一种有利于提高贴合性的立体面膜

Abstract

一种有利于提高贴合性的立体面膜，其包括面膜体，流道组件，以及立体组件。所述面膜体包括一个本体，以及挂耳。所述立体组件包括鼻部立体组件，以及下庭适应组件。所述鼻部立体组件包括一个固定设置在所述面膜体鼻部的拉带，以及多跟对称设置在所述面膜体鼻部两侧的压条。所述拉带沿竖直方向居中设置在所述本体鼻部。所述拉带两端之间的本体的长度长于所述拉带的长度。所述压条间隔设置在所述本体上，且在所述本体的鼻部两侧各设置有三根所述压条。三根所述压条分别位于所述本体的鼻部与面颊的过渡处、脸蛋的最高处、以及脸蛋与颞部，即太阳穴区域过渡一侧。在佩戴时，本体会沿着三根所述压条弯折，使得所述本体能够更加贴合面部。

Claims

1. A three-dimensional mask for improving adhesion, characterized by: The three-dimensional mask, which improves fit, includes a mask body, a channel assembly disposed within the mask body, and a three-dimensional assembly disposed on the mask body. The mask body includes a main body and multiple ear loops symmetrically disposed on the main body. The three-dimensional assembly includes a nose three-dimensional assembly disposed on the mask body and a lower face adaptation assembly disposed on the mask body. The nose three-dimensional assembly includes a pull strap fixedly disposed on the nose of the mask body and multiple pressure strips symmetrically disposed on both sides of the nose of the mask body. The pull strap is centered vertically on the nose of the main body, and the length of the main body between the two ends of the pull strap is longer than the length of the pull strap. The pressure strips are spaced apart on the main body, and three pressure strips are disposed on each side of the nose of the main body. The three pressure strips are respectively located at the transition between the nose and cheek of the main body, the highest point of the face, and the transition side between the face and the temple.

2. The three-dimensional mask according to claim 1, wherein the mask is made of a material having a surface tension of 20 to 40 dyne / cm. The flow channel assembly includes a flow channel body located within the body, and at least one input port disposed on the body.

3. The three-dimensional mask according to claim 2, wherein the adhesive layer is formed of a material having a surface energy of 30 mN / m or more. A control valve is also provided on the input port.

4. The three-dimensional mask according to claim 1, wherein the mask is made of a material having a high degree of elasticity and a high degree of flexibility. One end of the pull strap is located at the position corresponding to the center of the forehead of the face, and the other end is located at the position corresponding to the middle of the bridge of the nose of the face.

5. The three-dimensional mask according to claim 1, wherein the mask is made of a material having a surface tension of 20 to 40 dyne / cm. The spacing of the pressure strips is set according to the width of the human face.

6. The three-dimensional mask according to claim 1, wherein the mask is made of a material having a high degree of elasticity and a high degree of flexibility. The lower jaw adaptation component includes a first adapter port located at the corresponding position between the mask body and the philtrum of the face, and a second adapter port located between the mask body and the chin.

7. The three-dimensional mask according to claim 6, wherein the adhesive layer is formed of a material having a surface energy of 30 mN / m or more. A first connecting strip is provided on each side of the first adapter port. The two first connecting strips are overlapped and welded together to form a support ridge vertically at the philtrum position of the body along the direction of the mouth and nose.

8. The three-dimensional mask according to claim 6, wherein the adhesive layer is formed of a material having a surface energy of 30 mN / m or more. A second connecting strip is provided on each side of the second adapter port. The two second connecting strips are overlapped and welded together to form a support ridge vertically at the chin position of the main body along the direction of the mouth and nose.

9. The three-dimensional mask according to claim 1, wherein the mask is made of a material having a surface tension of 20 to 40 dyne / cm. The body is filled with a rapid cooling material.

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