omniomni/omni-engineering huggingface dataset:
Natural City. Natural City () is a 2003 South Korean science fiction film, set in a dystopian future, about a colony world that integrates robots, androids and cyborgs amongst the population.

Plot 
Two police officers, R and Noma, hunt down renegade cyborgs. The cyborgs serve a number of duties, ranging from military commandos to "dolls", engineered for companionship. They have a limited 3-year lifespan, although black market technology has been developed to transfer a cyborg's artificial intelligence into the brain of a human host.

This breakthrough compels R into finding Cyon, an orphaned prostitute, who may serve as the host for the mind of his doll Ria. He has fallen deeply in love with his doll and she has only a few days left to live.

Eventually, R must make a decision between leaving the colony with Ria to spend her last days with him on a paradise-like planet or save his friends when a renegade combat cyborg takes over the police headquarters.

Cast
 Yoo Ji-tae as R
 Lee Jae-eun as Cyon
 Seo Lin as Ria
 Jung Eun-pyo as Croy
 Yoon Chan as Noma
 Jung Doo-hong as Cypher
 Ko Ju-hye as Ami

Reception
The film received mixed to positive reviews. Rotten Tomatoes gave at the film 67% positive reviews.

References

External links
 
 Natural City at HanCinema
 

2003 science fiction action films
2003 films
Dystopian films
2000s dystopian films
2000s Korean-language films
Mad scientist films
South Korean post-apocalyptic films
Films about robots
South Korean science fiction action films
Films set in the future
Films about artificial intelligence
Films about cyborgs
Films about androids
Films set in 2080
Cyberpunk films
2000s South Korean films
Ethylhexyl palmitate. Ethylhexyl palmitate, also known as octyl palmitate, is the fatty acid ester derived from 2-ethylhexanol and palmitic acid. It is frequently utilized in cosmetic formulations.

Chemical structure
Ethylhexyl palmitate is a branched saturated fatty ester derived from ethylhexyl alcohol and palmitic acid.

Physical properties
Ethylhexyl palmitate is a clear, colorless liquid with a slightly fatty odor at room temperature.

The ester is synthesized by reacting palmitic acid and 2-ethylhexanol in the presence of an acid catalyst.

Uses
Ethylhexyl palmitate is used in cosmetic formulations as a solvent, carrying agent, pigment wetting agent, fragrance fixative and emollient. Its dry-slip skinfeel is similar to some silicone derivatives.

References

Cosmetics chemicals
Fatty acid esters
Lipids
Palmitate esters
2-Ethylhexyl esters
Mitsubishi Agricultural Machinery. is a Japanese agricultural machinery manufacturing company. Its products include tractors, combine harvesters, rice transplanters and tillers.

Headquartered in Higashiizumo, Shimane, Japan, Mitsubishi Agricultural Machinery is a part of the Mitsubishi Group. Mitsubishi Agricultural Machinery was established in February 1980 from the merger of the Mitsubishi Machinery Co., Ltd. and Sato Machinery Co., Ltd.

Mitsubishi equipment is distributed throughout Asia, Europe, Australia and North America. Mitsubishi tractors were sold in the United States for a short period as Satoh tractors, but the current distribution is operated under the Mahindra brand by the respective companies. Grey market tractors are also currently sold in the US. Mitsubishi used to be distributed in the USA under the Cub Cadet and International Harvester brands.

Mitsubishi has partnerships with LS Tractors of South Korea, a division of LS Cable, formerly LG Cable and VST Tillers of India.

Tractors 
Small diesel tractors

The K3x engines range from the 0.773L K3A rated at 15 hp. to the 1.496L K3M rated at 30 hp.

K3A - 0.773L - 15hp
 
K3B - 0.847L - 17hp
 
K3C - 0.899L - 18.5hp

K3D - 0.978L - 22hp
 
K3E - 1.061L - 24hp
 
K3F - 1.117L - 25hp
 
K3G - 1.235L - 23hp
 
K3H - 1.289L - 25hp
 
K3M - 1.496 - 30hp

External links
Mitsubishi Agricultural Machinery
List of Mitsubishi Tractors
Mitsubishi companies
Agricultural machinery manufacturers of Japan
Tractor manufacturers of Japan
Agriculture in Japan
Japanese brands
Mahindra Group
TYM (company). TYM CORPORATION is a South Korean agricultural machinery manufacturing company headquartered in Seoul, South Korea with operations in more than 40 countries. The company began in 1951, founded in Busan, South Korea, as the Tong Yang Moolsan  and was renamed "TYM" in 2020.  TYM designs, produces, and sells tractors, combines, cultivators, rice transplanters and diesel engines.

