JP3253576U - Dual Temperature Double Sensing Bedding Set - Google Patents

Abstract

The present invention discloses a dual-temperature, double-sensing bedding set, which includes a first sheet, a second sheet, a duvet cover, a first pillowcase, and a second pillowcase, wherein the front of the duvet cover, the front of the first pillowcase, the front of the second pillowcase, and the first sheet are all made of leather fiber, and the back of the duvet cover, the back of the first pillowcase, the back of the second pillowcase, and the second sheet are all made of pile cotton fabric. The front and back of the duvet cover and the pillowcases in this bedding set are made of different materials, and the set includes two sheets made of different materials, achieving the effect of dual temperature, double-sensing, and can be freely selected and used in various seasons, providing all-round consideration for consumers' sleep. The difference in feel between the two materials is very clear, and both are natural, environmentally friendly materials, which is in line with the design concept of promoting high-quality sleep for consumers. The set can be used throughout the four seasons, avoiding the need to occupy storage space and reducing replacement frequency and waste rate.
[Selected Figure] Figure 1

Description

This invention relates to the field of bedding technology, and more specifically to a dual temperature, double sensing bedding set.

A typical bedding set available on the market is assembled into four standard parts: a duvet cover, two pillowcases, and a sheet, all made of the same material. They satisfy the basic needs of beautiful patterns and bedding use, while also keeping the mattress pad clean and protected. As consumption attitudes and lifestyles change, people are no longer satisfied with the pure practicality of home textiles in everyday life, but are increasingly concerned with product quality and experience. They attach greater importance to sleep quality and have placed higher demands on the design, fabric, and functionality of home textiles.

Spring and summer are the seasons when bacteria and dust mites thrive, and when the weather is hot, sheets and duvet covers are more susceptible to sweat, making them ideal for using cool and comfortable bedding sets. However, as the temperature gradually drops in autumn and winter, bacteria are less likely to develop than in other seasons, making it more suitable for using flexible skin care bedding sets. Conventional bedding sets are all made of a single material, so they must be replaced when changing seasons. This often necessitates the hassle of removing and putting on duvet covers, hanging them out to dry, and storing them away. Furthermore, the replacement sets take up a significant amount of storage space after the seasons change. Furthermore, traditional four-piece sets only have one sheet, which is the one that is most frequently washed and disposed of, resulting in high washing and disposal rates for the entire set. The above issues are also common when using and washing bedding today.

The purpose of this invention is to provide a dual temperature, dual sensing bedding set that solves the problems of use and washing that arise when conventional bedding sets use a single material.

The present invention achieves the above objectives through the following technical solutions:
A dual temperature double sensing bedding set, comprising: a first sheet, a second sheet, a duvet cover, a first pillowcase, and a second pillowcase;
Here, the front of the duvet cover, the front of the first pillowcase, the front of the second pillowcase and the first sheet all use a fabric made of lather fiber, and the back of the duvet cover, the back of the first pillowcase, the back of the second pillowcase and the second sheet all use a fabric made of pile cotton.
As a further improvement, the quilt cover, the first pillowcase and the second pillowcase are all sewn with a fabric of lather fiber and a fabric of pile cotton, and the stitching pitch is 15 stitches/3 cm.
As a further improvement, the lazel fabric and the pile cotton fabric are different in color.
As a further improvement, the fabric made of lazel fiber is provided with an ice blue cooling mark, and the fabric made of pile cotton is provided with an orange warming mark.
As a further improvement, a cuff is connected to one side of the duvet cover, and the cuff is sewn by pasting together the lazel fiber fabric on the front and the pile cotton fabric on the back, and multiple flexible iron sheets are spaced apart inside the cuff, and multiple flexible magnetic sheets are provided on the inside of both the lazel fiber fabric and the pile cotton fabric of the duvet cover, and when the cuff is folded over and attached to the surface of the fabric on either side of the duvet cover, the flexible iron sheets and the flexible magnetic sheets on the inside of the fabric are adsorbed in a one-to-one correspondence.
As a further improvement, the opposing ends of the flexible magnetic sheet inside the fabric of lathe fiber and the flexible magnetic sheet inside the fabric of pile cotton in the duvet cover are synonymous magnetic poles.

The beneficial effects of this invention are as follows: The front and back of the duvet cover and pillowcases in this bedding set are made of different materials (razel fiber fabric + pile cotton fabric), and it also includes two sheets made of different materials, achieving the effect of dual temperature and double sensing, allowing them to be freely selected and used in different seasons, providing all-round consideration for consumers' sleep. The difference in physical sensation between the two materials is very clear, and both are natural, environmentally friendly materials, which is in line with the design concept of promoting high-quality sleep for consumers. The set can be used in all seasons, avoiding the occupation of storage space and reducing the frequency of replacement and waste.

