Timeline Of Dyson Company
The modern vacuum cleaner as we know it was the brainchild of James Dyson. He is an inventor as well as a designer. He rose to fame for the invention of the Dual Cyclone vacuum cleaner. It was the first of its kind, a vacuum cleaner that did not need a dust bag.
Sir James Dyson changed the way the world vacuums the stairs. Thirty years ago, Dyson’s imaginative reworking of the vacuum cleaner helped him on the way to becoming a billionaire.
He is the creator of the Dyson Company. Early Life and ChildhoodDyson was born in 1947 in Norfolk, England. He was the youngest of three children.
He attended a boarding school, Gresham’s School, in Norfolk. His father died of cancer when he was nine years old. He joined the Byam Shaw School of Art and then went on to study interior designing at the Royal College of Art and finally switched focus to engineering. Early InventionsDyson designed the Sea Truck in 1970, whilst he was still a student at the Royal College of Art. He modified a standard wheel barrow by replacing the wheel with a large ball for increased manoeuvrability and named it the Ballbarrow.
He also designed the Wheelboat, a vehicle capable of reaching 40mph on both the land as well as water. Vacuum CleanersOnce during the late 1970s Dyson became frustrated with his vacuum cleaners poor performance. He took it apart and discovered that the inner dust bag had become clogged with dust and thus the suction had fallen. This gave him the idea to create a vacuum cleaner that used cyclonic separation to clean up dust and would not compromise on suction. He set to work. Five years and thousands of prototypes later, he invented the world’s first bagless vacuum; he called it the “G-Force” cleaner.He had great difficulty finding a manufacturer or distributor to handle the product in the U.K. For it meant the disruption of the thriving market of substitute dust bags in the country.
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Determined for better success he launched it in Japan, the home of the technologically rich. The G-Force quickly impressed the Japanese.
It was being sold for almost two thousand pounds. Dyson’s invention won the 1991 International Design Fair.Dyson used the money from the sales in Japan to set up his own manufacturing company, Dyson Ltd. Career HighlightsDyson made a breakthrough in the UK market more than a decade after he had conceived the initial idea of the bagless vacuum cleaner. The Dyson Dual Cyclone quickly rose to become the fastest-selling vacuum in the UK. It even outsold many of the companies that had rejected Dyson’s idea in the first place.
It is currently the most popular vaccum cleaner manufacturer in the UK.Following his success, other manufactures began to bring out their own variation of the bagless vacuum cleaner. In 1999 Dyson decided to take legal measure on Hoover UK for patent violation. They had copied a fundamental part of the patented designs to create their own range of bagless vacuum cleaner.
The High Court ruled in favour of Dyson and Hoover paid almost 4 million pounds in damages. AchievementsJames Dyson is an innovator who worked hard to make his fortune. His current net worth is $4.9 billion. He is one of the richest men in the UK.He was awarded the Prince Phillip Designer’s Prize in 1997. In 2000 he was honoured with the Lord Lloyd of Kilgerran Award as well as receiving an honorary D.Eng degree from the University of Bath.
He was elected as a Fellow of the Royal Academy of Engineering in 2005. He has been the provost of the Royal College of Art since 2011. Recently he was elected as a Fellow of the Royal Society.
Contents.Vacuum cleaners Root Cyclone technology The technology is used in all Dyson vacuum cleaners from DC07. The DC17, DC22, and DC23 use the improved Root Cyclone & Core Separator, also called Radix Cyclone, Intermediary Cyclone, or Level 3 Root Cyclone Technology.Model versions All versions are identified by a name such as 'DC14'. Some have submodels identified by a suffix indicating specific facilities, implemented sometimes by additional tools supplied. Suffixes with the same meaning vary from model to model.
All Floors, Multi Floor, Wood+Wool: suitable for both hard surfaces and carpets. Allergy: suitable for filtering out microscopic allergens. Animal: so as to pick up animal hairs better than a general-purpose model, and filter out fine particles.
