TWM550599U - Pillow structure - Google Patents

Description

Pillow structure

The present invention relates to a pillow structure, in particular to a head and a neck for the human body to lie on the back and lying on the side to satisfy the sleeping position, thereby avoiding cervical lesions, snoring, shallow sleep, shoulder and neck pain and attention after waking up. The pillow structure of the falling situation.

Sleep is very important for human health, because the body repairs and grows most of the time during sleep. For example, in recent times, in order to make the body more fit, people will start to put in the gym or buy equipment to do weight training at home. To gain muscle, the muscle-building system destroys the original muscle tissue during the training process by exceeding the weight of the original muscle load, prompting the body to repair the muscle while increasing the muscle mass to burden the body with the weight of training. Training is important, and sleep is an important part, because muscle growth takes most of the time during sleep. Whether you can sleep well or not becomes one of the key factors for the success of muscle growth.

In order to increase the quality of sleep, most people use pillows as bedding during sleep, so that the head of the body can be used to raise the height of the body, thereby providing the comfort of the cervical vertebra of the human body, so as to achieve the purpose of increasing sleep quality.

However, although there are various types of pillows on the market, it does not necessarily provide sufficient comfort for the head of the human body in different sleeping positions on the back or side, and the pillow structure of the conventional pillow is stored. Have the following questions:

First, the height or support of the pillow structure is insufficient. During the sleep period in which the cervical vertebra pressure should be released, the cervical vertebra burden is again caused, leading to cervical lesions.

Second, the lack of pillow structure on the neck of the human body makes the respiratory tract compressed, resulting in oxygen can not enter the trachea normally, reducing the oxygen content in the blood, and the snoring due to friction.

Third, the structure of the pillow does not conform to the ergonomics, which makes it easy for the body to produce an inappropriate sleeping position. The inappropriate sleeping posture continues to fix the muscle for more than three hours, and often causes chronic pain without relaxing.

Fourth, the structure of the pillow is too hard, so the body is squeezed by the blood vessels, causing the blood circulation of the brain to drop, causing hypoxia, which is the main reason why it is drowsy after waking up.

Therefore, a pillow structure is provided for the head and the neck of the human body to satisfy the sleeping position on the back and the side, thereby avoiding cervical lesions, snoring, shallow sleep, shoulder and neck pain, and decreased attention after waking up. This is the main problem to be solved by this new type. This new type provides the most effective and most advantageous solution to the above problems.

The main purpose of the present invention is to provide a pillow structure having a body formed of foam, the body comprising a contact surface portion, a concave portion, two convex portions and a supporting portion; the contact surface portion is formed forward and backward One of the high end and one low end of the arc; the recessed portion is disposed at a near center of the high end of the contact surface layer portion, and the left and right side walls of the recessed portion are respectively provided with a central inclined support portion; the two raised portions are respectively The left and right directions are symmetrically disposed on the left and right sides of the recessed portion, and each of the upper ends of the contact surface layer portion; the support portion is disposed on the front side edge of the recessed portion and extends downwardly forward; wherein one of the human bodies When the head is lying on the contact surface layer, the human body a neck can abut against the support portion, the head of the human body can abut against the recessed portion and is limited between the support portions on the left and right sides of the recessed portion; wherein the head side of the human body Lying on the contact surface layer portion, the side of the neck portion of the human body can abut against the support portion; the side of the head portion of the human body can abut against the recess portion and be limited to each of the left and right sides of the recess portion Between the support parts, the head and neck of the human body can satisfy the sleeping position on the back and the side, thereby avoiding the cervical vertebrae lesions, snoring, shallow sleep, shoulder and neck pain, and decreased attention after waking up.

1‧‧‧Pillow structure

10‧‧‧ Ontology

20‧‧‧Contact surface layer

21‧‧‧ high end

22‧‧‧Low end

30‧‧‧Depression

31‧‧‧Support Department

40‧‧‧Highlights

50‧‧‧Support

60‧‧‧ Non-contact layer

2‧‧‧ head

3‧‧‧ neck

1 is a perspective view of an embodiment of the present invention.

