CN212465515U - Mattress capable of adjusting human body supporting force through sectional type air bags - Google Patents
Mattress capable of adjusting human body supporting force through sectional type air bags Download PDFInfo
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- CN212465515U CN212465515U CN202021102757.9U CN202021102757U CN212465515U CN 212465515 U CN212465515 U CN 212465515U CN 202021102757 U CN202021102757 U CN 202021102757U CN 212465515 U CN212465515 U CN 212465515U
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Abstract
The utility model discloses a mattress through human holding power is adjusted to sectional type gasbag, from top to bottom include the quilting layer, gasbag and control box supporting layer, the spring buffer layer, spring layer and lower quilting layer, the internally mounted sectional type gasbag subassembly and the gasbag control box of gasbag and control box supporting layer, sectional type gasbag subassembly supports the gasbag including the shoulder back portion that supports shoulder back portion, support the lumbar support gasbag of waist and the buttock support gasbag that supports the buttock, shoulder back portion supports the gasbag, all be equipped with pressure sensor on lumbar support gasbag and the buttock support gasbag, gasbag control box is all connected to all pressure sensor, the inside data storage module that sets up of gasbag control box. The utility model discloses a syllogic gasbag supports human different positions, adopts pressure sensor and data storage module cooperation gasbag control box to adjust the atmospheric pressure value of different gasbags simultaneously, can accomplish perfect matching according to different people's sex, height and weight, has the human vertebra of protection function.
Description
Technical Field
The utility model belongs to the field of furniture, especially, relate to a mattress of human holding power is adjusted through sectional type gasbag.
Background
Sleeping is an important place for life and health of people, and factors influencing sleeping are many, mainly physiological factors and environmental factors. The environmental factors are comfort of the sleeping environment, and the comfortable mattress is an important factor for realizing high-quality sleep. However, due to the physiological factors of people, the influence of different sexes, heights and weights exists, different people are not suitable for sleeping on the same mattress, and due to the fact that the mattress is not suitable and the sleeping posture is not correct, the support of each part of the human body (particularly the vertebra) is not ideal, and therefore deformation is caused. The animal walking from four limbs of human body is changed into animal walking from two limbs, the spine is changed into spine, and the bearing of pressure is greatly increased. The human lumbar spine in the spine is the most vulnerable location for the positional reasons and bears the weight of the entire upper body of the human body. People are always injured on lumbar vertebrae due to wrong postures and poor working habits in life, and the protection of the spine becomes a big problem about the life health of people.
However, most of the air mattresses on the market at present are integral air bags which can keep supporting under the condition of sufficient air pressure, but under the condition of insufficient air pressure, the integral air bags can change states along with the distribution of body weight. Human buttock weight is great, so when atmospheric pressure is not enough, human size can change along with the distribution of weight, is unfavorable for the recovery of vertebra when the sleep, and the user of difference moreover requires differently to the comfort level that uses inflatable mattress, and the inflatable mattress after the long-term use is yielding, is difficult for recovering, can not satisfy user experience and feels the requirement, causes inflatable mattress's use to be difficult to popularize.
SUMMERY OF THE UTILITY MODEL
The utility model discloses a solve the defect that exists among the above-mentioned prior art and not enough, provide one kind and adopt syllogic gasbag to support human different positions, adopt pressure sensor and data storage module cooperation gasbag control box to adjust the atmospheric pressure value of different gasbags simultaneously, can accomplish perfect matching according to different people's sex, height and weight, have the mattress of the human supporting force of the sectional type gasbag regulation that passes through of protecting human vertebra function.
The technical scheme of the utility model: the utility model provides a mattress through human holding power is adjusted to sectional type gasbag, includes quilting layer, gasbag and control box supporting layer, spring buffer layer, spring layer and quilting layer down from top to bottom, the internally mounted sectional type gasbag subassembly of gasbag and control box supporting layer and the gasbag control box that is used for controlling sectional type gasbag subassembly's gasbag atmospheric pressure, sectional type gasbag subassembly includes that at least one supports shoulder back portion support gasbag, at least one supports waist support gasbag and at least one buttock support gasbag of buttock of waist, all be equipped with pressure sensor on shoulder back portion support gasbag, waist support gasbag and the buttock support gasbag, all pressure sensor all connect the gasbag control box, gasbag control box inside sets up data storage module.
The utility model discloses a syllogic gasbag supports human different positions, adopts pressure sensor and data storage module cooperation gasbag control box to adjust the atmospheric pressure value of different gasbags simultaneously, can accomplish perfect matching according to different people's sex, height and weight, has the human vertebra of protection function.
