As this smart, handy cleaner moves around the room, ultrasound sensors help it avoid obstacles. A turbo fan motor generates massive airflow for powerful vacuuming, and a HEPA Clean Filter ensures clean exhaust air. Designed for convenience, this robotic helper offers five different cleaning modes and easy maintenance. Thanks to a turbo fan, this roaming cleaner can sweep, catch, and suck up dust and dirt trapped in flooring joints and carpets for powerful vacuuming. A HEPA Clean Filter ensures clean exhaust air. Two side brushes effectively sweep up dirt from both sides of the cleaner for a rotating brush in the middle to catch. A rotating rake brush intertwined with a soft brush thoroughly takes in the dirt swept up by the side brushes while also producing a floor-polishing effect. Running at 14,000 RPM, the turbo fan generates massive airflow, enabling this cleaner to powerfully sweep, catch, and suck up dust and dirt. Capable of effectively catching fine dust, the HEPA filter—which can be washed with water for repeated use—makes for clean exhaust air.

With a choice of five different cleaning modes to accommodate different room conditions, this robotic cleaner offers convenience on command. Automatically cleans the whole floor Thoroughly cleans the area alongside the wall, where dust is likely to collect Thoroughly cleans a designated area (1m or less in diameter) Spot mode (2 to 4m) Thoroughly cleans a wider designated area (choice of 2, 3, or 4m in diameter)shark vacuum cleaners customer service Discharges Plasmacluster Ions when stationarysteam vacuum cleaner electrolux *The lines of travelling indicated here are for illustrative purposes only.vacuum cleaner cork The user-friendly design on this robotic vacuum cleaner enables easy maintenance, without any mess.

Collected dust and dirt can be disposed of without ever having to touch it. Simply remove the dirt bin and filter, empty their contents, and wash the parts clean with water. The dirt bin can be removed and replaced from above. The whole unit can be washed with water. < prev | next >1412Change to browse by: References & CitationsNASA ADS DBLP - CS Bibliography T. S. B. Gowtham Kumar Bookmark (what is this?) A Control Strategy for an Autonomous Robotic Vacuum Cleaner for Solar Panels Accumulation of dust on the surface of solar panels reduces the amount ofThis leads to loss in generated electric power and formation of hotspots which would permanently damage the solar panel. project aims at developing an autonomous vacuum cleaning method which can be used on a regular basis to maximize the lifetime and efficiency of a solarThis system is implemented using two subsystems namely a Robotic Vacuum Cleaner and a Docking Station.

The Robotic Vacuum Cleaner uses a two stage cleaning process to remove the dust from the solar panel. It is designed to work on inclined and slippery surfaces. A control strategy is formulated to navigate the robot in the required path using an appropriate feedbackThe battery voltage of the robot is determined periodically and if it goes below a threshold, it returns to the docking station and charges itself automatically using power drawn from the solar panels. The operation of the robotic vacuum cleaner has been verified and relevant results are presented. The DC Charging circuit in the docking station is simulated in Proteus environment and is implemented in hardware. An economical, robust Robotic Vacuum Cleaner which can clean arrays of Solar panels (with or without inclination) interlinked by rails and recharge itself automatically at a docking station is designed and implemented. TIIC IADC 2014 Team ID: 56.2 CMT ID: 272

(or arXiv:1412.0591v1 [cs.RO] for this version) From: Naresh Balaji [view email]Mon, 1 Dec 2014 19:05:21 GMT (1595kb) Which authors of this paper are endorsers? | Disable MathJax (What is MathJax?) Cleans corners with its triangular points The triangular points get right into the corners of the room and the side brush sweeps them clean as the RULO veers from side to side. The triangular shape enables it to change directions smoothly, even in narrow spaces. The corner brushes and V-shaped brush efficiently suck in the swept-up dust Negative ion plate enables thorough cleaning*1 *1 The wiping function is not a wet wipe. It cannot remove grime such as spilled liquids that have dried onto the floor. Rechargeable approx. 1,500 times 330 mm wide, 325 mm long, 92 mm high 3.0 kg (Main unit only) Dust box (No paper dust bag required) Approx. 3 hours (From the time when the battery is connected and starts to charge, at an ambient temperature of 20℃)

Approx. 48.6 square metres Period of continuous use Operating time(In auto mode)*5 2 positions, left and right Auto/ Extra careful/ Spot/ Area memory Time setting: To start cleaning between one and nine hours later, Daily: To start cleaning at the same time every day Robotic Vacuum Cleaner Corner Brush [Genuine Part]MC-ARBT1 ¥2,400 (without tax) *3 When used in auto mode. When the ambient temperature is 20℃. However, this can vary according to such factors as the ambient temperature, frequency of use, and the environment and conditions in which the RULO is used *4 The maximum operating area is automatically determined according to the size of the room and the amount of dust. The operating area may vary even in rooms of the same size according to such factors as the location of the battery charger, the positioning of the furniture and the amount of dust. *5 The operating time is automatically determined according to the size of the room and the amount of dust.