Robot – TC Mech Wars http://tcmechwars.com/ Wed, 20 Oct 2021 01:51:05 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://tcmechwars.com/wp-content/uploads/2021/09/tc.png Robot – TC Mech Wars http://tcmechwars.com/ 32 32 Robot orders increase 67% in Q2 2021 compared to same period in 2020, showing a return to demand for pre-pandemic automation https://tcmechwars.com/robot-orders-increase-67-in-q2-2021-compared-to-same-period-in-2020-showing-a-return-to-demand-for-pre-pandemic-automation/ https://tcmechwars.com/robot-orders-increase-67-in-q2-2021-compared-to-same-period-in-2020-showing-a-return-to-demand-for-pre-pandemic-automation/#respond Tue, 19 Oct 2021 21:54:51 +0000 https://tcmechwars.com/robot-orders-increase-67-in-q2-2021-compared-to-same-period-in-2020-showing-a-return-to-demand-for-pre-pandemic-automation/ October 19, 2021 Association for the Advancement of Automation (A3) New Summary Statistics from the Association for Advancing Automation (A3) show a positive outlook for the automation industry as manufacturers and others continue to resume operations. Robot orders increase 67% in Q2 2021 compared to same period in 2020, showing a return to demand for […]]]>
  • October 19, 2021
  • Association for the Advancement of Automation (A3)
  • New
Robot orders increase 67% in Q2 2021 compared to same period in 2020, showing a return to demand for pre-pandemic automation

October 19, 2021 – Second quarter 2021 robot orders increased 67% from the same period in 2020, showing a return to pandemic pre-COVID 19 demand for automation as manufacturers and others North American companies resume operations. According to Association for the Advancement of Automation (A3), North American companies ordered 9,853 robots worth $ 501 million in the second quarter of 2021, compared to 5,196 sold in the second quarter of 2020, the peak of the pandemic.

The increase in the second quarter of 2021, which marks the highest third quarter on record for robot units sold overall, also showed that more than half (5,530) came from non-automotive customers such as industries. metals, semiconductors and electronics, plastics and rubber, food and consumer. goods and life sciences recognize the benefits of automation.

“With strong increases in automation sales and favorable economic conditions in the US manufacturing sector through much of 2021, it’s clear that users have ramped up their orders for robotics and other forms of advanced technology,” he said. said Jeff Burnstein, president of A3. “While companies have long understood that automation increases efficiency, increases production, and enables human employees to perform more valuable tasks, the pandemic has helped even more industries realize these benefits. By automating, whether it’s for the first time or expanding the way they use automation, businesses will be better prepared to deal with upcoming issues that will impact their business.

According to A3, the substantial increases in robot orders in the second quarter came from companies in:

  • metals (up 99% compared to Q2 2020)
  • automotive components (+ 85%)
  • semiconductor & electronics / photonics (+ 62%)
  • plastics & rubber (+ 51%)
  • food & consumer goods (+ 51%)
  • Automotive OEM (up 49%)
  • life sciences / pharmaceutical / biomedical (+ 21%)

Machine vision, motion control and motor markets experience record growth

In addition to the sharp increase in robot orders, the machine vision, motion control and motor markets saw record increases in the second quarter of 2020, according to the A3 report. North American machine vision statistics show the market grew 26% to $ 764 million, a new record. From January to June 2021, the North American machine vision market grew 18% to $ 1.5 billion, the best start to the year on record.

The motion control and motors sector posted shipments of $ 1.065 billion, up 13% from Q2 2020 sales and setting a new record. Motors, actuators and mechanical systems and electronic drives saw the largest increases.

“The revitalization of automation that we are seeing in a myriad of industries is extremely encouraging,” added Burnstein. “Not only will increasing the use of automation be a victory for our member companies, it will also help the U.S. economy grow even more as customers increase their productivity and fill millions of manufacturing jobs. which remain to be filled. “

About the Association for the Advancement of Automation (A3)

The Association for Advancing Automation is the global advocate for the benefits of automation. A3 promotes automation technologies and ideas that transform the way business is done.


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Gitex 2021: This robot can see, hear, feel human – News https://tcmechwars.com/gitex-2021-this-robot-can-see-hear-feel-human-news/ https://tcmechwars.com/gitex-2021-this-robot-can-see-hear-feel-human-news/#respond Mon, 18 Oct 2021 19:03:08 +0000 https://tcmechwars.com/gitex-2021-this-robot-can-see-hear-feel-human-news/ Imagine having an assistant at home or in your workplace who will listen, perceive and process your order 200 times faster than any human? Or how about a robot that will mop your floor, load your washing machine – or even play and talk with you when you have the blues? German company Neura Robotics […]]]>

Imagine having an assistant at home or in your workplace who will listen, perceive and process your order 200 times faster than any human? Or how about a robot that will mop your floor, load your washing machine – or even play and talk with you when you have the blues?

German company Neura Robotics is showcasing a range of these robots at the Gulf Information Technology Exhibition (Gitex) in Dubai, with cognitive abilities that allow them to think (like a human), as well as hear, see and feel.

The company also hopes to provide an autonomous domestic robot for household chores, which can also serve as a companion for playing and talking.

Speaking about their one-of-a-kind robot lineup – which will be displayed for the first time in the UAE and released early next year, David Reger, CEO of Neura Robotics, told the Khaleej Times: “Our motto is “to serve us humanity”, which is why we have developed robots that will never harm humans. The 360-degree sensors attached to it help them tell the difference between humans and objects. While robots typically don’t have a system for knowing whether they are interacting with a human or an object, they are the first in the world to learn the difference.

Reger said the home assistant robot will be available in the market from February 2022. “At the start of next year, you will be able to get your AI-backed home assistant robot with the cognitive capabilities of a human, capable to feel, hear and see and with an AI. – skilled mind that can understand and predict things. You can command it or feed it with information so that it acts autonomously without you having to say anything. For example, you can order it or feed it with information to do all the types of tasks you would want an assistant to do around the house, like picking up things, tidying up the house, loading the dishwasher or washing machine. wash, mop, dust and clean surfaces, which no other robot has done before.

Our aim is to show that robots are a versatile tool that can have eyes, ears and also language, he added.

