Relying on powerful 3D space-aware chips and artificial intelligence chip technology, 3D face, expression, emotion and posture can be recognized in living communities, companies, factories and other scenes, which can effectively reduce the excessive dependence of current security on manpower. Early prediction and judgment of suspicious behavior or potential danger has been strengthened.

Relying on the powerful 3D space-aware chip and artificial intelligence chip technology, the 3D face, expression, emotion and posture can be recognized by the school. On the one hand, it can control the entry and exit of personnel in schools and other places, as well as suspicious personnel screening. It can better analyze and statistics the students' school mood and posture, and predict potential problems and risks in advance;

In addition to the advantages of traditional video conferencing, the biggest highlight of 3D video conferencing is its stunning three-dimensional effect. The 3D video conference can reproduce the scene of the conference in real time, present the overall image of the participants, and construct a conference mode that is indistinguishable from the reality conference, and maximize the communication efficiency. It has unique advantages in terms of vividness, detail performance and conference interactivity. It will completely subvert the image of remote video conferencing and become an intuitive and natural endorsement.

By adding complex gesture recognition to the game, the game's fun is undoubtedly greatly increased, and the user's physical movements are integrated into the game scene, so that the user's game experience is greatly improved. At the same time, gestures replace traditional tapping keyboards or use gamepads to control their own computers, which can make the interaction between people and machines more intelligent and natural, and directly apply to the interactive activities of the game, which can fully improve the virtual The operability of the world, in turn, can accomplish more complex tasks in the virtual world.

Applying gesture recognition to the advanced driver assistance system can improve the safety of driving to a certain extent. The driver can control various functions inside the car through gestures, or change various parameters in the car, so that more attention will be paid. The force is placed on the road to reduce the occurrence of traffic accidents.

By identifying the body language of the driver or passenger, potential unsafe acts or illegal activities can be discovered, thereby enhancing the security of shared travel.

The user's body database can be established by performing a full 3D scan of the user's body. Relying on these data, merchants can better customize clothes to consumers, and can also greatly reduce the risk of consumers buying clothes online and worrying about clothes not fit.

The user's foot database can be created by performing a 3D scan of the user's foot. Relying on these data, merchants can better customize shoes to users, and can also greatly reduce the risk of consumers buying shoes online and worrying about not fit.

When the user wants to see the effect of the cosmetic before buying, he can directly see the effect of applying the cosmetic to his face. Similarly, for cosmetic services, this service can better allow customers to more intuitively understand the appearance of the face before surgery.

Combined with a color 3D scanning device, users can print their own bodies directly and save some important moments in a model.

Solid-state laser radar has many advantages. Firstly, its structure is simple and its size is small. Because it does not need rotating parts, it can greatly compress the structure and size of the radar, improve the service life and reduce the cost. Secondly, due to the fixed optical structure of the mechanical laser radar, it is often necessary to precisely adjust its position and angle to adapt to different vehicles. The solid-state laser radar can be adjusted by software, which greatly reduces the difficulty of calibration and speeds up the scanning speed and accuracy.

The point cloud formed by the 3D laser scanner to scan the building can help us to complete the elevation drawing (flat, vertical, section), 3D model components, basic size measurement and other results. In the new building acceptance, the building can be scanned to obtain an accurate and detailed three-dimensional model, so that the construction quality inspection can be completed by calculation or comparison, and the traditional feature point quality detection can be transformed into the overall inspection. In terms of decoration application, the construction unit can quickly perform 3D modeling of the customer's room through a 3D laser scanner, thereby quickly generating a decoration effect map to enhance the user experience.

Through the 3D laser reconstruction equipment, a 3D virtual model can be constructed by measuring the size of an actual object and making it into a 3D model. With this technology, real objects can be quickly applied to virtual digital development environments.

In combination with medical 3D printing devices, rapid human-related medical structures can be generated, such as wearable prostheses, orthopedic support structures, and dental applications.