CN106491294A - The multi-functional control method for adjusting pillow - Google Patents
The multi-functional control method for adjusting pillow Download PDFInfo
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- CN106491294A CN106491294A CN201611159097.6A CN201611159097A CN106491294A CN 106491294 A CN106491294 A CN 106491294A CN 201611159097 A CN201611159097 A CN 201611159097A CN 106491294 A CN106491294 A CN 106491294A
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- air bag
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- gas
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
- A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
- A61G7/05—Parts, details or accessories of beds
- A61G7/065—Rests specially adapted therefor
- A61G7/07—Rests specially adapted therefor for the head or torso, e.g. special back-rests
- A61G7/072—Rests specially adapted therefor for the head or torso, e.g. special back-rests for the head only
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
- A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
- A61G7/05—Parts, details or accessories of beds
- A61G7/057—Arrangements for preventing bed-sores or for supporting patients with burns, e.g. mattresses specially adapted therefor
- A61G7/05769—Arrangements for preventing bed-sores or for supporting patients with burns, e.g. mattresses specially adapted therefor with inflatable chambers
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
- A61G2203/00—General characteristics of devices
- A61G2203/10—General characteristics of devices characterised by specific control means, e.g. for adjustment or steering
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- Health & Medical Sciences (AREA)
- Nursing (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
- Public Health (AREA)
- Veterinary Medicine (AREA)
- Otolaryngology (AREA)
- Massaging Devices (AREA)
Abstract
The present invention relates to technical field of medical instruments, more particularly to a kind of multi-functional control method for adjusting pillow, comprise the steps：(A) man-machine interaction unit obtains the control command of operator's input and exports to microprocessing unit；(B) microprocessing unit is processed to control command and is controlled angle regulating unit action according to result；(C) angle during angle regulating unit action between adjustment support support unit and horizontal plane enables the head for asking support unit to drive patient in the attitude to patient's left side or in the attitude inclined on the right side of patient.According to the instruction of operator's input, the angle of support support unit is adjusted, so as to adjust patients head's attitude, for stupor or severe case, the method can easily adjust head pose and will not patients head be caused to damage.
Description
Technical field
The present invention relates to technical field of medical instruments, more particularly to a kind of multi-functional control method for adjusting pillow.
Background technology
Medicated pillow, is a kind of sleep tool.Recognize from modern medicine study, the spinal column of human body, from terms of front be one straight
Line, but side sees it is curve with three physiological bendings.For protecting the normal physiological bending of cervical region, people's sleep or sleeping is maintained
Medicated pillow, medicated pillow must be adopted when normal physiological activity during bed, sleep or bed to be typically made up of pillow core, pillowcase two parts.In doctor
In institute, patient is also required to use medicated pillow, the patient gone into a coma for some or the patient of brain injury, if using common pillow
Head, can be present a lot.These patients are due to can not be from the position between main modulation brain and medicated pillow, during one's sickness, only
A posture is maintained for a long time can.Patient skin keeps constant with the contact surface of medicated pillow, easily produces pressure ulcer, causes scalp to damage
Wound；In addition, the cervical region long-time of patient remain stationary as can be more stiff.These be both unfavorable for the recovery of patient, it is also possible to make
Into other complication.
Content of the invention
It is an object of the invention to provide a kind of multi-functional control method for adjusting pillow, it is to avoid patient's scalp injury, cervical region
Stiff.
For realizing that object above, the technical solution used in the present invention be：A kind of multi-functional control method for adjusting pillow, including
Following steps：(A) man-machine interaction unit obtains the control command of operator's input and exports to microprocessing unit；(B) micro- place
Reason unit is processed to control command and is controlled angle regulating unit action according to result；(C) angle regulating unit is moved
It is in on the left of patient that angle when making between adjustment support support unit and horizontal plane enables the head for asking support unit to drive patient
The attitude of inclination or the attitude in the inclination on the right side of patient.
Compared with prior art, there is following technique effect in the present invention：According to the instruction of operator's input, single to support support
The angle of unit is adjusted, and so as to adjust patients head's attitude, for stupor or severe case, the method easily can be adjusted
Head pose and will not patients head be caused to damage.
Description of the drawings
Fig. 1 to Fig. 5 is five kinds of different angle regulating unit structural representations.
Specific embodiment
With reference to Fig. 1 to Fig. 5, the present invention is described in further detail.
