CN217987146U

CN217987146U - Natural antibacterial double-layer partition type mattress

Info

Publication number: CN217987146U
Application number: CN202221362214.XU
Authority: CN
Inventors: 李丽; 魏佳婷; 黄秀娇; 王建华; 孙静静
Original assignee: Foshan Oukang Furniture Co ltd; Guangdong Linshi Home Furnishing Co ltd
Current assignee: Foshan Oukang Furniture Co ltd; Guangdong Linshi Home Furnishing Co ltd
Priority date: 2022-06-01
Filing date: 2022-06-01
Publication date: 2022-12-09
Anticipated expiration: 2032-06-01

Abstract

The utility model relates to a mattress technical field discloses a natural antibiotic double-deck subregion formula mattress, including ventilative top layer, antibacterial fiber layer, resilience layer, first spring layer, first sound absorbing layer, second spring layer, second sound absorbing layer and the bottom surface layer that top-down set up, the bore of the intraformational spring of first spring is less than the bore of the intraformational spring of second spring. The utility model can make the mattress have the antibacterial effect and reduce the peculiar smell through the antibacterial fiber layer, the rebound layer can ensure that the mattress can be attached to the waist and back to ensure that all parts of the body are not suspended, and the quick rebound increases the sleep level; the number of the springs arranged in the first spring layer is larger than that of the springs arranged in the second spring layer, so that the springs in the first spring layer are arranged and distributed more densely, the number of supporting point positions is relatively more, the body curve can be instantly sensed and fitted, the sleeping feeling is improved, the first spring layer serves as a pressure-relieving layer, and the second spring layer serves as a main supporting layer of the mattress; and the noise of the mattress is little when in use.

Description

Natural antibacterial double-layer partition type mattress

Technical Field

The utility model relates to a mattress technical field especially relates to a natural antibiotic double-deck subregion formula mattress.

Background

The existing mattress is usually provided with a single-layer spring layer, so that the elasticity and the supporting effect are poor, a spring framework of the spring layer is easy to deform and collapse after long-term use, the service life of the mattress is short, and waist soreness and backache are easy to cause after long-term use of a user; in addition, the structure restriction of mattress for the mattress can not dismantle the washing, and the life of mattress all is longer moreover, and long-time use makes the mattress become the place of breeding of bacterium etc. especially the mite in the life, has influenced the health.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a natural antibiotic double-deck subregion formula mattress can antibacterial deodorization, and laminating health curve and supporting effect are good, improve the sense of sleeping, reduce the noise when mattress uses.

In order to realize the above-mentioned purpose, the utility model provides a natural antibiotic double-deck subregion formula mattress, ventilative top surface layer, antibiotic fibrous layer, resilience layer, first spring layer, first sound absorbing layer, second spring layer, second sound absorbing layer and the bottom surface layer that sets up including top-down, the bore of the intraformational spring of first spring is less than the bore of the intraformational spring of second spring.

As a preferred embodiment of the present invention, the second spring layer includes a first edge reinforcement area, a head pressure release area, a first equilibrium transition area, a shoulder pressure bearing area, a lumbar vertebra fitting area, a second equilibrium transition area, a third equilibrium transition area, a hip pressure release area, a fourth equilibrium transition area, a fifth equilibrium transition area, a thigh bearing area, a shank relaxation area, a sixth equilibrium transition area, an ankle relaxation area, and a second edge reinforcement area, which are sequentially disposed from the head to the tail of the bed;

the first edge reinforcing area, the first balance transition area, the lumbar vertebra fitting area, the third balance transition area, the fourth balance transition area, the thigh bearing area, the sixth balance transition area and the second edge reinforcing area are all hard spring areas; the head pressure release area, the shoulder pressure bearing area, the second equilibrium transition area, the buttock pressure release area, the fifth equilibrium transition area, the shank relaxation area and the ankle relief area are all soft spring areas.

