Wearing apparel trial robot

Abstract

The present invention discloses a wearing apparel trial robot which comprises a plurality of annular telescoping mechanisms, wherein each of the annular telescoping mechanisms comprises a base, a first driving component, a second driving component, an annular chain being composed of a plurality of chain links, an annular telescoping body being composed of a plurality of telescoping quantitative mechanisms, and an air inflation and deflationcomponent, wherein the first driving component and the second driving component are arranged on the base; the annular chain and the annular telescoping bodyare fixedly connected, the first driving component is used for driving the annular chain and the annular telescoping body to rotate along an annular orbit on the base; the second driving component isused for positioning a positioning component in the chain link; the telescoping quantitative mechanism includes a quantitative component and a telescoping airbag being mutually cooperated for controlling the expansion and contraction quantity of the telescoping airbag under an effect of the positioning component; the air inflation and deflation component is used for exhausting or inflating the telescoping airbag. The structure of the wearing apparel trial robot is more reasonable and is greatly simplified, and the precision is preferably controlled.

Description

technical field [0001] The invention relates to the technical field of intelligent wearable article trial, in particular to a wearable article trial robot. Background technique [0002] With the rapid development of the Internet, Internet shopping platforms are gradually applicable to people's lives. People buy their favorite products, such as wearables, through Internet shopping platforms. It is convenient and affordable, and they can buy their favorite wearables without leaving home. . However, at present, when consumers purchase wearables through Internet shopping platforms, consumers need to measure the size data by themselves, then determine the size of the wearables that suit them, and then enter the consumer's size data through the webpage to match the suitable ones. Three-dimensional wearables; this method of purchasing wearables has the problem of inaccuracy, which leads to returns from consumers, which increases operating costs. [0003] In view of the above-ment...

AI Technical Summary

Problems solved by technology

However, at present, when consumers purchase wearables through Internet shopping platforms, consumers need to measure the size data by themselves, then determine the size of the wearables that suit them, and then enter the consumer's size data through the webpage to match the suitable ones. Wearables that are three-dimensional in size; this method of purchasing wearables has inaccuracies that lead to returns, increasing operating costs

[0003] In view of the above-mentioned problems existing in the existing Internet shopping, there have been some researches on fitting robots, which mainly use block models to match the wearable objects by controlling the spacing of the block models to become larger or smaller. However, these fitting methods only It can roughly simulate the shape of a real person, but the data is not accurate enough. As a result, the clothes obtained from the fitting are still not very ideal, and they do not fit very well when they are passed on to the customer.

In view of this, Chinese patent applications CN106393124A and CN106272453A propose a wearable robot, which can be worn through a deformable dot matrix shell composed of a plurality of stacked and spaced annular tracks and a plurality of telescopic link assemblies extending to the outside of the annular track. The trial of things improves the accuracy of the trial of wearables, but wherein in CN106393124A, a quantitative expansion and contraction control device needs to be set on each telescopic link assembly one by one, making the device very complicated and huge in size; and in CN106272453A A motor that moves along the circular track is installed in the circular track to drive the quantitative telescopic control device to also move along the circular track, and its accuracy and precision are not easy to control

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