CN107416150A - Intelligent network protects the application method of swimming life-buoy - Google Patents
Intelligent network protects the application method of swimming life-buoy Download PDFInfo
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- CN107416150A CN107416150A CN201710614199.0A CN201710614199A CN107416150A CN 107416150 A CN107416150 A CN 107416150A CN 201710614199 A CN201710614199 A CN 201710614199A CN 107416150 A CN107416150 A CN 107416150A
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- Prior art keywords
- water wing
- magnetic valve
- main water
- controller
- gas storage
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- 230000009182 swimming Effects 0.000 title claims abstract description 77
- 238000000034 method Methods 0.000 title claims abstract description 21
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 311
- 238000010295 mobile communication Methods 0.000 claims abstract description 18
- 230000005611 electricity Effects 0.000 claims description 12
- 238000007667 floating Methods 0.000 claims description 6
- 239000007788 liquid Substances 0.000 claims description 6
- 230000005484 gravity Effects 0.000 claims description 3
- 230000006835 compression Effects 0.000 claims 1
- 238000007906 compression Methods 0.000 claims 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 230000009977 dual effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 238000011144 upstream manufacturing Methods 0.000 description 1
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
-
- 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)
- Professional, Industrial, Or Sporting Protective Garments (AREA)
- Toys (AREA)
Abstract
Intelligent network protects the application method of swimming life-buoy, and intelligent network protection swimming life-buoy includes main water wing, gas storage circle, outer water wing, lower water wing, controller, mobile communications device, main gas charge magnetic valve, gas storage magnetic valve, outer inflation magnetic valve, lower inflation magnetic valve, inclination sensor, overturning-preventing stacked switch, first pressure sensor and second pressure sensor；In use, due to the improper use of children or child, main water wing is caused to tilt, when main water wing is tilted beyond 30 ° of angles, its signal is transferred to controller by inclination sensor, and the outer inflation magnetic valve of controller control is opened, using the outside water wing inflation of gas storage circle, main water wing is avoided to topple over；Just in case main water wing continues to tilt, when its gradient exceedes 45° angle, its signal is transferred to controller by overturning-preventing stacked switch, controller controls the lower inflation magnetic valve of corresponding inclined low-end side to open, utilize the downward water wing inflation of gas storage circle, increase the buoyancy of the main side position of water wing inclined low-end one, avoid main water wing 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 protection swimming life-buoy.
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 protection swimming life-buoy, 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 protection swimming life-buoy,
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 protection swimming life-buoy include main water wing, gas storage circle, outer water wing,
Lower water wing, controller, mobile communications device, main gas charge magnetic valve, gas storage magnetic valve, it is outer inflation magnetic valve, it is lower inflation magnetic valve,
Inclination sensor, overturning-preventing stacked switch, first pressure sensor and second pressure sensor；Main water wing and outer water wing and
Lower water wing is tightly connected, and outer water wing is located at main water wing periphery, and lower water wing is located at the lower end of main water wing, and gas storage circle is located at main water wing
It is interior；The shell of main gas charge magnetic valve is tightly connected with main water wing, and the input interface of main gas charge magnetic valve is located at outside main water wing, and master fills
The output interface of pneumoelectric magnet valve connects with the first die cavity of main water wing, and first pressure sensor is in the first die cavity；Gas storage electricity
The shell of magnet valve is tightly connected with main water wing and gas storage circle, and the input interface of gas storage magnetic valve is located at outside main water wing, gas storage electricity
The output interface of magnet valve connects with the second die cavity of gas storage circle, and second pressure sensor is located at Second-Type intracavitary；Outer water wing passes through
Outer inflation magnetic valve is connected with gas storage circle, and the input interface of outer inflation magnetic valve is located at the Second-Type intracavitary of gas storage circle, outer inflation
The output interface of magnetic valve connects with the 3rd die cavity of outer water wing；Lower water wing is connected by lower inflation magnetic valve with gas storage circle, under
The input interface of inflation magnetic valve be located at the Second-Type intracavitary of gas storage circle, and the of the output interface of lower inflation magnetic valve and lower water wing
Four die cavities connect；Overturning-preventing stacked switch is installed on main water wing, and overturning-preventing stacked switch includes switch enclosure, moving contact, determined
Contact and soft wire, the upper end of soft wire and the input electric connection of switch enclosure are connected, and the lower end of soft wire is touched with dynamic
Head connection, for fixed touching plate on the inwall of switch enclosure, fixed touching plate is provided with multiple, the output electric connection company of fixed touching plate and switch enclosure
Connect；Controller passes through control line and mobile communications device, main gas charge magnetic valve, gas storage magnetic valve, outer inflation magnetic valve, lower inflation
Magnetic valve, inclination sensor, overturning-preventing stacked switch, first pressure sensor and the connection of second pressure sensor.
In order to avoid inclination sensor failure, implement duplicate protection using inclination sensor and overturning-preventing stacked switch,
Inclination sensor and overturning-preventing stacked switch are on switch enclosure, when the main water wing after inflation is horizontally placed at the water surface, tilts and pass
The detecting element of sensor is parallel with the water surface, and inclination sensor does not send tilt signals to controller；When main water wing and the folder of the water surface
When angle is more than 30 ° of angles, inclination sensor sends tilt signals to controller；When main water wing after inflation is horizontally placed at the water surface, prevent
The moving contact and fixed touching plate for toppling over stacked switch are in contactless state, and overturning-preventing stacked switch does not send super inclination to controller
Signal；When the angle of main water wing and the water surface is more than 45° angle, overturning-preventing stacked switch sends super tilt signals to controller.
