Showing posts with label Patents. Show all posts
Showing posts with label Patents. Show all posts

Tuesday, March 16, 2021

Oh, patents! Daniel Rozin’s Mechanical Mirrors

Copyright © Françoise Herrmann

Usually, patents and art invoke two very different creative processes. Patents disclose inventions, which are required to be both useful and to fulfill certain conditions of patentability [35 USC 101], such as novelty [35 USC 102], and non-obviousness to those skilled in the art [35 USC 103]. All of which conditions and definitions are specified in the separate branch of Patent Law, set forth in the US Federal Code Title 35 (USC 35) and in the US Code of Federal Regulations Title 37 (CFR 37). Prior to being patented, inventions are also filed and subjected to a lengthy examination process at a government patent-granting agency, such as the United States Patent and Trademark Office (USPTO), in the United States, the European Patent Office (EPO), in Europe, regrouping countries party to the European Patent Convention, or other national Patent Offices, such as the Japanese Patent Office (JPO), or the China National Intellectual Property Administration (CIPA). 

Once granted, a patent then confers to the inventor(s), heirs or assignees, the right to exclude others from making, using, offering for sale, or importing the invention, without prior licensing, or agreement with the inventors, heirs or assignees. Such patent rights are also granted for a certain period of time, usually 20 years for a US utility patent [35 USC 154], and 15 years for a US design patent [35 USC 173], contingent upon the payment of yearly maintenance fees, per the provisions of the US Federal Code Title 35, Article 41 [35 US 41].

Art, by contrast, is unregulated, unbound to the provisions of the Law, or the conferral of rights, and without utilitarian requirements, to name just a fraction of the more obvious differences. In rare instances, however, such irreconcilable differences in the creative process of art and patented invention come together, in an interesting reciprocal dynamic. Indeed, this is precisely what drives Daniel Rozin’s mechanical mirrors.

Rizon, an Israeli-American artist and NYU professor, whose art installations each depict different sorts of mirrors, (i.e.; surfaces where people are reflected), relies on patented inventions to make the installations work [Rozin, NYU]. Thus, Rizon is both artist and inventor, drawing on a combination of sensors, motors, custom software, video camera and computers to create his interactive digital art, each installation functioning as a mechanical mirror. All of the pieces are explorations at the intersection of viewer participation and image creation, powered by patented mechanical engineering, informing art. No one could otherwise conceive of wood pieces (whether round or square) or fluffy toys, functioning as mirror surfaces, capable of reflecting viewers, much less make all of the pieces of the installation actually work together as a mirror.

The following video showcases some of Rozin’s captivating mechanical mirror installations. In particular, the Penguins Mirror, the Wood Mirror, the Troll Mirror, the Pompom Mirror, the Peg Mirror, and the Fur Mirrors, are shown.  

The following US patents, awarded to Rozin, and most recent patent application, are members of patent families that include World Intellectual Property Organization (WIPO), Canadian (CA) and Australian (AU) patents. Patents that each recite inventions, supporting the display of Rozin’s art installations, depicting mechanical mirrors.

  • US6552734B1 - System and method for generating a composite image based on at least two input images.
  • US6553138B2 - Method and apparatus for generating three-dimensional representations of objects.
  • US6891561B1 - Providing visual context for a mobile active visual display of a panoramic region.
  • US20020031252A1 - Method and apparatus for generating three-dimensional representations of objects.

References

[35 USC 41] Patent fees – Patent and trademark search systems.   https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html#d0e301581

[35 USC 101] Inventions patentable. https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html#d0e302376

[35 USC 102] Conditions for patentability - Novelty.   https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html#al_d1fbe1_234ed_52  

[35 USC 103] Conditions for patentability - Non-obvious subject matter.   https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html#al_d1fbe1_19797_b0  

[35 USC  154]  Contents and term of a patent - Provisional rights.   https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html#d0e303482

[35 USC 173] Term of Design Patent. https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html#d0e304510

China National Intellectual Property Administration (in English): https://english.cnipa.gov.cn/

