WO2020177191A1 - 一种双阶段式可调节多功能抗皱枕芯 - Google Patents

一种双阶段式可调节多功能抗皱枕芯 Download PDF

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Publication number
WO2020177191A1
WO2020177191A1 PCT/CN2019/083473 CN2019083473W WO2020177191A1 WO 2020177191 A1 WO2020177191 A1 WO 2020177191A1 CN 2019083473 W CN2019083473 W CN 2019083473W WO 2020177191 A1 WO2020177191 A1 WO 2020177191A1
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Prior art keywords
pillow core
wrinkle
cochlear
depression
adjustable multifunctional
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PCT/CN2019/083473
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English (en)
French (fr)
Inventor
张磊
Original Assignee
张磊
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Publication date
Priority claimed from CN201920289559.9U external-priority patent/CN209995811U/zh
Priority claimed from CN201910172970.2A external-priority patent/CN109674303A/zh
Application filed by 张磊 filed Critical 张磊
Publication of WO2020177191A1 publication Critical patent/WO2020177191A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G9/00—Bed-covers; Counterpanes; Travelling rugs; Sleeping rugs; Sleeping bags; Pillows
    • A47G9/10—Pillows

Definitions

  • the invention relates to the technical field of daily necessities, in particular to a two-stage adjustable multifunctional anti-wrinkle pillow core.
  • the purpose of the present invention is to provide a two-stage adjustable multifunctional anti-wrinkle pillow, which not only makes the pillow more adaptable, adapts to people with different face shapes, and has the effect of protecting ears, cervical vertebrae and shoulders, but also significantly improves the pillow Comfort.
  • the technical solution of the present invention is: a two-stage adjustable multifunctional anti-wrinkle pillow core, including a pillow core body; the pillow core body is made of latex or memory foam material; the pillow core body top
  • the two sides of the face are lateral parts, the middle part is the supine part, and the two lateral parts are symmetrically distributed about the center line of the occipital core body;
  • the upper part of the lateral part is a one-stage anti-wrinkle area, and the cochlea is opened from inside and outside
  • the hole group and the face socket hole group, and the cochlear hole group and the face socket hole group are composed of a number of circular through holes;
  • the lower part of the lateral lying part is a two-stage anti-wrinkle area, and there is a depression;
  • the depression includes a cochlear depression And face depression, the side close to the supine part is a cochlear depression, and the side far away from the supine part is a face
  • the top view area of the cochlear hole group is smaller than the top view area of the face socket group.
  • the above-mentioned two-stage adjustable multifunctional anti-wrinkle pillow core wherein the depth of the two sides of the brain fossa is smaller than the depth of the middle part of the brain fossa, and the width of the brain fossa gradually decreases from inside to outside.
  • a neck brace is provided on the side of the brain socket close to the shoulder brace, and the neck brace and the pillow core body are an integral structure.
  • the above-mentioned two-stage adjustable multifunctional anti-wrinkle pillow core further includes a heightening pad; the heightening pad is made of latex material and has a thickness of 1cm; the top view contour of the heightening pad coincides with the top view contour of the pillow core body , And installed on the bottom surface of the pillow core body.
  • the above-mentioned two-stage adjustable multifunctional anti-wrinkle pillow core further includes a patch, the patch is made of latex or memory foam or cloth (fabric) quilted material; the patch is set on The middle part of the brain fossa, as well as the cochlear depression and the depression edge of the face socket.
  • the patch is made of latex or memory foam or cloth (fabric) quilted material; the patch is set on The middle part of the brain fossa, as well as the cochlear depression and the depression edge of the face socket.
  • the above-mentioned two-stage adjustable multifunctional anti-wrinkle pillow core further includes a clip made of latex or memory foam or cloth (fabric) quilted material; the middle part of the brain fossa, and the cochlear depression and There is a gap between the recess of the face socket and the pillowcase, and the clip is clamped in the gap.
  • a clip made of latex or memory foam or cloth (fabric) quilted material; the middle part of the brain fossa, and the cochlear depression and There is a gap between the recess of the face socket and the pillowcase, and the clip is clamped in the gap.
  • the height of the side lying part is higher than the height of the supine part.
  • the pillow of the present invention can achieve the effects of preventing sleep wrinkles, such as eye wrinkles, nasolabial folds, neck wrinkles, etc., while protecting the ears from squeezing discomfort;
  • the side-lying part of the pillow of the present invention is the first-stage anti-wrinkle area (hole area) and the second-stage anti-wrinkle area (depressed area).
  • the staged method allows users to better adapt to the new pillow, which greatly improves the anti-wrinkle area.
  • the pillow can be adapted.
  • the pillow of the present invention is divided into a supine part and a side lying part. According to the morphological characteristics of the head and neck under different sleeping positions of a person, different heights are designed to protect the cervical spine;
  • the design of the heightening pad, patch and clip of the pillow of the present invention can adapt to the use of people with different sleeping habits.
  • Fig. 1 is a schematic structural diagram of a pillow core body of a two-stage adjustable multifunctional anti-wrinkle pillow of the present invention.
  • Figure 2 is a top view of a two-stage adjustable multifunctional anti-wrinkle pillow core of the present invention.
  • Fig. 3 is a schematic structural diagram of a two-stage adjustable multifunctional anti-wrinkle pillow heightening pad of the present invention.