History
In 1968 it merged with Korea Light Metal and commenced agricultural Machinery production. In 1973 Anyang Farm Machinery Factory established; company shares opened to the public. TYM's Research and Development Institute and Agricultural Machinery Training Institute were established in 1993.

TYM entered the US tractor market in 2004 and acquired Kukje (Branson) in 2016. Kukje Machinery and its Branson line would put TYM ahead of current number two LS Mtron among South Korean agricultural equipment players, and close to Daedong Co., the manufacturer of Kioti tractors and all-terrain utility vehicles.

Products

Tractors
Attachments
Cultivators
Rice transplanters
Combine harvesters
Engines

Brands
 Branson
 Kukje Machinery (KM)
 TYM

References

Notes

External links
TYM History
Tractor manufacturers of South Korea
Agricultural machinery manufacturers of South Korea
South Korean brands
Manufacturing companies based in Seoul
Manufacturing companies established in 1951
South Korean companies established in 1951
Emcor. EMCOR Group, Inc., headquartered in Norwalk, Connecticut, provides mechanical and electrical construction, industrial and energy infrastructure, and building services in the United States and the United Kingdom. It has over 100 operating subsidiaries and approximately 180 locations. The company is ranked 324th on the Fortune 500. In 2023, the company was ranked 2nd by Engineering News-Record on its list of the top 600 specialty contractors.

The company's electrical and mechanical construction services division, representing 63% of revenues in 2023, provides construction and operation services for data centers; power stations, including those that provide nuclear power and sustainable energy; road lighting and traffic control systems, and other heavy construction projects.

The company's building services division, which represented 28% of revenues in 2023, maintains mechanical systems such as HVAC, plumbing, fire safety, automation, energy, and air quality. Notable government agencies that the company provides services for include the National Archives and Records Administration, the Federal Deposit Insurance Corporation, the Government Accountability Office, and the departments of Transportation, Education, Health and Human Services, Energy, and Homeland Security, as well as the NASA Jet Propulsion Laboratory.

The company's industrial services segment, which represented 9% of revenues in 2023, handles maintenance of oil refineries and other petrochemical processing plants. It is also leveraging its expertise to construct and maintain facilities related to sustainable energy and carbon capture and storage.

The company has experienced growth as a result of increased demand for systems due to growth in digital processing, cloud computing, and data storage. It has benefited from the increased usage of data centers, energy transition, focuses on efficiency and sustainability, and reshoring and nearshoring.

History
In 1994, Jamaica Water Properties filed for bankruptcy after making making acquisitions unrelated to its core business and incurring significant debt. Frank MacInnis became CEO of the company, sold many of the businesses and renamed the remaining company as Emcor. The company also added facilities management services to provide a steady revenue stream. 

As of 2001, since the restructuring was completed in December 1994, the company had realized 27 consecutive quarters of year-over-year revenue growth.

McInnis retired as CEO in January 2011 and as chairman in 2015.

Acquisitions

Controversies

Data breach
In March 2020, the company disclosed that a ransomware incident had affected some of its IT systems on February 15, 2020. The incident was identified as an infection with Ryuk ransomware. Details about the incident were not disclosed, including whether or not the company paid the ransom demand.

References

Companies based in Norwalk, Connecticut
Companies listed on the New York Stock Exchange
Companies in the S&P 400
Iseki. , based in Matsuyama and Tokyo, Japan, is the third largest Japanese agricultural machinery manufacturing company. Its products include tractors, combine harvesters, rice transplanters, riding mowers, zero-turn mowers, tillers, components, and diesel engines.

It was founded in 1926 as  in Matsuyama, Ehime, Japan. It was incorporated in 1936 as Iseki & Co.

Iseki began building tractors in 1961. Early models of the Iseki tractor were built under Porsche-Diesel's technology and design transfer contract. Its tractors have been and are sold worldwide under various brands: AGCO, Bolens, Challenger, Massey Ferguson and White. Some models sold in Japan have been built by Landini of Italy and by Massey Ferguson in France.