As a preferred scheme of the utility model, the first edge reinforcing area is provided with a row of hard independent pocket springs; the first balanced transition area is provided with a row of hard independent pocket springs; the lumbar vertebra fitting area is provided with three rows of hard independent pocket springs; the third balanced transition area is provided with a row of hard independent pocket springs; the fourth balanced transition area is provided with a row of hard independent pocket springs; the thigh bearing area is provided with three rows of hard independent pocket springs; the sixth balanced transition area is provided with a row of hard independent pocket springs; the second edge reinforcing area is provided with a row of hard independent pocket springs;

the head pressure release area is provided with three rows of soft independent bag springs; the shoulder pressure bearing area is provided with four rows of soft independent pocket springs; the second balanced transition area is provided with a row of soft independent pocket springs; two rows of soft independent pocket springs are arranged in the buttock pressure release area; the fifth balanced transition area is provided with a row of soft independent pocket springs; the shank relaxation area is provided with four rows of soft independent pocket springs; the ankle relieving area is provided with three rows of soft independent pocket springs.

As the preferable proposal of the utility model, the wire diameter of the spring in the hard spring area is 2.3 mm-2.05 mm; the wire diameter of the spring in the soft spring area is 1.90 mm-2.10 mm.

As a preferable scheme of the present invention, the wire diameter of the spring in the hard spring area is 2.15mm; the wire diameter of the springs in the soft spring zone is 2.0mm.

As the preferred scheme of the utility model, first spring layer includes a plurality of mini independent pocket springs that are the matrix and arrange.

As the utility model discloses preferred scheme, the intraformational spring quantity more than or equal to of first spring the intraformational spring quantity's of second spring twice.

As the preferred scheme of the utility model, the antibiotic fibrous layer is formed by mixing bamboo fiber and cellucotton and then carrying out heat setting.

As the preferable proposal of the utility model, the rebound layer comprises a sponge layer, a breathable non-woven fabric layer and a latex layer which are arranged from top to bottom; preferably, the sponge layer comprises a first high resilience sponge layer and a second high resilience sponge layer which are arranged from top to bottom, and the density of the first high resilience sponge layer is smaller than that of the second high resilience sponge layer.

As the utility model discloses preferred scheme, first sound absorbing layer and second sound absorbing layer are the hot cotton layer that dries by the fire, the periphery on second spring layer encloses and is equipped with the hot cotton safe edge that dries by the fire.

The embodiment of the utility model provides a natural antibiotic double-deck subregion formula mattress compares with prior art, and its beneficial effect lies in:

the utility model can make the mattress have the antibacterial effect and reduce the peculiar smell through the antibacterial fiber layer, the rebound layer can ensure that the mattress can be attached to the waist and back to ensure that all parts of the body are not suspended, and the quick rebound increases the sleep level; the caliber of the spring in the first spring layer is smaller than that of the spring in the second spring layer, so that the number of the springs arranged in the first spring layer is larger than that of the springs in the second spring layer, the springs in the first spring layer are arranged and distributed more densely, the supporting point positions are more relatively, the body curve can be instantaneously sensed and fitted, the more the first spring layer contacts with the pressure releasing points, the more thoroughly the pressure of each part of a human body is released, and the sleep feeling is improved, so that the first spring layer is used as a pressure-relieving layer, and the second spring layer is used as a main supporting layer of the mattress; in addition, the first sound absorption layer and the second sound absorption layer can reduce the friction force between layers, particularly the spring layer made of metal materials, so that the problem of abnormal sound of the mattress is avoided; it can be seen that the utility model discloses can antibacterial deodorization, laminating health curve and support effect are good, improve the sense of sleeping, reduce the noise when mattress uses.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings of the embodiments will be briefly described below.

FIG. 1 is a schematic structural view of a natural antibacterial double-layered partitioned mattress provided by the present invention;

FIG. 2 is a schematic diagram of a second spring layer;

in the figure, 1 is a breathable top surface layer; 2 is an antibacterial fiber layer; 3 is a rebound layer; 31 is a first high resilience sponge layer; 32 is a second high resilience sponge layer; 33 is a breathable non-woven fabric layer; 34 is a latex layer; 4 is a first spring layer; 5 is a first sound absorption layer; 6 is a second spring layer; 601 is a first edge reinforcement zone; 602 is a head relief area; 603 is a first equalization transition region; 604 is a shoulder bearing area; 605 is a lumbar vertebra fit zone; 606 is a second equalization transition region; 607 is the third equalization transition region; 608 is a buttock release area; 609 is a fourth equalization transition zone; 610 is a fifth equalization transition region; 611 is a thigh support area; 612 is the calf relaxation zone; 613 is the sixth equalization transition zone; 614 is an ankle relief area; 615 is a second edge reinforcement area; 62 is hot-drying cotton edge protection; 7 is a second sound absorption layer; and 8 is a bottom layer.