A kind of multi-functional control method for adjusting pillow, comprises the steps：(A) man-machine interaction unit acquisition operator are defeated
The control command that enters simultaneously is exported to microprocessing unit；(B) microprocessing unit is processed to control command and according to result
Control angle regulating unit action；(C) angle during angle regulating unit action between adjustment support support unit 10 and horizontal plane makes
Support unit 10 must be ask to drive the head of patient in the attitude to patient's left side or in the attitude inclined on the right side of patient.
According to the instruction of operator's input, the angle of support support unit is adjusted, so as to adjust patients head's attitude, for stupor
Or severe case, the method can easily adjust head pose and will not patients head be caused to damage.
Preferably, the control command of the man-machine interaction unit output includes control model, regulating time and adjusts referring to
Order, control model are divided into automatically and manually two kinds；Described step B comprises the steps：(B1) if man-machine interaction unit output
Be automatic control mode, microprocessing unit automatically controls angle regulating unit according to the regulating time that man-machine interaction unit is exported
Action；(B2) if man-machine interaction unit output is MANUAL CONTROL mode, microprocessing unit is according to man-machine interaction unit output
Regulating command controlling angle regulating unit action.By arranging automatically and manually both of which, it is adaptable to more occasions.Right
In stupor or patient with severe symptoms, automatic mode can be adopted, after setting the time, at set intervals can be automatically to patients head's
Angle of inclination is adjusted, and can thus avoid patient's long-time from maintaining a posture, be not result in pressure ulcer and Wry Neck.
Manual mode is used when nursing for conscious patient or someone, can be adjusted according to patient demand at any time.
The structure of angle regulating unit has many kinds, and for the angle regulating unit of different structure, its control method is also
Different.There is provided several preferred schemes to be illustrated in the present invention.
Fig. 1 is referred to, described angle regulating unit includes that adjusting part and base plate 21, support support left and right the two of unit 10
Side-lower respectively arranges an adjusting part, and adjusting part includes motor 22, screw rod 23, slide block 24 and hinge bar 25, motor 22
It is fixed on base 21 and 22 drive screw 23 of motor is rotated, slide block 24 constitutes feed screw nut with screw rod 23 and coordinates, hinge bar 25
Two ends be respectively hinged at support support unit 10 below and slide block 24 on；In described step B1, microprocessing unit is as follows
Action：(S11) microprocessing unit output drive signal drives the motor 22 in one of adjusting part to rotate forward and drive another
Motor 22 in individual adjusting part is inverted, 22 stopping action of motor when slide block 24 reaches 23 end of screw rod, through specifying time T
Next step is entered afterwards；(S12) two motors 22 of microprocessing unit output drive signal turn along the direction contrary with step S11
Dynamic, 22 stopping action of motor when slide block 24 reaches 23 end of screw rod, return to step S11 after specifying time T；Described finger
The regulating time that T i.e. man-machine interaction unit of fixing time is exported.In described step B2, microprocessing unit action as follows：
(S13) microprocessing unit receives the regulating command of man-machine interaction unit output, and regulating command includes "Left"-deviationist and Right deviation；(S14) if
The left-leaning instruction of man-machine interaction unit output, the motor 22 in microprocessing unit control support support 10 lower left adjusting part of unit is just
Turn, the motor 22 in the adjusting part of right side is inverted, 22 stopping action of motor when slide block 24 reaches 23 end of screw rod, return to step
S13；(S15) if man-machine interaction unit output Right deviation instruction, microprocessing unit control support support 10 lower right adjusting part of unit
In motor 22 rotate forward, the motor 22 in the adjusting part of left side is inverted, when slide block 24 reaches 23 end of screw rod, motor 22 stops
Action, return to step S13.The height of 10 both sides of support support unit is adjusted by adjusting part, in that context it may be convenient to realize suffering from
The inclination of person's head；Above-mentioned regulating step is simple and is highly convenient for operating.
