Daily Archives: July 5, 2020

Mayan Robotics LLC is an American company specializing in the design and manufacture of essential electronic systems for unmanned vehicles, drones, and UAVs. We focus on the best known open source and open hardware based autopilots in the world. Our products are utilized by the largest civil drone manufactures, public and private aerospace research and development institutes and militaries across the globe.

Currently Mayan Robotics LLC it has prestige in the sector for the quality and innovation of its products, strategically locating its headquarters in San Diego California, in addition to being the only manufacturer of its kind that designs, manufactures with globally sourced components, assembles and ships all products from the United States to anywhere in the world providing technical support and consulting in english, spanish and russian.

Mayan Robotics LLC better known as mRobotics or mRo was founded in September 2016 by Jordi Muoz co-founder of 3D Robotics Inc in 2009 together with Phillip Kocmoud, co-designer of AUAV3, PixRacer, AUAV X1, AUAV X2, mRo X2.1, AUAV X3 and mRo X2.1-777 who has also collaborated in the creation of the DroneCode connector standard.

mRobotics has a highly specialized human resource in various areas, mainly engineering, aerospace and technical capabilities that allow us to quickly develop and innovate with the vision and passion of seeing the products working and serving the thousands of customers around the world.

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You could be excused for thinking that German robotics company Festo does nothing but put together fabulous prototype robots built to resemble kangaroos, jellyfish, and other living things. They do in fact actually make real industrial robots, but its hard not to marvel at their biomimetic experiments; Case in point, the feathered BionicSwift and absurd BionicMobileAssistant motile arm.

Festo already has a flying bird robot I wrote about it almost 10 years ago. They even made a flying bat as a follow-up. But the BionicSwift is more impressive than both because, in an effort to more closely resemble its avian inspiration, it flies using artificial feathers.

Image Credits: Festo

The individual lamellae [i.e. feathers] are made of an ultralight, flexible but very robust foam and lie on top of each other like shingles. Connected to a carbon quill, they are attached to the actual hand and arm wings as in the natural model, Festo writes in its description of the robot.

The articulating lamellae allow the wing to work like a birds, forming a powerful scoop on the downstroke to push against the air, but separating on the upstroke to produce less resistance. Everything is controlled on-board, including the indoor positioning system that the bird was ostensibly built to demonstrate. Flocks of BionicSwifts can fly in close quarters and avoid each other using an ultra wideband setup.

Festos BionicMobileAssistant seems like it would be more practical, and in a way it is, but not by much. The robot is basically an arm emerging from a wheeled base or rather a balled one. The spherical bottom is driven by three omniwheels, letting it move easily in any direction while minimizing its footprint.

The hand is a showcase of modern robotic gripper design, with all kinds of state of the art tech packed in there but the result is less than the sum of its parts. What makes a robotic hand good these days is less that it has a hundred sensors in the palm and fingers and huge motility for its thumb, but rather intelligence about what it is gripping. An unadorned pincer may be a better hand than one that looks like the real thing because of the software that backs it up.

Not to mention the spherical movement strategy makes for something of an unstable base. Its telling that the robot is transporting scarves and not plates of food or parts.

Of course, its silly to criticize such a machine, which is aspirational rather than practical. But its important to understand that these fascinating creations from Festo are hints at a possible future more than anything.

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Festos latest biomimetic robots are a flying feathered bird and ball-bottomed helper arm - TechCrunch

The research report on Global Military Robotics, Market provides up-to-date industry trends, the present market scenario, and the market forecast during 2020-2026. The complete analysis of Military Robotics, market on the global scale provides key details in form of graphs, statistics and tables which will help the market players in making key business decisions.

The Military Robotics, market report includes crucial insights regarding this business landscape and analyzes all the segments of this business vertical. The document delivers pivotal data pertaining to the key industry players and their respective gross earnings. Additionally, data regarding the regional scope and the competitive spectrum is mentioned in the study.

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The COVID-19 disease outbreak has forced worldwide governments to impose strict lockdowns. This has not only resulted in shutdown of processes and operations of various manufacturing, but also resulted in scarcity of labor. Additionally, insufficient supply of raw materials may result in modifications in terms of the expansion rate of Military Robotics, market in the subsequent years.

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Highlighting the competitive landscape of Military Robotics, market:

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Table of Contents

Report Overview:It includes six chapters, viz. research scope, major manufacturers covered, market segments by type, Military Robotics, market segments by application, study objectives, and years considered.

Global Growth Trends:There are three chapters included in this section, i.e. industry trends, the growth rate of key producers, and production analysis.

Military Robotics, Market Share by Manufacturer:Here, production, revenue, and price analysis by the manufacturer are included along with other chapters such as expansion plans and merger and acquisition, products offered by key manufacturers, and areas served and headquarters distribution.

