CN207461864U - Adjustable multifunctional pillow - Google Patents

Abstract

The utility model relates to an adjustable multifunctional pillow core, which comprises an upper layer of PE tube pillow core and a lower layer of fiber pillow core. The upper layer of PE tube pillow core includes a neck pillow core, a headrest core, a neck pillow core, a headrest core and a lower layer There is an invisible zipper on the side of the fiber pillow, and the height of the pillow can be changed by changing the amount of PE tube in the pillow to meet the needs of different people; and the neck pillow core is equipped with far-infrared nanotubes, and the neck pillow core is connected to the head. There are spacers between the pillow cores and between the headrest cores, which can prevent the nanotubes from moving under the action of the head and ensure the overall shape and comfort of the pillow cores; the headrest cores include the middle pillow core and the setting On the side pillow cores on both sides of the middle pillow core, far-infrared nanotubes are set in the middle pillow core, anion nanotubes are set in the side pillow cores on both sides, and far-infrared polyester fibers are set in the lower fiber pillow core; structural design Ingeniously, through the fusion of far infrared and negative ions, the practical value and the effect of health care and physiotherapy are improved.

Description

Adjustable multifunctional pillow core

technical field

The utility model relates to the field of home textiles, in particular to an adjustable multifunctional pillow core.

Background technique

For a long time, the pillow cores of pillows such as health care pillows mostly adopt single-layer cores, that is, double-layer cloths are sewn into sealed rectangular pillow cores. The hardness of the pillow core changes with the hardness of the filler, and the height of the pillow core becomes a fixed height after the pillow core is stitched. The height and hardness of the pillow core are difficult to meet the different needs of different people for pillows. For example, traditional wild chrysanthemum pillows, cassia seed pillows and silkworm sand pillows use hard filler particles, which can easily cause excessive local nerve compression when used, resulting in numbness or pain in the head, neck, back, arms, hands, etc. Symptoms; or it is filled with cotton and fiber, in order to achieve better comfort, but long-term use of the pillow is easy to deform, and the comfort is further reduced, and its height is difficult to easily adjust according to the needs of different people.

The twelve meridians in the human body all converge on the head, and there are many acupoints on the head. These acupoints are connected with the meridians, and play the role of running qi and blood, resisting external evils, and communicating the external and internal. It proves that pillows have a great impact on people. It is very necessary for people to ensure the comfort of the head and cervical spine while carrying out continuous and effective health care physiotherapy during the process of rest and sleep.

Utility model content

The technical problem to be solved by the utility model is to provide an adjustable multifunctional pillow core with reasonable structural design, adjustable height, and functions of far infrared and negative ion physiotherapy and health care for the above-mentioned defects in the prior art.

The utility model is realized by adopting the following technical solutions: an adjustable multi-functional pillow core, the pillow core is a cuboid structure, adopts a double-layer arrangement of a soft pillow and a hard pillow, including an upper layer of a PE tube pillow core and a lower layer of a fiber pillow core , the upper PE pipe pillow core includes a transversely arranged neck pillow core and three longitudinally arranged headrest cores, the headrest cores are arranged side by side along the length direction of the neck pillow core, and the neck pillow core , the side of the headrest core and the lower fiber pillow core are respectively provided with invisible zippers, and the height of the pillow core can be changed by changing the amount of filler in the pillow core to meet the needs of different people; the neck pillow core is cylindrical, Far-infrared nanotubes are arranged in it, and spacers are arranged between the core of the neck pillow and the core of the headrest and between the cores of each headrest, which can prevent the movement of the nanotubes under the action of the head and ensure the overall integrity of the pillow. Shape and comfort; the headrest core includes a middle pillow and side pillows arranged on both sides of the middle pillow, the middle pillow is provided with far-infrared nanotubes, and the side pillows on both sides are provided with Negative ion nanotubes; through the fusion of far-infrared and negative ions, the effect of health care and physical therapy is improved; far-infrared polyester fibers are arranged in the lower fiber pillow core, and negative ion polyester fibers or graphene polyester fibers can also be used.

Further, a buffer pillow is provided between the upper PE pipe pillow and the lower fiber pillow, and an anion ball or a far-infrared ball is arranged inside the buffer pillow, and the anion ball and the far-infrared ball are existing finished products , to play the role of buffer support, while increasing the efficacy of far infrared and negative ion physiotherapy.