  • an adjustable multifunctional anti-wrinkle pillow core including a pillow core body 1; the pillow core body 1 is made of latex or memory foam; the top surface of the pillow core body 1 On both sides are the side lying part 100, the middle part is the supine part 200, and the two side lying parts 100 are symmetrically distributed about the center line of the pillow core body 1; the upper part of the top surface of the side lying part 100 is a one-stage anti-wrinkle zone 111 ,
  • the cochlear hole group 2 and the face socket hole group 3 are opened inside and outside, and the cochlear hole group 2 and the face socket hole group 3 are composed of a number of circular through holes 300; the lower part of the top surface of the lateral part 100 is two
  • the stage anti-wrinkle area 222 is provided with a depression 4; the depression 4 includes a cochlear depression 5 and a face depression 6, the side close to the supine part 200 is the cochlear depression 5, and the side far away from the supine
  • the top view area of the cochlear hole group 2 is smaller than the top view area of the face socket hole group 3.
  • the design of the hole group mainly reduces the hardness of the pillow core through the ventilation holes. When the pillow contacts the human ear and face, the pressure is greatly reduced, making the side Reduce facial sleep patterns during sleep. Since the contact area between the human face and the pillow core is larger than the contact area between the ears and the pillow core, the top view area of the face socket group 3 is larger than the top view area of the cochlear bore group 2.
  • the depth of the face recess 6 is greater than the depth of the cochlear recess 5.
  • the recess 4 reduces the contact area between the ears and the face and the pillow core, directly avoiding the squeezing of the ears and the face of the person when sleeping on the side of the pillow. Side sleeping wrinkles may occur.
  • the lowering height of the face is greater than the lowering height of the ears, so the depth of the face recess 6 is greater than the depth of the cochlear recess 5.
  • the depth on both sides of the brain fossa 9 is smaller than the depth of the middle of the brain fossa 9, and the width of the brain fossa 9 gradually decreases from the inside and the outside, because the area of the neck is smaller than the area of the head, and the head is spherical, so this The design is more ergonomic.
  • the brain socket 9 is provided with a neck brace 10 on the side close to the shoulder rest 7, and the neck brace 10 and the pillow core body 1 are an integral structure.
  • the neck brace 10 is used to support the neck of the user. Avoid neck discomfort during use.
  • the height-increasing pad 11 is made of latex or memory foam material and has a thickness of 1 cm; the top-view contour of the height-increasing pad 11 coincides with the top-view contour of the pillow core body 1, and is installed on the pillow core
  • the bottom surface of the main body 1 meets the needs of people who like to sleep on high pillows.
  • the patch is made of latex, memory foam or cloth (fabric) quilted material; the patch is arranged in the middle of the brain socket 9, the neck brace 10, and the cochlear recess 5 by bonding.
  • the upper edge of the cavity and the face recess 6 further includes a clip, the clip is made of latex, memory foam or cloth (fabric) quilted material; the middle part of the brain socket 9, the neck brace 10 and the cochlear recess 5 and the face socket
  • the user sticks the patch or the clip according to his own sleeping habits to adjust the contact form between the pillow core and the user’s head and improve The comfort and adaptability of the pillow core body 1.
  • the cochlear hole group 2, the face hole group 3, the cochlear depression 5, the face depression 6, the shoulder rest 7 and the chin rest 8 are symmetrically distributed about the center line of the occipital core body 1, and the height of the side lying part 100 is higher than that of supine
  • the height of the part 200 allows the user to lie down on the entire head to avoid shaking the head from side to side when lying down. At the same time, the user can get exactly the same experience when lying on the left and right sides.
  • the user first uses the first-stage anti-wrinkle area 111 (ie the hole group area).
  • the user's head When lying on the back, the user's head is completely leaned against the supine part 200, and the head is located in the brain socket 9 In the middle part, the neck is supported by the neck brace 10; when lying on the side, the user's head is tilted to the side lying part 100, the ears fall on the cochlear hole group 2, and the face is on
  • the face socket set 3 reduces the pressure on the ears and face of the user, and can relatively effectively prevent wrinkles on the face due to the squeeze of the pillow core, and the shoulder rest 7 and chin rest 8 Support the user's shoulders and chin, and there will be no numbness and fatigue caused by prolonged lying on the side.
  • the direction of the pillow core body 1 can be changed, and the second stage anti-wrinkle zone 222 can be used.
  • the second stage anti-wrinkle zone 222 can be used. (Namely the recessed area), so that the ears fall into the cochlear recess 5 when sleeping on the side, and the face tribe is in the face recess 6 to prevent the occipital body 1 from affecting the ears and face of the user Squeeze, to the greatest extent prevent wrinkles on the face due to the squeeze of the pillow, and obtain a more comfortable sleeping experience on the side; in addition, according to the different sleeping habits of users, it can be made by pasting patches or inserting clips.
  • the pillow core body 1 achieves a more comfortable shape; if the user has a larger body or face shape, the elasticity of the latex material can directly stretch the pillow core body 1 to a comfortable size; for high pillow users, A height-increasing pad 11 can be provided at the bottom of the pillow core body 1 so that the pillow core body 1 can be adjusted to a high pillow use state.