Intelligent network protection swimming life-buoy application method be：In use, intelligent network protection swimming life-buoy is lain against into horizontal ground
Face, start controller using starting switch and enter automatic control program, after controller enters automatic control program, controller control
Main gas charge magnetic valve and gas storage magnetic valve are opened；After main gas charge magnetic valve and gas storage magnetic valve are opened, inflated using air
Device is inflated by main gas charge magnetic valve to main water wing, when the pressure in the first die cavity of main water wing reaches the pressure of setting,
Its signal is transferred to controller by first pressure sensor in first die cavity, and controller control main gas charge closed electromagnetic valve is main floating
Circle inflation finishes；After main water wing inflation, gas storage is worked as to storage balloon inflation by gas storage magnetic valve using air aerating device
When the pressure of the Second-Type intracavitary of circle reaches the pressure of setting, its signal is transferred to by the second pressure sensor of Second-Type intracavitary
Controller, controller control gas storage closed electromagnetic valve, storage balloon inflation finish；After storing up balloon inflation, intelligent network is protected
Shield swimming life-buoy is kept flat in swimming pool, then child is put into the inner ring of main water wing, and the head of child and hand is located at main water wing
The top of upper surface, and the lower part of the body of child is located at below the lower surface of main water wing；Child is put into main water wing
After inner ring, with overturning-preventing start button is pressed, controller enters overturning-preventing control program；Controller enters overturning-preventing control program
Afterwards, when the child to be swum on intelligent network protection swimming life-buoy surprisingly causes the angle of main water wing and the water surface to be more than 30 ° of angles, tilt and pass
Its signal is transferred to controller by sensor, and the outer inflation magnetic valve of controller control is opened, and the compressed air of gas storage circle is by outer inflation
Magnetic valve enters the 3rd die cavity of outer water wing, outer water wing expansion, makes the contact surface increase of intelligent network protection swimming life-buoy and water, prevents
Only main water wing continues to tilt；Meanwhile the inclined signal of main water wing is transferred to mobile communications device, mobile communications device by controller
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, sends out the mobile phone
Go out alarm, the father and mother or other guardians for making the child take protection action immediately, avoid intelligent network protection swimming life-buoy from inclining
.
When main water wing tilts, main water wing is caused while tilting, one side step-down；After the outside water wing inflation of gas storage circle, when main floating
When the upper surface of circle and the angle of the water surface are more than 45° angle, the switch enclosure of overturning-preventing stacked switch follows main water wing to tilt, switch enclosure
Interior moving contact is swung to corresponding fixed touching plate under gravity, and moving contact simultaneously contacts with the fixed touching plate, overturning-preventing combination
Switch control power supply is connect by output electricity of the input electric connection of switch enclosure through soft wire, moving contact and fixed touching plate and switch enclosure
Head is connected, and the signal that its moving contact and the fixed touching plate are connected is transferred to controller, controller control phase by overturning-preventing stacked switch
The lower inflation magnetic valve answered is opened, and gas storage circle is inflated by lower inflation magnetic valve to corresponding lower water wing, makes main water wing step-down one
Side descends water wing to expand accordingly, increases the buoyancy on main water wing step-down one side, avoids intelligent network protection swimming life-buoy from toppling over.
The beneficial effects of the invention are as follows：Intelligent network protection swimming life-buoy include main water wing, gas storage circle, outer water wing, lower water wing,
Controller, mobile communications device, main gas charge magnetic valve, gas storage magnetic valve, outer inflation magnetic valve, lower inflation magnetic valve, inclination pass
Sensor, overturning-preventing stacked switch, first pressure sensor and second pressure sensor；In use, due to children or child
Improper use, cause main water wing to tilt, when main water wing is tilted beyond 30 ° of angles, its signal is transferred to control by inclination sensor
Device processed, the outer inflation magnetic valve of controller control are opened, are inflated using the outside water wing of gas storage circle, avoid main water wing from toppling over；It is just in case main
Water wing continues to tilt, and when its gradient exceedes 45° angle, its signal is transferred to controller, controller control by overturning-preventing stacked switch
The lower inflation magnetic valve for making corresponding inclined low-end side is opened, and is inflated using the downward water wing of gas storage circle, and it is low to increase main water wing inclination
The buoyancy of a side position is held, avoids main water wing from toppling over.
Brief description of the drawings
Fig. 1 is the structural representation of intelligent network protection swimming life-buoy；
Fig. 2 is Fig. 1 top view.