Fig. 2 is referred to, described angle regulating unit includes 31 He of left air bag for being arranged on support support 10 under or within of unit
Right air bag 32, left and right air bag 31,32 are separately positioned on the two ends of support support 10 length direction of unit, on left and right air bag 31,32
Inlet and outlet mouth is provided with, air inlet is connected with air pump 33, and air vent is connected with air by normally closed solenoid valve；Described step
In rapid B1, microprocessing unit action as follows：(S21) microprocessing unit output drive signal is started and is connected with left air bag 31
33 pairs of left air bags 31 of air pump inflate and open the normally closed solenoid valve that is connected with right air bag 32 right air bag 32 loses heart, left air bag
31 close full of air pump 33 during gas, enter next step after specifying time T；(S22) microprocessing unit output drive signal is opened
Dynamic 33 pairs of right air bags 31 of air pump being connected with right air bag 32 are inflated and open the normally closed solenoid valve that is connected with left air bag 31 by a left side
Air bag 31 loses heart, and when right air bag 32 is full of gas, air pump 33 cuts out, return to step S21 after specifying time T；When described specified
Between T be man-machine interaction unit output regulating time.In described step B2, microprocessing unit action as follows：(S23)
Microprocessing unit receives the regulating command of man-machine interaction unit output, and regulating command includes "Left"-deviationist and Right deviation；(S24) if man-machine friendship
The mutually left-leaning instruction of unit output, microprocessing unit output drive signal start the 33 pairs of left air bags 31 of air pump being connected with left air bag 31
Inflate and open the normally closed solenoid valve being connected with right air bag 32 right air bag 32 loses heart, when left air bag 31 is full of gas, air pump 33 is closed
Close, return to step S23；(S25) if man-machine interaction unit output Right deviation instruction, microprocessing unit output drive signal starts and the right side
33 pairs of right air bags 32 of air pump that air bag 32 is connected are inflated and open the normally closed solenoid valve that is connected with left air bag 31 by left air bag 31
Lose heart, when right air bag 32 is full of gas, air pump 33 cuts out, return to step S23.Unit is supportted come holder for regulating by the inflation/deflation to air bag
10 inclination, for the structure compared to machinery, less damaged, and noise is little when adjusting, it is often more important that, air bag can be protected
The head of shield patient.
Fig. 3-Fig. 5 is referred to, described angle regulating unit includes the left air bag for being arranged on support support 10 under or within of unit
31 and right air bag 32, left and right air bag 31,32 is separately positioned on the two ends of support support 10 length direction of unit, and left air bag 31 is by changing
Gas unit is connected with right air bag 32；In described step B1, microprocessing unit action as follows：(S31) microprocessing unit
To ventilating unit, by the gas extraction in right air bag 32 to left air bag 31, left air bag 31 fills ventilating unit output drive signal
During full gas, ventilating unit stops, and enters next step after specifying time T；(S32) microprocessing unit output drive signal is to changing
Gas unit, by the gas extraction in left air bag 31 to right air bag 32, when right air bag 32 is full of gas, ventilating unit stops ventilating unit
Only, return to step S31 after specifying time T；Described specified time T is the regulating time of man-machine interaction unit output.Institute
In the step of stating B2, microprocessing unit action as follows：(S33) microprocessing unit receives the tune of man-machine interaction unit output
Section instruction, regulating command include "Left"-deviationist and Right deviation；(S34) if the left-leaning instruction of man-machine interaction unit output, microprocessing unit is exported
To ventilating unit, by the gas extraction in right air bag 32 to left air bag 31, left air bag 311 is full of gas to ventilating unit to drive signal
When ventilating unit stop, return to step S33；(S35) if man-machine interaction unit output Right deviation instruction, microprocessing unit output driving
To ventilating unit, by the gas extraction in left air bag 31 to right air bag 32, right air bag 32 is changed when being full of gas ventilating unit signal
Gas unit stops, return to step S33.Simply to air bag inflation/deflation, one conveniently can not control inflation/deflation speed well, another
Aspect has noise generation when deflating, therefore here by ventilating unit is arranged, the gas in left and right air bag 31,32 is handed over
Change, so adjust get up more convenient, reasonable, reliably protect patients head.
The structure of ventilating unit has many kinds.Scheme one is as shown in Figure 3：Described ventilating unit includes air pump 33 and two
Four-way change-over valve 34, the inlet, outlet of air pump 33 connect the inlet, outlet of two position and four-way reversing valves 34 respectively, and two four-ways are changed
Left and right air bag 31,32 is respectively communicated with to two work QI KOU of valve 34；In described step S31 and step S34, microprocessor list
Unit drives two position and four-way reversing valves, 34 action that the air inlet of air pump 33 is connected with right air bag 32, gas outlet and 31 phase of left air bag
Even, microprocessing unit drives 33 action of air pump again by the gas extraction in right air bag 32 to left air bag 31；Described step S32
In step S35, microprocessing unit drives two position and four-way reversing valves, 34 action to cause air inlet and 31 phase of left air bag of air pump 33
Even, gas outlet is connected with right air bag 32, and microprocessing unit drives 33 action of air pump by the gas extraction in left air bag 31 to the right side again
In air bag 32.Scheme two is as shown in Figure 4：Described ventilating unit includes first and second air pump 33a, 33b, the first air pump 33a's
Inlet, outlet is respectively communicated with right, left air bag 32,31, and the inlet, outlet of the second air pump 33b is respectively communicated with left and right air bag 31,32；
In described step S31 and step S34, microprocessing unit drives the first air pump 33a actions by the gas extraction in right air bag 32
Into left air bag 31；In described step S32 and step S35, microprocessing unit drives the second air pump 33b actions by left air bag 31
Gas extraction into right air bag 32.
