omniomni/omni-engineering huggingface dataset:
G. H. Raisoni College of Engineering Nagpur. G H Raisoni College of Engineering (GHRCE) is an autonomous engineering college affiliated to Rashtrasant Tukadoji Maharaj Nagpur University and is located in Nagpur. The college was established in 1996 and is now run by Raisoni Group(Raisoni Education).

History
GHRCE was established in 1996 and is run by Raisoni Group. Sunil Raisoni chairs the group with his son Shreyas Raisoni serving as the Director. All undergraduate courses are permanently affiliated by Rashtrasant Tukadoji Maharaj Nagpur University. In 2010, the institute was granted autonomy by the University Grants Commission. GHRCE is the youngest institute in the country to qualify for and implement the Technical Education Quality Improvement Fund (TEQIP) Project.

Fests
Antaragni (Hindi: अंतराग्नि; English: The Fire Within) is the annual cultural festival of GHRCE. It is held in January or February.

Technorion is an intercollegiate technical event that hosts technical events, technical workshops, Robowar, Line-Following competition, and Lan Gaming.

IPR and patents
The Indian Patent Office's annual reports ranks GHRCE in overall patent filing:

Choice Based Credit System
GHRCE is an institute in the country to implement a Choice Based Credit System in engineering education.

IEEE
The IEEE Student Branch (STB62361) was founded in December 1999 and is one of the largest student branches in region-10 in terms of IEEE students membership. The student's branch at GHRCE was awarded the Best IEEE students Branch Award by IEEE India Council in 2017.

The Mu Pi Chapter  was inaugurated on 25 April 2018 by Dr. Ramkrishna Kappagantu. It is the third ΗΚΝ Chapter in India. IEEE-Eta Kappa Nu (IEEE-ΗΚΝ) is the honour society of IEEE.

Conferences
The institute hosted fifteen international conferences, including nine IEEE International Conferences, one Elsevier International conference, and over 30 National conferences. In 2008, GHRCE started a series of IEEE conferences — International Conference on Emerging Trends in Engineering & Technology (ICETET).

Rankings

The National Institutional Ranking Framework (NIRF) ranked it 130 among engineering colleges in 2021.

GHRCE ranked 69 in the engineering category in the survey "The Best Colleges of India" conducted by India Today-MDRA for 2018.

It was ranked among the Top 10 Best Industry Linked Institutes by the AICTE-CII Survey Report of 2013

It was ranked under the Platinum category for Best Industry linked institution by AICTE-CII Surveys of 2015, 2016, 2017, and 2018.

GHRCE has been accredited with "A" Grade in 2012 and re-accredited with "A+" grade in 2017 by NAAC.

Currently, all seven undergraduate programs are NBA accredited under Tier-I (Washington Accord).

Notable alumni
 Lopa Mudra Raut
 Shiv Thakare

References

External links 
 

Engineering colleges in Maharashtra
Rashtrasant Tukadoji Maharaj Nagpur University
Engineering colleges in Nagpur
Swing Flugsportgeräte. Swing Flugsportgeräte GmbH () is a German aircraft manufacturer based in Landsberied,  west of Munich, near the Bavarian Alps.

The company specializes in the design and manufacture of paragliders and paramotor wings in the form of ready-to-fly aircraft, as well as paragliding harnesses, reserve parachutes and accessories.

The company is organized as a Gesellschaft mit beschränkter Haftung (GmbH), a German limited liability company.

Founded in 1986, Swing is one of the oldest paraglider manufacturers and has a network of 170 distributors in 48 countries. The company's Arcus beginner level paraglider is one of the best-selling designs in the history of paragliding, with more than 8,500 sold.

Aircraft 

Summary of aircraft built by Swing:
Swing Apus
Swing Arcus
Swing Astral
Swing Axis
Swing Brave
Swing Cirrus
Swing Connect
Swing Core
Swing Discus
Swing Hybrid
Swing Mirage
Swing Mistral
Swing Mito
Swing Naja
Swing Nexus
Swing Nyos
Swing Scorpio
Swing Sensis
Swing Spitfire
Swing Sting
Swing Stratus
Swing Trinity
Swing Tusker
Swing Twin

References

External links

Aircraft manufacturers of Germany
Paramotors
Paragliders
Companies established in 1986
1986 establishments in West Germany
German brands
Paul Emsley (crystallographer). Paul Emsley is a British crystallographer at the MRC Laboratory of Molecular Biology in Cambridge. He works as an independent scientist and is a member of the Computational Crystallography Group headed by Garib Murshudov.