Embodiment
The present invention is further detailed below in conjunction with the accompanying drawings：
Fig. 1 top view shown in the structural representation and Fig. 2 of intelligent network protection swimming life-buoy shown in Fig. 1；Intelligent network is protected
Swimming life-buoy includes main water wing 1, gas storage circle 2, outer water wing 3, lower water wing 4, controller 5, mobile communications device 6, main gas charge magnetic valve
7th, gas storage magnetic valve 8, outer inflation magnetic valve 9, lower inflation magnetic valve 10, inclination sensor 11, overturning-preventing stacked switch 12, first
Pressure sensor 13 and second pressure sensor 14；Main water wing 1 is tightly connected with outer water wing 3 and lower water wing 4, outer water wing 3
Positioned at the main periphery of water wing 1, lower water wing 4 is located at the lower end of main water wing 1, and gas storage circle 2 is in main water wing 1；Main gas charge magnetic valve 7
Shell is tightly connected with main water wing 1, and the input interface of main gas charge magnetic valve 7 is located at outside main water wing 1, main gas charge magnetic valve 7 it is defeated
Outgoing interface connects with the first die cavity 15 of main water wing 1, and first pressure sensor 13 is in the first die cavity 15；Gas storage magnetic valve 8
Shell be tightly connected with main water wing 1 and gas storage circle 2, the input interface of gas storage magnetic valve 8 is located at outside main water wing 1, gas storage electricity
The output interface of magnet valve 8 connects with the second die cavity 16 of gas storage circle 2, and second pressure sensor 14 is in the second die cavity 16；Outside
Water wing 3 is connected by outer inflation magnetic valve 9 with gas storage circle 2, and the input interface of outer inflation magnetic valve 9 is located at the second of gas storage circle 2
In die cavity 16, the output interface of outer inflation magnetic valve 9 connects with the 3rd die cavity 17 of outer water wing 3；Lower water wing 4 passes through lower inflation
Magnetic valve 10 is connected with gas storage circle 2, it is lower inflation magnetic valve 10 input interface be located in the second die cavity 16 of gas storage circle 2, under fill
The output interface of pneumoelectric magnet valve 10 connects with the 4th die cavity 18 of lower water wing 4；Overturning-preventing stacked switch 12 is installed on main water wing 1
On, overturning-preventing stacked switch 12 includes switch enclosure 19, moving contact 20, fixed touching plate 21 and soft wire 22, soft wire 22
Upper end be connected with the input electric connection 23 of switch enclosure 19, the lower end of soft wire 22 is connected with moving contact 20, and fixed touching plate 21 is set
In on the inwall of switch enclosure 19, fixed touching plate 21 is provided with multiple, and fixed touching plate 21 is connected with the output electric connection 24 of switch enclosure 19；Control
Device 5 passes through control line and mobile communications device 6, main gas charge magnetic valve 7, gas storage magnetic valve 8, outer inflation magnetic valve 9, lower inflation electricity
Magnet valve 10, inclination sensor 11, overturning-preventing stacked switch 12, first pressure sensor 13 and second pressure sensor 14 connect
Connect.
In order to avoid the failure of inclination sensor 11, implemented using inclination sensor 11 and overturning-preventing stacked switch 12 dual
On switch enclosure 19, the main water wing 1 after inflation is horizontally placed at water for protection, inclination sensor 11 and overturning-preventing stacked switch 12
During face, the detecting element of inclination sensor 11 is parallel with the water surface, and inclination sensor 11 does not send tilt signals to controller 5；When
When the angle of main water wing 1 and the water surface is more than 30 ° of angles, inclination sensor 11 sends tilt signals to controller 5；Master after inflation floats
When circle 1 is horizontally placed at the water surface, moving contact 20 and the fixed touching plate 21 of overturning-preventing stacked switch 12 are in contactless state, overturning-preventing group
Combination switch 12 does not send super tilt signals to controller 5；When the angle of main water wing 1 and the water surface is more than 45° angle, overturning-preventing combination
Switch 12 sends super tilt signals to controller 5.
In order to avoid main water wing 1 and the gas leakage of gas storage circle 2, and filled using the outside water wing 3 of gas storage circle 2 and lower water wing 4
Gas, main gas charge magnetic valve 7, gas storage magnetic valve 8, outer inflation magnetic valve 9 and lower inflation magnetic valve 10 are one-way conduction magnetic valve；
Inflating the conducting direction of magnetic valve 7 is：First die cavity 15 of main water wing 1 is pointed to by the outside of main water wing 1, opposite direction is not turned on；
The conducting direction of gas storage magnetic valve 8 is：Second die cavity 16 of gas storage circle 2 is pointed to by the outside of main water wing 1, opposite direction is not turned on；
Inflating the conducting direction of magnetic valve 7 is：3rd die cavity 17 of outer water wing 3 is pointed to by the second die cavity 16 of gas storage circle 2, opposite direction is not
Conducting；It is lower inflation magnetic valve 10 conducting direction be：4th die cavity 18 of lower water wing 4 is pointed to by the second die cavity 16 of gas storage circle 2.
In order to implement the intelligent control of intelligent network protection swimming life-buoy, controller 5 is provided with battery 25 and control panel 26, controls
Panel 26 processed is provided with starting switch 27, overturning-preventing start button 28, reset switch 29, display 30 and alarm 31, intelligence
Network protection swimming life-buoy original state is：Main gas charge magnetic valve 7, gas storage magnetic valve 8, outer inflation magnetic valve 9 and lower inflation electromagnetism
Valve 10 is closed.
Intelligent network protection swimming life-buoy application method be：In use, intelligent network protection swimming life-buoy is lain against into horizontal ground
Face, start controller 5 using starting switch 27 and enter automatic control program, after controller 5 enters automatic control program, controller
5 control main gas charge magnetic valves 7 and gas storage magnetic valve 8 are opened；After main gas charge magnetic valve 7 and gas storage magnetic valve 8 are opened, utilize
Air aerating device is inflated by main gas charge magnetic valve 7 to main water wing 1, when the pressure in the first die cavity 15 of main water wing 1 reaches
During the pressure of setting, its signal is transferred to controller 5, the control master of controller 5 by first pressure sensor 13 in the first die cavity 15
Inflation magnetic valve 7 is closed, and the main inflation of water wing 1 finishes；After main water wing 1 is inflated, pass through gas storage electricity using air aerating device
Magnet valve 8 is inflated to gas storage circle 2, when the pressure in the second die cavity 16 of gas storage circle 2 reaches the pressure of setting, in the second die cavity 16
Second pressure sensor 14 its signal is transferred to controller 5, controller 5 controls gas storage magnetic valve 8 to close, and gas storage circle 2 fills
Gas finishes；After gas storage circle 2 is inflated, intelligent network protection swimming life-buoy is kept flat in swimming pool, then child is put into main water wing 1
In inner ring 32, and make the head of child and hand be located at main water wing 1 upper surface 33 top, and make the lower part of the body of child positioned at master
Below the lower surface 34 of water wing 1；After child to be put into the inner ring 32 of main water wing 1, with pressing overturning-preventing start button 28,
Controller 5 enters overturning-preventing control program；After controller 5 enters overturning-preventing control program, when intelligent network protection swimming life-buoy upstream
When the child of swimming surprisingly causes the angle of main water wing 1 and the water surface to be more than 30 ° of angles, its signal is transferred to control by inclination sensor 11
Device 5, controller 5 control outer inflation magnetic valve 9 to open, and the compressed air of gas storage circle 2 enters outer water wing by outer inflation magnetic valve 9
3 the 3rd die cavity 17, outer water wing 3 expand, and make the contact surface increase of intelligent network protection swimming life-buoy and water, prevent main water wing 1 from continuing
Tilt；Meanwhile main 1 inclined signal of water wing is transferred to mobile communications device 6 by controller 5, mobile communications device 6 passes through movement
Main 1 inclined signal of water wing is transmitted the father and mother of the child or the mobile phone of other guardians by network, the mobile phone is sent alarm
Sound, the father and mother or other guardians for making the child take protection action immediately, avoid intelligent network protection swimming life-buoy from toppling over.