Early TYM tractors were based on Iseki's designs and used Iseki's expertise.

Iseki also has joint ventures with other companies, among them Dongfeng Motor.

Iseki have changed the way grass clippings are collected on their garden tractors. Unlike most machines where the grass is forced up over the transmission and other elements, the Iseki tractor has a system where the transmission is passed to the wheels by a series of chains, much like a rice paddy tractor.

External links

Iseki global website

References

Agricultural machinery manufacturers of Japan
Tractor manufacturers of Japan
Engine manufacturers of Japan
Diesel engine manufacturers
Japanese brands
Manufacturing companies based in Tokyo
Companies based in Ehime Prefecture
Manufacturing companies established in 1926
Japanese companies established in 1926
Companies listed on the Tokyo Stock Exchange
Hexion. Hexion Inc. or Hexion (previously Momentive Specialty Chemicals) is a chemical company based in Columbus, Ohio. It produces thermoset resins and related technologies and specialty products.

Hexion is organized into two divisions: the Epoxy, Phenolic and Coating Resins Division, and the Forest Products Division.

Hexion offers resins for a wide range of applications like Abrasives, Adhesives, Chemical Intermediates, Civil Engineering, Coatings, Composites, Crop Protection, Electrical/Electronics, Engineered Wood, Fertilizers and Pesticides, Fibers and Textiles, Foams, Friction Materials, Furniture, Molding Compounds, Oilfield, Oriented Strand Board, Particleboard and Fiberboard, Plywood and Laminated Veneer Lumber and Refractories.

Corporate structure 
Hexion Specialty Chemicals, Inc was formed in 2005 through the merger of Borden Chemicals, Resolution Performance Products, Resolution Specialty Materials, and Bakelite AG. At that time they also acquired Pacific Epoxy Products. In 2010, the parent holding companies of Momentive Performance Materials Inc. and Hexion Specialty Chemicals Inc. merged to form Momentive Performance Materials Holdings LLC. In 2015, this combined company renamed itself to Hexion Inc.

In February 2020, Hexion Inc. announced that it has entered into a definitive agreement to sell its manufacturing site in Yumbo, Colombia to a joint venture led by Master Paints & Chemical Corporation.

Acquisition by Westlake 
In February 2022, it was announced the company epoxy division acquisition by Westlake was complete.

See also

 Epoxy
 Momentive

References

External links
 

Companies based in the Columbus, Ohio metropolitan area
Chemical companies of the United States
Private equity portfolio companies
Apollo Global Management companies
2005 mergers and acquisitions
Companies that filed for Chapter 11 bankruptcy in 2019
London Buses route 360. London Buses route 360 is a Transport for London contracted bus route in London, England. Running between Royal Albert Hall and Elephant and Castle, it is operated by Go-Ahead London.

History
The route was the first in London to use hybrid electric buses, with six vehicles built by Wrightbus, branded Electrocity, entering service in February 2006. The trial was announced in March 2005; route 360 was chosen as it is one of few single-deck routes to operate in central London. Six diesel buses were operated alongside the hybrids for comparison. The hybrids were temporarily withdrawn shortly after their introduction following problems with engine overheating.

In November 2009, it was announced that Go-Ahead London had successfully tendered to retain the route, which would be converted to full hybrid operation using a mixture of new and existing vehicles from 23 January 2010, the first route to use only hybrid vehicles. In August 2014, new passenger information screens were introduced on one bus on the route.

The hybrid buses were replaced by electric Alexander Dennis Enviro200EV single-deckers in November 2017.

Current route
Route 360 operates via these primary locations:
Royal Albert Hall
South Kensington station 
Sloane Square station 
Lister Hospital
Pimlico station 
Vauxhall Bridge
Vauxhall bus station  for Vauxhall station  
Albert Embankment
Imperial War Museum
Elephant & Castle station

References

External links

Bus routes in London
Transport in the Royal Borough of Kensington and Chelsea
Transport in the London Borough of Lambeth
Transport in the London Borough of Southwark
Transport in the City of Westminster
SSDD. SSDD, an initialism, may refer to:
 Single Sided, Double Density, a floppy disk format
 "System/Subsystem Design Description" / "System Segment Design Description" / "System Segment Design Document", part of the MIL-STD-498 military standard
 Serious Sam Double D, a 2011 video game by Mommy's Best Games and Devolver Digital
SSDD, a 2020 music video by BACI (german Rapper)
Brise soleil. Brise soleil, sometimes brise-soleil (; ), is an architectural feature of a building that reduces heat gain within that building by deflecting sunlight. The system allows low-level sun to enter a building in the mornings, evenings and during winter but cuts out direct light during summer.

