Wednesday, July 31, 2024

Oh, patents! The Seabin™

Copyright © Françoise Herrmann

Invented by a surfer, the Aussie Seabin™ is an innovative way of removing the tons of trash that floats around marinas, and large city ports and harbors. Trash such as plastic bottles, food containers, pieces of twine, oil, and microplastic particles down to 2 mm. The pump-operated Seabin™ functions 24/7, 365 days/year, using little energy (500 watts and 4 amps), which might be wind-, solar- or wave-powered.

The 860 Seabins™, already deployed in pollution hotspots such as the Sydney Harbour in Australia, and the Port of Los Angeles, have collected more than 3300 tons of sea trash. Altogether, 150 million tons of trash are estimated to pollute the world's oceans. The ultimate goal is to achieve net positive vs. net zero plastic removal. In other words, the goal is to remove more plastic than is actually discarded in the ocean (net positive) vs. removing the same amount of plastic that is discarded (net zero), and keeping the amount of ocean trash constant. Servicing of the bins (i.e., emptying and cleaning them) also includes analysis of the debris collected to provide feedback to urban planners, the port or harbor authorities.

The video below shows the Seabin™ vortex collecting trash from the surface of the water (with no harm to the fish population since the Seabin™ operates on the surface of the water).


The Seabin™ invention was patented. Among a family of 13 patents, the US utility patent, US10954642B2, titled Waste Collection Device, was awarded on March 23, 2021 to Peter Ceglinski, the inventor of the Seabin™. The patent family members include:

The US10954642B2 patent describes a waste collection device that draws water from the surface of a body of water into a receptacle. The water is captured in a basket within the receptacle. The water is simultaneously pumped out of the receptacle, causing the basket to fall and allow more water in-flow, while retaining debris and waste within the basket. Below, the abstract of the invention together with the Figure 1 of the Seabin™ waste collection device. 
A waste collection device (10) comprising a receptacle (12) having an opening (24) in an upper end and a tubular member (28) mounted for sliding movement within the opening (24). A pump is provided for pumping water outwardly from within the receptacle (12) and a basket is provided within the tubular member (28). The tubular member (28) comprises a cylindrical inner wall (32) and a cylindrical outer wall (33) connected at upper and lower ends thereof to define an annular chamber (36) to provide buoyancy to the tubular member (28). [Abstract US10954642B2]

Reference

Seabin™ (website)

https://seabin.io/home 

Saturday, July 27, 2024

Oh, patents! ILYA recirculating shower

Copyright © Françoise Herrmann


Considering that the city of Paris was able to clean up the notoriously filthy River Seine, in time for the 2024 Olympics, after a 101-year ban on bathing in the river (O'Sullivan, 2024), you might be inspired to further reduce your energy footprint by conserving and recycling your own shower water down to 5 liters (approx 1.3 gal) of water per shower. The ILYA recirculating shower is a French, patented invention that has garnered multiple awards. 

Most recently, the invention was awarded two, 2024 Concours Lépine medals (1), as well as the contest's overall second-place prize. The first Concours Lépine award was one of the contest's gold medals, awarded for the ILYA recirculating shower invention. The second Concours Lépine award was one of the contest's silver medals, awarded for the company‘s ILO sensor. An easy-to-install device that both measures and posts, in real-time, exactly how much water is used during a shower. Therefore, the company's ILO sensor is a device that was intended to motivate people to conserve more water, using the ILYA recirculating shower.

The ILYA recirculating shower was also granted the French patent FR3140385A1, titled Douche cyclique avec deux circuits indépendants chauffés (in English, Recirculating shower with two independent heated circuits), on April 5th, 2024. The invention was designed to resolve several problems of the prior art of shower water conservation. In particular, the invention addresses the problem of recycling household wastewater, termed “gray water” for showers.

Accordingly, the ILYA recirculating shower offers an elegant (see image), integrated solution for both regular (clean) and gray shower water, using a single shower head and controls, while also comprising all the added gray water equipment for straining, filtering, purifying, disinfecting, heating and draining the gray water system. The ILYA recirculating shower also offers the mandatory use of gray water separately from clean shower water per building codes, in such a way that when there is a power outage, or some other problem with the gray shower water electronic system, users can revert to using just the regular clean shower water system, until troubleshooting of the gray shower water system is complete. Finally, although both the regular clean shower water and gray water systems are separate, both systems are nonetheless coordinated for water temperatures to remain constant between both systems. In other words, when the user selects the regular clean shower water temperature for a shower, the gray shower water also flows at that same user-selected temperature. Thus, the ILYA recirculating shower is a system that was designed to truly enhance a water-conservation shower experience. 

