CN209528609U - The adjustable mattress of hardness - Google Patents
The adjustable mattress of hardness Download PDFInfo
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- CN209528609U CN209528609U CN201821891753.6U CN201821891753U CN209528609U CN 209528609 U CN209528609 U CN 209528609U CN 201821891753 U CN201821891753 U CN 201821891753U CN 209528609 U CN209528609 U CN 209528609U
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Abstract
The utility model relates to a kind of adjustable mattresses of hardness, comprising: supporting layer, for providing support；Air bag layer, is set on supporting layer, and air bag layer includes multiple subregion air bags, multiple subregion air bags are linearly arranged on supporting layer, each subregion air bag respectively corresponds different human bodies, at least one subregion air bag includes left block and right block, and left block is not connected to mutually with right block；And control system, it is connected to each subregion air bag, and inflation/deflation is carried out to each subregion air bag, to control the inflation saturation degree of each subregion air bag, and then control the pliability of the different zones of air bag layer, when subregion air bag includes left block and right block, control system carries out separated, independent control to the inflation/deflation of left block and right block.It by being inflated to subregion air bag each in air bag layer to control the inflation saturation degree of each independent partitions, and then realizes the independent control of the pliability of each independent partitions, achievees the purpose that hardness is adjusted.
Description
Technical field
The utility model relates to health management arts, more particularly to a kind of adjustable mattress of hardness.
Background technique
Now with the development of science and technology, with the continuous promotion of people 's material life level, more and more people start to infuse
The quality of the life sleep of weight oneself, occupies the time of people's all one's life one third, therefore, to the requirement with the mattress that sleep is companion
Also higher and higher, it is more and more diversified.The development trend of present mattress, also towards three-dimensional, multifunction development.Sping mattress
It is seen everywhere in people's daily life, resilient support is mainly realized by the elastic force of spring.However, making actual
With in the process, spring will appear deformation, and then pliability is caused to be lacked of proper care, and bring discomfort.Traditional mattress is soft
Hardness is fixed, and can be usually deformed with the increase for using the time, cannot achieve hardness adjusting.
Utility model content
Based on this, it is necessary to which aiming at the problem that traditional mattress cannot achieve hardness and adjust, providing a kind of hardness can
The mattress of tune.
The utility model provides a kind of adjustable mattress of hardness, comprising:
Supporting layer, for providing support；
Air bag layer is set on the supporting layer, and the air bag layer includes multiple subregion air bags, multiple subregion air bags
It is linearly arranged on the supporting layer, each subregion air bag respectively corresponds different human bodies, at least one subregion gas
Capsule includes left block and right block, and the left block is not connected to mutually with the right block；And
Control system is connected to each subregion air bag, and carries out inflation/deflation to each subregion air bag, to control each institute
The inflation saturation degree of subregion air bag is stated, and then controls the pliability of the different zones of the air bag layer, when subregion air bag includes a left side
When block and right block, the control system carries out separated, independent control to the inflation/deflation of left block and right block.
The above-mentioned adjustable mattress of hardness, by the way that air bag layer is arranged, air bag layer includes multiple subregion air bags, and each described point
Area's air bag respectively corresponds different human bodies, at least one subregion air bag includes left block and right block, and the left block
It is not connected to mutually with the right block, control system controls the inflation of each subregion air bag full to control the inflation of each subregion air bag
And degree, and then realize the independent control of the pliability of each subregion air bag, achieve the purpose that hardness is adjusted.
Further, by the convex closure portion of air bag layer inflation when generate preset height adjustment, can to human body attitude into
Row is adjusted, and while enhancing mattress comfort level, is provided with the effect of health care.
Detailed description of the invention
Fig. 1 is the configuration schematic diagram of the adjustable mattress of hardness of an embodiment of the present invention；
Fig. 2 is the cross-section structure signal of the first air bag layer of the adjustable mattress of hardness of an embodiment of the present invention
Figure；
Fig. 3 is the cross-section structure signal of the first air bag layer of the adjustable mattress of hardness of another embodiment of the utility model
Figure；
Fig. 4 is the partial top view of the first air bag layer of the adjustable mattress of hardness of an embodiment of the present invention；
Fig. 5 is the top view of the first air bag layer of the adjustable mattress of hardness of an embodiment of the present invention；
Fig. 6 is the schematic diagram of internal structure of the adjustable mattress of hardness of an embodiment of the present invention；
Fig. 7 is the configuration schematic diagram of the adjustable mattress of hardness of another embodiment of the utility model；
Fig. 8 is the cross-section structure signal of the second air bag layer of the adjustable mattress of hardness of an embodiment of the present invention
Figure；
Fig. 9 is the partial top view of the second air bag layer of the adjustable mattress of hardness of an embodiment of the present invention；
Figure 10 is the top view of the second air bag layer of the adjustable mattress of hardness of an embodiment of the present invention；
Figure 11 is the configuration schematic diagram of the adjustable mattress of hardness of another embodiment of the utility model；
Figure 12 is the circuit theory schematic diagram of the control system of the adjustable mattress of hardness of an embodiment of the present invention；
Figure 13 is the frame structure signal of the control system of the adjustable mattress of hardness of another embodiment of the utility model
Figure；
Figure 14 is the frame structure signal of the control system of the adjustable mattress of hardness of another embodiment of the utility model
Figure；
Figure 15 is the structural schematic diagram of the heating component of the adjustable mattress of hardness of another embodiment of the utility model.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The better embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making practical new to this
The disclosure of type understands more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.
Referring to Fig. 1, the adjustable music massage mattress 10 of the hardness for illustratively showing one embodiment of the invention
Structural schematic diagram, the adjustable music massage mattress 10 of hardness can by adjust air bag layer 110 inflation saturation degree, from
And the pliability of the different zones of mattress is automatically adjusted, it can satisfy the hardness demand of different people, then by air bag layer
110 zonal control is capable of the softness of the position corresponding with human body different parts of regulating mattress when user lies on mattress
Degree, enhances the comfort level of mattress.