Detailed Description

The following detailed description of the embodiments of the present invention is provided with reference to the accompanying drawings and examples. The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.

In the description of the present invention, it is to be understood that the terms "upper", "lower", "left", "right", "front", "rear", "top", "bottom", and the like, indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are used merely for convenience of description and simplification of description, but do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore, should not be construed as limiting the present invention.

As shown in fig. 1, the utility model discloses a natural antibiotic double-deck subregion formula mattress of preferred embodiment, including ventilative top surface layer 1, antibiotic fibrous layer 2, resilience layer 3, first spring layer 4, first sound absorbing layer 5, second spring layer 6, second sound absorbing layer 7 and the bottom surface layer 8 that top-down set up, the bore diameter of the spring in first spring layer 4 is less than the bore diameter of the spring in second spring layer 6. Preferably, the breathable top surface layer 1 can be made of tencel fabric, the tencel fabric is thick, solid and soft in hand feeling, better in moisture absorption, smoothness and breathability than pure cotton fabric, nearly has real silk luster, nearly has chemical fiber strength, is wear-resistant, not easy to pilling and durable.

Thus, the utility model can make the mattress itself play the role of bacteriostasis and reduce the peculiar smell through the antibacterial fiber layer 2, the rebound layer 3 can ensure that the mattress can be attached to the waist and back to ensure that all parts of the body are not suspended, and the bed can be rebounded quickly to increase the sleeping sense level; the calibers of the springs in the first spring layer 4 are smaller than the calibers of the springs in the second spring layer 6, so that the number of the springs arranged in the first spring layer 4 is larger than that of the springs in the second spring layer 6, the springs in the first spring layer 4 are arranged and distributed more densely, the number of supporting point positions is relatively more, a body curve can be instantly sensed and fitted, the more the first spring layer 4 contacts with pressure releasing points, the more the pressure of each part of a human body is released thoroughly, the sleep feeling is improved, the first spring layer 4 serves as a pressure relieving layer, and the second spring layer 6 serves as a supporting layer of the mattress; in addition, the first sound absorption layer 5 and the second sound absorption layer 7 can reduce the friction between layers, particularly the spring layer made of metal materials, so that the problem of abnormal sound of the mattress is avoided; it is visible, the utility model discloses can antibacterial deodorization, laminating health curve and support effect are good, improve the sense of sleeping, reduce the noise when mattress uses.

Illustratively, as shown in fig. 2, the second spring layer 6 includes a first edge reinforcement area 601, a head pressure release area 602, a first equilibrium transition area 603, a shoulder pressure bearing area 604, a lumbar vertebra fit area 605, a second equilibrium transition area 606, a third equilibrium transition area 607, a hip pressure release area 608, a fourth equilibrium transition area 609, a fifth equilibrium transition area 610, a thigh support area 611, a shank release area 612, a sixth equilibrium transition area 613, an ankle relief area 614 and a second edge reinforcement area 615, which are arranged in sequence from the head to the tail of the bed;

the first edge reinforcement zone 601, the first equilibrium transition zone 603, the lumbar vertebra fit zone 605, the third equilibrium transition zone 607, the fourth equilibrium transition zone 609, the thigh support zone 611, the sixth equilibrium transition zone 613 and the second edge reinforcement zone 615 are all hard spring zones; the head relief area 602, shoulder pressure area 604, second equalization transition area 606, hip relief area 608, fifth equalization transition area 610, calf relief area 612 and ankle relief area 614 are all soft spring areas; therefore, the body of the user can be effectively supported in a partitioned mode, and the refined scientific partitioned bearing can be performed on shoulders, the back, the waist, the hips and the legs.