Further, the pillow core also includes a pillow core cover, and the pillow core cover is connected by quilting of double-layer cotton cloth, and anion polyester fiber, graphene polyester fiber or far-infrared polyester fiber is filled between the double-layer cotton cloth interlayers. Fiber, the surface of the insert cover is provided with a quilted construction for comfort and durability.

Further, the anion balls or far-infrared balls in the buffer pillow core are arranged in a single layer, and the positions of the anion balls or far-infrared balls are fixed by setting quilting lines on the buffer pillow core to avoid deviation.

Further, the fiber pillow core of the lower layer includes a middle concave part and convex parts on both sides. Considering that soft fillings such as polyester fibers will not move under the force of the head, when using a soft pillow, the head The concave part is located in the concave part to increase comfort, and when using a hard pillow, the concave part and the convex part can also play an effective rebound effect.

Further, the far-infrared nanotubes and anion nanotubes are hollow hoses with a length of 6mm-9mm and a diameter of 3mm-5mm, which not only have far-infrared and anion physiotherapy effects, but also have strong air permeability and can be used for head-to-head The neck and cervical spine play a role of massage and support, especially suitable for office workers.

Further, the length of the pillow is 650mm-750mm, the width is 400mm-450mm, and the height is 90mm-150mm, which is ergonomically designed and comfortable, and the height of the pillow can be adjusted according to different curvatures of the human cervical spine.

Further, the core of the neck pillow is also provided with massage electrodes. The massage electrodes are small in size and soft in structure, and will not cause discomfort when touched by the human body. At the same time, the structure is simple, the power consumption is low, and a small power supply is used. This will provide power to the pillow's neck massager.

Further, one side of the lower fiber pillow core is also provided with an arc-shaped notch, and a pulse recorder is arranged on the edge of the arc-shaped notch.

Compared with the prior art, the utility model has the advantages and positive effects that:

The adjustable multifunctional pillow core described in the utility model adopts a layered and partitioned design, including a hard pillow surface and a soft pillow surface, that is, the upper PE tube pillow core and the lower fiber pillow core, and both sides of the pillow core can be used. , to meet the needs of different people in different seasons, the pillow cover is connected by double-layer cotton quilting, the height of the pillow can be adjusted by adding nanotubes through the invisible zipper on the side of the pillow, automatically supporting the cervical spine, and can also massage the head at the same time, breathable The effect is good, the functions are complete, and the scope of application is wide; when the head is under the pillow, the nanotubes move around under pressure to effectively support the cervical spine, and the head will never lose the pillow due to lateral force, no matter how you turn over, there will always be a right head Effective support for the head and cervical spine;

Combining the characteristics of far infrared and negative ions, the position and sequence of the neck pillow core and the headrest core are tested and verified. The headrest core includes a middle pillow and side pillows arranged on both sides of the middle pillow. The middle pillow is provided with far-infrared nanotubes, and the side pillows on both sides are provided with negative ion nanotubes; the lower fiber pillow is provided with far-infrared polyester fibers, and far-infrared and negative ions interact to generate negative ions. The amount is as high as 3180/cm ³ , and the far-infrared normal emissivity is as high as 0.92, which is completely at the leading level. It can accelerate blood circulation, effectively improve the microcirculation of the human body, and purify the garbage in the body, thereby achieving the effect of alleviating and curing human diseases. The application value guarantees sleep comfort and sleep quality, and at the same time creates a good negative ion and far-infrared environment, creating a private oxygen bar, which can effectively improve human microcirculation, fresh air, and improve respiratory health.

Description of drawings

Fig. 1 is the schematic diagram of the pillow core structure described in the embodiment of the present invention;

Fig. 2 is the schematic diagram of the structure of the pillow provided with the massage electrodes according to the embodiment of the present invention;

Fig. 3 is a schematic cross-sectional view of the interior of the pillow described in the embodiment of the present invention;

Fig. 4 is a schematic diagram of the back structure of Fig. 1;

Fig. 5 is a structural schematic diagram of a pillow core provided with an arc-shaped notch according to an embodiment of the present invention.

