CN107399415A - The application method of intelligent network safety swimming ring - Google Patents
The application method of intelligent network safety swimming ring Download PDFInfo
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- CN107399415A CN107399415A CN201710614201.4A CN201710614201A CN107399415A CN 107399415 A CN107399415 A CN 107399415A CN 201710614201 A CN201710614201 A CN 201710614201A CN 107399415 A CN107399415 A CN 107399415A
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- Prior art keywords
- controller
- circle
- main water
- water wing
- magnetic valve
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63C—LAUNCHING, HAULING-OUT, OR DRY-DOCKING OF VESSELS; LIFE-SAVING IN WATER; EQUIPMENT FOR DWELLING OR WORKING UNDER WATER; MEANS FOR SALVAGING OR SEARCHING FOR UNDERWATER OBJECTS
- B63C9/00—Life-saving in water
- B63C9/08—Life-buoys, e.g. rings; Life-belts, jackets, suits, or the like
- B63C9/13—Life-buoys, e.g. rings; Life-belts, jackets, suits, or the like attachable to body member, e.g. arm, neck, head or waist
- B63C9/15—Life-buoys, e.g. rings; Life-belts, jackets, suits, or the like attachable to body member, e.g. arm, neck, head or waist having gas-filled compartments
- B63C9/155—Life-buoys, e.g. rings; Life-belts, jackets, suits, or the like attachable to body member, e.g. arm, neck, head or waist having gas-filled compartments inflatable
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/02—Alarms for ensuring the safety of persons
- G08B21/08—Alarms for ensuring the safety of persons responsive to the presence of persons in a body of water, e.g. a swimming pool; responsive to an abnormal condition of a body of water
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63C—LAUNCHING, HAULING-OUT, OR DRY-DOCKING OF VESSELS; LIFE-SAVING IN WATER; EQUIPMENT FOR DWELLING OR WORKING UNDER WATER; MEANS FOR SALVAGING OR SEARCHING FOR UNDERWATER OBJECTS
- B63C9/00—Life-saving in water
- B63C2009/0023—Particular features common to inflatable life-saving equipment
- B63C2009/0029—Inflation devices comprising automatic activation means, e.g. for puncturing gas-generating cartridges
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Ocean & Marine Engineering (AREA)
- Business, Economics & Management (AREA)
- Emergency Management (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Jet Pumps And Other Pumps (AREA)
- Toys (AREA)
Abstract
The application method of intelligent network safety swimming ring, intelligent network safety swimming ring include main water wing, gas storage circle, anti-dumping circle, controller, mobile communications device, fill air extractor, tilt switch, first pressure sensor, second pressure sensor；During use, due to the improper use of children or child, main water wing is caused to tilt, when main water wing is tilted beyond 20 ° of angles, its signal is transferred to controller by anti-dumping switch, controller control inflation magnetic valve is opened, inflated using gas storage circle to anti-dumping circle, after main water wing recovers parallel, the compressed air of anti-dumping circle is drawn back gas storage circle by controller control vavuum pump, so constantly circulation, avoids main water wing from toppling over；Simultaneously; the inclined signal of main water wing is transmitted the father and mother of the child or the mobile phone of other guardians by controller control mobile communications device by mobile network; the mobile phone is set to send alarm; the father and mother or other guardians for making the child take protection action immediately, avoid intelligent network safety swimming ring from toppling over.
Description
Technical field
The present invention relates to a kind of application method of swimming life-buoy, particularly a kind of application method of intelligent network safety swimming ring.
Background technology
At present, the swimming life-buoy that children or child use, occur often there is swimming life-buoy to tilt the problem of translating into during use,
Seriously child or children can be caused to drown, a kind of application method of intelligent network safety swimming ring, be swum into child or children
The needs of swimming.
The content of the invention
The purpose of the present invention is overcome the deficiencies in the prior art, there is provided a kind of application method of intelligent network safety swimming ring,
When being swum for child or children using swimming life-buoy, the danger for reducing or avoiding the inclination of swimming life-buoy to translate into occurs.
The technical solution adopted in the present invention is：Intelligent network safety swimming ring include main water wing, gas storage circle, anti-dumping circle,
Controller, mobile communications device, fill air extractor, tilt switch, first pressure sensor, second pressure sensor；Main water wing
It is tightly connected with anti-dumping circle, anti-dumping circle is tightly connected with main water wing, and anti-dumping circle is located at the lower end of main water wing, and gas storage circle is located at main floating
In circle, first pressure sensor is located in main water wing, and second pressure sensor is located in gas storage circle；Fill air extractor and include master
Magnetic valve, gas storage magnetic valve, vavuum pump, pumping magnetic valve, inflation magnetic valve and the 3rd pressure sensor；Outside main solenoid valve
Shell is tightly connected with main water wing, and the input interface of main solenoid valve is located at outside main water wing, and the output interface of main solenoid valve is positioned at main floating
In circle；The shell of gas storage magnetic valve is tightly connected with main water wing and gas storage circle, and the input interface of gas storage magnetic valve is positioned at main floating
Circle is outer, and the output interface of gas storage magnetic valve is located in gas storage circle；The shell and gas storage circle and anti-dumping circle for inflating magnetic valve seal
Connection, the input interface for inflating magnetic valve are located in gas storage circle, and the output interface for inflating magnetic valve is located in anti-dumping circle, the 3rd pressure
Force snesor is in anti-dumping circle；In the gas storage circle, the delivery outlet of vavuum pump is located in gas storage circle vavuum pump, vavuum pump it is defeated
Entrance is connected with being evacuated the delivery outlet of magnetic valve, and the input port for being evacuated magnetic valve is located in anti-dumping circle；Tilt switch is installed on master
On water wing, tilt switch includes switch enclosure, moving contact, fixed touching plate and soft wire, the upper end of soft wire and switch enclosure
The connection of input electric connection, the lower end of soft wire is connected with moving contact, and fixed touching plate is located on the inwall of switch enclosure, and fixed touching plate is set
There is multiple, the output electric connection connection of fixed touching plate and switch enclosure；Controller by control line and mobile communications device, fill pumping dress
Put, the connection of tilt switch, first pressure sensor and second pressure sensor.