Reger added that the home assistant robot will be nimble, affordable and easy to move around as it won’t weigh more than 16kg. “The robot has a platform that will move on rollers, an 890 millimeter robotic arm that can lift objects weighing 6 kg. The robot also has voice recognition technology that can translate the voice into a color and then use color recognition to recognize different voices, thanks to AI. This helps it to follow your voice and commands, while also filtering out other sounds, even if they are very loud.

Pointing out other larger robots used in industrial applications, Reger said the same technology is used with different settings in many places, from the workplace to stores and health centers.

“From breast cancer screening and massage to kitchen automation, automotive welding, lab automation, help in manufacturing, logistics, dentistry and even surgeries. , our robots are essentially “cobots” which means they work with humans and help they accomplish a task faster, without much human effort, with great precision and give error-free results.

Speaking of a ‘cobot’ called Maira, Reger said: ‘These smart multi-detection robots are already in use in stores where they help retrieve items and serve customers who can order by their voice or even by pointing fingers. something they want. Maira will interact with you like a human and ask and confirm with you what you have requested. The sturdy and rigid design combines the performance of a high-end machine with easy programming and endless possibilities for interaction – for both beginners and experts.

Saman Haziq



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Market Size, Share, and Growth Opportunities of Humanoid Healthcare Robots Market to 2026 | Barrett Technology, Cyberdyne, Ekso Bionics, Gait Tronics, Hansen – Puck77 https://tcmechwars.com/market-size-share-and-growth-opportunities-of-humanoid-healthcare-robots-market-to-2026-barrett-technology-cyberdyne-ekso-bionics-gait-tronics-hansen-puck77/ https://tcmechwars.com/market-size-share-and-growth-opportunities-of-humanoid-healthcare-robots-market-to-2026-barrett-technology-cyberdyne-ekso-bionics-gait-tronics-hansen-puck77/#respond Sun, 17 Oct 2021 15:35:46 +0000 https://tcmechwars.com/market-size-share-and-growth-opportunities-of-humanoid-healthcare-robots-market-to-2026-barrett-technology-cyberdyne-ekso-bionics-gait-tronics-hansen-puck77/ “ 120-page report titled Global Humanoid health assistance robotMarket growth and opportunities 2021, covers the most up-to-date market figures and in-depth information on the Humanoid Health Assist Robot industry. The report covers market size, share, product segmentation, CAGR, key vendors, competitive landscape, growth trends, regional analysis, SWOT analysis, historical and forecast market growth between 2021-2026. […]]]>

120-page report titled Global Humanoid health assistance robotMarket growth and opportunities 2021, covers the most up-to-date market figures and in-depth information on the Humanoid Health Assist Robot industry.

The report covers market size, share, product segmentation, CAGR, key vendors, competitive landscape, growth trends, regional analysis, SWOT analysis, historical and forecast market growth between 2021-2026.

The years considered for the study are as follows:

• Reference year – 2021
• Estimated year – 2021
• Projected year – 2026
• Forecast period – 2021 to 2026

Our analyst helps you improvise your revenue decisions and impact millions of people by understanding the changing revenue streams of your customers and your customers’ customers. Research indicates that your income mix will change by 50% in the future.

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Key Points Covered in the Humanoid Health Assist Robots Market Report:

The key players presented in this report, &&Barrett Technology, Cyberdyne, Ekso Bionics, Gait Tronics, Hansen, Hocoma, HONDAMotor, Interactive Motion, Companynine, Kinova Robotics, KUKARobot, ReWalkRobotics, Bionikamong

Segmentation of product types:

Surveillance medical assistance robot
Safety medical assistance robot

Application segmentation:

Stroke
Orthopedics
Cognitive and motor skills
Sports
Others

Segmentation of regions
☛ North America (United States, Canada, Mexico)
☛ South America (Brazil, Argentina, Other)
☛ Asia Pacific (China, Japan, India, Korea, Southeast Asia)
☛ Europe (Germany, United Kingdom, France, Spain, Italy)
☛ Middle East and Africa (Middle East, Africa)

Research methodology :
This research study involves the intensive use of primary and secondary data sources.

data triangulation

The research process involves the study of various factors affecting the industry including government policy, market environment, competitive landscape, historical data, current market trends, technological innovation, technologies to upcoming and technical advancements in the related industry, and market risks, opportunities, obstacles and challenges in the market.

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Research / Design Programs table for this report

Table

Marlet

Highlights from the table of contents:

Chapter 1 Introduction:

The Humanoid Healthcare Assistive Robots research work report provides a compact introduction to the global market. This segment provides reviews of the major participants, an overview of the Humanoid Health Assist Robots industry, outlook for key areas, financial services, and various challenges facing the Humanoid Health Assist Robots market. . This section depends on the scope of the study and the reporting guideline.

Chapter 2. Scope of the outstanding report:

This is the second most important chapter which covers the market segmentation along with a definition of Humanoid Medical Assist Robot. It characterizes the full scope of the Humanoid Healthcare Assistive Robot report and the various functions described therein.

Chapter 3. Market Dynamics and Key Indicators:

This chapter contains key elements that focus on the drivers [includes increasing global Humanoid Healthcare Assistive Robot frequency and increasing investment in Humanoid Healthcare Assistive Robot], main market constraints [high cost of Humanoid Healthcare Assistive Robot], Opportunities [emerging markets in developing countries] and details emerging trends [consistent innovation of newer Screening Products] Development difficulties and influencing factors identified in this latest report.

Chapter 4. Type the segments:

This Humanoid Health Assist Robots Market report shows the market development for various types of products presented by the most ambitious organizations.

Chapter 5. Application segments:

The analysts who wrote the report fully assessed the market value of key applications and exercised future freedoms.

Chapter 6. Geographic analysis:

Each provincial market is deliberately examined in order to understand its current and future development, improvement, and the demand situation for that market.

Chapter 7. Impact of COVID-19 Pandemic on the Global Humanoid Health Assistance Robots Market:

7.1 North America: Overview of the COVID-19 Impact Study 2021-2026

7.2 Europe: provides full information on the COVID-19 impact study 2021-2026

7.3 Asia-Pacific: potential impacts of COVID-19 (2021-2026)

7.4 Rest of the world: assessment of the impact of the COVID-19 pandemic

Chapter 8. Manufacturing Profiles:

The major players of the Humanoid Medical Assistance Robot market are identified in the report on the basis of their market size, market served, product, application, regional development, and other variables.