In a nutshell, the invention consists in turning on the regular (clean) shower water, at a user-selected temperature. In the open shower mode the water flows and is discharged without recycling. In the closed shower mode, the flowing water is collected as gray water that is filtered, disinfected and maintained at the same temperature as the clean water, for re-use during the shower (Alinaghi, 2024).   

Below, the Figure 1 extracted from the French patent, together with the English version of the invention abstract, referencing the patent Figure 1.

The invention relates to a cyclic shower (10) comprising: two independent water circuits, a first circuit (70) called clean water (60) configured to be connected to the drinking water network, comprising a first outlet (80 ), and a second circuit (700), called gray water (600), comprising a second outlet (800) the second circuit (700), said clean water circuit (70) comprising a temperature adjustment system ( 90) allowing the user to provide a set temperature (91) of clean water (60), a pump (100) configured to reinject the gray water (600) into the gray water circuit (700), a water heater (400), a thermal control device (500) configured to extract the set temperature (91) and control the water heater (400), so that gray water (600) is a second outlet (700) at the set temperature (91) of the clean water (60). Figure for abstract: Figure 1. (Abstract FR3140385A1). 

Note (1) Concours Lépine: The eponymous Lépine Innovation Contest has been held yearly, in Paris, since 1901. 

References

Alinaghi, D.  (May 13, 2024).Toulouse. Avec sa douche cyclique, Ilya remporte le 2e prix du concours Lépine 2024.

https://www.entreprises-occitanie.com/actualites/toulouse-avec-sa-douche-cyclique-ilya-remporte-le-2e-prix-du-concours-lepine-2024  

Concours Lépine

https://www.concours-lepine.com/ 

ILYA (website)

https://www.ilya-tech.fr/douche-cyclique-ilya 

O’Sullivan, F. (July 23, 2024). How Paris cleaned up the Seine and where to swim. 

https://www.bloomberg.com/news/features/2024-07-23/how-paris-cleaned-up-the-seine-ahead-of-2024-olympics-and-where-to-swim 

Friday, July 26, 2024

Oh, patents! Couldn’t an AI system be granted patents?

Copyright © Françoise Herrmann 

If, according to Yuval Noah Harari*, an AI system is the first tool in history to take decisions, execute them, and generate knowledge, in contrast to all previous tools, you might legitimately wonder whether an AI system could be granted patents, just like human inventors. Indeed, couldn’t an AI system generate completely new, useful, and non-obvious things? And in this case, why wouldn’t an AI system be awarded a patent?  

For example, Stanford computers trained to learn biology, using a ChatGPT-type program and millions of raw cell biology data, were able to recognize and identify Norn kidney cells, in just six weeks, whereas it took science 134 years to do likewise (Zimmer, 2024). Norn cells secrete the erythropoietin hormone, which stimulates red blood cell production in bone marrow. If an AI system not only sorts and organizes raw data in efficient ways, according to criteria that are provided, but also recognizes and classifies previously unconnected cell data, doesn’t that mean that an AI system will at some point make discoveries that are vital and non-obvious to a biologist skilled in the art, and therefore patentable? That is the question for which the United States Patent and Trademark Office (USPTO) has recently provided Inventorship guidance for AI-assisted inventions (Federal Register).

Inventorship guidance issued following several Requests for Public Commenting (RFC)** on patenting AI-assisted inventions, since August 2019, and more recent meetings with the stakeholder community, as well most recently, President Biden’s Executive Order on the Safe, Secure, and Trustworthy Development and Use of Artificial Intelligence, on Oct. 30th, 2023. Inventorship guidance published in the United States Federal Register on February 13, 2024, effective for all patent applications (utility, design, and plant) filed before, on, or after that date. Effective with the understanding that USPTO Inventorship guidance is agency policy, without the force of law. 

