Inventions – Many Creation Tue, 27 Apr 2021 13:32:42 +0000 en-US hourly 1 Inventions – Many Creation 32 32 Les Dames invite the public to a webinar “Invention and reinvention of the restaurant” Tue, 27 Apr 2021 12:08:42 +0000

As part of their series of virtual presentations aimed at supporting members of the local food and drink community, Les Dames d’Escoffier Nashville will present their second online seminar on Monday, May 3, from 12 p.m. to 1 p.m. Created by and intended for women in food, fine beverages, hospitality and agriculture, this series is made possible by a grant from the Women’s Fund of the Community Foundation of Middle Tennessee and features industry experts and members of LDEI Nashville representing all facets of the hospitality industry.

The May 3 presentation is titled “Restaurant invention and reinvention,” and showcases an impressive lineup of restaurant managers and culinary talents – including Margot McCormack, executive chef and co-owner of Margot Cafe & Bar; Deb Paquette, Executive Chef of Etch, etc. and Jasper’s; and Caroline Galzin, Partner and COO of Nicky’s Coal Fired. The discussion will be moderated by Erin Byers Murray, Editor-in-Chief of The Local Palate – you’ll know what a Herculean task that is if you’ve ever seen someone try to moderate this trio of driven, bright and outspoken women.

While the event is supposed to focus on the unique situation of women in the industry in these turbulent times, the general public is invited to tune in for the free presentation. Pre-registration is required so that they can send you the link to log in at the appropriate time, so give them your details in advance at the site of the event. In case you miss it, a recap of each session will be made available as a podcast at a later date in partnership with Nashville Restaurant Radio.

The chance to hear business advice from these three local heroes should benefit everyone in the industry, regardless of gender, so try to take the time to learn from the people who truly put excellence into practice. .

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Be aware of the determination of inventive step in Japan. Part 2 Tue, 27 Apr 2021 09:01:13 +0000

Various discussions have been offered by practitioners and academics about inventive step, but a key point is whether the difference from conventional patents or from the prior art is qualitatively or quantitatively significant.

The way JPO patent examination practice studies and determines the difference is “whether it is difficult to configure the invention with reference to the cited references of the prior art or not”. Therefore, “the difficulty of configuration” is the very essence of inventive step.

One element in judging the existence of “configuration difficulty” in the invention is whether the question of “whether there is a remarkable effect which cannot be achieved by the conventional invention” is considered. or not. the most substantial way of thinking of the JPO.

The patent system is designed to patent only inventions that contribute to the technological progress and industrial development of the country. It is the same with the patent system of any country.

Basically, the invention is specified by three elements: ie, “Prior art problem”, “Idea configuration” and “Effect”. “Problem” is the cause of the invention, “Effect” is the result of the invention. The “configuration” is the main body of the invention.

“Presence or absence of novelty” is essentially a question of “configuration”. “Inventive step” is examined on the basis of novelty, taking into account the problems and effects of the invention arising from the state of the art.

The effect is “how the invention can contribute to society and the economy by solving previous problems and providing benefits”. The idea of ​​granting patents to those who make a significant contribution is the same in all countries.

“Novelty”, which is a more fundamental patent requirement than inventive step, is fundamentally the obstacle of “whether or not conventional technology and invention are the same”. When it is completely identical to conventional technology, it is believed that there is therefore no novelty.

On the other hand, the judgment of the inventive step is “The invention has a novelty, but it is necessary that the invention is sufficiently different from the state of the art to grant a patent”. The “distance and difference between state of the art” obstacle of the invention is not clearly defined and in that sense it is a concept with a very “analog” meaning.

Accordingly, with respect to testing for inventive step, a variety of ideas and discussions have been made by patent specialists and academics. Consequently, the notification of the grounds for refusal of inventive step almost always concerns patent attorneys. In any event, the most common grounds for refusal are due to a lack of inventive step. Therefore, “inventive step” can be seen as an eternally boring question for the applicant and patent practitioners.

One frustration is that there are subtleties in determining inventive step. If it can be proven that there is a huge difference from the state of the art or “a great invention” which can exert an overwhelming effect that has never existed before, the inventive step is surely recognized by the PTO or the Court. However, in general, many inventions are not like “great inventions” and do not have prior art or what is called an “improved invention” improving the prior art. It’s the same in every power take-off.

