Children and science fictions enthusiasts are not alone in their fascination of robots. For decades, TV shows and movies that depicted robots have gained much recognition and popularity. It’s no surprise that one innovative restaurant that has integrated robots into its business, is receiving a lot of attention.
Self Balancing small robot. with 4 wheels for a racing car mode, Bluetooth control using android phone. based on the arduino nano controller and MPU6050 Accelerometer/Gyro Module.
Industrial Automation Development Seminar held at the University of Istanbul, in order to increase students' interest in the work of the robot Nao robot was built in Gangnam Style and Moonwalk dance.
The cube is finally complete!
More info here:
http://www.kevindarrah.com
Want to know how it works?
See my insane tutorial:
https://www.youtube.com/watch?v=wVYXAR1GWxU
"Fighting Fires with Human Robot Teams," by E. Martinson, W. Lawson, S. Blisard, A. Harrison, and G. Trafton from the U.S. Naval Research Laboratory, was presented at the 2012 IEEE/RSJ International Conference on Intelligent Robots and Systems in Vilamoura, Portugal.
6 robots now control this NXT pinball machine. 9 touch sensors score the points, two motors are used for the ball return and two for the spinners. You can see a few more details on the machine at http://sites.google.com/site/legonxtpinball/.
This platform vehicle is based on LEGO Technic's 8421 Model 2. It is completely motorized which uses 6 servo motors and 1 NXT controller.
This vehicle is controlled by a joystick controller via Bluetooth.
Use NXT-G to program it
For a school project I decided to build a car factory out of LEGO, using the LEGO Mindstorms. In total 9 NXT´s and 19 motors were used.
Enjoy Watching!
Self-assembling robots could be the future of snack delivery
The project is titled "Spatially Targeted Communication and Self-Assembly," and it allows flying drone robots to communicate with a group of ground-based swarm robots.
This significantly increases the swarm bots' sensing range to give them a better idea of which morphology—or formation of robots—would be appropriate for a given environment.
Incredibly, the flying robots communicate with their grounded companions through a series of LED light displays, as Gizmodo points out. I would explain it further, but it might be best just to watch it in action yourself:
Leave it to google to revolutionize our primary mode of travel. They have secretly built and tested there robotic car prototype and ABC news gose for a spin
Παρουσιάζουμε τον Οδυσσέα, ένα ρομποτικό σύστημα ασφαλούς πειραματισμού με αντικείμενο την αυτόνομη επίγεια πλοήγηση σε εξωτερικούς χώρους. Η ανάπτυξη του οχήματος βασίστηκε σε ένα απλό ηλεκτροκίνητο παιδικό αμαξίδιο. Ο στόχος ήταν η μετατροπή του αμαξιδίου από χειροδηγούμενο όχημα σε αυτόνομης πλοήγησης, το οποίο θα είχε την ικανότητα να ακολουθεί προκαθορισμένες διαδρομές. Επιπλέον, να μπορεί να αποφεύγει εμπόδια, καθώς και κωλύματα με προκαθορισμένες μέγιστες και ελάχιστες διαστάσεις βάθους, ύψους και πλάτους.
Crazy LEGO MINDSTORMS NXT Soccer with Helmets - LEGO World 2011 (Copenhagen)
A really crazy and sometimes chaotic game that was presented at LEGO World 2011 (Copenhagen, Denmark)
Technical Highlights:
-HiTechnic (http://www.hitechnic.com/) Gyro and Acceleration sensors are used to detect head movements.
-Bluetooth Communication is established between the Helmets and the Soccers Bots.
-All robots (Helmets and Soccer-Bots) are programmed in NXT-G, the standard LEGO MINDSTORMS programming interface.
Special thanks for their support to:
-LEGO MINDSTORMS Team
-HiTechnic.com (http://www.hitechnic.com/)
More for the LEGO MINDSTORMS booth at Copenhagen you'll find at http://mindstorms.lego.com/en-us/News/ReadMore/Default.aspx?id=294030
Music by my friend Chris (musikConomy).
