AI Wheeled Embodied Robot
Commercial Robot Floor Cleaner for Small to Midsize Spaces
| Total degrees of freedom |
30 |
| Upper limb degrees of freedom | 14 7 * 2) |
| Waist degree of freedom | 2 (pitching, waist lifting) |
| Head degree of freedom |
2 |
| Dexterous Hand Degrees of Freedom | 6 active degrees of freedom * 2 |
| Total Height: 182cm |
182cm |
| Upper Limb Structure |
152cm |
| Lifting Height | Upper Limb Structure: High-precision harmonic joint module |
| Upper Limb Shell Material | Aviation aluminum, arm length 608mm |
| Motion Precision: 1mm |
1mm |
| Other Accessory Parameters |
AGV dual differential wheel drive; Bidirectional balance bridge; Turning radius 720mm |
Product Features
Scene AdaptationIt adopts an integrated design combining a wheeled mobile platform with a bionic upper limb structure, achieving a high degree of integration between efficient mobility and natural interaction.This ensures the robot’s smooth movement in various commercial service and public spaces. Meanwhile, anthropomorphic upper limb motions enhance the naturalness of human-robot interaction, enabling the robot to flexibly adapt to a wide range of complex scenarios.
Environmental CognitionIt possesses the capability to accurately perceive and real-time understand human identities, behavioral postures, and the surrounding environment.
By rapidly processing multi-dimensional visual data, it constructs a clear semantic scene map, laying a solid and reliable data foundation for subsequent autonomous decision-making, thus enabling the most appropriate immediate responses.
Intelligent ArchitectureThe unique "brain-cerebellum coordination" embodied intelligent architecture achieves perfect decoupling and efficient collaboration between cognition and movement. The "brain" system is responsible for global cognitive reasoning and task decision-making, while the "cerebellum" system focuses on real-time motion control and posture balance. This architecture enables the robot to not only make reasonable planning at the strategic level but also achieve precise execution at the tactical level when facing complex tasks.
DeepBlue E5
AI Wheeled Embodied Robot
Commercial Robot Floor Cleaner for Small to Midsize Spaces
The new-generation wheeled embodied intelligent robot is designed for real-scenario applications such as commercial services and public spaces. The product integrates a wheeled mobile platform with a bionic upper limb structure, unifying efficient mobility and natural interaction forms. It features excellent environmental adaptability and spatial passability, enabling integration into various complex scenarios and serving as a core interactive terminal in intelligent scenarios.
The robot can achieve precise perception and understanding of humans and the environment, laying a reliable foundation for autonomous decision-making. Furthermore, relying on DeepBlue’s unique "cerebrum-cerebellum coordination" embodied intelligence architecture, it synergizes the cognitive decision-making capability of the cerebrum system and the real-time motion control capability of the cerebellum system. This realizes the efficient unification of perception, decision-making and execution, endowing the robot with higher intelligence and stronger scenario adaptability.
Product features
-
Scene Adaptation
It adopts an integrated design combining a wheeled mobile platform with a bionic upper limb structure, achieving a high degree of integration between efficient mobility and natural interaction.This ensures the robot’s smooth movement in various commercial service and public spaces. Meanwhile, anthropomorphic upper limb motions enhance the naturalness of human-robot interaction, enabling the robot to flexibly adapt to a wide range of complex scenarios.
-
Environmental Cognition
It possesses the capability to accurately perceive and real-time understand human identities, behavioral postures, and the surrounding environment.
By rapidly processing multi-dimensional visual data, it constructs a clear semantic scene map, laying a solid and reliable data foundation for subsequent autonomous decision-making, thus enabling the most appropriate immediate responses. -
Intelligent Architecture
The unique "brain-cerebellum coordination" embodied intelligent architecture achieves perfect decoupling and efficient collaboration between cognition and movement. The "brain" system is responsible for global cognitive reasoning and task decision-making, while the "cerebellum" system focuses on real-time motion control and posture balance. This architecture enables the robot to not only make reasonable planning at the strategic level but also achieve precise execution at the tactical level when facing complex tasks.
Technical Specifications
| Total degrees of freedom |
30 |
| Upper limb degrees of freedom | 14 7 * 2) |
| Waist degree of freedom | 2 (pitching, waist lifting) |
| Head degree of freedom |
2 |
| Dexterous Hand Degrees of Freedom | 6 active degrees of freedom * 2 |
| Total Height: 182cm |
182cm |
| Upper Limb Structure |
152cm |
| Lifting Height | Upper Limb Structure: High-precision harmonic joint module |
| Upper Limb Shell Material | Aviation aluminum, arm length 608mm |
| Motion Precision: 1mm |
1mm |
| Other Accessory Parameters |
AGV dual differential wheel drive; Bidirectional balance bridge; Turning radius 720mm |