Therefore, sometimes many patent practitioners, including myself, have to fight PTO examiners on “little inventions” or “improved inventions” in rather bitter battles.

During the study and decision-making on the inventive step, the technical acumen and social vision of the examiner, more specifically if he has positive basic feelings about the invention, if they are negative or positive, etc. In addition, and of course, the height of the obstacle to inventive step is also different according to the technical fields.

Furthermore, within the JPO, even if inventive step is refused at the examination stage, it is possible that it will be admitted at the appeal stage. In some cases, even if the patent office does not recognize inventive step, the court may recognize it. Thus, the determination of inventive step includes a wide variety of variables: it is a subtle judgment.

Therefore, the JPO has established and published “Patent Examination Standards” which are open to the public so that this judgment is not arbitrary, and which serve as a guide for examiners to judge inventive step. However, it should be noted that the inventive step determination variables as described above are still present.

Finally, when examining inventive step, it is necessary to take into account all of the above variable factors. As initially mentioned, when examining patents by the JPO, “the remarkable effects compared to the conventional technique” should be investigated initially.

The JPO’s consideration of the difference between the configuration of the invention and the cited references, as compared to how they are performed in US patent practice, is not appropriate.

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The technology needed to stop climate change still underdeveloped | Company | German economic and financial news | DW Tue, 27 Apr 2021 06:04:24 +0000

Global climate goals can only be achieved with a major acceleration in clean energy innovation, as many of the technologies needed to reduce CO2 emissions are currently only at the prototype or demonstration stage. This is the conclusion of a joint report published on Tuesday by the European Patent Office (EPO) and the International Energy Agency (IEA).

“About half of the emissions reductions to reach net zero by 2050 may have to come from technologies that are not yet on the market,” IEA Executive Director Fatih Birol said in a statement. hurry.

The report “Patents and Energy Transition: Global Trends in Technological Innovation in Clean Energy” examines trends in low-carbon energy innovation between 2000 and 2019 in terms of international patent families (IPFs). An IPF represents a unique invention of great value for which a patent application has been filed with at least two patent offices around the world. Patent applications can be seen as an early indicator of future technological trends as they are filed months or years before products are released to market.

Slower growth

The report found that the number of patents for inventions related to low-carbon energy technologies has increased over the past two decades. However, the average annual growth rate of low-carbon energy patents in recent years is only a quarter of what it was ten years ago. Between 2017 and 2019, the number of patents for inventions related to low-carbon energy technologies around the world grew at an average rate of 3.3% per year. The average growth rate from 2000 to 2013, on the other hand, was 12.5%.

Among the patented technologies, some were already in use on an industrial scale while others were still in the early stages of development, according to the report.

Since 2000, more than 420,000 IPFs have been filed worldwide in the field of low carbon energy. The study found that the focus in the field was moving away from inventions that concerned the supply of renewable energy. Today, patents related to end-use and cross-functional technologies dominate.

The focus shifts from the energy supply

Over the past five years, end-use technologies – those that support energy use or fuel switching in end-use applications such as transportation, buildings, or industrial production – have accounted for the majority (60%) of all low carbon energy. inventions.

Cross-cutting technologies, meanwhile, grew from 27% of all low-carbon energy FPIs in 2000 to 34% in 2019, and have seen the strongest growth of the three sectors since 2017. Enabling technologies play a role. both in the supply and end-use sector, and also helps existing infrastructure to improve its dependence on clean energy. Patents in this area include battery, hydrogen and smart grid technology as well as carbon capture and use. These technologies are of increasing importance due to their ability to connect a variety of clean energy sources. This creates the possibility of more flexible energy solutions.

Patents for energy supply technologies, including renewables, have fallen since 2012. This, the study concludes, is due to the maturity of the market for certain renewable technologies, such as solar PV, and a lack of improvements to others, such as biofuels and ocean energy. Energy supply technologies only accounted for 17% of all low-carbon inventions in 2019.

Electric car trend drives innovation

Electric vehicles have been a key driver of clean energy innovation over the past decade. In the report’s global ranking of patent applicants, automakers and their major battery suppliers accounted for 12 of the top 15 patent applicants over the past 20 years.

In terms of geography, European companies and research institutes currently have the highest number of low-carbon energy inventions, accounting for 28% of patents between 2010 and 2019. Of this total, Germany has registered some. only 12%.