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  • Health & Medical Sciences (AREA)
  • General Health & Medical Sciences (AREA)
  • Otolaryngology (AREA)
  • Pulmonology (AREA)
  • Bedding Items (AREA)

Abstract

一种双阶段式可调节多功能抗皱枕芯，包括由乳胶或者记忆海绵材料制成的枕芯本体(1)；枕芯本体(1)顶面两侧为侧卧部(100)，中部为仰卧部(200)；侧卧部(100)上部为一阶段抗皱区(111)，由内至外开设有耳蜗孔组(2)和脸窝孔组(3)；侧卧部(100)下部为二阶段抗皱区(222)，开设有包括耳蜗凹陷(5)和脸窝凹陷(6)的凹陷(4)；侧卧部(100)前面和后面分别设置有肩托(7)和下巴托(8)；仰卧部(200)沿中心线从前至后开设有贯通的脑窝(9)。

Description

一种双阶段式可调节多功能抗皱枕芯 技术领域
本发明涉及日常生活用品技术领域，尤其涉及一种双阶段式可调节多功能抗皱枕芯。
 背景技术
目前，现有的市场上有部分抗皱功能的枕头或枕套产品，有的产品抗皱效果不好，有的产品舒适度不够，另外也不能适应不同身高、体型和脸型的人，效果好的产品多数反应前期难以适应。
 技术问题
1. 需要解决的技术问题
本发明的目的：提供一种双阶段式可调节多功能抗皱枕，不但使枕头具有更强的适应性，以适应不同脸型体型的人，具有保护耳朵、颈椎和肩膀的功效，而且显著提高枕头的舒适度。
 技术解决方案
2. 技术方案
为了实现上述目的，本发明的技术方案是：一种双阶段式可调节多功能抗皱枕芯，包括枕芯本体；所述枕芯本体由乳胶或者记忆海绵材料制成；所述枕芯本体顶面两侧为侧卧部，中部为仰卧部，且两个所述侧卧部以所述枕芯本体中心线对称分布；所述侧卧部上部为一阶段抗皱区，由内置外开设有耳蜗孔组和脸窝孔组，且所述耳蜗孔组和脸窝孔组由若干圆形通孔组成；所述侧卧部下部为二阶段抗皱区，且开设有凹陷；所述凹陷包括耳蜗凹陷和脸窝凹陷，靠近所述仰卧部一侧为耳蜗凹陷，远离所述仰卧部一侧为脸窝凹陷；所述侧卧部前面和后面分别设置有肩托和下巴托，靠近所述仰卧部一侧为肩托，远离所述仰卧部一侧为下巴托；所述仰卧部沿中心线从前之后开设有贯通的脑窝。
上述的双阶段式可调节多功能抗皱枕芯，其中，所述耳蜗孔组俯视面积小于所述脸窝孔组俯视面积。
上述的双阶段式可调节多功能抗皱枕芯，其中，所述脸窝凹陷深度大于所述耳蜗凹陷深度。
上述的双阶段式可调节多功能抗皱枕芯，其中，所述脑窝两侧深度小于脑窝中部的深度，且所述脑窝宽度由内置外逐渐变小。
上述的双阶段式可调节多功能抗皱枕芯，其中，所述脑窝靠近所述肩托一侧设置有颈托，且所述颈托与所述枕芯本体为一体结构。
