omniomni/omni-engineering huggingface dataset:
Moulin d'Olivet. The Moulin d'Olivet is an 18th-century watermill located at the lowest point (150 m) of the village Orbigny in the French department of Indre-et-Loire, in the region Centre.

History 
The use of the driving force of water is very ancient. In France, during the Middle Ages (5th - 15th century), the rulers of the time, often monks, used several hydraulic steering systems in the abbeys.

For 1000 years, the primitive mechanism which underlies the medieval mill remains the same: a water wheel linked to another wheel controls the rotational movement of the vertical shaft that drives the grinding system. This is the first machine invented by man, and the mill for making flour is the oldest type.

The millers profession - the craft of grinding grains into flour - is one of the oldest agricultural activities of mankind. In Latin  mola , originally a mill, refers to the interaction of two wheels grinding cereals. One can conclude that from the 17th to 19th century the mill has been the driving force of a boom in the rural economy. The whole economy was based on the income obtained by applying the water of the rivers.

1763 

The oldest registration of Le Moulin d'Olivet in the French archives dates back to December 24, 1763 (Act Thenon-Tours).

1828 

The first registration in the municipal register dates from 1828 (Cadastre Napoléonien) with the description:
"Moulin d’Olivet, une usine destinée à moudre le blé, sur le ruisseau d’Olivet, dans la commune d’Orbigny."
The mill was powered by the force of the water of the river l'Olivet, a tributary of the Indrois river.

1967 

Le Moulin d'Olivet was operational as a grain mill until 1967.
Inside the historic Miller's House the hydraulic mechanism and the grinding unit have been preserved.

Cultural Heritage 
The Miller's House is part of an ancient farm complex, characteristic for the Touraine-region. These traditional farms contained a main building (fr: longère) combined with a few agricultural buildings like barns and stables (fr: bâtiments agricoles) built in a U-shape around a courtyard. Because of its historic architecture, Le Moulin d'Olivet is included in a published book about the Touraine and its traditions.

Other interesting historical: 
 Principal building with a high roof structure for a wagon with grains to drive into. The first floor was used for storage.
 Hand masonry and plaster
 Traditional windows (ratio higher than width) and lintels
 Beamed ceilings
 Small barn windows and stone troughs
 Bread-oven in semi-spherical shape
 Stone engraved historical water levels

References 

Watermills in France
Grinding mills in France
Agricultural buildings in France
Monuments historiques of Indre-et-Loire
Buildings and structures in Indre-et-Loire
Indre-et-Loire
Shooting Star (drone). The Shooting Star is a quadcopter drone designed for light shows by Intel. It is constructed of polystyrene and lightweight plastics; and it has built-in light-emitting diodes (LEDs) for display purposes. Large numbers of Shooting Star drones can be controlled by a single computer and operator that can create more than four billion color combinations from the built-in LEDs, with the system's algorithms controlling the choreography and optimizing the flight paths. In 2022, Intel sold the division to Nova Sky Stories.

Use
In November 2016, 500 of the drones were used in a light show to set the new Guinness World Record for the "Most Unmanned Aerial Vehicles (UAVs) airborne simultaneously".

The drones were used for the Super Bowl LI halftime show performance by Lady Gaga in 2017, in which 300 Shooting Stars formed an American flag in the sky. Because of the tight regulations during the show and establishment of a no-drone flight zone, the drone show was recorded beforehand.

Josh Walden of Intel's New Technologies Group stated that one possible application of the technology is to use large numbers of drones to perform a visual inspection much more quickly than a single unit.

During Art Basel Miami Beach 2017 Intel worked together with Studio Drift and BMW with a performative artwork with a flying swarm of 300 drones

1,218 of these drones were used for the 2018 Winter Olympics opening ceremony, which became the largest drone show in the history of the world.

References

External links 
 Intel website on Shooting Star light shows
 Nova Sky Stories

Intel products
Multi-robot systems
Quadcopters
Unmanned aerial vehicles of the United States
Indigenous materials in the Philippines. Indigenous materials are materials that are naturally and locally found in a specific place such as timbers, canes, grass , palms, and rattan.
 Other indigenous raw materials in the country that are commonly known and used creatively in crafts and decoration are capiz, pearls, corals, and seashells, being an archipelago naturally abundant in beaches and marine resources.