Infographic: Top 10 companies filing patent applications on green energy technologies between 2000 and 2019

Japanese companies, however, are at the forefront of electric vehicle, battery and hydrogen technology, while the United States is a leader in aviation, biofuel and carbon capture technologies.

“This report is a clear call to action to step up research and innovation in new low-carbon energy technologies and improve existing technologies,” said EPO President Antonio Campinos. “While it reveals some encouraging trends in countries and industry sectors, including in key cross-cutting technologies, it also highlights the need to further accelerate innovation in clean energy technologies, some of which are still emerging. “

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Steve Jobs: the childhood of a great inventor Tue, 27 Apr 2021 03:00:04 +0000

In this excerpt from Innovators for children Robin Stevenson tells the story of a creative and rebellious child who grew up to change the world with the iPhone.

Steve Jobs is best known for Mac computers, iPhones and iPads, but his innovative ideas have also transformed the music, film and digital publishing industries. As an adult he was both brilliant and difficult. Even as a child, he wanted to do things his own way.

Steve was born in San Francisco on February 24, 1955. His biological parents were a graduate student named Joanna Schieble and a Syrian teaching assistant named Abdulfattah Jandali. Joanne and Abdullah had met at the University of Wisconsin, fell in love, and were traveling together in Syria. When Joanne got pregnant, they weren’t ready to become parents. Back home, they decided to place their baby for adoption.

Paul and Clara Jobs had wanted a child for many years before a child finally came into their lives. They adopted Joanne and Abdullah’s son and named him Steven Paul. Steve grew into an active and inquisitive toddler. Twice they must have rushed him to the ER: once because Steve had stuck a metal pin into an electrical outlet and burned his hand, and once because he had eaten poison!

When Steve was two years old, his parents adopted a baby girl named Patty. Three years later, the family moved to the town of Mountain View, near Palo Alto, California. Steve later said his childhood home was one of the things that inspired him as a designer. “We had beautiful grilled floors when I was a kid,” he said, recalling the radiant heating in the house. “I love when you can bring some really great design and simple capabilities to something that doesn’t cost a lot.”

Steve always knew he was adopted. When he was about six, he told a little girl who lived across the street about it. “So does that mean your real parents didn’t want you?” she asked. Steve came home crying. Her parents explained that was not the case at all. “We specifically chose you,” they said, speaking very emphatically to make sure he understood. “I’ve always felt special,” Steve said later. “My parents made me feel special.”

The family house had a garage where Paul, a mechanic, could work on his cars. He outlined a section of a table and said to Steve, “It’s your workbench now.” Steve wasn’t interested in cars, but he enjoyed spending time tinkering with his dad. When Paul went to the scrapyard to look for parts, Steve followed. He admired his father’s attention to detail. “He loved getting it right,” Steve said. “He even cared about what the parts look like you couldn’t see.”

Learn more about the great inventors:

Growing up in Silicon Valley, Steve had many neighbors who worked as engineers. One of them, Larry Lang, has become an important mentor. “What Larry did to get to know the kids in the neighborhood was kind of strange,” Steve said. “He installed a carbon microphone, battery, and speaker in his entryway where you could speak into the microphone and your voice would be amplified through the speaker.”

Steve’s dad told him that an electronic amplifier was needed to do this, but here’s a system that worked without one. “I proudly went back to my father’s house and announced that he had it all wrong and that this man from the neighborhood was amplifying his voice with just a drum set,” he recalls. “My dad told me I didn’t know what I was talking about and we had a really big argument. So Steve dragged his father to Larry’s place so he could see it for himself.

Over the next few years, Larry taught Steve a lot about electronics. He introduced him to Heathkits, a type of kit with step-by-step instructions for making items such as television receivers and radio equipment. Steve said these kits not only taught him how things worked, but also helped him develop a belief that even things that seemed complex – like televisions and radios – could be studied and understood.

Steve’s mother, Clara, taught him to read before he started kindergarten. In the classroom, however, Steve’s learning did not go smoothly. Her first school was Monta Loma Elementary, just four blocks from her house. “I was a little bored for the first few years, so I kept busy getting into trouble,” he admitted.

Steve’s best friend was a boy named Rick. He and Rick once made “Bring Your Pet to School” posters. The children arrived with their animals and chaos broke out, with dogs chasing cats all over the school.

Another time Steve and Rick persuaded the other students to tell them about their bike lock combinations. Once they had known dozens of combinations, they undid the locks and reversed them. At the end of school that day, the students could not unlock their bikes. According to Steve, it took up to ten hours that night to fix the problem.