Desimone, J. (Jan. 19, 2016) Q&A: Daniel Rozin reflects on his mirror artwork. MOCA – Museum of Contemporary Art, Jacksonville, FL. https://mocajacksonville.unf.edu/blog/Q-A--Daniel-Rozin-reflects-on-his-mirror-artworks/  

Daniel Rozin – NYU Tish School: https://tisch.nyu.edu/about/directory/itp/95804818

European Patent Office (in English): www.epo.org

Japan Patent Office (in English): https://www.jpo.go.jp/e/

US Code of Federal Regulations - Title 37    https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html

US Federal Code - Title 35: https://www.uspto.gov/web/offices/pac/mpep/mpep-9015-appx-l.html

United States Patent and Trademark Office (USPTO): www.uspto.gov 

Monday, August 22, 2016

What’s humanitarian got to do with patents?

Copyright © Françoise Herrmann

Humanitarian action is historically connected to the contractual aspects of patents, that is, the right conferred upon the inventor or his assignees to exclude others from using or marketing the invention without a license or other sort of permission.

Indeed, a debate exists since the end of the 19th century concerning the patenting of medicines. Initially, from 1850 to the 1960s, at least in Europe, both food and pharmaceutical products were excluded from patenting rights. Early legislators believed that such rights would be in conflict with the public health interest. That is, the exclusive rights conferred upon inventors and their assignees includes setting prices, and thus the potential to bar access to products affecting the well-being of people on a large scale.

However, in the 1960s and 70s, pharmaceutical products became patentable, albeit  with special mandatory licensing clauses, still in an effort to protect the public health interest.

Today, pharmaceutical patents constitute the largest sector of patenting activity in both the United and Europe. And the situation feared by 19th century legislators has in many cases played out, in the third world and to a lesser extent in the rest of the world.

Humanitarian organizations such as Doctors Without Borders together with many players across a wide spectrum of public and private activity relentlessly raise the issue of patented medicine to the forefront of public debate (DWB 2015). And it is probably fair to say that a long history of strife and betrayals of the public health interest now exists.

Reference
DWB (2015) - Doctors without Borders  – The cost of medicine: A special report
https://www.doctorswithoutborders.org/sites/usa/files/fall_2015_alert.pdf

Sunday, August 7, 2016

Oh, patents! JRB Elissabide superstar!

Copyright © Françoise Herrmann 

Jean René Benjamin Elissabide, inventor of the Pataugas “pâte-au-gaz” (rubber paste) hiking boots with waterproof soles, in fact, was a surprisingly prolific inventor and serial entrepreneur!

More than 60 patents were filed under RJB Elissabide’s name, not only in connection with the manufacture of shoes and shoe materials, in particular using rubber and for the region's famous "espadrilles", but also processes for covering fabric with latex, the manufacture of soap called "Le Devoir" ("Duty") during WWII, and even a hair curler (bigoudi) patent! 

Beyond the inventions their manufacture and marketing, Elissabide’s entrepreneurial activities also extended to the production of socks using local Pyréneés wool, ownership of a regional newspaper called Le Miroir de la Soule, as well as the production of an alcoholic beverage called La Retap!


Below, a list of the René Jean Benjamin Elissabide patents, including US and British utulity patents:

