Introduction:
CPJ Robot is at the forefront of transforming smart living through the innovative application of solid-state LiDAR technology in edutainment interactions. This cutting-edge technology merges virtual reality and dynamic capture techniques, offering interactive projection systems such as floor, table, and wall interactive projections. These systems enable a variety of interaction forms, including ripple effects, flip interactions, collision effects, erasure effects, avoidance interactions, and follow interactions. Participants engage in a seamless, proactive interactive experience that perfectly blends visual, physical, and emotional responses, creating an unprecedented integration of human and machine.
Working Principle:
The principle behind the edutainment interactive projection system involves capturing devices (like LiDAR) to detect target images (such as participants). These images are then analyzed by an imaging analysis system, generating motion data of the captured objects. This data, combined with a real-time interactive image system, produces a tight interactive effect between the participant and the screen.
Components of the System:
The edutainment interactive projection system comprises four main parts:
- Signal Acquisition: Capturing devices such as LiDAR, infrared sensors, video cameras, and thermal imagers collect data based on the interaction requirements.
- Signal Processing: The real-time collected data is analyzed and interfaced with the virtual scene system.
- Imaging: Projectors or other display devices present the images at specific locations. Besides projectors, plasma displays, LCD screens, and LED screens can also serve as carriers for interactive images.
- Auxiliary Equipment: This includes transmission lines, installation components, and audio devices.
Innovative Application by CPJ Robot:
As an innovative enterprise specializing in LiDAR sensors and solutions, CPJ Robot upholds the philosophy of “life leads technology, technology changes life.” With extensive experience in the development and manufacturing of photonic sensing systems and precision optical products, CPJ Robot has developed cost-effective, mass-producible LiDAR products for various applications. After applications in consumer robots, intelligent security, and subway gap detection, CPJ Robot has pioneered a new application scenario for LiDAR: edutainment interaction, empowering a new form of smart living. The F1 series LiDAR, developed by CPJ Robot, is a high-performance product widely applicable to various smart living edutainment scenarios.
Technical Excellence of LiDAR F1:
The LiDAR F1 series is designed based on the TOF (Time of Flight) principle. It accurately measures distance information by precisely timing the laser pulse reflection process. This allows for detailed environmental perception, enabling precise measurement of target position (distance and angle), shape (size), and status (speed, posture). Consequently, it can detect, identify, and track targets effectively.
Conclusion
CPJ Robot’s solid-state LiDAR technology represents a significant advancement in smart living solutions through edutainment interaction. Its ability to deliver a seamless, engaging, and highly responsive user experience makes it a powerful tool for diverse applications, from entertainment to educational installations.
CPJ Robot specializes in the research and production of LiDAR and service robots, offering customizable solutions to meet your specific needs. Enhance your interactive experiences with our cutting-edge technology. Contact us today to learn more about how our LiDAR solutions can revolutionize your business.
