omniomni/omni-engineering huggingface dataset:
UniKey. UniKey Technologies is an alternative access control company based in the United States that designs and licenses keyless entry technology worldwide. Its first product in partnership with Kwikset was Kēvo, a Bluetooth-enabled deadbolt door lock.

History 
UniKey Technologies was founded in 2010 in Florida by Phil Dumas. Dumas previously worked to develop SmartScan, fingerprint-reading residential deadbolt lock which Dumas described as too unreliable. He started UniKey to sell locks which use smartphone technology to open locks instead of physical keys.

In May 2012 Dumas and UniKey Technologies appeared on ABC's reality series Shark Tank. Although UniKey received multiple investment offers on the show, no deal was finalized.

Kēvo Lock 
Launched in 2013, Kēvo was the first Bluetooth-enabled touch-to-open smart lock. Kēvo can detect a user's compatible smartphone or tablet (via an app) to lock and unlock the door. The deadbolt lock detects when the user's phone is nearby and if it's outside; the phone emits a low-energy Bluetooth signal, allowing the door to be unlocked when the lock face is touched, making it unnecessary to interact with the phone in order to open the door. Users can grant unrestricted or temporary access to other phones as well. Kēvo also comes with a keychain fob that provides the same touch-to-open function as an authorized smart phone. The device also has the ability to detect whether a verified device is currently inside or outside the home. If an authorized device is known to be inside the house, unauthorized users are unable to activate Kēvo from outside.

Partnerships 
In June 2014, UniKey and MIWA Lock Company announced a partnership to offer keyless entry to hotels. UniKey developed a touch-to-open passive keyless entry system to be integrated into MIWA's existing radio-frequency identification hospitality locks. The keys are activated through smartphone apps. When guests check in through the app, they are sent their room number and the phone is enabled to act as a virtual key.

References

External links 
 

American companies established in 2010
Access control
Technology companies of the United States
2010 establishments in Florida
Rajiv Swarup. Rajiv Swarup is the founding president of Shiv Nadar University.

An electrical engineer from the Indian Institute of Technology, Kanpur, he has nearly four decades of experience behind him in incubating, managing and developing both the strategic & operational aspects of large sized businesses, Rajiv recently superannuated from HCL Technologies as Senior Corporate Vice President and Chief Customer Officer – Strategic Accounts based out of Rochester New York.

Swarup graduated from Christ Church Boys Senior Secondary School in Madhya Pradesh, India, 1967.  He received his Bachelor of Technology in Electrical Engineering from the Indian Institute of Technology Kanpur in Kanpur in May 1973 and his MBA from University of Delhi in 2001.

References

External links 
Carnegie Mellon University President Suresh
Suresh Research Group at MIT

Indian electrical engineers
Year of birth missing (living people)
Living people
Academic staff of Shiv Nadar University
Hantangang Dam. The Hantangang Dam is a gravity dam on the Hantan River in Yeoncheon County, Gyeonggi Province, South Korea. Construction on the dam began in 2007 and was completed in 2015. The primary purpose of the dam is flood control : it was proposed in 1998 after a series of floods in the late 1990s that killed 128 people, displaced over 31,000 and caused about US$900 million in property damage. Initially designed as a multi-purpose project, the design was changed solely to flood control in 2006 due to the concerns of residents upstream. It is being implemented by Korea Water Resources Corporation (K-water).

Construction
Construction started in February 2007 and was completed in mid-2015. K-water is responsible for planning and supervision. DL E&C (Daelim industrial.co. Ltd) was undertook the construction as a leading contractor. Not only to secure the stability against overflow during the flood season but also to reduce the construction cost through the mechanized construction fitting for the mega construction, the roller-compacted concrete (RCC) method has been applied. About 300 families will be displaced when the reservoir is filled.

This project also had a road project for the purpose of relocation of existing roads in Pocheon and Cheorwon areas that are submerged by the Hantangang Dam’s new flood water level. Relocation of roads project consists of a total of 27 km length and includes 11 large and small bridges within the roads. The newly relocated roads were built the flood water level high (EL.144m) along the National Route 87, Local Route 78, City Route 23, etc.

Design
The Hantangang Dam will be a  and  long gravity dam constructed of roller-compacted concrete. It has four spillways; a service, emergency, lower sediment discharge and eco-corridor. All four together will have a maximum discharge of . The water storage capacity for the reservoir is .