In order to ensure that the mattress can be suitable for both adult and child users, the first edge reinforcing area 601 is provided with a row of hard independent pocket springs to ensure that the bedside frame of the mattress is stable and not easy to collapse; the head pressure release area 602 is provided with three rows of soft independent pocket springs, so that the head pressure can be released for adult users and child users, and the comfortable feeling is strong; the first balanced transition area 603 is provided with a row of hard independent pocket springs, so that the bearing force is more balanced for adult users, the situation that the part is too soft and too hard can not occur, and for child users, a shoulder bearing area can be played, and the shoulders can not sink too much; the shoulder bearing area 604 is provided with four rows of soft independent pocket springs, so that for adult users, the tension muscles on the shoulders and the back can be relaxed, and the shoulder bearing area is particularly suitable for people who prefer sleeping on the side, and for child users, the shoulder bearing area is a lumbar spine slow-release area, and the children spine is tender, so that the health curvature can be kept; the lumbar vertebra fitting area 605 is provided with three rows of hard independent pocket springs, so that for adult users, the supporting force is enhanced, the lumbar vertebra fitting area can fit key parts of the lumbar spine, suspension is avoided, for child users, the leg bearing area is formed, the weight of the body of the child is balanced, and leg reinforcing supports keep the same horizontal line; the second equilibrium transition zone 606 is provided with a row of soft independent pocket springs, so that for adult users, the bearing force is more balanced, the situation that the part is too soft or too hard cannot occur, for child users, the zone is used as a foot relaxing zone, and the comfort level is higher because the pressure of the ankle part of the child is lighter; the third equilibrium transition region 607 is provided with a row of hard independent pocket springs, so that the bearing force is more balanced for adult users, and the situation of local over-softness and over-hardness can not occur; the hip release area 608 is provided with two rows of soft independent pocket springs, so that the hip pressure can be naturally dispersed for an adult user; the fourth balanced transition zone 609 is provided with a row of hard independent pocket springs, so that the bearing force is more balanced for adult users, and the situation of local over-softness and over-hardness can not occur; the fifth balanced transition zone 610 is provided with a row of soft independent pocket springs, so that the bearing force is more balanced for adult users, and the situation of local over-softness and over-hardness can be avoided; the thigh bearing area 611 is provided with three rows of hard independent pocket springs, so that the weight of the thigh of an adult user can be supported, and the thigh and the hip are on the same horizontal line; the shank relaxation area 612 is provided with four rows of soft independent pocket springs, and for adult users, the shank relaxation area is arranged for improving comfort level due to light weight; the sixth equilibrium transition zone 613 is provided with a row of hard independent pocket springs, so that the bearing force is more balanced for adult users, and the situation of local over-softness and over-hardness can be avoided; the ankle soothing region 614 is provided with three rows of soft independent pocket springs, so that for adult users, the comfort level of the arrangement is higher due to the fact that the feet bear light pressure; the second edge reinforcement area 615 is provided with a row of hard independent pocket springs to ensure that the bed tail frame of the mattress is stable and not easy to collapse.

Illustratively, the wire diameter of the spring in the hard spring area is 2.3 mm-2.05 mm, and the wire diameter of the spring in the hard spring area is preferably 2.15mm; the wire diameter of the spring in the soft spring area is 1.90 mm-2.10 mm; the wire diameter of the spring in the soft spring zone is 2.0mm, the wire diameter of the spring in the soft spring zone is preferably 2.0mm, and the comfort and the supporting effect of the second spring layer 6 are effectively improved.

Illustratively, the first spring layer 4 comprises a plurality of mini independent pocket springs arranged in a matrix, which can reduce the noise of the first spring layer 4, wherein the number of springs in the first spring layer 4 is greater than or equal to two times the number of springs in the second spring layer 6; the springs of the first spring layer 4 are distributed more densely, the springs are instantly fitted to the body curve in an induction manner, the number of the springs in the mini independent pocket spring is more than twice that of the common independent springs in the second spring layer 6, and therefore, the more the contact pressure releasing points are, the more the pressure of each part of the human body is released thoroughly.

Illustratively, the antibacterial fiber layer 2 is formed by mixing natural bamboo fiber and cellucotton and then performing heat setting, the bamboo fiber can keep the original fiber structure of bamboo, and the antibacterial fiber layer 2 contains a 'bamboo quinone' substance which is natural for bacteriostasis and deodorization and does not need to be added with an additional chemical auxiliary agent; the antibacterial agent has 86% of antibacterial rate on escherichia coli, 91% of antibacterial rate on staphylococcus aureus and 50% -80% of peculiar smell reduction rate.

Exemplarily, the resilience layer 3 includes a sponge layer, an air-permeable non-woven fabric layer 33 and a latex layer 34 which are arranged from top to bottom, the sponge layer is fluffy and enables a user to have soft wrapping feeling, the air-permeable non-woven fabric layer 33 can reduce noise, the latex layer 34 has high elasticity and is high in fitting performance, so that the mattress is fitted with the waist and the back and is not suspended, and the resilience is fast to increase the sleeping feeling level.

