roomba:roomba
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=====Roomba - The Robot vacuum cleaner experience===== | =====Roomba - The Robot vacuum cleaner experience===== | ||
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====What is that thing?==== | ====What is that thing?==== | ||
- | Roomba 560 from [[http:// | + | Roomba 560 from [[http:// |
{{: | {{: | ||
- | Here it is seen running.\\ | + | Here it is seen running. It either runs by following a wall, or by randomly criss-crossing the room. This may not seem very practical, and it is certainly not the way you would clean the floors, but it is thorough enough as it runs for a relatively long time (approximately 45 minutes per room) and the random-algorithm makes sure it cleans all areas (at least over a couple of times).\\ |
+ | \\ | ||
+ | We have found that running the cleaning robot every day reduces the amount of dust and dirt being swished into the air by us and landing on furniture significantly, | ||
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- | And here it is seen " | + | Here Roomba |
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Even though Roomba 560 has wall sensors making it slow down as it approaches a wall, it may not work as well as you could wish for in all cases. For instance if the object Roomba is approaching has a very dark color (same problem as with the cliff sensors) or if it is approaching at an angle. Therefore, to protect the bumper and wall sensor casing in the front of the robot from excessive damage, we have shielded the sharp corner of the stone supporting the column in the lefthand image. By the way, the stone is there in the first place in part because the column supports a heavy plant and we were unsure of whether Roomba was able to hit the column so hard that it would topple over, and in part because the lower shelf of the column was low enough that Roomba would drive up onto it, but high enough that it would also sometimes get stuck there. This poses another problem - if your doorways have thresholds you may not be able to use Roomba. It //is// able to get over thresholds if they are not too high (1-1½ cm) or if you have slopes leading up to them, but if the thresholds are higher than this, or if you are unlucky that Roomba hits the slope at an angle, it may get stuck. One solution to this is preventing Roomba from approaching the threshold, for instance as shown in the righthand image of an open shoe cupboard having a homemade plastic barrier taped to it, or by placing other types of obstacles in or in front of the doorway. This can also be solved using lighthouses to define Roomba' | Even though Roomba 560 has wall sensors making it slow down as it approaches a wall, it may not work as well as you could wish for in all cases. For instance if the object Roomba is approaching has a very dark color (same problem as with the cliff sensors) or if it is approaching at an angle. Therefore, to protect the bumper and wall sensor casing in the front of the robot from excessive damage, we have shielded the sharp corner of the stone supporting the column in the lefthand image. By the way, the stone is there in the first place in part because the column supports a heavy plant and we were unsure of whether Roomba was able to hit the column so hard that it would topple over, and in part because the lower shelf of the column was low enough that Roomba would drive up onto it, but high enough that it would also sometimes get stuck there. This poses another problem - if your doorways have thresholds you may not be able to use Roomba. It //is// able to get over thresholds if they are not too high (1-1½ cm) or if you have slopes leading up to them, but if the thresholds are higher than this, or if you are unlucky that Roomba hits the slope at an angle, it may get stuck. One solution to this is preventing Roomba from approaching the threshold, for instance as shown in the righthand image of an open shoe cupboard having a homemade plastic barrier taped to it, or by placing other types of obstacles in or in front of the doorway. This can also be solved using lighthouses to define Roomba' | ||
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====Virtual wall/ | ====Virtual wall/ | ||
{{: | {{: | ||
+ | This sensor/ | ||
+ | \\ | ||
| Timetable | | Timetable | ||
^ Livingroom | ^ Livingroom | ||
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^ Finished | ^ Finished | ||
^ Dock | 13:20 | 16:13 | ^ Dock | 13:20 | 16:13 | ||
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+ | ====Functions==== | ||
+ | Roomba 560 can run in various modes: | ||
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+ | **Standard clean:** Starting Roomba from the docking station (home base) it will clean all rooms defined by the lighthouses (or the entire area available to it) until its battery is almost run dry. It will then return to its home base on its own to recharge, ready for the next go. | ||
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+ | **Programming: | ||
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+ | **Manually started cleaning:** Roomba can be transported to the room you wish to have cleaned and be started here manually. You can define the room border by setting the lighthouse to " | ||
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+ | **Spot clean:** If you have a small area you wish to have cleaned you can place Roomba in the middle of it and select spot clean. Roomba will then clean in a small outwards spiral, returning back into the centre of the spiral when finished. | ||
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+ | **Dock:** Pressing this will cause Roomba to start searching for its home base. This works best if you place the robot very close to the home base. You have to dock Roomba in this way, and not by placing it in its dock, if Roomba is to register that it is now docked. Otherwise it will start the next clean as if it was out of the home base. This can cause some problems, but we have found that if Roomba will not recognise its dock, you can " | ||
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+ | ====Final notes==== | ||
+ | iRobot Roomba 560 can be bought in Denmark at [[http:// | ||
+ | \\ | ||
+ | Also please be aware that new models may be released in which improvements and corrections are implemented, |
roomba/roomba.txt · Last modified: 2009/03/19 12:19 by tine