Specialized leotard for 3D measurement for body girth of human

Abstract

The invention provides a specialized leotard for 3D measurement for body girth of a human. The specialized leotard can package human body parts of which data are to be acquired. Wrinkles on clothes are covered for preventing the influence of the wrinkles on a scanning model, so that a model which is scanned by a 3D camera is smoother, thereby realizing accurate measurement. The front part or the back part of the leotard body is provided with an opening where a slide fastener is used for connecting. The waist circumference, the hip circumference and the arm circumference of the leotard are respectively provided with a high-elasticity rubber band. The fabric of the leotard is prepared through blending a polyester fiber and an elastic fiber. The length of the leotard is increased by 4-5cm. The arm circumference is also provided with an anti-sliding strip. According to the specialized leotard, three models of body measurement leotards which are suitable for 3D body measurement can be autonomously developed through autonomously designing the model and selecting the fabric. The leotard according to the invention has advantages of realizing measurement to a person in wearing the clothes, obtaining higher convenience in wearing, and improving user experience and scanning accuracy.

Description

technical field [0001] The invention belongs to the field of clothing and human body 3D scanning measurement, and in particular relates to a special tights for 3D measurement of human body circumference. Background technique [0002] Existing tights are based on sports tights, cycling suits and swimsuits. Most of the fabrics are polyester and elastic fibers, which have the functions of moisture absorption, perspiration, and breathability. When worn close to the skin, it can reduce exercise resistance and prevent muscle damage. The measured person wears tights, which can cover the folds of the clothing on the measured person, and obtain a scanned model close to the clean body through 3D scanning. [0003] Although the existing tights have the characteristics of strong stretching and strong fabric functionality, they can cover up the wrinkles on the clothing of the measured person and improve the quality of the scanned model. However, there are still many shortcomings in th...

AI Technical Summary

Problems solved by technology

The existing tights cannot be fully fitted, and there will be some margin, which will lead to inaccurate scan models and affect scan data

[0006] (3) Clothing length: The hip circumference data needs to be collected for scanning, but most of the existing tights are only longer than the waist, which cannot wrap the hips, resulting in the hip circumference not being able to be collected

[0007] Due to the shortcomings of the existing tights such as not easy to wear, length of clothes, and margins in key parts, the quality of the scanned model is not high, which affects the scanned data

Traditional 3D scanning requires customers to only wear underwear to achieve body measurement, which is very inconvenient

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