Market Size by Type:It includes analysis of price, production value market share, and production market share by type.

Market Size by Application:This section includes Military Robotics, market consumption analysis by application.

Profiles of Manufacturers:Here, leading players of the global Military Robotics, market are studied based on sales area, key products, gross margin, revenue, price, and production.

Military Robotics, Market Value Chain and Sales Channel Analysis:It includes customer, distributor, Military Robotics, market value chain, and sales channel analysis.

Market Forecast Production Side: In this part of the report, the authors have focused on production and production value forecast, key producers forecast, and production and production value forecast by type.

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Military Robotics, Market Incredible Possibilities, Growth with Industry Study, Detailed Analysis and Forecast to 2026 - 3rd Watch News

The Energy Drone & Robotics Coalition is bringing "unmanned" to a new level with the first major meeting opportunity of the year for thousands of UAV, robotics and data / AI industrial and energy leaders.

This July 14-16, the Energy Drone & Robotics Coalition global community will come together virtually for three days of live industry keynotes, asset owner panels and real-time moderated discussion groups on the most important industry topics. The virtual expo hall offers 1:1 meetings, energy company / team private meeting rooms, demos and focused use cases with hardware, software and service solution providers.

Breakout Session Streams include: Enterprise UAV Operations (including sessions on Industrial Drone Delivery & Unmanned Cargo and BVLOS) Energy Robotics & Automation Data / Analytics / AI

"We have partnered with next-gen digital platforms that go way beyond a series of webinars to actively connect the industrial / energy unmanned systems industry and give them access to interact on a global basis," said Sean Guerre, director of the Energy Drone & Robotics Coalition. "We see the ongoing need of connecting solution providers, reviewing innovative approaches and sharing sector knowledge as vital while the need for remote and unmanned operations accelerates."

This is the first of two summits being organized by the Energy Drone & Robotics Coalition this year. The second hybrid event, the postponed 4th annual Energy Drone & Robotics Summit, is taking place in Houston this November 10 - 11. "Hybrid" means that the event will take place both physically / in-person and simultaneously be held virtually / live streamed around the world to serve the community's needs for maximum participation and exchange of best practices, connections and technology updates.

Registration for the July 14 - 16 Energy Drone & Robotics Virtual Summer Summit is now open, available here.

Further details about the Energy Drone & Robotics Coalition's digital resources and virtual, live and hybrid events are available at edrcoalition.com.

Exhibits and sponsorship opportunities are available, as well as group plans. Reach out to Sean Guerre, seang@stonefortgroup.com to discuss details.

About Energy Drone & Robotics Coalition

The Energy Drone & Robotics Coalition (EDR Coalition or EDRC), powered by InnovateEnergy, is focused on innovating industrial & energy operations with dynamic UAV, robotics, data and autonomous solutions. EDRC is dedicated to launching, growing and scaling enterprise unmanned systems operations in industrial / energy / engineering companies worldwide by bringing the major rapidly growing segments within the UAV / AUV / robotics ecosystem together with the energy industrial complex asset owners and end users.

These are the only events and information resources exclusively focused on the business and technology of unmanned systems (aerial, ground / surface & subsea) in energy operations from the "stars to the sea floor." Learn more at http://www.edrcoalition.com.

About InnovateEnergy

From live events to digital resources with communities like Energy Drone & Robotics Coalition, InnovateEnergy is a single resource that delivers actionable content, executive insights, thought leadership, "how-to" and real-world use cases in multiple channels for energy digitization, technology and innovation leaders worldwide.

InnovateEnergy has a global audience of over 20,000 energy executives and digital innovation leaders, each involved with digitization efforts and technology integration from multiple industrial-focused enterprises, including Oil & Gas, Power / Utilities, Maritime, Wind / Solar, Chemical, Refining, Petrochemical, Energy Construction & Engineering and more.

Staying up-to-date on the latest digitization trends, best practices, news and solutions is a huge task as the areas for emerging technology in the energy industry rapidly evolve but InnovateEnergy is here to make it easy. innovateenergynow.com

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Energy Drone & Robotics Coalition to Gather Thousands at July Virtual Summit - Robotics Tomorrow

Moving your foot requires flexing the muscles in your calf, ankle and the foot itself. But these seemingly simple actions can be difficult for people who develop muscle weakness or partial paralysis in their legs following a stroke (hemiparesis). The same is true for those with chronic ankle instability, often the result of a sports-related injury or neuromuscular diseases like multiple sclerosis, muscular dystrophy and amyotrophic lateral sclerosis.

