TWM656289U - Improved structure of mattress - Google Patents

Abstract

An improved mattress structure includes a far-infrared thermostatic layer, a support reinforcement layer, and a structural packaging layer. The far-infrared thermostatic layer is located on the upper surface of the mattress. When a user lies on the mattress, the far-infrared thermostatic layer will adhere to and release far-infrared rays on the user's body surface. The support reinforcement layer is arranged below the far-infrared thermostatic layer to increase the support force of the mattress. The structural packaging layer is arranged at the bottom and side of the support reinforcement layer to complete the outer packaging of the mattress. When the mattress is used, it is laid on the bed surface, and the user lies down so that the far infrared thermostatic layer contacts the body surface, releases far infrared rays to warm the body and promote blood circulation, thereby relaxing the nerves, accelerating falling asleep, and improving sleep quality.

Description

Mattress Improvement Structure

The invention relates to a mattress structure, and in particular to an improved mattress structure which has a stable structure, provides comfort to the user, releases far infrared rays to promote blood circulation, and thus fully reduces fatigue of the user, thereby greatly improving physical health.

Sleep is an instinct of humans and most animals. It is used to relax physical and mental tension, allowing body tissues to relax and repair themselves, and naturally restore to a healthy mental and physical state. Its importance is self-evident.

Due to the irregular shape of the human body structure, when lying down, most parts of the body cannot touch the bed surface, so the weight of the whole body is concentrated in a few areas and cannot be dispersed, resulting in poor sleep quality and body aches after waking up.

For this reason, people generally lay a mattress made of soft material on the bed surface. When the body lies on the mattress, the weight will sink into the soft mattress, so that the weight of the body is evenly distributed throughout the mattress, allowing the muscles and bones to get the best relaxation, truly relieving fatigue and improving physical health.

However, in order to achieve a close-fitting effect, Xizhi mattresses focus on the selection of soft materials, which makes their supporting force seriously insufficient and easily deformed or collapsed, making the mattress unable to function and even affecting the service life; and because of the insufficient supporting force, Xizhi mattresses cannot provide effective support for the concave parts of the body such as the waist, so the comfort of sleeping is not good, and it cannot release the fatigue and pressure in these parts.

In addition, due to the limitations of materials and structures, Xizhi mattresses allow air to easily penetrate and lack an effective warming mechanism. When the weather is cold or the air conditioning is strong, Xizhi mattresses will quickly cool down and cause discomfort to the user. In severe cases, the user may catch a cold and develop illness.

From this, we can see that the design of the Xizhi mattress is still not perfect. There are deficiencies in both comfort and the effect of maintaining a good sleep. Further improvement is needed to meet practical requirements.

In view of the above problems, the creator of this case, based on the shortcomings of the known mattress improvement structure, started to conduct research and development and improvement. After repeated experiments and corrections, he was finally able to complete this mattress improvement structure with a stable structure and the ability to generate heat to promote blood circulation.

The main purpose of the present invention is to provide an improved mattress structure, the surface of which is provided with far infrared functional fabric, which can naturally emit far infrared to maintain constant temperature of the body, thereby promoting blood circulation and increasing body functions, achieving the effect of eliminating fatigue and improving physical health.

Another object of the present invention is to provide an improved mattress structure having a composite multi-layer structure including a supporting foam layer, which can greatly enhance the overall supporting force, so that when the body lies down, the mattress can effectively support the waist and provide the best comfort.

Another object of the present invention is to provide an improved mattress structure, which is breathable and not stuffy, effectively inhibits allergens, and maintains the cleanliness of the mattress and the health of the user.

Another object of the present invention is to provide an improved mattress structure, which is light and convenient to carry or store, and has a stable structure and a longer service life.

The present invention is a mattress improvement structure that can achieve the above-mentioned purpose. The mattress includes: a far-infrared thermostatic layer, located on the upper surface of the mattress. When the user lies on the mattress, the far-infrared thermostatic layer will adhere to and release far-infrared rays on the body surface of the user; a support reinforcement layer, arranged below the far-infrared thermostatic layer, to increase the support force of the mattress; and a structural packaging layer, arranged at the bottom and side of the support reinforcement layer, to complete the outer packaging of the mattress.

The improved mattress structure completed by the above structure is laid on the bed surface when in use, providing the user with support when lying down, so that the far infrared thermostatic layer contacts the body surface to release far infrared rays to warm the body, promote blood circulation, relax the nerves, accelerate falling asleep, and improve sleep quality.

At the same time, the design of the support reinforcement layer makes the structure of the mattress stable and not easy to collapse, and allows the mattress to fully adhere to the body, especially the lumbar spine, to increase comfort and further enhance sleep quality.

In addition, the supporting reinforcement layer is made of foam with a density of 30.

And, the structural packaging layer is made of woven anti-slip fabric.

Wherein, the two ends of the structural packaging layer are provided with extension sections outwardly, so that the two extension sections surround and cover the bed surface to increase the position stability of the mattress;

Furthermore, Velcro adhesive parts are disposed at the ends of the two extension sections for fixing.

Furthermore, the mattress is staggered with sealing lines, which completely pass through and sew the far-infrared thermostatic layer, the supporting and reinforcing layer, and the structural packaging layer together.

The following is a detailed description of the preferred embodiments of the present invention in conjunction with the accompanying drawings, so that the advantages and features of the present invention can be more easily understood by technical personnel in this field, thereby making a clearer and more precise definition of the protection scope of the present invention.

