Skip navigation

community

Manage categories

Close

Create and manage categories in Robotics. Removing a category will not remove content.

Categories in Robotics
Add a new category (0 remaining)

Manage Announcements

Close

Create and manage announcements in Robotics. Try to limit the announcements to keep them useful.

Announcements in Robotics
Subject Author Date Actions

Ask the Expert

Featured Robotics Expert
 
element14 expertBlair Haas
is our resident expert for Robotics. Post your question today and get the help you need.
ask a question now
  See other element14 experts

Featured Video

Featured Video

Kiva's Revolutionary Warehouse Robotics

Recent Videos

Refresh this widget

Recently Joined

Main Banner (Log Out)

Welcome to the Robotics Group
 
element14 groups Once relegated to the realm of science fiction, Robotics is now a major industry reshaping global production. From automobile assembly, to PCB fabrication, to consumer electronics, robotics is home to some of the most exciting engineering taking place today. Join our Robotics group and keep up with all the latest technologies and trends.
Register to learn more Already a member? login here

Recent Blog Posts

Refresh this widget
2

 

Human beings make tools. Animals make tools. A tool gives an advantage over adversity and guarantees survival. Will the same happen if a robot makes a tool?

 

 

Researchers at ETH Zurich are on a mission to not only have robots make tools, but they are teaching the bots how to use them. Their goal is to simplify the complexity of this type of robot, while at the same time giving it extraordinary capabilities like creating its own parts, fixing itself, and even creating other robots from printed parts and integrated motors.

 

 

So far, their robot consists of a mechanical arm with Hot Melt Adhesive (HMA) capabilities. This means that at the end of the mechanical arm is just a hot glue gun that can be used to create parts layer by layer. In their effort to avoid complexity, it has no manipulator mechanisms, instead it only uses the stickiness of the printed parts to move them and place them.

 

 

The project has only just been started. In a demonstration of their progress, ETH researchers showed that their robot is capable of creating tools and thus performing tasks that it would not be able to do otherwise. It took the robot about an hour, but it was able to create a cup with a handle to transport water, an impressive task for a robot with no hands.

 

 

Next, the team or researchers are working to give the robot perception capabilities to eventually achieve a completely autonomous robot. At the moment, the robot can only create simple shapes in about an hour’s time; a long way away from creating an entire mechanism, but even bots need to take it one HMA layer at a time.

 

Eavesdropper

0

keioplant.jpg

USB connected interactive plant (via AkihabaraNews & Keio University)

 

If the Japanese have not already created enough unusual devices, they have one more invention to add to their list. Researchers from Keio University have created plants that interact with their surroundings. The plants are programmed to show different emotions through their movements by using data collected from sensors. The movements that match with specific emotions were chosen by having many people show how they think a happy plant or an angry plant would move.

 

 

The plant sits in a square pot that would look like any other Japanese plant holder on the outside, but on the inside is where the plants mechanics and electronics lie. The plant moves by two stepper motors connected to its leaves and twigs by very thin cords. Additionally, it monitors its surroundings using a microphone and motion sensors. According to the input from the sensors the plant will move based on the movements it picks up and the tones it hears.

 

 

The Japanese were hoping to make plants seem more alive and have a greater presence in areas. They have conducted their research for almost a year now and have not had any plants die or wilt, although some research states otherwise. In the future, they look to bring bigger plants to life and possibly trees, they would like environments people travel through to be fully interactive. Technology may soon creep into every aspect of our surrounding world. (The world would hate us)

 

Video Via AkihabaraNews & partner Diginfo.tv

 

Eavesdropper

1

 

As I am sure your mother told you, dogs are a huge responsibility to take care of, and if you don’t have the time, chances are you do not have the energy. But, this does not deter many people from getting dogs anyways. For this reason, the company Go-Go Dog Pals has created an interactive dog toys that run on energy that is not your own.