Chapter 9. Analysis estimation:

This chapter contains a price analysis by region and various forecasts.

Chapter 10. North America Humanoid Health Assistive Robots Market Analysis:

This chapter provides an assessment of the key countries of Humanoid Health Assist Robot products in United States and Canada, along with a detailed segmental view of these countries for the forecast period 2021-2026.

Chapter 11. Latin America Humanoid Healthcare Assistive Robot Market Analysis:

The main countries of Brazil, Chile, Peru, Argentina and Mexico are assessed for the delivery of humanoid healthcare assistive robots.

Chapter 12. Europe Humanoid Healthcare Assistance Robots Market Analysis:

Humanoid Healthcare Assist Robots Market Analysis Report contains information on supply, demand and sales of Humanoid Healthcare Assist Robots in Germany, France, Great Britain, UK Spain, BENELUX, Scandinavia and Italy.

Chapter 13. Asia-Pacific Ex-Japan (APEJ) Healthcare Humanoid Assistive Robots Market Analysis:

The countries of Greater China, ASEAN, India, Australia and New Zealand are assessed, and the assessment of sales of humanoid health assistance robots in these countries is covered. .

Chapter 14. Middle East & Africa (MEA) Healthcare Humanoid Assist Robots Market Analysis:

This chapter focuses on the Humanoid Medical Assistance Robot market scenario in GCC countries, Israel, South Africa and Turkey.

Chapter 15. Research methodology

The chapter on the search procedure contains the primary realities that accompany it,

15.1 Coverage

15.2 Documentary research

15.3 Primary research

Chapter 16. Conclusion …….

>>>> For more customization, connect with us at @ https://www.reporthive.com/%%/enquiry_before_purchase

Why report a search on Hive:

Report Hive Research provides strategic market research reports, statistical surveys, industry analysis and forecast data on products and services, markets and companies. Our client base is made up of global business leaders, government organizations, SMEs, individuals and start-ups, top management consulting firms, universities, etc. Our library of over 700,000 reports targets high-growth emerging markets in the United States, Europe, Middle East, Africa, Asia-Pacific covering industries such as IT, Telecommunications, Semiconductors , chemicals, health care, pharmaceuticals, energy and electricity, manufacturing, automotive and transportation, food and beverage, etc.

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Office 6014,
Chicago, Illinois – 60611,
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ILife V3s Pro Robot Vacuum Cleaner is 25% Off on Amazon https://tcmechwars.com/ilife-v3s-pro-robot-vacuum-cleaner-is-25-off-on-amazon/ https://tcmechwars.com/ilife-v3s-pro-robot-vacuum-cleaner-is-25-off-on-amazon/#respond Sat, 16 Oct 2021 09:00:00 +0000 https://tcmechwars.com/ilife-v3s-pro-robot-vacuum-cleaner-is-25-off-on-amazon/ The products in this story are independently selected and presented in an editorial manner. If you make a purchase using these links, we may earn a commission. A robot vacuum is one of the easiest ways to keep your home free of dirt and dust without having to Actually take out a bulky steam cleaner […]]]>

The products in this story are independently selected and presented in an editorial manner. If you make a purchase using these links, we may earn a commission.

A robot vacuum is one of the easiest ways to keep your home free of dirt and dust without having to Actually take out a bulky steam cleaner or vertical machine. The smart device will quietly rush into your house, picking up all the little crumbs you didn’t even know were there. And while many robot vacuums can get pretty expensive, Amazon has a plethora of hard-working yet affordable options.

Thousands of Amazon buyers recommend the ILife V3s Pro robot vacuum, which has been reduced to just $ 120. Two tangle-free brushes work in tandem to grab hair, dirt, debris and dust on hardwood, tile, laminate and stone floors. Its slim, low profile allows it to fit under beds and furniture, picking up hidden dirt that would otherwise be nearly impossible to reach. Users can choose from three cleaning modes, including automatic mode, edge mode and space mode, all of which can be programmed and controlled via the remote control.

Thanks to a set of smart and shock-proof sensors, the robot vacuum cleaner will also not crash into obstacles or accidentally fall down a staircase. The robotic vacuum cleaner can run for up to 90-100 minutes before automatically returning to its charging station. And when the trash can is full, simply remove it and empty it into the trash can for easy cleaning.

Buy it! ILife V3s Pro robot vacuum, $ 119.99 (orig. $ 159.99); amazon.com

Over 10,000 Amazon shoppers have given the robot vacuum five stars, claiming it is “better than Roomba” and calling it “dynamite.” Another user wrote, “[I] I never knew how much dust there was on my floors until I emptied that full container almost every day. “

“This iLife Model V3s Pro replaced a Roomba that I have used for many years,” a five star reviewer shared. “In search of an efficient but less expensive robot vacuum cleaner, I narrowed my choice down to this one.” They added, “It actually cleans a lot better than my old Roomba.”

“My floors are cleaner than ever in my life,” another user explained. “I’ve never owned a robot vacuum cleaner before, and now I don’t know how I could live without one … It’s so simple and it works great. Just press the button. cleaning and he walks around vacuuming the house. He doesn’t every nook and cranny, but it’s so simple you can do it everyday. ”


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10 coolest transforming anime robots (who aren’t transformers) https://tcmechwars.com/10-coolest-transforming-anime-robots-who-arent-transformers/ https://tcmechwars.com/10-coolest-transforming-anime-robots-who-arent-transformers/#respond Thu, 14 Oct 2021 23:30:00 +0000 https://tcmechwars.com/10-coolest-transforming-anime-robots-who-arent-transformers/ Even if Transformers has conquered the transformer robot market, there are many more Mecha Anime has to offer. From robots capable of giving oomph to those who become the main characters’ best friends, these series have captivated audiences with new ways of seeing robots in transformation. RELATED: 5 Mecha Anime Who Reinvented The Genre (& […]]]>

Even if Transformers has conquered the transformer robot market, there are many more Mecha Anime has to offer. From robots capable of giving oomph to those who become the main characters’ best friends, these series have captivated audiences with new ways of seeing robots in transformation.

