CN113974372A

CN113974372A - Latex mattress capable of protecting human vertebra through supporting force partition change

Info

Publication number: CN113974372A
Application number: CN202111423081.2A
Authority: CN
Inventors: 王昌华
Original assignee: Srofi Shanghai Household Products Co ltd; Shanghai Taichang Health Technology Co ltd
Current assignee: Srofi Shanghai Household Products Co ltd; Shanghai Taichang Health Technology Co ltd
Priority date: 2021-11-26
Filing date: 2021-11-26
Publication date: 2022-01-28

Abstract

The present invention designs a latex mattress for protecting human vertebrae by zonal change of supporting strength, including a latex mattress, which is characterized in that: the latex mattress is densely covered with independent small bumps, and the independent small bumps are arranged in a matrix, adjacent to each other. There are gaps between the independent small bumps. The latex mattress is divided into seven zones from top to bottom: medium support area, weak support area, strong support area, weak support area, strong support area, weak support area, and medium support area. . The advantages of the present invention are that it fits the spine curve of the human body, the support force and softness of the mattress are set in different regions, and it has a massage effect. According to the distribution status, the support strength of the entire mattress is scientifically partitioned.

Description

Latex mattress capable of protecting human vertebra through supporting force partition change

Technical Field

The invention relates to a latex mattress, in particular to a latex mattress which can protect human vertebra through supporting force subarea change.

Background

After the reform is opened, people adopt the Simmons mattress more and more along with the improvement of living standard, but because the Simmons mattress is a flat plane, so many people further adopt the latex pad, the latex pad is very soft, can follow the curve of human body, it is more comfortable, but because not few people's vertebra has certain problem, especially some people's waist intervertebral disc is outstanding, when sleeping on the too soft latex pad, can feel the lumbar vertebra and do not support, uncomfortable during sleep, this is mainly because the human body is when sleeping, because the pressure that each position such as human head, neck shoulder, waist, buttock, thigh, shank, foot produced to the mattress during sleep is different, therefore when each position contacts the mattress, the requirement to the holding power of mattress is different, some places need to be soft (such as shoulder back, buttock), but some need to have certain holding power (lumbar vertebra) (lumbar vertebra and back, buttock, etc.) Legs) that are not satisfactory for zoning purposes. Therefore, a partitioned mattress capable of being attached to the vertebral curve of the human body is urgently needed to be developed.

Disclosure of Invention

The invention aims to solve the problems of the Simmons mattress and the latex mattress in the prior art and provide the latex mattress which can protect the vertebra of the human body by changing the supporting force in different areas. The invention designs a latex mattress for protecting human vertebra by supporting force subarea change, which comprises a latex mattress and is characterized in that: the latex mattress is densely distributed with independent small lugs which are arranged in a matrix, a gap is formed between every two adjacent independent small lugs, and the latex mattress is sequentially provided with seven subareas, namely a medium supporting area, a weak supporting area, a strong supporting area, a weak supporting area and a medium supporting area from top to bottom. The independent small bumps are cubic, the tops of the independent small bumps are mushroom-shaped, and the bottoms of two adjacent independent small bumps are grooves with round cross sections. Counter bores are densely distributed on the back surface of the latex mattress, and springs or elastic columns are placed in the counter bores. The depth of the counter bore is determined according to the curve of the human body contact surface born by each subarea. Two hyperbolic grooves are respectively arranged on two sides of the front surface of the partition supporting layer. The height of the spring or the elastic column in the counter bore is 2-3 cm. The height of the independent small bump is 3 cm. The invention has the advantages that the invention is fit with the spine curve of the human body, the supporting force and the flexibility of the mattress are arranged in different areas, the latex mattress has massage effect, the surface of the latex mattress is convex, the supporting force of the whole mattress is scientifically divided according to the shape of the spine skeleton skin of the human body and the weight distribution condition of each part of the human body during sleeping, the supporting force is adjusted by utilizing the shape, the size, the quantity, the distribution form and the like of the convex, the supporting surface is fully fit with the skin of the human body, the spine skeleton is protected, the deformation is prevented, and the comfortable sleep feeling has good effect on sleep aid. The shape of the air-permeable support can form good support, gaps among the air-permeable support and the air-permeable support, and can form good air flow channels for diffusing air. For the part needing strong support, a back opening is adopted, and the support force is enhanced by adding a spring.

Drawings

FIG. 1 is a schematic perspective view of the present invention.

Fig. 2 is a partial structural schematic diagram of the present invention.