1 is a structural diagram of a dual temperature and dual sensing bedding set according to the present invention; This is a schematic diagram of the fabric made of lazel fiber and the fabric made of pile cotton after decomposition. 1 is a schematic diagram of the cross-sectional structure of the duvet cover and cuffs.

The present application will now be described in more detail with reference to the accompanying drawings. It should be noted that the following specific embodiments are intended only to further illustrate the present application and should not be construed as limiting the scope of protection of the present application. Those skilled in the art may make non-essential improvements and adjustments to the present application based on the contents of the above application.

As shown in Figures 1 and 2, a dual temperature double sensing bedding set includes a first sheet 1, a second sheet 2, a duvet cover 3, a first pillowcase 4 and a second pillowcase 5;
Here, the front of the duvet cover 3, the front of the first pillowcase 4, the front of the second pillowcase 5 and the first sheet 1 are all made of leather fiber fabric, which is represented by A in Figure 2, and the back of the duvet cover 3, the back of the first pillowcase 4, the back of the second pillowcase 5 and the second sheet 2 are all made of pile cotton fabric, which is represented by B in Figure 2.

When this set is used in the spring and summer seasons, the front of the duvet cover 3, first pillowcase 4 and second pillowcase 5 are used as the skin-contacting surface, and the first sheet 1 made of lazel fiber fabric is used. Lazel fiber has excellent moisture absorption ability, and its unique fibril structure effectively regulates moisture absorption and release. Even in environments where the air humidity reaches 65%, lazel fiber can transport moisture generated by the human body to the outside, making it particularly suitable for the hot and humid summer night environment when sweating is likely to occur, providing a comfortable sleep that dissipates heat and is less likely to breed bacteria. When used in autumn and winter, the backs of the duvet cover 3, first pillowcase 4, and second pillowcase 5 are used as the skin-contacting surfaces, and a second sheet 2 made of terry cloth is selected. Because cotton fibers themselves are porous and highly elastic, pure cotton fabric has excellent moisture retention. Natural cotton fibers are strong, breathable, and heat-retaining, and are static-free and resistant to bacterial growth in autumn and winter, making them particularly healthy to wear against the skin. Additionally, using two sheets made of different materials also meets the needs of changing between seasons: the first sheet made of leather fiber is used in spring and summer, and the second sheet made of terry cloth is used in autumn and winter. The two sheets provide all-round consideration for the consumer's sleep, allowing them to choose a set of sleeping comfort according to their needs, especially as the seasons change.

Preferably, the duvet cover 3, the first pillowcase 4 and the second pillowcase 5 are all sewn using leather fiber fabric and pile cotton fabric, and the stitching pitch is 15 stitches/3cm, which makes the sewing process thorough and the stitches dense and uniform, contributing to improving the quality of the product.
Preferably, the lazel fabric and pile cotton fabric are different colors, forming a contrasting design on both sides, which further highlights the harmony between different materials of fabrics and shows the complementary and intuitive distinction of advantages in different seasons, thereby reforming and upgrading the traditional impression of the set.

Preferably, the lazel fabric is provided with an ice blue cooling mark 6, for example, an ice blue square "ice block" pattern, and the pile cotton fabric is provided with an orange warming mark 7, for example, an orange round "small sun" pattern, to highlight the different physical sensations.

In a specific style, the first sheet 1 and the second sheet 2 are made of a single layer of fabric, and may have hems on all four or three sides (the remaining side is the head side) of the first sheet 1 and the second sheet 2; the duvet cover 3, the first pillowcase 4 and the second pillowcase 5 are all made of a double layer of fabric, sewn together on three sides, with an opening on the remaining side, which is provided with a closure structure such as a zipper, Velcro (registered trademark) or snap buttons, creating a space between the two layers of fabric to accommodate the inner lining and pillowcase.

Furthermore, when using the duvet cover 3, it is common for people to place their hands on the outer surface of the head side of the duvet cover 3, or for their neck or face to inevitably come into contact with the outer surface of the head side of the duvet cover 3 while sleeping. However, since the outer surface of the duvet cover 3 is made of a different fabric than the side that comes into contact with the skin (the outer surface is made of pile cotton fabric in the spring and summer seasons, and lather fiber fabric in the fall and winter seasons), the areas that come into contact with the neck, face, or hands end up being made of the exact opposite material from the intended fabric, resulting in reduced comfort. To address this issue, the duvet cover 3 can be structurally optimized, as described below.