As shown in Figure 1, the adjustable music massage mattress 10 of hardness may include air bag layer 110, control system 120 and branch
Support layer 130, air bag layer 110 is set on supporting layer 130, and control system 120 is connected to air bag layer 110, and to air bag layer 110 into
Row inflation/deflation can be considered as when user lies on mattress with the inflation saturation degree for controlling air bag layer 110 and lie in air bag layer indirectly
On 110, so that the pliability change of air bag layer 110 can be perceived directly by the limbs of user.
Air bag layer 110 can adjust pliability by inflating, with the variation of the inflation saturation degree of air bag layer 110, gas
The pliability of cystoblast 110 is with variation, when user is lain on mattress, brings different hardnesses to experience to user.It is appreciated that
When the inflation saturation degree of air bag layer 110 is bigger, air bag layer 110 is less susceptible to be compressed in stress, shows as harder；And
When inflation saturation degree is suitable for, air bag layer 110 can be compressed but not completely shrivelled after stress, external to be presented as with one
Fixed elasticity, it is more soft.As a result, by the ventilating control to air bag layer 110, air bag layer 110 can be made to have different
Saturation degree is inflated, and then is presented as that air bag layer 110 has different elasticity (or pliability), thus the hardness of regulating mattress.
Air bag layer 110 can have multiple independent partitions, and control system 120 is connected to the multiple only of the air bag layer 110
Vertical subregion, and by each independent partitions inflation, to control the inflation saturation degree of each independent partitions.By to different only
Vertical subregion is inflated control, and different independent partitions can be made to have different inflation saturation degrees, so that independent adjusted respectively
The pliability of independent partitions, each independent partitions correspond to different human bodies, and the different parts of human body can be made to experience not
Same pliability.
It is appreciated that control system 120 can be independent control to the control of each independent partitions, to each independence point
Area carries out hardness adjusting respectively.It is of course also possible to be uniformly controlled, and then adjust the hardness of entire air bag layer 110.
Fig. 1 and Fig. 2 are please referred to, in some embodiments, air bag layer 110 may include the first air bag layer 112, the first air bag
Layer 112 may include the first convex closure portion 1122 and the first sealing 1124, the first convex closure portion 1122 be provided with it is multiple, multiple first
Convex closure portion 1122 is set to the side of the first sealing 1124, is made of the flexible material of sealed air-tight, the first convex closure portion
It is equipped with air cavity in 1122, can store gas in air cavity, and expand in inflation, the first sealing 1124 is sealedly attached to first
Convex closure portion 1122 with the first convex closure portion 1122 of sealing, and is equipped with cavity, the sky of the first sealing 1124 in the first sealing 1124
Chamber is connected to the air cavity in the first convex closure portion 1122, so that can be carried out by the first sealing 1124 to the first convex closure portion 1122
Inflation.Multiple first convex closures portion 1122 can be considered as the multiple ballonets being arranged on the first sealing 1124 as a result, can be with
There is preferable compactness with human body.
When being inflated to the first air bag layer 112, i.e., each first convex closure portion 1122 is inflated, the first convex closure portion
1122 expand after inflation and hardness are made to be hardened, and the first sealing 1124 will not generate shape because of expansion in inflation
Become.It is appreciated that opposite first sealing 1124 in the first convex closure portion 1122 is in close to user side, user is lain on mattress
When, it lies in multiple first convex closures portion 1122, when the first convex closure portion 1122 has different inflation saturation degrees, that is, embodies indirectly
For different hardnesses.
In one or more embodiments, the first convex closure portion 1122 is expanded in inflation, to far from the first sealing 1124
Direction expansion and make the first convex closure portion 1122 increase preset height, thus the first convex closure portion 1122 expand when can be realized it is pre-
If height adjustment.When user is lain on mattress as a result, it can be realized by the height adjustment in the first convex closure portion 1122 to user
Posture be adjusted, to fit with human body, promote the comfort level of mattress.
It can have prepsetting gap between two adjacent the first convex closure portions 1122.Thus, it is possible to pass through the first convex closure portion
Gap between 1122 is breathed freely, and feeling of oppression and heat when avoiding using mattress enhances the gas permeability of mattress.First convex closure portion 1122
Shape can be one of spherical shape, semicircle, vertebra shape, rectangle, square hexagon, diamond shape or a variety of.
Referring to Fig. 2, in some embodiments, the first sealing 1124 can be plane tabular structure, the first convex closure portion
1122 are laid on the first sealing 1124, can have preferable flatness.
Referring to Fig. 3, in further embodiments, the first sealing 1124 includes pinboard 1125 and protrusion 1127, convex
It plays 1127 to be set on one of end face of pinboard 1125, and is fixedly connected on pinboard 1125, closed with pinboard 1125
It encloses to form cavity, the first convex closure portion 1122 is set on another end face of pinboard 1125, is oppositely arranged with protrusion 1127.By
This, protrusion 1127 and the first convex closure portion 1122 can be set in the opposite sides of pinboard 1125.In certain embodiments, convex
The arrangement for playing 1127 can be similar with the arrangement in the first convex closure portion 1122, and the two can be symmetrical about pinboard 1125
Setting, the difference is that protrusion 1127 will not generate deformation in inflation, to maintain the planarization of the first sealing 1124, and
First convex closure portion is expanded in inflation.
Referring to Fig. 4, being interconnected or not being connected to, 1122 phase of multiple first convex closures portion between two the first convex closure portions 1122
Intercommunicated formation air bag block, each air bag block respectively correspond different human bodies, the first convex closure portion 1122 of two air bag blocks
And first be not connected to mutually between sealing 1124.The first air bag layer 112 may include multiple air bag blocks, each air bag block as a result,
Can independent adjusting inflate saturation degree, by carrying out pliability adjusting to multiple air bag blocks, the first air bag layer 110 can be made
Different location has different hardnesses.It is appreciated that air bag block is the independent partitions of the first air bag layer 112.
