Commercial Cleaning Robot 'BG1' for Airports
A next-generation AI floor cleaning robot that balances the maintenance of cleanliness and the efficiency of cleaning operations in a vast airport terminal.
In airport facilities, a high level of hygiene and efficient cleaning operations are required in an environment where many users are constantly coming and going. It is important to clean vast floors in a short time while compensating for labor shortages and maintaining stable quality. Delays in cleaning or inadequate maintenance can affect the impression and safety of the facility. The commercial cleaning robot 'BG1' supports the extensive cleaning operations of airports through autonomous dirt detection and efficient cleaning powered by AI. 【Usage Scenarios】 - Floor cleaning of the vast concourses and lobbies within airport terminals - Unmanned cleaning operations during nighttime or early morning when labor shortages are an issue - Maintenance of areas such as around boarding gates where efficient cleaning is required 【Benefits of Implementation】 - Achieves uniformity and efficiency in cleaning quality through AI-based dirt detection - Possibility of 24-hour operation through integration with automatic water supply and drainage stations - Flexible maneuvering in large areas utilizing boarding mode
basic information
【Features】 - Integrated cleaning function that completes sweeping, washing, and wastewater collection in a single pass - AI detects dirt in real-time and automatically adjusts cleaning methods and detergent amounts - Designed for brushes to reach the edges, reducing the need for manual finishing - Equipped with a riding mode for human operation in large areas - Supports fully unmanned operation through integration with automatic water supply and drainage charging stations
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【Usage Scenarios】 ■Industrial Facilities ■Warehouses ■Logistics ■Factories 【Our Strengths】 We are a robot system integrator (SIer) that manufactures robot and AI systems. Leveraging our experience as a manufacturer of cable and wire production and inspection equipment, along with our expertise as a robot SIer, we support the introduction of optimal cleaning robot systems tailored to our customers' needs. We start with consulting services to provide the best solutions. *For more details, please feel free to contact us.
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In 2002, we were established as a manufacturer of cable, wire, tube, and seat manufacturing and inspection equipment. Our products, including a twisting machine equipped with an HCI-type tension feedback control system (patented) and a magnetic bearing twisting machine (patented), as well as a winding device with auto traverse, have received positive feedback. In 2008, we started a robot system integrator business to manufacture robot systems, delivering our first unit in 2009. In 2017, we began developing systems for image recognition → inspection process AI, reinforcement learning → production technology AI, and natural language processing → communication AI, delivering our first inspection process AI system in 2018. In 2018, we opened the HCI ROBOT CENTER within the Izumi-Otsu Chamber of Commerce in front of Izumi-Otsu Station, aimed at promoting robot systems and providing special education on robot safety. In 2020, we established the HCI ROBOT・AI LAB, the largest development base in Japan owned by a robot SIer, in the commercial facility Arza Town directly connected to Izumi-Otsu Station. We own 30 robots from companies such as Kawasaki Heavy Industries, Yaskawa Electric, Mitsubishi Electric, Denso Wave, Yamaha, ABB, and FANUC, accelerating the verification of elemental technologies and the development of robot and AI systems.