CN108618457A - A kind of modularization bed body with intelligent sleep storehouse - Google Patents
A kind of modularization bed body with intelligent sleep storehouse Download PDFInfo
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- CN108618457A CN108618457A CN201810248194.5A CN201810248194A CN108618457A CN 108618457 A CN108618457 A CN 108618457A CN 201810248194 A CN201810248194 A CN 201810248194A CN 108618457 A CN108618457 A CN 108618457A
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C19/00—Bedsteads
- A47C19/04—Extensible bedsteads, e.g. with adjustment of length, width, height
- A47C19/045—Extensible bedsteads, e.g. with adjustment of length, width, height with entire frame height or inclination adjustments
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D27/00—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00
- G05D27/02—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00 characterised by the use of electric means
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
- Invalid Beds And Related Equipment (AREA)
- Accommodation For Nursing Or Treatment Tables (AREA)
Abstract
The present invention relates to a kind of modularization bed bodies with intelligent sleep storehouse, several bed body units, each bed body unit includes pedestal, lifting structure and undertaking body, the lifting structure be set between the pedestal and undertaking body and for drive the undertaking body on the base, lower movement, it is provided with undertaking cushion at the top of the undertaking body, the bed body cell array is arranged to form module lathe bed, and each bed body unit is controlled by a controller.When user is in bed body, the bed body unit of both sides can rise so that side seal wall and preceding Feng Bi, rear envelope wall form the space of an all round closure, then the entire space of user is closed by upper envelope wall component, then temperature and humidity is adjusted by air exchange system, so, air-conditioning is compared, it is more energy-efficient, bed body fission designs more convenient carrying simultaneously, while more adapting to practical.
Description
Technical field
The present invention relates to smart home devices, more specifically to a kind of modularization bed body with intelligent sleep storehouse.
Background technology
Bed is bed.The time of the one third of people is all spent in bed.By thousand
Century-old evolution is not only the tool of sleep and one of the ornament of family.The type of bed has flat bed, canopy bed, double
Layer bed, day bed etc..Flat bed:It is the flat bed of structure by basic headpiece, bed tail plate, plus skeleton, is general most common
Style.Although simple, headpiece, bed tail plate can but build different styles；The sled bed for having streamline lines, is wherein
Most popular style.If feeling, space is smaller, or is not intended to be restricted, and can also give up bed tail plate, and whole bed is allowed to feel more
Greatly.2, canopy bed:The canopy bed used earliest from European noble allows bed to have most wide romantic reverie.The four of classicism
On column, there is the complicated engraving for representing different-style period；The canopy bed of modern rural area style, can be taken by making for different pattern clothes
With by the more active of bed arrangement, more personal style.3, bunk beds:The bed of two-berth design, is that general house space is most normal
It uses, not only saves space, when a people moves out, upper berth can become the good place of accommodating sundries.4, day bed:America and Europe compared with
Common, external form but has deeper chair cushion similar to sofa, provides daytime of short duration have a rest and is used.Unlike other type beds, day
Bed usually ornaments are in parlor or the bedroom of leisure audiovisual studio rather than night sleep.5, divan:Deformable furniture, Ke Yigen
It needs to assemble furniture itself according to different.It can be changing into sofa, dismantling, which is opened, can work as bed use.It is modern furniture
In more convenient small space furniture, be the combination of sofa and bed.
And in general, if necessary to heating or cooling, then it needs to adjust entire bedroom into trip temperature, and such tune
Section, larger to energy waste, and occur a kind of bed body of similar space capsule in practical application, structure is relatively simple, using compared with
Small volume carries out cooling and heat supply, but since this bed body volume available is too small, cannot be suitable for house according to actual conditions
In the life of front yard.
Invention content
In view of this, it is an object of the present invention to provide a kind of modularization bed bodies with intelligent sleep storehouse.