Another time Steve released a snake into the classroom, then it triggered a small explosion under the professor’s chair. By the end of grade three, Steve had been kicked out of school several times. However, his parents did not punish him. They thought it was partly the school’s fault – Steve behaved badly because he wasn’t challenged in class. Steve agreed, saying he was always asked to “memorize stupid stuff”.

But being bored was only part of the problem. Steve also had a strong aversion to authority and hated being told what to do. Fortunately, in the fourth grade he had a teacher who understood him. Ms. Hill began by bribing Steve to do math problems, but before long he loved learning and wanted to please it. “I learned more from her than any other teacher,” Steve said. If it hadn’t been for Ms Hill, he admitted, “I’m sure I would have been in jail.”

Jobs while at Homestead High in 1972 © Homestead High School, Public Domain, via Wikimedia Commons

Ms. Hill recognized that Steve needed to be challenged and the school recommended that she skip two years. His parents thought it was too much, but they agreed to let Steve go from fourth to sixth. It meant moving to another school.

At Crittenden Middle School, the environment was much harsher and fighting was common. Being a year younger than the other students was difficult, and Steve was often bullied. His grade six report card indicated that he was having trouble motivating himself. Halfway through seventh grade, Steve decided he had had enough.

“He came home one day,” his father recalls, “and said if he had to go back there, he just wouldn’t go back. Her parents decided to move to an area with better schools. They gathered the money and bought a house in Los Altos, a few miles away.

In ninth grade, Steve started at Homestead High. The school had an electronics course with a well-equipped lab and a keen teacher named Mr. McCollum. But Steve, with his rebellious attitude and rejection of authority, clashed with the professor. According to McCollum, Steve was usually “in a corner doing something on his own and really didn’t want to have much to do with me or the rest of the class.” Although he liked electronics, Steve dropped out of the course.

Outside of school, however, Steve was starting to find others who shared his interests. He joined the Explorer’s Club at Hewlett-Packard, where Larry Lang worked. The students met in the cafeteria, where the engineers told them about their projects: lasers, holography, light-emitting diodes. Steve was in heaven. It was at HP that he saw his first computer. “I fell in love with it,” he said.

Read more inventor biographies:

Steve was also working on his own project: he wanted to build a frequency counter to measure the rate of pulses in an electronic signal. He didn’t have all the parts he needed, so he searched the phone book for Bill Hewlett, the head of Hewlett-Packard, and called him home. Not only did he get the parts he needed, but Bill also gave him a summer job at a factory that made frequency counters.

It was while still in high school that Steve Jobs met his future business partner, Steve Wozniak. Wozniak was five years older and very good at electronics. In fact, he had learned some of his skills in Mr. McCollum’s class.

When Steve was twenty-one, he and Wozniak founded the Apple Computer company. At first they worked in Steve’s bedroom, then they moved the business to the Jobs family garage. Two years later, Steve had made over $ 1 million – and by age 25, he had made over $ 250 million.

Many of the things we use in our daily lives wouldn’t exist without Steve Jobs: Mac computers, iPhones, iPods and iPads, iTunes, Apple Store, even Pixar. Toy story!

But the money wasn’t what drove him. “You have to find what you like,” he says. “Your job will occupy a large part of your life, and the only way to be truly satisfied is to do what you think is a great job. And the only way to do a good job is to love what you do. If you haven’t found it yet, keep looking. “

Innovators for children by Robin Stevenson is out now (£ 11.99, Quirk Books).

Robin Stevenson's Kid Innovators is out now (£ 11.99, Quirk Books)

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Amazing Inventions – The Tick Remover You Can Get In Red Wing, MN Mon, 26 Apr 2021 21:42:27 +0000

Ticks are disgusting and evil. It is also a reality that we have to face with a spring in our step and a bottle of bug spray in our hands. PLUS something new is the miracle we all prayed for to get rid of our ticks and our dogs and cats.

Duluth Trading Company Google

This is especially important this year because, as Jessica Williams wrote earlier this month, ticks are going to be very thirsty this year …

Put the scent aside for a few months because bug spray is now your scent. Ticks are currently moving and active in Minnesota and some cases of Lyme disease have already been reported in the Rochester area. Unfortunately, our tick activity for 2021 is one of the worst in the whole country. According to, Minnesota, Iowa, Wisconsin, Illinois and a few other states have all been classified as “above average threat level.” (Continue reading about Minnesota’s tick threat level HERE.)

