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Electrolux Trilobite

From Wikipedia, the free encyclopedia
First commercially available robotic vacuum cleaner

A silver Trilobite Version 2.0

TheElectrolux Trilobite is arobotic vacuum cleaner manufactured by the Swedish corporationElectrolux. First demonstrated as a prototype in 1996, the Trilobite was released in 2001, becoming the first commercially available robot vacuum. The device takes its name from theextinct arthropod, which scoured the ocean's floor.

History

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A prototype cleaner was first seen on an episode of theBBC television programmeTomorrow's World presented byPhilippa Forrester, which aired on 10 May 1996.[1] The product was formally announced on 1 December 1997.[2][3]

In 2001, Trilobite was launched.[4] Model ZA1 was the world's first commercially available autonomous vacuum cleaner.[5] The Trilobite cost around $1,500.[6]

The second generation was released as Version 2.0 in 2004, model ZA2.[7] It was developed in 2003.[8]

Description

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Trilobite had a weight of about 2 kg, a diameter of 35 cm, and a height of 13 cm.[9] It features a number of casters in addition to the drive wheels. The robot has a run time of about an hour between recharging. The robot uses a semi-structured approach to traversal of rooms. The robot comes with a recharging circuit that allows extended operation for hours at a time.[10]

The Trilobite contains avacuum cleaner and a removable roller brush capable of working on deep-pile carpet. It has the ability to map rooms and avoid obstacles by usingultrasonic sensors and Mark 2 model also had ainfrared. It recharges itself on a charging base, which it automatically finds when has completed its cleaning task or its power runs low. The Trilobite will indicate when the dustbin needs to be emptied.[11]

Itsultrasonic sensors allow it to come within 1" of objects without colliding with them. This object detection is fairly reliable, but sometimes fails if therobot approaches an object with a sharp corner. In this case, theultrasonic beam is not reflected, and the Trilobite will gently bump into the object. Because the Trilobite stops a short distance from walls and other objects, it leaves small areas that are not fully cleaned. The robot will drive around the boundary of the room and upon completion of the cycle it will move at random through the rest of the room.

Magnetic strips are used to block off areas that the Trilobite should not enter, andinfrared sensors (on the Mark 2 model) protect it from falling down stairs or off ledges.

Electrolux has discontinued the Trilobite, removing any product information from its website, referencing instead its Wikipedia page for information.

In September 2016, Electrolux introduced the successor to the Trilobite, the MotionSense. An international version of the teaser video was released on January 9, 2017.[12]

Patents describing features of the Trilobite

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  • WO 02067744 (A1) Wheel support arrangement for an autonomous cleaning apparatus.[13]
  • WO/1997/040734 Autonomous device.[14]
  • USPTO 7647144 Obstacle sensing system for an autonomous cleaning apparatus.[15]
  • US5935179A System and device for a self orienting device (the ultrasonic detection system)[16]

See also

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References

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  1. ^Forrester, Philippa (10 May 1996). "Robotic Vacuum Cleaner".Tomorrow's World. BBC.
  2. ^"Electrolux Unveils Prototype For Robot Vacuum Cleaner".electrolux.se (Press release). 11 July 2000. Archived fromthe original on 18 June 2001.
  3. ^"FULLY AUTOMATED HYBRID HOME CLEANING ROBOT" – viaAcademia.edu.
  4. ^"Electrolux Group".Electrolux Group. Retrieved5 February 2024.
  5. ^"A vision becomes reality".electrolux.se. 12 February 1998. Archived fromthe original on 9 April 2001.
  6. ^Rijsdijk, Serge A.; Hultink, Erik Jan; Diamantopoulos, Adamantios (1 September 2007)."Product intelligence: its conceptualization, measurement and impact on consumer satisfaction".Journal of the Academy of Marketing Science.35 (3):340–356.doi:10.1007/s11747-007-0040-6.hdl:1765/8580.ISSN 1552-7824.
  7. ^"90 years of thinking of you – some Electrolux products that made life easier for consumers".Electrolux Group. 8 April 2009. Retrieved5 February 2024.
  8. ^"Speech by Hans Stråberg at AGM".Electrolux Group. 21 April 2004. Retrieved5 February 2024.
  9. ^"Electrolux celebrates 100 years since launch of the LUX 1 vacuum cleaner".Electrolux Group. 17 August 2012. Retrieved5 February 2024.
  10. ^"Intelligent Home Appliances"(PDF).
  11. ^"Household Robotics- Autonomous Devices for Vacuuming and Lawn Mowing"(PDF).
  12. ^Archived atGhostarchive and theWayback Machine:Electrolux MotionSense robotic vacuum cleaner.YouTube.
  13. ^WO patent 02067744A1, "Wheel support arrangement for an autonomous cleaning apparatus" 
  14. ^WO patent 1997040734, "Autonomous device" 
  15. ^US patent 7647144, "Obstacle sensing system for an autonomous cleaning apparatus" 
  16. ^US patent 5935179, "System and device for a self orienting device" 

External links

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  • 1Sold or demerged
  • 2Now integrated into other Electrolux divisions or subsidiaries
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