According to Section II of the Inventorship guidance set forth by the USPTO, titled: “Inventors and Joint Inventors Named on U.S. Patents and Patent Applications Must Be Natural Persons” the question of whether an AI system can generate a patentable invention is clearly “no”, even if the use of AI in innovation is largely embraced. The reasons for the clarity of the Inventorship guidance are that, per the specifications of US Patent Law (United States Code,Title 35, Section 100(f)) only an “individual”, understood to be a natural person, can be awarded a patent. This specification of Patent Law also applies to joint inventorship (USC 35, Section 100(g)), which means that even if an invention is AI-assisted, the assisting AI system cannot be considered a joint individual (i.e., a natural person inventor). Conversely, an invention in which AI has played an important role is not un-patentable, as long as one or more natural persons significantly contributed to the invention. 

Significant contribution, which the Inventorship guidance also addresses in a series of non-exhaustive guiding principles. Guiding principles to significant contribution based on the notions that simply querying an AI System for an output that might be identified as an invention is insufficient. The significant contribution of a natural person inventor lies in the conception of the prompt devised to elicit an output, and in the significant contribution to the construction (design, training and building) of the output which might be interpreted as an invention (vs. reduction to practice alone).

In other words, the current Inventorship guidance does not deny that an AI system could be instrumental in creating an invention. However, the Inventorship guidance clearly specifies that such a system cannot be listed as an inventor because such a system is not a natural person.  

Far from definitive, considering the evolving developments of AI, and the ways in which the courts will decide and adjudicate on various cases of inventorship in AI-assisted inventions, the USPTO considers their Inventorship guidance an iterative process, which the public is invited to continue commenting. Specifically, the Inventorship  guidance published at the Federal Register specifies: 

"The USPTO views the inventorship guidance on AI-assisted inventions as an iterative process and may continue with periodic supplements as AI technology continues to advance and/or as judicial precedent evolves. The USPTO invites the public to submit suggestions on topics related to AI-assisted inventorship so it can address them in future guidance supplements.”
  

Notes:

*Author of the NYTimes best-selling trilogy Sapiens, Homo Deus, and 21 Lessons for the 21st Century, and Israeli Professor of history at the Hebrew University, in Jerusalem. 

**Comments from the RFCs, uploaded to Regulations.gov, may be consulted at: https://www.regulations.gov/. The docket number is PTO-P-2023-0043. Comments from the stakeholder community include, for example, those of Amazon and Google Inc. The comments refer to the USPTO Guidance on inventorship and AI-assisted inventions, published on February 13, 2024 in the Federal Register. USPTO Guidance that was twice opened for public commenting.  

References

Biden, J. (Oct. 30, 2023). Executive Order on the Safe, Secure, and Trustworthy Development and Use of Artificial Intelligence.

https://www.whitehouse.gov/briefing-room/presidential-actions/2023/10/30/executive-order-on-the-safe-secure-and-trustworthy-development-and-use-of-artificial-intelligence/

David, E. (Feb. 14, 2024). Patent office confirms AI can’t hold patents. The Verge.  

https://www.theverge.com/2024/2/13/24072241/ai-patent-us-office-guidance 

Federal Register – Inventorship guidance for AI-assisted invention. 

https://www.federalregister.gov/documents/2024/02/13/2024-02623/inventorship-guidance-for-ai-assisted-inventions 

Harari, Y.N.  (2011). Sapiens: A brief history of humankind. New York, NY: Harper Perennial

Harari, Y.N. (2015). Homo Deus: A history of tomorrow. London, UK: Penguin Books. 

Harari, Y.N. (2019). 21 lessons for the 21st Century.  New York, NY: Random House. 

Harari , Y.N. (May 14, 2023). AI and the future of humanity.

https://youtu.be/LWiM-LuRe6w  

USC Title 35, Section 100 (f) and (g).
https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html#d0e302338313

USPTO - Department of Commerce (Feb. 13, 2024). Inventorship guidance for AI-assisted inventions. [Docket No. PTO-P-2023-0043]

https://public-inspection.federalregister.gov/2024-02623.pdf 

Yuval Noah Harari (website)

https://www.ynharari.com/ 

Zimmer, C. (March 10, 2024). AI is learning what it means to be alive?

https://www.nytimes.com/2024/03/10/science/ai-learning-biology.html 

Wednesday, July 10, 2024

European Inventor Awards (6) - The Trophy

 Copyright © Françoise Herrmann

The European Inventor Awards Trophy was designed by the German Industrial Designer, Miriam Irle. The trophy is shaped like a sail (no English pun intended). A sail that harnessed the winds of exploration some 3000 years ago as a lasting symbol of innovation. However, the trophy design is not only loaded with symbolic meaning, the trophy is also produced each year using an industrial process, material or craft that is quintessential in the country hosting the awards ceremony. 