FR566264 (A)  1924-02-12 - Procédé de fabrication de la trépointe à espadrille sous forme de couronnes immédiatement applicables autour de la semelle
FR591303 (A)  1925-07-02 - Procédé de commande de l'arrivée d'essence par le levier de commande des gaz du carburateur
FR608269 (A) ― 1926-07-23 - Fabrication de tapis et autres objets en tresse à espadrille
FR626306 (A)  1927-09-03 - Tresse asymétrique pour l'espadrille
FR641386 ― 1928-08-02 - Perfectionnement apporté dans la fabircation des espadrilles
FR645248 (A)  1928-10-22 -Procédé de fabrication de la semelle d'espadrille
FR647666 (A)  1928-11-27 - Procédé d'emballage de l'espadrille
FR653725 (A)  1929-03-26 - Casier-classeur pour la vente de l'espadrille
FR658371 (A)  1929-06-04 - Espadrille à semelle mixte
FR659324 (A)  1929-06-27 - Tresse rapide pour l'espadrille
FR702403  1931-04-08 - Perfectionnement apporté à la fabrication des sandales
FR706304  1931-06-23 - Procédé de fabrication des chaussons et articles similaires
FR706305  1931-06-23 - Semelles premières boutonnées et leur procédé de fabrication
FR709305  1931-08-05 - Perfectionnements à la fabrication des sandales
FR713681 ― 1931-10-31 - Procédé pour la pose d'éléments de garniture sur les sandales et analogues et produits en résultant
FR715597  1931-12-05 - Procédé de fabrication de feuilles de liège et caoutchouc agglomérés
FR716962 1931-12-30- Perfectionnement apporté à la confection des sandales et analogues
FR720295 (A)  1932-02-17 - Procédé de fabrication de semelles en caoutchouc

FR39820 (E) ― 1932-03-18 - Perfectionnements à la fabrication des sandales
FR39821 (E)  1932-03-18 - Semelles premières boutonnées et leur procédé de fabrication
FR723239 ― 1932-04-05  - Procédé d'ornementation à chaud des plaquages posés par vulcanisation sur des tiges de chaussures et articles similaires
FR725017 ― 1932-05-06 -  Perfectionnement apporté à la confection des sandales ou espadrilles
FR725018  1932-05-06  - Procédé de renforcement des sandales de toile par application d'un revêtement plastique, et produits en résultant
FR726368  1932-05-27-  Procédé de claquage des chaussures de feutre dites "charentaises" par application d'un revêtement plastique, et produits en résultant
FR40263 (E)  1932-06-08  - Procédé pour la pose d'éléments de garniture sur les sandales et analogues et produits en résultant
FR40727 (E)  1932-08-22 - Procédé de fabrication de semelles en caoutchouc
FR40821 (E)  1932-09-07 - Perfectionnement apporté à la confection des sandales et analogues
FR736146  1932-11-19 - Procédé de fabrication d'une tresse asymétrique caoutchoutée pour semelles d'espadrilles, et application de cette tresse à l'obtention de semelles sans couture
FR740473   1933-01-26 - Procédé de fabrication de sandale à semelle sans couture et produits industriels en résultant
FR779035 (A)  1935-03-28 - Chaussure perfectionnée
FR835093 (A)  1938-12-12 - Perfectionnement apporté à la fabrication des espadrilles
FR842625 (A)  1939-06-15 - Perfectionnement apporté aux espadrilles
FR844313 (A) 1939-07-24 - Perfectionnement apporté à la fabrication des espadrilles
FR848397 (A)  1939-10-27 - Perfectionnement apporté à la fabrication des sabots en caoutchouc
FR853164 (A)  1940-03-12 - Sandale à semelle de corde munie d'un talon interne et son 
procédé de fixation FR856028 (A) ― 1940-05-25 - Talon compensateur à largeur réglable
FR897117 (A) ― 1945-03-13 - Lubrifiant auto-décrassant pour les moules de fonderie et de céramique

FR904394 ― 1945-11-05 - Perfectionnement apporté à la fabrication des espadrilles en fibres dures 
FR909321 (A) ― 1946-05-06 - Perfectionnement apporté à la fabrication des savons

FR922090 (A) ― 1947-05-28 - Procédé de fabrication de savons spéciaux
FR952615 (A) ― 1949-11-21 - Conditionnement spécial de savons et détersifs 
FR953358 (A) ― 1949-12-05 - Conditionnement spécial de produits saponifiants 
GB643493 (A) ― 1950-09-20 - Improvements in the manufacture of soaps [English version of FR922090]