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These machines all come with a mini turbine tool to help remove pet hair, human hair and cotton fibres from upholstery, cars, and confined areas. Motorhead: cylinder or handheld model with direct-drive motorised brush head. Full Gear: same features as 'Animal' with more attachments.Special Edition Models Other suffixes sometimes used indicate exclusivity to certain stores, e.g. 'Comet Exclusive' and 'Overdrive' (Comet) or 'Blitz it' (Currys).Some are limited editions:'Drawing' limited editions These machines feature a different range of tools to the usual 'Multifloor' and 'Animal' versions and also appear in different colours. The Drawing later became exclusive to the British.' De Stijl' limited editions Some of the early Dyson models (DC01, DC02, DC04) were available in a special limited edition ' colour scheme, in homage to the Dutch design movement of the same name. All these are coloured a combination of purple, red and yellow.'
Dyson Antarctic Solo' limited editions In 1996, 100,000 recolored DC01 and DC02 models were produced as part of a fund-raising effort for solo expedition to the Antarctic. For these models, the yellow parts found on the mainstream models were replaced with light blue ones, and on the DC02 Antarctic Solo the body was also recoloured in white instead of silver. Current models. This section needs to be updated. Please update this article to reflect recent events or newly available information.
( December 2017)Upright Model nameImageLaunch yearDescriptionDC65/UP13/DC66no image2014The DC65 (DC66 in Canada)—is an update of the DC41. The vacuum features an updated root cyclone and a redesigned brush roll with more power than the DC41 and a better edge cleaning system.
Some variants (like the Animal model) include the Tangle-Free Turbine Tool. Dyson has undergone a name change to their models, and this appears to be the same base design as the new UP13 model marketed as the 'Dyson Ball Allergy'. Boxes now contain new product code areas (which may make comparisons slightly easier) in the form Model Type: UP = upright (previously codes were all DC) # ex: 13,19,20,40 AC =?
Marketing description. OR = Origin, ALE = Allergy, AN = Animal, MF2 = Multi-Floor 2BMR =?, SSE =?, IRSY =?, IRSPU =? Country Code: USSmall Ballno image2015The Dyson Small Ball replaces the DC50 small upright in 2015, after the introduction of the EU 2014 directive on mains powered vacuum cleaners.
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It is very similar to the DC50, but with refinements to the motor performance, and also a change to the handle wand, in which it became a metal wand as on the DC24 to address issues with excessive flexing of the all plastic handle on the DC50.Cinetic Big Ball (DC75/DC77/UP14)no image2015The DC75 (DC77/UP14 in Canada) is Dyson's upright version of the Cinetic vacuum. Contains Cinetic technology which never requires changing filters as well as Dyson's auto adjusting power brushroll and Tangle-Free Turbine Tool.Ball (DC41MK2/DC55)no image2017Updated / renamed version of the DC41MK2 and DC55. Also still known as the DC41 MK2 and also DC55 in certain retail outlets but simply as Dyson Ball from Dyson UKLight Ball (UP22)no image2017The Dyson Light Ball (UP22) is the replacement for the DC40 (ERP) upright, and is similar to the DC40 ERP in many respects except that it has a totally redesigned powerhead, incorporating a direct drive, large diameter brushroll with the motor mounted inside it, similar to the DC50 and Small Ball. The powerhead has 3 levels of suction attained by a slider switch which opens and closes various valves and gates on the powerhead.
