CN107539435A - A kind of rotary island shape wireless charging power station waterborne - Google Patents
A kind of rotary island shape wireless charging power station waterborne Download PDFInfo
- Publication number
- CN107539435A CN107539435A CN201710884582.8A CN201710884582A CN107539435A CN 107539435 A CN107539435 A CN 107539435A CN 201710884582 A CN201710884582 A CN 201710884582A CN 107539435 A CN107539435 A CN 107539435A
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- Prior art keywords
- wireless charging
- waterborne
- locating rod
- deck
- charging
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The present invention relates to a kind of rotary island shape wireless charging power station waterborne, belong to charging applied technical field waterborne.Rotary island shape wireless charging power station waterborne is established in the left side of electronic boat landing or right side, rotary island shape wireless charging power station waterborne is linked together by connecting bridge and the left side of electronic boat landing or right side, according to the power supply unit waterborne of the quantity of electric ship set-mounted quantity on the deck in rotary island shape wireless charging power station waterborne；The hawser that staff draws the electric ship for needing to charge is reached by connecting bridge on the deck in rotary island shape wireless charging power station waterborne, it would be desirable to which the hawser of the electric ship of charging is bound on checking bollard, makes electric ship mooring in the charging operating area waterborne of deck outer；Staff is first turned on the hatch door in the charging cabin of electric ship, abutment sleeve is locked in above locating rod second, at this moment the receiving coil in the transmitting coil and wireless charging receiver in wireless charging emitter is on optimal wireless charging position, it is possible to carries out charging operation waterborne.
Description
Technical field
The present invention relates to a kind of rotary island shape wireless charging power station waterborne, belong to charging applied technical field waterborne.
Background technology
On electronic boat landing in park, also without the operating area that can be electric ship progress charging waterborne, also lack
Special energy is the special equipment that electric ship carries out charging waterborne, the electric energy of electric ship exhaust after can only mooring electric ship code
On head, charging operation waterborne can not be carried out, electric ship, which can not carry out charging in time, to come into operation as soon as possible；In electric ship
It is a piece of busy on the electronic boat landing in park using in the festivals or holidays of peak period, but exhausting with electric ship electric energy, increasingly
More electric ships can not be continuing with, and can only be docked on electronic boat landing, and electric ship can use, non-serviceable mixes
Together, the work that staff has bar not wad a quilt with cotton has been upset, has brought confusion to the management on electronic boat landing, make electronic boat landing
On work well-knit can not carry out；At present, due to lacking the charging equipment waterborne of electric ship on electronic boat landing, just do not have
There is method to set up to carry out the operation area of charging waterborne to exhaust the electric ship of electric energy in lay day, make these problems always without
Method effectively solves.
The content of the invention
It is an object of the invention to overcome deficiency of the prior art, there is provided a kind of rotary island shape wireless charging power station waterborne.
The power supply unit waterborne of charging waterborne can be carried out for electric ship by being provided with a kind of deck in rotary island shape wireless charging power station waterborne, be adopted
Wireless charging emitter can in charging operating area waterborne is set, can be docked in it is electronic in this region
Ship carries out charging operation waterborne；Meanwhile a kind of rotary island shape wireless charging power station waterborne is connected to by connecting bridge and electronic boat landing
Together, electronic boat landing is made to have operation area that is special, being electric ship charging waterborne, staff will easily can need
The electric ship to be charged traction mooring can be thought electronic in electric ship lay day in a kind of rotary island shape wireless charging power station waterborne
Ship carries out charging operation waterborne, realizes that electric ship can be used on electronic boat landing, non-serviceable carries out subregion and berthed, allows
Staff on electronic boat landing can have what bar do not wadded a quilt with cotton to be operated, and make the management of electronic boat landing more orderly,
More preferable service is provided for visitor.