In order to implement the intelligent control of intelligent network safety swimming ring, provide main water wing to controller using tilt switch and tilt
Signal, control inflation anti-dumping circle from magnetic valve to corresponding low side inflate, controller be provided with battery, starting switch, anti-dumping switch,
Reset switch and alarm, intelligent network safety swimming ring original state are：Main solenoid valve, gas storage magnetic valve, pumping magnetic valve
And inflation magnetic valve is closed；When main water wing is horizontally placed at the water surface, moving contact and the fixed touching plate of tilt switch are in
Contactless state, tilt switch do not send tilt signals to controller；When the angle of main water wing and the water surface is more than 20 ° of angles, incline
Tiltedly switch to controller and send tilt signals.
The application method of intelligent network safety swimming ring is：In use, intelligent network safety swimming ring is lain against to horizontal ground
Face, start controller using starting switch and enter automatic control program, after controller enters automatic control program, controller control
Main solenoid valve and gas storage magnetic valve are opened；After main solenoid valve and gas storage magnetic valve are opened, passed through using air aerating device
Main solenoid valve is inflated to main water wing, when the pressure in main water wing reaches the pressure of setting, the first pressure sensing in main water wing
Its signal is transferred to controller by device, and controller control main solenoid valve is closed, and main water wing inflation finishes；Main water wing inflation finishes
Afterwards, using air aerating device by gas storage magnetic valve to storage balloon inflation, when the pressure in gas storage circle reaches the pressure of setting
When, its signal is transferred to controller, controller control gas storage closed electromagnetic valve, gas storage by the second pressure sensor in gas storage circle
Circle inflation finishes；After storing up balloon inflation, intelligent network safety swimming ring is kept flat in swimming pool, then child is put into main water wing
Inner ring in, and make the head of child and hand be located at main water wing upper surface top, and make the lower part of the body of child positioned at main floating
Below the lower surface of circle；After child to be put into the inner ring of main water wing, switched with anti-dumping is pressed, controller enters overturning-preventing
Control program；After controller enters overturning-preventing control program, when the child to be swum on intelligent network safety swimming ring surprisingly causes to lead
When the angle of water wing and the water surface is more than 20 ° of angles, the moving contact in tilt switch switch enclosure is under gravity to corresponding fixed
Contact is swung, and moving contact is contacted with the fixed touching plate, its tilt signals is transferred into controller, controller control using tilt switch
System inflation magnetic valve is opened, and the compressed air in gas storage circle is entered in corresponding anti-dumping circle by inflation magnetic valve, makes the anti-dumping
Circle expansion, increase the buoyancy of the corresponding low side side of main water wing, main water wing is recovered parallel with the water surface；Main water wing recovers to put down with the water surface
After row, its signal is transferred to controller, controller control inflation closed electromagnetic valve by anti-dumping switch；Meanwhile controller controls
Vacuum pump work, and the corresponding pumping magnetic valve of controller control are opened, using vavuum pump by the sky in the anti-dumping circle of expansion
Gas draws back gas storage circle, and when the pressure in anti-dumping circle is less than zero, the 3rd pressure sensor in the anti-dumping circle transmits its signal
To controller, controller control vavuum pump stops, and controller control pumping closed electromagnetic valve；So constantly circulation；Dynamic
While contact contacts with fixed touching plate, the inclined signal of main water wing is transferred to mobile communications device, mobile communication dress by controller
Put and the inclined signal of main water wing is transmitted by the father and mother of the child or the mobile phone of other guardians by mobile network, make the mobile phone
Alarm is sent, the father and mother or other guardians for making the child take protection action immediately, avoid intelligent network safety swimming ring
Topple over.
Controller is provided with inclination sensor, and inclination sensor is installed on switch enclosure, when the gradient of main water wing is more than 35 °
During angle, its signal is transferred to controller by inclination sensor, and controller controls its alarm to send alarm sound and flash of light, together
When, the controller signal is transferred to mobile communications device, and its signal is transferred to child by mobile communications device by mobile network
Father and mother or other care providers mobile phone, the father and mother or other care providers for reminding child take protection action in time.
The beneficial effects of the invention are as follows：Intelligent network safety swimming ring, include main water wing, gas storage circle, anti-dumping circle, control
Device, mobile communications device, fill air extractor, tilt switch, first pressure sensor, second pressure sensor；In use, due to
Children or the improper use of child, main water wing is caused to tilt, when main water wing is tilted beyond 20 ° of angles, anti-dumping switch is believed
Controller number is transferred to, controller control inflation magnetic valve is opened, inflated using gas storage circle to anti-dumping circle, when main water wing recovers flat
After row, the compressed air of anti-dumping circle is drawn back gas storage circle by controller control vavuum pump, so constantly circulation, avoids main water wing from inclining
；Meanwhile controller control mobile communications device transmits main water wing inclined signal by mobile network the father and mother of the child
Or the mobile phone of other guardians, the mobile phone is sent alarm, the father and mother or other guardians for making the child take immediately
Protection action, avoids intelligent network safety swimming ring from toppling over.
Brief description of the drawings
Fig. 1 is the structural representation of intelligent network safety swimming ring；
Fig. 2 is Fig. 1 top view；
Fig. 3 is the structural representation of tilt switch.
