Den fejende robot har ingen skader uden kollision

2020-08-12



Friends who have a little knowledge of robotstøvsugers will have this common sense: After all, robotstøvsugerser kunstig intelligens, og opfattelsen af ​​objekter og retninger realiseres af robotterne selv udstyret med positioneringssystemer og detektionssystemer. Derfor varierer brugeroplevelsen af ​​fordele og ulemper ved detektionssystemet meget.

Many people complain about the fejende robots often "rampaging" and often have close contact with furniture, walls, etc. After a long time, they are really afraid of damaging the furniture at home. Then look at the various scratches on the fejende robot. Very distressed... and these "symptoms" appear precisely because the anti-collision design is not in place. Friendly reminder from Klinsmann KLiNSMANNgammel driver: Vælg enfejende robotmed fremragende antikollisionsdesign for at reducere skader.

Hvilken slags antikollisionsdesign er god nok irobotstøvsuger industry? The following is the popular science time of the old driver, please be careful! Excellent anti-collision design should start with both software and hardware systems. First, the software is equipped with a detection system. The commonly used detection systems are: infrared and ultrasonic detection; second, in the hardware, by equipping the front end of the fejende robot with an anti-collision strip, the dual force reduces the collision The damage caused by the inevitable collision is minimized. Klinsmann’s KLiNSMANN has done a good job. The front of the fuselage is equipped with multiple sets of infrared detection devices, which are intelligent anti-collision; black elastic rubber anti-collision strips reduce collision force, even if there is a small probability of collision, it can also reduce damage To the smallest.



Infrarød detektion Detektoren samler infrarød stråling i hjemmemiljøet og samler den på sensoren. Sensoren registrerer den specifikke retning af husholdningsartikler gennem omfattende faktorer såsom infrarød bølgelængde og modtagetid og realiserer intelligent antikollision under rengøring.
Ultralydsregistrering Princippet svarer til lydbølgedetekteringsfunktionen hos delfiner og flagermus, således atfejende robothar den skarpe opfattelse af delfiner og flagermus for at opnå den specifikke retning af husholdningsartikler og realisere intelligent antikollision under rengøring.
Veteran driver’s comment: If you don’t want the robotrenser to become a "bumper car", to reduce the close contact between the robotrenser and furniture, walls, etc., you must pay attention to the anti-collision design of the robotrenserved køb.