Description
The Scud Hotel delivery robot offers a range of intelligent features, including autonomous map creation, elevator navigation, obstacle avoidance, automatic recharging, and even making calls. It can assist with guest inquiries, provide guidance, and lead guests to their rooms, restrooms, elevator entrances, and other locations within the hotel. During its journey, the robot can introduce the hotel and its amenities to customers.
The robot is also capable of conducting promotional parades, sharing information about hotel events and special offers. Additionally, it can deliver small items directly to guest rooms, such as slippers, chargers, bottled water, and toiletries. The robot can also collect items like clothing and towels from guests, enhancing convenience and service efficiency.
Core functions introductions
Human-Computer Interaction Experience: The robot offers a seamless human-computer interaction experience through visual, voice, text, and touch interfaces, allowing users to directly engage with and experience the power of technology.
Data Collection: It enables comprehensive, visual collection, storage, analysis, and management of large volumes of visitor data, ensuring efficient data handling.
Information Consulting: Through human-computer dialogue, the robot can answer user questions related to the business field and proactively introduce relevant content, enhancing the customer experience.
Facial Recognition System: Equipped with advanced facial recognition technology, the robot can automatically detect and identify faces, collecting identity information. It quickly compares faces against its database to confirm identities and provides personalized greetings.
Business Processing: The robot streamlines customer services such as information inquiries, fee checks, queue management, and other service-related tasks. Customizable features can be added based on demand.
Wayfinding Assistance: Using advanced navigation technology, the robot creates indoor maps and guides customers to designated locations following a voice interaction.
Open API for Customized Services: The robot’s OpenAPI allows for secondary development, enabling the addition of exclusive functions tailored to specific application scenarios for more precise and relevant service delivery.
SLAM Navigation and Obstacle Avoidance System: With multiple sensors and SLAM (Simultaneous Localization and Mapping) technology, the robot autonomously navigates complex environments. Its optimized obstacle avoidance algorithms allow it to perceive real-time environmental changes, bypass obstacles, and select the best routes to reach its target.
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