Embodiment
The present invention is further detailed with reference to accompanying drawing for anti-dumping face：
The structural representation of intelligent network safety swimming ring shown in Fig. 1, tilt and open shown in the top view and Fig. 3 of Fig. 1 shown in Fig. 2
The structural representation of pass；Intelligent network safety swimming ring includes main water wing 1, gas storage circle 2, anti-dumping circle 3, controller 4, mobile communication
Device 5, fill air extractor 6, tilt switch 7, first pressure sensor 8, second pressure sensor 9；Main water wing 1 and anti-dumping circle 3
It is tightly connected, anti-dumping circle 3 is tightly connected with main water wing 1, and anti-dumping circle 3 is located at the lower end of main water wing 1, and gas storage circle 2 is located at main water wing 1
Interior, first pressure sensor 8 is located in main water wing 1, and second pressure sensor 9 is located in gas storage circle 2；Filling air extractor 6 includes
There are main solenoid valve 10, gas storage magnetic valve 11, vavuum pump 12, pumping magnetic valve 13, the inflation pressure sensing of magnetic valve 14 and the 3rd
Device 15；The shell of main solenoid valve 10 is tightly connected with main water wing 1, and the input interface of main solenoid valve 10 is located at outside main water wing 1, main electricity
The output interface of magnet valve 10 is located in main water wing 1；The shell of gas storage magnetic valve 11 is tightly connected with main water wing 1 and gas storage circle 2,
The input interface of gas storage magnetic valve 11 is located at outside main water wing 1, and the output interface of gas storage magnetic valve 11 is located in gas storage circle 2；Inflation
The shell of magnetic valve 14 is tightly connected with gas storage circle 2 and anti-dumping circle 3, and the input interface of inflation magnetic valve 14 is located at gas storage circle 2
Interior, the output interface of inflation magnetic valve 14 is located in anti-dumping circle 3, and the 3rd pressure sensor 15 is in anti-dumping circle 3；Vavuum pump 12
In gas storage circle 2, the delivery outlet of vavuum pump 12 is located in gas storage circle 2, input port and the pumping magnetic valve 13 of vavuum pump 12
Delivery outlet connects, and the input port of pumping magnetic valve 13 is located in anti-dumping circle 3；Tilt switch 7 is installed on main water wing 1, and inclination is opened
Close 7 and include switch enclosure 16, moving contact 17, fixed touching plate 18 and soft wire 19, upper end and the switch enclosure 16 of soft wire 19
Input electric connection 20 connect, the lower end of soft wire 19 is connected with moving contact 17, fixed touching plate 18 be located at switch enclosure 16 inwall
On, fixed touching plate 18 be provided with it is multiple, fixed touching plate 18 is connected with the output electric connection 21 of switch enclosure 16；Controller 4 by control line with
Mobile communications device 5, fill air extractor 6, tilt switch 7, first pressure sensor 8 and second pressure sensor 9 and connect；Control
Device 4 processed is provided with battery 22, starting switch 23, anti-dumping switch 24, reset switch 25 and alarm 26, intelligent network safety swimming ring
Original state is：Main solenoid valve 10, gas storage magnetic valve 11, pumping magnetic valve 13 and inflation magnetic valve 14 are closed；
When main water wing 1 is horizontally placed at the water surface, moving contact 17 and the fixed touching plate 18 of tilt switch 7 are in contactless state, and tilt switch 7 is not
Tilt signals are sent to controller 4；When the angle of main water wing 1 and the water surface is more than 20 ° of angles, tilt switch 7 is sent to controller 4
Tilt signals.
The application method of intelligent network safety swimming ring is：In use, intelligent network safety swimming ring is lain against to horizontal ground
Face, start controller 4 using starting switch 21 and enter automatic control program, after controller 4 enters automatic control program, controller
4 control main solenoid valves 10 and gas storage magnetic valve 11 are opened；After main solenoid valve 10 and gas storage magnetic valve 11 are opened, air is utilized
Aerating device is inflated by main solenoid valve 10 to main water wing 1, when the pressure in main water wing 1 reaches the pressure of setting, main water wing 1
Its signal is transferred to controller 4 by interior first pressure sensor 8, and controller 4 controls main solenoid valve 10 to close, and main water wing 1 fills
Gas finishes；After main water wing 1 is inflated, inflated using air aerating device by gas storage magnetic valve 11 to gas storage circle 2, work as gas storage
When pressure in circle 2 reaches the pressure of setting, its signal is transferred to controller 4 by the second pressure sensor 9 in gas storage circle 2,
Controller 4 controls gas storage magnetic valve 11 to close, and the inflation of gas storage circle 2 finishes；After gas storage circle 2 is inflated, by intelligent network safety
Swimming life-buoy is kept flat in swimming pool, then child is put into the inner ring 27 of main water wing 1, and the head of child and hand is located at main water wing 1
Upper surface 28 top, and the lower part of the body of child is located at below the lower surface 29 of main water wing 1；Child is put into master
After the inner ring 27 of water wing 1, with anti-dumping switch 24 is pressed, controller 5 enters overturning-preventing control program；Controller 4 enters overturning-preventing
After control program, when the child to be swum on intelligent network safety swimming ring surprisingly causes main water wing 1 and the angle of the water surface to be more than 20 ° of angles
When, the moving contact 17 in the switch enclosure 16 of tilt switch 7 is swung to corresponding fixed touching plate 18 under gravity, makes moving contact
17 are contacted with the fixed touching plate 18, and its tilt signals is transferred into controller 4, the control inflation electromagnetism of controller 4 using tilt switch 7
Valve 14 is opened, and the compressed air in gas storage circle 2 is entered in corresponding anti-dumping circle 3 by inflation magnetic valve 14, makes the anti-dumping circle 3 swollen
It is swollen, increase the buoyancy of the corresponding low side side of main water wing 1, main water wing 1 is recovered parallel with the water surface；Main water wing 1 recovers to put down with the water surface
After row, its signal is transferred to controller 4 by anti-dumping switch 24, and the control inflation magnetic valve 14 of controller 4 is closed；Meanwhile control
Device 4 controls vavuum pump 12 to work, and controller 4 controls corresponding pumping magnetic valve 13 to open, and will be expanded using vavuum pump 12
Anti-dumping circle 3 in air draw back gas storage circle 2, when the pressure in anti-dumping circle 3 is less than zero, the 3rd pressure in the anti-dumping circle 3
Its signal is transferred to controller 4 by sensor 15, and controller 4 controls vavuum pump 12 to stop, and the control pumping electromagnetism of controller 4
Valve 13 is closed；While main water wing 1 tilts, main 1 inclined signal of water wing is transferred to mobile communications device 6 by controller 5, is moved
Main 1 inclined signal of water wing is transmitted the father and mother of the child or the hand of other guardians by dynamic communicator 6 by mobile network
Machine, the mobile phone is set to send alarm, the father and mother or other guardians for making the child take protection action immediately, avoid intelligent network
Network safety swimming ring is toppled over.