Detailed Description

In the figure, the latex mattress with the support force changing in different areas for protecting the vertebra of the human body comprises a latex mattress 1 and is characterized in that: the latex mattress is densely distributed with independent small lugs 2 which are arranged in a matrix, a gap 3 is arranged between every two adjacent independent small lugs, and the latex mattress is sequentially divided into seven subareas, namely a medium supporting area 4, a weak supporting area 5, a strong supporting area 6, a weak supporting area 7, a strong supporting area 8, a weak supporting area 9 and a medium supporting area 10 from top to bottom. The independent small bumps are cubic, the tops of the independent small bumps are mushroom-shaped, and the bottoms of two adjacent independent small bumps are grooves 11 with round cross sections. Counter bores 12 are densely distributed on the back of the latex mattress, and springs 13 or elastic columns are placed in the counter bores. The depth of the counter bore is determined according to the curve of the human body contact surface born by each subarea. A hyperbolic groove 14 is respectively arranged on the two sides of the front surface of the latex mattress. The height of the spring or the elastic column in the counter bore is 2-3 cm. The height of the independent small bump is 3 cm. Because the periphery of the latex mattress is a non-sleeping area, the independent small bumps 2 at the two sides of the outer side of the hyperbolic groove have the same length but are directly widened, and the independent small bumps at the upper end and the lower end are arranged conventionally (the areas do not need to be in contact with human vertebral bones, so the supporting force of the areas can be set according to design or production needs, and if the cost is considered, the latex mattress is not provided with counter bores and springs.

The cross-sectional size of the small isolated bumps in the strong support regions (8 cm x 8 cm), the cross-sectional size of the small isolated bumps in the medium support regions (7 cm x 7 cm), and the cross-sectional size of the small isolated bumps in the weak support regions 9 (4 cm x 4 cm or 5 cm x 5 cm).

In use, because independent little lug top is the mushroom, and has certain compliance consequently has certain massage effect when the human body is pressed above, because adjacent independent little lug has the gap, consequently can guarantee that independent little lug can carry out micro rocking, can also link to each other with the bottom circular slot through this gap in addition and get rid of the moisture. The circular groove at the bottom is provided with a plurality of transverse bulges which are connected and communicated to form an airflow channel, and the airflow channel can dissipate heat and remove moisture through the circulation flow of air. Because the back of the latex mattress is densely distributed with the counter bores, the counter bores are internally provided with the springs or the elastic columns, and the depth of the counter bores is determined according to the supporting force curve of the human body contact surface born by each subarea, after the springs or the elastic columns are placed in the counter bores, when a human body sleeps on the back, the areas needing strong support can be ensured to obtain the support of the spring force, in the weak support areas, the counter bores or the short springs can not be arranged to weaken the supporting force, and of course, the springs with small resilience force can be placed behind the middle support areas, so that the middle supporting force can be obtained. And the two sides of the front surface of the partition supporting layer are respectively provided with a hyperbolic groove, so that longitudinal ventilation can be met.

Claims

1. The utility model provides a latex mattress of human vertebra of support dynamics subregion change protection, includes latex mattress, its characterized in that: the latex mattress is densely distributed with independent small lugs which are arranged in a matrix, a gap is formed between every two adjacent independent small lugs, and the latex mattress is sequentially provided with seven subareas, namely a medium supporting area, a weak supporting area, a strong supporting area, a weak supporting area and a medium supporting area from top to bottom.

2. The latex mattress with zoned variations in support strength for protecting the vertebrae of a human body as claimed in claim 1, wherein: the independent small bumps are cubic, the tops of the independent small bumps are mushroom-shaped, and the bottoms of two adjacent independent small bumps are grooves with round cross sections.

3. The latex mattress with zoned variations in support strength for protecting the vertebrae of a human body as claimed in claim 1, wherein: counter bores are densely distributed on the back surface of the latex mattress, and springs or elastic columns are placed in the counter bores.

4. The latex mattress with zoned variations in support strength for protecting the vertebrae of a human body as claimed in claim 3, wherein: the depth of the counter bore is determined according to the curve of the human body contact surface born by each subarea.

5. The latex mattress with zoned variations in support strength for protecting the vertebrae of a human body as claimed in claim 1, wherein: two hyperbolic grooves are respectively arranged on two sides of the front surface of the partition supporting layer.

6. The latex mattress with zoned variations in support strength for protecting the vertebrae of a human body as claimed in claim 3, wherein: the height of the spring or the elastic column in the counter bore is 2-3 cm.

7. The latex mattress for protecting the human vertebra with the sectional change of the supporting force according to claim 1 or 2, which is characterized in that: the height of the independent small bump is 3 cm.