Interactive Toys
We use different sensors to detect environmental and user action changes, allowing toys to perform animatronic actions, move, make sounds, light up, and respond to the user and other talking figures.
Capacitive touch sensors
We use capacitive touch sensors to make toys sensitive to a wide variety of touches, including slight, gentle touches, petting, and holding.
Rolling Ball Switch Series
Rolling Ball Tilt Switch Series are ideal for movement detection, as it is an economical alternative to price-competitive applications with high performance, good quality and a long operational life.
Microphone
When a microphone detects sound, it transforms the environmental noise into an electrical signal processed by an MCU to trigger a specific action in the toy. This allows interactions when playing and enhances the user’s overall experience.
G-Sensor
It works because of the simple and reliable principle of acceleration sensing. This involves converting the inertia of a moving body into force according to Newton's second law (Force = mass x acceleration), which is the same phenomenon that gives human beings a sense of acceleration or motion.
Solutions
For toy pets
- Using a cap sensor to simulate the toy pet’s actions
- Using a microphone voice input to make interacting with the toy pet possible
Action Toy Figure
- The ball switch allows the toy to respond to impact/motion action
- The G-sensor allows the toy to recognize the user’s movements and interact without making direct physical contact