To support people in recovery, three student researchers have been working to create a soft robotic ankle-foot orthosis, or SR-AFO, exosuit that assists with lower-limb gait rehabilitation. The students research is guided by Hyunglae Lee, an assistant professor of mechanical and aerospace engineering in the Ira A. Fulton Schools of Engineering at Arizona State University. Their project is funded by the Global Sport Institute at ASU. A soft robotics exosuit designed to assist with rehabilitation of the foot and ankle. The project, led by Fulton Schools students Marielle Debeurre, Tiffany Hertzell and Carly Thalman along with Assistant Professor Hyunglae Lee, was awarded the top prize at the WearRA Innovation Challenge earlier this year. Download Full Image

Most foot braces are stiff and uncomfortable, so the team wondered if they could create a dynamic brace that constantly adjusts itself with each step. Their prototype uses two groups of soft inflatable actuators that actively adapt to the user while they are using the device. One set of actuators braces the leg while the other assists with leg push-off during motion.

The unique design earned the top prize in the WearRA Innovation Challenge at the Wearable Robotics Association Conference 2020. Team members Marielle Debeurre, Tiffany Hertzell and Carly Thalman, as well as their advisor Lee, received $2,000 and free entry to the next WearRAcon. The win was a welcome recognition of the multidisciplinary team of students pursuing different degrees and bringing a range of experience levels to the project.

Thalman, a National Science Foundation Graduate Research Fellow, started the project during her first year as a systems engineering doctoral student in spring 2018.

I was introduced to the field of soft robotics in my undergraduate studies at ASU and became fascinated with the idea that robots could be designed and configured in such nonconventional methodologies, Thalman said. The concept that a robot could mimic features and characteristics of biological structures, or be integrated seamlessly like clothing caught my eye right away, and I have been conducting research in the field ever since.

Systems engineering doctoral student Carly Thalman demonstrates the soft robotic ankle-foot orthosis exosuit during ASU Open Door 2020. Photo by Erika Gronek/ASU

She began the exosuit project by developing, modeling and creating the fabric-based contracting actuator. The design was originally developed to help individuals with a condition called drop foot, an inability to lift the front part of the foot. Her fabric actuator design helped users achieve multiple degrees of freedom for ankle mobility. She went on to improve supportive actuators for lateral buckling prevention.

After being exposed to more of the wearable robotics community and seeing ways that robotics are addressing issues with human mobility, I found motivation to see how my efforts could be dedicated to improving the quality of life for others, said Thalman, who has family members and close friends who have had strokes or overcome major ankle injuries and impairments. Seeing their struggles and challenges during and after recovery showed me just how much work still needs to be done in this field to address ongoing issues for those in rehabilitation and recovery from ankle and gait impairments.

Hertzell, a recent mechanical engineering graduate, worked on the project as part of the Fulton Undergraduate Research Initiative. She says that she learned from Thalman how versatile and effective soft robotic solutions are.

Traditional rigid robotic solutions can achieve the necessary motions to assist humans, but soft robotics can achieve the same motions in a more innovative way, Hertzell said. Soft robotics are more innovative because they are lighter weight, comfortable for the user, inexpensive and can still achieve the motions and force outputs of rigid robotics.

Debeurre joined Thalman on the project in spring 2020 while pursuing a masters degree in mechanical engineering. She brought with her the experience shed gained as an undergraduate researcher, for which she was named a Spring 2019Fulton Schools Outstanding Graduate.

It became a passion of mine to develop something that assists people in particular, said Debeurre, who is now a doctoral student at cole Nationale Suprieure dArts et Mtiers in France. Engineers are always talking about solving the worlds problems, and, while that is undoubtedly just in itself, work tends to feel the most rewarding when you see the improvement of the people youve helped.

Future directions for this project involve investigating more advanced methods of gait detection to allow the SR-AFO to easily adapt to the needs of the user. Examples include assisting the ankle in various directions for increased support and encouraging fast, more fluid walking patterns. The idea is the SR-AFO can easily adapt to any type of impairment with little adjustment, and can be comfortably worn during rehabilitation similar to a piece of clothing.

It only takes a short time for someone to realize just how extraordinary the field of soft robotics is, Debeurre said. Scientists, mathematicians and engineers spent all of human history trying to make technology more complex, but soft robotics prove that you can achieve comparable functionality with greater simplicity. The ingenuity and the technological achievements are still there, and due to the materials and simplicity of soft robots, we are able to design and manufacture the SR-AFO for a fraction of the cost of some rigid exoskeletons, and still see benefits for the user.

Thalman was a finalist in the WearRAcon Innovation Challenge in 2019 and says this years competition was an amazing opportunity to return and get additional firsthand experience working with others in the wearable robotics field.

Participating this year has allowed us to connect more with the wearable robotics community and get valuable feedback on how to proceed, she said. It also has provided us with much-needed funding for equipment, materials and supplies.

Thalman credits much of the teams success to Lee, her doctoral adviser.