Arts and crafts 
The native Filipino products, like in wooden or rattan furniture and handicrafts, woven abaca or pinacloth, and other handmade or carved toy or trinket one usually finds in rural areas was made from indigenous raw materials. Natural fibers from rattan, bamboo, nipa leaves, abaca and pina are commonly used for weaving.

Filipino architectures established the importance of using indigenous materials sawali, it is still naturally cooler than condos and houses.

References

Philippine art
Association Française de Mécanique. The Association française de mécanique (AFM), French Association of Mechanics, was created in 1997 by the union of 17 scientific and engineers societies covering the disciplines of mechanics. It was promoted by the High Mechanical Committee (HCM), with the decisive support of the Federation of Mechanical Industries (FIM), the Technical Center of Mechanical Industries (CETIM) and the University Association in Mechanics (AUM) for the academic part. It is a forum for information, exchange and reflection for the mechanical community: business leaders, engineers, technicians, researchers, professors, mechanical experts. Its main objective is to promote activities and achievements in the main fields of mechanics.

The AFM's operating mode, through its 19 scientific and technical groups (GST) and Commissions, its transversal thematic groups (GTT), the organization of conferences, congress, publication of newsletters and an indexed international journal Mechanics & Industry, aims at the transfer of knowledge and more particularly promotes the "transfer of technologies" from research to industry. It is also meant to represent French mechanics in front of its foreign counterparts. AFM is the referring partner of the French Ministry of Higher Education and Research for all research activities in Mechanics and in close collaboration with the French National Committee of Mechanics (CNFM) which is the link for France with IUTAM (International Union of theoretical and Applied Mechanics).

The AFM organizes every two years a national conference entitled French Congress of Mechanics gathering more than 1000 participants. It is at the initiative of a " Livre blanc de la Mécanique ", which identifies the scientific and technological locks remaining to be lifted in the field.

The presidents of Association Française de Mécanique 
Since 1997, eight presidents have successively headed the association. The current president is Eric Arquis, elected in March 2016.

External links 
 Site web (in French)
 French National Committee of Mechanics (in French)

Engineering societies based in France
societies
Disodium helide. Disodium helide (Na2He) is a compound of helium and sodium that is stable at high pressures above . It was first predicted using the USPEX crystal structure prediction algorithm and then synthesised in 2016.

Synthesis 
Na2He was predicted to be thermodynamically stable over 160 GPa and dynamically stable over 100 GPa. This means it should be possible to form at the higher pressure and then decompress to 100 GPa, but below that it would decompose. Compared with other binary compounds of other elements and helium, it was predicted to be stable at the lowest pressure of any such combination. This also means, for example, that a helium-potassium compound is predicted to require much higher pressures of the order of terapascals.

The material was synthesized by putting tiny plates of sodium in a diamond anvil cell along with helium at 1600 bar and then compressing to 130 GPa and heating to 1,500 K with a laser. Disodium helide is predicted to be an insulator and transparent. At 200 GPa the sodium atoms have a Bader charge of +0.599, the helium charge is −0.174, and the two-electron spots are each near −0.511. This phase could be called disodium helium electride. Disodium helide melts at a high temperature near 1,500 K, much higher than the melting point of sodium. When decompressed, it can keep its form as low as 113 GPa. As pressure increases, the sodium is predicted to gain more positive charge, the helium to lose negative charge and the free electron density to increase. Energy is compensated by the relative shrinking of the helium atoms and the space for electrons.

Structure 
Disodium helide has a cubic crystal structure, resembling that of fluorite. At 300 GPa the edge of a unit cell of the crystal has . Each unit cell contains four helium atoms on the centre of the cube faces and corners, and eight sodium atoms at coordinates halfway between the center and each corner. Electron pairs (2e−) are positioned on each edge and the centre of the unit cell. Each pair of electrons is spin paired. The presence of these isolated electrons makes this an electride. The helium atoms do not participate in any bonding; however, the electron pairs can be considered as an eight-centre two-electron bond.

Footnotes

References

Sodium compounds
Helium compounds
Binary compounds
Substances discovered in the 2010s
Electrides
Nano-suction technology. Nano-suction is a technology that uses vacuum, negative fluid pressure and millions of nano-sized suction cups to securely adhere any object to a flat non-porous surface. When the nano-suction object is pressed against a flat surface, millions of miniature suction cups create a large vacuum, generating a strong suction force that can hold a tremendous amount of weight. The nature of the technology allows easy removal without residue, and makes it reusable.