By the research clinical patient state of an illness it was found that patient is after long-term bed, only pressure ulcer phenomenon does not occur, and can also
Cause Wry Neck because cervical region is motionless for a long time, when serious, even affect the health of patient.In order to avoid Wry Neck, this
In bright preferably, in described step C, angle during angle regulating unit action between adjustment support support unit 10 and horizontal plane makes
Support unit 10 must be ask to drive the head of patient in attitude of front facing upward or swing back；Before angle regulating unit adjustment support support unit 10,
It is identical that the step of layback, supports the step of unit 10 is left and right to incline with angle regulating unit adjustment support.
As the sealing of air pump, electromagnetic valve, pipeline and air bag is not preferable, after using a period of time, can go out
The less phenomenon of existing gas, now can direct setting gas supplementing opening on air bag, inflated into air bag by inflator or air pump and be
Can.In the present invention preferably, two-bit triplet electromagnetic valve 35 is provided with the air inlet of the air pump 33, former connection 33 air inlet of air pump
The pipeline of mouth is connected with the normally opened QI KOU of two-bit triplet electromagnetic valve 35, the normally closed QI KOU connection air of two-bit triplet electromagnetic valve 35,
The public QI KOU of two-bit triplet electromagnetic valve 35 connects the air inlet of air pump 33；Also include QI invigorating step before described step A：
(S41) judge whether the gas in each air bag is sufficient, if gas is not enough, open two-bit triplet electromagnetic valve 35, connect air pump 33
Air inlet and air, QI invigorating is carried out to air bag；If gas is sufficient, the air inlet of air pump 33 is kept to connect with air bag.Pass through
Step S41, can carry out QI invigorating automatically, extend the multi-functional service life for adjusting pillow, further improve comfort level.
Claims (9)
1. a kind of multi-functional control method for adjusting pillow, comprises the steps：
(A) man-machine interaction unit obtains the control command of operator's input and exports to microprocessing unit；
(B) microprocessing unit is processed to control command and is controlled angle regulating unit action according to result；
(C) during angle regulating unit action, angle of adjustment support support unit (10) and horizontal plane between causes support support unit (10) energy
The head of patient is enough driven in the attitude to patient's left side or in the attitude inclined on the right side of patient.
2. the control method that multi-functional regulation is rested the head on as claimed in claim 1, it is characterised in that：The man-machine interaction unit output
Control command include that control model, regulating time and regulating command, control model are divided into automatically and manually two kinds；Described
Step B comprises the steps：
(B1) if man-machine interaction unit output is automatic control mode, the tune that microprocessing unit is exported according to man-machine interaction unit
The section time automatically controls the action of angle regulating unit；
(B2) if man-machine interaction unit output is MANUAL CONTROL mode, the tune that microprocessing unit is exported according to man-machine interaction unit
Save instruction to control angle regulating unit action.