FR960864 (A) ― 1950-04-27 - Traitement des tissus
FR972184 (A) ― 1951-01-26 - Semelle de corde à épaisseur constante
FR974501 (A) ― 1951-02-23 - Nouveaux articles en coton imprégné de latex
FR1000053 (A) ― 1952-02-07 - Semelle-cuvette à deux étages 
US2603612 (A) ― 1952-07-15 - Fabric treating thermoplastic resin-rosin composition (English version of FR960864)
FR1027329 (A) ― 1953-05-11 - Procédé de vulcanisation par moule universel 
FR1031528 (A) ― 1953-06-24 - Nouveau matériau et son application à la fabrication des chaussures
FR1052534 (A) ― 1954-01-25 - Bande de protection pour la chaussure
FR1058128 (A) ― 1954-03-15 - Procédé de vulcanisation de la chaussure 
FR1062345 (A) ― 1954-04-21 - Chaussure à semelle remontante 
FR1065050 (A) ― 1954-05-19 - Saupoudroir rectiligne
FR1075647 (A) ― 1954-10-19 - Vulcanisation sans bavures de chaussures en caoutchouc 
FR1086185 (A) ― 1955-02-10 - Procédé de fabrication d'un brodequin étanche
FR1100107 (A) ― 1955-09-16 - Traitement mécanique des surfaces en caoutchouc
FR66950 (E) 1957-10-31 Traitement mécanique des surfaces en caoutchouc
FR1141025 (A) ― 1957-08-26 - Perfectionnement apporté aux bottes larges
FR1143484 (A) ― 1957-10-01 - Porte-étiquette hermétique pour l'arboriculture   
FR1254443 (A)  1961-02-24 - Fil plastique indénouable pour l’horticulture
FR12688557 (A)  1961-08-04 - Ecrans pour l’ameublement
FR1274964 (A)  1961-11-03 - Tige de mocassin d’une seule pièce
FR12806999(A)   1962-01-08 - Perfectionnement apporté aux bottes de cheval
FR1300896 (A)  1962-08-10) - Fixation par sous-pied d’une empeigne à sa semelle
FR1284482 (A)  1962-08-09 - Chaussure à semelle rivetée
FR1311055 (A)   1962-11-30 - Procédé de fabrication perfectionné de nu-pieds et produits en résultant
FR1333023 (A) ― 1963-07-19 - Plastron de mocassin formant museau 
FR1432132  (A) ― 1966-03-18 - Chaussure à semelle unique
FR1398167  (A) ― 1965-05-07 – Bigoudi
FR1444218  (A) ― 1966-07-01 - Perfectionnement au conditionnement des cigarettes 
 *Paperclip unverified...

Saturday, January 4, 2014

Older sibling blogs for Patents on the soles of your shoes


Copyright © Françoise Herrmann


The following are two big brother blogs for Patents on the soles of your shoes brought to you both by librarians, experts at patent searching, and at finding the most wonderful, whimsical or strange patents ever filed.

------

The Patent Search Blog – Steven van Dulken ‘s blog on patents and IP
This blog is written by an information search expert who worked for the British Library for more than 35 years. Mr. van Dulken retired in April 2013, but is still active as a private information search specialist and continues to blog at Blogger: The Patent Search Blog http://stephenvandulken.blogspot.co.uk
The latest Jan 3, 2014 post is about the Mills bomb patent, the first modern fragmentation grenade..... which is one way to start the new year with a huge bang! J

The Patent Librarian’s Notebook by Steven white
This blog is written by a librarian for research services at the Engineering and Science Library at Queen’s University in Kingston, Ontario, since 1991 and previously for the USPTO. 
The latest Dec. 31, 2013 post compiles some useful 2013 USPTO statistics, which will give you a glimpse of activity at the USPTO, and save you the time spent on examining all the USPTO statistical dashboards. This is a “year in review” tradition on this blog, where you will also find posts about the “humble egg carton” patents, and toy puzzle patents for children.



Sunday, May 19, 2013

Oh, patents! Cat hammock!

Copyright © Françoise Herrmann  

Ok, cat lovers, this patent pending cat hammock is for you! This hammock attaches under a chair to the four legs, and droops just perfectly under the cat’s weight. No more mismatched cat furniture in your living room. This little hammock blends incaltompletely inconspicuously.