上述的双阶段式可调节多功能抗皱枕芯，其中，还包括增高垫；所述增高垫由乳胶材料制成，且厚度为1cm；所述增高垫俯视轮廓与所述枕芯本体俯视轮廓重合，且安装在所述枕芯本体底面。
上述的双阶段式可调节多功能抗皱枕芯，其中，还包括贴片，所述贴片由乳胶或记忆海绵或者布料（织物）夹棉材料制成；所述贴片通过粘接方式设置在所述脑窝中部，以及耳蜗凹陷和脸窝凹陷边缘。
上述的双阶段式可调节多功能抗皱枕芯，其中，还包括夹片，所述夹片由乳胶或记忆海绵或者布料（织物）夹棉材料制成；所述脑窝中部，以及耳蜗凹陷和脸窝凹陷与枕套中间有空隙，所述夹片夹在所述空隙中。
上述的双阶段式可调节多功能抗皱枕芯，其中，所述耳蜗孔组、脸窝孔组、耳蜗凹陷、脸窝凹陷、肩托和下巴托以所述枕芯本体中心线对称分布。
上述的双阶段式可调节多功能抗皱枕芯，其中，侧卧部的高度高于仰卧部的高度。
 有益效果
3. 综上所述
综上所述，本发明的有益效果在于：
（1）本发明的枕头能够达到预防睡眠纹的效果，如眼部皱纹，法令纹，颈纹等，同时能够保护耳朵免受挤压不适；
（2）本发明的枕头的侧卧部分为一阶段抗皱区（有孔区）和二阶段抗皱区（凹陷区），采用分阶段的方式让使用者更好的适应新枕头，大大提高此抗皱枕可适应度。
（3）本发明的枕头被分为仰卧部和侧卧部，针对人的不同睡眠姿势下头部和颈部的形态特征，设计不同高度实现对颈椎的保护；
（4）本发明的枕头的增高垫、贴片和夹片设计能够适应不同睡眠习惯人群的使用。
 附图说明
图1是本发明一种双阶段式可调节多功能抗皱枕枕芯本体的结构示意图。
图2是本发明一种双阶段式可调节多功能抗皱枕枕芯的俯视图。
图3是本发明一种双阶段式可调节多功能抗皱枕增高垫的结构示意图。
 本发明的实施方式
以下结合附图进一步说明本发明的实施例。
请参见附图1至附图3所示，一种可调节多功能抗皱枕芯，包括枕芯本体1；所述枕芯本体1由乳胶或记忆海绵制成；所述枕芯本体1顶面两侧为侧卧部100，中部为仰卧部200，且两个所述侧卧部100以所述枕芯本体1中心线对称分布；所述侧卧部100顶面上部为一阶段抗皱区111，由内置外开设有耳蜗孔组2和脸窝孔组3，且所述耳蜗孔组2和脸窝孔组3由若干圆形通孔300组成；所述侧卧部100顶面下部为二阶段抗皱区222，且开设有凹陷4；所述凹陷4包括耳蜗凹陷5和脸窝凹陷6，靠近所述仰卧部200一侧为耳蜗凹陷5，远离所述仰卧部200一侧为脸窝凹陷6；所述侧卧部100前面和后面分别设置有肩托7和下巴托8，靠近所述仰卧部200一侧为肩托7，远离所述仰卧部200一侧为下巴托8；所述仰卧部200沿中心线从前之后开设有贯通的脑窝9。
所述耳蜗孔组2俯视面积小于所述脸窝孔组3俯视面积，孔组的设计主要通过通气孔降低枕芯的硬度，当枕头接触人的耳朵和脸的时候压力大大减小，使得侧睡时降低脸部睡眠纹的产生，由于人体脸与枕芯的接触面积大于耳朵与枕芯的接触面积，因此脸窝孔组3的俯视面积大于耳蜗孔组2的俯视面积。
