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Community AI Integrated Car Service Robot

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Product Positioning

  • Service Positioning: Providing 24-hour AI robot car washing services for communities.

  • Market Positioning: Addressing the current challenges in the car wash industry, such as low efficiency, high costs, and poor customer experience, through technological innovation and model upgrades, offering efficient, convenient, and high-quality car wash services to meet the daily needs of community residents.

Core Features

  • Smart Car Wash: Mimicking the manual car washing process, the robot uses visual scanning of vehicles to create 3D point cloud models, which are uploaded to a cloud database. The robot then uses these models to automatically plan or simulate the washing process, offering customized services for each vehicle, including autonomous vehicle washing, remote towing cleaning, and mobile app-controlled cleaning.

  • Energy Efficiency: Water consumption of 50L per car and electricity consumption of 1 kWh per car, providing significant energy savings compared to traditional car washing methods.

  • Extended Features:

    • Vehicle AI Spray Robot: Used for vehicle painting and touch-ups, primarily in 4S stores, repair shops, and similar locations. Using the point cloud database, the robot plans its spray path and performs tasks by simply scanning the vehicle license plate, selecting the paint area with a teaching device, and starting with a single click.

    • Vehicle AI Inspection Robot: Used for vehicle inspection, mainly in used car dealerships and inspection centers. The robot scans the vehicle's body based on the model's point cloud data and outputs evaluation data. It is easy to use, requiring only a license plate scan and one-click operation.

Technical Characteristics

  • Database and Algorithm: Composed of databases, robot control algorithms, and radar positioning systems, providing precise data support and intelligent control for the robot.

  • Vision and Positioning: Uses radar/vision positioning technology to accurately identify the vehicle's position and shape, providing reliable spatial coordinates for car washing, spraying, inspection, and other operations.

  • Collaborative Robot: Features collaborative robot functions, allowing it to work alongside human staff to improve work efficiency and safety.

Application Scenarios

  • Community Car Wash: As the core equipment for a 24-hour community car wash service, it provides convenient and efficient car washing for community residents, solving issues such as traditional car wash shop hours and long waiting times.

  • 4S Stores/Repair Shops: The AI spray robot can be used in 4S stores, repair shops, etc., to provide vehicle painting and touch-up services, improving the efficiency and quality of vehicle maintenance and repairs.

  • Used Car Dealers/Inspection Centers: The AI inspection robot can be used in used car dealerships and inspection centers to offer professional vehicle inspection services, helping both businesses and consumers better understand the condition of vehicles and promoting healthy development of the used car market.

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