Architecture
Brise-soleil can comprise a variety of permanent sun-shading structures, ranging from the simple patterned concrete walls popularized by Le Corbusier in the Palace of Assembly to the elaborate wing-like mechanism devised by Santiago Calatrava for the Milwaukee Art Museum or the mechanical, pattern-creating devices of the Institut du Monde Arabe by Jean Nouvel.

In the typical form, a horizontal projection extends from the sunside facade of a building. This is most commonly used to prevent facades with a large amount of glass from overheating during the summer. Often louvers are incorporated into the shade to prevent the high-angle summer sun falling on the facade, but also to allow the low-angle winter sun to provide some passive solar heating.

Gallery

See also
Awning
Green building
List of low-energy building techniques
Mashrabiya
Pergola
Sudare

References

External links

Brise soleil at the Milwaukee Art Museum
 (Brise Soleil Commercial Applications)
British-Yemini Society Influence of climate on window design
 (demonstration of Brise Soleil in commercial applications)
AD Classics: AD Classics: Palace of the Assembly / Le Corbusier
Technical possibilities (in German)
Museum of everyday culture (in German)
 (Further reading on Brise Soleil from a supplier)

Architectural elements
Low-energy building
Articles containing video clips
Shading (architecture)
Delta-wye transformer. A delta-wye transformer is a type of three-phase electric power transformer design that employs delta-connected windings on its primary and wye/star connected windings on its secondary. A neutral wire can be provided on wye output side.  It can be a single three-phase transformer, or built from three independent single-phase units.  An equivalent term is delta-star transformer.

Transformers

Delta-wye transformers are common in commercial, industrial, and high-density residential locations, to supply three-phase distribution systems.

An example would be a distribution transformer with a delta primary, running on three 11 kV phases with no neutral or earth required, and a star (or wye) secondary providing a 3-phase supply at 415 V, with the domestic voltage of 240 available between each phase and the earthed (grounded) neutral point.

The delta winding allows third-harmonic currents to circulate within the transformer, and prevents third-harmonic currents from flowing in the supply line. 

Delta-wye transformers introduce a 30, 150, 210, or 330 degree phase shift.  Thus they cannot be paralleled with wye-wye (or delta-delta) transformers. However, they can be paralleled with identical configurations and some different configurations of other delta-wye (or wye-delta with some attention) transformers.

See also
 Electric power distribution
 High-leg delta
 Mains power systems
 Motor soft starter

References

External links
 Three-phase transformer circuits
 Three-phase voltage transformations

Electric transformers
Three-phase AC power
Oakengates railway station. Oakengates railway station serves the town of Oakengates, Telford and Wrekin, Shropshire, England. It has two platforms.

Rail services are primarily provided by West Midlands Trains with Transport for Wales providing a service on late evenings through the week, and a limited service on Sundays.

Between Oakengates and  is the Oakengates Tunnel.

Oakengates Tunnel
This tunnel was a major problem in the construction of the railway, delaying the project by three years between 1846 and 1849. Details of the difficulties, including unseasonable weather, are contained in a report dated 21 August 1848 from Robert Stephenson, Consulting Engineer, and William Baker, the Shropshire Union Railway Engineer. Originally built for broad-gauge railways, this tunnel is the only one on the Shrewsbury to Wolverhampton line and the longest of the three railway tunnels presently in use in Shropshire, stretching for 471 yards.

The tunnel passed under the summit level of the Shropshire Canal and was the scene of a disaster in 1855, when a breach from the canal into the tunnel occurred. The entire summit level emptied into the tunnel, causing flooding in the town, although there were no reports of any personal injury.

An accident occurred at the station on 11 September 1877 when a Great Western train, the 7:40 am from Shrewsbury, arrived at Oakengates station on time at 8:09 am. Its locomotive, no. 153, then exploded due to a boiler failure. The explosion killed the driver, Anthony Robson Potter, and injured several others.