In Popular Culture
In episode 2 of Military Prosecutor Doberman, the Hantangang Dam can be seen in the background during a scene taking place on a bridge over the Hantan River.

References

Dams in South Korea
Flood control in South Korea
Gravity dams
Roller-compacted concrete dams
Yeoncheon County
Perforene. In March 2013, Lockheed Martin announced that it was developing a family of membranes made from graphene, under the trademark Perforene.
The most promising application is seawater desalination.  With holes as small as one nanometer in diameter, the membranes would trap sodium, chlorine and other ions, while allowing water molecules to pass through easily.Performance expectations (relative to the use of reverse osmosis membranes) include:
 Up to 5x increase in flux across the membrane
 Fouling reduction of up to 80%
 Approximately 100x less energy and pressure required.  (This claim was reported by Reuters.  Lockheed Martin's current product datasheet predicts a more modest reduction in energy consumption: 10 - 20%.)

In addition to the desalination industry, Lockheed Martin plans to market Perforene variants in the following fields:
 Waste water treatment
 Pharmaceutical material harvest and purification
 Energy/power generation
 Mining
 Food and beverage
 Manufacturing

The product was not expected to be released until 2020.

Media reaction
Bruce Sterling commented for Wired, "if this graphene vaporware actually worked out in practice, we’d have to forgive Lockheed Martin for everything else they’ve ever done — plus maybe even give them Nobels and McMansion palaces in former deserts."

The Water Desalination Report evaluated Lockheed Martin's claims that it had developed a membrane that will desalinate water “at a fraction of the cost of industry-standard RO systems” as "ridiculous and very premature."

References

External links
 Descaling Systems & Water Softeners

Environmental issues with water
Filters
Fresh water
Lockheed Martin
Water supply
Water treatment
Water desalination
Water technology
Membrane technology
Graphene
Neyco. Neyco is a French company founded in 1954, specialist in High Vacuum, UHV, Inorganic materials and thin films.

History 

Initially created to allow access to International semiconductors, Neyco developed  its area of expertise in Vacuum, Materials and Thin films: 
- Vacuum and UHV with mechanics (chambers, components, gauges, pumps ...) 
- Inorganic materials from Aluminum to Zirconium in all shapes (powders to targets) and all forms (metals, oxides, alloys, borides, nitrides, sulfides ...). 
- Thin films (i.e. layers below one micron) deposited under vacuum by thermal evaporation, electron beam, sputtering and/or laser ablation.

In 2017, Neyco Group also includes the activity of Kerdry, the biggest French operation and clean room only dedicated to thin films on request (evaporation, E-beam, sputtering) based in Lannion (France) known for optical deposition, metallic deposition and photolithography.

Located in Vanves, 3 km South of Paris, with production facilities in France and Great Britain, NEYCO is a European leading company in the fields of vacuum, thin film deposition and coating materials for PVD.

Neyco is also a member of the Society of Vacuum Coaters (USA) and of the European Material Research Society (EMRS).

Following its growth, Olivier Costa became the new general manager of Neyco in October 2018.
Isabelle Richardt (CEO) has also been elected secretary of SFV (French Vacuum Society).

In July 2022 the French Groupe HEF acquired Neyco.

Product Focus 

Inorganic materials
Thin films
Vacuum
Silicon wafers
Bellows
Optical deposition
Gauges
Technical Lubs
Silicones
Metallic powder

Patents and awards 
 
In June 2014, Neyco received the innovation award presented by the Société Française du Vide for the project TACE (Target for Anti Charge Effect).
In June 2015, Neyco received the Award for Best Project Success at the ACC Silicones Distributor Seminar.
KERDRY-Neyco is ISO9001 and have the CIR 2017 - 2018 -2019 agreement.

Publications linked to Neyco

References

Companies based in Paris
French companies established in 1954
The Finance Centre. The Finance Centre is a premium grade building in Bonifacio Global City, Metro Manila, Philippines. The building's architectural and interior design is a collaboration of GENSLER and AIDEA and was developed by Daiichi Properties & Development, Inc. The office building broke ground on June 5, 2014 and is the landmark building for Daiichi Properties. It is one of few buildings in the Philippines with LEED Gold rating. As of June 2012, the Philippines only has 38 buildings registered for LEED certification.

The topping-off ceremonies were held in May 2017 and was completed in 2018.

