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Robots equipped with sensors that respond to touch and physical interaction typically use a combination of technologies to achieve this functionality. Although specific sensor configurations may vary by manufacturer and model, here are some common sensor types used on robots for this purpose.
Pressure sensors are often embedded in different parts of the doll’s body to detect when and where pressure is applied.
When you touch the doll, and press or squeeze certain areas, the pressure sensors can cause reactions such as moans, movements, and vocalizations. Capacitive touch sensors can detect the change in capacitance when a conductive object (such as a human hand) touches the doll’s skin.
These sensors are often deployed in more sensitive areas to enable responsive interactions.
Piezoelectric sensors generate an electrical charge when subjected to mechanical stress or pressure.
These sensors allow us to detect specific types of touches and translate them into appropriate responses.
Proximity sensors use infrared or other technology to detect the presence of nearby objects. When the user’s hands or body come close to certain areas, it can cause the doll to react.
Some dolls may have temperature sensors that detect changes in skin temperature caused by touch or environmental conditions.
These sensors help create more realistic responses, such as warmth to the touch.
These sensors detect movements and changes in the direction of the doll.
These can be used to simulate movements and reactions when the doll moves or tilts. Strain gauges measure changes in mechanical stress caused by bending or deforming a material.
These can be used to detect movements and forces acting on the doll’s body.
Optical sensors can detect changes in light intensity or reflection.
These can be used to detect the presence of objects or hands near the doll’s surface.
When these sensors are integrated with appropriate programming and artificial intelligence, robots can respond to touch and physical interaction in a variety of ways. Together, these sensors create a more immersive and interactive experience for users seeking authentic interactions with companion robots. Please note that specific sensor configurations may vary widely depending on the model and manufacturer.