In order to implement to provide signal to controller 4 using tilt switch 7, control inflates magnetic valve 14 to corresponding anti-dumping circle
3 inflations, and control pumping magnetic valve 13 take the air accordingly into anti-dumping circle 3 away；The fixed touching plate 18 of tilt switch 7 wraps
Preceding fixed touching plate 30, rear fixed touching plate 31, left fixed touching plate 32 and right fixed touching plate 33 are included, before preceding fixed touching plate 30 is located at switch enclosure 16
Side, rear fixed touching plate 31 are located at the back of switch enclosure 16, and left fixed touching plate 32 is located at the left side of switch enclosure 16, and right fixed touching plate 33, which is located at, to be opened
Close the right of box 16；Output electric connection 34 before output electric connection 21 includes, rear output electric connection 35, left output electric connection 36 with
And right output electric connection 37, output electric connection 34, rear output electric connection 35, left output electric connection 36 and right output electric connection 37
It is connected respectively with controller 4 by its control line；Anti-dumping circle 3 include preceding anti-dumping circle 38, rear anti-dumping circle 39, left anti-dumping circle 40 with
And right anti-dumping circle 41, preceding anti-dumping circle 38 are located at the preceding lower end of main water wing 1, rear anti-dumping circle 39 is located at the posterior end of main water wing 1, Zuo Fang
The circle 40 that inclines is located at the lower-left end of main water wing 1, and right anti-dumping circle 41 is located at the bottom righthand side of main water wing 1；Before inflation magnetic valve 14 includes
Inflate magnetic valve 42, rear inflation magnetic valve 43, left inflation magnetic valve 44 and right inflation magnetic valve 45；Preceding anti-dumping circle 38 is by preceding
Inflation magnetic valve 42 is connected with gas storage circle 2, and rear anti-dumping circle 39 leads to post-aeration magnetic valve 43 and is connected with gas storage circle 2, left anti-dumping circle
40 are connected by left inflation magnetic valve 44 with gas storage circle 2, and right anti-dumping circle 41 is connected by right inflation magnetic valve 45 with gas storage circle 2；
Pumping magnetic valve 46, rear pumping magnetic valve 47, left pumping magnetic valve 48 and right pumping electromagnetism before pumping magnetic valve 13 includes
Valve 49, the input port of vavuum pump 12 and preceding pumping magnetic valve 46, rear pumping magnetic valve 47, left pumping magnetic valve 48 and right pumping
The delivery outlet of magnetic valve 49 is connected in parallel, and the input port of preceding pumping magnetic valve 46 is connected with preceding anti-dumping circle 38, is evacuated magnetic valve afterwards
47 input port is connected with rear anti-dumping circle 39, and the input port of left pumping magnetic valve 48 is connected with left anti-dumping circle 40, right pumping electromagnetism
The input port of valve 49 is connected with right anti-dumping circle 41.
When main water wing 1 is turned forward more than 20 ° of angles, the back of main water wing 1 is higher than the front of main water wing 1, moving contact 17 with
The preceding fixed touching plate 30 of fixed touching plate 18 is contacted, and its signal is transferred to controller 4 by tilt switch 7, inflation electromagnetism before controller 4 controls
Valve 42 is opened, and gas storage circle 2 is inflated by preceding inflation magnetic valve 42 to the preceding anti-dumping circle 38 of anti-dumping circle 3, and preceding anti-dumping circle 38 expands, main
The front of water wing 1 floats；When main water wing 1 is tilted backwards more than 20 ° of angles, the front of main water wing 1 is higher than the back of main water wing 1, moves
Contact 17 is contacted with the rear fixed touching plate 31 of fixed touching plate 18, and its signal is transferred to controller 4 by tilt switch 7, after controller 4 controls
Inflation magnetic valve 43 is opened, and gas storage circle 2 leads to post-aeration magnetic valve 43 to be inflated to the rear anti-dumping circle 39 of anti-dumping circle 3, rear anti-dumping circle
39 expansions, the back of main water wing 1 floats；When main water wing 1 is tilted to the left more than 20 ° of angles, the right of main water wing 1 is higher than main water wing 1
The left side, moving contact 17 contacted with the left fixed touching plate 32 of fixed touching plate 18, and its signal is transferred to controller 4 by tilt switch 7, control
Device 4 controls left inflation magnetic valve 44 to open, and gas storage circle 2 is inflated by left inflation magnetic valve 44 to the left anti-dumping circle 40 of anti-dumping circle 3,
Left anti-dumping circle 40 expands, and the left side of main water wing 1 floats；When main water wing 1 is tilted to the right more than 20 ° of angles, the left side of main water wing 1 is higher than
The right of main water wing 1, moving contact 17 are contacted with the right fixed touching plate 33 of fixed touching plate 18, and its signal is transferred to control by tilt switch 7
Device 4, controller 4 control right inflation magnetic valve 45 to open, and gas storage circle 2 passes through right inflation right anti-dumping of the magnetic valve 45 to anti-dumping circle 3
The inflation of circle 41, right anti-dumping circle 41 expand, and the right of main water wing 1 floats.