Emsley is the primary author of the model-building software Coot, a tool for building models of proteins whose three dimensional structures are determined via X-ray crystallography or cryo-EM. These protein structures are deposited at the Worldwide Protein Data Bank for collaboration among scientists. Since its introduction in 2004, Coot has remained as free software for use in industrial and academic research groups.

Emsley has given lectures and tutorials on model-building and validation at Cold Spring Harbor Laboratory and as CCP4 courses, where he is also a developer and contributor.

References 

British crystallographers
1966 births
Living people
Italian ship Alliance. {|
{{Infobox ship image
|Ship image= NATO Research vessel Alliance.jpg
|Ship image size= 300px
|Ship caption=Alliance' at La Spezia
}}

|}Alliance (A5345) is a research vessel owned by NATO and operated by the Marina Militare as a NATO research vessel and owned by the CMRE – Centre for Maritime Research and Experimentation, in La Spezia, Italy. Alliance has the status of an auxiliary ship of the Marina Militare.

The function of the Alliance is to conduct a wide range of acoustic, oceanographic research and engineering technology tasks on behalf of NATO, Marina Militare and third party organizations when 'on hire' for charters in global waters. The design and construction of the vessel was done to create a versatile research platform that is adaptable to the Centre's needs and reduce noise output to the lowest possible level in order to minimize interference with research work.

 History 
Commissioned on 15 April 1988 to SACLANT (Undersea Research Centre – SACLANTCEN, then named NATO Underwater Research Centre – NURC and now CMRE – Centre for Maritime Research and Experimentation) of La Spezia, under the German flag.Alliance'' was transferred to the Italian naval flag on 9 April 2016. The vessel is crewed and operated on behalf of NATO by the Marina Militare under a Memorandum of Understanding signed on 22 December 2015.

It took part in Nordic Recognized Environmental Picture research mission, a multi-year oceanographic research project that started in 2017 and has been conducted in different parts of the Arctic Ocean. The mission assess the impact of climate change in the Arctic, in particular, how the transformation of the Arctic affects sonar performance.

General information 
Source:
 primary working area (aft): 
 secondary working area (forward): 
 maintenance, support and all Labs: 
 scientific storage areas: 500 m3
 capacity to embark up to 5 standard ISO1C, , and up to 3 standard ISO 1D, , containers

Sensing devices 
 multibeam echo sounder Kongsberg SIMRAD EM-302, 30 kHz
 echo sounder Atlas Deso 30, 33 kHz 
 echo sounder Atlas deso 25, 210 kHz 
 echo sounder FWC, 100 kHz
 SMS Sound Velocity Probe C Sonde SVP 10
 acoustic tracking system
 E.M. Speed Log Skipper DL850, 270 kHz
 Acoustic Range and Bearing Indicator, 9–11 kHz
 Acoustic Doppler Current Profiler (ADCP) RDI, 75 kHz
 Conductivity/temperature sensor Sea Bird, 8–12 kHz
 Underwater telephone ELAC LAZ5100 , 8-11.5 kHz

Communication systems 
There are two independent systems for ship communications and for scientific trials (with some overlap).
The ship system, which uses radios complying with SOLAS and GMDSS rules, includes Inmarsat systems (e-mail, fax and phone).
 2 x Elmer ST-1075, 1000 watt HF transmitter
 2 x Elmer ST-675, 600 watt HF transmitter
 2 x Elmer SRT-619, UHF transceiver
 Sailor RT144C, VHF transceiver
 Furuno FM-2510, VHF transceiver
 Kelvin Hughes Band V-Sat SATCOM, Satellite Communication System

See also 
 
 ROCS Ta Kuan (AGS-1601)

References

External links 

Auxiliary ships of the Italian Navy
1986 ships
Ships built in Italy
Ships built by Fincantieri
Research vessels
Brushcutter (garden tool). A brushcutter (also called a brush saw, clearing saw or gasoline goat) is a powered garden or agricultural tool used to trim weeds, small trees, and other foliage not accessible by a lawn mower or rotary mower. Various blades or trimmer heads can be attached to the machine for specific applications.

It consists of:
 A power unit held close to the body.
 A pole through which the power is transmitted.
 A rotary cutting head at the opposite end of the pole to the power unit.

Power units
There are three main types of power unit:
 Gas engines, either two or four stroke, are used on the more powerful units.
 Electric motors connected to mains power by a power cord.
 Cordless electric motors powered by rechargeable batteries.

