I believe that many people who have had security inspection experience know the procedure of the case. In order to ensure the safety of passengers, passengers and their luggage will be scanned. The scan is performed by a 3D body scanner. However, this scanning method has caused a lot of controversy.
Ⅰ. 3D body scanners
Body scanners typically scan passengers using X-ray imaging technology or millimeter wave technology. Through this device, security personnel can "see through" passengers' clothing, thereby preventing passengers from hiding dangerous objects. But the instrument has also sparked a lot of controversy among the public and the media. Many people criticized that this is equivalent to letting passengers "naked inspection" and violated the privacy rights of passengers.
Therefore, in the early years, the European Union formulated relevant regulations: it is not mandatory for member states to use this device at the airport, but if it is used, it must comply with a series of strict standards to protect the privacy and health of passengers.
While struggling with whether to use a 3D body scanner, many people will be amazed. Is the scanning technology so developed now? Yes, body scanners have played a major role in the age of artificial intelligence. Its role is not only used for scanning in airports and other places, but also has many applications.
The human body 3D scanner of measurement technology adopts advanced optical scanning and multi-directional reconstruction technology to quickly obtain full-scale human body 3D data and size parameters, and provide customers with accurate, reliable and comprehensive data information.
Ⅱ. The application of 3D body scanner
1. Clothing production
Quickly obtain the 3D data model of the human body through the human body 3D scanner, import the collected data into professional CAM and CAD clothing design and pattern making software, and perform simulated body shape adjustment, model selection, color matching, size modification, and simulated try-on. Depending on the stitching, etc., to create a fit, comfortable and fashionable clothing to meet the customized needs of customers.
2. Customized health products
Quickly obtain the 3D digital model of the human body and the size data of the parts specified by the user through the 3D body scanner, and analyze the data to determine the basic physical characteristics of the measured object, and then customize it to fit the body based on the scanned data and body shape characteristics of the measured object. Characteristic personalized products, and the 3D scanner system supports customized development, and can customize special function modules according to user requirements.
3. 3D film and television, CG animation game post-aid design and production
The 3D digital model of the human body is acquired through the human body 3D scanner, and the 3D data of the human body is reconstructed in various postures. The demand for reconstruction of film and television animation virtual characters.
4. 3D human body model printing
Obtain the detailed 3D data model of the human body through the 3D body scanner, import the 3D data into the 3D design software for 3D editing, detail optimization, posture adjustment, etc., and then import the edited 3D data into the 3D printer for printing the human body model. You can also directly import the 3D data obtained by scanning into the printer for printing.