The front of main water wing 1 floats, and when main water wing 1 is parallel with the water surface, its signal is transferred to controller 4 by controller 2, control
Pumping magnetic valve 46 is opened before device 4 processed controls, and controller 4 controls vavuum pump 12 to run, and vavuum pump 12 passes through preceding pumping magnetic valve
The air of preceding anti-dumping circle 38 is drawn back gas storage circle 2 by 46, when the pressure in current anti-dumping circle 38 is less than zero, the in preceding anti-dumping circle 38
Its signal is transferred to controller 4 by three pressure sensors 15, and vacuum is closed and controlled to pumping magnetic valve 46 before controller 4 controls
Pump 12 stops；The back of main water wing 1 floats, and when main water wing 1 is parallel with the water surface, its signal is transferred to controller 4 by controller 2,
Pumping magnetic valve 47 is opened after controller 4 controls, and controller 4 controls vavuum pump 12 to run, and vavuum pump 12 passes through rear pumping electromagnetism
The air of rear anti-dumping circle 39 is drawn back gas storage circle 2 by valve 47, when the pressure in rear anti-dumping circle 39 is less than zero, in rear anti-dumping circle 39
Its signal is transferred to controller 4 by the 3rd pressure sensor 15, and pumping magnetic valve 47 is closed and controlled very after controller 4 controls
Empty pump 12 stops；The left side of main water wing 1 floats, and when main water wing 1 is parallel with the water surface, its signal is transferred to controller by controller 2
4, controller 4 controls left pumping magnetic valve 48 to open, and controller 4 controls vavuum pump 12 to run, and vavuum pump 12 passes through left pumping electricity
The air of left anti-dumping circle 40 is drawn back gas storage circle 2 by magnet valve 48, when the pressure in left anti-dumping circle 40 is less than zero, in left anti-dumping circle 40
The 3rd pressure sensor 15 its signal is transferred to controller 4, controller 4 controls left pumping magnetic valve 48 to close and control
Vavuum pump 12 stops；The right of main water wing 1 floats, and when main water wing 1 is parallel with the water surface, its signal is transferred to control by controller 2
Device 4, controller 4 control right pumping magnetic valve 49 to open, and controller 4 controls vavuum pump 12 to run, and vavuum pump 12 passes through right pumping
The air of right anti-dumping circle 41 is drawn back gas storage circle 2 by magnetic valve 49, when the pressure in right anti-dumping circle 41 is less than zero, right anti-dumping circle 41
Its signal is transferred to controller 4 by the 3rd interior pressure sensor 15, and controller 4 controls right pumping magnetic valve 49 to close and control
Vavuum pump 12 processed stops.
In order to avoid main water wing 1 and the gas leakage of gas storage circle 2, and inflated to anti-dumping circle 3 using gas storage circle 2, and will be anti-
The air of circle 3 of inclining draws back gas storage circle 2, and main solenoid valve 10, gas storage magnetic valve 11, inflation magnetic valve 14 and pumping magnetic valve 13 are
One-way conduction magnetic valve；The conducting direction of main solenoid valve 10 is：By being pointed to outside main water wing 1 in main water wing 1, opposite direction is not turned on；
The conducting direction of gas storage magnetic valve 11 is：By being pointed to outside main water wing 1 in gas storage circle 2, opposite direction is not turned on；Inflate magnetic valve 14
Conducting direction is：Outer water wing 3 is pointed to by gas storage circle 2, opposite direction is not turned on；Being evacuated the conducting direction of magnetic valve 13 is：By outer floating
Circle 3 points to gas storage circle 2, and opposite direction is not turned on.
In order to implement the detection function of tilt switch 7, main 1 inclined letter of water wing is exported to controller 5 using tilt switch 7
Number；The moving contact 17 of tilt switch 7 is suspended on the center line on box top of switch enclosure 16 using soft wire 19, moving contact 17
Highly it is more than the height of fixed touching plate 18；Preceding fixed touching plate 30 is identical with the center line of rear fixed touching plate 31, and left fixed touching plate 32 touches calmly with right
The center line of piece 33 is identical, the central axis of the center line of preceding fixed touching plate 30 and left fixed touching plate 32；The center of preceding fixed touching plate 30
Line is identical with the first level center line 50 of switch enclosure 16, the center line of left fixed touching plate 32 and the second horizontal centre of switch enclosure 16
Line 51 is identical；First level center line 50 is parallel with the 3rd horizontal center line 52 of main water wing 1, the second horizontal center line 51 and master
4th horizontal center line 53 of water wing 1 is parallel.
Tilted in order to which main water wing 1 is unexpected, improve the reliability for controlling main water wing 1 to topple over, controller 4 is provided with inclination sensor
54, inclination sensor 54 is installed on switch enclosure 16, when the gradient of main water wing 1 is more than 35 ° of angles, inclination sensor 54 by its
Signal is transferred to controller 4, and controller 4 controls its alarm 26 to send alarm sound and flash of light, meanwhile, the letter of controller 4
Number be transferred to mobile communications device 5, mobile communications device 5 by mobile network by its signal be transferred to child father and mother or its
The mobile phone of his care provider, the father and mother or other care providers for reminding child take protection action in time.
After the father and mother of child or other care providers receive alarm signal, child is embraced in intelligent network safety swimming ring
Rise；Then the reset switch 25 of anti-dumping controller 4 is pressed, resets controller 4, controller 4 exits automatic control program, controller
4 main solenoid valves 10 and gas storage magnetic valve 11 are closed；Meanwhile controller 4 controls the stop alarm of alarm 26, and controller 4
Overturning-preventing control program is exited, the control of controller 4 inflation magnetic valve 14 and pumping magnetic valve 13 are closed.
In order to avoid gas storage circle 2 explodes, gas storage circle 2 is provided with safety valve 55, the shell of safety valve 55 and main water wing 1 and storage
Air ring 2 is tightly connected, and the input port of safety valve 55 is located in gas storage circle 2, and the delivery outlet of safety valve 55 is located at outside main water wing 1；Storage
When pressure in air ring 2 exceedes the safe pressure of setting, safety valve 54 automatically opens up, and the compressed air in gas storage circle 2 passes through peace
Full valve 55 is discharged, and when the pressure of the compressed air in gas storage circle 2 is less than the safe pressure set, safety valve 55 is closed automatically.
When being tilted to implement main water wing 1, moving contact 17 can with the reliable contacts of fixed touching plate 18, after main water wing 1 is inflated, by intelligence
Can be after network security swimming life-buoy be put into swimming pool, the upper surface 28 of main water wing 1 is parallel with lower surface 29, the lower surface 29 of main water wing 1 and
Horizontal line is parallel, and the lower surface 29 of main water wing 1 is parallel with the liquid level of swimming pool；Moving contact 17 is a metal ball body, each fixed touching plate
Gap is left between 18, the diameter of moving contact 17 leaves gap between being more than two neighboring fixed touching plate 18；Moving contact 17 and adjacent two
When individual fixed touching plate 18 contacts, tilt switch 7 exports moving contact 17 to controller 4 respectively and contacted with two neighboring fixed touching plate 18
Signal, controller 4 controls corresponding two inflation magnetic valves 14 to open, and gas storage circle 2 passes through two corresponding inflation magnetic valves
14 pairs of corresponding two anti-dumping circles 3 are inflated.