In order to solve the above-mentioned technical problem, the technical scheme is that：A kind of modularization bed with intelligent sleep storehouse
Body, several bed body units, each bed body unit include pedestal, lifting structure and undertaking body, and the lifting structure is set to
Between the pedestal and undertaking body and for drive the undertaking body on the base, lower movement, set at the top of the undertaking body
It is equipped with undertaking cushion, the bed body cell array is arranged to form module lathe bed, and each bed body unit is controlled by a controller；
Seal structure after seal structure and one before further including, the preceding seal structure include preceding envelope wall and preceding lifters, described
Preceding lifters are for driving the preceding envelope wall to move above and below, and the rear seal structure seals wall and rear lifters after including, after described
Lifters are used to drive the rear envelope wall to move above and below, and wall is sealed before described and the rear wall that seals is respectively arranged at the module bed
The front and rear sides of body；
The undertaking body of the bed body unit is set as side seal wall, and seal structure is provided with above the side seal wall, described to hold
It connects cushion to be set to above the upper seal structure, the upper seal structure includes upper envelope wall component, and the upper envelope wall component includes folding
It is folded to be provided with several upper envelope sidings and for driving upper telescopic drive part envelope wall component elongation or shunk, the upper envelope
The week edge of wall component is provided with sealing structure；
The bed body unit is additionally provided with detector, when the undertaking cushion is squeezed, the detector output pair
Answer the number of bed body unit to the controller；
The controller is configured with control strategy, and the control strategy includes
Step A1, the position of user with the module bed is detected by the detector, and according to position in the mould
Block lathe bed determines the target area of a rectangle；
Step A2, the undertaking cushion of the bed body unit of control user's arranged on left and right sides rises so that the side seal wall of both sides is with before
Feng Bi, rear envelope wall surround the target area；
Step A3, it controls the upper seal structure work and forms a sleep slept for user to close the target area
Storehouse；
Air exchange system is installed on the preceding seal structure or the rear seal structure, the air exchange system is used to supply the sleep
It more ventilates in storehouse.
Further：Envelope wall or the rear envelope wall are provided with temperature sensor before described, and the temperature sensor detects institute
The temperature and output temperature data in sleep storehouse are stated, the controller is configured with temperature control strategy, and the temperature control strategy is according to the temperature
Degrees of data controls the gas temperature of the air exchange system output；
Envelope wall or the rear envelope wall are provided with humidity sensor before described, and the humidity sensor detects the sleep storehouse
Humidity simultaneously exports humidity data, and the controller is controlled configured with wet control strategy, the wet control strategy according to the humidity data
The gas humidity of the air exchange system output；
Before described envelope wall or it is described after envelope wall be provided with oxygen concentration sensor, described in the oxygen concentration sensor detection
Sleep storehouse oxygen concentration and concentration of oxygen output data, the controller configured with amount control strategy, the amount control strategy according to
The oxygen concentration data control the amount of the gas of the air exchange system output.
Further：The target for the heating device that the temperature control strategy controls the air regenerating device by a temperature control algorithm is defeated
Go out power, the temperature control algorithm includes
PT=P1+a*N* (T-T1), wherein PT are the target output of heating device, and P1 is the current defeated of heating device
Go out power, a is preset temperature tuning parameters, and N is the quantity of the bed body unit in sleep storehouse, and T is the target temperature that user needs
Degree, T1 are the sample temperature value of temperature sensor.
Further：The wet control strategy is defeated by the target for the humidifier that a wet control algorithm controls the air exchange system
Go out power, the wet control algorithm includes
PRH=P2+b*N* (RH-RH1), wherein PRH are the target output of humidifier, and P2 is working as humidifier
Preceding output power, b are preset humidity regulation parameter, and N is the quantity of the bed body unit in sleep storehouse, and RH is the mesh that user needs
Humidity is marked, RH1 is the sampling humidity value of humidity sensor.
Further：The amount control strategy controls the target outlet air power that algorithm controls the air exchange system, institute by an amount
The amount of stating control algorithm includes
PX=P3+c*N* (L-L1), wherein PX are the target outlet air power for generating apparatus, and P3 is currently going out for air exchange system
Wind power, c are preset oxygen content adjustment parameter, and N is the quantity of the bed body unit in sleep storehouse, and L is the target that user needs
Oxygen concentration value, L1 are the sampled concentrations value of oxygen concentration sensor.