If you find one on yourself, you MUST kick it out, which isn’t as easy as fair To take it out. What we need is a device to make it super simple AND stop the tick from biting you.

I present, the tick remover from the Duluth Trading Company.

The other side of the coin …

For under $ 10.00, you can own what three online reviews say is the real deal. Their pets didn’t even notice they were removing the tick. Three reviews are actually a little sad, I would have thought there would be a lot more on their website, BUT … my sister says she is happy to use it and it is good enough to that I send it to you.

You can buy DTC Tick Remover online (click on the photo below) or at their outlet store, in Red Wing.

Duluth Trading – Click for link to article.

OR, you can save money and get the Tick Tornado from Petco (click on the photo below). – Press to access the product.

On the looks, I think the Duluth Trading Company wins, but on the name, the Tick Tornado? Let’s go. It’s a solid name. Unless you imagine a literal tick tornado. It’s pretty disgusting.

OR, for free, you can do what this guy does. Make circles …

As always, if you have a comment, complaint, or concern regarding anything I wrote here, please let me know:

Listen to James Rabe Mondays, Wednesdays and Fridays from 11 a.m. to noon on KROC AM 1340 and 96.9 FM and weekdays with Jessica Williams weekdays from 6 a.m. to 10 a.m. on Y-105 FM

Thinking of adopting a dog? Here are the best breeds for families …

The most popular dog breeds that are suitable for families

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Fort Walton Beach, Miramar Beach and Niceville host children’s summer camps Mon, 26 Apr 2021 21:20:17 +0000

ECTC summer camps: May 31-August. 1

MIRAMAR BEACH – This summer, Emerald Coast Theater Co. (ECTC) presents 10 different summer camp programs, including popular musicals “Hamilton”, “Puffs (Harry Potter)”, “Sponge Bob”, “Seussical”, the staging of a musical length, “Matilda”, as well as practical workshops for theater “technicians” and film buffs.

A total of 16 sessions of the ECTC program, ranging from one, two or three week camps, will take place during the summer, from May 31 to August 1.

ECTC Summer Camps will be offered at three locations along the northwestern Gulf Coast of Florida: Miramar Beach (ECTC Performance Space), Seaside (Seaside Neighborhood School), and Panama City (Gulf Coast State College) ). Drama camps are offered for all ages, from kindergarten to high school kids.

“Summer camps are a great time for kids to spend that extra energy creatively and ECTC has a whole range of creative ways to have fun,” said ECTC co-founder and artistic director, Nathanael Fisher.

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The work of the young inventor from Sudbury will be presented in the exhibition “ Museum of Ingenuity ” Mon, 26 Apr 2021 21:00:00 +0000

Grade 12 student Nethra Wickramisinghe at Lockerby has developed a wireless device worn on the wrist that detects physiological changes related to depression and anxiety.

Nethra Wickramisinghe, a Grade 12 Lockerby Composite School student who has won national awards for her groundbreaking science fair projects, will be featured in a traveling exhibit at the J. Armand Bombardier Museum of Ingenuity which will open at spring 2022.

The exhibit, a showcase of young Canadian inventors aged 13 to 24, celebrates the spark of ingenuity and shines a light on the creativity that inspires many young Canadians – those who have left their mark on history and those who pave the way for the future.

Nethra’s project, “A New Application to Improve Wellness Using Cognitive Behavioral Therapy” was first presented at the 2018 Sudbury Regional Science Fair to address the prevalence of the disease mental in society.

A wireless device worn on the wrist detects physiological changes associated with depression and anxiety. The device is connected to an app, also developed by Nethra, which relays changes and monitors skin pressure, heart rate and temperature patterns.

When irregularities are detected, patients receive an alert. Patients are trained in the use of cognitive behavioral therapy and rational behavioral and emotional therapy to improve their mental health and personal well-being through interactive exercises.

“We are delighted that Nethra Wickramisinghe is featured among the country’s best and brightest young scientists across the country,” Rainbow District School Board Director of Education Norm Blaseg said in a press release.

“Nethra tapped into her innate curiosity to develop practical applications with enormous benefits. She is a leading figure in the next generation of scientists who continues to make us proud.