It has been such an inspiration for me to work with him, seeing how he is able to motivate and ignite passion in the students in his lab, and create a culture of respect, integrity and collaboration, she said.

The team comprised of an undergraduate, a masters degree-level and a doctoral student pooled their talent and experience to learn from each other, exhibit excellent teamwork and achieve great things, like winning first place in a global competition in a very short time.

All of the team members are really smart, very creative, extremely hardworking and I really enjoyed every moment of mentoring, Lee said. The way they work together and help each other has also become a very good example for others in our lab.

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Taking steps toward ankle rehabilitation using soft robotics - ASU Now

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The COVID-19 disease outbreak has forced worldwide governments to impose strict lockdowns. This has not only resulted in shutdown of processes and operations of various manufacturing, but also resulted in scarcity of labor. Additionally, insufficient supply of raw materials may result in modifications in terms of the expansion rate of Service Robotics System, market in the subsequent years.

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Report Highlights

Table of Contents

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Global Growth Trends:There are three chapters included in this section, i.e. industry trends, the growth rate of key producers, and production analysis.

Service Robotics System, Market Share by Manufacturer:Here, production, revenue, and price analysis by the manufacturer are included along with other chapters such as expansion plans and merger and acquisition, products offered by key manufacturers, and areas served and headquarters distribution.

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Market Forecast Production Side: In this part of the report, the authors have focused on production and production value forecast, key producers forecast, and production and production value forecast by type.

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Service Robotics System, Market Expected to Witness High Growth over the Forecast Period 2020 2026 - 3rd Watch News

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Inspection Robotics in Oil and Gas Market Growth By Manufacturers, Type And Application, Forecast To 2026 - 3rd Watch News

Robotics projects are always a favorite for hackers. Being able to almost literally bring your project to life evokes a special kind of joy that really drives our wildest imaginations. We imagine this is one of the inspirations for the boom in interactive technologies that are flooding the market these days. Well, [Technovation] had the same thought and decided to build a fully articulated robotic biped.

Each leg has pivot points at the foot, knee, and hip, mimicking the articulation of the human leg. To control the robots movements, [Technovation] uses inverse kinematics, a method of calculating join movements rather than explicitly programming them. The user inputs the end coordinates of each foot, as opposed to each individual joint angle, and a special function outputs the joint angles necessary to reach each end coordinate. This part of the software is well commented and worth your time to dig into.

In case you want to change the height of the robot or its stride length, [Technovation] provides a few global constants in the firmware that will automatically adjust the calculations to fit the new robots dimensions. Of all the various aspects of this project, the detailed write-up impressed us the most. The robot was designed in Fusion 360 and the parts were 3D printed allowing for maximum design flexibility for the next hacker.

Maybe [Technovations] biped will help resurrect the social robot craze. Until then, happy hacking.

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5 thoughts on Robotic Biped Walks On Inverse Kinematics - Hackaday

Spinal Surgical Robots Industry Overview Competitive Analysis, Regional and Global Analysis, Segment Analysis, Market Forecasts 2026

The globalSpinal Surgical Robots marketshave undergone huge change in the last few months. These changes were due to the outbreak of the pandemic which was first detected in the Wuhan city of China. COVID-19 which has occurred due to the coronavirus has taken many lives of people around the world. As the disease is spreading at a rapid rate many of the countries have ordered lockdown for maintaining social distancing. Due to the lockdown, many of the industries have halted their manufacturing units. There have been restrictions for cross border trading within the countries and also within the states. Owing to these conditions, trading conditions in various regions have been affected badly. The overall countries in the world are facing economic crisis thus affecting some of the major markets in the world.

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The data that is included about the Spinal Surgical Robots market incorporates historical data from 2016 to 2019 and forecasts data from 2020 to 2026. The major players that are functioning in the Spinal Surgical Robots market areKuka AG, Intuitive Surgical, Inc., Alliance Spine LLC, Mazor Robotics Ltd, Medtronic Sofamor Danek, Inc., Nuvasive, Inc., Zimmer Biomet Holdings, Inc., Medtech S.A, Accuray Incorporated, Alphatec Spine Inc., Spineology Inc., Stryker Corporation, SpineFrontier, Inc.. Details about all the market players, distributors, suppliers, and retailers are profiled in the Spinal Surgical Robots market report.

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The Spinal Surgical Robots market is segmented into{Type 1, Type 2, Type 3, Type 4, Type 5}; {Laminectomy, Spine Fusion, Intervertebral Foramen, Intervertebral Disc Resection}. Each of the market segments is described in detail within the report. Data about the segments are represented in both qualitative and quantitative format, thus enabling to understand the market in detail.

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Global Spinal Surgical Robots Market with COVID-19 After Effects Analysis by Top Key Players Kuka AG, Intuitive Surgical, Inc., Alliance Spine LLC,...