It is rated at 700W and 80db, in compliance with the EU regulations 2017 for mains powered vacuum cleaners. The Light Ball also has a longer reach cable than the DC40 and differing tools with the 'quick release' red button system.Ball 2no image2017Models designated '2' incorporate updates and improvements on the original model. European models will also be compliant with the 2017 EU regulations for mains powered vacuum cleaners.Canister Model nameImageLaunch yearDescriptionDC63no image2014DC63 is a small ball vacuum. It is powered by the Dyson Digital Motor V4 and has 2 Tier Radial Root Cyclones. It is sold in Japan with handle remote operation, a motorized brush bar and 'fluffy' hard floor tool.Cinetic Big Ball (CY22/DC78)no image2015The Dyson Cinetic Big Ball canister vacuum features Dyson's new Cinetic technology which never needs filters replaced. This is an updated version of the DC54 canister and is the first to break the 'DC' numbering system of previous units in most markets (in Canada it is named DC78).Big Ball (CY23)no image2015The Dyson Big Ball (CY23) is an alternative version of the Cinetic Big Ball cylinder, but without the cinetic technology and incorporating a pre-motor filter. Almost identical in appearance to the Dyson Cinetic Big Ball cylinder model.Cinetic Big Ball 2no image2017Models designated '2' incorporate updates and improvements on the original model.
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European models will also be compliant with the 2017 EU regulations for mains powered vacuum cleaners.Big Ball 2no image2017Models designated '2' incorporate updates and improvements on the original model. European models will also be compliant with the 2017 EU regulations for mains powered vacuum cleaners.Cordless Model nameImageLaunch yearDescriptionDC72Image of a Dyson V6 with an attached-mini motorized head.
All Dyson handheld/handsticks have similar, but not identical, main bodies.2015For specific markets (e.g. Canada, Singapore, Continental Europe); based on the V6; very similar to the DC59.V62015The Dyson V6 range is the replacement for the DC59 handstick and DC58 handheld cordless vacuum cleaners.
Powered by the Dyson digital motor V6. This power-dense motor uses digital pulse technology and a neodymium magnet to spin at up to 110,000 rotations per minute. Its small size means that the machines it powers can also be small, light and powerful. The Dyson brand, as well as various reviews, claim that the V6 can have up to a 20-minute run time. The Dyson V6 comes in many different models with varying tools and accessories, including the Dyson Fluffy hard floor roller motorised head, and its top of the range model, the V6 Absolute comes with full HEPA filtration and a 50W main powerhead, giving 150% more brushbar power than the standard 20W powerhead found on lower models. Some versions of the V6, such as the Animal Extra and the Total Clean come with a 35W main powerhead with 75% more brushbar power than the standard head.
The V6 develops 28 Airwatts of suction in its extended runtime mode, and 100 Airwatts of suction in its MAX mode, but runtime on a full charge in MAX mode is limited to 6 minutes. Runtime on a full charge using extended run time mode is 20 minutes with the non motorised tools attached, and 15 – 17 minutes with the motorised heads attached.
Dyson Airblade (view from top)The Dyson Airblade is a hand dryer for commercial customers, typically made available in public hand-washing facilities. The Airblade uses to produce a stream of air that flows at up to 430 mph (700 km/h) and is claimed to dry the hands in 10 to 12 seconds. The Airblade uses a to remove bacteria and mould from the air. The Dyson Airblade is the world's first hygienic commercial hand dryer according to NSF International; it is accredited by the and the as well. The Dyson Airblade is HACCP approved.
The first Dyson Airblade was launched in 2006.Bladeless fans Air Multiplier Fans. Display of a range of Dyson Air MultipliersThe Dyson Air Multiplier was announced on 18 October 2009 as an, intended to provide smoother airflow and, having no exposed rotating blades, operating in a safer manner than conventional bladed fans. Like other, the apparatus itself has no visible external blades, as the fan blades are concealed within the body of the product. The fan works by drawing 27 litres of air per second in through an inlet in the base pillar and forcing it through an outlet in the upper ring. The jet of air travels over the shape of the ring, creating local low pressure, thereby pulling air from behind it as it decelerates in a process known as inducement, a property of.