Figure 2 is a plan view of the cross section of Figure 1.

Figure 3 is a perspective view of Figure 1 for the human head to lie on.

Figure 4 is a plan view of Figure 1 for the human head to lie on.

Fig. 5 is a plan view showing the plane of the human head on the side.

Figure 6 is a plan view of another embodiment of the present invention.

The structure and technical features of the present invention are described in detail with reference to the drawings, wherein the drawings are only used to illustrate the structural relationship and related functions of the present invention, and therefore the dimensions of the components are not set according to actual ratios and are not intended to be limited. This new type.

Referring to FIGS. 1 to 5, the main purpose of the present invention is to provide a pillow structure 1 having a body 10 formed of foam, the body 10 including a contact surface portion 20, a recess portion 30, and two convex portions 40. A support portion 50.

The contact surface layer portion 20 is formed to have a high end 21 and a low end in one of the arc directions. 22 causes the body 10 to have a curved aesthetic appearance with upper and lower bending, and the low end portion 22 is also used due to material reduction, thereby reducing material cost.

The recessed portion 30 is disposed at a near center of the high end 21 of the contact surface layer portion 20. The left and right side walls of the recessed portion 30 are respectively provided with a centrally inclined support portion 31 for facilitating the provision of a human body head 2 Supporting power.

The two raised portions 40 are respectively disposed symmetrically on the left and right sides of the recessed portion 30, and each of the high end portions 21 of the contact surface layer portion 20 is provided to provide a height suitable for the human body to lie down.

The support portion 50 is disposed on the front side edge of the recess portion 30 and extends downwardly forward to provide more abutment of the neck portion 3 of the human body.

As shown in FIGS. 2 to 4, when the head 2 of the human body is lying on the contact surface portion 10, the neck 3 of the human body can abut against the support portion 50, and the head 2 of the human body can abut In the recessed portion 30, and between the support portions 31 on the left and right sides of the recessed portion 30, the cervical vertebra of the human body is naturally bent (as shown by the arrow A direction in FIG. 4) for satisfying the human body. Lying on your back.

As shown in FIG. 2 and FIG. 5, when the head portion 2 of the human body is lying on the contact surface layer portion 10, the side surface of the neck portion 2 of the human body can abut against the support portion 50, and the head portion of the human body 2 The side surface can abut against the recessed portion 30 and is confined between the support portions 31 on the left and right sides of the recessed portion 30, so that the cervical vertebra of the human body maintains a natural level (as shown by the arrow B direction in FIG. 5). Meet the side of the human body.

The body 10 is further formed by integrally forming a foam material of a polymer water-cooled glue, but is not limited. By the three-dimensional structure of the polymer, the hot air and moisture emitted by the human body can be discharged in the structure gap, and then the air is discharged. The micro-environment between the user and the user reaches the wet temperature adjustment, naturally achieving the effects of ventilation, no sultry heat and dry and cool; as shown in FIG. 6, the body 10 is further The contact surface layer portion 20 and a non-contact layer portion 60 are formed together but are not limited, and the non-contact layer portion 60 is formed by forming a general foam material to save cost.

The body 10 is further formed by integrally forming a hydrophilic PU (polyurethane) foam material, but is not limited, and can effectively absorb the moisture emitted by the human body and adjust the heat generated by the human body. The body temperature is lowered; the hydrophilic PU (polyurethane) foam used in the body 10 utilizes a hydrophilic PU prepolymer 40 to 60%, and an acrylic polymer compound ( Acrylic Emulsion polymer) 10~20%, and polyether polyol 5~20%, as the main constituent component of the foaming element; wherein the polyether polyol contains an appropriate proportion of water, surfactant, ammonia catalyst Composition; wherein the PU prepolymer contains 40 to 70% of polyether polyol and 30 to 60% of isocyanate, and the polyether polyol contained in the PU prepolymer has a molecular weight of 50 to 2000. At least 40 mole% or more of ether group (-EO-) and diethyl ether group (-EO-) content of 20 to 99.9%; and CO2 produced by the action of the isocyanate and a large amount of water as foaming The agent is foamed; as shown in Figure 6. The body 10 is further formed by the contact surface layer portion 20 and a non-contact layer portion 60, which are formed by a general foam material to save cost.