The inventor, Greg Hora, was inspired by his own cat, Vladimir, who crawled into the underside upholstery of a chair! The trick and one of the important aspects of the cat hammock that ensued was to find a way to attach the hammock, on the four legs of a chair, without it slipping under the weight of a cat up to 20 lbs!

And thus, the UNDERCHAIR PET REST patent application was filed April 18, 2012, for a unique type of cat hammock since it requires no frame, and can be attached to any four legs, of any chair, or small table. It further presents great advantages for small apartments where prior art cat hammocks attached to special frames took up a lot of floor space, or required special pegs attached to table legs for secure attachment.

The UNDERCHAIR PET REST is already marketed as the Cat Crib™. It comes in three different colors, cleans in the washing machine, and is guaranteed to make your cat happy!

 
altUS 20120291198 A1
UNDERCHAIR PET REST
A sheet disposed in a chair underside and attachable to the legs of the chair is disclosed. The sheet is configured for forming a downward droop from the weight of a pet and is designed to provide a comfortable resting place for a household cat and other pets as well as provide storage for various household items. The sheet may be attached to the chair by straps connected to and protruding from the perimeter of the sheet. Stiffening bars may be used to reinforce the sides of the sheet. Flaps attached to the sheet perimeter and attachable to the seat may be used to provide a dark and concealed environment for the pet to rest.
 
 
 
 
 
 


                                                                 

Saturday, May 11, 2013

EPO Oscars! Nominee - Prosthetic hand

Copyright © Françoise Herrmann
 
Artificial limbs evoke the horrors of amputation in wars, accidents and natural disasters… and as potential solutions, Captain Hook or the Bionic Man and Woman. The UPSTO awarded the first artificial limb patent for an artificial leg, -Patent No. 4834 - on November 4, 1846, to B.F. Palmer, himself an amputee. The artificial limb was made of hollow wood cones, articulated at the ankle and knee, with a corded pulley system, operating inside the steel knee joint. However, this was hardly the first artificial limb ever produced as there are stories told by the Greek historian Herodotus (in 484 BC) of Greek prisoners severing their limbs to escape, and then fashioning artificial feet, once healed (Brown 2000). And there are also countless archeological sites, dating from the Middle Ages and Renaissance, which have preserved ancient artificial limbs, fashioned of wood, leather, bronze or iron, for hands, legs and feet, even adjustable to fit a shrinking stump, and now exhibited in museums all over Europe (Brown 2000).

What is perhaps far less common and more recent, is the connection to children, and the focus on smaller hands. Indeed, this invention, nominated for a 2013 EPO award, precisely addresses the hurdles of designing high tech hand prostheses that are unconstrained by size, or the degree of amputation, in order to fit in all the electronic circuitry, and align the motors required to operate short enough digits for children, or just a few digits for partial amputees.

 European patent EP1962731, was awarded in 2008 to James David Gow, for PROSTHESES WITH MECHANICALLY OPERABLE DIGIT MEMBERS, precisely addressing the issue of miniaturized design for children. Using a worm gear inserted inside the digit to ensure transmission to a motor that is also part of the finger, the invention’s modular design also resolves the issue of partial amputations. The digits are each individually motorized. This digit technology then operates with skin sensors that pick up residual muscle movements, sent as signals to the hand digit motors, mediated by movement recognition and coordination software.

This patented prosthetic hand is produced by Touch Bionics, Ltd. as the i-limb, and it comes in many different configurations and sizes. Because of the modular design of the prosthesis that separates thumb and finger function, the functional range extends far beyond a single grip to include: 1. akey gripto pick up a small objet with thumb and index finger, to turn a key inside a lock or to adjust a camera focus lense; 2. apower gripfor holding a larger object such as tennis ball or holding an umbrella,; 3. anindex pointfor typing on a keyboard or other digital pad; and 4. athumb parkwhich folds in the thumb to assist with slipping through sleeves when putting on a shirt or sweater.