 

 

The latest Go-Go Dog Pals creation is a remote control car designed to withstand the predatory chase of the dog. This is not your ordinary dog toy, it comes with a dual 280mm high torque motors, its 4 wheel drive, double suspension so it can be driven on many terrains. The chassis resembles a groundhog, and is made of a smooth durable plastic. The most impressive feature, it can go as fast as 21 mph.

 

 

The idea is that you sit back have fun controlling  the Go-Go Dog Pal while watching your dog go crazy in the chase. It is difficult to actually catch the toy because of its smooth chassis except for its tail. But if your dog does catch the antenna tail, it only weighs 3.9 pounds so there is no worries of pulling it out. Even if Rufus does fulfill its killer instinct, all parts are replaceable.

 

 

The remote uses a long distance 2.4 GHz digital radio control system and the Go-Go Pal comes with a rechargeable Ni-Cd battery and a cool $300 price tag. We love our dogs, so what is $300?

 

image-1.jpg

The complete system (via Go-Go Dog Pals)

 

Cabe

http://twitter.com/Cabe_e14

1

burrittobot1.JPGburritobot2.JPG

(Left) Burritob0t platform (Right) The bot does not print the tortilla, unfortunately (via Marko Manriquez)

 

Robots have been showing their love for making food over the past few years like Suzomo’s SushiBot which can pump out thousands of the tasty rolls and the MIT BakeBot that mixes up cookie batter ingredients from scratch. It seems all the major cuisines are being slowly represented from our mechanical friends, but none have the unique technique of printing up delicious burritos like that of Marko Manriquez’s Burritob0t.

 

The robot uses a Mechatronics/Gantry 3D printing system with RAMPS (RepRap Arduino MEGA Pololu Shield) electronics, based in-part from RepRap’s self-replicating manufacturing machine, as the robots base platform. To actually build a burrito, the robot needs a 3D model representation of the ingredients (cheese and beans) which is done through the use of ReplicatorG software that converts the STL/3D model to GCODE. Once the robot has the converted code, the ingredients are fed into two MakerBot Frostruder MK2 compressed air delivery syringes which pump out ingredients based on the 3D model onto a tortilla.

 

Marko designed Burritob0t for his thesis project at ITP (Interactive Telecommunications Program at NYU) as a way to examine the relationship between fast-food practices (conveyor-belt edibles) and human nutritional habits. While the robot does not actually build a burrito from scratch, it does print up 3D piles of tasty ingredients with digital perfection.

 

Cabe

http://twitter.com/Cabe_e14

1

arduino.jpg

Arduino robot used for promotion of RobotC (via RoboMatter)

 

Robotics and software coding can be daunting to a beginner, but software company RoboMatter works diligently to make these fields accessible to beginners and hobbyist. Their software is already compatible with LegoMindstorm and others platforms alike that aim at brining robotics to the main stream. Now, RobotC has announced they will expand their code to be compatible with one of the biggest development  board platform there is, Arduino.

 

 

RobotC has released a public BETA version of their code for Arduino. To use RobotC with your existing Arduino, the Arduino will have to be updated to version 3.12. Once this is done, the same version of RobotC is compatible with Arduino as well as NXT, Cortex. This new version will support the Diecimila, Duemilanove, MEGA 1280 and MEGA 2560 and UNO Arduino boards.

 

 

This BETA version is free for the public all summer long and can be downloaded from the RobotC website.

 

Cabe

http://twitter.com/Cabe_e14

More

Social Media

Design Resources

Design Resources
Application Notes
White Papers
Training
Evaluation Kits

US,MX,CA Product Solutions

Product Solutions
ABB Control - Starter, DOL, 5.5KW, 230V
 More Info buy now
Schneider Electric - Switch, Biometric, 24V 2M PNP BIS.
 More Info buy now
TDK lambda - cc-10-2405sf-e - dc/dc converter, 24v i/p,5v o/p, 10w
 More Info buy now
Bernstein - 637.0281.109 - sensor, adjustable, c-slot - smc, cable
 More Info buy now

More Action Anchor

More Actions

Membership is open and non-members can view content and participate.