Shaft
There are three types of shaft:
 Basic consumer units use a curved shaft, similar to a basic line trimmer.
 More professional units use a straight shaft with a gearbox at the cutting head end.
 Top-of-the-line units use a straight "split" shaft with a disconnection point partway along the shaft, allowing the cutting head to be replaced by other accessories such as pole pruners, cultivators, edgers and hedge trimmers.

Handles vary on brush cutters, depending on the weight and size of the unit. Larger, more powerful brushcutters employ handlebars — a handle on either side of the shaft, similar to bike handlebars — whilst smaller units use a D-shaped handle mounted on the shaft. Heavier saws usually require a harness for safety and reduced fatigue. The shaft on units requiring a harness will have multiple attachment points, so that the entire unit may be adjusted and balanced by users of differing height.

Cutting head

Cutting heads include circular saw blades (chisel tooth or scratcher tooth), brush knives, grass blades, etc. Most brushcutters also allow other heads to be fitted, including bump feed and fixed line heads such as those used on line trimmers or modified saw blades such as a beaver blade which resembles a chainsaw. Deflectors are attached on the cutting side of the machine to prevent injury to the operator from debris thrown by the cutting head.

Plastic or metal flails can be used for cutting stems too large for a line head but not requiring a blade. Following an incident in the UK in which when a metal chain link thrown from an aftermarket flail killed a bystander, all flail heads are now banned in the EU.

References

Cutting tools
Gardening tools
Wing Nuts: Battle in the Sky. Wing Nuts: Battle in the Sky is a game published by BMG Interactive Entertainment and developed by Rocket Science Games for DOS in 1995.

Gameplay 
The game is told by FMV cutscenes. It is an FMV rail shooter, like Loadstar, but in 2 missions the player must use bombs and balloons to destroy a bridge.

Plot 
The game is set in 1914. The player character is a young pilot whose base was attacked by Germans, out of the blue. To find the source of the planes, he shoots any German planes in sight.

Development
In early 1995, Rocket Science Games' Mike Backes noted that the company was working on a fighter aircraft title set during World War I. He told Wired at the time, "The nice thing about Rocket Science is that we developed all these nifty graphics and great production resources, and now we're starting to look at how storytelling can change." Following the commercial failure of its early action-oriented titles, the developer restructured to focus primarily on the adventure game Obsidian, and cancelled several other projects in development. However, company head Peter Barrett confirmed in July that "we still have Wing Nuts, a World War I dogfight game, in the works" despite these new plans.

Release
A 3DO Interactive Multiplayer version of Wing Nuts: Battle in the Sky was announced to be in development during E3 1995 and slated to be published by BMG Interactive, however, this version was never released for unknown reasons.

Reception 

In 1997, Jeff Sengstack of NewMedia wrote that Wing Nuts "bombed miserably." Its sales by that point were below 20,000 units. He blamed this poor performance on the low quality of the game, which he described as "heavy on eye candy and devoid of game play."

A reviewer for Next Generation described Wing Nuts as "a basic rail-type shooter ... with humor making up for the lack of gameplay." He compared the game to Loadstar: The Legend of Tully Bodine, and gave it three out of five stars.

References 

1995 video games
BMG Interactive games
Cancelled 3DO Interactive Multiplayer games
DOS games
DOS-only games
Full motion video based games
Rail shooters
Rocket Science Games games
Video games developed in the United States
Video games set in 1914
World War I video games
Laundroid. Laundroid was a laundry-folding machine and home robot, used to automatically wash, dry, iron, sort and fold clothes to a dedicated closet. It was dubbed to be the world's first laundry folding robot, and was planned to go on sale in Japan first, and subsequently, in a limited number, in the United States. Release date was set to 2017, with pre-orders starting in March 2017.

Performance
Its image-recognition system and robotic arms took 3 to 10 minutes to pick and fold each item, or overnight for a load of laundry.

History
The Laundroid was first introduced and demonstrated at the 2015 CEATEC consumer electronics show in Tokyo, Japan. It was jointly developed by Daiwa House, Panasonic, and Seven Dreamers.

In November 2016, Seven Dreamers announced it has secured an extra $60 million in Series B Funding led by Panasonic Corp., Daiwa House Industry Co., and SBI Investment Co.

The first machines would only be able to fold the clothes for the closet, but the final product – full wash, dry and fold system – was planned to be released in 2019.