RELATED: 5 Mecha Anime Who Reinvented The Genre (& 5 Who Didn’t)

Some have become main characters in their own right, or at the very least have played a huge role in the development of the main character. Not all of these Anime are robot-centric, but the design and impact of these transformations make them interesting choices.


ten Murasame Liger arrives as Zoids dies

While most Mecha Anime have robots in the form of humans, Zoids is one of the few to have robots in the form of animals. These robotic animals make an interesting change in the series Zoids Genesis, unfortunately considered the “franchise killer” for Zoids. The only big thing to come out of it was the Murasame Liger, which could change shape and ability to compete with his opponent.

The concept of a robot using nanotechnology to rebuild itself in the heat of the moment is exciting⁠. If only the script and the characters could have followed this, Zoids Genesis could have been awesome. Nevertheless, the Murasame Liger remains a remarkable transforming robot.

9 Phoron’s One-Man-Orchestra Makes Musical Debut

Polyphonic: Crimson S (a.k.a Polyphonic Shinkyoku Soukai) might not be as popular as other Anime, but the show’s creative idea of ​​using the music power taming and controlling wild spirits is quite interesting in itself. It also includes a very special mechanism.

RELATED: 10 Most Popular Mecha Anime, According To MyAnimeList

The main character Phoron has a weapon called a “one-man-orchestra” which he uses to transform a motorcycle in use. It’s a go-to tactic that the character has ready when he’s on the road and something that has never been seen before.

8 A dancing Fuego charges the rebellion

In the semi-futuristic series Return, the fictional people of Japan are under the rule of the oppressive government, the GGP, and their only hope becomes a fallen ballerina on a transforming motorcycle called Rideback. These machines are mainly used for sports, as a weapon of hostile control, or for the rising rebellion, the BMA.

Those fast and powerful machines are the only weapon of the rebellion to fight the government and have a supernatural means of reaching the soul of the horseman. Motorcycle robots transform from ordinary bicycles to bipedal robots in a flash. The recurring Rideback, Fuego, syncs with our heroine’s movements, including her once-revered ballet skills, which work perfectly in combat. This synchronization between Fuego and his rider, Rin, beautifully reflects the plot and character development.

7 A forgotten Pook threatens the gang

Even if Astro boy may be a bit old for some, its impact on the sci-fi genre cannot be ignored. Granted, everyone knows or at least is familiar with the character of Astro Boy, but there is one character that has been completely forgotten.

In the 1980 version of the series, there was the character Pook, formerly known as Bobo, a shapeshifter robot who could transform into anything. Considering this character was an antagonist within the series, his presence is quite frightening. With the episodes lost in time, one can only imagine how this transformational ability could have endangered Astro Boy and his friends.

6 A deadly Knightmare setting reigns over the skies

Allowed, Code Geass: Lelouch of the Rebellion isn’t popular for its battlebots, but mechs certainly can’t be ignored. There is one robot in the series known to have transformational abilities: the Tristan. This combat robot called Knightmare Frame is a seventh generation technology from the overpowered Holy British Empire. The Empire’s advanced arsenal of military technology is what put them to power in the first place, and the Tristan is on a whole new level.

RELATED: 10 1980s mecha anime that aren’t Gundam

With more speed and power, and a smoother design than older generations, the Tristan transforms from a combat knight to a fighter jet in seconds, and into the air to boot. It’s equipped with machine guns, a powerful blast of energy, and a double-edged scythe to be ready to take on any enemy.

5 LFOs Go Higher Than Any Mech Before

LFOs were the perfect addition to the remarkable sci-fi series Eureka Seven. Coupled with the extraordinary idea of ​​riding waves of energy in the sky, the multifunctionality of the LFO design is something unique in Mecha Anime. Even though half the fun is seeing what crazy idea comes up next, it’s nice to see that there is more than one purpose to this transformation.

While riding the waves in the sky, the hover technology allows for a smoother ride. Closer to the ground, the waves are weaker and will not provide any support, which would be a problem without the “land mode” of the LFOs. Some lucky LFOs can even turn into fighter jets, which could allow for even stronger and faster flight when flown by the right pilot.

4 Voltron is ready to defend himself once more

The Great Defender of the Universe has gone through various forms, but fans have embraced robotic lions far better than any other. With all the history and new abilities that come with it The version of Dreamworks, it’s no wonder Voltron: Legendary Defender was a huge success.

The five lions each have their own strength, character, and traditions, but combine to make Voltron immeasurably more powerful. While this is not a first to see this idea of ​​combining robots to create a more powerful one, it is the tradition and purpose of the series that makes it so exciting. The characters in the series are also a part of that success⁠ – their development as fighters and their teamwork to defeat villains makes it impactful. There is a purpose behind the transformations, both with each lion and its pilot as well as with Voltron himself. It’s exciting to see all of his abilities throughout the series.

3 Unicorn Gundam’s Deadly Red Glow

Gundam has stood the test of time, and the giant mechs – the Gundams – are what keep the series going. Not all of them transform, but those who set the bar high, especially the Unicorn Gundam from Mobile Suit Gundam Unicorn.

There are many transformation bots throughout the franchise; the Wing Gundam could completely transform into high-speed cruise mode, and the Epyon, could transform into a dragon. The Unicorn is unique to the Gundam universe as its energized transformation and ominous red glow are terribly effective in combat and never seen before in the franchise.

2 Aquarion shakes the mecha mold

Although the series is not so well known, Aquarium genesis deserves to be recognized for its original approach to a robot in transformation. Of course, the general idea of ​​three separate fighters combined into one powerful robot isn’t new, even when the series was released. However, Aquarion is unique in the extra step it takes to be smart and original.

RELATED: Mobile Suit Gundam: 5 Reasons It’s The Best Mech Anime (& 5 Best Alternatives)

Rather than three pilots combining into the same giant robot, the variations can change, and so abilities and attacks also change. The tradition is also unique, requiring three people to balance themselves spiritually and mentally in addition to learn to work in a team.