Once the air exits the ring it the air in front and alongside, producing an airflow of 405 l/second. Using this process, a small brushless in the fan's base can power a much larger air outlet without exposing any blades.Dyson stated that the initially generated air flow is multiplied between 15 and 18 times for the models AM01, AM02 and AM03, projecting a smooth stream of uninterrupted air. In March 2014, the second-generation models of the Air Multiplier were acoustically re-engineered so that the bladeless fans were quieter than their predecessors by improved airflow and a to cancel a 10 kHz whine.Since the original release, Dyson has produced combination electrical heater and cooling fans (some with filters) based on its Air Multiplier design. In addition, some newer designs have the ability to shift between a wider and shallower or a narrower but farther-reaching stream of air, under user control. Most of the Dyson fans and heaters are controlled by small infrared remote controls, which can be adhered magnetically to the appliance when not in use. A more limited set of control switches is available on the body of the appliance.The design for a was patented by in 1981, but was never manufactured as Dyson thought it was not suitable for the market he wanted to pave. The initial patent claim by Dyson was rejected by the Intellectual Property Office, ruling that it 'cannot be considered novel or cannot be considered to involve an inventive step' compared to the version.The Air Multiplier fan received the in 2010.Fan heater In September 2011, Dyson announced the Dyson Hot (AM04), using Air Multiplier technology.
Like most fan heaters it has a thermostat to control the temperature, and can also be used as a fan (without heat). All AM04 models made prior to 1 April 2014 were subject to a no-charge for repairs because of a fire risk.
Ultrasonic humidifier In March 2015, Dyson released their new Air Multiplier Humidifier. It uses Ultraviolet Cleanse technology to clean water by running it through light twice before it is released. A in the base vibrates up to 1.7 million times a second to break the water down into small particles which are drawn up and added to the air with air multiplier technology. Air purifier In January 2016, Dyson released the Dyson Pure Cool air purifier. It uses the same air multiplier technology to blow air as well as a.99 micron HEPA filter to trap air particles. Along with the filter to trap slow particles the unit uses low-force velocity to trap fine particles within the filter as well. Contrarotator washing machine The discontinued Dyson CR01 Contrarotator is a with two counter-rotating drums, the first of its type.
Each drum had 5,000 spin perforations to help evacuate water. The machine was first available in November 2000. Dyson's next washing machine, in 2004, was the CR02, with 'Flowcheck' and 'Allergy' models. The company later stopped making washing machines the same year, as they were unprofitable for the company. As of November 2012, Dyson no longer supports or services the Contrarotator washing machines, which it has officially declared obsolete.Beauty Products On 27 April 2016, Dyson introduced the Supersonic handheld hair dryer.
The digital motor V9 is housed in the handle. On 9 October 2018, the company launched the Airwrap styler, which uses the same motor as the Supersonic hair dryer, and is able to style hair using the.Lighting In 2015 Dyson introduced the 'Csys' range of LED lamps. The lamps incorporate heat pipe technology designed to extend the life of the product.See also.
Against the odds. London: Butler & Tanner Ltd. Dyson Australia. Retrieved 6 June 2016.
Retrieved 2015-08-19. Retrieved 2017-05-21. Home Clean Expert. Retrieved 2018-03-06. Phelan, David.
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Retrieved 2015-08-10. Johnson, Luke. Trusted Reviews.
Retrieved 24 August 2015. Wallop, Harry (2009-06-25). The Daily Telegraph.
London. ^. January 11, 2012, at the. April 11, 2012, at the. December 22, 2010, at the.
for Airblade July 7, 2013, at the. ^ Paul Taylor (2009-10-13). Financial Times. Retrieved 2009-10-13. ^ Duncan Geere. Pocket-lint. ^.
2010-06-23. technology is described on dyson website. Stinson, Liz. Harry Wallop (2009-10-20).
London: Telegraph.co.uk. Retrieved 2010-09-10. Archived from on 15 January 2013. Retrieved 13 December 2012. Retrieved 27 April 2016.technologiesExternal links.
Media related to at Wikimedia Commons.