When main water wing 1 tilts, main water wing 1 is caused while tilting, one side step-down；After the outside water wing 3 of gas storage circle 2 is inflated, when
When the upper surface 33 of main water wing 1 is more than 45° angle with the angle of the water surface, the switch enclosure 19 of overturning-preventing stacked switch 12 follows main water wing
1 is tilted, and the moving contact 20 in switch enclosure 19 is swung to corresponding fixed touching plate 21 under gravity, and moving contact 20 is simultaneously fixed with this
Contact 21 contacts, overturning-preventing stacked switch 12 control power supply by the input electric connection 23 of switch enclosure 19 through soft wire 22, dynamic touch
First 20 and the output electric connection 24 of fixed touching plate 21 and switch enclosure 19 connect, overturning-preventing stacked switch 12 by its moving contact 20 with should
The signal that fixed touching plate 21 is connected is transferred to controller 5, and inflation magnetic valve 10 is opened under controller 5 controls accordingly, and gas storage circle 2 is logical
Cross down inflation magnetic valve 10 to inflate corresponding lower water wing 4, making the main step-down of water wing 1, lower water wing 4 expands accordingly on one side, increase master
The buoyancy on the step-down one side of water wing 1, intelligent network protection swimming life-buoy is avoided to topple over.
In order to implement the detection function of overturning-preventing stacked switch 12, exported and led to controller 5 using overturning-preventing stacked switch 12
1 inclined signal of water wing；Switch enclosure 19 includes a cylinder 35, and the fixed touching plate 21 of overturning-preventing stacked switch 12 is located at cylinder 35
On inwall, moving contact 20 is suspended on the center line on cylinder top 36 of cylinder 35 using soft wire 22, and the height of moving contact 20 is big
In the height of fixed touching plate 21；The fixed touching plate 21 of overturning-preventing stacked switch 12 includes preceding fixed touching plate 37, rear fixed touching plate 38, left fixed touched
Piece 39 and right fixed touching plate 40, preceding fixed touching plate 37 are located at the front of cylinder 35, and rear fixed touching plate 38 is located at the back of cylinder 35, Zuo Ding
Contact 39 is located at the left side of cylinder 35, and right fixed touching plate 40 is located at the right of cylinder 35；In preceding fixed touching plate 37 and rear fixed touching plate 38
Heart line is identical, and left fixed touching plate 39 is identical with the center line of right fixed touching plate 40, the center line of preceding fixed touching plate 37 and left fixed touching plate 39
Central axis；The center line of preceding fixed touching plate 37 is identical with the first radial centre lines 41 of cylinder 35, the center of left fixed touching plate 39
Line is identical with the second radial centre lines 42 of cylinder 35；First radial centre lines 41 and the 3rd radial centre lines 43 of main water wing 1
Parallel, the second radial centre lines 42 are parallel with the 4th radial centre lines 45 of main water wing 1.
In order to avoid main water wing 1 is toppled over, lower water wing 4 include front lower water wing 46, afterwards lower water wing 47, lower-left water wing 48 and
Bottom right water wing 49, front lower water wing 46 are located at the front of main water wing 1, and rear lower water wing 47 is located at the back of main water wing 1, lower-left water wing 48
Positioned at the left side of main water wing 1, bottom right water wing 49 is located at the right of main water wing 1；Lower inflation magnetic valve 10 includes front lower inflation electricity
Magnet valve 50, afterwards lower inflation magnetic valve 51, lower-left inflation magnetic valve 52 and bottom right inflation magnetic valve 53；Front lower water wing 46 is by preceding
Lower inflation magnetic valve 50 is connected with gas storage circle 2, and lower water wing 47 passes through rear lower inflation magnetic valve 51 and gas storage circle 2, lower-left water wing afterwards
48 inflate magnetic valve 52 by lower-left is connected with gas storage circle 2, and bottom right water wing 49 inflates magnetic valve 53 and gas storage circle 2 by bottom right.
In order to improve the overturning-preventing security performance of main water wing 1, the cylinder 35 of switch enclosure 19 follows main water wing 1 to tilt, main floating
When the gradient of circle 1 is more than 45° angle：When the front of main water wing 1 is lower than the position of the main back of water wing 1, the dynamic of switch enclosure 19 touches
First 20 contact with the rear fixed touching plate 38 on cylinder 35；When the back of main water wing 1 is lower than main 1 position in front of water wing, switch enclosure
19 moving contact 20 contacts with the preceding fixed touching plate 37 on cylinder 35；When the left side of main water wing 1 is lower than the position on main the right of water wing 1
When, the moving contact 20 of switch enclosure 19 contacts with the right fixed touching plate 40 on cylinder 35；When the right of main water wing 1 is than the main left side of water wing 1
Position it is low when, the moving contact 20 of switch enclosure 19 contacts with the left fixed touching plate 39 on cylinder 35.