1 Gurren Lagann Spiral Up

Both fascinating and scandalous, Tengen Toppa Gurren Lagann had a huge impact on fans in 2007. All giant robots, called “Gunmen” can transform, but the most unique is Gurren Lagann. The giant robot is the combination of Gurren, acting as the torso and limbs, and Lagann, the cockpit and head. What’s unique about this suit is that the characters had no idea it was even possible until the main character, Kamina, decided to try it out on a whim, which is part of the comedy that the series excels at.

Through the use of cosmic powers, Lagann can combine and upgrade with any other shooter or their parts to gain new abilities. Like most transformer robots, Gurren Lagann transforms for different terrains and uses, and while there is crucial synchronization between pilot and machine, it’s not as complicated as in other series.

NEXT: The Best Overlooked Mecha Anime

10 Last Minute Anime Power-Ups That Came Out Of Nowhere To Save The Day Feature Image Sasuke, Nezuko


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10 last-minute anime power-ups that came out of nowhere to save the day



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This bipedal drone robot can walk, fly, skate and slackline https://tcmechwars.com/this-bipedal-drone-robot-can-walk-fly-skate-and-slackline/ https://tcmechwars.com/this-bipedal-drone-robot-can-walk-fly-skate-and-slackline/#respond Wed, 13 Oct 2021 21:34:55 +0000 https://tcmechwars.com/this-bipedal-drone-robot-can-walk-fly-skate-and-slackline/ Most animals limit themselves to walking, flying, or swimming, with a handful of lucky species whose physiology allows them to cross. A new robot was inspired by it and can fly like a bird as well as it can walk like a person (weirdly clumsy, metallic, tiny). He also happens to be able to skateboard […]]]>

Most animals limit themselves to walking, flying, or swimming, with a handful of lucky species whose physiology allows them to cross. A new robot was inspired by it and can fly like a bird as well as it can walk like a person (weirdly clumsy, metallic, tiny). He also happens to be able to skateboard and slackline, two skills most humans will never understand.

Described in a paper published this week in Scientific robotics, the robot’s name is Leo, which is the abbreviation of Leonardo, which is the abbreviation of LEgs ONboARD drOne. The name is reminiscent of a drone with legs, but it has a somewhat humanoid shape, with multi-jointed legs, propeller thrusters that resemble arms, a “body” that contains its motors and electronics, and a dome-shaped protective helmet.

Leo was built by a team from Caltech, and they were particularly interested in the robot’s transition from walking to flying. The team notes that they studied how birds use their legs to generate a thrust when they take off and applied similar principles to the robot. In a video that shows Leo approaching a staircase, taking off and sliding down the stairs to land near the bottom, the robot’s movements are perfectly graceful.

“There is a similarity between the way a human wearing a jet suit controls their legs and feet during landing or take-off and the way LEO uses the synchronized control of the distributed propeller thrusters and leg joints.” , noted Soon-Jo Chung, one of the authors of the article, professor at Caltech. “We wanted to study the interface of walk and flight from the point of view of dynamics and control.

Leo walks at a speed of 20 centimeters (7.87 inches) per second but can move faster by mixing some flights with walking. The width of our steps, where we place our feet, and the position of our torso in relation to our legs all help us balance ourselves when we walk. The robot uses its propellers to help it balance, while its leg actuators move it forward.

To teach the robot how to slackline – which is much more difficult than walking on a balance beam – the team replaced their foot contact sensors with a fixed virtual foot contact centered just below, because the sensors were not able to detect the line. The propellers also played a big part, helping to keep Leo straight and balanced.

In order for the robot to ride a skateboard, the team split the process into two separate parts: controlling the steering angle and controlling the acceleration and deceleration of the skateboard. Placing Leo’s legs in specific places on the board caused him to rock to allow for steering, and forward acceleration was achieved by shifting the bot’s center of mass backward while still leaning the body forward at the same time.

So besides being cool (and a little scary), what’s the point of developing a robot like Leo? The authors of the article see robots like Leo allowing a range of robotic missions that could not be performed by ground or air robots.

“Perhaps the most suitable applications for Leo would be those that involve physical interactions with structures at high altitude, which are generally hazardous to human workers and require substitution by robotic workers,” explain the authors of the article. noted. Examples might include inspecting high-voltage lines, painting large bridges or other high surfaces, inspecting building roofs or oil refinery pipes, or landing sensitive equipment on it. an alien object.

The next step for Leo is an improvement in his performance via a more rigid leg design, which will help support the robot’s weight and increase the thrust force of its propellers. The team also wants to make Leo more self-reliant and plans to add a drone landing control algorithm to its software, ultimately aiming for the robot to be able to decide where and when to walk or fly.

Leo hasn’t quite hit the Boston Dynamics ‘wow factor’ dancing robots (or his Atlas which can do parkour), but it’s on its way.


READ MORE:

Sweet, fish-inspired robot survives journey to the deepest part of the ocean


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Blockchain technology could serve as a communication tool for robot teams https://tcmechwars.com/blockchain-technology-could-serve-as-a-communication-tool-for-robot-teams/ https://tcmechwars.com/blockchain-technology-could-serve-as-a-communication-tool-for-robot-teams/#respond Tue, 12 Oct 2021 14:15:26 +0000 https://tcmechwars.com/blockchain-technology-could-serve-as-a-communication-tool-for-robot-teams/ New research from the Massachusetts Institute of Technology (MIT) demonstrates how blockchain technology could be used as a communication tool for a team of robots, providing security against deception. The research was a collaboration between MIT and the Polytechnic University of Madrid, and it was published in IEEE Robotics Transactions. The new research could impact […]]]>

New research from the Massachusetts Institute of Technology (MIT) demonstrates how blockchain technology could be used as a communication tool for a team of robots, providing security against deception. The research was a collaboration between MIT and the Polytechnic University of Madrid, and it was published in IEEE Robotics Transactions.

The new research could impact multi-robot systems in self-driving cars, which deliver goods and transport people in some cities.

Blockchain among robots

In the case of robots, the blockchain can offer a record of all messages issued by robot team leaders, which would allow tracking robots to identify inconsistencies in the information trail.

Tokens are used by robot leaders to signal movements and add transactions to the chain, and they would lose those tokens when they lie. This means that the communications system would limit the number of lies a hacked robot could spread.

