CN203619149U - Mattress - Google Patents

Abstract

The utility model relates to a mattress, including the last pad body, the well pad body and the lower pad body that piles up each other from top to bottom, go up the pad body well pad body with the lower pad body is by inhaling the slice component that the scattered pressure material was made of inhaling, well pad body is concentrated the position at the weight that corresponds the human body and has the gel that the several was made by gel material, the slice component of gel for having a thickness, arbitrary two are adjacent have a clearance between the gel. The utility model has the advantages that: a plurality of gel bodies are distributed according to the body weight concentration part of a human body in a lying state, and gaps are formed between the adjacent gel bodies to provide a space for extension deformation when the gel bodies are extruded by weight, so that the weight of each part of the body can be independently borne; each weight concentration part of the body is provided with a corresponding gel, so that the body keeps a natural S-shaped curve as a whole.

Description

a mattress

technical field

The utility model belongs to parts of a bed, in particular to a mattress that can disperse body weight and reduce the load on the spine. the

Background technique

People spend about one-third of their life in sleep, and many sleep-themed research reports have been put forward, allowing us to understand that sleep has a deep relationship with many aspects of life, for example: sleep is the key to recovery The best way for physical strength, adequate sleep is also very important for the growth of teenagers, and good sleep quality is the only way to maintain health. There are many factors that affect the quality of sleep, and the quality of the mattress is one of the important factors. Specifically, the supporting force of the mattress is directly related to the quality of sleep. the

According to the structure of the human body, the human body presents a natural S-shaped curvature when viewed from the side of the spine when standing. Even if you lie flat or supine on the bed, the spine will not be completely straight. On the other hand, the shape of the human body is made up of curves in different parts. When lying flat or lying on the back on the bed, the gravity of the whole body will naturally concentrate on the back on both sides of the spine and the buttocks on the left and right sides. In other words, according to the concept of ergonomic design, when a person is lying flat or supine, the weight of the human body should still be supported by the above-mentioned parts, but the weight should be evenly distributed over a larger area instead of concentrated in a small area, and the spine should be emptied And it can maintain the natural S-shaped bending to conform to the natural posture of the human body. Therefore, a mattress with an ergonomic design concept should be able to disperse the weight of the above parts of the body and reduce the load on the spine. It is best to use an appropriate pillow to fully support the cervical spine to achieve muscle relaxation and comfort. Therefore, the mattress is either "soft" or comfortable, and it is not suitable for the elderly to sleep on a hard bed. A bed that is too soft will cause the body to sink and it is difficult to turn around. sleep more tired. A hard bed will concentrate the weight on the shoulders and back, and leave the waist hanging in the air. If the waist is not properly supported, the lumbar spine will lack sufficient rest, and chronic injuries will easily occur. A bed that is too soft or too hard will cause muscle tension and discomfort in parts of the body or trunk, so you will feel more tired as you sleep. the

Known spring mattresses mainly utilize the springs evenly distributed in the mattress to support the weight of the body, and the supporting force of the mattress is determined by the degree of hardness (or elastic coefficient) of the springs. Traditional mattresses use There is only one kind of spring, and their elastic force (or elastic coefficient) is the same, which cannot provide different support for the curves of different parts of the body; another kind of mattress uses two or more springs with different elastic forces (or elastic coefficients). It can provide different support forces according to the curves of different parts of the body. For example, the Taiwan new patent M401366 "Targeted Support Elastic Combination Mattress" has been approved and announced. In different areas, three types of compression per unit weight are used. Same spring. the

The supporting force of the aforementioned mattress in the prior art is fixed, and it does not give different supports to the parts where the weight of the human body is concentrated according to ergonomics, nor can it provide the effect of dispersing pressure on the parts where the weight is concentrated, and these problems still need further research. improve. the

Utility model content

In view of the deficiencies in the prior art, the purpose of the utility model is to provide a mattress that can disperse body weight and reduce the load on the spine so that the user can obtain extremely high sleep quality. the

The technical scheme of the utility model is as follows:

A mattress, comprising: an upper mattress, a middle mattress and a lower mattress stacked on top of each other, the upper mattress, the middle mattress and the lower mattress are made of shock-absorbing A sheet-like element made of a pressing material, the middle cushion body has several gel bodies made of gel material at the weight concentration part corresponding to the human body, and the gel body is a sheet-like element with a thickness, and any two There is a gap between adjacent gel bodies.