3. the control method that multi-functional regulation is rested the head on as claimed in claim 2, it is characterised in that：Described angle regulating unit bag
Adjusting part and base plate (21) is included, an adjusting part, adjusting part are respectively set below the arranged on left and right sides of support support unit (10)
Including motor (22), screw rod (23), slide block (24) and hinge bar (25), motor (22) is fixed on base (21) above and motor
(22) drive screw (23) is rotated, and slide block (24) constitutes feed screw nut with screw rod (23) and coordinates, the two ends difference of hinge bar (25)
It is hinged on below support support unit (10) and on slide block (24)；
In described step B1, microprocessing unit action as follows：
(S11) microprocessing unit output drive signal drives the motor (22) in one of adjusting part to rotate forward and drive another
Motor (22) reversion in individual adjusting part, motor (22) stopping action when slide block (24) reaches screw rod (23) end are passed through
Next step is entered after specified time T；
(S12) two motors (22) of microprocessing unit output drive signal are rotated along the direction contrary with step S11, treat slide block
(24) motor (22) stopping action when reaching screw rod (23) end, return to step S11 after specifying time T；
Described specified time T is the regulating time of man-machine interaction unit output；
In described step B2, microprocessing unit action as follows：
(S13) microprocessing unit receives the regulating command of man-machine interaction unit output, and regulating command includes "Left"-deviationist and Right deviation；
(S14) if the left-leaning instruction of man-machine interaction unit output, microprocessing unit control support support unit (10) lower left regulation group
Motor (22) reversion in motor (22) rotating forward, right side adjusting part in part, when slide block (24) reaches screw rod (23) end
Motor (22) stopping action, return to step S13；
(S15) if man-machine interaction unit output Right deviation instruction, microprocessing unit control support support unit (10) lower right regulation group
Motor (22) reversion in motor (22) rotating forward, left side adjusting part in part, when slide block (24) reaches screw rod (23) end
Motor (22) stopping action, return to step S13.
4. the control method that multi-functional regulation is rested the head on as claimed in claim 2, it is characterised in that：Described angle regulating unit bag
The left air bag (31) and right air bag (32) for being arranged on support support unit (10) under or within is included, left and right air bag (31,32) set respectively
Put at the two ends of support support unit (10) length direction, on left and right air bag (31,32), be provided with inlet and outlet mouth, air inlet and gas
Pump (33) is connected, and air vent is connected with air by normally closed solenoid valve；
In described step B1, microprocessing unit action as follows：
(S21) microprocessing unit output drive signal is started the air pump (33) being connected with left air bag (31) and left air bag (31) is inflated
And open the normally closed solenoid valve that is connected with right air bag (32) right air bag (32) loses heart, air pump when left air bag (31) are full of gas
(33) close, next step is entered after specifying time T；
(S22) microprocessing unit output drive signal is started the air pump (33) being connected with right air bag (32) and right air bag (31) is inflated
And open the normally closed solenoid valve that is connected with left air bag (31) left air bag (31) loses heart, air pump when right air bag (32) are full of gas
(33) close, return to step S21 after specifying time T；
Described specified time T is the regulating time of man-machine interaction unit output；
In described step B2, microprocessing unit action as follows：
(S23) microprocessing unit receives the regulating command of man-machine interaction unit output, and regulating command includes "Left"-deviationist and Right deviation；
(S24) if the left-leaning instruction of man-machine interaction unit output, microprocessing unit output drive signal starts and left air bag (31) phase
Air pump (33) even is inflated to left air bag (31) and opens the normally closed solenoid valve that is connected with right air bag (32) by right air bag (32)
Lose heart, when left air bag (31) are full of gas, air pump (33) cuts out, return to step S23；
(S25) if man-machine interaction unit output Right deviation instruction, microprocessing unit output drive signal starts and right air bag (32) phase
Air pump (33) even is inflated to right air bag (32) and opens the normally closed solenoid valve that is connected with left air bag (31) by left air bag (31)
Lose heart, when right air bag (32) are full of gas, air pump (33) cuts out, return to step S23.
5. the control method that multi-functional regulation is rested the head on as claimed in claim 2, it is characterised in that：Described angle regulating unit bag
The left air bag (31) and right air bag (32) for being arranged on support support unit (10) under or within is included, left and right air bag (31,32) set respectively
Put at the two ends of support support unit (10) length direction, left air bag (31) are connected with right air bag (32) by ventilating unit；
In described step B1, microprocessing unit action as follows：
(S31) microprocessing unit output drive signal is to ventilating unit, ventilating unit by the gas extraction in right air bag (32) extremely
In left air bag (31), when left air bag (31) are full of gas, ventilating unit stops, and enters next step after specifying time T；
(S32) microprocessing unit output drive signal is to ventilating unit, ventilating unit by the gas extraction in left air bag (31) extremely
In right air bag (32), when right air bag (32) are full of gas, ventilating unit stops, return to step S31 after specifying time T；
Described specified time T is the regulating time of man-machine interaction unit output；
In described step B2, microprocessing unit action as follows：
(S33) microprocessing unit receives the regulating command of man-machine interaction unit output, and regulating command includes "Left"-deviationist and Right deviation；
(S34) if the left-leaning instruction of man-machine interaction unit output, microprocessing unit output drive signal to ventilating unit, ventilating unit
By in the gas extraction in right air bag (32) to left air bag (31), when left air bag (311) are full of gas, ventilating unit stops, and returns step
Rapid S33；
(S35) if man-machine interaction unit output Right deviation instruction, microprocessing unit output drive signal to ventilating unit, ventilating unit
By in the gas extraction in left air bag (31) to right air bag (32), when right air bag (32) are full of gas, ventilating unit stops, and returns step
Rapid S33.