所述脸窝凹陷6深度大于所述耳蜗凹陷5深度，通过所述凹陷4减少耳朵和脸部和枕芯的接触面积，直接避免侧睡时人的耳朵和脸与枕头的挤压，从而不会产生侧睡皱纹，由于侧卧时，脸部的降低高度大于耳朵的降低高度，因此脸窝凹陷6的深度大于所述耳蜗凹陷5的深度。
所述脑窝9两侧深度小于脑窝9中部的深度，且所述脑窝9宽度由内置外逐渐变小，因为颈部的面积小于头部的面积，并且头部呈球状，因此采用此设计更符合人体工程学。
所述脑窝9靠近所述肩托7一侧设置有颈托10，且所述颈托10与所述枕芯本体1为一体结构所述颈托10用于对支撑使用者的颈部，避免使用者在使用过程中出现颈部不适。
还包括增高垫11；所述增高垫11由乳胶或者记忆海绵材料制成，且厚度为1cm；所述增高垫11俯视轮廓与所述枕芯本体1俯视轮廓重合，且安装在所述枕芯本体1底面，满足喜欢睡高枕人群的使用。
还包括贴片，所述贴片由乳胶、记忆海绵或者布料（织物）夹棉材料制成；所述贴片通过粘接方式设置在所述脑窝9中部，颈托10，以及耳蜗凹陷5和脸窝凹陷6上缘，还包括夹片，所述夹片由乳胶、记忆海绵或者布料（织物）夹棉材料制成；所述脑窝9中部，颈托10以及耳蜗凹陷5和脸窝凹陷6与枕套间有空隙，所述夹片插装在所述空隙中，使用者根据自身的睡眠习惯粘贴贴片或插装夹片，以调整枕芯与使用者头部的接触形态，提高枕芯本体1的舒适性和可适应性。
所述耳蜗孔组2、脸窝孔组3、耳蜗凹陷5、脸窝凹陷6、肩托7和下巴托8以所述枕芯本体1中心线对称分布，侧卧部100的高度高于仰卧部200的高度，使用者平躺时整个头部落入低处，避免平躺时头部左右晃动，同时使用者左右侧卧时均能获得完全相同的使用体验。
使用方法：刚开始使用，使用者先使用一阶段抗皱区111（即孔组区），仰卧时，使用者的头部完全靠在所述的仰卧部200，并且头部位于所述脑窝9中部，颈部有所述颈托10支撑；侧卧时，使用者的头部偏向一侧所述的侧卧部100，耳朵落在所述的耳蜗孔组2上，所述的脸部落在所述的脸窝孔组上3，减轻对使用者的耳部和脸部造成挤压，能够相对有效的防止脸部因为枕芯挤压而出现皱纹，并且所述的肩托7和下巴托8对使用者的肩膀和下巴进行支撑，不会出现长时间侧卧而出现的麻木和疲劳现象，当使用者侧卧习惯后，可更换枕芯本体1的方向，开始使用二阶段抗皱区222（即凹陷区），使得侧睡时耳朵落在所述的耳蜗凹陷5内，所述的脸部落在所述的脸窝凹陷6内，避免枕芯本体1对使用者耳部和脸部的挤压，最大程度的防止脸部因为枕芯挤压而出现皱纹，并获得更加舒适的侧卧睡眠体验；此外，根据使用者不同的睡眠习惯，能够通过粘贴贴片或插装夹片，使所述的枕芯本体1达到更加舒适的形态；如果使用者的体型或者脸型较大，乳胶材料的自身弹性，能够直接把所述枕芯本体1拉伸到舒服的尺寸；对于高枕使用者，可在所述的枕芯本体1底部设置增高垫11，即可将所述的枕芯本体1调整至高枕使用状态。
以上所述仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书内容所作的等效结构变换，或直接或间接运用附属在其他相关产品的技术领域，均同理包括在本发明的专利保护范围内。