The body 10 is further formed by integrally forming an aqueous emulsified EVA memory foam material, and the memory foam can sense the temperature of the human body and fit the curve of the head 2 and the neck of the human body, and provide The strength of the support; the material used in the body 10 is water-based emulsified EVA memory foam using aqueous emulsified EVA prepolymer 38~58%, aqueous emulsified polymer 8~22%, and polyether polyol 8~20% As the main constituent of the foaming element; wherein the polyether The polyol further comprises an appropriate proportion of water, a surfactant, and an ammonia catalyst; wherein the PU prepolymer comprises 40 to 70% of a polyether polyol, and 30 to 60% of an isocyanate, and the PU prepolymer contains The polyether polyol has a molecular weight of between 60 and 1800, and contains at least 40 mole% of an ether group (-EO-), and an ether group (-EO-) content of 18 to 99.9%; wherein the foamed material The polyether polyol in the main constituent component may further add 0 to 20% but not limited to a micro encapsulated specific melting point material; wherein the jelly may be a melamine melamine having a melting point of 28.3 ° C (Melamin) a resin-coated powdery material; and CO2 produced by the action of the isocyanate and a large amount of water as a foaming agent as a whole, and foam molding; as shown in FIG. 6, the body 10 is further composed of the contact surface layer portion 20. And a non-contact layer portion 60 is formed by, but not limited to, the non-contact layer portion 60 is formed by forming a general foam material to save cost.

The pillow structure 1 can be further packaged in a pillowcase without limitation to increase the aesthetic appearance.

As shown in Fig. 1, the preferred embodiment of the pillow structure 1 has a length of 35 cm, a width of 63 cm, and a maximum height of 11 cm, but is not limited. The pillow structure 1 can further provide a suitable size depending on the shape of the human body.

The pillow structure 1 of the present invention has the following advantages as compared with other prior art:

(1) The raised structure 40 and the supporting portion 31 of the pillow structure 1 solve the problem of insufficient pillow height or support, and reduce the burden on the cervical vertebra and avoid cervical lesions during the sleep period in which the cervical vertebra pressure should be released. .

(2) The support portion 50 of the pillow structure 1 raises the neck 3 of the human body to prevent the air passage from being pressed, and oxygen can normally enter the air tube, increasing the oxygen content in the blood to avoid rattling.

(3) The head 2 of the human body abuts or abuts against the recess 30 and is confined between the support portions 31 on both sides of the recess 30 to provide the human body in a proper sleeping position. Continue to fix and increase muscle relaxation to avoid chronic pain.

(4) The pillow structure is made of foam and has soft elasticity, which can reduce the compression of the human blood vessel, avoid the hypoxia caused by the decrease of blood circulation in the brain, and then make the human body no longer sleepy after waking up. .

It can be seen from the above advantages that the pillow structure 1 of the present invention provides the head 2 of the human body to satisfy the sleeping position on the back and the side, thereby avoiding cervical lesions, snoring, shallow sleep, shoulder and neck pain, and decreased attention after waking up. Case.

The above description is only a preferred embodiment of the present invention, and is intended to be illustrative, and not restrictive; it will be understood by those of ordinary skill in the art Many changes, modifications, and even equivalent changes are made, but they fall within the scope of this new type of protection.

