A 3D human body data acquisition and scanning device for replacing manual measurement

Abstract

The invention discloses a 3D human body data acquisition and scanning device for replacing manual measurement, including a 3D scanner and a base. The 3D scan is fixedly connected to that vertical bracket, the low end of that vertical bracket is connected to the horizontal bracket through a slide rail pair and is connected with a driving mechanism for driving the vertical bracket to move along thelongitudinal direction of the horizontal bracket. The horizontal bracket is rotatably connected at one end to that base and the base is positioned on the scan side of the 3D scanner, and a distance sensor is mounted on the vertical bracket and faces the same direction as the 3D scanner. The invention can realize the position adjustment and rotary scanning of the 3D scanner, so as to realize one-time scanning of human body 3D. By using the scanned data for garment making and fitting, the 3D garment fitting data of human body can be accurately collected and the garment making and fitting data can be obtained, which is convenient for garment making and fitting, saves time and labor, has good effect, avoids the dizziness caused by human body rotation, is safer and more comfortable to use, andcompletes the scanning data collection by rotating for one week, and saves time and labor.

Description

technical field [0001] The invention relates to the technical field of a size measuring device for clothing making and fitting, in particular to a 3D human body data acquisition and scanning device for replacing manual measurement. Background technique [0002] Traditional measurement methods have professional technical requirements for measuring masters, and professional measuring masters are not sure when encountering special body shapes. Custom high-end clothing requires half-finished products to try on, and tailors require customers to go to the store to try them on several times. It wastes customers' time and the cost of customers running back and forth on the road. The store's efficiency is also very low, time-consuming and labor-intensive. The traditional measurement method requires high professional skills, which restricts the development of the customization industry. The time from ordering to picking up is also very short. Very long, so many customers are reluctant...

AI Technical Summary

Problems solved by technology

[0002] Traditional measurement methods have professional technical requirements for measuring masters, and professional measuring masters are not sure when encountering special body shapes. Custom high-end clothing requires half-finished products to try on, and tailors require customers to go to the store to try them on several times. It wastes customers' time and the cost of customers running back and forth on the road. The store's efficiency is also very low, time-consuming and labor-intensive. The traditional measurement method requires high professional skills, which restricts the development of the customization industry. The time from ordering to picking up is also very short. Very long, so many customers are reluctant to customize clothing

[0003] A Chinese patent (Patent No. ZL2015210903902) discloses a 3D fitting body data collection scanner, which realizes the collection of human body fitting data through the up and down and back and forth movement of the 3D scanner and the rotation of the human body. Problems of dizziness caused by rotation and time-consuming data collection

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