Applications
There have been a wide range of applications of nano-suction technology, also known as "anti-gravity", ranging from hooks, frames, mirrors, notepad organisers, mobile phone cases and large houseware products.

See also
Synthetic setae
Suction cup

References 

Nanotechnology
Tools
Vacuum
Joining
Jingming Xu. Jingming "Jimmy" Xu is an engineer, currently the Charles C. Tillinghast '32 University Professor at Brown University and Chang-Jiang Chair in Physics at University of Electronic Science and Technology of China, also having been the James Ham Chair in Optoelectronics (1992–1997) and Nortel Professor of Emerging Technology at University of Toronto (1997–1999). He is a Fellow of the American Association for the Advancement of Science, IEEE, American Physical Society and Institute of Physics.

References

Brown University faculty
21st-century Chinese engineers
Living people
Year of birth missing (living people)
Fellows of the American Physical Society
Vijay K. Goel. Vijay K. Goel is an American engineer, currently the Distinguished University Professor and McMaster-Gardner Endowed Chair at University of Toledo. Goel was the 2014 recipient of the American Society of Biomechanics Borelli award, which recognizes outstanding career accomplishment in biomechanics.

References

Year of birth missing (living people)
Place of birth missing (living people)
Living people
21st-century American engineers
University of Toledo faculty
List of Louisiana Wildlife Management Areas. Louisiana Wildlife Management Areas are protected conservation areas within the state of Louisiana. The goal is protecting, conserving, and replenishing wildlife, including all aquatic life. Wildlife Management Areas may be owned or managed by the Louisiana Department of Wildlife and Fisheries. The Enforcement Division ensures compliance of laws and rules and regulations regarding the management, conservation, protection of natural wildlife and fisheries resources, and providing public safety.

Ecoregions

Louisiana is divided into areas called ecoregions, West Gulf Coast Plain (WGCP) with 370,861 acres, East Gulf Coast Plain (EGCP) with 198,377 acres, Mississippi Alluvial Valley - North (MAVN) with 128,736 acres, and the Mississippi Alluvial Valley - South (MAVS) with 257,999 acres.

Wildlife Management Areas 
Louisiana Wildlife Management Areas:

Former WMA
The LDWF free-lease on the more than 25,000-acre Jackson - Bienville Wildlife Management Area (a WMA since 1961) was not renewed as of July 1, 2016, as an agreement with the Weyerhaeuser Company could not be reached. Nesting areas of the Red-cockaded woodpeckers are still subject to protection by the State of Louisiana and the LDWF under current laws and rules and regulations.

Ben's Creek Wildlife Management Area in Washington Parish, with 13,044-acres (since 1987), was removed as a free-lease so the public can no longer use the property.

Georgia Pacific WMA
A 25,480-acre tract of land, bordered on the west by the Upper Ouachita National Wildlife Refuge, managed by the LDWF under a twenty-five year lease with tax exemptions that started in 1994, was removed as a WMA in 2003. The property, previously known as Terzia Game Preserve, under cooperative agreements with the state of Louisiana since 1935, was renamed Georgia Pacific WMA in 1966. Georgia Pacific Corporation transferred the property to a subsidy, The Timber Company, and the property was acquired by Plum Creek Timber Company during a 2001 merger. A local attorney brought a lawsuit in 2002 challenging the legality of a 1987 Legislative act (LSA-R.S. 56:24), that exempted local and state property taxes on corporate forest lands leased to the State for hunting by the public, that allegedly conflicts with Section 21 of Article 7 of the Louisiana Constitution. The lawsuit will likely have far reaching implications on land made available to the public that includes over 400,000 acres in Louisiana. With the potential loss of tax exemptions more property owners will likely not renew leases and many will opt to self-manage property pursuing other uses like leasing to hunting clubs, that have become a lucrative deal.

