EP.7 ROBOT WHO DOES THINK HE'S VAN GOGH
Artistic robot, drone capable of 3D-printing in fly, a robot guide dog and much more.
Robot and art - an oxymoron? 🎨
Carnegie Mellon University has recently unveiled Frida, a new robot designed for the creation of modern art. Frida uses advanced artificial intelligence algorithms to generate unique and original pieces of art. The robot is equipped with a high-resolution display and a specialized stylus, which allows it to create a wide range of styles and designs.
This new technology represents a major step forward in the field of AI art, as Frida is able to produce works that are not only aesthetically pleasing but also truly original. The team behind Frida hopes that this robot will inspire new forms of artistic expression and revolutionize the way we think about art and creativity.
A 3D printing drone 🛸
Engineers have developed a groundbreaking new method to build structures using drones and 3D printing technology. The process involves using drones to transport and assemble 3D-printed building blocks, which can then be pieced together on-site to form larger structures such as towers. This innovative approach to construction has the potential to significantly change the industry, offering a faster and more efficient building method.
The use of drones and 3D printing technology also opens up new opportunities for building in remote or hard-to-reach locations and can help reduce the carbon footprint of construction projects. With the potential to reach new heights in terms of speed, efficiency, and sustainability, the future of construction looks bright with this innovative technology at the forefront.
Helpful arms in the laboratory 🧪
A machine for filling pharmaceutical liquids into tubes has been developed using collaborative robots. The system includes two Universal Robots UR3 robots that handle both the tubes and caps. The first UR3 robot presents the tube or cap to a position where the second UR3 picks up the tube, either placing a cap or removing it. The filled tube is then capped and placed on an outfeed conveyor.
The use of collaborative robots allows for an operator to replenish raw materials without stopping the machine, and the UR3 robots automatically adjust their speed based on the presence of an operator. The system also includes HEPA filters and laminar airflow to maintain a sterile environment while opening bags of tubes and caps. This cutting-edge technology ensures efficient and sterile filling of pharmaceutical liquids into tubes.
Paws for Assistance: a robot guide dog 🦮
A new robot dog, developed by engineers in Spanish National Research Council (CSIC), is creating waves in the world of assistive technology. This innovative robot not only possesses a unique design but is also equipped with advanced algorithms that allow it to recognize and respond to traffic signals. The robot dog is designed to assist people with disabilities, offering them greater independence and mobility.
The robot's advanced AI system allows it to navigate complex environments and respond to a variety of stimuli, making it an ideal companion for people with disabilities. The team behind the project hopes that their creation will not only improve the lives of those with disabilities but also inspire new forms of assistive technology in the future.
Robotics term of the week
Multi-axis Synchronization
Multi-axis synchronization is important in robotics because it allows multiple joints or components of a robot to work together seamlessly and efficiently. This coordination is crucial for achieving precise and complex movements, such as those required in industrial manufacturing or medical surgeries. Without multi-axis synchronization, robots may experience jerky or inaccurate movements, reducing their effectiveness and potentially leading to errors or safety concerns.
Synchronizing multi-axis motion control systems over real-time networks can be a complex task. However, with the use of advanced control algorithms and network protocols, it is possible to achieve precise and consistent coordination of multiple axes in motion control applications. One important aspect is to ensure that the communication between different axes is deterministic, meaning that the data transfer between axes must happen in a predictable and reliable manner.