1‧‧‧Pillow structure

10‧‧‧ Ontology

20‧‧‧Contact surface layer

21‧‧‧ high end

22‧‧‧Low end

30‧‧‧Depression

31‧‧‧Support Department

40‧‧‧Highlights

50‧‧‧Support

Claims (13)

A pillow structure having a body formed of foam, the body comprising: a contact surface portion having a high end and a low end in a front-rear direction; a recessed portion disposed on the contact surface portion The high-end near the center, the left and right side walls of the recessed portion are respectively provided with a central inclined support portion; the two raised portions are respectively symmetrically disposed on the left and right sides of the recessed portion, and each of the contact surface layers is included a high-end portion of the body; and a support portion disposed on the front side edge of the recess portion and extending downwardly forwardly; wherein when a head of a human body lies on the contact surface layer, the neck of the human body The portion of the human body can be abutted against the support portion, and the head of the human body can be placed in the recessed portion and is confined between the support portions on the left and right sides of the recessed portion; wherein the head of the human body lies on the side of the body When contacting the surface layer portion, the side surface of the neck portion of the human body can abut against the support portion; the side surface of the head portion of the human body can abut against the recess portion and is limited to the support on the left and right sides of the recess portion Between the ministries. The pillow structure according to claim 1, wherein the system is integrally formed by a foam material of a polymer water-cooled gel. The pillow structure of claim 2, wherein the body is further formed by the contact surface layer portion and a non-contact layer portion, wherein the non-contact layer portion is formed by molding a general foam material. The pillow structure of claim 1, wherein the body is further formed by integrally molding a hydrophilic PU (polyurethane) foam material. The pillow structure according to claim 4, wherein the material used for the body is hydrophilic PU (polyurethane) Hydrophilic Polyurethane foam utilizes hydrophilic PU prepolymer 40~60%, Acrylic Emulsion Polymer 10~20%, and polyether polyol 5~20 %, as a main component of the foaming material; wherein the polyether polyol comprises an appropriate proportion of water, a surfactant, and an ammonia catalyst; wherein the PU prepolymer contains a polyether polyol (polyether polyol) 40~70% and isocyanate 30~60%, and the polyether polyol contained in the PU prepolymer has a molecular weight of 50 to 2000 and contains at least 40 mole% of ether group (-EO-). And the content of diethyl ether (-EO-) is 20 to 99.9%; and the whole can be foamed by using CO2 produced by the action of the isocyanate and a large amount of water as a foaming agent. The pillow structure of claim 4, wherein the body is further formed by the contact surface layer portion and a non-contact layer portion, wherein the non-contact layer portion is further formed by molding a general foam material. The pillow structure of claim 1, wherein the body is further integrally formed of an aqueous emulsified EVA memory foam material. The pillow structure according to claim 7, wherein the material used for the body is water-based emulsified EVA memory foam, which utilizes aqueous emulsified EVA prepolymer 38~58%, aqueous emulsified polymer 8~22%, and polyether. Polyol 8~20%, as the main constituent component of the foaming material; wherein the polyether polyol comprises an appropriate proportion of water, a surfactant, and an ammonia catalyst; wherein the PU prepolymer contains a polyether Polyol 40-70%, and isocyanate 30-60%, and the polyether polyol contained in the PU prepolymer has a molecular weight of 60 to 1800 and contains at least 40 mole% of an ether group (-EO-). And the ether-based (-EO-) content is between 18 and 99.9. %; and the whole can be foamed by using CO2 produced by the action of the isocyanate and a large amount of water as a foaming agent. The pillow structure according to claim 8, wherein the polyether polyol in the main constituent component of the foamed material is further added to a micro encapsulated specific melting point material of 0 to 20%. The pillow structure according to claim 9, wherein the jelly powder is a powdery material coated with Melamin resin having a melting point of 28.3 °C. The pillow structure of claim 7, wherein the body is further formed by the contact surface layer portion and a non-contact layer portion, wherein the non-contact layer portion is further formed by molding a general foam material. The pillow structure of claim 1, wherein the pillow structure is further packaged in a pillow case. The pillow structure of claim 1, wherein the pillow structure has a length of 35 cm, a width of 63 cm, and a maximum height of 11 cm.