Copyright © Françoise Herrmann
The YouTube video showcases the Louis Vuitton (LV) deep-time, high jewelry. In particular, a few sweeping shots show the proprietary Louis Vuitton Star-cut diamond, inspired by the iconic LV flower monogram. ✈
Beginning at NYU in Jan 2013 within the context of a Patents Translation course delivered online, this blog seeks to uncover the patents that rock our daily lives....
Copyright © Françoise Herrmann
The YouTube video showcases the Louis Vuitton (LV) deep-time, high jewelry. In particular, a few sweeping shots show the proprietary Louis Vuitton Star-cut diamond, inspired by the iconic LV flower monogram. ✈
The invention relates to a cut gem comprising a girdle (3) having four girdle sides (2) and four girdle corners (1), a table (4) realized by a flat facet, a crown (7) which extends between the table (4) and the girdle (3), in a first direction (H), and a pavilion (13) which extends in a second direction (B), opposite to said first direction (H), between said girdle (3) and a tip of the pavilion (14). The gem is noteworthy in that the crown (7) has 24 facets, the pavilion (13) has 32 facets and in that the four girdle sides (2) are identical in the form of an arc of a circle, the concavity of which is oriented towards the outside of the gem. [Abstract US2017303647 (A1)]
Copyright © Françoise Herrmann
Copyright © Françoise Herrmann
*slop, n: low-quality, high-quantity content, most typically produced by generative AI; also as a combining form for anything lacking value produced in mass quantities.
In fact, the ADL actually promoted one of its 2024 contenders for Word of the Year to the WOTY in 2025. Indeed, AI slop was already voted as a contender for the Society’s 2024 Computer Word of the Year.
In 2025, the promotion of slop to the Word of the Year was explained by the quantum leap in artificial intelligence (AI) use, which in turn led to a concomitant increase in the production of AI-generated slop. An increase only paralleled by the grammatically diversified increase in the use of the term slop.
A new constellation of slop terms, orbiting around AI-generated slop, indicating that slop has definitely migrated from its 16th-century origins—referring to slushy mud—to the digital world. Thus, a year’s worth of language use ended up being crowned by the term slop-—in all of its grammatical variations.
Copyright © Françoise Herrmann
In 2023, five years after its inception, FabBRICK® had produced 152,000 bricks. A quantity of bricks that amounted to 32 tons of upcycled, used textiles. In other words, enough brick orders to justify expanding the company’s size, and to give everyone working for FabBRICK® a clear sense of doing good in the world. A positive impact on yet another serious aspect of environmental pollution, considering how much used and/or waste textiles had been given a second life in stunning wall cladding and furniture projects, such as those exemplified below.
After all, 4 to 5.8 million tons of used textiles are discarded each year, in Europe alone, a large portion of which is sold to Africa. Sales to Africa, where some 30% of the used clothing ends up in infamous landfills, because the textiles are too damaged for purchase. An environmental disaster compounded by the fact that the African used-clothing market, called the Mitumba market, also contributes to strangling local textile production, as no one can compete with used-clothing prices (Textile Mountain, 2020).
![]() |
| Tryptic - Office entrance hall. FabBRICK® Catalog, p.35. |
![]() |
| Mural - Parisian coffeeshop.FabBRICK® Catalog, p. 45 |
![]() |
| Furniture - Unique pieces. (FabBRICK® Website) |
References
FabBRICK® (website)
https://www.fab-brick.com/en/architecture
FabBRICK® Unique pieces
https://www.fab-brick.com/en/pi%C3%A8ces-uniques
FabBRICK® Wall covering catalog
https://www.fab-brick.com/en/_files/ugd/21e6f9_c34fa774b8fc41f8be9724b9756d459e.pdf
Textile Mountain: The hidden burden of our textile waste. (Website)
https://www.textilemountainfilm.com/
Copyright © Françoise Herrmann
The FabBRICK® invention offers a solution at the intersection of a two-fold problematic situation. First, the use of insulating construction materials that are environmentally polluting, high-energy-consuming, and/or potentially damaging. For example, such polluting materials as synthetic polystyrene insulators have a high energy footprint. Even organic, bio-sourced insulating materials have the disadvantage of being potentially depletable. For example, this is the case for plant wool made from straw, cork, or wood; animal wool harvested from sheep; or mineral wool such as fiberglass. Secondly, and most importantly, the invention seeks to offer a new outlet for recycling existing environmental waste, in particular used, and or waste textiles*. Especially considering that no prior art exists for upcycling used and/or waste textiles for construction, specifically for insulation purposes, whether thermal or acoustic.
Finally, by bringing together concerns about existing insulation material pollution with a high energy footprint , on the one hand, and limited recycling outlets for used textile waste, on the other, the FabBRICK® invention also seeks to offer a product that is aesthetically pleasing. Thus, both the FabBRICK® product and manufacturing process address problems of the prior art by upcycling used and/or waste textiles into construction and/or insulation materials, using non-polluting, organic adhesive and a press with a zero-energy-consuming footprint.
The patent Figure 1 below depicts a construction FabBRICK® 10, made of a substance 1, comprising a used and/or waste textile-based stiffening component 2, and an animal and/or plant-based adhesive matrix component 3. The patent Figures 2A and 2B depict, respectively, top (10A) and bottom (10B) views of the FabBRICK® 10. The top view 10A depicts the FabBRICK® 10 tenons 11. The bottom view 10B depicts the FabBRICK® 10 mortises 12.
The patent Figure 3 below depicts the FabBRICK® fabrication press 200**. The press 200 comprises four or more vertical molds 210, attached to a frame 201 and platform 202, and into which the FabBRICK® substance 1 is poured. Each of the molds have lateral sides 211, top 212 and bottom 213 ends. The bottom ends 213 each have a base 214 that translates under compression within the lateral sides 211. Each of the mold bases 214 is also pierced to enable all excess liquid adhesive to drain from the highly absorbent bricks, under compression forces. Excess drainage liquid is then recovered beneath the press in a collection tray, and used to dilute subsequent batches of adhesive.
In the short, subtitled YouTube video below, the FabBRICK® inventor and CEO, Clarisse Merlet, presents the manufacturing process, the advantages, and rationale of her invention.
Copyright © Fançoise Herrmann
Spanish (ES): https://youtu.be/NSmlaUrWDdoGerman (DE): https://youtu.be/zrG3IKUIXjEFrench (FR): https://youtu.be/eT46b_CbxZgDutch (NL): https://youtu.be/eQGyWpiE0OkItalian (IT): https://youtu.be/bLKe6pVp0-kPortuguese (PT): https://youtu.be/Zk6QoA8iWW0Slovenian (SL): https://youtu.be/j7lO6vWX6H4Romanian (RO): https://youtu.be/hsm-MZCrevYCzech (CZ): https://youtu.be/6bQdoKn3Na8Polish (PL): https://youtu.be/N1aapJKjJik