When the moving contact 20 of switch enclosure 19 contacts with the rear fixed touching plate 38 on cylinder 35, controller 5 controls front lower inflation electricity
Magnet valve 50 is opened, and the compressed air in gas storage circle 2 enters front lower water wing 46 through front lower inflation magnetic valve 50, and front lower water wing 46 is swollen
It is swollen, the front of main water wing 1 is floated, avoids main water wing 1 from toppling over；The moving contact 20 of switch enclosure 19 and the preceding fixed touching plate on cylinder 35
During 37 contact, lower inflation magnetic valve 51 is opened after the control of controller 5, the lower inflation magnetic valve after of the compressed air in gas storage circle 2
Lower water wing 47 after 51 entrance, rear lower water wing 47 expand, the back of main water wing 1 are floated, avoids main water wing 1 from toppling over；Switch enclosure 19
Moving contact 20 when being contacted with the right fixed touching plate 40 on cylinder 35, controller 5 controls lower-left inflation magnetic valve 52 to open, gas storage circle
Compressed air in 2 enters lower-left water wing 48 through lower-left inflation magnetic valve 52, and lower-left water wing 48 expands, by the left side of main water wing 1
Float, avoid main water wing 1 from toppling over；When the moving contact 20 of switch enclosure 19 contacts with the left fixed touching plate 39 on cylinder 35, controller 5 is controlled
Inflation magnetic valve 53 in bottom right processed is opened, and the compressed air in gas storage circle 2 enters bottom right water wing 49 through bottom right inflation magnetic valve 53, right
Lower water wing 49 is expanded, and the right of main water wing 1 is floated, and avoids main water wing 1 from toppling over.
In order to which the compressed air of outer water wing 3 and lower water wing 4 is released, outer water wing 3 is folded in the periphery of main water wing 1, outside
Water wing 3 is provided with outer Manual air-release valves 54；Lower water wing 4 is folded to the lower end of main water wing 1, and lower water wing 4 is provided with lower Manual air-release valves 55,
Lower Manual air-release valves 55 include preceding Manual air-release valves 56, rear Manual air-release valves 57, left Manual air-release valves 58 and the right hand are dynamic puts
Air valve 59, preceding Manual air-release valves 56 are connected with front lower water wing 46, and rear Manual air-release valves 57 are connected with rear lower water wing 47, and left hand is dynamic to be put
Air valve 58 is connected with lower-left water wing 48, and right Manual air-release valves 59 are connected with bottom right water wing 49.
Outer inflation magnetic valve 9 is opened and outer water wing 3 is expanded after inflating, and controller 5 controls its alarm 31 to send alarm
Sound and flash of light, meanwhile, its signal is transferred to father and mother or other prisons of child by mobile network by mobile communications device 6
The mobile phone of shield personnel, the father and mother or other care providers for reminding child take protection action in time, by child in intelligent network
Protection swimming life-buoy takes in one's arms；Then the reset switch 29 of controller 5 is pressed, resets controller 5, controller 5, which exits, automatically controls journey
Sequence, the main gas charge magnetic valve 7 of controller 5 and gas storage magnetic valve 8 are closed；Meanwhile controller 5 exits overturning-preventing control program, control
Device 5 processed controls gas storage magnetic valve 8 and outer inflation magnetic valve 9 to close；After controller 5 resets, and the right-hand side using outer water wing 3
Dynamic vent valve 54 releases the compressed air of outer water wing 3, intelligent network protection swimming life-buoy is returned to original state.
When the upper surface 33 of main water wing 1 is more than 45° angle with the angle of the water surface, gas storage circle 2 is right by lower inflation magnetic valve 10
Lower water wing 4 is inflated accordingly, and making the main step-down of water wing 1, lower water wing 4 expands accordingly on one side；Controller 5 controls its alarm simultaneously
31 send alarm sound and flash of light, mobile communications device 6 by mobile network by its signal be transferred to child father and mother or
Other care providers, the father and mother or other care providers for reminding child take protection action in time, by child in intelligent network
Protection swimming life-buoy takes in one's arms；Then the reset switch 29 of controller 5 is pressed, resets controller 5, controller 5, which exits, automatically controls journey
Sequence, the main gas charge magnetic valve 7 of controller 5 and gas storage magnetic valve 8 are closed；Meanwhile controller 5 exits overturning-preventing control program, control
Device 5 processed controls gas storage magnetic valve 8 and outer inflation magnetic valve 9 to close；After controller 5 resets, and the assistant using lower water wing 4
Dynamic vent valve 55 releases the compressed air of lower water wing 4, intelligent network protection swimming life-buoy is returned to original state.
In order to avoid gas storage circle 2 explodes, gas storage circle 2 is provided with safety valve 60, the shell of safety valve 60 and main water wing 1 and storage
Air ring 2 is tightly connected, and the input port of safety valve 60 is located in gas storage circle 2, and the delivery outlet of safety valve 60 is located at outside main water wing 1, peace
The input port of full valve 60 with the second die cavity 16 connect；Pressure in second die cavity 16 of gas storage circle 2 exceedes the safety pressure of setting
During power, safety valve 60 is automatically opened up, and the compressed air in the second die cavity 16 is discharged by safety valve 60, when the internal pressure of the second die cavity 16
When the pressure of contracting air is less than the safe pressure set, safety valve 60 is closed automatically；The pressure of the second die cavity 16 setting of gas storage circle 2
Power is more than the pressure that the first die cavity 15 of main water wing 1 is set.