More at http://www.youtube.com/user/musikConomy
Visit http://web.me.com/NeXTSTORM for more projects & pictures. Stay tuned or even better SUBSCRIBE for more!!!! (less info)
More info: http://lusorobotica.com/index.php?topic=2300.0
A simple arduino robot development base using tamiya components, a pololu motor driver and a arduino to translate the RC received signals to motor control.
This "Battle Tank" creation uses parts from the NXT (8527) set and the 8275 Power Functions Bulldozer set (sadly, no longer available from LEGO). It combines the NXT and two NXT motors with a LEGO Power Functions setup of 2 XL motors, 1 M motor, 2 IR receivers, and 1 PF battery pack, and various parts from both sets.
The whole model was designed from scratch from the ground up. The treaded chassis in particular outperforms the bulldozer chassis in several ways I think (faster, climbs better, treads don't fall off when turning on carpet, more compact, fewer parts), in addition to making space in the center down low for the NXT brick.
I built this and filmed the video clips a while back but never got around to editing and posting the video. But now that I am on a roll with remote control...
The NXT part of this is not that complex or interesting, with one notable exception: I found a way to get the Power Functions IR receiver to give sensor input to the NXT, so that you can partially control NXT creations using the PF remote control, which is what made this project possible.
I also put the ultrasonic sensor on it so that I could do something autonomous with it too, but I never got around to it because the remote control was too much fun :-). And then I needed the parts so I took it all apart...
Check http://www.bouwvoorbeelden.nl/home_eng.htm for more instructions. The display shows 5 small locks... When you turn the dial AND change direction, the Safe "accepts" the code that was on the display just before you changed direction... One small lock (in the display) opens to confirm the code entry. After doing this five times you wait... It starts laughing when you took a wrong combination! So the lock accepts 5 numbers by changing the rotation direction of the wheel. And, dialing 45 to the right is not the same as 45 to the left. So you have 5 entries of "-99to +99". It does not tell you what code is correct.
LEGO 3D Milling Machine - "3D Printer"
This model was developed by Arthur Sacek for ZOOM Education for Life.
This is more of a CnC Router. A 3D Printer is something that prints objects from materials, a CnC Router cuts objects into shapes specified by a program.
A Lego 3D printer wouldn't really work out to well because of the heat generated to melt the materials for molding.
Arduino Compatible Bluetooth Controlled Robot Car Kits - DealExtreme
The car is shipped disassembled
Quantity 1
Color Yellow + Black
Material PCB
Features
Allows build it and program it easily with tons of published free codes
Application
Great robot car assembly kit for Arduino lovers
Remote control range: 10 meters
Kiva Systems: A Robotic System for Automagically Fulfilling Orders in Warehouses
When an order is received, a bunch of robots come into action, gathering various bins which hold the items needed to fulfill an order, somewhere in the warehouse, right up to the human operator, who collects the items he/she needs and the robots then go back and recharged themselves.
This is huge lego mindstorm robotic arm. It took 9 months for building and programming. It weighs 4,2 kg without load. The full glass of water in the video weighs 600 g. This lego robotic arm has one lego NXT, one lego RCX brain, 5 functions and 7 motors, some of which are lego technic PF XL motors. It has also a lego pneumatic claw. All functions are controlled by nxt and rcx program, created by NXTAris
1 adruino mega, 3 servos, 1 analog infrared receiver, 3 contacts and 2 encoders from an old printer. I use a genetic algorithm that trains the 5-7-2 neural network (5 inputs, 7 neurons in the hidden layer and 2 in output). The 5 inputs are the 5 areas that the IR scans using the third servo, and the 2 outputs are the speed of each wheel servo.
More info in greek language here: http://www.grobot.gr/index.php?option=com_content&view=article&id=185...
Enjoy :)
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