Eduardo Castelló is a Marie Curie member of the MIT Media Lab and the main author of the article.

“The blockchain world beyond the cryptocurrency discourse has a lot of stuff under the hood that can create new ways of understanding security protocols,” says Castelló.

In the simulation-based study, each block stored information about a set of directions from a leading robot to followers. In the case of a compromised robot attempting to modify the contents of a block, it will modify the hash of the block. This means that the modified block would no longer be connected to the chain and the following robots would ignore the modified directions.

This system also allows the followers to see all the directions emitted by the leading robots to know where they have been misled.

The Blockchain system

In this new system, each leader receives a fixed number of tokens that they can use to add transactions to the chain, with each transaction requiring a token. When the followers determine that a block’s information is wrong, the leader loses the token. Bots that run out of tokens no longer have the ability to send messages.

“We envisioned a system in which lying costs money. When malicious bots run out of tokens, they can no longer spread lies. So you can limit or coerce the lies the system can expose the robots to, ”says Castelló.

The system was tested by simulating several leader tracking situations in which the number of malicious bots was known or unknown. Executives used the blockchain to send instructions to tracking robots that were traveling on a Catesian plane, and malicious executives sent incorrect instructions or tried to block followers.

These simulations demonstrated that when the tracking robots were initially misled, the transaction-based system allowed them to reach their final destination.

“Since we know how lies can impact the system and the maximum damage that a malicious robot can cause in the system, we can calculate the maximum limit of how the swarm could be misled. So, we could say that if you have robots with a certain battery life, it doesn’t matter who hacks the system, the robots will have enough battery to reach their goal, ”explains Castelló.

The research team will now seek to create new security systems for robots using transaction-based interactions, which Castelló believes could build trust between humans and machines.

“When you turn these robotic systems into public robotic infrastructure, you expose them to malicious actors and failure. These techniques are useful for being able to validate, audit and understand that the system is not going to become malicious. Even if some members of the system are hacked, it won’t collapse the infrastructure, ”he says.


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Educational Robots Market 2021, Analysis, Size, Share & Forecast by 2026 – EcoChunk https://tcmechwars.com/educational-robots-market-2021-analysis-size-share-forecast-by-2026-ecochunk/ https://tcmechwars.com/educational-robots-market-2021-analysis-size-share-forecast-by-2026-ecochunk/#respond Mon, 11 Oct 2021 08:43:40 +0000 https://tcmechwars.com/educational-robots-market-2021-analysis-size-share-forecast-by-2026-ecochunk/ Market trends: The global educational robot market is primarily driven by the widespread adoption of products in K-12 (K-12) schools. Educational robots are widely used because of their effective interactive ability and to enhance science and technology learning in schools. In addition, various technological advancements, such as the development of artificial intelligence (AI) compatible educational […]]]>

Market trends:

The global educational robot market is primarily driven by the widespread adoption of products in K-12 (K-12) schools. Educational robots are widely used because of their effective interactive ability and to enhance science and technology learning in schools. In addition, various technological advancements, such as the development of artificial intelligence (AI) compatible educational robots that help track student performance and provide a personalized learning experience, are driving the growth of the market. Other factors, including the launch of affordable educational robots, as well as the widespread adoption of humanoid robots for students with special needs, are creating a positive outlook for the market.

We regularly monitor the direct effect of COVID-19[female[feminine on the market, as well as the indirect influence of associated industries. These observations will be incorporated into the report.

Request a free sample report: https://www.imarcgroup.com/educational-robot-market/requestsample

According to the latest report of the IMARC group, entitled “Educational Robots Market: Global Industry Trends, Share, Size, Growth, Opportunity, and Forecast 2021-2026“, the global educational robot market is currently experiencing robust growth over the period 2015-2020. Looking ahead, IMARC Group expects the global educational robot market to grow at a CAGR of around 16% during 2021-2026.

An educational robot is an automated learning aid tool that uses realistic educational simulations. It is equipped with innovative engineering solutions and can be controlled using voice commands and gestures. Educational robots are generally available in humanoid and non-humanoid variants. These robots encourage the development of essential communication and interpersonal skills in students. Educational robots provide content based on arts, science, technology, engineering and mathematics (STEM), history, geography, and computer programming. These robots also help improve problem-solving skills and stimulate creativity. Educational robots are widely used in special education institutes, schools and colleges.

Explore the full report with table of contents and list of figures: https://www.imarcgroup.com/educational-robot-market

Key market segmentation:

Competitive landscape:

The competitive landscape of the market has been studied in the report along with the detailed profiles of the major players operating in the market.

Some of these key players include:

  • Adele Robots
  • Aisoy Robotics
  • Robotics Arrick
  • Robotics Blue Frog
  • DST Robot Co.
  • Hanson robotics
  • Idmind
  • Macco robotics
  • Robotics Pal
  • Primo Toys
  • Probotics America
  • Qihan Technology Co.
  • Robot builder
  • Robotis
  • Softbank Robotics Corp.

Breakdown by component:

  • Equipment
    • Sensors
    • Actuator
    • Energy source
    • Control system
    • Others
  • Software

Breakdown by product type:

Breakdown by end user:

Breakdown by region:

  • North America (United States, Canada)
  • Asia-Pacific (China, Japan, India, Australia, Indonesia, Korea, others)
  • Europe (Germany, France, United Kingdom, Italy, Spain, Others)
  • Latin America (Brazil, Mexico, others)
  • Middle East and Africa (United Arab Emirates, Saudi Arabia, Qatar, Iraq, others)

Highlights of the report:

  • Market performance (2015-2020)
  • Market Outlook (2021-2026)
  • Impact of COVID-19 on the market
  • Porter’s Five Forces Analysis
  • Historical, current and future market trends
  • Market drivers and success factors
  • SWOT analysis
  • Market structure
  • Value chain analysis
  • Complete mapping of the competitive landscape

Note: If you need specific information that is not currently within the scope of the report, we can provide it to you as part of the customization.

About Us

The IMARC group is a leading market research company providing management strategies and market research worldwide. We partner with clients across industries and regions to identify their most exciting opportunities, address their most critical challenges and transform their businesses.