Referring to Fig. 5, in one or more embodiments, the first air bag layer 112 may include the first air bag block 112a,
Two air bag block 112b, third air bag block 112c, four gasbags block 112d, the 5th air bag block 112e and the 6th air bag block 112f,
In, the first air bag block 112a is corresponding with head, neck, and the second air bag block 112b, third air bag block 112c can be arranged side by side, if
It is placed in the side of the first air bag block 112a, the second air bag block 112b and third air bag block 112c respectively correspond left shoulder and right shoulder, the
Four gasbags block 112d is set to the side far from the first air bag block 112a of the second air bag block 112b, third air bag block 112c, the
Two air bag block 112b, third air bag block 112c are between the first air bag block 112a, four gasbags block 112d, four gasbags block
112d corresponds to back setting, and the 5th air bag block 112e, the 6th air bag block 112f can be arranged side by side, and is set to four gasbags block
The side of the separate third air bag block 112c of 112d respectively corresponds left half stern and right half stern.
Left shoulder and right shoulder are respectively corresponded by the second air bag block 112b and third air bag block 112c, and makes the second air bag block
112b and third air bag block 112c can independent adjusting inflation saturation degree.Thus, it is possible to by adjusting the second air bag block 112b
And/or the inflation saturation degree of third air bag block 112c, adjust the hardness of left shoulder and right shoulder corresponding region.Further, the second gas
When the inflation saturation degree of capsule block 112b or third air bag block 112c increase, make the second air bag block 112b's or third air bag block 112c
First convex closure portion 1122 increases preset height, and the movement for naturally turning round shoulder may be implemented, can change the lying posture of human body, make user
In recumbency, muscle has proper motion state, plays certain health-care effect, while having function for assisting sleep.
Left shoulder and right shoulder are respectively corresponded by the 5th air bag block 112e and the 6th air bag block 112f, and makes the 5th air bag block
112e and the 6th air bag block 112f can independent adjusting inflation saturation degree.Thus, it is possible to by adjusting the 5th air bag block 112e
And/or the 6th air bag block 112f inflation saturation degree, adjust the hardness of left shoulder and right shoulder corresponding region.Further, the 5th gas
When the inflation saturation degree of capsule block 112e or the 6th air bag block 112f increase, make the 5th air bag block 112e's or the 6th air bag block 112f
First convex closure portion 1122 of ballonet 1121 increases preset height, and the movement to sway one's hips may be implemented.For example, the second air bag block 112b
And the 5th air bag block 112e be located relatively at left side, third air bag block 112c and the 6th air bag block 112f are located relatively at right side, when the
When first convex closure portion 1122 of the ballonet 1121 of two air bag block 112b and the 6th air bag block 112f raises simultaneously, third air bag block
112c and the 5th air bag block 112e remain motionless, can be realized and sway one's hips, conversely, small when third air bag block 112c and the 5th air bag
When first convex closure portion 1122 of air bag 1121 raises simultaneously, the second air bag block 112b and the 6th air bag block 112f remain motionless,
It can be achieved to sway one's hips.Thus, it is possible to which the posture further enhanced is rich, enhance health care and function for assisting sleep.
First air bag layer 112 can also be including being set to the separate 4th of the 5th air bag block 112e, the 6th air bag block 112f
The one or more air bag block corresponding with leg of the side of air bag block 112d.For example, air bag layer 112 further includes the 7th air bag block
112g, the 8th air bag block 112h, the 9th air bag block 112m and the tenth air bag block 112n, the 7th air bag block 112g are set to the 5th gas
The side far from four gasbags block 112d of capsule block 112e and the 6th air bag block 112f, the 8th air bag block 112h are set to the 7th gas
The side far from the 6th air bag block 112f of capsule block 112g, the 9th air bag block 112m be set to the 8th air bag block 112h far from the
The side of seven air bag block 112g, the tenth air bag block 112n are set to one far from the 8th air bag block 112h of the 9th air bag block 112m
Side, the 7th air bag block 112g, the 8th air bag block 112h, the 9th air bag block 112m and the tenth air bag block 112n are corresponding with leg.
It is appreciated that can also be by the 7th air bag block 112g, the 8th air bag block 112h, the 9th air bag block 112m and the tenth air bag block 112n
Be interconnected formed a bigger air bag block, at this point, air bag block corresponding with leg by only one.By be arranged it is multiple with
The corresponding air bag block in leg, can be in order to by adjusting the posture of human body to the adjusting of leg, when respectively to multiple air bag blocks
Ballonet inflation when, the different zones of leg can be made to have and raised, make leg curvature at certain curve, cooperate expected appearance
Health-care effect can be enhanced in state.
It is appreciated that the corresponding relationship when corresponding relationship of above-mentioned each air bag block and human body is standard sleeping position.Respectively
Specification size between a air bag block can be identical, be also possible to difference, for example, in order to save manufacturing cost, each air bag
The specification of block can be identical.For example, in order to be adapted with the area coverage of partes corporis humani position, the specification of each air bag block
Can part it is identical, part it is not identical, can also be completely not identical.
It can be independently arranged, can also be fixedly connected between each air bag block, for example, the first sealing 1124 of each air bag block
It is fixedly connected, but is not connected to mutually between the first sealing 1124 of different bladder block.
It is appreciated that the first air bag block 112a, the second air bag block 112b, third air bag block 112c, four gasbags block 112d,
5th air bag block 112e, the 6th air bag block 112f, the 7th air bag block 112g and the 8th air bag block 112h can pass through difference respectively
Tracheae be connected to control system 120, and by control system 120 respectively, be independently each air bag block and be inflated, example
Such as, control system 120 is respectively the first air bag block 112a, the second air bag block 112b, third air bag block 112c, four gasbags block
112d, the 5th air bag block 112e, the 6th air bag block 112f, the 7th air bag block 112g and the 8th air bag block 112h respectively configure a gas
Valve, by the opening and closing of air valve, and then respectively each air bag block inflation, to pass through the inflation for adjusting each air bag block
Saturation degree come realize the first air bag layer 112 different location pliability control, and then adjust mattress hardness.
Referring to Fig. 6, in one or more embodiments, there are two the settings of the first air bag layer 112, two the first air bag layers
112 placement side by side, and in same level.By be arranged two the first air bag layers 112, can on double bed not
Same people provides different hardnesses, and different attitude regulations is carried out to different people, further increases the comfort level of mattress.