As shown in Figure 3, a cuff 8 is attached to one side of the duvet cover 3 (the side closest to the head when in use). The cuff 8 is sewn by gluing together a lazel fabric on the front and a pile cotton fabric on the back. A plurality of flexible iron sheets 9 (i.e., rubber sheets doped with iron powder) are spaced apart inside the cuff 8. A plurality of flexible magnetic sheets 10 (i.e., rubber sheets doped with magnetic powder) are both provided on the inside of the lazel fabric and pile cotton fabric of the duvet cover 3. When the cuff 8 is folded over and attached to the surface of either side of the fabric of the duvet cover 3, the flexible iron sheets 9 and the flexible magnetic sheets 10 on the inside of the fabric are adsorbed in a one-to-one correspondence. In this way, the fabric on the outer leakage side of the cuff 8 always matches the fabric on the skin side of the duvet cover 3, and the parts that come into contact with the neck, face, or hands are made of the same desired material, resulting in greater comfort.
The flexible iron sheet 9 and flexible magnetic sheet 10 are provided to avoid the discomfort caused by hard materials, and the specific configurations of the flexible iron sheet 9 and flexible magnetic sheet 10 are conventional, such as using a rubber sheet doped with iron powder (magnetic powder) or using capsules filled with iron powder (magnetic powder). Of course, for product sets with lower requirements, the iron sheet and magnet strips can be directly replaced as long as the dimensions and thickness are not excessive, for example, a circular strip structure with a radius of 1 cm and a thickness of 0.2 cm is adopted.

Preferably, the opposing ends of the flexible magnetic sheet 10 on the inside of the lathe fiber fabric in the duvet cover 3 and the flexible magnetic sheet 10 on the inside of the pile cotton fabric are synonymous magnetic poles. In this way, there is a certain amount of adhesive force between the two, and as a result, when loading a core into the duvet cover 3, the flexible magnetic sheets 10 on both sides are first spaced apart. After loading the core, the adhesive force between the flexible magnetic sheets 10 on both sides can clamp and position the core, preventing it from slipping or turning up inside the duvet cover 3. This is particularly effective for positioning cores, which are light, thin, and slippery in summer.

The above-described examples only describe some embodiments of the present invention, and although the descriptions are specific and detailed, they should not be understood as limiting the patent scope of the present invention. It should be noted that those skilled in the art may make slight modifications and improvements without departing from the concept of the present invention, and all of these fall within the scope of protection of the present invention.

First sheet 2, second sheet 3, duvet cover 4, first pillowcase 5, second pillowcase 6, cooling mark 7, warming mark 8, cuff 9, flexible iron sheet 10, flexible magnetic sheet

Claims (6)

A dual temperature double sensing bedding set, comprising: a first sheet, a second sheet, a duvet cover, a first pillowcase, and a second pillowcase;
Here, the front of the duvet cover, the front of the first pillowcase, the front of the second pillowcase and the first sheet are all made of leather fiber fabric, and the back of the duvet cover, the back of the first pillowcase, the back of the second pillowcase and the second sheet are all made of pile cotton fabric, which is a dual temperature double sensing bedding set. The dual temperature double sensing bedding set of claim 1, wherein the duvet cover, first pillowcase and second pillowcase are all sewn with a leather fiber fabric and pile cotton fabric, and the stitching pitch is 15 stitches/3 cm. The dual temperature double sensing bedding set according to claim 1, wherein the lazel fabric and the pile cotton fabric are different in color. The dual temperature double sensing bedding set according to claim 3, wherein the lazel fabric has an ice blue cooling mark and the pile cotton fabric has an orange warming mark. The dual temperature double sensing bedding set of claim 1, characterized in that a cuff is connected to one side of the duvet cover, the cuff is sewn by gluing together a lazel fiber fabric on the front and a pile cotton fabric on the back, and a plurality of flexible iron sheets are spaced apart inside the cuff, and a plurality of flexible magnetic sheets are provided on the inside of both the lazel fiber fabric and the pile cotton fabric of the duvet cover, and when the cuff is folded over and attached to the surface of the fabric on either side of the duvet cover, the flexible iron sheets and the flexible magnetic sheets on the inside of the fabric are adsorbed in a one-to-one correspondence. The dual temperature double sensing bedding set according to claim 5, wherein the opposing ends of the flexible magnetic sheet inside the lather fiber fabric and the flexible magnetic sheet inside the pile cotton fabric in the duvet cover have different magnetic poles.