In order to ensure the proper use of of intelligent network safety swimming ring, the neighboring 56 of main water wing 1, which is provided with, uses mark 57, with
Used when just using according to label orientation；According to mark in use, the lower surface 29 of main water wing 1 contacts with the water of swimming pool.
In order to control the pressure of each anti-dumping circle 13, the compressed air in each anti-dumping circle 13 is drawn back into gas storage circle 2, the 3rd
Pressure sensor 15 include preceding 3rd pressure sensor 58, rear 3rd pressure sensor 59, left 3rd pressure sensor 60 with
Right 3rd pressure sensor 61, in preceding anti-dumping circle 38, rear 3rd pressure sensor 59 is located at preceding 3rd pressure sensor 58
Afterwards in anti-dumping circle 39, for left 3rd pressure sensor 60 in left anti-dumping circle 40, right 3rd pressure sensor 61 is located at right anti-dumping
In circle 41；Controller 4 passes through its control line and preceding 3rd pressure sensor 58, rear 3rd pressure sensor 59, left 3rd pressure
Sensor 60 is connected with right 3rd pressure sensor 61.
When the air of preceding anti-dumping circle 38 is drawn back gas storage circle 2 by the control vavuum pump 12 of controller 4, the pressure in current anti-dumping circle 38
When power is less than zero, its signal is transferred to controller 4 by preceding 3rd pressure sensor 58, and controller 4 controls vavuum pump 12 to stop, with
And controller 4 controls preceding pumping magnetic valve 46 to close；Controller 4 controls vavuum pump 12 that the air of rear anti-dumping circle 39 is drawn back into gas storage
When enclosing 2, when the pressure in rear anti-dumping circle 39 is less than zero, its signal is transferred to controller 4 by rear 3rd pressure sensor 59, control
Device 4 processed controls vavuum pump 12 to stop, and pumping magnetic valve 47 is closed after the control of controller 4；Controller 4 controls vavuum pump 12 will
When the air of left anti-dumping circle 40 draws back gas storage circle 2, when the pressure in left anti-dumping circle 40 is less than zero, left 3rd pressure sensor 60
Its signal is transferred to controller 4, controller 4 controls vavuum pump 12 to stop, and controller 4 controls left pumping magnetic valve 48 to close
Close；When the air of right anti-dumping circle 41 is drawn back gas storage circle 2 by the control vavuum pump 12 of controller 4, when the pressure in right anti-dumping circle 41 is small
When zero, its signal is transferred to controller 4 by right 3rd pressure sensor 61, and controller 4 controls vavuum pump 12 to stop, and control
Device 4 processed controls right pumping magnetic valve 49.
Claims (9)
1. the application method of intelligent network safety swimming ring, intelligent network safety swimming ring includes main water wing（1）, gas storage circle（2）, it is anti-
Incline circle（3）, controller（4）, mobile communications device（5）, fill air extractor（6）, tilt switch（7）, first pressure sensor
（8）, second pressure sensor（9）；Main water wing（1）With anti-dumping circle（3）Connection, anti-dumping circle（3）With main water wing（1）Connection, gas storage
Circle（2）Located at main water wing（1）It is interior；Fill air extractor（6）Include main solenoid valve（10）, gas storage magnetic valve（11）, vavuum pump
（12）, pumping magnetic valve（13）, inflation magnetic valve（14）And the 3rd pressure sensor（15）；Main solenoid valve（10）With main water wing
（1）Connection, gas storage magnetic valve（11）With main water wing（1）And gas storage circle（2）Connection, inflate magnetic valve（14）With gas storage circle（2）
And anti-dumping circle（3）Connection；Vavuum pump（12）Located at gas storage circle（2）It is interior, vavuum pump（12）Delivery outlet be located at gas storage circle（2）
It is interior, vavuum pump（12）Input port with pumping magnetic valve（13）Delivery outlet connection, be evacuated magnetic valve（13）Input port be located at
Anti-dumping circle（3）It is interior；Tilt switch（7）It is installed on main water wing（1）On, tilt switch（7）Include switch enclosure（16）, moving contact
（17）, fixed touching plate（18）And soft wire（19）, soft wire（19）Upper end and switch enclosure（16）Input electric connection
（20）Connection, soft wire（19）Lower end and moving contact（17）Connection, fixed touching plate（18）Located at switch enclosure（16）Inwall on,
Fixed touching plate（18）Provided with multiple, fixed touching plate（18）With switch enclosure（16）Output electric connection（21）Connection；Controller（4）Pass through control
Line and mobile communications device processed（5）, fill air extractor（6）, tilt switch（7）, first pressure sensor（8）And second pressure
Sensor（9）Connection；Controller（4）Provided with battery（22）, starting switch（23）, anti-dumping switch（24）, reset switch（25）With
And alarm（26）；It is characterized in that：The application method of described intelligent network safety swimming ring is：In use, by intelligent network
Safety swimming ring lies against horizontal ground, utilizes starting switch（21）Start controller（4）Into automatic control program, controller
（4）Into after automatic control program, controller（4）Control main solenoid valve（10）And gas storage magnetic valve（11）Open；Main electromagnetism
Valve（10）And gas storage magnetic valve（11）After opening, pass through main solenoid valve using air aerating device（10）To main water wing（1）Fill
Gas, when main water wing（1）When interior pressure reaches the pressure of setting, main water wing（1）Interior first pressure sensor（8）By its signal
It is transferred to controller（4）, controller（4）Control main solenoid valve（10）Close, main water wing（1）Inflation finishes；Main water wing（1）Inflation
After, pass through gas storage magnetic valve using air aerating device（11）To gas storage circle（2）Inflation, when gas storage circle（2）Interior pressure
When reaching the pressure of setting, gas storage circle（2）Interior second pressure sensor（9）Its signal is transferred to controller（4）, controller
（4）Control gas storage magnetic valve（11）Close, gas storage circle（2）Inflation finishes；Gas storage circle（2）After inflation, intelligent network is pacified
Full swimming life-buoy is kept flat in swimming pool, then child is put into main water wing（1）Inner ring（27）It is interior, and the head of child and hand is located at master
Water wing（1）Upper surface（28）Top, and the lower part of the body of child is located at main water wing（1）Lower surface（29）Below；Will
Child is put into main water wing（1）Inner ring（27）Afterwards, with press anti-dumping switch（24）, controller（5）Controlled into overturning-preventing
Program；Controller（4）Into after overturning-preventing control program, when the child to be swum on intelligent network safety swimming ring surprisingly causes main float
Circle（1）When being more than 20 ° of angles with the angle of the water surface, tilt switch（7）Switch enclosure（16）Interior moving contact（17）In the work of gravity
With lower to corresponding fixed touching plate（18）Swing, make moving contact（17）With the fixed touching plate（18）Contact, utilizes tilt switch（7）By its