It is inflated adjusting by the first convex closure portion 1122 to the first air bag layer 112, the first convex closure portion 1122 is directly pasted
Early work is used for human body surface, has preferable compactness, and the pressure of human body directly acts on each first convex closure portion 1122, and first
The soft variation in convex closure portion 1122 can intuitively be experienced by human body, and then experience the areas adjacent that human body is directly touched
Pliability variation realizes that the subtle pliability to the first convex closure portion 1122 is adjusted, and this kind of subtle adjusting being capable of intuitive quilt
User is perceived, and the adjusting to human body attitude can be realized by the height adjustment in the first convex closure portion 1122, has health care
Function for assisting sleep.
Fig. 7 to Fig. 9 is please referred to, in further embodiments, air bag layer 110 may include the second air bag layer 114, the second gas
Cystoblast 114 may include the second convex closure portion 1141 and the second sealing 1143, and the second convex closure portion 1141 is set to the second sealing
1143 side is made of the flexible material of sealed air-tight, and air cavity is equipped in the second convex closure portion 1141, can store in air cavity
Gas, and expanded in inflation, the second sealing 1143 is sealedly attached to the second convex closure portion 1141, with the second convex closure portion of sealing
1141, and cavity is equipped in the second sealing 1143, the air cavity in the cavity of the second sealing 1143 and the second convex closure portion 1141 connects
It is logical, so that can be inflated by the second sealing 1143 to the second convex closure portion 1141.
When to the inflation of the second air bag layer 114, i.e., each second convex closure portion 1141 is inflated, the second convex closure portion 1142 exists
It is expanded after inflation and hardness is made to be hardened, the second sealing 1143 will not generate deformation because of expansion in inflation.It can be with
Understanding, the opposite second convex closure portion 1141 of the second sealing 1143 is located at close to 130 side of supporting layer, when for lying on mattress,
It is lain in multiple second convex closures portion 1141 indirectly, when multiple second convex closures portion 1141 has different inflation saturation degrees, i.e. body
It is now different hardnesses.
In one or more embodiments, the second convex closure portion 1141 is in inflation, to far from the first sealing 1143
Direction expansion and make the second convex closure portion 1141 increase preset height, thus the second convex closure portion 1141 expand when can be realized it is pre-
If height adjustment.User can be realized by the height adjustment in the second convex closure portion 1141 to user when on mattress as a result,
Posture be adjusted, for example, expanding the second convex closure portion 1141 of one of independent partitions, and realize preset height tune
Section, i.e., be lifted the height of corresponding human body accordingly, sends the posture of user and changes, can play health care sleeping work
With.
The structure of second sealing 1143 is similar, can be plane tabular structure, is also possible to include pinboard and convex
The plane concaveconvex structure risen.
Second air bag layer 114 may include multiple subregion air bags, the second convex closure portion 1141 and second of each subregion air bag
It is not connected to mutually between sealing 1143.In one or more embodiments, one of subregion air bag include left block 14b1 and
Right block 14b2, the subregion air bag with left block 14b1 and right block 14b2 can be corresponding with shoulder or buttocks.Left block
14b1 and right block 14b2 respectively correspond left shoulder and right shoulder, alternatively, left block 14b1 and right block 14b2 respectively correspond left half stern
With right half stern.In other examples, can also have two of them subregion air bag includes left block 14b1 and right block 14b2,
One of corresponding shoulders of human body setting, left block 14b1 and right block 14b2 respectively correspond left shoulder and right shoulder, another correspondence
Human buttock's setting, left block 14b1 and right block 14b2 respectively correspond left half stern and right half stern.
Referring to Fig. 10, the second air bag layer 114 may include the first subregion air bag 114a, the second subregion air bag 114b,
Three subregion air bag 114c and the 4th subregion air bag 114d, wherein the first subregion air bag 114a and head, neck are corresponding, described
Second subregion air bag 114b is set to the wherein side of the first subregion air bag 114a and shoulder corresponds to, the third subregion air bag
114c be set to the second subregion air bag 114b side far from the first subregion air bag 114a and back, waist it is corresponding, described the
Four subregion air bag 114d are set to the side of the separate second subregion air bag 114b of third subregion air bag 114c and buttocks corresponds to,
Wherein, the second subregion air bag 114b and the 4th subregion air bag 114d includes mutually isolated left block 14b1 and right block
14b2。
Pass through the independent left block 14b1 and right block for adjusting the second subregion air bag 114b and the 4th subregion air bag 114d
The inflation saturation degree of 14b2, to adjust the hardness with left shoulder and right shoulder, left half stern and right half stern corresponding region.Further,
The left block 14b1 and right block 14b2 of second subregion air bag 114b and the 4th subregion air bag 114d is in inflation, the second convex closure portion
Preset height is increased, the different adjustment to human body attitude may be implemented, for example, individually to the left block of the second subregion air bag 114b
When 14b1 or right block 14b2 is inflated, left shoulder or right shoulder lift relatively, the posture for turning round shoulder are realized when lying down, to the second subregion gas
The right block 14b2 of the left block 14b1 and the 4th subregion air bag 114d of capsule 114b are inflated or the right area of the second subregion air bag 114b
When the left block 14b1 of block 14b2 and the 4th subregion air bag 114d are inflated, the movement to sway one's hips may be implemented.Thus, it is possible to further
Rich, enhancing health care and the function for assisting sleep of the posture of enhancing.