On April 23, 2019, Seven Dreamers announced bankruptcy. They had $20 million in debt to 200 creditors according to credit research agency Teikoku Databank.

See also
 Ironing
 FoldiMate
 Domestic robots
 Home automation
 Combo washer dryer

References

External links
Laundroid On Seven Dreamers Website
Industrial Cleaning & Hygiene Products

Ironing
Cleaning tools
Laundry equipment
Home automation
Domestic robots
Ernest Holness. Albert Ernest Holness (7 December 1892 – 20 September 1924) was an English marine engine stoker. He is best known for his service in the Imperial Trans-Antarctic Expedition of 1914–1916.

Biography
Holness was born on 7 December 1892 in Kingston-upon-Hull.  At age 21 in 1914, he signed articles and shipped aboard the Endurance as a tender of the coal fire maintained on the vessel.  Although the Endurance was rigged as a barquentine, it also had a coal-burning engine and spent much of its time under steam.  Working under the orders issued by chief engineer Lewis Rickinson and second engineer Alexander Kerr, Holness shared the responsibility of physically maintaining the engine fires and stoking them with fresh coal.  The exploration ship steamed southward until within 200 miles (320 km) of its destination on the Antarctic coastline.  In January 1915, harsh pack ice took the vessel in a grip that would never be loosened.  Holness's duties moved from stoker-fireman to ship's crew member in a battle for survival.  

With the other castaways from the Endurance, Holness was forced to abandon the crushed ship as it fought its final battle with the ice.  The exploration party, led by Sir Ernest Shackleton, camped on ice floes that drifted north through the Weddell Sea.  As their solid refuge melted under their feet, Holness and the other men of the expedition faced constant dangers.  At one point a pancake-shaped plate of ice, on which the castaways had built a flimsy camp, physically split in two directly under Holness's tent and sleeping bag.  The fireman fell into the cold water and was personally rescued by Shackleton.  The ice continued to melt and the expedition members took to open lifeboats.  After a dangerous open-boat journey, the party made land at Elephant Island off the coast of the Antarctic Peninsula.  The Elephant Island party was rescued in August 1916.

Upon returning to Britain, Holness married Lillian Bettles and fathered three children.  He continued his career in the British merchant navy, serving in trawlers on the North Sea.  Tragically, Holness was washed overboard while at sea on 20 September 1924.  The incident occurred near the Faroe Islands.  Holness was only 31 when he disappeared.

Legacy
With his fellow fireman-stoker William Stephenson, Holness was one of four members of the Endurance crew to be denied the Polar Medal.  The reasons, if any, for expedition leader Shackleton's failure to recommend Holness for this honor are unknown.

References

1892 births
1924 deaths
Personnel of the Imperial Trans-Antarctic Expedition
British explorers of Antarctica
Shenzhen I/O. Shenzhen I/O is a puzzle video game and programming game developed by Zachtronics for Microsoft Windows, Linux, and macOS-based personal computers. The game was released in November 2016.

Gameplay
Shenzhen I/O is a puzzle video game set in the near future in which players assume the role of an electronics engineer who has immigrated to Shenzhen, China to work for fictional technology company Shenzhen Longteng Electronics. The player is tasked with creating products for clients, which involves constructing circuits and then writing code to run them. The programming language used in the game is similar to assembly language and the circuit elements resemble simplified versions of real-world electronics.

The game allows players to create their own challenges by writing Lua scripts.

Development and release
Shenzhen I/O was developed by Zachtronics. The game is seen as a spiritual successor to their previous title TIS-100, a coding puzzle game released in 2015. Shenzhen I/O was designed with the same niche audience in mind, specifically people interested in programming. The idea of using the city of Shenzhen, which is a major electronics and high technology manufacturing center in China, as the setting came from Barth reading blogs from Andrew "bunnie" Huang about his experiences there.

The game features a more approachable user interface than TIS-100 and a cast of characters. Zachtronics was reluctant to include a tutorial to teach players how to play Shenzhen I/O. Instead they opted to include a dense manual containing helpful information. Narrative elements are woven into the manual and gameplay by tasking the player to create fictional products.

Zachtronics announced Shenzhen I/O in September 2016, and released an in-development version of the game via Steam Early Access in October 2016. The game launched out of early access for Linux, macOS, and Windows on November 17, 2016. The release was at the conclusion of about six months of development work.

From players' feedback, Zachtronics also released Shenzhen Solitaire, a mini-game within Shenzhen I/O, as a separate, standalone title on December 16, 2016.

