Deformable mannequin

Abstract

The invention discloses a deformable mannequin on which cloth is tailored according to parts of a human body. The deformable mannequin is characterized by comprising a framework and a skin, wherein the framework is human-shaped and is provided with a head, a neck, a body, four limbs, hands and feet; the skin which is a sealed and inflatable rubber layer and at least covers the body is arranged on the surface of the framework; dense connection lines are arranged between the skin and the surface of the neighboring framework and can be wound and unwound by a shaft or a winch driven by a motor; the rubber layer forms a balloon; after being inflated, the rubber layer can simulate a fatter and bigger human body, and the connection lines are used for pulling back an over-expanded position in order to reflect a concave-convex position; the over-expanded position can be pulled back point by point, and a pulling-back distance can be controlled by the motor controlled by a circuit, so that human bodies which have various figures and are fat or thin can be simulated more precisely; moreover, under a condition of a same dot matrix scale, the rubber layer enables the surface of the model to be smoother, or under a condition of a same smooth degree, the dot matrix scale can be reduced.

Description

technical field [0001] The invention belongs to the technical field of clothing, and in particular relates to a deformable avatar technology for tailoring. Background technique [0002] In industries such as garment processing, sales, and maintenance, mannequins are used, wherein those used for ironing are called ironing mannequins, and those used for cutting are called cutting mannequins. The present invention is made for cutting applications. In order to better fit the clothes, avatars in the shape of human body parts have been developed. However, the human body can be divided into tall, short, fat and thin, which requires corresponding changes in the avatar. If a fixed avatar is used, only a large number of models of different sizes can be used to achieve the purpose. The cost is high, it takes up a lot of space, and the replacement and operation will be very cumbersome. So a deformable avatar is needed. [0003] For example, the Chinese patent "An adjustable human plat...

AI Technical Summary

Problems solved by technology

[0020] If there are more dots, the cost will be high, and if there are few dots, the surface will not be continuous or smooth enough;

[0021] The structure that forms each "point"—the smallest adjustable "pixel"—is a rod and a columnar reciprocating member. If the power and transmission mechanism are included, there are contradictions in space and cost when simulating smaller body parts: If it is small, the cost will rise rapidly, and if it is large, it cannot be put into the model

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