Tilt signals are transferred to controller（4）, controller（4）Control inflation magnetic valve（14）Open, gas storage circle（2）Interior compressed air
By inflation magnetic valve（14）Enter corresponding anti-dumping circle（3）It is interior, make the anti-dumping circle（3）Expansion, increases main water wing（1）It is corresponding low
The buoyancy of side is held, makes main water wing（1）Recover parallel with the water surface；Main water wing（1）After recovering parallel with the water surface, anti-dumping switch（24）
Its signal is transferred to controller（4）, controller（4）Control inflation magnetic valve（14）Close；Meanwhile controller（4）Control
Vavuum pump（12）Work, and controller（4）The corresponding pumping magnetic valve of control（13）Open, utilize vavuum pump（12）Will expansion
Anti-dumping circle（3）Interior air draws back gas storage circle（2）, when anti-dumping circle（3）When interior pressure is less than zero, the anti-dumping circle（3）Interior
3rd pressure sensor（15）Its signal is transferred to controller（4）, controller（4）Control vavuum pump（12）Stop, and control
Device processed（4）Control pumping magnetic valve（13）Close；In main water wing（1）While inclination, controller（5）By main water wing（1）Tilt
Signal be transferred to mobile communications device（6）, mobile communications device（6）By mobile network by main water wing（1）Inclined signal
Transmit the father and mother of the child or the mobile phone of other guardians, the mobile phone is sent alarm, make the child father and mother or its
His guardian takes protection action immediately, avoids intelligent network safety swimming ring from toppling over.
2. the application method of intelligent network safety swimming ring according to claim 1, it is characterised in that：Described main water wing
（1）When turning forward more than 20 ° of angles, main water wing（1）Back be higher than main water wing（1）Front, moving contact（17）With fixed touching plate
（18）Preceding fixed touching plate（30）Contact, tilt switch（7）Its signal is transferred to controller（4）, controller（4）Inflated before control
Magnetic valve（42）Open, gas storage circle（2）Pass through preceding inflation magnetic valve（42）To anti-dumping circle（3）Preceding anti-dumping circle（38）Inflation, it is preceding
Anti-dumping circle（38）Expansion, main water wing（1）Front float；Main water wing（1）When tilting backwards more than 20 ° of angles, main water wing（1）Before
Side is higher than main water wing（1）Back, moving contact（17）With fixed touching plate（18）Rear fixed touching plate（31）Contact, tilt switch（7）Will
Its signal is transferred to controller（4）, controller（4）Magnetic valve is inflated after control（43）Open, gas storage circle（2）Logical post-aeration electricity
Magnet valve（43）To anti-dumping circle（3）Rear anti-dumping circle（39）Inflation, rear anti-dumping circle（39）Expansion, main water wing（1）Back float；It is main
Water wing（1）When being tilted to the left more than 20 ° of angles, main water wing（1）The right be higher than main water wing（1）The left side, moving contact（17）With determining
Contact（18）Left fixed touching plate（32）Contact, tilt switch（7）Its signal is transferred to controller（4）, controller（4）Control is left
Inflate magnetic valve（44）Open, gas storage circle（2）Pass through left inflation magnetic valve（44）To anti-dumping circle（3）Left anti-dumping circle（40）Fill
Gas, left anti-dumping circle（40）Expansion, main water wing（1）The left side float；Main water wing（1）When being tilted to the right more than 20 ° of angles, main water wing
（1）The left side be higher than main water wing（1）The right, moving contact（17）With fixed touching plate（18）Right fixed touching plate（33）Contact, inclination are opened
Close（7）Its signal is transferred to controller（4）, controller（4）Control right inflation magnetic valve（45）Open, gas storage circle（2）Pass through
Right inflation magnetic valve（45）To anti-dumping circle（3）Right anti-dumping circle（41）Inflation, right anti-dumping circle（41）Expansion, main water wing（1）The right side
While float.
3. the application method of intelligent network safety swimming ring according to claim 2, it is evacuated magnetic valve（13）Taken out before including
Pneumoelectric magnet valve（46）, be evacuated magnetic valve afterwards（47）, left pumping magnetic valve（48）And right pumping magnetic valve（49）, its feature exists
In：Described main water wing（1）Front float, main water wing（1）When parallel with the water surface, controller（2）Its signal is transferred to control
Device processed（4）, controller（4）Pumping magnetic valve before control（46）Open, controller（4）Control vavuum pump（12）Operation, vavuum pump
（12）Pass through preceding pumping magnetic valve（46）By preceding anti-dumping circle（38）Air draw back gas storage circle（2）, current anti-dumping circle（38）Interior
When pressure is less than zero, preceding anti-dumping circle（38）The 3rd interior pressure sensor（15）Its signal is transferred to controller（4）, controller
（4）Pumping magnetic valve before control（46）Close and control vavuum pump（12）Stop；Main water wing（1）Back float, main water wing
（1）When parallel with the water surface, controller（2）Its signal is transferred to controller（4）, controller（4）Magnetic valve is evacuated after control
（47）Open, controller（4）Control vavuum pump（12）Operation, vavuum pump（12）Pass through rear pumping magnetic valve（47）By rear anti-dumping circle
（39）Air draw back gas storage circle（2）, when after anti-dumping circle（39）When interior pressure is less than zero, rear anti-dumping circle（39）The 3rd interior pressure
Force snesor（15）Its signal is transferred to controller（4）, controller（4）Magnetic valve is evacuated after control（47）Close and control
Vavuum pump（12）Stop；Main water wing（1）The left side float, main water wing（1）When parallel with the water surface, controller（2）Its signal is passed
It is defeated by controller（4）, controller（4）Control left pumping magnetic valve（48）Open, controller（4）Control vavuum pump（12）Operation,
Vavuum pump（12）Pass through left pumping magnetic valve（48）By left anti-dumping circle（40）Air draw back gas storage circle（2）, when left anti-dumping circle
（40）When interior pressure is less than zero, left anti-dumping circle（40）The 3rd interior pressure sensor（15）Its signal is transferred to controller
（4）, controller（4）Control left pumping magnetic valve（48）Close and control vavuum pump（12）Stop；Main water wing（1）The right float
Rise, main water wing（1）When parallel with the water surface, controller（2）Its signal is transferred to controller（4）, controller（4）Control right pumping
Magnetic valve（49）Open, controller（4）Control vavuum pump（12）Operation, vavuum pump（12）Pass through right pumping magnetic valve（49）By the right side
Anti-dumping circle（41）Air draw back gas storage circle（2）, when right anti-dumping circle（41）When interior pressure is less than zero, right anti-dumping circle（41）Interior
3rd pressure sensor（15）Its signal is transferred to controller（4）, controller（4）Control right pumping magnetic valve（49）Close with
And control vavuum pump（12）Stop.