After main water wing 1 is inflated, after intelligent network protection swimming life-buoy is put into swimming pool, the upper surface 33 and lower surface of main water wing 1
34 is parallel, and the lower surface 34 of main water wing 1 is parallel with horizontal line, and the lower surface 34 of main water wing 1 is parallel with the liquid level of swimming pool, switch enclosure
The axis of 19 cylinder 35 is vertical with the liquid level of swimming pool, and intelligent network protection swimming life-buoy is in horizontal suspended state, switch enclosure 19
Cylinder 35 be horizontal state；First radial centre lines 41 of cylinder 35 and the second radial centre lines 42 of cylinder 35
It is parallel with the liquid level of swimming pool；First radial centre lines 41 of cylinder 35 are with the second radial centre lines 42 of cylinder 35 in same plane
On, the first radial centre lines 41 are vertical with the second radial centre lines 42；When gas storage circle 2 is inflated to lower water wing 4, lower water wing 4 is along master
The axial direction stretching, extension of water wing 1, makes the buoyancy of the main inclined low-end relevant position of water wing 1 increase, avoids main water wing 1 from continuing to tilt.
In order that moving contact 20 can contact with fixed touching plate 21, moving contact 20 is a metal ball body, between each fixed touching plate 21
Gap is left, the diameter of moving contact 20 leaves gap between being more than two neighboring fixed touching plate 21；Moving contact 20 is determined with two neighboring
When contact 21 contacts, overturning-preventing stacked switch 12 exports moving contact 20 to controller 5 respectively and connect with two neighboring fixed touching plate 21
Tactile signal, controller 5 control corresponding two lower inflation magnetic valves 10 to open, and gas storage circle 2 passes through two corresponding lower inflations
Magnetic valve 10 is inflated to corresponding two lower water wings 4.
In order to ensure the proper use of of intelligent network protection swimming life-buoy, the neighboring 61 of main water wing 1, which is provided with, uses mark 62, with
Used when just using according to label orientation；According to mark in use, the lower surface 34 of main water wing 1 contacts with the water of swimming pool；Chain of command
Plate 26 is hinged with cover plate 63, and starting switch 27, overturning-preventing start button 28 and reset switch 29 are covered using cover plate 63.
In order to implement the output of the diverse location tilt signals of overturning-preventing stacked switch 12, the output electric connection 24 of switch enclosure 19
Output electric connection 64, rear output electric connection 65, left output electric connection 66 and right output electric connection 67, controller 5 before including
Connect respectively with preceding output electric connection 64, rear output electric connection 65, left output electric connection 66 and right output electricity by its control line
First 67 connection.
Claims (10)
1. intelligent network protects the application method of swimming life-buoy, intelligent network protection swimming life-buoy includes main water wing（1）, gas storage circle（2）, it is outer
Water wing（3）, lower water wing（4）, controller（5）, mobile communications device（6）, main gas charge magnetic valve（7）, gas storage magnetic valve（8）, it is outer
Inflate magnetic valve（9）, lower inflation magnetic valve（10）, inclination sensor（11）, overturning-preventing stacked switch（12）, first pressure sensing
Device（13）And second pressure sensor（14）；Main water wing（1）With outer water wing（3）And lower water wing（4）Connection, gas storage circle（2）
Located at main water wing（1）It is interior；Main gas charge magnetic valve（7）With main water wing（1）Connection, gas storage magnetic valve（8）With main water wing（1）And storage
Air ring（2）Connection, outer water wing（3）Pass through outer inflation magnetic valve（9）With gas storage circle（2）Connection, lower water wing（4）Pass through lower inflation electricity
Magnet valve（10）With gas storage circle（2）Connection, overturning-preventing stacked switch（12）It is installed on main water wing（1）On, overturning-preventing stacked switch
（12）Include switch enclosure（19）, moving contact（20）, fixed touching plate（21）And soft wire（22）；Controller（5）Pass through control
Line and mobile communications device（6）, main gas charge magnetic valve（7）, gas storage magnetic valve（8）, outer inflation magnetic valve（9）, lower inflation electromagnetism
Valve（10）, inclination sensor（11）, overturning-preventing stacked switch（12）, first pressure sensor（13）And second pressure sensor
（14）Connection；It is characterized in that：The application method of described intelligent network protection swimming life-buoy is：In use, intelligent network is protected
Swimming life-buoy lies against horizontal ground, utilizes starting switch（27）Start controller（5）Into automatic control program, controller（5）
Into after automatic control program, controller（5）Control main gas charge magnetic valve（7）And gas storage magnetic valve（8）Open；Main gas charge electricity
Magnet valve（7）And gas storage magnetic valve（8）After opening, pass through main gas charge magnetic valve using air aerating device（7）To main water wing（1）
Inflation, when main water wing（1）The first die cavity（15）When interior pressure reaches the pressure of setting, the first die cavity（15）Interior first pressure
Sensor（13）Its signal is transferred to controller（5）, controller（5）Control main gas charge magnetic valve（7）Close, main water wing（1）
Inflation finishes；Main water wing（1）After inflation, pass through gas storage magnetic valve using air aerating device（8）To gas storage circle（2）Fill
Gas, when gas storage circle（2）The second die cavity（16）When interior pressure reaches the pressure of setting, the second die cavity（16）Interior second pressure
Sensor（14）Its signal is transferred to controller（5）, controller（5）Control gas storage magnetic valve（8）Close, gas storage circle（2）Fill
Gas finishes；Gas storage circle（2）After inflation, intelligent network protection swimming life-buoy is kept flat in swimming pool, then child is put into main water wing
（1）Inner ring（32）It is interior, and the head of child and hand is located at main water wing（1）Upper surface（33）Top, and make child
The lower part of the body be located at main water wing（1）Lower surface（34）Below；Child is put into main water wing（1）Inner ring（32）Afterwards, use
Press overturning-preventing start button（28）, controller（5）Into overturning-preventing control program；Controller（5）Journey is controlled into overturning-preventing
After sequence, when the child to be swum on intelligent network protection swimming life-buoy surprisingly causes main water wing（1）When being more than 30 ° of angles with the angle of the water surface,
Inclination sensor（11）Its signal is transferred to controller（5）, controller（5）The outer inflation magnetic valve of control（9）Open, gas storage circle
（2）Compressed air by outer inflation magnetic valve（9）Enter outer water wing（3）The 3rd die cavity（17）, outer water wing（3）Expansion, makes
Intelligent network protects the increase of the contact surface of swimming life-buoy and water, prevents main water wing（1）Continue to tilt；Meanwhile controller（5）By main water wing
（1）Inclined signal is transferred to mobile communications device（6）, mobile communications device（6）By mobile network by main water wing（1）Tilt
Signal transmit the father and mother of the child or the mobile phone of other guardians, the mobile phone is sent alarm, make the father and mother of the child
Or other guardians take protection action immediately, intelligent network protection swimming life-buoy is avoided to topple over.