In the aforementioned mattress, the shock-absorbing and pressure-dispersing material is any one of foam and latex. the

Based on the mattress described in another aspect of the present utility model, the gel is configured on one side surface of the middle pad, at least a part of the gel protrudes from the side surface of the middle pad and Placed between the upper pad body and the middle pad body. the

Based on the mattress described in another aspect of the present utility model, the side surface of the middle pad body has several grooves corresponding to the shape of the gel body, and each gel body is placed in a corresponding groove in the slot. the

Based on the mattress described in another aspect of the present utility model, each of the gels is disposed in the middle pad, and the top surface of each of the gels is close to the lower surface of the upper pad, and be flush with one side surface of the middle cushion body. the

Based on the mattress described in another aspect of the present utility model, the middle pad body is provided with several through accommodating holes, and the gel is accommodated in the accommodating holes. the

Based on the mattress described in another aspect of the present utility model, the gel is arranged at the position of the lumbar spine, on both sides of the spine corresponding to the weight concentration position of the back, and on both sides of the spine corresponding to the weight concentration position of the buttocks, respectively corresponding to The weight concentration locations of the left and right legs, and the corresponding weight concentration locations under the head and neck. the

The beneficial effects of the utility model are:

(1) Multiple gels are distributed according to the concentrated body weight of the human body in a lying state, and there are gaps between adjacent gels to provide space for expansion and deformation when the gel is squeezed by weight, so that it can bear the weight of each part of the body independently;

(2) Each weight concentration part of the body is equipped with a corresponding piece of gel, so that the body as a whole maintains a natural S-shaped curve;

(3) The cushion body is a multi-layer structure, and the existence of the upper and lower cushion bodies prevents the user from feeling uneven during use;

(4) The weight of each part of the body is dispersed, which can reduce the load on the spine, so as to obtain better sleep quality.

Description of drawings

Fig. 1 is a structure of an embodiment of the utility model, showing the combination relationship of each component. the

Fig. 2 is another embodiment of the structure of the utility model, showing the combination relationship of each component. the

Fig. 3 is a front view of the utility model, showing the corresponding relationship between each gel body and the weight concentration position of the human body. the

Fig. 4 is a schematic view of the utility model, showing the pressure of each gel body when the human body is lying flat on the mattress. the

Fig. 5 is a schematic view of the utility model, showing the corresponding relationship between the spine of the human body and the position of each gel when the human body is lying flat on the mattress. the

in:

10 Upper pad body 20 Middle pad body 21 Surface 22 Accommodating hole

23 Groove 30 Underlayment 40 Gel

40a Gel for lumbar spine

40b Gel corresponding to weight concentration on the back

40c Gel corresponding to the weight concentration of the buttocks

40d Gel corresponding to the weight concentration of the left and right legs

40e Gel at the corresponding weight concentration positions under the head and neck

41 Top G Spine.

Detailed ways

As shown in Figure 1, it is an embodiment structure of the mattress of the present invention, including an upper pad body 10, a middle pad body 20 and a lower pad body 30 stacked from top to bottom, the upper pad body 10, The middle cushion body 20 and the lower cushion body 30 are sheet-like components made of shock-absorbing and pressure-dispersing materials, wherein the shock-absorbing and pressure-dispersing materials can be any one of foam and latex. the

The middle pad 20 is provided with several gels 40 (Gel) corresponding to the weight concentration parts of the human body, and these gel bodies 40 provide the function of dispersing weight at the weight concentration parts of the human body. the

Each gel body 40 is a sheet-like element with a certain thickness, which is an appropriate thickness in consideration of the overall thickness of the mattress and economic cost. On the side surface 21 , at least a part of each gel 40 protrudes from the side surface 21 of the middle pad 20 and is interposed between the upper pad 10 and the middle pad 20 . the

For the setting method of these gel bodies 40, one of the implementations is to set several grooves 23 on the side surface 21 of the middle cushion body 20, and the shape of the grooves 23 is similar to that of the gel body 40. Cooperate, and then several gels 40 are respectively placed in the corresponding grooves 23 . the

Another embodiment is that the gel 40 can also be fixed on the side surface 21 of the middle pad 20 by directly using glue, and the spine G can correspond to the concave area between the two gels 40 arranged at intervals. , so that the spine of the human body in a flat state is in an empty state (as shown in Figure 4 and Figure 5), and maintains a natural S-shaped curvature, so it has the effect of reducing the load on the spine. the

The gel material used to make the gel body 40 is a high molecular compound with excellent pressure conductivity and impact absorption. It can also be a high molecular copolymer, and can also have thermoplasticity, such as SEBS (hydrogenated styrene and butadiene copolymer) or such as SEBS (hydrogenated styrene and butadiene copolymer), which is heated and melted and then poured and cooled to form a sheet-like elastic solid colloid with flexibility. The two copolymers can also be used The liquid PU polymer is mixed in different proportions, and poured into a sheet-like soft solid elastomer at room temperature. the