Further：The intelligent terminal that user establishes connection by one with the controller in advance sends control instruction, when
The controller executes the control strategy when receiving the control instruction.
Further：Envelope wall is provided with the preceding sealing structure with the upper sealing structure cooperation before described, is sealed before described
Structure includes expander, and the expander, which has, is formed with expansion space inside the flexible and described expander, wall is sealed before described
On be provided with expansion pump, expansion pump is connected to the expansion space, the expansion space volume increasing of when expansion pump work
Made the expander and the upper sealing structure interference fit.
Further：Envelope wall is provided with the rear sealing structure with the upper sealing structure cooperation after described, is sealed after described
Structure includes expander, and the expander, which has, is formed with expansion space inside the flexible and described expander, wall is sealed after described
On be provided with expansion pump, expansion pump is connected to the expansion space, the expansion space volume increasing of when expansion pump work
Made the expander and the upper sealing structure interference fit.
Further：Further include the width value of the determining target area in the step A1, is also wrapped in the step A3
It includes and the distance that the upper envelope wall component stretches out is controlled according to width value.
The technology of the present invention effect major embodiment is in the following areas：
It is arranged in this way, when user is in bed body, the bed body unit of both sides can rise so that side seal wall and preceding envelope
Wall, rear envelope wall form the space of an all round closure, are then closed to the entire space of user by upper envelope wall component, so
Temperature and humidity is adjusted by air exchange system afterwards, so, compares air-conditioning, it is more energy-efficient, while bed body fission designs
More convenient carrying, while more adapting to practical.
Description of the drawings
Fig. 1：The vertical view of modularization bed body of the present invention with intelligent sleep storehouse；
Fig. 2：The main view sectional view of modularization bed body of the present invention with intelligent sleep storehouse；
Fig. 3：The side-looking direction sectional view of modularization bed body of the present invention with intelligent sleep storehouse；
Fig. 4：The present invention carries the modularization bed body system architecture topological diagram in intelligent sleep storehouse.
Reference numeral：100, bed body unit；110, pedestal；120, lifting structure；131, cushion is accepted；132, side seal wall；
133, upper envelope siding；134, telescopic drive part；210, preceding lifters；220, preceding envelope wall；221, preceding sealing structure；310, rear lifting
Part；320, wall is sealed afterwards；321, rear sealing structure；11, temperature sensor；12, humidity sensor；13, oxygen concentration sensor；
21, air exchange system.
Specific implementation mode
Below in conjunction with attached drawing, the specific implementation mode of the present invention is described in further detail, so that technical solution of the present invention is more
It should be readily appreciated that and grasp.
Shown in referring to Fig.1, a kind of modularization bed body with intelligent sleep storehouse, several bed body units 100, each bed body list
Member 100 includes pedestal 110, lifting structure 120 and undertaking body, and the lifting structure 120 is set to the pedestal 110 and holds
Between junctor and for driving the undertaking body to be moved up and down in the pedestal 110, it is soft that undertaking is provided at the top of the undertaking body
Pad 131,100 array of bed body unit are arranged to form module lathe bed, and each bed body unit 100 is controlled by a controller；It is first
Detailed description first is made to bed body unit 100, each bed body unit 100 is an independent module, inside bed body unit 100
Processor controller is connected in a manner of being wirelessly connected, controlling each bed body unit 100 by controller acts, and bed body
The composition of unit 100 is then relatively simple, and pedestal 110 plays a fixed purpose, installs lifting structure 120 on pedestal 110, rises
Lifting gear relatively conventional at present may be used in drop structure 120, as long as the device of lifting can be realized, and lifting gear
Purpose be to be that undertaking body is driven to move up and down, and when undertaking body moves downwardly to same plane, accept cushion 131
Composition one for human body sleep supporting plane, and user accept cushion 131 on when, the undertaking by definition region both sides is soft
Pad 131 rises, and plays the effect of a support, is described in detail to the occupation mode of bed body unit 100 below so that reader can
Fully understand the operation principle of total.Seal structure after seal structure and one before further including, the preceding seal structure includes preceding envelope
Wall 220 and preceding lifters 210, the preceding lifters 210 are used to drive the preceding envelope wall 220 to move above and below, the rear sealed knot
Structure include after envelope wall 320 and rear lifters 310, it is described after lifters 310 for drive it is described after envelope wall 320 move above and below,