Conservation areas
White Lake Wetlands Conservation Area in Vermilion Parish

Wildlife refuges

References

 01
Wildlife Management Areas
Wildlife Management Areas
Wildlife management areas
Louisiana
Louisiana
Wildlife management areas
Louisiana
Disordered Structure Refinement. The Disordered Structure Refinement program (DSR), written by Daniel Kratzert, is designed to simplify the modeling of molecular disorder in crystal structures using SHELXL by George M. Sheldrick. It has a database of approximately 120 standard solvent molecules and molecular moieties. These can be inserted into the crystal structure with little effort, while at the same time chemically meaningful binding and angular restraints are set. DSR was developed because the previous description of disorder in crystal structures with SHELXL was very lengthy and error-prone. Instead of editing large text files manually and defining restraints manually, this process is automated with DSR.

Application 

DSR can be started in a command line. The call has the basic form:
 dsr [option] (SHELXL file)
DSR is controlled with a special command in the corresponding SHELXL file. This has the following syntax:
 REM DSR PUT/REPLACE "fragment" WITH (atoms) ON (atoms or q-peaks) PART 1 OCC -21 =
   RESI DFIX
The DSR command must always start with REM so that SHELXL does not recognize this line as its own command. Which atom of the molecule fragment from the database corresponds to which atom or q-peak in the crystal structure is specified in the list following WITH and ON.

By running
 dsr -r file.res 
the fragment fit is performed and the restraints transferred.

Graphical user interface 

Since 2016 ShelXle has a graphical interface to DSR. Most commands of the command line version can be executed there.

In order to transfer a fragment into a structure, three atoms / q-peaks have to be selected in ShelXle and in the DSR GUI each to specify the position of the fragment. The 3D view of the fragment then shows a preview of the subsequent fragment fit.

Programming 

DSR is only programmed in Python. Therefore, it runs in any Python-supported operating system.

It is under the free Beerware license and can be downloaded free of charge and changed as desired.

References

External links 
 

Crystallography software
Python (programming language) software
OMG, I'm a Robot!. OMG, I'm a Robot?! (Hebrew: אני לא מאמין, אני רובוט?!, tr. Ani lo ma'amin ani Robot!), also known as Robot Awakening, is a 2015 Israeli science fiction comedy film directed by  and Gal Zelezniak.

Actors Yotam Ishay and Tzahi Grad co-star in the lead roles. It also presents a Jewish "R2-D2" dubbed by Rob Schneider. It was produced by Amir Manor, shot by Tomer Shani and edited by Yiftach Paul Shoshan.

Premise
Danny is amazed to find out he is a deadly robot. With renewed hopes and robotic forces, and with the help of his macho boss and a small Jewish "R2D2" (Dubbed by Rob Schneider), Danny sets off to rescue the love of his life.

Cast
  as Danny Bernstein	
 Tzahi Grad as Goldschmidt, Danny's boss		
  as Noa, Danny's girlfriend  	
  as Dimitry 		
 Inna Bakelman as Maya		
 Rob Schneider as Robo Joseph (voice only)		
 Nelly Tagar as Netta		
  as Moyshe'le	
 Ori Yaniv as Yossi (a bully)
 Yossi Marshek as Herzl (a bully)		
 Guy Gior as Hot guy in the Park with a dog		
 Lior Duvdevani as Policeman No. 1		
 Ilan Kovach as Policeman No. 2

Release
The film was screened at all major Israeli cinemas.

The film had his international premiere on 14 October 2016 at the Sitges Film Festival in Catalonia, Spain, and was selected as an official nominee in the festival's "Midnight Extreme" competition. In 2017 the film screened in several genre film festivals, including Italy's Fantafestival, Portugal's Fantasporto, Brazil's Fantaspoa, Boston Science Fiction Film Festival and was selected to be the opening film of the Other Worlds Austin SciFi Film Festival.

The film is available for home entertainment on Israeli video on demand.

Reception
The film was nominated by the Sitges Film Festival for "Best Feature" award at the "Midnight Extreme" competition.

The film was also nominated for an Ophir Award by the Israeli Academy of Film and Television members for "Best Art Design".

It was awarded "Best Feature Film Editing" at the Other Worlds Austin SciFi Film Festival in Austin, Texas.