Design
The Finance Centre has a fully unitized curtain wall made of combined insulated high performance glass and aluminum composite panels. It has an enhanced structural design to resist earthquakes. The tower has 42 floors where 31 floors are dedicated for office spaces. Its form and layout is designed to provide flexibility for various planning needs of future tenants.
The Finance Centre was designed by Gensler.

The building contains a  plaza with water features and a sky garden above its retail podium.

Location
The Finance Centre is located at 26th Street corner 9th Ave. Bonifacio Global City Taguig and is near the establishments of Serendra, Bonifacio High Street, and Market! Market!.

References

Skyscraper office buildings in Metro Manila
Skyscrapers in Bonifacio Global City
Grigory Naginsky. Grigory Mikhailovich Naginskiy (; born June 16, 1958, in Orsk, Orenburg Oblast) is a Russian politician, Candidate of Sciences. Senator – member of the Federation Council from Leningrad Oblast in 2003–2010, member of Industrial Policy Committee and Commission in natural monopolies.

Biography 

Naginskiy graduated from Ural Polytechnic University in 1980, with a specialization in Heat and Power Engineering. Additionally, he was a Candidate in Economic Sciences. He began his career in 1980 as an engineer in the Installation and Construction Directorate – 90 and continued his career up to the level of Deputy Chief Engineer. Following the accident at the Chernobyl nuclear power plant Naginskiy managed the remedial works for reactor 4.

Since 1994, Naginskiy has been deputy General Director of Installation and Construction Directorate – 90. In 1995 he initiated the integration of a range of enterprises of Sosnoviy Bor in a single holding, at the same year became the Board Chairman of Holding CONCERN TITAN-2. In 1996, he was appointed  Vice President of Public Associations "Soyuz Chernobul — Sosnoviy Bor" and President of NNO "Federation of Judo in Sosnoviy Bor." 

In 1999 he began to develop a political career and took various positions in different committees of the Legislative Assembly of Leningrad Oblast. Since 2003 Naginskiy was a member of the Federation Council of the Federal Assembly of the Russian Federation. He was appointed in 2010 as a Deputy Minister of Defence of the Russian Federation, and then in April 2011 as the Head of Federal Special Construction Agency.

Awards
Order of Courage for the strong spirit and self-sacrificing during the activity in Chernobyl NPP accident consequences elimination.
Honored Builder of Russian Federation for the merits in construction and for the longstanding and dedicated work.

References

External links 
 Biography on atomic-energy.ru
 Biography on lobbying.ru 
 Profile at Forbes

Living people
1958 births
People from Orsk
Members of the Federation Council of Russia (after 2000)
United Russia politicians
Deputy defence ministers of Russia
Recipients of the Order of Courage (Russia)
AsiaSat 8. AsiaSat 8 then AMOS-7 is a Hong Kong-turned-Israeli geostationary communications satellite which is operated by the Asia Satellite Telecommunications Company (Asiasat).

Satellite description 
AsiaSat 8 was built by Space Systems/Loral, and is based on the LS-1300 satellite bus. The satellite carries twenty-four Ku-band transponders and one Ka-band payload, and was planned to be initially positioned above the equator, at a longitude of 105.5° East, providing coverage of southern and south-eastern Asia, China and the Middle East.

Launch 
SpaceX was contracted to launch AsiaSat 8, using a Falcon 9 v1.1 launch vehicle. The launch took place from Space Launch Complex 40 (SLC-40) at the 
Cape Canaveral Air Force Station (CCAFS) on 5 August 2014 at 08:00 UTC.

Falcon 9 upper stage 
The Falcon 9 upper stage used to launch AsiaSat 8 is derelict in a decaying elliptical low Earth orbit that, , had an initial perigee of  and an initial apogee of . One month on, in September 2014, the orbit had decayed to an altitude of  at its closest approach to Earth, and by November 2014 had decayed to a  perigee.

AMOS-7 
In December 2016, Spacecom made a US$88 million four-year agreement with AsiaSat to lease AsiaSat 8 Ku-band. It is providing service at 4° West.

See also 

 List of Falcon 9 launches

References

External links 
 

Spacecraft launched in 2014
AsiaSat satellites
SpaceX commercial payloads
Satellites using the SSL 1300 bus
Satellite television
Communications satellites of Israel
Communications satellites in geostationary orbit
Ground freezing. Ground freezing is a construction technique used in circumstances where soil needs to be stabilized so it will not collapse next to excavations, or to prevent contaminants spilled into soil from being leached away.
Ground freezing has been used for at least one hundred years.

