Archiv der Kategorie: Art

New multifunctional robotic arm, DexArm, from Rotrics takes creativity to a whole new level

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Munich/Shenzen – Rotrics announces the market launch of its new multifunctional robotic arm, DexArm. The robotic arm has a modular design and
has tremendous versatility. The DexArm has a variety of attachments, making it as easy as possible for manufacturers to paint and label objects, to 3D print and, as an optional feature, laser engrave products. The attachments can be quickly and easily exchanged with just one move.


The DexArm features a high repeatability of 0.05 mm, a high speed of up to 300 mm/s and a payload capacity of up to 500G. The robot arm can be expanded via modules, including a pen holder, a suction cup, a soft gripper, a 3D printer and optionally also, a laser engraver. To ensure user safety, a protective cover for the DexArm is also available for laser engraving. With the help of the user-friendly software, projects of all kinds – from labeling and engraving to 3D printing – can be easily realized.
„Its precision, blend of innovation, as well as its technology make our new DexArm a unique and versatile robotic arm for any industry. It makes it easier than ever to bring ideas to life as never before. The DexArm helps manufacturers draw, write, laser engrave and 3D print, in the easiest possible way. Its greatest strength is its versatility. Thanks to its modular design, it offers the exact functions needed for every industry,“ explains Wang Yong Xu, CEO of Rotrics.



Pricing and availability
From today until December 25, 2020, the Rotrics DexArm Luxury Kit is available at https://www.mybotshop.de/navi.php?qs=Rotrics

About Rotrics
Rotrics (a brand of Shenzhen Saiwenbote Intelligent Technology Co., Ltd.) is a tech startup based in Shenzhen, China. The team consists of dedicated engineers and designers who have extensive experience in robotics, open-source hardware, industrial design, and 3D printing. The founders of Rotrics wanted to understand how students play and learn with robots to be able to assist in learning and making the next generation ready for the digital future. Learning has always been part of our corporate philosophy. That is why we develop inspiring, engaging, and effective solutions for students and robotics enthusiasts which change the way we learn. Developing products, that help our customers and bring their ideas to life is our passion.

The PROTO-HAROLD 1.1 motorized camera cellphone slider robot

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The PROTO-HAROLD 1.1 is a simple, light weight robot, designed to easily bring a CINEMATIC element to any video project. Designed, Machined and Hand Assembled in Cleveland,  Ohio, USA.

Your smartphone can go from pocket to stunning motion shot in under 10 seconds as the PROTO-HAROLD 1.1 has ZERO assembly or setup, programming or technical know-how required for use. Simply insert your smartphone, press „ON“, followed by „GO“ and you have a MOVING VIDEO.

Perfect for live streams, nature documentaries, music videos, interviews, YouTubers, TikTokers, movie projects for screens large and small, commercials, presentations, video demonstrations, school projects, home movies, advertisements, video production, unboxing videos, reaction videos, literally… any video project imaginable.

BOUNCE: When turned on, the PROTO-HAROLD 1.1 will begin running „BOUNCE“, a custom-written, pre-loaded program which will move the CAMERA SLED from one end of the track to the other. Instead of only traveling only one time like other systems, or harshly running back and forth, BOUNCE slowly brings the camera sled to a smooth, full stop, before reversing and smoothly accelerating backwards to full speed, endlessly repeating this choreographed process.

The speed and travel length are both adjustable, with a max travel speed of ~1cm per second, or ~50 seconds to go 52cm / 20.5″ from one end to the other.

This is useful as an extra „camera man“ during an interview process to provide an extra moving camera angle, or set it up to capture a moving shot when you aren’t exactly sure when the action will start, let it run for a bit and choose the best moving shot.

MOVING TIME LAPSE: Use the backlit LCD screen and EASY MENU to change modes to TIME LAPSE and set a desired time frame of 2 – 60 minutes. The PROTO-HAROLD 1.1 does the math and will travel from one end to the other, slowly accelerating, reaching full speed, decelerating and smoothly coming to a stop within the time frame selected. Once done, it will park and then ask to run a second time in reverse.