Services
Oakengates is typically served Monday to Sunday by one train per hour in each direction between  and  via , with some extra trains at peak times on weekdays. These services are operated by West Midlands Trains under the 'West Midlands Railway' brand using  DMUs. Transport for Wales serves the station with one train per day to Shrewsbury (single direction) after midnight. This train is the last northbound departure of the day.

References

Further reading

External links

History of the Railway
Locations from Steam Index

Railway stations in Shropshire
DfT Category F2 stations
Former Great Western Railway stations
Railway stations in Great Britain opened in 1849
Railway stations served by West Midlands Trains
Railway stations served by Transport for Wales Rail
1849 establishments in England
Oakengates
Railway stations in Telford and Wrekin
Lee T. Todd Jr.. Lee Trover Todd Jr. (born May 6, 1946, in Earlington, Kentucky) was the 11th president of the University of Kentucky in Lexington, Kentucky.

Early life and education
Todd was born in 1946 in Earlington, Kentucky, a small town close to Madisonville. He earned a bachelor's degree in electrical engineering from the University of Kentucky in 1968. He went on to earn his master's and doctoral degrees in electrical engineering from the Massachusetts Institute of Technology in 1970 and 1973. Todd studied at MIT thanks in part to a fellowship from the Hertz Foundation, following a personal encouragement from Edward Teller. He returned to UK in 1974 and served as an electrical engineering associate professor until 1983.

Lee Todd has been known to attend most home basketball games, and would commonly sit by Kentucky Governor Steve Beshear and his family.

Retirement
On September 8, 2010, Todd announced that he would step down as president effective June 30, 2011.  Todd remained on the faculty at the university, serving as a Professor of Electrical Engineering.

References
Bio at University of Kentucky

1946 births
Living people
University of Kentucky College of Engineering alumni
People from Hopkins County, Kentucky
MIT School of Engineering alumni
IBM employees
Presidents of the University of Kentucky
M4 motorway Usk bridge. The M4 motorway Usk bridge carries the M4 motorway across the River Usk in the city of Newport, Wales.

The bridge comprises two separate  structures, for the eastbound and westbound carriageways. It is of reinforced concrete with five spans. An article in the New Civil Engineer published in June 2017 described it as "one of the most important bridges in Wales". When travelling westbound, the bridges lead directly into the twin  Brynglas Tunnels. Work commenced on both the bridge and the tunnels on 10 September 1962, two months after work commenced on the George Street Bridge further downstream. The entire Newport bypass section of the M4 (junctions 24 to 28) finally opened in 1967.

In 1989, two crossings were added to connect the M4 with the newly constructed junction 25a and the A4042.

In 2017 the bridge underwent repairs to its thrust hinge joints, which allow the deck to flex and bend, but remained open to traffic.

References

Bridges completed in 1967
Bridges in Newport, Wales
Motorway bridges in Wales
Usk bridge
Alberto Palacio. Alberto de Palacio y Elissague (1856–1939) was a Spanish engineer and architect born in Sare (Northern Basque Country) and grown up in Gordexola.

He studied architecture in Barcelona and completed his education in Paris, studying mathematics, engineering, astronomy and medicine. He was also a student & disciple of Gustave Eiffel.

Works

Between 1890 and 1893, he worked, together with his brother Silvestre de Palacio (engineer), on his most important project, the transporter bridge ("Puente Colgante") on the Nervion river, between Portugalete and Getxo (Biscay), for which he gained international recognition. It was the first bridge of this kind ever built.

All his work is characterized for the search of the functionality and the innovation, where iron and glass play a noticeable role. He passed long seasons of work in Madrid where he:

 Participated in the construction of the Palace of Velázquez in the Retiro Park, together with architect Ricardo Velázquez Bosco, coordinator of the project, and the ceramicist Daniel Zuloaga (1881 and 1883).
 Participated in the construction of the Crystal Palace (inspired by the London one) in the same park, again with architect Ricardo Velázquez Bosco, coordinator of the project, and ceramicist Daniel Zuloaga (1887).
 Designed and built the new Madrid Atocha railway station, in collaboration with the engineer Saint-James (1889–1892).
 Built the Osram factory (1914–1916).

References

External links
 Puente Colgante
 Madrid works

1856 births
1939 deaths
Structural engineers
Spanish civil engineers
People from Enkarterri
People from Labourd
French-Basque people
19th-century Spanish architects
20th-century Spanish architects
Architects from the Basque Country (autonomous community)
Polytechnic University of Catalonia alumni