Deebot K3 Floor Cleaning Robot by Li Xiao Wen, Lu Qiang and Cao Jing Yi |
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| DESIGN DETAILS | |||||
| DESIGN NAME: Deebot K3 PRIMARY FUNCTION: Floor Cleaning Robot INSPIRATION: The height of mainstream cleaning robots in the market is about 8cm. In reality, however, space narrower than 8cm abounds in the home environment. Hence, similar products find it difficult to enter low and narrow environments such as those under the sofa or bed, rendering cleaning unthorough. We have also found that users have mopping requirements for low and narrow spaces. To meet the demand of users for comprehensive high quality integrated sweep-and-mop cleaning, we have designed Deebot K3. UNIQUE PROPERTIES / PROJECT DESCRIPTION: The Deebot K3 is an ultra-slim floor cleaning robot with an OZMO water tank. At a height of 5.7cm, its body is slimmer than similar products, and can easily access low and narrow spaces to clean thoroughly. An OZMO water tank has been added to the Deebot K3, which giving users a high quality integrated sweep-and-mop cleaning experience. The Deebot K3 is squircle in shape so that its side brushes can be as outward as possible, allowing higher cleaning coverage of corners. OPERATION / FLOW / INTERACTION: The Deebot K3 cleans intelligently after being activated, and returns to its charging dock for charging after completing its task. Users may also tell the robot to finish its cleaning task by remote control either via the remote control device or App. PROJECT DURATION AND LOCATION: The project commenced in Suzhou, China, in April 2017, and was completed in February 2018. FITS BEST INTO CATEGORY: Home Appliances Design |
PRODUCTION / REALIZATION TECHNOLOGY: The robot is equipped with Smart Move technology, as well as a gyroscope, mainstream path recognition and obstacle avoidance sensors. Optimized algorithms make the robot smarter, and path planning more reasonable. Cleaning in an S shaped path helps prevent cleaning omission and repetition. The electronically-contr SPECIFICATIONS / TECHNICAL PROPERTIES: Dimension: 310mm*310mm*57mm; net weight: 2.2kg TAGS: ECOVACS, home appliance, path planning, floor cleaning, floor cleaning robot, mopping, Smart move, gyroscope, Slim, low and narrow space cleaning RESEARCH ABSTRACT: We began by calling customers who bought the previous generation product to accurately position our target consumer group. Our survey of the target group subsequently revealed that in fact, space narrower than 8cm abounds in the home environment, But the current height of mainstream cleaning robots in the market is about 8cm, and are unable to enter these narrow spaces. The Deebot K3 can fill this gap in the market, and meet user demand for cleaning low and narrow spaces.We have also gathered and analyzed user assessments of the product of the previous generation, and have come to understand the difference between the product is functions and user demand. We have thus added an electronically-contr CHALLENGE: While maintaining its ultra-slim body at a height of 5.7cm, we also had to add a new electronically-contr ADDED DATE: 2018-02-09 11:59:19 TEAM MEMBERS (4) : LI XIAO WEN, LU QIANG, LIU SHUAI and CAO JING YI IMAGE CREDITS: LU QIANG PATENTS/COPYRIGHTS: Application number: 201830002694.1 Date of application: January 4, 2018 Applicant: Ecovacs Robotics, Inc. Name of invention: Cleaning Robot (ZJ1715) |
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NAME: ECOVACS ROBOTICS CO.,LTD PROFILE: Founded in March 1998,Ecovacs is dedicated to the R&D(research and development),design, manufacturing and sales of robots for household use. Up to now, Ecovacs possesses the most complete production lines of household robots in the world, including Deebot-a robot for floor cleaning, Winbot-an automatic robot for window cleaning, Atmobot-a mobile robot for air purification and Famibot, a robot that takes care of your housework. |
| AWARD DETAILS | |
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Deebot K3 Floor Cleaning Robot by Li Xiao Wen, Lu Qiang and Cao Jing Yi is Winner in Home Appliances Design Category, 2017 - 2018.· Press Members: Login or Register to request an exclusive interview with Li Xiao Wen, Lu Qiang and Cao Jing Yi. · Click here to register inorder to view the profile and other works by Li Xiao Wen, Lu Qiang and Cao Jing Yi. |
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