IMARC’s information products include key business, scientific, economic and technological developments for business leaders in pharmaceutical, industrial and high-tech organizations. Market forecasting and industry analysis for biotechnology, advanced materials, pharmaceuticals, food and beverage, travel and tourism, nanotechnology, and new processing methods are at the top of the market. business expertise.

Contact us

IMARC Group
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Sheridan, WY (Wyoming) 82801 United States
Email: Sales@imarcgroup.com
Phone number: (D) +91 120 433 0800
Americas: – +1 631 791 1145 | Africa and Europe: – + 44-702-409-7331 | Asia: + 91-120-433-0800, + 91-120-433-0800


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Go bold: meet the extreme robot explorers https://tcmechwars.com/go-bold-meet-the-extreme-robot-explorers/ https://tcmechwars.com/go-bold-meet-the-extreme-robot-explorers/#respond Sun, 10 Oct 2021 03:00:28 +0000 https://tcmechwars.com/go-bold-meet-the-extreme-robot-explorers/ Indiana Jones wouldn’t have had to come face to face with so many snakes if he had been here today. Instead, he could have borrowed a robot from his local science lab and set off in search of the Holy Grail, without even having to use his whip. All over the world, many robot explorers […]]]>

Indiana Jones wouldn’t have had to come face to face with so many snakes if he had been here today. Instead, he could have borrowed a robot from his local science lab and set off in search of the Holy Grail, without even having to use his whip.

All over the world, many robot explorers are being developed to explore the deepest seabeds and darkest caves, in the hope that one day they can be used to search for rare minerals and signs of life on d ‘other planets.

There are also many companies that have produced robots capable of performing tasks that are dangerous to us humans, such as surveying miles of underwater pipes for leaks. Robots are also much better at withstanding the harshest environments and will never complain about being too cold.

From agile robot dogs to large submersibles, we take a look at some of the many robot explorers who might one day boldly go where no human really wants. Here are some of our favorite robot explorers:

Climbing robot – NASA

LEMUR 3 is a free-climbing robot being built at NASA’s Jet Propulsion Laboratory, and is capable of crawling, walking and even climbing rock faces. This robot was designed to operate in extreme terrain, demonstrating the applicability of its systems for possible missions to Mars and the Moon. Photo by NASA / JPL

Frozen Lake Explorer – NASA

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Photo by NASA / JPL

BRUIE (Buoyant Rover for Under-Ice Exploration) is a prototype submarine rover from NASA's Jet Propulsion Laboratory.  The rover began testing in the Arctic in 2015 and is intended to explore the inner ocean of the aquatic worlds of the solar system.  BRUIE is floating and uses his two wheels to roll under the ice and search for life.

BRUIE (Buoyant Rover for Under-Ice Exploration) is an underwater rover prototype developed by NASA’s Jet Propulsion Laboratory. The rover began testing in the Arctic in 2015 and is designed to explore the inner ocean of the solar system’s aquatic worlds, such as the underground oceans of Jupiter Europa’s moon or Saturn’s moon Enceladus. Photo by NASA / JPL

Caving diver – UNEXIMIN

The UX-1A robot diver is pictured during a field test in the Molnar Janos cave in Budapest, Hungary, 03 July 2019. The device was developed for underwater exploration in flooded mines by a team international led by the University of Miskolc as part of the Horizont 2020 UNEXIMIN Project (Underwater Explorer for flooded Mines) funded by the EU.  The submerged robot collects geological data from water-filled cavities and will be deployed in cave and mine accident search operations.  By: Balazs Mohai / EPA-EFE / ShutterstockThe UX-1A robot diver is pictured during a field test in the Molnar Janos cave in Budapest, Hungary, July 3, 2019. The device was developed for exploration underwater in flooded mines by an international team led by the University of Miskolc as part of the EU-funded Horizont 2020 UNEXIMIN (Underwater Explorer for flooded Mines) project.  The submerged robot collects geological data from water-filled cavities and will be deployed in cave and mine accident search operations.  Testing a diving robot in search of caves in Hungary, Budapest - July 03, 2019. Photo by Balazs Mohai / EPA-EFE / Shutterstock

Photo by Balazs Mohai / EPA-EFE / Shutterstock

The UX-1A robot diver is pictured during a field test in the Molnar Janos cave in Budapest, Hungary, July 3, 2019. The device was developed for underwater exploration in mines flooded by a international team led by the University of Miskolc within the framework of the EU - funding of the Horizon 2020 UNEXIMIN project (Underwater Explorer for flooded Mines).  The submerged robot collects geological data from water-filled cavities and will be deployed in cave and mine accident search operations.  Photo by Balazs Mohai / EPA-EFE / Shutterstock Members of the EU-funded Horizont 2020 UNEXIMIN (Underwater Explorer for flooded Mines) project team conduct a field test of the UX-1A robot diver in the Molnar Janos cave in Budapest, Hungary, July 03, 2019 The device was developed for underwater exploration in flooded mines by an international team led by the University of Miskolc.  The submerged robot collects geological data from water-filled cavities and will be deployed in cave and mine accident search operations.  A cave explorer robot diver tested in Hungary, Budapest - Jul 03, 2019

The UX-1A robot diver is pictured during a field test in the Molnar Janos cave in Budapest, Hungary, July 3, 2019. The device was developed for underwater exploration in mines flooded by a international team led by the University of Miskolc within the framework of the EU – funding of the Horizon 2020 UNEXIMIN project (Underwater Explorer for flooded Mines). The submerged robot collects geological data from water-filled cavities and will be deployed in cave and mine accident search operations. Photo by Balazs Mohai / EPA-EFE / Shutterstock

Field Explorer – NASA

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Photo by NASA / JPL

This four-legged explorer prototype combines autonomy

This four-legged explorer prototype combines range “intelligents” provided by JPL with a dog-shaped walker called NeBula-SPOT, built by Boston Dynamics. Subterranean Spot was developed in response to the Subterranean Challenge, a competition sponsored by the Defense Advanced Research Projects Agency (DARPA). NeBula SPOT was designed to demonstrate the autonomy needed to navigate extreme environments without human guidance or access to GPS, and could be used to explore caves or potentially other planetary surfaces. Photo by NASA / JPL

Take a look at some of our other image galleries:

