Mask capable of changing along with expressions

Abstract

The invention relates to a mask capable of changing along with expressions, for example, the mask comprises a support frame, an eyebrow assembling opening is formed in the upper part of the front side of the support frame, and eye assembling openings are symmetrically formed in the middle of the front side; the steering engine array assembly part is connected with the supporting frame; the eye assembly is arranged in the eye assembly opening and connected with the steering engine array assembly part; the eyelid component assembling body is movably arranged on the eyebrow assembling opening and the eye component and is connected with the steering engine array assembling part; the eyebrow assembling body is arranged on the eyelid component assembling body opposite to the eyebrow assembling opening and is connected with the steering engine array assembling part; the lower eyelid assembly body is arranged on the lower portion of the front face of the eye assembly opening and connected with the steering engine array assembly part; and the main control board is arranged in the rear shell and is electrically connected with the steering engine array assembly body. The mask capable of changing along with the expressions, disclosed by the embodiment of the invention, can change along with the expressions of the wearer.

Description

technical field [0001] The invention relates to the technical field of role-playing supplies, in particular to a mask that can be changed with facial expressions for role-playing and stage performances. Background technique [0002] The existing mask of the same type, called kigrumi, can be classified as a branch of COSPLAY, generally referred to as the head shell, and is generally immovable. In order to achieve a certain degree of mobility in the prior art, the following are generally used Several methods: [0003] 1. Optical method: place a lens at the eye position so that the observer (wearer) faces the observed at a certain angle in the center of the pupil, so that when the observer observes within a certain angle range, the pupil of the skull is observed to be facing the observation However, the placed lens will occupy a part of the space, which will cause the observer to have a reduced field of view, uncomfortable wearing, and the field of view cannot be arbitrarily c...

AI Technical Summary

Problems solved by technology

[0003] 1. Optical method: place a lens at the eye position so that the observer (wearer) faces the observed at a certain angle in the center of the pupil, so that when the observer observes within a certain angle range, the pupil of the skull is observed to be facing the observation However, the placed lens will occupy a part of the space, which will cause the observer to have a reduced field of view and uncomfortable wearing problems, and the field of view cannot be changed arbitrarily.

[0004] 2. Mechanical method: In some head shells whose shape imitates real people, the single-piece rigid eyelid with a small radius of curvature is driven to perform a turnover movement to realize the blinking function. However, due to the small radius of curvature, it will occupy space when the eyes are opened. At the same time, If it is applied to a head shell imitating an avatar, since the avatar often has larger eyes, the space occupied when the eyes are open will not be applicable, and there will be no space inside the head shell to accommodate the wearer's head

[0005] 3. Electronic method: by opening the eyes and around the eyes of the head shell, placing a screen to display the eyes, and displaying changes in facial expressions such as blinking and frowning by playing animations, but there will be more problems, such as: general screens It is a plane, and even the eyes and the surrounding areas of the avatar are generally not a complete plane, but a curved surface with a large radius of curvature. When it is in the horizontal direction, this feature will be particularly obvious, and the screen display is average. There is a viewing angle, when viewed from the side, etc., the rendering effect is not good, there will be a mismatch between the brightness of the screen and the brightness of the surrounding environment, there will be reflection problems on the screen, and the entire electronic screen will cover the eye window , crowding the wearer's field of vision

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