Second air bag layer 114 can also include the separate third subregion air bag 114c for being set to the 4th subregion air bag 114d
The one or more subregion air bag corresponding with leg of side.For example, the second air bag layer can also include the 5th subregion air bag
114e, the 6th subregion air bag 114f, the 7th subregion air bag 114g and octant air bag 114h, the 5th subregion air bag 114e
It is set to the side of the separate third subregion air bag of the 4th subregion air bag, the 6th subregion air bag 114f is set to described
The side far from the 4th subregion air bag of 5th subregion air bag 114e, the 7th subregion air bag 114g are set to described 6th point
The side far from the 5th subregion air bag 114e of area air bag 114f, the octant air bag 114h are set to the 7th subregion
The side far from the 6th subregion air bag 114f of air bag 114g, the 5th subregion air bag 114e, the 6th subregion air bag 114f, the
Seven subregion air bag 114g and octant air bag 114h are corresponding with leg.It is appreciated that can also be by the 5th subregion air bag
114e, the 6th subregion air bag 114f, the 7th subregion air bag 114g and octant air bag 114h, which are interconnected, forms one more greatly
Subregion air bag, at this point, subregion air bag corresponding with leg by only one.By the way that multiple subregion gas corresponding with leg are arranged
Capsule, can be in order to by adjusting the posture of human body to the adjusting of leg, when respectively to multiple subregion air bags corresponding with leg
The inflation of the second convex closure portion 1141 when, the different zones of leg can be made to have and raised, make leg curvature at certain curve, cooperation
Health-care effect can be enhanced in expected posture.
It is appreciated that the corresponding relationship when corresponding relationship of above-mentioned each subregion air bag and human body is standard sleeping position.
Specification size between each subregion air bag can be identical, be also possible to difference, for example, in order to save manufacturing cost, it is each
The specification of subregion air bag can be identical.For example, in order to be adapted with the area coverage of partes corporis humani position, each subregion gas
The specification of capsule can part it is identical, part it is not identical, can also be completely not identical.
It can be independently arranged, can also be fixedly connected between each subregion air bag, for example, each subregion air bag passes through the second sealing
Portion 1143 is fixedly connected, but is not connected to mutually between the second sealing 1143 of different subregions air bag.
Referring to Fig. 6, there are two the second air bag layer 114 can be set, two the second air bag layers 114 side by side be placed in branch
It supports on layer 130, and is in same level.It, can be to the different people on double bed by the way that two the second air bag layers 114 are arranged
Different hardnesses is provided, and carries out different attitude regulations to different people, further increases the comfort level of mattress.
It is adjusted by the inflation to the second air bag layer 114, can make mattress that there is different hardnesses, when the second air bag layer
It is full of enough gas in 114 the second convex closure portion 1141, so that the second convex closure portion 1141 tightens, in the second convex closure portion 1141
The tension that gas is provided out is greater than human body and provides pressure, at this point, hardness is harder, conversely, when the gas in the second convex closure portion 1141
The tension that body is provided out is less than human body and provides pressure, and human body can experience softness, by regulating gas saturation degree, that is, adjustable
Whole pliability.And the adjusting to human body attitude can be realized by the height adjustment in the second convex closure portion 1141, is helped with health care
Dormancy effect.
Figure 11 is please referred to, in one or more embodiments, air bag layer 110 can include 112 He of the first air bag layer simultaneously
Second air bag layer 114, the second air bag layer 114 are set on supporting layer 130, and the first air bag layer 112 is set to the second air bag layer 114
The side away from supporting layer 130.First air bag layer can be any of the above-described first air bag layer 112, the second air bag layer
It can be any of the above-described second air bag layer 114.
It can provide more whole by providing the first air bag layer 112 and the second air bag layer 114, the second air bag layer 114 simultaneously
The hardness of body perceives, and the first convex closure portion 1122 of the first air bag layer 112 can provide more subtle, local hardness
Perception, the first convex closure portion 1141 of the second air bag layer 114 can provide more whole hardness perception.Meanwhile passing through first
More diversified attitude regulation may be implemented in the combination of air bag layer 112 and the second air bag layer 114.
It is appreciated that when simultaneously be provided with the first air bag layer 112 and the second air bag layer 114 when, the first air bag layer 112 it is each
A air bag block can be corresponding with the subregion air bag of the second air bag layer 114.For example, the first air bag block 112a and the first subregion air bag
114a is corresponding, while the head of corresponding human body, neck；Second air bag block 112b, third air bag block 112c can be with second points
Left block 14b1, the right block 14b2 of area air bag 114b is corresponding, respectively corresponds right and left shoulders；Four gasbags block 112d can be with
Three subregion air bag 114c are corresponding, the back of corresponding human body and waist；5th air bag block 112d, the 6th air bag block 112f can be with
Left block 14b1, the right block 14b2 of 4th subregion air bag 114d is corresponding, respectively corresponds left and right stern；7th air bag block 112g,
8th air bag block 112h, the 9th air bag block 112m, the tenth air bag block 112n correspond respectively to the 5th subregion air bag 114e, the eight or six
Subregion air bag 114f, the 7th subregion air bag 114g, octant air bag 114h, corresponding human leg's setting.
First air bag layer 112 can be fixed to each other with the second air bag layer 114, to avoid the first air bag layer 112 and the second gas
The mutual dislocation in gas replenishment process of cystoblast 114.For example, the first air bag layer 112 and the second air bag layer 114 can be connected by buckle
It connects, hook is set in the first air bag layer 112, the second air bag layer 114 setting buckle, hook is fastened in buckle, to make the first gas
Cystoblast 112 is fixed to each other with the second air bag layer 114.It is appreciated that the air bag block and the second air bag layer 114 of the first air bag layer 112
Subregion air bag be respectively provided with corresponding fixed relationship, to avoid dislocation.
Second air bag layer 114 can be fixedly connected on supporting layer 130, to avoid the entirety dislocation of air bag layer 110.For example,
Second sealing can be fixed on supporting layer 130, so that the second air bag layer 114 can only be to far from supporting layer 130 in inflation
Direction expansion, and can not translate to avoid landing.
First air bag layer 112 and the second air bag layer 114 are made of flexible material, flexible material may include TPU, rubber,
One of latex, PVC or a variety of.
Supporting layer 130 can also provide different hardnesses, for example, supporting layer 130 can be made of sponge, to make to prop up
Supportting layer 130 has preferable pliability.Certainly, supporting layer 130 can also be made of hard material, such as plank, or, branch
Traditional mattress, inside setting spring, so that supporting layer 130 be made to have suitable pliability can be similar to by supportting layer 130.