Preferably, the air bag and control box supporting layer is a sponge supporting layer 4-8 cm thick, and an air bag mounting groove matched with the sectional type air bag assembly and a control box mounting groove matched with the air bag control box are formed in the air bag and control box supporting layer.
The structure facilitates installation of the sectional type air bag assembly and the air bag control box, and installation stability and firmness of the sectional type air bag assembly and the air bag control box are ensured simultaneously.
Preferably, the number of the shoulder and back support airbags, the lumbar support airbag and the hip support airbag is two, the two shoulder and back support airbags are symmetrically arranged, the two lumbar support airbags are symmetrically arranged, and the two hip support airbags are symmetrically arranged.
The structure enables the user to sleep in one bed and in two directions, two people lie on the mattress, people with different body types can give different supports, and each person can be perfectly matched.
Preferably, the spring layer is an independent bagged spring layer, and the spring buffer layer is a sponge material layer.
The structure ensures that the assembly of the spring layer is convenient and firm, and simultaneously ensures the flexibility and the comfort of the spring layer.
Preferably, the air pressure of the shoulder and back support airbag, the air pressure of the waist support airbag and the air pressure of the hip support airbag are all in the range of 1500-11500 Pa.
The structure enables the adjustable air pressure range to be large, and therefore the requirements of people with different weights can be met.
Preferably, the shoulder-back support airbag, the lumbar support airbag and the hip support airbag have the same length, the hip support airbag has a width greater than that of the shoulder-back support airbag, and the shoulder-back support airbag has a width greater than that of the lumbar support airbag.
The structure enables the corresponding air bags at different positions to support different positions more stably and reliably.
Preferably, the shoulder and back support cells, the lumbar support cell and the hip support cell are made of a tpu material.
The utility model discloses a syllogic gasbag supports human different positions, adopts pressure sensor and data storage module cooperation gasbag control box to adjust the atmospheric pressure value of different gasbags simultaneously, can accomplish perfect matching according to different people's sex, height and weight, has the human vertebra of protection function.
Drawings
FIG. 1 is an exploded view of the present invention;
in the figure, 1, an upper quilting layer, 2, an air bag and control box supporting layer, 3, a spring buffer layer, 4, a spring layer, 5, a lower quilting layer, 6, a shoulder and back supporting air bag, 7, a waist supporting air bag, 8, a hip supporting air bag, 9, an air bag control box, 10, an air bag mounting groove and 11, a control box mounting groove are arranged.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings, but the present invention is not limited thereto.
As shown in figure 1, the mattress capable of adjusting the supporting force of a human body through the segmented air bags comprises an upper quilting layer 1, an air bag and control box supporting layer 2, a spring buffer layer 3, a spring layer 4 and a lower quilting layer 5 from top to bottom, the segmented air bag assembly and an air bag control box 9 used for controlling air bag air pressure of the segmented air bag assembly are mounted inside the air bag and control box supporting layer 2, the segmented air bag assembly comprises two shoulder and back supporting air bags 6 for supporting the shoulders and the back, two waist supporting air bags 7 for supporting the waist and two hip supporting air bags 8 for supporting the hip, the shoulder and back supporting air bags 6, the waist supporting air bags 7 and the hip supporting air bags 8 are respectively provided with a pressure sensor, all the pressure sensors are connected with the air bag control box 9, and a data storage module is arranged inside the air bag control. The air bag and control box supporting layer 2 is a sponge supporting layer 5 cm thick, and an air bag mounting groove 10 matched with the sectional type air bag assembly and a control box mounting groove 11 matched with the air bag control box 9 are formed in the air bag and control box supporting layer 2. The two shoulder and back supporting air bags are symmetrically arranged, the two waist supporting air bags are symmetrically arranged, and the two hip supporting air bags are symmetrically arranged. The spring layer 4 is an independent bagged spring layer, and the spring buffer layer 3 is a sponge material layer. The air pressure ranges of the shoulder and back supporting air bags 6, the waist supporting air bags 7 and the hip supporting air bags 8 are all 1500-11500 Pa. The length of the shoulder-back supporting airbag 6, the lumbar supporting airbag 7 and the hip supporting airbag 8 is the same, the width of the hip supporting airbag 8 is larger than the width of the shoulder-back supporting airbag 6, and the width of the shoulder-back supporting airbag 6 is larger than the width of the lumbar supporting airbag 7. The shoulder-back supporting airbag 6, the lumbar supporting airbag 7 and the hip supporting airbag 8 are made of a tpu material.