This year was no exception. The trophy was made of limestone, the most abundant building material found on the island of Malta, also used for centuries to build churches, palaces and the walled cities of the island. Cities like Valletta, the capital of Malta, built in the 1500s, now a Unesco World Heritage Center, hosting the 2024 European Inventor Awards ceremony. For a historical city celebrating innovation on the occasion of the 2024 EPO Awards ceremony, this year’s trophy also combined the innovation of 3D printing using the iconic and historical building material of the island of Malta. 



References

European Inventor Awards 2024

https://www.epo.org/en/news-events/european-inventor-award 

Miriam Irle

https://www.miriam-irle.com/

Tuesday, July 9, 2024

European Inventor Awards 2024 (5) – The Winners

Copyright © Françoise Herrmann

The winners of the European Inventor Awards 2024 were announced earlier, at 12:00 Central European Summer Time (CEST), on July 9th, 2024. The high-tech ceremony was live-streamed online from Valletta, the UNESCO World Heritage Center, and capital city of Malta, in the middle of the Mediterranean Ocean, 80 miles from the coast of Sicily. The European Inventor Lifetime Achievement Award was announced, as well as the winning inventors in the four Award categories of Industry, Small and Medium Enterprises, Non-European Countries, and Research. The three Young European Inventor finalists were also each awarded cash prizes. Finally, the Popular Prize was announced, with the polling QR Code flashing onscreen live, well into the ceremony. The hyperlinked list of winners is included below:

Lifetime Achievement

Dame Carol Vivien Robinson (UK)  (info here)

Invention: Mass spectrometry that has significantly advanced biochemical research and medical diagnostics. 


Industry

Fiorenzo Dioni (IT) and Richard Oberle (DE) (info here)

Invention: Reduction of carbon emissions in automotive manufacturing using high-precision aluminum casting methods. 


Small and Medium Enterprises & Popular Prize (info here)

Olga Malinkiewicz and team (PO)

Invention: Printable solar cell technology that is very cost-effective.  

Non-European Countries

​​Masato Sagawa (JP) (info here)

Invention:  Super strength magnets, crucial to various high-tech applications. 


Research 

Cordelia Schmid (DE) (info here)

Invention: AI solutions for improved machine visual perception.


Young Inventors' Prizes

First place 20,000 euros–Rochelle Niemeijer (NL) (info here)

Invention: Portable AI-driven chemistry kit that quickly identifies bacteria causing infections like urinary tract infections. This invention allows for faster, point-of-service, and more accurate medical treatment decisions.


Second place 10,000 euros–Valentyn Frechka (UA) (info here)

Invention: Method to turn fallen leaves into sustainably made paper, significantly reducing the need for tree harvesting in paper production.


Third place $5000 euros–Khaoula Ben Ahmed, Ghofrane Ayari, Souleima Ben Temime, and Sirine Ayari (TN) (info here)

Invention: Thought, voice and facial movement-driven wheelchair control system, enhancing mobility and autonomy for individuals with severe physical disabilities. 

 

Below, the YouTube video of the 2024  Inventor Award Ceremony. 


Congratulations to all!


This year's European Inventor Awards ceremony was also an occasion to announce sweeping changes to the future European Inventor Awards and Young European Inventor Prizes. Going forward, the Awards and Prizes will take place on alternating years.  Beginning in 2025, Young European Inventors will compete separately for Prizes that will be announced at a ceremony, taking place for the first time in Iceland. Whereas, the next European Inventor Awards competition and ceremony will take place in 2026 (at a hitherto undisclosed location), independently from the Young Inventors competition. The nominations period  for the Young European Inventor Prizes extends from this day through to September 27, 2024.    


References

EPO announces European Inventor Award winners  

https://www.epo.org/en/news-events/news/epo-announces-european-inventor-award-winners

Nominations for the 2025 Young Inventor Prizes

https://www.epo.org/en/news-events/young-inventors-prize/nominations