Fig. 6 and Figure 12 is please referred to, control system 120 may include processor 121, air valve 122 and air pump 123, air valve 122
One end air bag layer 110 is connected to by tracheae, the other end is connected to air pump 123, and 121 signal of processor is connected to air valve 122,
And the opening and closing of air valve 122 are controlled, it is air bag block, subregion air bag, the subregion gas of air bag layer 110 when air valve 122 is opened
At least one of left block 14b1, right block 14b2 of subregion air bag of capsule are inflated, to adjust the air bag of air bag layer 110
Block, subregion air bag, the left block 14b1 of subregion air bag, subregion air bag right block 14b2 pliability.
A plurality of instruction can be prestored in processor 121, and air valve 122 and air pump 123 are controlled by specifically instructing,
Thus, processor 121 can be connected to air valve 122 and air pump 123 with signal, and by sending instruction to air valve 122 and air pump 123
Mode control opening or closing for air valve 122 and air pump 123, only when air pump 123 works and air valve 122 is opened,
It can be inflated for air bag layer 110.
It is appreciated that air valve 122 be provided with it is multiple, each air bag block, each subregion air bag, subregion air bag left block
14b1, subregion air bag right block 14b2 can connect an air valve 122, so as to realize air bag block, subregion air bag, point
The independent inflation/deflation control of the left block 14b1, the right block 14b2 of subregion air bag of area's air bag.For example, air valve 122 passes through tracheae
It is connected to the air bag block of the first air bag layer 112 or the subregion air bag of the second air bag layer 114.For example, when needing to the first air bag layer
When 112 progress inflation/deflation operation, processor 121 controls the air valve 122 being connected to the corresponding air bag block of the first air bag layer 112 and opens
It opens, other air valves 122 remain off, while air pump 123 being made to work, then correspondence air bag block of the air pump 123 to the first air bag layer 112
Inflation, in inflation, inflation saturation degree changes the first air bag layer 112, that is, is presented as the pliability variation of corresponding air bag block.
When being inflated to the second air bag layer, it is only necessary to open the air valve 122 being connected to the corresponding subregion air bag of the second air bag layer and open
It opens, other air valves 122 remain off.Similarly, the first air bag layer 112 and the second air bag layer 114 are inflated at the same time
When, it is only necessary to the air valve for opening simultaneously corresponding air bag block or corresponding subregion air bag connection can be inflated operation.Pass through independence
The inflation saturation degree for adjusting each air bag block and each subregion air bag, so that each position of human body is experienced different pliabilitys, simultaneously
It can also realize plurality kinds of health care attitude regulation, enhancing mattress comfort level experience.
In the embodiment shown in fig. 6, the left block of air pump 123 and each air bag block or each subregion air bag or each subregion air bag
An air valve 122 is only provided between 14b1, right block 14b2, i.e., each air valve 122 is in same level.Implement in others
In example, the quantity of air valve 122 can be greater than the sum of air bag block and the quantity of subregion air bag, and multilayer may be implemented in air valve 122 as a result,
Construction.Specifically, each air bag block or subregion air bag or or left block 14b1, the right block 14b2 of subregion air bag can respectively connect
In an air valve 122, the air valve 122 directly connecting with air bag block or subregion air bag is bottom air valve 122, multiple gas in bottom
Valve 122 can be connected to an air valve 122 jointly, and the air valve 122 for being connected to multiple bottom air valves 122 is upper layer air valve 122, then is passed through
Upper layer air valve 122 is connected to air pump 123.For example, the air valve 122 being connected to the first air bag layer 112 can be connected to same upper layer
Air valve 122, the air valve 122 being connected to the second air bag layer 114 can be connected to another upper layer air valve 122.It is appreciated that air valve
122 level is not limited to two layers, can also be more layers.It is arranged by the level of air valve 122, it can be in order to processor 121
Ventilating control without controlling each bottom air valve 122, and only needs to control corresponding upper layer on other occasions
Air valve 122.
First air bag layer 112, the second air bag layer 114 can share same control system 120, for example, by increasing air valve
122 quantity, and the number and number of storage air valve 122 and air bag block, the corresponding of subregion air bag are closed in processor 121
System, can control opening or closing for corresponding air bag by processor 121, to control corresponding air bag block, subregion air bag
Inflation.A control system 120 can also be respectively configured in first air bag layer 112, the second air bag layer 114, at this point, control system 120
Configured with two sets, the first air bag layer 112 and the second air bag layer 114 are respectively corresponded.
When the first air bag layer 112 and/or the setting of the second air bag layer 114 there are two when, two the first air bag layers 112 or two
Second air bag layer 114 can share a control system 120, and processor 121 passes through the corresponding air valve 122, Ji Kejin of open and close
The corresponding control of row.It is of course also possible to respectively configure a control system 120.
Figure 13 is please referred to, control system 120 further includes sensor module 124, and sensor module 124 is connected to processor
121, for obtaining parameter preset, the parameter preset that processor 121 is obtained according to sensor module 124 controls opening for air valve 122
Open or close, with automatically adjust each air bag block, each subregion air bag, the left block of subregion air bag, subregion air bag right block fill
Gas saturation.For example, the sleep state of user can be perceived by obtaining parameter preset, in the case where judging that user falls asleep,
It can stop the height adjustment of the first air bag layer 112 and the second air bag layer 114, and user is made to be in a standard sleeping position.
Sensor module 124 may include air pressure force snesor, and multiple, each air bag block or subregion has can be set in air pressure force snesor
Air pressure force snesor can be set in air bag.When being stored with gas in air bag block or subregion air bag, air bag block or subregion gas
It is intracapsular and there is atmospheric pressure, when human body is lain on mattress, can crimping section air bag block or subregion air bag, cause air bag block or point
The volume of area's air bag reduces, and then atmospheric pressure is caused to increase, therefore, it is possible to pass through one of atmospheric pressure as user's distribution of weight
Important judgment criteria.Atmospheric pressure in each air bag block of atmospheric pressure sensor sensing or subregion air bag, and corresponding atmospheric pressure is anti-
It is fed to processor 121, the inflation that processor 121 can automatically adjust in corresponding air bag block or subregion air bag according to atmospheric pressure is saturated
Degree, so that each air bag block or subregion air bag keep being bonded with user, the body and mind for the user that releives improves the health degree of sleep.