Envelope wall 220 and the rear envelope wall 320 are respectively arranged at the front and rear sides of the module lathe bed before described；The preceding liter of preceding seal structure
Drop part 210 could be provided as being arranged the lifting gear on front side of bed body, identical as the lifting structure 120 of bed body, and only using can be real
Now lift, and forward and backward lifting gear can be moved up and down by sealing wall 220 before cooperation, sealing wall 320 afterwards, and
Without sleep storehouse when, it is front and back closing be in decline state, do not interfere with the normal use of user.Wall is sealed before described
220 are provided with the preceding sealing structure 221 with the upper sealing structure cooperation, and the preceding sealing structure 221 includes expander, institute
It states expander and has and be formed with expansion space inside the flexible and described expander, expansion pump, institute are provided on envelope wall 220 before described
State expansion pump and be connected to the expansion space, when expansion pump work expansion space volume increase so that the expander with
The upper sealing structure interference fit.Envelope wall 320 is provided with the rear sealing structure with the upper sealing structure cooperation after described
321, it is described after sealing structure 321 include expander, the expander have be formed with inside the flexible and described expander it is swollen
Swollen space is sealed on wall 320 after described and is provided with expansion pump, and the expansion pump is connected to the expansion space, the expansion pump work
The expansion spaces Shi Suoshu volume increases so that the expander and the upper sealing structure interference fit.And due to preceding envelope wall 220
It is absolutely sealed with rear envelope wall 320, so by expander and sealing structure coordinating, ensures to realize to the absolute of whole device
Sealing.
The setting for relating generally to a little be side seal wall 132 of the present invention, the undertaking body of the bed body unit 100 are set as side
Wall 132 is sealed, 132 top of the side seal wall is provided with seal structure, and the undertaking cushion 131 is set on the upper seal structure
Side, the upper seal structure includes upper envelope wall component, the upper envelope wall component include be folded with several upper envelope sidings 133 and
For driving the upper telescopic drive part 134 envelope wall component elongation or shunk, the week edge of the upper envelope wall component to be provided with
Sealing structure；Since side seal wall 132 is a lateral structure, so being controlled by controlling the entire lifting of lifting structure 120
Entire undertaking body lifting is made, and there is upper envelope wall component in undertaking body, after surrounding surrounds a region, upper envelope wall component work
Make, when realizing to sleep quality above closing so just form a complete sleep storehouse, it is more convenient, and upper envelope
It shrinks and extends by folding upper closed plate realization when closing component, it is adjacent by hinged setting between upper envelope siding 133
Upper envelope siding 133 between realized and seal by sealing structure, similarly, that is to say, that preceding envelope wall 220, rear envelope wall 320 and side seal
It is to have between sealing structure and upper Feng Bi and upper envelope wall, between upper Feng Bi and preceding envelope wall 220, rear envelope wall 320 between wall 132
It is that there are sealing structures, ensures that sleep storehouse is a space for absolutely sealing wall in this way.
The bed body unit 100 is additionally provided with detector, when the undertaking cushion 131 is squeezed, the detector
The number of the corresponding bed body unit of output 100 is to the controller；User establishes the intelligence of connection by one with the controller in advance
Energy terminal sends control instruction, and the control strategy is executed when the controller receives the control instruction.Detector is then
Position for detecting user, facilitates controller to be judged, so that it is determined that the size in sleep storehouse, it should be noted that for example
There are two users in bed body, then according to lie down custom and the occupation of land of user, generate sleep storehouse, be more in line with the demand of user.
The controller is configured with control strategy, and the control strategy includes
Step A1, the position of user with the module bed is detected by the detector, and according to position in the mould
Block lathe bed determines the target area of a rectangle；Forward and backward envelope wall 320 rises simultaneously.It further include the determining mesh in the step A1
The width value in region is marked, the step is relatively simple, by the position of user on detector detection module lathe bed, so,
The position of user is just learned with module bed so that user can more easily judge to need to rise by user location
Region, such as detector detect user be in A3 A4 B3 B4 C3 C4 D3 the regions D4, then can pass through control A2/
A5/B2/B5/C2/C5/D2/D5 is utmostly saved while can thus giving user's most suitable sleeping quarters
Energy consumption.