Autonomous underwater vehicle – RUBIN

VLADIVOSTOK, RUSSIA - MAY 23, 2020: The deep sea autonomous unmanned submarine Vityaz-D is seen in the port of Vladivostok on the Pacific coast of Russia.  The Vityaz-D is the world's first unmanned submersible to descend into the Mariana Trench in the Pacific Ocean.  The submersible reached the bottom of the Mariana Trench on May 8, 2020, at 10:34 p.m. Moscow time.  Designed by St. Petersburg-based design office TsKB Rubin, Vityaz-D can dive up to 12 km deep and overcome obstacles and find its way out of caves and trenches using artificial intelligence.  Yuri Smityuk / TASS (Photo by Yuri SmityukTASS via Getty Images)

The autonomous unmanned offshore submersible Vityaz-D is seen in the port of Vladivostok on the Pacific coast of Russia. The Vityaz-D is the world’s first unmanned submersible to descend into the Mariana Trench in the Pacific Ocean. The submersible reached the bottom of the Mariana Trench on May 8, 2020. Designed by St. Petersburg-based TsKB Rubin design office, the Vityaz-D can dive to a depth of 12 km, overcome obstacles and exit caves and trenches. using artificial intelligence. Photo by Yuri Smityuk / TASS / Getty Images

Cave Explorer – NASA

braille_roverincave

Photo by NASA / JPL

NASA's robotics team drives the test rover, CaveR, through Valentine Cave at Lava Beds National Monument.  Scientific instruments, visible in the box-like structure pointing towards a cave wall, will begin to be tested further downstream in the cave.  One of CaveR's engineers is perched on a lava ledge, a marker of one of the lava flows in the cave.  Photo by NASA / JPL

NASA’s robotics team drives the test rover, CaveR, through Valentine Cave at Lava Beds National Monument in California, United States. Scientific instruments, visible in the box-like structure pointing towards a cave wall, will begin to be tested further downstream in the cave. One of CaveR’s engineers is perched on a lava ledge, a marker of one of the lava flows in the cave. Photo by NASA / JPL

Autonomous diver – Houston Mechatronics

Photo by Ken Kiefer / Houston Mechatronics

The Aquanaut is an unmanned underwater vehicle capable of performing complex tasks. It was designed for commercial use to inspect underwater oil and gas lines, and is capable of using tools. This means that these tasks can be performed remotely, without endangering human life. He is pictured here undergoing tests at NASA’s Neutral Buoyancy Laboratory in Houston, Texas, United States. Photo by Ken Kiefer / Houston Mechatronics

Flying Cave Drone – NASA

Rollocopter, a hybrid aerial and land platform, uses a quadrotor system to fly or ride on two passive wheels.  This design gives the robot a greater range than air-only quadrotors and eliminates obstacle avoidance issues associated with ground-only robots.  When Rollocopter encounters an obstacle, it can simply hover over it.  To fly this robot requires a celestial body with an atmosphere and could be used to explore underground caves from other worlds.  Photo by NASA / JPL

Rollocopter is a hybrid aerial and ground drone that uses a four rotor system to fly or roll on two passive wheels. This design, developed by NASA’s Costar team, gives the robot a wide range and eliminates obstacle avoidance issues associated with ground-only robots. When Rollocopter encounters an obstacle, it can simply hover over it. To fly, this robot requires a celestial body with an atmosphere and could be used to explore underground caves from other worlds. Photo by NASA / JPL


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Your next c-store online order can be delivered by a robot – RetailWire https://tcmechwars.com/your-next-c-store-online-order-can-be-delivered-by-a-robot-retailwire/ https://tcmechwars.com/your-next-c-store-online-order-can-be-delivered-by-a-robot-retailwire/#respond Fri, 08 Oct 2021 19:41:15 +0000 https://tcmechwars.com/your-next-c-store-online-order-can-be-delivered-by-a-robot-retailwire/ 08 Oct 2021 A number of grocery stores and tech vendors have piloted delivery robots in recent years, some stand-alone, others remote-controlled. Now a business sees the convenience store space as the place to be. Robotics startup Tortoise is expanding its footprint and will supply 500 convenience stores nationwide with remote-controlled delivery robots to facilitate […]]]>

08 Oct 2021

A number of grocery stores and tech vendors have piloted delivery robots in recent years, some stand-alone, others remote-controlled. Now a business sees the convenience store space as the place to be.

Robotics startup Tortoise is expanding its footprint and will supply 500 convenience stores nationwide with remote-controlled delivery robots to facilitate same-day, last-mile delivery, according to TechCrunch. The company’s delivery robots have already been exploited, through partnerships, with the ShopRite grocery chain and the tech-savvy Choice Market hybrid grocer / convenience store in Denver, CO.

The shift towards home delivery represents a pivot for the startup. Tortoise began as a robotic alternative to the motorized delivery scooters that became popular in major US cities in the summers leading up to the pandemic. The tech company launched a pilot project of its remote-controlled delivery robots in collaboration with Albertsons earlier this year.

Customer delivery demand has increased across all retail sectors in recent years, with online grocery orders peaking at the start of the pandemic. Studies show that the convenience store space has also been affected by increased demand.

A late 2020 study by NACS Research found that 57% of convenience space stores offer some sort of last mile processing (including delivery and / or various pickup options), and stores that do offer such services enjoy great advantages in doing so.

At least one of the major players in delivery has started to see convenience stores as a space they can own. DoorDash recently spear a virtual convenience store called DashMart, which offers 2,000 groceries and restaurant branded items and promises delivery in 30 minutes or less.

Delivery robots, however, continued to raise concerns in some municipalities about their impact on jobs and also their potential to endanger public safety. At the same time, however, more effective use cases have emerged for robots. A growing number of college campuses are using robots to deliver food to dorms, for example. Last month, Grubhub announced it would deliver food to the Ohio State University campus by robot, according to Thrillist.

DISCUSSION QUESTIONS: How well do you see robots, whether remote controlled or autonomous, for convenience stores now or in the near future? Are there any aspects of convenience retail that make it a better use case than grocery stores or other types of retail outlets?

Braintrust

“Last mile delivery robots are helping convenience stores align with consumer demand for speed and ease to drive growth online.”

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