Detailed ways

In order to understand more clearly the above purpose, features and advantages of the utility model, the utility model will be further described below in conjunction with the accompanying drawings and embodiments.

Referring to Fig. 1, the adjustable multifunctional pillow core is a cuboid structure, and adopts a double-layer arrangement of a soft pillow and a hard pillow, that is, the upper PE tube pillow 1 and the lower fiber pillow 2, and the upper PE tube pillow The core 1 is a hard pillow, the lower fiber pillow 2 is a soft pillow, and the upper PE pipe pillow 1 includes a neck pillow core 11 arranged horizontally and three headrest cores arranged vertically. The core is arranged side by side along the length direction of the neck pillow core 11, and the sides of the neck pillow core 11, the headrest core and the lower fiber pillow 2 are respectively provided with invisible zippers (not shown in the figure), which can be changed by changing the pillow core. The amount of the inner filling is to change the height of the pillow to meet the needs of different people; the neck pillow core 11 is preferably a cylindrical structure, which is independently designed, and is provided with far-infrared nanotubes to prevent the nanotubes from acting under the pressure of the head. The movement of the lower string will affect the use effect. There are spacers 3 between the neck pillow core 11 and the headrest core and between each headrest core, which can prevent the nanotubes from moving under the action of the head and ensure that the pillow core overall shape and comfort; the headrest core includes a middle pillow 12 and side pillows 13 arranged on both sides of the middle pillow, the middle pillow 12 is provided with far-infrared nanotubes, and the side pillows on both sides The pillow core 13 is provided with negative ion nanotubes; through the mutual fusion and mutual promotion of far infrared and negative ions, the effect of health care and physical therapy is improved; the lower fiber pillow core 2 is provided with far infrared polyester fibers, and of course negative ion polymers can also be used. Ester fiber or graphene polyester fiber etc.

As shown in Figure 3, a buffer pillow 4 is also arranged between the upper PE pipe pillow 1 and the lower fiber pillow 2, and an anion ball or a far-infrared ball, preferably an anion ball, is arranged in the buffer pillow 4. The negative ion ball and the far-infrared ball are existing finished products, to play the role of buffer support, increase the far infrared, negative ion physiotherapy effect and ventilation effect at the same time, and the negative ion ball or far-infrared ball single-layer arrangement in the buffer pillow 4 Set, and fix the position of the negative ion ball or far-infrared ball by setting the quilting line on the cushioning pillow core to avoid its deviation.

In this embodiment, the pillow core further includes a pillow case, and the pillow case includes an upper storage area and a lower storage area, and the upper storage area includes a transversely arranged neck pillow area and a plurality of longitudinally arranged headrest areas , the headrest area is juxtaposed along the length direction of the neck pillow area. The above-mentioned upper layer PE tube pillow core 1 and lower layer fiber pillow core 2 etc. are formed by filling corresponding fillers in each area, such as filling far-infrared nanotubes in the neck pillow area to form the neck pillow core. Of course, each The pillow core of each partition can also adopt an independent overall structure, and can adopt various methods, which will not be described in detail here. The pillow core cover is connected by double-layer cotton cloth quilting, and the double-layer cotton cloth interlayer is filled with Anion polyester fiber, graphene polyester fiber or far-infrared polyester fiber, preferably anion polyester fiber, the surface of the pillow cover is provided with a quilting structure to improve comfort.

Considering that soft fillings such as polyester fiber will not move under the force of the head, referring to Figure 4, the lower layer of fiber pillow 2 includes a middle concave part 21 and two side convex parts 22, when using a soft surface When a pillow is used, the head is located in the recessed part 21 to increase comfort, and when using a hard pillow, the recessed part 21 and the raised part 22 can also play an effective rebound effect.

Further, in the present embodiment, the above-mentioned far-infrared nanotubes and negative ion nanotubes adopt a length of 6mm-9mm, and a diameter of a hollow hose between 3mm-5mm, preferably with a length of 8mm and a diameter of 3mm. Far-infrared and negative ion physiotherapy effect, and strong air permeability, can massage and support the head and cervical spine, especially suitable for office workers. The length of the pillow core is 650mm-750mm, the width is 400mm-450mm, and the height The length is 90mm-150mm, the preferred length is 700mm, the width is 400mm, and the height is 80mm. It is ergonomically designed and comfortable, and the height of the pillow can be adjusted according to different human cervical curvatures.

