CN219088868U - Neck protection pillow with three-dimensional partition structure - Google Patents

Abstract

Neck pillow with three-dimensional subregion structure relates to the field of home textile. The neck protection pillow with the three-dimensional partition structure comprises a pillow surface and a filler, wherein the pillow surface comprises a surface layer and an inner lining layer, and partitions are arranged in the inner lining layer and are respectively a head nest area positioned in the middle of the pillow surface, a cervical vertebra supporting area positioned behind the head nest area, side sleeping areas positioned on two sides of the head nest area and the cervical vertebra supporting area and a neck protection area positioned in front of the head nest area and the side sleeping areas; the front profile of the neck guard area located at the front protrudes forwards from the two sides to the middle and then is recessed backwards, and the rear profile of the neck guard area located at the rear is recessed backwards from the two sides to the middle. The neck protection area penetrates through the whole pillow from left to right, and the neck is always supported by the neck protection area when the sleeping position of the human body is changed, so that uncomfortable feeling caused by different areas can be reduced or avoided.

Description

Neck protection pillow with three-dimensional partition structure

technical field

The utility model relates to the field of home textiles, in particular to pillows.

Background technique

As an important bedding during sleep, pillows provide effective support for the head, neck, and shoulders of the human body, so that the cervical spine of the human body can maintain a normal physiological curvature and maintain a good sleep quality.

At present, some pillows only have a single filling partition and a single filling material, which cannot provide effective support for different parts; although some pillows are filled with partitions, the partition design does not fully consider the smoothness of the pillow support transition during the human body turning over, resulting in people The neck experiences discomfort through different zones when changing sleeping positions.

Utility model content

The purpose of this utility model is to provide a neck protection pillow with a three-dimensional partition structure to solve at least one of the above technical problems.

The technical problem solved by the utility model can be realized by adopting the following technical solutions:

A neck protection pillow with a three-dimensional partition structure, including a pillow surface and a filling, the pillow surface includes a surface layer located on the outer layer, and an inner lining layer located on the inner layer, and it is characterized in that the inner lining layer is provided with partitions, respectively It is the head fossa area in the middle of the pillow surface, the cervical spine support area behind the head fossa area, the side sleeping area on both sides of the head fossa area and the cervical spine support area, and the neck protection area in front of the head fossa area and the side sleeping area;

The front contour of the neck protection area located in the front protrudes forward from both sides to the middle and then is recessed backward, and the rear contour of the neck protection area located in the rear is recessed backward from both sides to the middle.

The surface layer includes a first splicing cloth, and the first splicing cloth is stitched with the inner lining layer at the junction of each partition to form a partition stitch. The surface layer also includes two pieces of second splicing fabrics, the first splicing fabrics are open on both sides of the pillow surface, and the two pieces of the second splicing fabrics are respectively connected by piping around the first splicing fabric on the pillow surface. openings on both sides.

The filler in the neck protection area is polyolefin elastomer film material and/or memory foam block, the filling length runs through the entire length of the pillow, the filling width is 12cm-17cm, and gradually increases from both sides to the middle, and the filling height It is 8cm-12cm.

Beneficial effect:

1. The utility model optimizes the partition structure, so that the neck protection area is located in front of the head fossa area and the side sleeping area, instead of the conventional structure located in front of the head fossa area and between the two side sleeping areas. Throughout the entire pillow, the neck is always supported by the neck protection area when the human body changes sleeping positions, which can reduce or avoid the discomfort caused by going through different zones.

2. The utility model optimizes the direction of the front contour and the rear contour of the neck protection area, which can effectively improve the smoothness of the pillow support transition during the turning process of the human body.

3. The surface layer of the utility model is composed of the first splicing cloth and the second splicing cloth, especially the two are connected by piping around the sides, so that the two sides of the pillow have better three-dimensionality, which is beneficial to improve the pillow comfort.

4. The utility model selects the filler and the filling condition of the neck protection area, which can effectively improve the comfort of the pillow after selection.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the physical photo of the utility model at the slide fastener place;

Fig. 3 is a real photo of the junction of the first spliced cloth and the second spliced cloth.

Detailed ways

In order to make the technical means, creative features, goals and effects achieved by the utility model easy to understand, the utility model will be further elaborated below in conjunction with specific diagrams.

Referring to Fig. 1, Fig. 2 and Fig. 3, the neck protection pillow with a three-dimensional partition structure includes a pillow surface and a filler.

