wearable trial robot

Abstract

The invention discloses a wearing equipment test robot which comprises a processor, at least one pressure sensor and at least one first deformation part, wherein the first deformation pat comprises a variable dot matrix shell, and a telescopic mechanism and at least one movable propping mechanism which are arranged inside the variable dot matrix shell; the variable dot matrix shell comprises a plurality of circular tracks which are overlapped and arranged at intervals, and a plurality of telescopic connecting rod components which are fixed on the circular tracks and extend to the outer sides of the circular tracks; the telescopic mechanism is used for controlling the length of the wearing equipment test robot in a first direction according to preset human body three-dimensional data; the movable propping mechanism is used for controlling corresponding preset extension length of each telescopic connecting component according to the preset human body three-dimensional data, so that the variable dot matrix shell can be deformed to a shape accordant with the preset human body three-dimensional data. By adopting the mode, the wearing test accuracy can be improved.

Description

technical field [0001] The invention relates to the technical field of wearable article trial, in particular to a wearable article trial robot. Background technique [0002] At present, there are not many methods for developing technical reports on fitting robot models in the market. The block model is mainly used, and the distance between the block models is controlled to become larger and smaller to match the wearables. For example, a German product launched in 2010, with an imaging method composed of 30 units, was launched in 2012 in Hong Kong, with a total of 8 models consisting of 28 units for upper limbs, 6 for lower limbs, 6 for the waist, and 8 for the chest. This kind of fitting method can only roughly simulate the shape of a real person, and the data is not accurate enough. As a result, the clothes obtained from the fitting are not the ideal size and do not fit well when worn on the customer. [0003] Therefore, it is necessary to provide a wearable article trial ...

AI Technical Summary

Problems solved by technology

For example, a German product launched in 2010, with an imaging method composed of 30 units, was launched in 2012 in Hong Kong, with a total of 8 models consisting of 28 units for upper limbs, 6 for lower limbs, 6 for the waist, and 8 for the chest. This kind of fitting method can only roughly simulate the shape of a real person, and the data is not accurate enough. As a result, the clothes obtained from the fitting are not the ideal size and do not fit well when worn on the customer.

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