Step A2, the cushion 131 of accepting of the bed body unit 100 of control user's arranged on left and right sides rises the side seal so that both sides
Wall 132 surrounds the target area with preceding envelope wall 220, rear envelope wall 320；Namely control A2/A5/B2/B5/C2/C5/D2/D5
100 corresponding lifting gear of bed body unit rise.
Step A3, it controls the upper seal structure work and forms a sleep slept for user to close the target area
Storehouse；Further include that the distance that the upper envelope wall component stretches out is controlled according to width value in the step A3.It then can be by upper envelope
The upper envelope siding 133 that the telescopic device control of structure is folded with is upheld, to realize contact, it should be noted that two upper envelope walls
When component moves toward one another, as long as the stroke of movement is consistent, it can be contacted in symmetric position, just complete the sealing on top, it is more simple
It is single convenient.And by calculating the distance of two side seal walls 132 it may determine that the length stretched out of when upper envelope wall component operation.
Air exchange system 21 is installed on the preceding seal structure or the rear seal structure, the air exchange system 21 is for described in confession
It more ventilates in sleep storehouse.
Envelope wall 220 or the rear envelope wall 320 are provided with temperature sensor 11 before described, and the temperature sensor 11 detects institute
The temperature and output temperature data in sleep storehouse are stated, the controller is configured with temperature control strategy, and the temperature control strategy is according to the temperature
Degrees of data controls the gas temperature of the output of the air exchange system 21；
Envelope wall 220 or the rear envelope wall 320 are provided with humidity sensor 12 before described, and the humidity sensor 12 detects institute
It states the humidity in sleep storehouse and exports humidity data, the controller is configured with wet control strategy, and the wet control strategy is according to described wet
Degrees of data controls the gas humidity of the output of the air exchange system 21；
Envelope wall 220 or the rear envelope wall 320 are provided with oxygen concentration sensor 13, the oxygen concentration sensor before described
The oxygen concentration and concentration of oxygen output data in the 13 detections sleep storehouse, the controller is configured with amount control strategy, the amount
Control strategy controls the amount of the gas of the output of the air exchange system 21 according to the oxygen concentration data.To control the temperature in sleep storehouse
Degree, humidity, oxygen content reach a more reliable state, ensure the sleep quality and health of baby, and compared to entire
Room is controlled into trip temperature, more energy saving reliable, improves node effect.
The temperature control strategy controls the target output of the heating device of the air regenerating device, institute by a temperature control algorithm
Stating temperature control algorithm includes
PT=P1+a*N* (T-T1), wherein PT are the target output of heating device, and P1 is the current defeated of heating device
Go out power, a is preset temperature tuning parameters, and N is the quantity of the bed body unit 100 in sleep storehouse, and T is the target that user needs
Temperature, T1 are the sample temperature value of temperature sensor 11.
The wet control strategy controls the target output of the humidifier of the air exchange system 21 by a wet control algorithm,
The wet control algorithm includes
PRH=P2+b*N* (RH-RH1), wherein PRH are the target output of humidifier, and P2 is working as humidifier
Preceding output power, b are preset humidity regulation parameter, and N is the quantity of the bed body unit 100 in sleep storehouse, and RH is that user needs
Target humidity, RH1 be humidity sensor 12 sampling humidity value.
The amount control strategy controls the target outlet air power that algorithm controls the air exchange system 21 by an amount, and the amount control is calculated
Method includes
PX=P3+c*N* (L-L1), wherein PX are the target outlet air power for generating apparatus, and P3 is the current of air exchange system 21
Outlet air power, c are preset oxygen content adjustment parameter, and N is the quantity of the bed body unit 100 in sleep storehouse, and L is what user needed
Target oxygen concentration value, L1 are the sampled concentrations value of oxygen concentration sensor.It is calculated in conjunction with the volume in space, finally obtains user
Sleep most preferred control mode, relatively simple facility, and wherein a b tri- adjustment parameters of c it is pre- according to the use habit of user
If this will not be repeated here.
