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Safety improvementReduction of burden on workersAutonomous robot3D (difficult, dangerous, dirty) environmentsSelf-position recognition

Robotics

High Efficiency Autonomous Cleaning Robot

Automatically cleans up areas with harsh conditions of dust, gravel, debris and uneven surfaces.

Solution Point

  • Use of robot to perform cleaning under 3D environments/harsh conditions reduces the burden on cleaning workers.
  • Robot is equipped with a self-localization system, and automatically travels to required locations and collects the object of cleaning to a specified place.
  • Since the robot is autonomous, cleaning is possible at anytime.

Features 01

Expected Problems
?Isn't it difficult to cleanup dust that accumulates around equipment used to handle materials including powders, gravel, debris, etc.?
?Do you feel that cleaning costs are high?
?Isn't it hard work to cleanup areas where cleaning work requires a poor posture?

Features 02

Technology highlight
Point01 Robots are equipped with LiDAR* (Light Detection And Ranging) sensors, and SLAM** (Simultaneous Localization and Mapping) is used as the self-position recognition technology.
Point02 Robots can automatically avoid obstacles while traveling.
Point03 Dust collection work is fully automated by programming the cleaning operation.
Point04 High flexibility, as a general-purpose vehicle is used and brushes can be exchanged depending on the object of cleaning.
技術のポイント説明図
* LiDAR: Light Detection And Ranging
** SLAM: Simultaneous Localization And Mapping

Features 03

Proposed Solutions (Examples)
?Cleaning of areas where objects are dropped during conveying, e.g., beside belt conveyors, etc.
?Cleaning of areas where dust accumulates around powder material processing equipment
?Cleaning of areas where the user wishes to avoid deterioration of the environment due to accumulated matter
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