Referring to Fig. 2, the neck pillow core 11 is also provided with a massage electrode sheet 5. Of course, for double-sided use, it can also be provided on the lower layer of fiber pillow core 2. The massage electrode sheet 5 is small in size, soft in structure, and can be easily touched by the human body. It will not cause discomfort when the pillow is used. At the same time, the structure is simple and the power consumption is low. A small power supply can be used to provide power for the neck massager of the pillow. 5. One side of the lower fiber pillow 2 is also provided with an arc-shaped notch 6, and the edge of the arc-shaped notch 6 is provided with a pulse recorder 7, so that the neck of the human body can also feel the obvious pulse beating, and at the same time Scientific research has shown that when the human body is in deep sleep, the pulse rate is stable and regular, and when the human body is in light sleep, the pulse rate is more likely to fluctuate. By setting the pulse recorder 7 on the edge of the arc-shaped notch 6, it can Record the rhythm of pulse beating during sleep at night, so as to know whether the user enters deep sleep and relaxes, and provides reference data for scientific research.

The above is only a preferred embodiment of the utility model, and is not intended to limit the utility model in other forms. Any skilled person who is familiar with this profession may use the technical content disclosed above to change or remodel it into an equivalent change. The equivalent embodiments are applied to other fields, but any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention without departing from the content of the technical solution of the present utility model still belong to the technical solution of the present utility model scope of protection.

Claims (10)

1. Adjustable multifunctional pillow core, the pillow core is a cuboid structure, characterized in that the pillow core adopts a double-layer structure of a soft pillow and a hard pillow, including an upper layer of PE tube pillow core and a lower layer of fiber pillow core, The upper PE pipe pillow core includes a neck pillow core arranged transversely and three headrest cores arranged longitudinally. The headrest cores are arranged side by side along the length direction of the neck pillow core. The neck pillow core, Invisible zippers are respectively arranged on the side of the headrest core and the lower fiber pillow core; The neck pillow core is cylindrical, and far-infrared nanotubes are arranged therein, and spacers are arranged between the neck pillow core and the headrest core and between each headrest core; the headrest core includes The middle pillow and the side pillows arranged on both sides of the middle pillow, the middle pillow is provided with far-infrared nanotubes, the side pillows on both sides are provided with negative ion nanotubes; the lower fiber pillow is provided with There are far-infrared polyester fibers. 2. The pillow according to claim 1, characterized in that: a buffer pillow is also arranged between the upper PE tube pillow and the lower fiber pillow, and an anion ball or a far-infrared ball is arranged in the buffer pillow . 3. The pillow core according to claim 2, characterized in that: the pillow core also includes a pillow core cover, the pillow core cover is connected by double-layer cotton cloth quilting, and the interlayer of the double-layer cotton cloth is filled with negative ion polymer. Ester fiber, graphene polyester fiber or far infrared polyester fiber. 4. The pillow according to claim 3, characterized in that: the anion balls or far-infrared balls in the buffer pillow are arranged in a single layer, and the anion balls or far-infrared balls are fixed by quilting lines on the buffer pillow. The position of the infrared sphere. 5. The pillow according to claim 4, characterized in that: the lower layer of fiber pillow includes a central concave portion and two side convex portions. 6. The pillow according to claim 5, characterized in that: said far-infrared nanotubes and anion nanotubes are hollow hoses with a length of 6mm-9mm and a diameter of 3mm-5mm. 7. The pillow according to claim 6, characterized in that: the length of the pillow is 650mm-750mm, the width is 400mm-450mm, and the height is 90mm-150mm. 8. The pillow core according to claim 1 or 6, characterized in that: massage electrode sheets are also arranged on the core of the neck pillow. 9. The pillow according to claim 8, characterized in that: one side of the lower fiber pillow is provided with an arc-shaped notch, and a pulse recorder is arranged on the edge of the arc-shaped notch. 10. The pillow according to claim 9, characterized in that: anion polyester fibers or graphene polyester fibers are arranged in the lower layer of fiber pillows.