Please refer to FIG. 1 to FIG. 4 , which are an improved mattress structure provided by the present invention, which mainly includes: a far infrared constant temperature layer 100 , a support reinforcement layer 200 , and a structural packaging layer 300 .

The far infrared thermostatic layer 100 includes a functional fabric that releases far infrared rays and is located on the upper surface of the mattress 10. When the user 500 lies on the mattress 10, the far infrared thermostatic layer 100 adheres to the surface of the user's 500 body 510 and naturally releases far infrared rays to penetrate the surface of the body 510 to generate a warm feeling, thereby helping blood circulation and enhancing the sleep-aiding effect.

The support reinforcement layer 200 is disposed below the far infrared constant temperature layer 100 and is mainly composed of supporting foam, which prevents the mattress 10 from collapsing during use and increases the supporting force of the mattress 10 to enhance the comfort of lying on the mattress 10.

The structural packaging layer 300 is disposed on the bottom and side of the supporting and reinforcing layer 200 to complete the outer packaging of the mattress 10.

When the mattress 10 is used, the mattress 10 is first laid on the bed surface 600, and then the user 500 lies on the mattress 10. Due to the soft nature of the mattress 10, it can sink slightly with the weight of the body 510, so that the far-infrared thermostatic layer 100 can contact the surface of the body 510 over a large area to release far-infrared rays to warm the body 510, promote blood circulation, relax the nerves, accelerate sleep, and improve sleep quality.

When the mattress 10 is fully attached to the surface of the body 510, it can also penetrate into the concave parts of the body 510, such as the waist 520. Through the design of the support reinforcement layer 200, the body 510 can be strengthened to increase the comfort and further enhance the sleep quality.

The supporting and reinforcing layer 200 is a high-density foam, mainly a foam with a density of 30 kg/m ³ , which has sufficient strength to enhance the structural stability of the supporting and reinforcing layer 200 .

Furthermore, the structural packaging layer 300 is made of woven anti-slip fabric to increase the friction between the bottom and the side of the mattress 10, so that the mattress 10 can be stably placed on the bed surface 600. In practice, the two ends of the structural packaging layer 300 are further provided with extension sections 310 and 320, so that the two extension sections 310 and 320 surround and cover the bed surface 600 to increase the stability of the position of the mattress 10 on the bed surface 600. Velcro adhesive parts 311 and 321 are provided at the ends of the two extension sections 310 and 320 for fixing.

Furthermore, the mattress 10 is staggered with sealing lines 400, which completely pass through and sew the far-infrared constant temperature layer 100, the supporting reinforcement layer 200, and the structural packaging layer 300 together to fix the components to produce a shaping effect.

In summary, the mattress 10 of the present invention can utilize far infrared rays to maintain the constant temperature of the body 510, promote blood circulation throughout the body, and then help the brain relax, thereby achieving the effect of calming the nerves and promoting sleep. It also accelerates the time to fall asleep, prolongs the time of deep sleep, greatly improves the sleep quality, and makes the mind more clear after waking up.

The mattress 10 has a strong supporting force to prevent collapse, and is attached to the waist 520 to strengthen the support for the lumbar spine, so that pressure can be released more effectively.

The above implementation is only for illustrating the technical concept and features of the present invention, and its purpose is to allow people familiar with this technology to understand the content of the present invention and implement it. It cannot be used to limit the protection scope of the present invention. Any equivalent changes or modifications made according to the spirit and essence of the present invention should be included in the protection scope of the present invention.

10: mattress 100: far infrared thermostatic layer 200: support reinforcement layer 300: structural packaging layer 310, 320: extension section 311, 321: Velcro adhesive part 400: sealing line 500: user 510: body 520: waist 600: bed surface

Figure 1 is a three-dimensional diagram of the mattress of the present invention; Figure 2 is a schematic diagram of the operation of placing the mattress on the bed surface; Figure 3 is a structural decomposition diagram of the mattress; and Figure 4 is a diagram of an example of the use of the mattress.

10: Mattress

100: Far infrared thermosphere

310, 320: Extension section

311, 321: Velcro adhesive part

400: Sealing line

Claims (6)

A mattress improvement structure includes a mattress, the mattress including; a far infrared thermostatic layer, located on the upper surface of the mattress, when the user lies on the mattress, the far infrared thermostatic layer will adhere to and release far infrared rays to the body surface of the user; a support reinforcement layer, arranged below the far infrared thermostatic layer, to increase the support force of the mattress; and a structural packaging layer, arranged at the bottom and side of the support reinforcement layer, to complete the outer packaging of the mattress. The improved mattress structure as described in claim 1, wherein the supporting reinforcement layer is made of foam with a density of 30. The improved mattress structure as described in claim 1, wherein the structural packaging layer is made of woven anti-slip fabric. The improved mattress structure as described in claim 1, wherein the two ends of the structural packaging layer are provided with extension sections outwardly, so that the two extension sections surround and wrap around a bed surface to increase the position stability of the mattress. The improved mattress structure as described in claim 4, wherein the ends of the two extension sections are provided with Velcro adhesive parts to fix each other. The improved mattress structure as described in claim 1, wherein the mattress is staggered with sealing lines, which completely pass through and sew the far-infrared constant temperature layer, the supporting reinforcement layer, and the structural packaging layer together.

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