Claims (10)

  1. 一种双阶段式可调节多功能抗皱枕芯，其特征在于：包括枕芯本体（1）；所述枕芯本体（1）由乳胶或者记忆海绵材料制成；所述枕芯本体（1）顶面两侧为侧卧部（100），中部为仰卧部（200），且两个所述侧卧部（100）以所述枕芯本体（1）中心线对称分布；所述侧卧部（100）上部为一阶段抗皱区（111），由内置外开设有耳蜗孔组（2）和脸窝孔组（3），且所述耳蜗孔组（2）和脸窝孔组（3）由若干圆形通孔（300）组成；所述侧卧部（100）下部为二阶段抗皱区（222），且开设有凹陷（4）；所述凹陷（4）包括耳蜗凹陷（5）和脸窝凹陷（6），靠近所述仰卧部（200）一侧为耳蜗凹陷（5），远离所述仰卧部（200）一侧为脸窝凹陷（6）；所述侧卧部（100）前面和后面分别设置有肩托（7）和下巴托（8），靠近所述仰卧部（200）一侧为肩托（7），远离所述仰卧部（200）一侧为下巴托（8）；所述仰卧部（200）沿中心线从前之后开设有贯通的脑窝（9）。
  2. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征在于：所述耳蜗孔组（2）俯视面积小于所述脸窝孔组（3）俯视面积。
  3. 根据权利要求1所述的一种可调节多功能抗皱枕芯，其特征在于：所述脸窝凹陷（6）深度大于所述耳蜗凹陷（5）深度。
  4. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征在于：所述脑窝（9）两侧深度小于脑窝（9）中部的深度，且所述脑窝（9）宽度由内置外逐渐变小。
  5. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征在于：所述脑窝（9）靠近所述肩托（7）一侧设置有颈托（10），且所述颈托（10）与所述枕芯本体（1）为一体结构。
  6. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征
    在于：还包括增高垫（11）；所述增高垫（11）由乳胶或记忆海绵材料制成，且厚度为1cm；所述增高垫（11）俯视轮廓与所述枕芯本体（1）俯视轮廓重合，且安装在所述枕芯本体（1）底面。
  7. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征在于：还包括贴片，所述贴片由乳胶或记忆海绵或者布料（织物）夹棉材料制成；所述贴片通过粘接方式设置在所述脑窝（9）中部，颈托（10），以及耳蜗凹陷（5）和脸窝凹陷（6）边缘。
  8. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征在于：还包括夹片，所述夹片由乳胶或记忆海绵或者布料（织物）夹棉材料制成；所述脑窝（9）中部，颈托（10），以及耳蜗凹陷（5）和脸窝凹陷（6）与枕套中间有空隙，所述夹片夹在所述空隙中。
  9. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征在于：所述耳蜗孔组（2）、脸窝孔组（3）、耳蜗凹陷（5）、脸窝凹陷（6）、肩托（7）和下巴托（8）以所述枕芯本体（1）中心线对称分布。
  10. 根据权利要求1所述的一种双阶段式可调节多功能抗皱枕芯，其特征在于：侧卧部（100）的高度高于仰卧部（200）的高度。
PCT/CN2019/083473 2019-03-07 2019-04-19 一种双阶段式可调节多功能抗皱枕芯 WO2020177191A1 (zh)

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