About pillow

The pillow surface includes an inner lining layer located in the inner layer and a surface layer located in the outer layer.

Partitions are arranged in the inner lining layer. They are the head fossa area 1 located in the middle of the pillow surface, the cervical support area 2 located behind the head area 1, the side sleeping area 3 located on both sides of the head area 1 and cervical support area 2, the head area 1 and the side sleeper Neck guard zone 4 in front of zone 3. Preferably, the inner lining layer includes an inner lining and a spacer, and the spacer divides the inner space of the inner lining layer into the above-mentioned multiple mutually independent partitions.

The surface layer includes a first splicing cloth 10 and a second splicing cloth 8 . The first splicing cloth 10 is stitched with the inner liner at the junction of each partition to form a partition stitch. The first splicing cloth 10 is open on both sides of the pillow surface, and the two second splicing cloths 8 are respectively connected to the openings of the first splicing cloth 10 on both sides of the pillow surface by piping around them. The way of rolling around makes the two sides of the pillow have better three-dimensionality, which is conducive to improving the comfort of the pillow. A support frame can be provided along the surrounding piping at the junction of the first splicing cloth 10 and the second splicing cloth 8, thereby further improving the three-dimensionality of the pillow. The supporting frame can be a flash edge, a thicker seam edge, or a ring-shaped elastic plastic part. Preferably, the first splicing fabric 10 is a Tencel polyester blended fabric, and the second splicing fabric 8 is a mesh fabric. Preferably, there is no connection between the second spliced fabric 8 and the inner lining layer. Yes, the inner lining is interconnected and closed at both sides of the pillow. Therefore, both sides of the pillow have a hollow effect, which not only facilitates the observation of the material of the inner lining, but also provides space for the deformation of the inner lining. The mesh cloth has a width of 5cm-10cm and a length of 30cm-45cm.

The first spliced fabric 10 may be composed of five groups of sub-cloths, wherein the first group of sub-cloths includes two sub-cloths, one of which is consistent with the upper contour of the dimple region 1, and the other is consistent with the lower contour of the dimple region 1 The second group of sub-cloths includes two sub-cloths, one of which is consistent with the upper contour of the neck protection area 4, and the other is consistent with the lower contour of the neck protection area 4; the third group of sub-cloths includes two sub-cloths, wherein One conforms to the upper contour of the side sleeping area on the left and the other conforms to the lower contour of the side sleeping area on the left; the fourth set of sub-panels consists of two sub-panels, one of which conforms to the side sleeping area on the right The upper contour of the sleeping area is consistent with the other, and the other is consistent with the lower contour of the side sleeping area located on the right; the fifth sub-panel consists of two sub-panels, one of which is consistent with the upper contour of the cervical support area 2, and the other is consistent with the cervical support The lower profile of zone 2 is consistent.

About fillers

The filler in the neck protection area 4 is polyolefin elastomer film material and/or memory foam block. The front profile 6 of the neck protection area 4 protrudes forward from both sides to the middle and then sags backward, and the rear profile 7 of the neck protection area 4 is gradually recessed from both sides to the middle. The filling length runs through the entire length of the pillow, the filling width is 12cm-17cm, and gradually increases from both sides to the middle, and the filling height is 8cm-12cm.

The stuffing in the side sleeping area is polyester fiber material. The outer contour of the side sleeping area on the outside is linear, and the inner contour of the side sleeping area on the inner side is first convex inward from front to back, and then concave outward. The height of the highest filling is 13cm.

The filling of the cervical support area 2 is PE tube of granular material, cassia seed or buckwheat husk, the filling length is 20cm-30cm, and the filling height is 9cm-13cm.

The stuffing in the dimple area 1 is polyester fiber material or down material, and the height of the highest filling point is lower than the maximum filling height of other areas. The front contour of the head fossa area 1 located in the front is recessed backward from both sides to the middle, and the rear outline of the head fossa area 1 located in the rear protrudes forward from both sides to the middle and then is recessed backward. The side contours of the head fossa region 1 on both sides are inwardly recessed.

