A Waist, Abdomen and Hip Body Type Classification Method and Measuring Device Based on Feature Distance Set

Abstract

The invention discloses a waist-abdomen-buttock body type classification method and a measuring device based on a feature distance set. The measuring device is composed of a collection device and special measuring overalls. The collection device includes a base, a camera pillar, a camera and a telescopic pole, and There is a positioning footprint at the center of the special measuring overalls, a grid pattern is printed on the special measuring overalls, a first marking line is set at the waist of the special measuring overalls, a second marking line is set at the crotch of the special measuring overalls, the straps Velcro is sewn on. With the help of this measuring device, the feature distance set reflecting the three-dimensional shape of the human body can be extracted quickly, accurately and simply, and the waist and abdomen body types can be classified, so as to provide a theoretical basis for the design of bottoms of different body types, so that the waist, abdomen and hips of the bottoms can be closely matched. Combined with the characteristics of the human body shape, the fit and comfort of the bottoms are improved.

Description

technical field [0001] The invention relates to the field of clothing measurement, in particular to a waist-abdominal-hip shape classification method based on a feature distance set and a measurement device thereof. Background technique [0002] Contemporary consumers have higher requirements for clothing structure fit and comfort, and the emergence of high-quality and personalized clothing consumption methods has promoted the development of industrialized tailor-made. The clothing industry also needs continuous improvement to meet the ever-increasing demands of consumers. [0003] The fit of clothing is an important factor affecting the appearance quality of clothing. As an important part of people's daily clothing, trousers have been widely considered to be the most important single factor affecting their appearance and sales, even surpassing the trousers. Style, colour, price and fabric texture. According to surveys, consumers, especially female consumers, think that si...

AI Technical Summary

Problems solved by technology

There are some problems in this kind of method: (1) Only a single characteristic parameter is used, and there are few parameters that can comprehensively reflect the characteristics of human body shape; (2) Only length and circumference size data are provided, and there is a lack of classification indicators for three-dimensional shape

[0008] The traditional anthropometric measurement method is a manual measurement method. The human body size data obtained by using an angle meter, anthropometric altimeter, and tape measure are affected by the experience of the measurer or the operation method, which has large errors and is time-consuming and laborious; automatic anthropometric measurement makes up for it. Due to the lack of manual measurement, it is convenient, fast and accurate to obtain human body data, such as TC in the United States 2 3D anthropometric instrument, Vitus Smart 3D laser scanning system from French Lactra company, etc., but these devices are highly dependent on the environment and expensive. At the same time, consumers go to fixed-point 3D body scanning often with problems such as high cost and unchanged communication. It is not conducive to promotion and use; in addition, these devices are not developed for the analysis of the waist, abdomen and hips of the human body. Each measurement requires manual screening of data, which is inconvenient to use

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