Figure 14 is please referred to, control system 120 can also include wireless communication module 126, and wireless communication module 126 is connected to
Processor 121 is wirelessly connected for establishing with external equipment, to be adjusted manually by external equipment to the pliability of mattress
Section.For example, a remote controler can be configured for mattress, it is adjusted by pliability of the remote controler to mattress, enhances usage experience.
Wireless communication module 126 can be one of wifi module, bluetooth module, RF radio-frequency module or a variety of.
External equipment module 126 can be connected to processor by wireless communication, and audio signal can also be by outside as a result,
Module 126 is transmitted to processor to equipment by wireless communication, and the customization of audio is realized so as to the hobby according to user.Example
Such as, user can establish bluetooth connection by the bluetooth and wireless communication module 126 of mobile phone, thus, the sound that user mobile phone plays
Frequency information is transferred to processor 121 into wireless communication module 126 is crossed, and processor 121 is transferred to audio treatment unit 125c again, into
After the amplification of row signal and scaling down processing, vibrator 1253 generates vibromassage.
Figure 14 and Figure 15 are please referred to, the adjustable mattress 10 of hardness can also include heating component 160, heating component 160
It is connected to processor 121, for distributing heat, processor 121 adjusts the heating power of heating component 160, to realize temperature tune
Section.
Heating component 160 can also be coupled in sensor module 124, so as to be realized certainly by sensor module 124
Dynamic temperature control.For example, sensor module 124 may include temperature sensor, heating component 160 is coupled with temperature sensor, control
The temperature when temperature that device processed is fed back using temperature sensor is to sleep is adjusted.
It heating component 160 and can be set multiple, multiple heating components 160 are independent to be controlled by processor 121,
So as to realize that subregion regulates and controls, in one or more embodiments, there are two heating component 160 can be set, the first air bag
There are two layer 112 and/or the second air bag layer 114 are also provided with, two the first air bag layers 112 and/or the second air bag layer 114 are set side by side
It is placed on the supporting layer 130, each independent one first air bag layer 112 of correspondence of each heating component 160 or one second air bag layer
114, thus, it is possible to realize the adjusting respectively to different user in double bed, adapt to the different sleep temperature requirements of user.
In some embodiments, heating component 160 is also provided with three, and two of them respectively correspond one first air bag
Layer 112 or one second air bag layer 114 correspond to and itself are arranged on human body, and the corresponding human leg of another heating component 160 and foot set
It sets, to realize to the Divisional of same user for temperature.For example, one of heating component 160 it is corresponding one of them first
First point of first air bag block 112a to four gasbags block 112d of air bag layer 112 or one of them corresponding the second air bag layer 114
Area air bag 112a to the 6th air bag block 112f, the first air bag block of another corresponding the first air bag 112 of another heating component 160
The first subregion air bag 112a to the 6th air bag block of 112a to four gasbags block 112d or another corresponding the second air bag layer 114
112f, the 5th air bag block 112e to the 8th air bag block 112h of corresponding two the first air bag layers 112 of third heating component 160 or
The 7th subregion air bag 112g to the 6th air bag block 112n of corresponding two the second air bag layers 114.
Heating component 160 may include constant temperature controller 161 and heater 163.Constant temperature controller 161 is connected to processor
121, for realizing thermostatic control, heater 163 is for generating heat.In one or more embodiments, heater 163 can be far
Infrared heating module can also play the role of anti-mite while heating.
Fig. 1, Fig. 7 grade Figure 11 are please referred to, in order to promote body surface comfort level, the adjustable music massage mattress 10 of hardness may be used also
To include the first jacket layer 140 and the second jacket layer 150, the periphery of the first jacket layer 140 and the second jacket layer 150 is fixed to each other, exists as a result,
An accommodating chamber is formed between first jacket layer 140 and the second jacket layer 150, air bag layer 110 and supporting layer 130 are set in accommodating chamber,
First jacket layer 140 and the second jacket layer 150 can be and be made of flexible material, for example, the first jacket layer 140 and second set
Layer 150 can be cloth jacket layer, and cloth set has preferable comfort level for human skin, have when user being made to lie at mattress compared with
High skin feel, thus sleep experience can be enhanced.By the way that the first jacket layer 140 to be made of flexible material, convenient for passing through gas
The adjusting of cystoblast 110 is different to make one the hardness that body-sensing is subject to, and realizes the adjusting of hardness.
The above-mentioned adjustable mattress of hardness, by the way that air bag layer is arranged, air bag layer includes multiple subregion air bags, and each described point
Area's air bag respectively corresponds different human bodies, at least one subregion air bag includes left block and right block, and the left block
It is not connected to mutually with the right block, control system controls the inflation of each subregion air bag full to control the inflation of each subregion air bag
And degree, and then realize the independent control of the pliability of each subregion air bag, achieve the purpose that hardness is adjusted.
Further, by the convex closure portion of air bag layer inflation when generate preset height adjustment, can to human body attitude into
Row is adjusted, and while enhancing mattress comfort level, is provided with the effect of health care.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of adjustable mattress of hardness characterized by comprising
Supporting layer, for providing support；
Air bag layer is set on the supporting layer, and the air bag layer includes multiple subregion air bags, and multiple subregion air bags are linear
It is arranged on the supporting layer, each subregion air bag respectively corresponds different human bodies, and two neighboring subregion air bag
Between realize gas barrier；At least one subregion air bag includes left block and right block, and the left block and the right block
It is not connected to mutually；And
Control system is connected to each subregion air bag, and carries out inflation/deflation to each subregion air bag, to control each described point
The inflation saturation degree of area's air bag, and then the pliability of the different zones of the air bag layer is controlled, when subregion air bag includes left block
When with right block, the control system carries out separated, independent control to the inflation/deflation of left block and right block.
