduction to NIRVANA which was full of self-generated graphics.

Next two sections was a problem based section. Both the problems can kill people living in the space settlement if not solved. 1st problem was to deal with space debris (peace of junk travelling in space), the solution was a mechanism which can successfully trap space debris and recycle it.
 2nd problem was the VAN ALLEN RADIATION BELT which increases radiation when in the geostationary orbit of earth; solution was HiVOLT System or High Voltage Orbiting Long Tether. Next stage was to design an infrastructure and to plan operations. NIRVANA will have various operations like transportation, communication, etc. Next is upgrading technology of NIRVANA which was concluded in the ‘technology’ section. An important part of project was the life support system, which life saving and life making part of the project. But, beside these human lives are not for sacrificing it’s for enjoying. To ensure this in NIRVANA, all human factors are mentioned. So, what’s the schedule of orbital space settlement? This ‘schedule’ section is further divided into 4 parts i.e. phase 1,2,3,4. Okay all fine so, how much do the project costs?? Want to know believe it or not its -$681,283,698,000,000,000,000,000,000
At last I included a conclusion to my project and a bibliography to help NASA scientists know the source of inspiration for me.
Thanking:-
NASA & NATIONAL SPACE SOCIETY

#shining @ NASA Ames/NSS Space Settlement Contest 2015

This project named NIRVANA: Space Settlement Design won 1st prize in the category 7th grade and younger. As obvious for a global achievement author's news was publish in some news papers.

for results please checkout- NASA Space settlement contest 2015 results
for any questions related to the project plz leave ur comment.
project description will be posted soon.
THANKING U!!!