FEATURES:

  • Light Weight and Portable (under 2 pounds / under 1kg)
  • 34″ x  4″ x  2″ (87cm x 10cm x 5cm)
  • 20.5″ of camera movement  (52cm)
  • Strong for its size (can lift itself, or up to 2 pounds vertically)
  • Designed for smartphones up to 2 pounds, but can slide 10+ pounds (not recommended)
  • USB rechargeable (take and charge it anywhere)
  • ~2 Hour Runtime (horizontal, no camera)
  • ~1 Hour Runtime (vertical, no camera)
  • RECORD MOVING TIME LAPSE VIDEO (2 – 60 minutes) with soft start and stop
  • (3) 1/4″ standard tripod bottom mounting holes on each end
  • Non-marring rubber feet
  • Self Calibrating
  • Powered by a 16MHz Super Computer Thinking Machine
  • Precision Stepper Motor Control
  • Quiet Operation
  • (2) Lithium Ion Rechargeable Batteries
  • RED/GREEN charging LED
  • Replaceable Safety Fuse (remove for long term storage/transport)
  • Pre-programmed with an EASY USE MENU, turn it on and use it
  • Adjustable Speed, Acceleration/Deceleration & Overall Travel Length
  • Blue
  • Designed, Machined and Hand Assembled in Cleveland, Ohio, USA

Please support this project on Kickstarter: https://www.kickstarter.com/projects/simplerobot/the-proto-harold-11-bounce-by-simple-robot-llc/description

Artificial Intelligence Platform Ludo Revolutionizes Games Creation

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Ludo AI, available now in open beta, gives developers access to the world’s first AI platform for games concept creation – accelerating and democratizing games creation



Seattle, USA. AI (Artificial Intelligence) games creativity platform Ludo has announced its open beta, following a deeply successful closed beta and attracted participation from independent studios across the globe. Games creators tasked with delivering the next hit game to emulate the success of the likes of Call of Duty, Among Us, Fortnite and Fall Guys, now have the answer in Ludo – the world’s first AI games ideation tool.

Ludo, Latin for ‘I Play’, uses machine learning and natural language processing to develop game concepts 24 hours a day. The platform is constantly learning and evolving. Ludo is built on a database of close to a million games and is agile and supremely intelligent. When asked to find a new game idea, based on intuitive keyword searches, Ludo returns almost immediately with multiple written game concepts, artwork and images that developers can rapidly work on to take the next stage (concept presentation, MVP or accelerated soft launch).

AI has never before been used at the start of the games creation process: In a 159.3 billion* dollar industry, the pressure to release new hit games is relentless: And coming up with new exciting and sticky games is the Holy Grail. Ludo is set to revolutionize game creation enabling developers by arming them with unique games concepts within minutes of their request being processed. Furthermore, as Ludo’s powerful capabilities are within the reach of any size of studio, the creation process has been democratized.

Games publishers and developers must deliver hit new games at a pace: The industry landscape is changing as it grows in value: Large, acquisitive publishers are constantly on the lookout for growing independents, with great new games and creative ideas, to absorb as they, in turn, need to deliver value to their stakeholders.

“Creativity is the new currency in the games industry,” said Tom Pigott, CEO of JetPlay, Ludo’s creator. “The next hit game could be worth millions and you never know where it will spring up from. With Ludo anyone can come up with a great new game idea without having to waste hours on the process and then invest even more time in researching what is already out there and how successful any similar games have been. Ludo does it all for you: Ludo brings the playfulness back into the game creation process, increases the probability of coming up with a great new game, and saves time and money.”

Since the global pandemic the games industry has seen exponential growth and it is estimated to be worth $200 Billion by 2023. Every developer is under pressure to create a viable pipeline and now with so many ways of testing games quickly ( a large percentage being rejected before they get through the gates) the appetite is at an all time high for new games ideas and concepts.

Ludo has been created by a small outstanding global team of AI Ph.D.’s and the brainchild of seasoned entrepreneur Tom Pigott, CEO of Jet Play, the developer of Ludo. The new open beta follows a highly successful closed program that saw a select group of studios harness the creative power of AI. Now, with an open beta, games developers can try the platform free of charge for a trial period.

„We’ve been extremely pleased by the feedback and the usage of our platform by the game makers that were part of the closed beta,“ said Pigott. „AI, when used as part of the creative process, delivers great results. It is easy to use, working intuitively with keyword searches, and those involved in our closed beta have already proved that amazing things can be done, and all without detracting from their development or marketing time. Very soon Ludo will become an integral part of every studio’s games ideation process.”

The Ludo open beta program offers an opportunity to enjoy all the benefits of early adoption, giving a head start on a mobile game creation approach that works. Due to the tremendous interest there is a waitlist: those interested in joining the Ludo open beta can apply or find out more here.

Artificial feathers give flight to robotic birds

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Festo presents its new bionic project “BionicSwift”


Thanks to radio-based indoor GPS with ultra-wideband technology (UWB) the BionicSwifts can fly safely and in a coordinated pattern in a defined airspace. To execute these flight manoeuvres as true to life as possible, the wings are modelled on the plumage of real birds. The agility of the artificial birds is not just due to their lightweight design and aerodynamic kinematics, but also to the use of function integration.