Specifically, the sponge layer includes the first high resilience sponge layer 31 and the high resilience sponge layer 32 of second that top-down set up, the density of the first high resilience sponge layer 31 is less than the density of the high resilience sponge layer 32 of second, the first high resilience sponge layer 31 of upper strata low density relatively can make the user experience soft parcel sense more obvious, release pressure, the second high resilience sponge layer 32 support nature of lower floor high density relatively is better, make the back of the waist more comfortable, the sleep of the combination of two-layer different density feels abundant like this, increase comfort level.

For example, the first sound absorption layer 5 and the second sound absorption layer 7 are both heat drying cotton layers, and the outer periphery of the second spring layer 6 is provided with a heat drying cotton guard edge 62, so that the sound absorption and noise elimination effects of the mattress are effectively improved; and the hot-drying cotton protective edge 62 can reinforce and support the edge of the second spring layer 6 and reduce noise, so that the user does not feel slippery when sitting or lying on the edge of the mattress, and the service life of the spring in the second spring layer 6 is prolonged. The bottom layer 8 is preferably a non-slip wear-resistant fabric layer so that the mattress is not prone to shifting during use.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "connected" and "connected" should be interpreted broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood as a specific case by those skilled in the art.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and replacements can be made without departing from the technical principle of the present invention, and these modifications and replacements should also be regarded as the protection scope of the present invention.

Claims

1. The utility model provides a natural antibiotic double-deck subregion formula mattress which characterized in that, includes ventilative top surface layer, antibiotic fibrous layer, resilience layer, first spring layer, first sound absorbing layer, second spring layer, second sound absorbing layer and the bottom surface layer that top-down set up, the bore of the intraformational spring of first spring is less than the bore of the intraformational spring of second spring.

2. The natural antimicrobial dual zoned mattress of claim 1, wherein the second spring layer comprises a first border reinforcement zone, a head relief zone, a first equalization transition zone, a shoulder bearing zone, a lumbar fitting zone, a second equalization transition zone, a third equalization transition zone, a hip relief zone, a fourth equalization transition zone, a fifth equalization transition zone, a thigh bearing zone, a calf release zone, a sixth equalization transition zone, an ankle relief zone, and a second border reinforcement zone disposed in that order from the head of the bed to the foot of the bed;

3. The natural antimicrobial double-zoned mattress of claim 2, wherein the first edge-reinforced zone is provided with an array of rigid individual pocket springs; the first balanced transition area is provided with a row of hard independent pocket springs; the lumbar vertebra fitting area is provided with three rows of hard independent pocket springs; the third balanced transition area is provided with a row of hard independent pocket springs; the fourth balanced transition area is provided with a row of hard independent pocket springs; the thigh bearing area is provided with three rows of hard independent pocket springs; the sixth balanced transition area is provided with a row of hard independent pocket springs; the second edge reinforcing area is provided with a row of hard independent pocket springs;

4. The natural antimicrobial double-layered zoned mattress according to claim 2 or 3, wherein the wire diameter of the springs in the hard spring zone is 2.3mm to 2.05mm; the wire diameter of the spring in the soft spring area is 1.90 mm-2.10 mm.

5. The natural antimicrobial double-zoned mattress of claim 4, wherein the springs in the hard spring zone have a wire diameter of 2.15mm; the wire diameter of the springs in the soft spring zone is 2.0mm.

6. The natural antimicrobial dual-zoned mattress of claim 1, wherein the first spring layer comprises a plurality of mini individual pocket springs in a matrix arrangement.

7. The natural antimicrobial double-zoned mattress of claim 1, wherein the number of springs in the first spring layer is equal to or greater than twice the number of springs in the second spring layer.

8. The natural antibacterial double-layered zoned mattress according to claim 1, wherein the antibacterial fiber layer is formed by mixing bamboo fiber and cellucotton and then heat setting the mixture.

9. The natural antimicrobial dual-layered zoned mattress according to claim 1, wherein the resilient layer comprises a sponge layer, a breathable non-woven layer, and a latex layer from top to bottom; the sponge layer comprises a first high resilience sponge layer and a second high resilience sponge layer which are arranged from top to bottom, and the density of the first high resilience sponge layer is smaller than that of the second high resilience sponge layer.

10. The natural, antimicrobial, double-layered, zoned mattress of claim 1, wherein the first and second sound-absorbing layers are both heat-baked cotton layers, and wherein the second spring layer has a heat-baked cotton border around its outer perimeter.