Pipes are run through the soil to be frozen, and then refrigerants are run through the pipes, freezing the soil.
Frozen soil can be as hard as concrete.

Design 
Some ground freezing projects use common salt brine as the refrigerant, but other projects benefit from using more exotic refrigerants, like liquid nitrogen. or solid carbon dioxide ('dry ice').

Examples 
Soil contaminated with radioactive elements that leaked from Japan's Fukushima Daiichi nuclear power plant was contained through ground freezing.

A project in Boston known as the Big Dig used ground freezing during some of its tunneling, to allow its wide tunnels to be built under or through soil that supported existing infrastructure that would have been difficult or expensive to support using more traditional excavation methods.

In northern Canada and arctic Alaska, passive pipe systems are used that do not require any external power to keep the ground frozen. These systems use in-ground evaporators and above-ground radiators filled with liquid refrigerant. When ambient temperatures fall below ground temperatures, the liquid vapor starts condensing in the radiator, reducing the pressure in the system causing the liquid in the evaporator to boil and evaporate. This process results in heat transfer from the ground to the air and keeps the ground in a permanent frozen state.

Hani and Evirgen (2023) introduced a new method for sampling granular soils without disturbing their natural state; they suggest using artificial ground freezing, a ground enhancement technique, as an on-site option for deep excavation applications.

See also
 Pykrete, a composite building material which utilizes similar properties in frozen sawdust, Hani and Evirgen investigated the mechanical and microstructural properties of an artificially frozen Sawdust-Ice mixture (Pykrete) and its usability as a retaining structure. In addition, they developed an uncoupled thermo-hydro-mechanical approach to simulate a pykrete diaphragm wall for numerical analysis using finite element methods.

References
Dynamatic Technologies. Dynamatic Technologies is an Indian precision engineering company, based in Bangalore. The company is a global supplier of parts to aerospace, automotive, hydraulic and security assemblers. Udayant Malhoutra is the CEO & Managing Director of the company.

History
Dynamatic Technologies was incorporated in 1973 as a manufacturer of hydraulic pumps. In the 1990s, it expanded to aerospace grade components and aircraft assemblies. In the early 2000s, the company tied up with Hindustan Aeronautics Limited and was involved in fabrication and assembly of HAL's subsonic intermediate training jets. It started making body parts for Sukhoi Su-30MKI and Lakshya jets. It then began supplying flap track beams to Airbus for its A320 family of aircraft and the wide-body 330 aircraft. This followed part contracts with Boeing for Boeing CH-47 Chinook and Bell Textron for Bell 407 helicopters. Dynamatic soon became the supplier of flap track beam assemblies for all of Airbus' single-aisle aircraft and Boeing's P-8 maritime aircraft for Indian, US and Australian navies. In September, 2021 Dynamatic Technologies awarded a contract for manufacturing  Aerostructure Assemblies for Boeing's F-15EX Eagle II Fighter Aircraft.

Acquisitions
In 2008, Dynamatic acquired the British aerospace parts manufacturing company Oldland CNC for 16 million.
In 2011, Dynamatic acquired German automotive component manufacturer Eisenwerke Erla GmbH.

See also
 Automotive industry in India

References

Engineering companies of India
Manufacturing companies based in Bengaluru
Companies listed on the National Stock Exchange of India
Companies listed on the Bombay Stock Exchange
Herbert Squire. Herbert Brian Squire FRS (13 July 1909 – 22 November 1961), was a British aerospace engineer and Zaharoff Professor of Aviation at Imperial College London.

Biography

Born on 13 July 1909, Squire was educated at Bedford School and at Balliol College, Oxford, where he read mathematics. After research at the University of Oxford, and at the University of Göttingen between 1932 and 1933, he became a scientific officer at the Royal Aircraft Establishment. In 1946 he was appointed as chairman of the Helicopter Committee of the Aeronautics Research Council and, in 1947, he was appointed as principal scientific officer at the Royal Aircraft Establishment, working on jet propulsion. Between 1952 and 1961 he was Zaharoff Professor of Aviation at Imperial College London. He was elected as a Fellow of the Royal Society in 1957.

Squire died on 22 November 1961.