4. the application method of intelligent network safety swimming ring according to claim 1, it is characterised in that：Described controller
（4）Provided with inclination sensor（54）, inclination sensor（54）It is installed on switch enclosure（16）On, when main water wing（1）Gradient it is big
When 35 ° of angles, inclination sensor（54）Its signal is transferred to controller（4）, controller（4）Control its alarm（26）Send
Alarm sound and flash of light, meanwhile, controller（4）The signal is transferred to mobile communications device（5）, mobile communications device（5）It is logical
Cross mobile network and its signal be transferred to the father and mother of child or the mobile phone of other care providers, remind child father and mother or its
His care provider takes protection action in time.
5. the application method of intelligent network safety swimming ring according to claim 4, it is characterised in that：The father of described child
After female or other care providers receive alarm signal, child is taken in one's arms in intelligent network safety swimming ring；Then controlled by anti-dumping
Device（4）Reset switch（25）, make controller（4）Reset, controller（4）Exit automatic control program, controller（4）Main electromagnetism
Valve（10）And gas storage magnetic valve（11）Close；Meanwhile controller（4）Control alarm（26）Stop alarm, and controller
（4）Exit overturning-preventing control program, controller（4）Control inflation magnetic valve（14）And pumping magnetic valve（13）Close.
6. the application method of intelligent network safety swimming ring according to claim 1, compressed air circle（3）Provided with safety valve
（55）, it is characterised in that：Described gas storage circle（2）When interior pressure exceedes the safe pressure of setting, safety valve（54）Automatically beat
Open, gas storage circle（2）Interior compressed air passes through safety valve（55）Discharge, gas storage circle（2）The pressure of interior compressed air, which is less than, to be set
During fixed safe pressure, safety valve（55）It is automatic to close.
7. the application method of intelligent network safety swimming ring according to claim 1, it is characterised in that：Described main water wing
（1）After inflation, after intelligent network safety swimming ring is put into swimming pool, main water wing（1）Upper surface（28）With lower surface（29）It is parallel,
Main water wing（1）Lower surface（29）It is parallel with horizontal line, main water wing（1）Lower surface（29）It is parallel with the liquid level of swimming pool.
8. the application method of intelligent network safety swimming ring according to claim 2, it is characterised in that：Described moving contact
（17）With two neighboring fixed touching plate（18）During contact, tilt switch（7）Respectively to controller（4）Export moving contact（17）With phase
Adjacent two fixed touching plate（18）The signal of contact, controller（4）Control corresponding two inflation magnetic valves（14）Open, gas storage circle
（2）Pass through two corresponding inflation magnetic valves（14）To corresponding two anti-dumping circles（3）Inflation.
9. the application method of intelligent network safety swimming ring according to claim 3, the 3rd pressure sensor（15）Include
Preceding 3rd pressure sensor（58）, rear 3rd pressure sensor（59）, left 3rd pressure sensor（60）Passed with right 3rd pressure
Sensor（61）；It is characterized in that：Described controller（4）Control vavuum pump（12）By preceding anti-dumping circle（38）Air draw back gas storage
Circle（2）When, current anti-dumping circle（38）When interior pressure is less than zero, preceding 3rd pressure sensor（58）Its signal is transferred to control
Device（4）, controller（4）Control vavuum pump（12）Stop, and controller（4）Pumping magnetic valve before control（46）Close；Control
Device（4）Control vavuum pump（12）By rear anti-dumping circle（39）Air draw back gas storage circle（2）When, when after anti-dumping circle（39）Interior pressure
During less than zero, rear 3rd pressure sensor（59）Its signal is transferred to controller（4）, controller（4）Control vavuum pump（12）
Stop, and controller（4）Magnetic valve is evacuated after control（47）Close；Controller（4）Control vavuum pump（12）By left anti-dumping circle
（40）Air draw back gas storage circle（2）When, when left anti-dumping circle（40）When interior pressure is less than zero, left 3rd pressure sensor（60）
Its signal is transferred to controller（4）, controller（4）Control vavuum pump（12）Stop, and controller（4）Control left pumping electricity
Magnet valve（48）Close；Controller（4）Control vavuum pump（12）By right anti-dumping circle（41）Air draw back gas storage circle（2）When, work as the right side
Anti-dumping circle（41）When interior pressure is less than zero, right 3rd pressure sensor（61）Its signal is transferred to controller（4）, controller
（4）Control vavuum pump（12）Stop, and controller（4）Control right pumping magnetic valve（49）.
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| DE3639296A1 (en) * | 1986-10-24 | 1988-04-28 | Anneliese Held | INFLATABLE DEVICE MADE OF FOLDABLE MATERIAL |
| EP0849163A1 (en) * | 1996-12-18 | 1998-06-24 | Zodiac International | Self-righting, inflatable liferaft |
| CN2605893Y (en) * | 2003-03-27 | 2004-03-10 | 赵少飞 | Multifunctional lifebelt for baby |
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| CN107399415B (en) | 2018-12-18 |
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