The Festo Bionic Learning Network has a long tradition of being inspired by natural flight. The creation of the BionicSwift represents the next chapter for Festo in the development of bionic flying objects. As in its biological model, the use of lightweight structures is at the heart of the artificial bird. Because in both engineering and in nature, the less weight there is to move, the less material is required, and the less energy is consumed. That is why the BionicSwift weighs just 42 grams despite having a body length of 44.5 centimetres and a wingspan of 68 centimetres. This makes it extremely agile, nimble and capable of flying loops and making tight turns. By interacting with a radio-based indoor navigation system, the robotic birds are able to move autonomously in a coordinated pattern in a defined airspace.

Aerodynamic feathers

To be able to replicate natural flight as closely as possible, the wings of the BionicSwifts are modelled on bird feathers. The individual lamellae are made from an ultra-lightweight, flexible but very robust foam, and overlap each other. Connected to a carbon quill, they are attached to the actual hand and arm wings as in the natural model. The individual lamellae fan out during the wing upstroke, allowing air to flow through the wing. This means the birds require less power to propel the wing upwards. The lamellae then close during the downstroke to provide the flying robot with a more powerful flight. This close replication of bird wings gives the BionicSwift a better flight profile than previous beating wing drives.

Function integration in the tightest of spaces

The agility of the artificial bird is not just due to its lightweight design and aerodynamic kinematics, but also to the use of function integration. The bird’s body contains the compact construction for the wingflapping mechanism, the communication technology, the control components for wing flapping and the elevator, the tail. A brushless motor, two servo motors, the battery, the gear unit and various circuit boards are installed in the smallest of spaces. Through the intelligent interaction of the motors and mechanical systems, the frequency of the wing beats and the elevator for the various manoeuvres can be precisely adjusted.

GPS coordination of the flight manoeuvre

The coordinated and safe flight of the robotic birds is made possible by radio-based indoor GPS with ultra-wideband technology (UWB). Several radio modules are mounted in the space, forming fixed anchors that locate each other and define the controlled airspace. Each bird is equipped with a radio marker that sends signals to the bases, which can then locate the bird’s exact position and send the data collected to a central master computer, which functions as a navigation system. The system can use preprogrammed paths to plan and determine routes and flight paths for the birds. If the birds deviate from this flight path, for example due to a sudden change in ambient conditions such as wind or thermals, they immediate correct their flight path by intervening autonomously – without any human pilots. Radio-based communication means that position sensing is possible, even if there are obstacles and visual contact is partially lost. The use of UWB as radio technology guarantees safe and interference-free operation.

New inspiration for intralogistics

The intelligent networking of flight objects and GPS routing makes a 3D navigation system that could be used in the networked factory of the future. For example, by precisely locating the flow of materials and goods, process workflows can be improved and bottlenecks can be predicted. In addition, autonomous flying robots could be used for transporting materials, with their flight corridors a way of optimising the use of space within a factory.

About Festo:

Festo is a global player and an independent family-owned company with headquarters in Esslingen am Neckar, Germany. The company supplies pneumatic and electrical automation technology to 300,000 customers of factory and process automation in over 35 industries. The products and services are available in 176 countries. With about 21,000 employees in over 250 branch offices in 61 countries worldwide, Festo achieved a turnover of around €3.07 billion in 2019. Each year around 8% of this turnover is invested in research and development.

In this learning company, 1.5% of turnover is invested in basic and further training. Yet training services are not only provided for Festo’s own staff – Festo Didactic SE also supplies basic and further training programmes in the field of automation technology for customers, students and trainees.

DrawBo introduces innovative personalized robotic drawing tutor for kids

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DrawBo is a compact AI-backed personalized robot drawing tutor that assures a safe, comfortable, and highly engaging drawing class for kids.

How about a drawing teacher for your kid that can teach your kids tirelessly and endlessly for hours? How about a drawing class at the comfort of your home yet without the harmful radiation of virtual classes- while maintaining social distancing? Sounds too good to be true, right? Well, a California-based dynamic tech firm, DrawBo, has recently launched an innovative personalized robotic drawing tutor for kids that will help them learn at the safety of home, without the radiation effects of on-screen classes. Titled „DrawBo,“ the AI-backed robot is strategically designed to inspire creativity in little ones and enhance their focus.

The FIRST of its kind, DrawBo is a palm-sized intelligent robot developed based on state-of-the-art technologies and insights derived from educational psychologists and child art teachers from all over the world. It is strategically shaped like a cute bright butterfly to attract the attention of little ones. The robot works in tandem with the DrawBo smartphone app.


„Kids today spend most of their waking hours before the screens, which exposes them to severe harmful radiation from screens. The current pandemic has made matters even worse by limited children’s movement to indoors and on-screen classes only. In such a gloomy scenario, our robotic drawing tutor DrawBo arrives to create a creative and refreshing educational experience for kids of all ages- from the comfort of home and far away from radiation of online classes“, stated Somnath Singh from DrawBo.