2. the application method of intelligent network protection swimming life-buoy according to claim 1, it is characterised in that：Described main water wing
（1）During inclination, main water wing is caused（1）While tilt, one side step-down；Gas storage circle（2）Outside water wing（3）After inflation, when main water wing
（1）Upper surface（33）When being more than 45° angle with the angle of the water surface, overturning-preventing stacked switch（12）Switch enclosure（19）Follow main floating
Circle（1）Tilt, switch enclosure（19）Interior moving contact（20）Under gravity to corresponding fixed touching plate（21）Swing, moving contact
（20）And with the fixed touching plate（21）Contact, overturning-preventing stacked switch（12）Power supply is controlled by switch enclosure（19）Input electric connection
（23）Through soft wire（22）, moving contact（20）And fixed touching plate（21）With switch enclosure（19）Output electric connection（24）Connect,
Overturning-preventing stacked switch（12）By its moving contact（20）With the fixed touching plate（21）The signal of connection is transferred to controller（5）, control
Device（5）Inflation magnetic valve under control accordingly（10）Open, gas storage circle（2）Pass through lower inflation magnetic valve（10）To floating downward accordingly
Circle（4）Inflation, makes main water wing（1）The corresponding lower water wing in step-down one side（4）Expansion, increases main water wing（1）The buoyancy on step-down one side,
Intelligent network protection swimming life-buoy is avoided to topple over.
3. the application method of intelligent network protection swimming life-buoy according to claim 2, switch enclosure（19）Include a cylinder
（35）, overturning-preventing stacked switch（12）Fixed touching plate（21）Located at cylinder（35）Inwall on, it is characterised in that：Described switch
Box（19）Cylinder（35）Follow main water wing（1）Tilt, main water wing（1）Gradient when being more than 45° angle：When main water wing（1）'s
Front is than main water wing（1）When the position of back is low, switch enclosure（19）Moving contact（20）With cylinder（35）On rear fixed touching plate
（38）Contact；When main water wing（1）Back than main water wing（1）When position in front is low, switch enclosure（19）Moving contact（20）With
Cylinder（35）On preceding fixed touching plate（37）Contact；When main water wing（1）The left side than main water wing（1）When the position on the right is low, switch
Box（19）Moving contact（20）With cylinder（35）On right fixed touching plate（40）Contact；When main water wing（1）The right than main water wing（1）
When the position on the left side is low, switch enclosure（19）Moving contact（20）With cylinder（35）On left fixed touching plate（39）Contact.
4. the application method of intelligent network protection swimming life-buoy according to claim 3, lower water wing（4）Include front lower water wing
（46）, descend water wing afterwards（47）, lower-left water wing（48）And bottom right water wing（49）；Lower inflation magnetic valve（10）Include front lower inflation
Magnetic valve（50）, lower inflation magnetic valve afterwards（51）, lower-left inflation magnetic valve（52）And bottom right inflation magnetic valve（53）, its feature
It is：Described switch enclosure（19）Moving contact（20）With cylinder（35）On rear fixed touching plate（38）During contact, controller（5）Control
Make front lower inflation magnetic valve（50）Open, gas storage circle（2）Interior compressed air is through front lower inflation magnetic valve（50）Into before floating downward
Circle（46）, front lower water wing（46）Expansion, by main water wing（1）Front float, avoid main water wing（1）Topple over；Switch enclosure（19）'s
Moving contact（20）With cylinder（35）On preceding fixed touching plate（37）During contact, controller（5）Lower inflation magnetic valve after control（51）Beat
Open, gas storage circle（2）Interior compressed air lower inflation magnetic valve after（51）The lower water wing after（47）, water wing is descended afterwards（47）It is swollen
It is swollen, by main water wing（1）Back float, avoid main water wing（1）Topple over；Switch enclosure（19）Moving contact（20）With cylinder（35）On
Right fixed touching plate（40）During contact, controller（5）Control lower-left inflation magnetic valve（52）Open, gas storage circle（2）Interior compression is empty
Gas inflates magnetic valve through lower-left（52）Into lower-left water wing（48）, lower-left water wing（48）Expansion, by main water wing（1）The left side float
Rise, avoid main water wing（1）Topple over；Switch enclosure（19）Moving contact（20）With cylinder（35）On left fixed touching plate（39）During contact,
Controller（5）Control bottom right inflation magnetic valve（53）Open, gas storage circle（2）Interior compressed air inflates magnetic valve through bottom right（53）
Into bottom right water wing（49）, bottom right water wing（49）Expansion, by main water wing（1）The right float, avoid main water wing（1）Topple over.