 In the absence of a hand for the most mundane tasks of pressing, turning, grabing, pulling, lifting and tying, in coordination with the other hand, and short of re-growing one, or bio-printing one (See  the Bioprint patent post on 2-08-2013, in this blog), this is state of  the art mechanical replacement technology, hailing from Scotland, in the UK. 

altalt
EP1962731 PROSTHESES WITH MECHANICALLY OPERABLE DIGIT MEMBERS



Brown, T. (2000) 
America’s first inventions: Popular patents from the airplane to the zipper.Lanham, MD: Scarecrow Press.

 

Tuesday, May 7, 2013

EPO Oscars! Nominee - New Model for Machine Translation

Copyright © Françoise Herrmann
 
There is a new kid in town for machine translation! And it’s bin nominated for the 2013 EPO Oscars!
 
This model suggests that machine translation recognize phrases instead of words. And it comes as a novel attempt at resolving the now almost 75-year challenge of machine translation.

Evidently, there’s no rush… or obstacle on the path to the solution

We all know that context matters, and that “The baby is in the pen” makes perfect sense, and only nonsense in machine translation, where in 100 % of cases the machine translation for “pen” comes back as “stylo” (in French) instead of “parc” (still in French).

So the new solution is to parse whole phrases, for which it is claimed that there is more context-independence, compared to single words, which are so context-dependent for meaning.

Great computational solution, with no detours or bifurcations!

The patent applicant is the University of Southern California. It was awarded to the team of computational linguists: DANIEL MARCU, KEVIN KNIGHT, WILLIAM WONG and PHILIPP KOEHN.

This is also a DoD (Department of Defense) DARPA (Defense Advanced Research Projects Agency) project, and a model in use by Google Translate!

Indeed, we have all already had an opportunity to use it with the EPO automated translation engine for patent abstracts, and patent descriptions,haven't we?

 EP1488338 -  PHRASE-BASED JOINT PROBABILITY MODEL FOR STATISTICAL MACHINE TRANSLATION
 
 
 
alt
                                                             


Monday, May 6, 2013

Oh, patents! EPO nominee for the USB port

Copyright © Françoise Herrmann
 

Can you imagine the dinosaur era of computers without plug and play USB ports? Can you imagine counting pins on connectors, depending on your peripheral device, collecting the connectors with two little screws on each side of the bus and thick cables in a large box, and then figuring out whether such a port even existed on your computer and whether you could actually use that device concurrently with another device using the same connection port, that is, for example, whether you could print and retrieve a document from an external drive at the same time, or connect your modem (prior to modem cards) ? Well, maybe your grandparents remember…

The invention of the universal USB port enabling you to connect any peripheral to your computer, changed all of that! Just plug and play any device, and daisy-chain them if you like, up to 16 devices, or even 127!… Your computer really only needs just a single USB port! You still have to be careful about tripping over the wires, but at least the peripheral connection problem is of another era! It is now just as easy to use a peripheral as it is to use a wall socket, which is exactly the type of connection that inspired the invention team of electronic engineers from Intel Corporation. 
 
Your peripheral is on when plugged via USB port, and off when unplugged! And, the same port can be used for both asynchronous and isosynchronous peripherals, that is: your monitor, printer, router/modem, extra storage devices, telephone or tablet, scanner, speakers, microphone, video and keyboard/mouse/joystick devices. Easy!

Well, certainly on the surface, and from the user’s perspective. This invention belongs to the domain electronic engineering. Just take a peek at the title of the patent awarded to the team of inventors: 
SHAUN KNOLL, JEFF CHARLES MORRISS, SHELAGH CALLAHAN, AJAY V. HATT, SUDARSHAN BALA CADAMBI, and you will get the gist of it: M & A FOR DYNAMICALLY DETERMINING AND MANAGING CONNECTION TOPOLOGY OF A HIERARCHICAL SERIAL BUS ASSEMBLY
 
Ok… M means Method and A means Apparatus! And this invention, patented in 1996, was nominated for the 2013 European Inventor Awards. 
 
 
alt