AI smart Toy ,AI Interactive Companion Tactile Perception System

AI INTERACTIVE COMPANION TACTILE PERCEPTION SYSTEM

The AI interactive companion tactile perception system provides core interactive support for AI dolls and AI companion robots, with emotional perception and delicate feedback capabilities. It can recognize different touch strengths and frequencies such as light touch and tapping, and synchronously transmit tactile responses, such as simulating trembling comfort, temperature feedback, etc., to meet the multimodal interaction needs of real companionship. Using flexible materials, it fits the human body with a soft touch when in contact, is wear-resistant and collision resistant, and can meet the safety and durability needs of daily companionship and interaction.

1. Core technology composition

-Tactile sensing layer: It adopts a flexible pressure sensor array (such as resistive and capacitive), integrated on the surface of the device, and can recognize touch force, touch trajectory, tapping rhythm and other actions.

-AI interaction layer: By using algorithms to convert tactile signals into emotional commands (such as tapping=soothing, caressing=intimate), combined with voice and facial feedback to form bidirectional interaction.

-Tactile feedback layer: equipped with micro vibration motors, shape memory alloys, or pneumatic devices, simulating anthropomorphic tactile responses such as rubbing, curling, and tapping.

2. Typical application cases

-AI intelligent pet play: such as robotic dogs, with tactile sensors distributed on the surface of the body. After sensing touch, it will provide feedback on intimacy through body vibration and head rubbing. AI can learn user touch habits and adjust interaction modes.

-Companion type robots: such as robots, with built-in tactile modules in the hands and head that can recognize hand holding and tapping movements, paired with temperature sensing elements to simulate human body temperature and enhance the realism of companionship.

-Wearable companion devices, such as emotional companion wristbands, sense the user’s grip strength through tactile sensors, and after AI judges the emotional state, simulate feedback such as “shoulder patting comfort” by vibrating at different frequencies.