In addition, the hardness of these gels 40 can be adjusted through the proportion of the formula. They have low backlash elasticity and pressure dispersion, so they are especially suitable for making high-flexibility cushions, which can assist the muscles on both sides of the spine G to protect the spine G from being difficult. It is directly impacted by external force and has the effect of buffering and dissipating pressure. the

Example 2

In the present embodiment of the present utility model, several gel bodies 40 are configured in the middle pad body 20, and the top surface 41 of each gel body 40 is close to the lower surface of the upper pad body 10 and is in contact with the middle pad body. One side surface 21 of 20 is flush, and a kind of embodiment wherein is as shown in Figure 2, is to be provided with several through accommodating holes 22 in the cushion body 20, and several gel bodies 40 are accommodated in these In the accommodation hole 22.

As shown in Figure 3, several gels 40 are located on both sides of the human spine G and corresponding to the lumbar spine, and each gel 40 is a sheet-like element with a certain thickness, wherein the The gel 40a can provide the required support for the lumbar spine when the human body is lying flat or supine. The remaining gels 40 include: the gel 40b located on both sides of the spine G corresponding to the weight concentration position of the back, and the gel 40c located on both sides of the spine G corresponding to the weight concentration position of the buttocks, corresponding to the left and right legs respectively The gel body 40d at the weight concentration position of the head, and the gel body 40e at the corresponding weight concentration position under the head and neck. the

In one embodiment of the present utility model, the thickness of the mattress formed by stacking the upper pad body 10, the middle pad body 20 and the lower pad body 30 can be between 2.5 and 3 centimeters (cm). The surface width of the colloid 40 is between 20 and 25 centimeters (cm), and the distance between the gels 40 located at corresponding positions on both sides of the spine G is between 6 and 8 centimeters (cm). There is a gap between any two adjacent gel bodies 40, which can provide a space for expansion and deformation when the gel body 40 is squeezed by weight, so as not to affect the effect of the gel body 40 on absorbing shock and dissipating pressure. the

In one embodiment of the present utility model, the mattress formed by stacking the upper pad body 10, the middle pad body 20 and the lower pad body 30 can be fixed and bonded together by means of glue. It is also possible to wrap the upper pad body 10, the middle pad body 20, the lower pad body 30 and the gel body 50 together by means of a coating layer coated on the outside of the mattress. The material of the coating layer can usually be selected from cloth , natural leather or artificial leather, this structure is understood and implemented by those skilled in the art. the

The above-mentioned embodiments are only examples for clearly illustrating the invention of the utility model, and are not intended to limit the specific implementation of the invention of the utility model. In order to clearly illustrate the combination of the various components, the various illustrative components and their connections are described above in general around their functions. As for which function is achieved by the combination of components, it depends on the specific application and Design constraints imposed on the entire device. For those of ordinary skill in the art, other changes or changes in different forms can be made on the basis of the above description. It is not necessary and impossible to exhaustively list all the implementation manners here. Any obvious changes or changes derived from the spirit and principle of the present utility model are still within the scope of protection of the claims of the utility model. the

Claims (7)

1. A mattress, characterized in that it comprises: an upper pad, a middle pad and a lower pad stacked on each other from top to bottom, the upper pad, the middle pad and the lower pad The body is a sheet-like element made of shock-absorbing and pressure-dispersing material. The middle cushion body has several gel bodies made of gel material at the weight concentration part corresponding to the human body. As for the sheet-shaped element, there is a gap between any two adjacent gels. 2. The mattress according to claim 1, wherein the shock-absorbing and pressure-dispersing material is any one of foam and latex. 3. The mattress according to claim 1, wherein the gel is disposed on one side surface of the middle pad, and at least a part of the gel protrudes from the middle pad. The side surfaces are juxtaposed between the upper pad body and the middle pad body. 4. The mattress according to claim 3, characterized in that, the side surface of the middle pad body has several grooves corresponding to the shape of the gel body, and each of the gel bodies is placed in the corresponding groove. 5. The mattress according to claim 1, wherein each of the gels is disposed in the middle pad, and the top surface of each of the gels is close to the top of the upper pad. The lower surface is flush with one side surface of the middle cushion body. 6 . The mattress according to claim 5 , wherein the middle pad body is provided with several through accommodating holes, and the gel is accommodated in the accommodating holes. 7 . 7. The mattress according to claim 1, characterized in that, the gel is arranged at the lumbar spine, on both sides of the spine corresponding to the weight concentration positions of the back, and on both sides of the spine corresponding to the weight concentration positions of the buttocks , respectively corresponding to the weight concentration positions of the left and right legs, and the corresponding weight concentration positions under the head and neck.

Images