„With our intelligent palm-sized drawing tutor robot, your kids will find a teacher who is never tired of teaching them. Moreover, DrawBo assures a comfortable drawing class for kids without worries of commute-time to art classes, peer pressure in drawing schools, and radiation from on-screen virtual classes.“

Operating DrawBo is as simple as 1-2-3:

  • The DrawBo mobile app is bustling with thousands of images to choose from, including figures of famous kid movies and cartoon characters.                                                
  • Once the user chooses one image, it gets uploaded into DrawBo’s memory through Bluetooth.
  • Next, DrawBo deploys AI technology to split the image into simpler curves and lines to make learning easier for kids through multi-step education.
  • As the robot starts drawing, the child needs to follow every step the robot takes to learn the drawing.

DrawBo would stop at every step, offering sufficient time for the kid to copy the step and learn the pattern before marching to the next step. Being an intuitive tutor, DrawBo considers the complexity of each step and determines the pause time accordingly. Users can even set their preferred pause-time settings through both manual and automatic settings.

„DrawBo is designed with care to awaken the artist in your child and give wings to their imagination. The images given are categorized into different levels to choose one as per their kids‘ skill level and age.  But such a high-tech product needs robust financial backup and hence this Kickstarter campaign. Your generous support will enable us to bring DrawBo to life and assure safer, comfortable, and more engaging drawing classes for kids.“

Backers will be rewarded with handy discounts on DrawBo. To show your support for the campaign, please visit Kickstarter.

Recycled Robots Invade North America “We Come In Peace,” Declare Funky Fobots

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Raleigh, NC –Not many people can say that the economic downturn has changed their lives for the better. But for Raleigh, NC artist Amy Flynn, it has been the catalyst that has taken her from a comfortable, 27 year career as an illustrator, to a whole new world of galleries, art fairs and Fobots.

Fobots? That would be short for Found Object Robots, and Amy can’t build them fast enough. Incorporating cool vintage junk found at flea markets, scrapyards, basements and auctions, she creates each one as a one-of-a-kind sculpture, with its own name, number, and personality. As it says on their tags, “They are not functional, they are not toys, and they will not go on a rampage while you sleep”.

“I’d been a professional illustrator, working for giftware and greeting card companies, for most of my life,” explains Amy. “But I’d never faced economic conditions so bad. Clients were backing out of contracts, failing to pay me, going bankrupt. I was at my wit’s end”. Finally, her husband said “Why don’t you take some time off and make some of your robots? You’re so much happier when you’re making robots”.

The Fobots had been born of Amy’s love of flea markets and robots. She likes to tell people that they combine two of her favorite passions—making stuff, and shopping. So she went upstairs to her workshop and made some bots. And the recession got worse. She made some more, just to keep the creative juices flowing until business picked up. It didn’t. Soon, the mantelpiece was full, and people were starting to joke about robots taking over the house. Encouraged by a local gallery to start selling them as a business, the Fobots made their debut at the Buyers Market of American Craft, a national wholesale show in Philadelphia. “We sold out of our inventory of 100 bots, and had orders for more. Other artists encourage me to apply to some of the big outdoor art festivals. The first one we applied to was Saint Louis in 2009, and what do you know?–they accepted us! It’s like saying you want to be an actor, and getting cast in the first show you audition for—on Broadway!” Since that auspicious beginning, the Fobots have appeared in many of the country’s top shows, from Miami to Sausalito. They’ve even been on television, gracing the sets of “Ugly Betty” and the ESPN show, “Pardon the Interruption”.

It’s easy to see why Amy’s little metal friends are so popular. The junk they’re made from is cool to start with—vintage cameras, funky old tins, little toy refrigerators with the food printed on the inside of the doors, car parts, and metal spinning tops transform themselves into faces, bodies, arms and legs. And, like the Tin Man, they all have a little brass heart inside. Then there are the names—Hermaphrobot, Steampunky Brewster, Robama, Sigmund Droid, Cyborg Young, Queen Elizabot, Love Machine, Roboticelli…you get the picture. And some of them…well, let’s just say that in some cases, it’s easy to tell the boys from the girls.

Amy is so much happier now making Fobots. And that’s something that never would have happened if things hadn’t first gotten so bad. Reflects Amy. “I keep hearing that the Chinese characters for “crisis” and “opportunity” are the same. I looked it up—turns out, they’re not, that’s just a myth. But they SHOULD be.”

Amy Flynn is the Senior Fobotologist and creative genius behind FOBOTS. To see more of her little metal friends, visit iFobot.com.