Nethra is a four-time Pan-Canadian Science Fair participant and gold medalist. She also won the Weston Youth Innovation Award 2020 and received a Golden Ticket for a STEM Entrepreneur Course in 2019.

She is enrolled in Lockerby Composite School’s STEP (Science, Technology, Engineering Program) program for students considering a career in medicine, science, healthcare, business, computer science, design or engineering.

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Barbecue toilet with built-in cooler: hilarious man’s invention causes online stench Mon, 26 Apr 2021 19:55:33 +0000

A Scotsman who has garnered tremendous attention online with his new invention is feeling full of success.

Let us know what you think and join the conversation at the bottom of this article.

Michael Christie, from Glasgow, found an old toilet and turned the bowl into a fire pit with a grill on it, and used the cistern to cool the drinks.

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And he was so happy with his creation that he put the barbecue and drink cooler combination up for sale on Facebook for £ 50, which sparked renewed interest.

Don't expect to see him on Dragons' Den just yet.
Don’t expect to see him on Dragons’ Den just yet.

However, after countless likes and shares, the 26-year-old was keen to point out that the item was not actually for sale, and just to make people laugh.

Michael said: “It was an old pot on the outside. We have an idea, just with the warm weather.

“So we took the lid off, filled with ice and put beer in it.

“We put an old grill in it.”

The idea made him laugh so hard that he posted it on a Facebook sellers group, which sparked a huge response.

Michael added: “We were just laughing as we put it on sale for £ 50.

“I didn’t expect him to get that answer.

“Suddenly he got all these likes and shares, and we couldn’t stop laughing.

“A lot of people said it made their day.”

Although Michael has no immediate plans for other inventions, he cannot rule out any other ideas in the future.

“I don’t have anything else planned, but you never know, next week I could do something else, you just don’t know.”

Thank you for reading this article. We are counting on your support more than ever, because the change in consumption habits induced by the coronavirus is having an impact on our advertisers.

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Iowa City student’s invention gets her on ‘Ellen DeGeneres Show’ Mon, 26 Apr 2021 19:25:26 +0000

When the Press-Citizen spoke to her in January, Dasia Taylor, a student in Iowa City West, claimed she was not a scientist. But that didn’t stop the praise from rolling.

The most recent award aired on Monday, when the 17-year-old sat across from TV show host Ellen DeGeneres and explained her invention.

“I decided to create cost effective sutures that change color when an infection is present,” Taylor told DeGeneres during a recording of her show, which airs locally at 4 p.m. today on CBS. “And hey, now I’m here with you.”

Taylor explained to DeGeneres how she became interested in the topic after her teacher, Carolyn Walling, introduced the class to the Society for Science & the Public’s Regeneron Science Talent Seeker. Although sutures similar to Taylor’s existed before, they used technology that demanded a hefty price tag.

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WOLFWALKERS Director Tomm Moore Joins Animated Feature RATATOUILLE’S INVENTOR Writer Jim Capobianco – GeekTyrant Mon, 26 Apr 2021 19:00:00 +0000

Three-time Oscar nominated host and writer Tomm moore (The secret of Kells, Song of the sea, Wolf walkers) joined the team to bring the animated feature The inventor live. The film is directed by Ratatouille writer and head of history Jim Capobianco. Moore will direct the film’s 2D stop-motion footage, working alongside his frequent collaborator Fabian Erlinghäuser, who was an animator on Moore’s Wolf walkers, the Apple TV + film shortlisted for the Animated Film Oscar this weekend.

The inventor will include both 2D animation and puppet animation, with the puppet sequences to be directed by Capobianco, who also wrote the script. The $ 10 million film is now in pre-production. Voice distribution includes Stephen fry, Daisy ridley, Marion Cotillard, and Matt berry.

The story follows the life and times of Leonardo da Vinci, retracing how the insatiable and stubborn Italian inventor joins the French court, where he can freely experiment, invent flying contraptions, incredible machines, and study the human body. He is joined in his adventure by the daring Princess Marguerite, who will help him find the answer to the ultimate question: what is the meaning of all this?

Capobianco said of the collaboration:

“Tomm and I have been looking to work together for The secret of Kells and my short film Leonardo performed together in film festivals. It’s right to collaborate on The inventor, a film that combines both puppet animation and 2D drawn animation, and will require an exceptional talent like Tomm. The big vision being to make an animated film as if it were directed by Leonardo da Vinci himself.

The inventor is slated for release in spring 2023.

via: Deadline

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