References

Reviews

  
 
 
OC Movie review, The Robots Are Coming, from Israel. 26 November 2019

External links
 
 
 OMG, I’M A ROBOT on HBO Special
 OMG, I’M A ROBOT on I24

2015 fantasy films
2010s science fiction comedy films
2010s superhero films
2015 films
2010s Hebrew-language films
2015 independent films
Israeli independent films
Israeli science fiction comedy films
Films about robots
2015 comedy films
British Rail Class 21. Two separate types of diesel locomotive operating in Great Britain have been given the TOPS classification Class 21.
British Rail Class 21 (NBL) - a class of 58 diesel-electric locomotives produced by the North British Locomotive Company from 1958-1960.
British Rail Class 21 (MaK) - a group of diesel-hydraulic locomotives produced by MaK/Vossloh and used on the Channel Tunnel Rail Link.

21 0
Tai Seng Facility Building. Tai Seng Facility Building, abbreviated as TSFB or Tai Seng, is an underground train depot for the Mass Rapid Transit system in Singapore. The depot is constructed towards the east of Kim Chuan Depot and will provide maintenance, stabling and operational facilities for the Downtown line. It is located in Hougang along Bartley Road East. It is accessible via a surface building located along Bartley Road East.

The depot is approximately 52 metres wide, 295 metres long and 20 metres deep. It is connected to Kim Chuan Depot and has underground access for trains to run between both facilities, allowing Downtown line trains to be stabled in the Tai Seng Facility Building, and able to access its remote tracks. It is used in tandem with Kim Chuan Depot for the operations of the Downtown line.

History
Construction of the Tai Seng Facility Building began in November 2010 and was targeted for completion in March 2013, ahead of the commencement of service along the Downtown line Stage 1. The rolling stock for the line were stabled at the neighbouring Kim Chuan Depot, which houses the trains for the Circle line.

When Stage 1 of the Downtown line opened on 22 December 2013, Kim Chuan Depot was used for maintenance and launching of rolling stock for the Downtown line, until Stage 2 was completed on 27 December 2015, providing access to Gali Batu Depot, the Downtown line's main depot. During that time, Downtown line trains had to be towed from the facility via Circle line tracks overnight to Stage 1 of the Downtown line for revenue service and light maintenance work was done at the temporary Marina Bay Maintenance Facility.

The depot is used at full capacity for the housing and maintenance of trains. This includes a direct connection between the line directly to the facility between Ubi station and Bedok North station via two reception tracks: 1 track Bukit Panjang-bound towards Ubi station and 1 track Expo-bound towards Bedok North station.

References 

2017 establishments in Singapore
Mass Rapid Transit (Singapore) depots
Tampines
British Rail Class 21 (MaK). The second use of the TOPS classification Class 21 for locomotives used on the British railway network came through the use of a number of related diesel-hydraulic and diesel-electric locomotives procured following the opening of the Channel Tunnel. The total of 16 locomotives were obtained by two separate operators, with some used for freight, and others to propel service trains and as "Thunderbird" locomotives.

History
In the early 1980s, Maschinenbau Kiel introduced its MaK DE 1002 design of diesel-electric locomotive, which was chosen by Nederlandse Spoorwegen as the basis of its Class 6400 freight locomotive. In 1991, Eurotunnel procured five similar locomotives as its Class 0001, for use both to operate service trains through the Channel Tunnel and as rescue locomotives.

In 2005, Euro Cargo Rail (ECR) was formed as a freight operator in France by English, Welsh and Scottish Railway (EWS). Its initial operations were carried out by a quartet of Vossloh G1206 diesel-hydraulic locomotives. Although these locomotives were intended for use in France, maintenance was planned to be carried out at EWS's depot at Dollands Moor, close to the Eurotunnel terminal at Cheriton. Because the locomotives would be operating on railways in Great Britain, they were allocated numbers in the TOPS system as Class 21. Two similar G1000 locomotives were procured in 2007.

In 2009, Eurotunnel's five locomotives were used extensively for rescue operations following severe snow. As a consequence, the company identified a need to have greater availability of these units, and so procured a pair of Class 6400 locomotives from DB Schenker Nederland in November 2010. At the same time, Eurotunnel registered its locomotives on TOPS - the superficial similarity to the ECR locomotives led to the Eurotunnel units also being assigned as Class 21. Eurotunnel acquired a further three secondhand units from the Netherlands in 2016.

Fleet details

References

21
Bo-Bo locomotives
MaK locomotives
Vossloh locomotives
Standard gauge locomotives of Great Britain
Standard gauge locomotives of France
Diesel–electric locomotives of France
Diesel–electric locomotives of Great Britain
Railway locomotives introduced in 1990
Railway locomotives introduced in 2005