This telepresence upgrade lets an employee take part in the office from more than four thousand kilometers away. It’s an upgrade of their previous setup which used a laptop on a rotating platform to add a bit of control to the video conferencing experience. But all that original version could do was swivel, this one lets you drive your virtual self around for fifteen hours between battery charges.
The real work is in the base of the robot, as the audio and video are handled by a tablet independently from the locomotion. The team spent about four hundred bucks to throw the thing together. It starts with a hunk of plywood. Two 3A motors were mated with lawnmower wheels for the front of the bot. Dragging under the back of the base are a couple of casters that make it possible to turn without skidding. A motor shield and a WiFi shield for the Arduino make it possible to control the thing over the Internet. They even added some functionality on the client side to use a PlayStation 3 controller. Check out the completed machine in the clip after the break.
Continue reading “Telepresence upgrade with a minimum of effort”
Here is a telepresence robot that uses an Android device and LEGO NXT parts. [Wolfgang] had an extra phone on hand and decided to put it to good use. The Mindstorm parts make it really easy to produce a small robot, and adding the phone really ups the computing and connectivity options available to him.
The Android device is able to control the NXT bot via Bluetooth. [Wolfgang] didn’t go into detail on that part, but you can get some pointers on the topic from this other Android controlled Mindstorm project. [Wolfgang] wanted the ability to check in at home when he’s travelling. He uses nanohttpd on the Android device to serve up a simple web interface. It uses HTML5 to push a snapshot from the phone’s camera as user feedback, and provides a set of directional arrows which let him drive the bot around.
Obviously this thing is going to run out of juice if he’s away for too long. To combat that problem he included a battery which powers both the NXT parts and the phone. Now he just needs to build an inductive charging station and he’ll really be set.
Continue reading “NXT Android telepresence robot”
[Claire] sent in a project she’s been working on for the past few years. It’s called Botiful and aims to turn any Android phone into a mobile telepresence robot.
Botiful is built around the IOIO Android to Arduino dev board and provides a very clean way to interface your current cell phone with a tiny – and cute – robotic platform. The big feature of Botiful is its integration with Skype; just call a Botiful owner’s phone or tablet, and a panel pops up allowing you to control the robot, tilt the camera up and down, and even robotic yes, no, and ‘dance’ gestures.
Because Botiful is based on the IOIO, there’s a few pins available inside the bot for an I2C bus, PWM control, and even a serial output. It’s also possible to develop your own apps for Botiful, making for a neat mobile robotics platform.,
Right now, Botiful is only for Android but if [Claire] gets $100,000 out of her Kickstarter, she’s promised to add iDevice support. That seems fairly likely, as more than $60,000 has been pledged with three weeks to go. Pretty cool, and we can think of a few very useful asocial applications of the Botiful including running cable in a drop ceiling, and checking out that thing under your car.
Don’t have anyone to share activities with? Forget Siri, she’s just a disembodied voice in a box. You need to get yourself a shoulder-mounted robot pal.
The idea behind this design actually has something to do with telepresence. Let’s say you and your best friend want to go check out the local Hackerspace. The problem is that you met your best friend on the Internet and they live thousands of miles away. Well just strap on your shoulder robot and have your friend log on. There’s a camera to give him or her feedback, and twenty degrees of freedom lets them control the torso, arms, and head of the bot in a realistic and creepy way. This works much like a marionette, with motors pulling wires to actuate the robot’s movements. You can get a very brief look at this in the clip after the break.
Continue reading “Shoulder robot for the forever alone”
Virtual card games proliferate the interwebs, but this card-playing telepresence device is unique. [Patrick] calls the project Vanna, and we’d bet that’s an homage to the tile-flipping TV star [Vanna White]. Much like she flips the blank tiles to reveal letters, this device can flip the hand of cards either face up or face down.
Each of the six card trays is connected to a stepper motor. The local player deals the hands, placing each card in a tray so that it faces the webcam for the remote player. That remote player has an on-screen interface that can discard by tilting the tray forward and dropping the card on its face, or play a card by tilting toward to the local player so they can see its face value. All becomes clear in the clip after the break.
The hardware is USB controlled from a Windows machine thanks to the PIC 18F4585 which controls it. But it should be quite simple to get it talking to the OS of your choice.
Continue reading “Telepresence robot lets you play a hand of cards”
Correspondence chess, or playing a game of chess via email or snail mail, is well-known in the chess community. [FunGowRightNow] thought he could bring correspondence chess into the 21st century, so he built two robotic chess boards that communicate over the Internet. The end result makes for an awesome senior project for school.
Instead of a simple monitor displaying the other player’s moves (and having to manually move both black and white pieces), the positions of all the pieces are controlled via
a laptop an Arduino underneath each board. An electromagnet mounted on an xy frame moves one piece at a time. To detect the positions of the pieces, an 8×8 grid of reed switches open and close with magnets put in the base of each piece. The end result is a nearly seamless chess game that can be played by two people separated by hundreds of miles.
Right now, all we have are a few videos and the descriptions of the inner machinations of the chessbots. [FunGow] promised the Internet design specs after he turns this in as his senior project on April 10th. Until then, you can enjoy a few of the videos he’s posted after the break.
Continue reading “Board games over IP means telepresence chess”
This telepresence robot will never let your Skype callers sneak up on you. [Priit] built the project, which he calls Skype Got Legs, so that his distant friends could follow him around the house during chats. But as you can hear after the break, the electric drills used to motorize the base are extremely loud.
Noise pollution aside, we like the roughness of the hack. It’s utilitarian but seems to work quite well. Commands are sent via the web using a combination of Ajax and PHP function calls. The two drills are controlled by an Arduino via a couple of automotive relays. The drills are powered by their original rechargeable battery packs. So as not to alter those batteries, [Priit] figured out a way to use synthetic wine bottle corks as a connector. They’ve been cut to size, and had tinned wires pushed through holes in them. Now, when he inserts the altered corks they press the wires against the battery contacts. Continue reading “Loudest telepresence robot ever”