6. the control method that multi-functional regulation is rested the head on as claimed in claim 5, it is characterised in that：Described ventilating unit includes gas
Pump (33) and two position and four-way reversing valves (34), the inlet, outlet of air pump (33) connect respectively the entering of two position and four-way reversing valves (34),
Gas outlet, two work QI KOU of two position and four-way reversing valves (34) are respectively communicated with left and right air bag (31,32)；
In described step S31 and step S34, microprocessing unit drives two position and four-way reversing valves (34) action to cause air pump (33)
Air inlet be connected with right air bag (32), gas outlet is connected with left air bag (31), microprocessing unit drives air pump (33) action again
By in the gas extraction in right air bag (32) to left air bag (31)；
In described step S32 and step S35, microprocessing unit drives two position and four-way reversing valves (34) action to cause air pump (33)
Air inlet be connected with left air bag (31), gas outlet is connected with right air bag (32), microprocessing unit drives air pump (33) action again
By in the gas extraction in left air bag (31) to right air bag (32).
7. the control method that multi-functional regulation is rested the head on as claimed in claim 5, it is characterised in that：Described ventilating unit includes
First, two air pumps (33a, 33b), the inlet, outlet of the first air pump (33a) are respectively communicated with right, left air bag (32,31), the second air pump
(33b) inlet, outlet is respectively communicated with left and right air bag (31,32)；
In described step S31 and step S34, microprocessing unit drives the first air pump (33a) action by right air bag (32)
Gas extraction is into left air bag (31)；
In described step S32 and step S35, microprocessing unit drives the second air pump (33b) action by the gas of left air bag (31)
During body is extracted to right air bag (32).
8. the control method that the multi-functional regulation as described in claim 3,4 or 5 is rested the head on, it is characterised in that：In described step C,
During angle regulating unit action, angle of adjustment support support unit (10) and horizontal plane between causes support support unit (10) drive
The head of patient is in attitude of front facing upward or swing back；Angle regulating unit adjustment support is supportted the step of unit (10) is forward and backward to be faced upward and is adjusted with angle
It is identical that section unit adjustment support supports the step of unit (10) is left and right to incline.
9. the control method that multi-functional regulation is rested the head on as claimed in claim 6, it is characterised in that：The air inlet of air pump (33)
Place is provided with two-bit triplet electromagnetic valve (35), and the pipeline of former connection air pump (33) air inlet is normal with two-bit triplet electromagnetic valve (35)
Open QI KOU to be connected, the normally closed QI KOU connection air of two-bit triplet electromagnetic valve (35), the public QI KOU of two-bit triplet electromagnetic valve (35)
The air inlet of connection air pump (33)；Also include QI invigorating step before described step A：
(S41) judge whether the gas in each air bag is sufficient, if gas is not enough, open two-bit triplet electromagnetic valve (35), connection
The air inlet and air of air pump (33), carries out QI invigorating to air bag；If gas is sufficient, the air inlet and air bag of air pump (33) are kept
Connection.
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| CN201611159097.6A CN106491294A (en) | 2016-12-15 | 2016-12-15 | The multi-functional control method for adjusting pillow |
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| CN201611159097.6A CN106491294A (en) | 2016-12-15 | 2016-12-15 | The multi-functional control method for adjusting pillow |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109163280A (en) * | 2017-12-26 | 2019-01-08 | 扬州市松佳照明电器有限公司 | A kind of anti-multifunctional solar energy streetlight blocked based on Internet of Things |
| US11351076B2 (en) * | 2019-06-27 | 2022-06-07 | Brilliant Product Design Co., Ltd. | Air mattress control system |
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| CN202698635U (en) * | 2012-08-29 | 2013-01-30 | 惠州市唐群电子有限公司 | Inflatable pillow |
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| US11351076B2 (en) * | 2019-06-27 | 2022-06-07 | Brilliant Product Design Co., Ltd. | Air mattress control system |
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