References

1909 births
1961 deaths
British fluid dynamicists
People educated at Bedford School
Alumni of Balliol College, Oxford
English aerospace engineers
Fellows of the Royal Society
British aerospace engineers
MCube. mCube is a fabless semiconductor company founded in 2009 and headquartered in San Jose, California, and has offices at multiple locations in Hsinchu, Taipei, Shanghai, and Shenzhen. It manufactures microelectromechanical systems (MEMS) motion sensors.

History 
mCube was founded by Charles Yang and Kleiner Perkins Caufield & Byers in 2009. Led by Ben Lee, President and CEO, mCube is privately held and backed by venture and strategic partner investors including DAG Ventures, iD Ventures America, Keystone Ventures, Kleiner Perkins, Korea Investment Partners, MediaTek, and SK Telecom (China) Ventures, receiving $37M in its Series C round of funding in 2014.

In November 2017, mCube completed the acquisition of Xsens, a company that specializes in 3D motion tracking products and technology, from ON Semiconductor. Xsens products are used in industrial applications, such as autonomous vehicles, professional drones, smart farming, and robotics. Xsens has to retainers brand name and will continue to operate from its current base in Enschede, The Netherlands as a stand-alone business unit of mCube.

In 2018, mCube's MC3672 was selected as a CES Innovation Award Honoree in the Embedded Technologies category.

On 22 September 2020, mCube announced the acquisition of Kinduct, a Halifax, Nova Scotia based company that specializes in the management of health and athlete data. mCube was rebranded as Movella on 27 September 2021.

Technology 
Yole Développement confirmed mCube's monolithic single-chip MEMS+ASIC product as the world's smallest accelerometer in March 2014. With over 180 patents filed to date, mCube integrates a MEMS sensor with ASICs onto a single die using standard CMOS processes. This approach enables sensors to be easily manufactured and designed for a broad range of applications. Single-chip MEMS+ASIC devices are cost-effective, consume little power, and feature high performance. These advancements make it possible to place one or more motion sensors onto nearly any object or device. In some cases, these MEMS motion sensors can be embedded directly onto a device without requiring a package, which saves considerable cost and space. mCube motion sensors have been adopted in a range of smartphone and tablet reference designs and are featured on the approved vendor lists of leading chip-set partners.

Products 
mCube offers accelerometer, magnetometer, and software-based gyroscope products, of which some provide 9 degrees of freedom (DoF). As of 2019, mCube has shipped more than 500 million accelerometers. mCube’s monolithic MEMS accelerometers enjoy substantial size, cost, power, and performance advantages over the multi-chip modules from competing MEMS sensor manufacturers. mCube and Xsens are now jointly developing new system solutions aimed at existing and new customers in the consumer, industrial, medical, sports science, autonomous vehicle, and entertainment industries.

References

External links 

 
 
 

Technology companies established in 2009
Companies based in San Jose, California
Fabless semiconductor companies
Semiconductor companies of the United States
European List of Notified Chemical Substances. The European List of Notified Chemical Substances (ELINCS) provides an EINECS number. The system was used by the European Union to identify commercially available chemical substances. Since June 2007, EU Members Liechtenstein, Iceland and Norway have applied the REACH protocol (Registration, Evaluation, and Authorization of Chemicals).

References

External links 
 EC Inventory

Chemical numbering schemes
European Union law
Regulation of chemicals in the European Union
Eclipse NeoSCADA. Eclipse NeoSCADA (formerly Eclipse SCADA) is an Eclipse Incubator project created in July 2013, that aims at providing a full state-of-the-art, open-source SCADA system that can be used out of the box or as a platform for creating a custom solution. Eclipse SCADA emerged from the openSCADA project, which now provides additional functionality on top of Eclipse SCADA.

The initial release (0.1.0) is based on the source code of openSCADA 1.2.0 and has been focusing on the relocation of the project to the Eclipse Foundation, like changing package names and namespaces.

The Eclipse NeoSCADA project is part of the Eclipse IoT Industry Working Group initiative.

As of August 28, 2014 Eclipse SCADA is filed under the Eclipse IoT top level project.

Supported protocols 

The following protocols are directly supported by Eclipse NeoSCADA:
 Command Line Applications
 JDBC
 Modbus TCP and RTU
 Simatic S7 PLC

Other protocols can be implemented by writing driver modules using the Eclipse SCADA API. There are a few driver modules currently available outside of Eclipse SCADA:
 OPC
 SNMP

References

External links
 Eclipse NeoSCADA project page
 Project Proposal

Eclipse (software)