5. the application method of intelligent network protection swimming life-buoy according to claim 1, it is characterised in that：Described outer inflation electricity
Magnet valve（9）Opening and outer water wing（3）After expansion inflation, controller（5）Control its alarm（31）Send alarm sound and
Flash of light, meanwhile, mobile communications device（6）Its signal is transferred to the father and mother or other care providers of child by mobile network
Mobile phone, the father and mother or other care providers for reminding child take protection action in time, and child is protected in intelligent network and swum
Circle takes in one's arms；Then controller is pressed（5）Reset switch（29）, make controller（5）Reset, controller（5）Exit and automatically control
Program, controller（5）Main gas charge magnetic valve（7）And gas storage magnetic valve（8）Close；Meanwhile controller（5）Exit overturning-preventing control
Processing procedure sequence, controller（5）Control gas storage magnetic valve（8）And magnetic valve is inflated outside（9）Close；Controller（5）After reset, and
Utilize outer water wing（3）Outer Manual air-release valves（54）By outer water wing（3）Compressed air release, make intelligent network protection swimming life-buoy it is extensive
Original state is arrived again.
6. the application method of intelligent network protection swimming life-buoy according to claim 2, it is characterised in that：Described main water wing
（1）Upper surface（33）When being more than 45° angle with the angle of the water surface, gas storage circle（2）Pass through lower inflation magnetic valve（10）To corresponding
Lower water wing（4）Inflation, makes main water wing（1）The corresponding lower water wing in step-down one side（4）Expansion；Controller simultaneously（5）Control its alarm
Device（31）Send alarm sound and flash of light, mobile communications device（6）Its signal is transferred to the father of child by mobile network
Female or other care providers, the father and mother or other care providers for reminding child take protection action in time, by child Yu Zhi
Energy network protection swimming life-buoy takes in one's arms；Then controller is pressed（5）Reset switch（29）, make controller（5）Reset, controller（5）
Exit automatic control program, controller（5）Main gas charge magnetic valve（7）And gas storage magnetic valve（8）Close；Meanwhile controller（5）
Exit overturning-preventing control program, controller（5）Control gas storage magnetic valve（8）And magnetic valve is inflated outside（9）Close；Controller
（5）After reset, and utilize lower water wing（4）Lower Manual air-release valves（55）By lower water wing（4）Compressed air release, make intelligence
Network protection swimming life-buoy returns to original state.
7. the application method of intelligent network protection swimming life-buoy according to claim 1, compressed air circle（3）Provided with safety valve
（60）, it is characterised in that：Described gas storage circle（2）The second die cavity（16）When interior pressure exceedes the safe pressure of setting, peace
Full valve（60）Automatically open up, the second die cavity（16）Interior compressed air passes through safety valve（60）Discharge, when the second die cavity（16）It is interior
When the pressure of compressed air is less than the safe pressure set, safety valve（60）It is automatic to close；Gas storage circle（2）The second die cavity（16）
The pressure of setting is more than main water wing（1）The first die cavity（15）The pressure of setting.
8. the application method of intelligent network protection swimming life-buoy according to claim 3, it is characterised in that：Described main water wing
（1）After inflation, after intelligent network protection swimming life-buoy is put into swimming pool, main water wing（1）Upper surface（33）With lower surface（34）It is parallel,
Main water wing（1）Lower surface（34）It is parallel with horizontal line, main water wing（1）Lower surface（34）It is parallel with the liquid level of swimming pool, switch
Box（19）Cylinder（35）Axis it is vertical with the liquid level of swimming pool, intelligent network protection swimming life-buoy be in horizontal suspended state, open
Close box（19）Cylinder（35）It is horizontal state；Cylinder（35）The first radial centre lines（41）And cylinder（35）'s
Second radial centre lines（42）It is parallel with the liquid level of swimming pool；Cylinder（35）The first radial centre lines（41）With cylinder（35）
Two radial centre lines（42）At grade, the first radial centre lines（41）With the second radial centre lines（42）Vertically.
9. the application method of intelligent network protection swimming life-buoy according to claim 2, it is characterised in that：Described gas storage circle
（2）To lower water wing（4）During inflation, lower water wing（4）Along main water wing（1）Axial direction stretching, extension, make main water wing（1）Inclined low-end phase
Answering the buoyancy of position increases, and avoids main water wing（1）Continue to tilt.
10. the application method of intelligent network protection swimming life-buoy according to claim 2, it is characterised in that：Described moving contact
（20）With two neighboring fixed touching plate（21）During contact, overturning-preventing stacked switch（12）Respectively to controller（5）Export moving contact
（20）With two neighboring fixed touching plate（21）The signal of contact, controller（5）Control corresponding two lower inflation magnetic valves（10）
Open, gas storage circle（2）Pass through two corresponding lower inflation magnetic valves（10）To corresponding two lower water wings（4）Inflation.
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| CN201710614199.0A CN107416150B (en) | 2017-07-25 | 2017-07-25 | The application method of intelligent network protection swimming life-buoy |
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| CN201710614199.0A CN107416150B (en) | 2017-07-25 | 2017-07-25 | The application method of intelligent network protection swimming life-buoy |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109634442A (en) * | 2019-02-19 | 2019-04-16 | 济南大学 | A kind of intelligence infant swimming circle alarm system, swim ring equipment and alarm method |
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| CN107416150B (en) | 2019-02-12 |
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