In diesem Video seht ihr, nur leicht beschleunigt, wie schnell sich der Rotrics DexArm Roboterarm anschließen, einrichten und in Betrieb nehmen lässt. Für einen ersten Test, lasse ich den Roboterarm mein RobotsBlog Logo zeichnen.
Zuvor habe ich die neueste Firmware und Software installiert, sowie mich mit dem TouchPanel auseinandergesetzt und dessen Funktion getestet. Rechnet man diese Zeit heraus, so dauert es vom Auspacken bis zur erstens Verwendung des Roboterarms höchstens fünf Minuten.
Verzichtet man auf die Anbindung an den Computer oder das Verwenden eines eigenen Logos zu Testzwecken, kann der Roboterarm komplett über das Touchpanel eingerichtet und direkt ausprobiert werden. So könnte man sogar noch schneller mit dem Rotrics DexArm starten und benötigt noch nicht einmal einen Computer.
Insgesamt ist die Bedienung sehr einfach und die Software führt einen am Computer durch alle notwendigen Schritte. Hier sind keinerlei Vorkenntnisse erforderlich. Das Schreiben von Text oder Zeichnen von Grafiken mit dem Roboterarm könnte wirklich nicht einfacher sein.
Stretch is designed to make warehouse operations safer and more efficient
Waltham, MA – March 29, 2021 – Boston Dynamics, the global leader in mobile robotics, has revealed Stretch, its new box-moving robot designed to support the growing demand for flexible automation solutions in the logistics industry. This debut marks the company’s official entrance into warehouse automation, a fast-growing market fueled by increased demand in e-commerce.
Stretch is Boston Dynamics’ first commercial robot specifically designed for warehouse facilities and distribution centers, of which there are more than 150,000 globally, according to analysts. The multi-purpose mobile robot is designed to tackle a number of tasks where rapid box moving is required, first starting with truck unloading and later expanding into order building. Stretch’s technology builds upon Boston Dynamics’ decades of advancements in robotics to create a flexible, easily-integrated solution that can work in any warehouse to increase their flow of goods, improve employee safety in physically difficult tasks and lower expensive fixed automation costs.
The robot’s small, omni-directional mobile base allows Stretch to navigate loading docks, maneuver in tight spaces and adapt to changing facility layouts, eliminating the need for costly fixed automation infrastructure. It is equipped with a custom-designed lightweight arm and a smart-gripper with advanced sensing and controls that can handle a large variety of boxed and shrink wrapped cases. Stretch also includes Boston Dynamics’ computer vision technology that enables it to identify boxes easily and without extensive training for each customer. Its vision system works in tandem with pick & place activity, enabling high pick rates.
Traditional warehouse automation approaches require either installation of fixed infrastructure or mobile robots that convey goods but struggle to meet productivity requirements to be an attractive investment for warehouse operators. Stretch offers logistics providers an easier path to automation by working within existing warehouse spaces and operations, without requiring costly reconfiguration or investments in new fixed infrastructure.
“Warehouses are struggling to meet rapidly increasing demand as the world relies more on just-in-time delivery of goods,” said Robert Playter, CEO of Boston Dynamics. “Mobile robots enable the flexible movement of materials and improve working conditions for employees. Stretch combines Boston Dynamics’ advancements in mobility, perception and manipulation to tackle the most challenging, injury-prone case-handling tasks, and we’re excited to see it put to work.”
Boston Dynamics is currently seeking customers to pilot test deployment of Stretch with truck unloading tasks ahead of its commercial deployment in 2022. Interested parties can apply to join the Stretch Early Adopter Program by visiting: https://www.bostondynamics.com/stretch
About Boston Dynamics
Boston Dynamics is the global leader in developing and deploying highly mobile robots capable of tackling the toughest robotics challenges. Our core mission is to lead the creation and delivery of robots with advanced mobility, dexterity, and intelligence that add value in unstructured or hard-to-traverse spaces and positively impact society. We create high-performance robots equipped with perception, navigation and intelligence by combining the principles of dynamic control with sophisticated mechanical designs, cutting-edge electronics, and next-generation software. We have three mobile robots in our portfolio – Spot®, Stretch™ and Atlas® – as well as Pick™, a machine learning vision solution for warehouse automation. Founded in 1992, Boston Dynamics spun out of the MIT Leg Lab and is one of Inc. Magazine’s Best Workplaces of 2020. For more information on our company and its technologies, please visit www.bostondynamics.com.
Q-Scout by @robobloq_official Robobloq. Timelapse Build of Q-Scout. Very nice and easy but sturdy build.
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Tin Toy Search and Rescue Robot MS486 with detachable Dog Head Pullback car. Find the latest News on robots, drones, AI, robotic toys and gadgets at robots-blog.com. If you want to see your product featured on our Blog, Instagram, Facebook, Twitter or our other sites, contact us. #robots #robot #omgrobots #roboter #robotic #mycollection #collector #robotsblog #collection #botsofinstagram #bot #robotics #robotik #gadget #gadgets #toy #toys #drone #robotsofinstagram #instabots #photooftheday #picoftheday #followforfollow #instadaily #tintoy #tinrobot #tin #pullback #windup
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
HORST kann auch feinfühlig 🙂 In diesem Video transportiert Industrieroboter HORST900 mit dem RG2 von OnRobot Sushi und Eier und zeigt uns dabei sein Fingerspitzengefühl.
TruShelf ist ein mobiles Regalsystem für gängige AMRs und ermöglicht den automatisierten Transport von Kleinladungsträgern im intralogistischen Warenverkehr. Es erweitert den Nutzungsgrad eines AMR durch die Bündelung der Transporte. Die Hubeinheit ermöglicht eine variable Be- und Entladehöhe. Die modularen Regalplätze in der Magazineinheit sind auf die gewünschte Kistenhöhe einstellbar. Kombiniert mit dem Flottenmanagementsystem TruFleet zur intelligenten Routenfindung ist das TruShelf die ideale Lösung für den effizienten Transport von Kleinladungsträgern sowie für die automatisierte Materialversorgung von Montagestationen oder Maschinen in der Intralogistik.
TruShelf ist in zwei Varianten erhältlich: Als Komplettlösung inklusive MiR200 oder als Teillösung ohne AMR. Der große Vorteil daran ist, dass das Regalsystem unkompliziert auf bereits vorhandene AMRs gängiger Hersteller integriert werden kann. Dies gewährleistet die optimale Nutzung bestehender Ressourcen und sorgt damit einhergehend für die Einsparung vermeidbarer Kosten.
Maße eines Regalmoduls: 300 x 400 mm (auf Anfrage 400 x 600 mm)