DTing Creates Toys and Robots That are Controlled by a Wrist Band
References: indiegogo & dtingsmart
Inspired by the development of high tech artificial limbs, DTing's team collaborated with scientists and engineers to create a line of reasonably priced gesture-responsive robotic toys. The series is the first of its kind and easy to use, because it channels the gestures and applied force of the user to map the behaviors and trajectories of the robot.
Suitable for all ages and operational experiences, the line of robotic toys is controlled through a functional accessory. The DTing Gesture Wristband can detect all of the user's gestures, including forearm, hand and finger movements. Its surface can map out sEMG and AI algorithms — from electromyographic and gyroscopic to accelerometer signals, in order to bring a high degree of precision and user control.
Suitable for all ages and operational experiences, the line of robotic toys is controlled through a functional accessory. The DTing Gesture Wristband can detect all of the user's gestures, including forearm, hand and finger movements. Its surface can map out sEMG and AI algorithms — from electromyographic and gyroscopic to accelerometer signals, in order to bring a high degree of precision and user control.
Trend Themes
1. Gesture-responsive Robotics - Disruptive innovation opportunity: Develop advanced robotic systems that can accurately respond to gesture-based commands, expanding possibilities for interactive and intuitive human-robot interaction.
2. Affordable High-tech Toys - Disruptive innovation opportunity: Create reasonably priced toys that incorporate advanced technologies like gesture recognition, making high-tech experiences accessible to a wider audience.
3. Functional Accessories for Interaction - Disruptive innovation opportunity: Design wearable devices like the DTing Gesture Wristband that enable precise control and interaction with various electronic devices and applications.
Industry Implications
1. Toy Manufacturing - Disruptive innovation opportunity: Incorporate gesture-responsive technology into a range of toys to provide engaging and interactive play experiences for children.
2. Robotics and Automation - Disruptive innovation opportunity: Apply gesture recognition capabilities to robotics systems for enhanced precision, versatility, and ease of use in various industries like manufacturing and healthcare.
3. Wearable Technology - Disruptive innovation opportunity: Develop functional accessories, such as gesture-sensing wristbands, that enable hands-free control and interaction with devices, augmenting user experiences in fitness, gaming, and other domains.
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