Before the utility model is used, people are divided into three types, nine types according to human ergonomics, the proportion and the length of the positions of the shoulder, waist, hip and leg parts of the cutting sponge head are determined according to the height, the middle and the short of the people, and the length and the support force of each part are determined according to the fatness, the middle and the thin of the people are divided into nine types to determine the cutting length of each part of the cutting sponge and the length and the width of the three sections of air bags; when a person lies on the mattress, the pressure ratio brought by the shoulders, the waist and the hips is in a normal state within the range of 35-70, the height, the middle height, the short height and the range value of the three groups are 175-185, 175-160 and 160-145 respectively, the cut sponge mattress can be suitable for three groups of thin, middle and fat people, the positions of all parts of the human body are determined by the height, the weight distribution of the thin type body is uniform, the weight of the middle type body is concentrated on the shoulders and the hips, the weight of the fat type body is concentrated on the hips, and the data are stored in a data storage module of the air bag control box.
During the use, according to different crowds' height, size, weight, when accessible pressure sensor detected the different weight of each part of human body, each gasbag of gasbag control box control provided different holding power.
The utility model discloses well gasbag control box, pressure sensor, data storage module and all gasbags are market purchase spare or customization finished piece, and its theory of operation is conventional means, and the event does not describe in detail.
The utility model discloses a syllogic gasbag supports human different positions, adopts pressure sensor and data storage module cooperation gasbag control box to adjust the atmospheric pressure value of different gasbags simultaneously, can accomplish perfect matching according to different people's sex, height and weight, has the human vertebra of protection function.
Claims (7)
1. The utility model provides a mattress of human supporting force is adjusted through sectional type gasbag which characterized in that: the segmented airbag control box comprises an upper quilting layer, an airbag and control box supporting layer, a spring buffer layer, a spring layer and a lower quilting layer from top to bottom, wherein a segmented airbag assembly is arranged inside the airbag and control box supporting layer, and the airbag control box is used for controlling the airbag air pressure of the segmented airbag assembly, the segmented airbag assembly comprises at least one shoulder and back supporting airbag for supporting the shoulder and back, at least one waist supporting airbag for supporting the waist and at least one hip supporting airbag for supporting the hip, pressure sensors are arranged on the shoulder and back supporting airbag, the waist supporting airbag and the hip supporting airbag, all the pressure sensors are connected with an airbag control box, and a data storage module is arranged inside the airbag control box.
2. A mattress for regulating body support force by segmented bladders as claimed in claim 1 wherein: the air bag and control box supporting layer is a sponge supporting layer with the thickness of 4-8 centimeters, and an air bag mounting groove matched with the sectional type air bag assembly and a control box mounting groove matched with the air bag control box are formed in the air bag and control box supporting layer.
3. A mattress for regulating body support force by segmented bladders as claimed in claim 1 wherein: the number of the shoulder and back supporting air bags, the waist supporting air bags and the hip supporting air bags is two, the two shoulder and back supporting air bags are symmetrically arranged, the two waist supporting air bags are symmetrically arranged, and the two hip supporting air bags are symmetrically arranged.
4. A mattress for regulating body support force by segmented bladders as claimed in claim 1 wherein: the spring layer is an independent bagged spring layer, and the spring buffer layer is a sponge material layer.
5. A mattress for regulating body support force by segmented bladders as claimed in claim 1 wherein: the air pressure ranges of the shoulder and back supporting air bags, the waist supporting air bags and the hip supporting air bags are all 1500-11500 Pa.
6. A mattress for regulating body support force by segmented bladders as claimed in claim 1 wherein: the length of the shoulder and back supporting air bag, the length of the waist supporting air bag and the length of the hip supporting air bag are the same, the width of the hip supporting air bag is larger than that of the shoulder and back supporting air bag, and the width of the shoulder and back supporting air bag is larger than that of the waist supporting air bag.
7. A mattress for regulating body support force by segmented bladders as claimed in claim 1 wherein: the shoulder and back support cells, the lumbar support cell and the hip support cell are made of a tpu material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021102757.9U CN212465515U (en) | 2020-06-16 | 2020-06-16 | Mattress capable of adjusting human body supporting force through sectional type air bags |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021102757.9U CN212465515U (en) | 2020-06-16 | 2020-06-16 | Mattress capable of adjusting human body supporting force through sectional type air bags |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212465515U true CN212465515U (en) | 2021-02-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021102757.9U Active CN212465515U (en) | 2020-06-16 | 2020-06-16 | Mattress capable of adjusting human body supporting force through sectional type air bags |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212465515U (en) |
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2020
- 2020-06-16 CN CN202021102757.9U patent/CN212465515U/en active Active
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