Certainly, the representative instance of the above only present invention, in addition to this, the present invention can also have other a variety of specific implementations
Mode, all technical solutions formed using equivalent substitution or equivalent transformation, is all fallen within the scope of protection of present invention.
Claims (9)
1. a kind of modularization bed body with intelligent sleep storehouse, it is characterised in that：Several bed body units, each bed body unit wrap
Pedestal, lifting structure and undertaking body are included, the lifting structure is set between the pedestal and undertaking body and for driving institute
State undertaking body on the base, lower movement, be provided with undertaking cushion, the bed body cell array setting at the top of the undertaking body
Module lathe bed is formed, each bed body unit is controlled by a controller；
Seal structure after seal structure and one before further including, the preceding seal structure include preceding envelope wall and preceding lifters, are risen before described
Part drops for driving the preceding envelope wall to move above and below, and the rear seal structure seals wall and rear lifters after including, lifted after described
Part is used to drive the rear envelope wall to move above and below, and wall is sealed before described and the rear wall that seals is respectively arranged at the module lathe bed
Front and rear sides；
The undertaking body of the bed body unit is set as side seal wall, and seal structure is provided with above the side seal wall, and the undertaking is soft
Pad is set to above the upper seal structure, and the upper seal structure includes upper envelope wall component, and the upper envelope wall component includes folding to set
It is equipped with several upper envelope sidings and for driving upper telescopic drive part envelope wall component elongation or shunk, the upper envelope wall group
The week edge of part is provided with sealing structure；
The bed body unit is additionally provided with detector, when the undertaking cushion is squeezed, the corresponding bed of detector output
The number of body unit is to the controller；
The controller is configured with control strategy, and the control strategy includes
Step A1, the position of user with the module bed is detected by the detector, and according to position in the module bed
Body determines the target area of a rectangle；
Step A2, the undertakings cushion of the bed body unit of control user's arranged on left and right sides rise so that the side seal wall of both sides and preceding envelope wall,
Envelope wall surrounds the target area afterwards；
Step A3, it controls the upper seal structure work and forms a sleep storehouse slept for user to close the target area；
Air exchange system is installed on the preceding seal structure or the rear seal structure, the air exchange system is used for for the sleep storehouse more
It ventilates.
2. a kind of modularization bed body with intelligent sleep storehouse as described in claim 1, it is characterised in that：It is described before envelope wall or
Envelope wall is provided with temperature sensor after described, and the temperature sensor detects the temperature and output temperature data in the sleep storehouse,
The controller is configured with temperature control strategy, and the temperature control strategy controls the gas that the air exchange system exports according to the temperature data
Temperature；
Envelope wall or the rear envelope wall are provided with humidity sensor before described, and the humidity sensor detects the humidity in the sleep storehouse
And humidity data is exported, the controller is configured with wet control strategy, and the wet control strategy is according to described in humidity data control
The gas humidity of air exchange system output；
Envelope wall or the rear envelope wall are provided with oxygen concentration sensor before described, and the oxygen concentration sensor detects the sleep
The oxygen concentration and concentration of oxygen output data in storehouse, the controller is configured with amount control strategy, and the amount control strategy is according to
Oxygen concentration data control the amount of the gas of the air exchange system output.
3. a kind of modularization bed body with intelligent sleep storehouse as claimed in claim 2, it is characterised in that：The temperature control strategy
The target output of the heating device of the air regenerating device is controlled by a temperature control algorithm, the temperature control algorithm includes
PT=P1+a*N* (T-T1), wherein PT are the target output of heating device, and P1 is the current output work of heating device
Rate, a are preset temperature tuning parameters, and N is the quantity of the bed body unit in sleep storehouse, and T is the target temperature that user needs, T1
For the sample temperature value of temperature sensor.
4. a kind of modularization bed body with intelligent sleep storehouse as claimed in claim 2, it is characterised in that：The wet control strategy
The target output of the humidifier of the air exchange system is controlled by a wet control algorithm, the wet control algorithm includes
PRH=P2+b*N* (RH-RH1), wherein PRH are the target output of humidifier, and P2 is the current defeated of humidifier
Go out power, b is preset humidity regulation parameter, and N is the quantity of the bed body unit in sleep storehouse, and RH is that the target that user needs is wet
Degree, RH1 are the sampling humidity value of humidity sensor.