2. the adjustable mattress of hardness according to claim 1, which is characterized in that two of them subregion air bag includes left area
Block and right block, one of subregion air bag correspond to shoulders of human body setting, and left block and right block respectively correspond left shoulder and right shoulder,
Another subregion air bag corresponds to human buttock's setting, and left block and right block respectively correspond left half stern and right half stern.
3. the adjustable mattress of hardness according to claim 2, which is characterized in that the air bag layer includes the first subregion gas
Capsule, the second subregion air bag, third subregion air bag and the 4th subregion air bag, wherein the first subregion air bag and head, neck pair
It answers, the second subregion air bag is set to the wherein side of the first subregion air bag and shoulder correspondence, the third subregion air bag are set
The side and back, waist for being placed in the separate first subregion air bag of the second subregion air bag correspond to, the 4th subregion air bag setting
It is corresponding in the side of the separate second subregion air bag of third subregion air bag and buttocks, wherein the second subregion air bag and the 4th
Subregion air bag includes mutually isolated left block and right block.
4. the adjustable mattress of hardness according to claim 3, which is characterized in that the air bag layer further includes being set to
The one or more subregion air bag corresponding with leg of the side of the separate third subregion air bag of four subregion air bags.
5. the adjustable mattress of hardness according to claim 3, which is characterized in that the air bag layer further includes the 5th subregion
Air bag, the 6th subregion air bag, the 7th subregion air bag and octant air bag, the 5th subregion air bag are set to described 4th point
The side of the separate third subregion air bag of area's air bag, the 6th subregion air bag be set to the 5th subregion air bag far from the
The side of four subregion air bags, the 7th subregion air bag are set to one far from the 5th subregion air bag of the 6th subregion air bag
Side, the octant air bag be set to the 7th subregion air bag far from the 6th subregion air bag side, described 5th point
Area's air bag, the 6th subregion air bag, the 7th subregion air bag and octant air bag are corresponding with leg.
6. the adjustable mattress of hardness according to claim 1, which is characterized in that there are two the air bag layer settings, and two
A air bag layer being placed on the supporting layer side by side, and in same level.
7. the adjustable mattress of hardness according to claim 1-6, which is characterized in that the control system includes
Processor, air valve and air pump, one end of the air valve are connected to each subregion air bag or the subregion air bag by tracheae
Left block, right block, the other end are connected to the air pump, and the processor signal is connected to the air valve, and controls the gas
The opening and closing of valve, when the air valve is opened, the air pump is each subregion air bag, the left block of subregion air bag, subregion gas
At least one of right block of capsule inflation, so that independent adjust each subregion air bag, the left block of subregion air bag, subregion air bag
Right block hardness.
8. the adjustable mattress of hardness according to claim 7, which is characterized in that the control system further includes sensor
Component, the sensor module are connected to processor, and for obtaining parameter preset, the processor is according to the sensor module
The parameter preset of acquisition controls opening or closing for the air valve, to automatically adjust each subregion air bag, the subregion of the air bag layer
The inflation saturation degree of the left block of air bag, the right block of subregion air bag.
9. the adjustable mattress of hardness according to claim 7, which is characterized in that the control system further includes channel radio
Believe module, the wireless communication module is connected to the processor, is wirelessly connected for establishing with external equipment, to pass through outside
Equipment adjusts the hardness of the air bag layer.
10. the adjustable mattress of hardness according to claim 1, which is characterized in that the subregion air bag includes convex closure portion
And sealing, the convex closure portion are set to the side of the sealing, are made of the flexible material of sealed air-tight, the convex closure
It is equipped with air cavity in portion, can store gas in air cavity, the convex closure portion is expanded in inflation, and the both seals are connected to institute
Convex closure portion is stated, to seal the convex closure portion, and is equipped with cavity, the cavity of the sealing and the convex closure portion in the sealing
Air cavity connection, the sealing inflation when deformation occurs.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821891753.6U CN209528609U (en) | 2018-11-16 | 2018-11-16 | The adjustable mattress of hardness |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821891753.6U CN209528609U (en) | 2018-11-16 | 2018-11-16 | The adjustable mattress of hardness |
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| CN209528609U true CN209528609U (en) | 2019-10-25 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111568726A (en) * | 2020-05-08 | 2020-08-25 | 蒙发利稻田健康科技（厦门）有限公司 | Dual-purpose mattress |
| CN112487968A (en) * | 2020-11-30 | 2021-03-12 | 珠海格力电器股份有限公司 | Partitioning method of mattress and partitioned mattress |
| CN112617507A (en) * | 2020-12-06 | 2021-04-09 | 方应龙 | Intelligent automatic hardness adjusting device for bed |
| WO2022166731A1 (en) * | 2021-02-04 | 2022-08-11 | 谷业权 | Adaptive pressure-bearing method, pressure-bearing structure, bedding product, and seating product |
| CN115500648A (en) * | 2022-09-26 | 2022-12-23 | 慕思健康睡眠股份有限公司 | Control method and device for working mode of mattress, mattress and storage medium |
-
2018
- 2018-11-16 CN CN201821891753.6U patent/CN209528609U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111568726A (en) * | 2020-05-08 | 2020-08-25 | 蒙发利稻田健康科技（厦门）有限公司 | Dual-purpose mattress |
| CN112487968A (en) * | 2020-11-30 | 2021-03-12 | 珠海格力电器股份有限公司 | Partitioning method of mattress and partitioned mattress |
| CN112617507A (en) * | 2020-12-06 | 2021-04-09 | 方应龙 | Intelligent automatic hardness adjusting device for bed |
| WO2022166731A1 (en) * | 2021-02-04 | 2022-08-11 | 谷业权 | Adaptive pressure-bearing method, pressure-bearing structure, bedding product, and seating product |
| CN115500648A (en) * | 2022-09-26 | 2022-12-23 | 慕思健康睡眠股份有限公司 | Control method and device for working mode of mattress, mattress and storage medium |
| CN115500648B (en) * | 2022-09-26 | 2023-09-26 | 慕思健康睡眠股份有限公司 | Control method and device for mattress working mode, mattress and storage medium |
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