Reception
Shenzhen I/O was received favourably by Rock, Paper, Shotgun writer Brendan Caldwell.

Although Shenzhen I/O has a higher price tag than its predecessor TIS-100, Zachtronics observed that the game was selling faster during its early access period.

The game was nominated for "Excellence in Design" at the Independent Games Festival Competition Awards.

References

External links
 

2016 video games
Assembly languages
Early access video games
Linux games
MacOS games
Programming games
Puzzle video games
Single-player video games
Indie games
Video games developed in the United States
Windows games
Video games set in China
Shenzhen in fiction
Lua_(programming_language)-scripted_video_games
Zachtronics games
FoldiMate. FoldiMate was a California-based company developing a robotic laundry-folding machine founded in 2012. Their clothes folding machine was aimed to enter the market by the end of 2019. In 2021, the company ceased operating.

History
Foldimate was founded by Gal Rozov, an Israeli software engineer who decided that folding laundry was a tedious chore that could be done effectively by a robot. In 2010, Rozov quit his job as a software developer and product manager and spent two years developing his laundry-folding device. In 2012, he moved to the United States to work with a robotic team in Silicon Valley. By 2013, he had a patented technology. In 2016, after an initial round of investment, he produced the first  prototype. The  prototype presented at CES 2017 generated much interest.

The company exhibited an updated prototype of Foldimate at CES 2018.

In January 2018, BSH Hausgeräte expressed an interest in partnering with Foldimate.

On August 30, 2021, the company sent an email to customers who submitted the $85 deposit informing them that the company has gone bankrupt and is requiring customers to submit a form to get the $85 deposit back. The email was titled "Cessation of Business - Deposit claim NOTICE" and began with the line "I hereby inform you that FoldiMate, inc. (“FOLDIMATE”) ceased its business operations". Customers were required to submit the form by February 1, 2022, with disbursements beginning after February 1, 2022. The customer was asked to supply the deposit amount and date. Payments were offered via PayPal or credit card.

Overview

The FoldiMate is slightly larger than a standard washing machine. According to the developers, it can fold a full wash in less than 4 minutes.

The user clips the piece of clothing on two hooks and the item is pulled into the machine. Then a series of rollers and arms moves in all directions to straighten and fold it. The machine can fold shirts, tops, trousers and dresses, but not small pieces of clothing like  underwear or large items like sheets. The folded items are returned in a stack through a window at the bottom of the machine.

Previous versions included anti-wrinkling technology and fragrance features, but the product was redesigned and simplified with the aim of readying it for the market by the end of 2019.

See also

 Domestic technology
 Laundroid, another laundry folding machine
 Domestic robot
 Home automation

References

 
Laundry equipment
Home automation
Home appliances
Inventions
Walter R. Browne. Walter Raleigh Browne (1842 – 4 September 1884) was an English civil engineer and Christian writer.

Career

He attended Trinity College, Cambridge in 1861. After graduating he became a fellow of the college in 1867. In 1874 he became the Director of Bridgewater Engineering Company. He devoted much time to the theory of mechanics and wrote many articles and papers. He worked as Secretary for the Institution of Mechanical Engineers but later resigned from this position.

He was a member of many societies including the Aristotelian Society, Philological Society, Physical Society of London and the Royal Geographical Society. He was a Christian and member of the Christian Evidence Society. He was an original council member of the Society for Psychical Research and took interest in metaphysics. On 27 and 28 April 1876 he debated the atheist Charles Bradlaugh at Victoria Hall, Leeds on the topic of miracles.

His book The Inspiration of the New Testament (1880) was endorsed by the Archbishop of Canterbury. He translated the second edition of Rudolf Clausius’ German physics textbook The Mechanical Theory of Heat in 1879. In August 1884 he went to Canada with his wife to attend a meeting for the British Association. After he arrived in Montreal he became ill and suffered from typhoid fever. He was taken to hospital but died on 4 September.

His son was Barwick Sharpe Browne.

Publications
Can Miracles Be Proved Possible?: Verbatim Report of the Two Nights Public Debate Between Messrs. C. Bradlaugh & W. R. Browne ... Leeds, on April 27th and 28th (1876)
The Inspiration of the New Testament (1880)
The Foundations of Mechanics (1882)
The Student's Mechanics (1883)

References

1842 births
1884 deaths
British Christians
Alumni of Trinity College, Cambridge
English civil engineers
British parapsychologists