5. a kind of modularization bed body with intelligent sleep storehouse as claimed in claim 2, it is characterised in that：The amount control strategy
The target outlet air power that algorithm controls the air exchange system is controlled by an amount, the amount control algorithm includes
PX=P3+c*N* (L-L1), wherein PX are the target outlet air power for generating apparatus, and P3 is the current outlet air work(of air exchange system
Rate, c are preset oxygen content adjustment parameter, and N is the quantity of the bed body unit in sleep storehouse, and L is that the target oxygen that user needs is dense
Angle value, L1 are the sampled concentrations value of oxygen concentration sensor.
6. a kind of modularization bed body with intelligent sleep storehouse as described in claim 1, it is characterised in that：User is pre- by one
The first intelligent terminal that connection is established with the controller sends control instruction, is held when the controller receives the control instruction
The row control strategy.
7. a kind of modularization bed body with intelligent sleep storehouse as described in claim 1, it is characterised in that：The preceding Feng Bishe
It is equipped with the preceding sealing structure with the upper sealing structure cooperation, the preceding sealing structure includes expander, the expander tool
It is formed with expansion space inside the standby flexible and described expander, is sealed on wall before described and is provided with expansion pump, the expansion pump connection
The expansion space, when expansion pump work, the expansion space volume increased so that the expander and the upper sealing are tied
Structure is interference fitted.
8. a kind of modularization bed body with intelligent sleep storehouse as described in claim 1, it is characterised in that：Feng Bishe after described
It is equipped with the rear sealing structure with the upper sealing structure cooperation, the rear sealing structure includes expander, the expander tool
It is formed with expansion space inside the standby flexible and described expander, is sealed on wall after described and is provided with expansion pump, the expansion pump connection
The expansion space, when expansion pump work, the expansion space volume increased so that the expander and the upper sealing are tied
Structure is interference fitted.
9. a kind of modularization bed body with intelligent sleep storehouse as described in claim 1, it is characterised in that：In the step A1
Further include the width value of the determining target area, further includes that the upper envelope wall component is controlled according to width value in the step A3
The distance of stretching.
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| CN201810248194.5A CN108618457B (en) | 2018-03-24 | 2018-03-24 | Modularization bed body with intelligence sleep storehouse |
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| CN201810248194.5A CN108618457B (en) | 2018-03-24 | 2018-03-24 | Modularization bed body with intelligence sleep storehouse |
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| CN108618457B CN108618457B (en) | 2020-05-01 |
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| CN105686452A (en) * | 2014-11-29 | 2016-06-22 | 无锡市永动电子科技有限公司 | Intelligent dot matrix active bed |
| CN206333608U (en) * | 2016-01-25 | 2017-07-18 | X新星有限公司 | A kind of actuator array that can be independently driven of Arbitrary distribution |
| CN107296430A (en) * | 2017-06-08 | 2017-10-27 | 翼猫科技发展（上海）有限公司 | A kind of sleep system of self-adapting intelligent regulation |
-
2018
- 2018-03-24 CN CN201810248194.5A patent/CN108618457B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203676605U (en) * | 2013-10-02 | 2014-07-02 | 孙飞 | Program controlled wavy bed |
| CN105686452A (en) * | 2014-11-29 | 2016-06-22 | 无锡市永动电子科技有限公司 | Intelligent dot matrix active bed |
| CN205093967U (en) * | 2015-10-19 | 2016-03-23 | 重庆交通大学 | Loose piece formula health care bed |
| CN206333608U (en) * | 2016-01-25 | 2017-07-18 | X新星有限公司 | A kind of actuator array that can be independently driven of Arbitrary distribution |
| CN107296430A (en) * | 2017-06-08 | 2017-10-27 | 翼猫科技发展（上海）有限公司 | A kind of sleep system of self-adapting intelligent regulation |
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| CN108618457B (en) | 2020-05-01 |
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