Preferably, the junction point between the head fossa area 1 and the cervical spine support area 2 and the side sleeping area is located between one-half to two-thirds of the front-to-back direction of the side sleeping area between.

about others

The neck protection area 4 is located on the front contour of the front, and the cervical spine support area 2 is provided with an open seam on the rear contour located at the rear, and a zipper 9 is sewn on the open seam, and a cloth bag is also connected to the opening. When in use, the cloth bag is stuffed into the partition where it is located, and the height and hardness of the two regions are adjusted by filling the cloth bag with stuffing, so as to adjust the comfort of the pillow and adapt to more users. The opening of the cloth bag coincides with the seam of the opening. The zipper is preferably located close to the side sleeping area located on the left. Thereby reducing the click feeling of the zipper and guiding the user to sleep on the right side. Compared with sleeping on the left side, sleeping on the right side does not affect the heart and circulation, and is relatively better than sleeping on the left side.

A loog5 may be provided on the surface layer at the top of the dimple area 1 . The loog can be provided with a line passing through the filler in the dimple area 1 and connected to the surface layer or lining at the bottom of the dimple area 1 . Therefore, the position of the filler in the dimple area 1 is limited, and the problem of serious deformation of the dimple area 1 caused by shaking the head back and forth is reduced or avoided. The utility model takes the direction of the neck protection area 4 as the front, and takes the direction of the cervical support area 2 as the rear.

The basic principles and main features of the present utility model and the advantages of the present utility model have been shown and described above. Those skilled in the industry should understand that the utility model is not limited by the above-mentioned embodiments. The above-mentioned embodiments and descriptions only illustrate the principle of the utility model. Without departing from the spirit and scope of the utility model, the utility model The new model also has various changes and improvements, and these changes and improvements all fall within the scope of the claimed utility model. The scope of protection required by the utility model is defined by the appended claims and their equivalents.

Claims (10)

1. A neck pillow with a three-dimensional partition structure, comprising a pillow surface and a filler, the pillow surface comprising a surface layer positioned at the outer layer and an inner lining layer positioned at the inner layer, wherein the inner lining layer is provided with a partition , which are the head fossa area in the middle of the pillow surface, the cervical spine support area behind the head fossa area, the side sleeping area on both sides of the head fossa area and the cervical spine support area, and the neck protection area in front of the head fossa area and the side sleeping area ; The front contour of the neck protection area located in the front protrudes forward from both sides to the middle and then is recessed backward, and the rear contour of the neck protection area located in the rear is recessed backward from both sides to the middle. 2. The neck protection pillow with a three-dimensional partition structure according to claim 1, wherein the surface layer comprises a first spliced cloth, and the first spliced cloth is stitched with the inner liner at the junction of each partition, Form partition traces. 3. The neck protection pillow with a three-dimensional partition structure according to claim 2, wherein the surface layer further comprises two second spliced fabrics, and the first spliced fabrics are open on both sides of the pillow surface The two pieces of the second splicing cloth are respectively connected to the openings of the first splicing cloth on both sides of the pillow surface by piping around them. 4. The neck protection pillow with a three-dimensional partition structure according to claim 3, characterized in that, the first spliced fabric is a Tencel polyester blended fabric, and the second spliced fabric is a mesh fabric. 5. The neck protection pillow with a three-dimensional partition structure according to claim 4, wherein the mesh cloth has a width of 5cm-10cm and a length of 30cm-45cm. 6. The neck protection pillow with a three-dimensional partition structure according to any one of claims 1-5, wherein the filler in the neck protection area is polyolefin elastomer film material and/or memory foam block , the filling length runs through the entire length of the pillow, the filling width is 12cm-17cm, and gradually increases from both sides to the middle, and the filling height is 8cm-12cm. 7. The neck protection pillow with a three-dimensional partition structure according to any one of claims 1-5, wherein the filling in the side sleeping area is polyester fiber material, and the filling height is 13cm. 8. The neck pillow with a three-dimensional partition structure according to any one of claims 1-5, characterized in that the filler in the cervical spine support area is a granular material PE pipe, cassia seeds or buckwheat husks, and the filling length is 20cm-30cm, filling height is 9cm-13cm. 9. The neck protection pillow with a three-dimensional partition structure according to any one of claims 1-5, wherein the filler in the head socket area is polyester fiber material or down material, and the height of the highest filling point is lower than Maximum fill height for other regions. 10. The neck protection pillow with a three-dimensional partition structure according to any one of claims 1-5, wherein the neck protection area is located on the front contour of the front, and the cervical spine support area is located on the rear contour of the rear. There is an opening seam, a zipper is sewn on the opening seam, and a cloth bag is also connected to the opening.

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