What the main technical schemes of the present invention were realized in：
By deck 1, pile 2, checking bollard 3, wire fixer 4, power distribution cabinet 5, service cable 6, power transmission cable 7, charging cable 8, conductor wire
9th, strand oscillator 10, terminal box 11, locating dowel 12, locating rod first 13, wireless charging emitter 14, wireless charging receiver 24
Collectively constituted with connecting bridge 36, wireless charging emitter 14 by wireless charging emitter housing 15, countdown circuit 16,
Power switch 17, transmitting coil 18, abutment sleeve 19 and controlling switch 20 collectively constitute, and wireless charging receiver 24 is by wireless
Charging receiver housing 25, reception control circuit 26, receiving coil 27, locating rod second 28 collectively constitute；Above pile 2
Deck 1 is installed, deck 1 is connected by connecting bridge 36 with electronic boat landing 35, and checking bollard 3, solidus are provided with above deck 1
Device 4, power distribution cabinet 5, strand oscillator 10, locating dowel 12 and locating rod first 13, terminal box 11 is installed above strand oscillator 10, positioned
Bar first 13 is arranged on above locating dowel 12, and lockhole 29, wireless charging emitter shell are provided with the shaft of locating rod first 13
The inside of body 15 is provided with countdown circuit 16 and transmitting coil 18, on the top shell wall of wireless charging emitter housing 15
Power switch 17 is installed, abutment sleeve 19 is installed on the rear shell wall of wireless charging emitter housing 15, in positioning sleeve
Controlling switch 20 is installed, the bottom of wireless charging emitter housing 15, which is provided with, tilts vizard 21, wireless charging above cylinder 19
Electric emitter 14 is locked in locating rod first 13 by the abutment sleeve 19 on wireless charging emitter housing 15
Above, wireless charging receiver 24 be arranged on electric ship 34 charging cabin 22 in, wireless charging receiver housing 25 it is interior
Portion is provided with reception control circuit 26 and receiving coil 27, the top of wireless charging receiver housing 25 are provided with inclined plane second
30, locating rod second 28 is arranged on the rear shell wall of wireless charging receiver housing 25, is set on the shaft of locating rod second 28
There is lockhole 29；Service cable 6 accesses power distribution cabinet 5, one end access power distribution cabinet 5, the other end warp of power transmission cable 7 of power transmission cable 7
The thereto 11 of wire fixer 4, disk are placed on one end thereto 11 of the charging cable 8 in the drum of strand oscillator 10, charging
The other end of cable 8 is connected with countdown circuit 16, and countdown circuit 16 is connected by conductor wire 9 with power switch 17,
Countdown circuit 16 is connected by conductor wire 9 with transmitting coil 18, is received control circuit 26 and is passed through conductor wire 9 and receiving coil
27 connections.
The bottom of wireless charging emitter housing 15 tilts vizard 21 and the top of wireless charging receiver housing 25
The angle of inclination of inclined plane second 30 is consistent；Deck 1 is hollow annular construction.
Compared with prior art, the beneficial effects of the invention are as follows：A kind of rotary island shape wireless charging power station waterborne passes through connecting bridge
Linked together with electronic boat landing, electronic boat landing is had the special operation region for carrying out charging waterborne for electric ship,
Charging operation waterborne easily can be carried out to electric ship, solve the problems, such as that current electric ship can not be charged on the water；
Also make the management of electronic boat landing more orderly, the electric ship that the electric ship and needs that can be come into operation charge realizes
Clear and definite subregion berths, and is docked in electric ship that the needs in rotary island shape wireless charging power station waterborne charge can while berthing
Carry out charging operation waterborne；Meanwhile the technical scheme of wireless charging is employed, the wireless charging emitter and nothing of closed structure
Line charging receiver can more safely carry out charging waterborne.
Brief description of the drawings
Fig. 1 is the implementation view of the present invention.
Fig. 2 is the side structure schematic view of the present invention.
Fig. 3 is the wireless charging emitter of the present invention and the side structure schematic view of wireless charging receiver.
Embodiment
The present invention is by deck, pile, checking bollard, wire fixer, power distribution cabinet, service cable, power transmission cable, charging cable, conduction
Line, strand oscillator, terminal box, locating dowel, locating rod first, wireless charging emitter, wireless charging receiver and connecting bridge are total to
With composition, wireless charging emitter by wireless charging emitter housing, countdown circuit, power switch, transmitting coil,
Abutment sleeve and controlling switch collectively constitute, and wireless charging receiver is by wireless charging receiver housing, reception control electricity
Road, receiving coil, locating rod second collectively constitute；Rotary island shape wireless charging waterborne is established in the left side of electronic boat landing or right side
Stand, rotary island shape wireless charging power station waterborne is linked together by connecting bridge and the left side of electronic boat landing or right side, according to electronic
The power supply unit waterborne of the quantity of ship set-mounted quantity on the deck in rotary island shape wireless charging power station waterborne；In electronic boat landing
On, the hawser that staff draws the electric ship for needing to charge passes through the first in connecting bridge arrival rotary island shape wireless charging power station waterborne
On plate, it would be desirable to which the hawser of the electric ship of charging is bound on checking bollard, makees waterborne charging of the electric ship mooring in deck outer
Industry region；Staff is first turned on the hatch door in the charging cabin of electric ship, then presses the controlling switch on abutment sleeve, unlocks
Locking of the wireless charging emitter in locating rod first, then by abutment sleeve ring set above locating rod second, unclamp control
System switch, makes wireless charging emitter be locked in locating rod second, at this moment the transmitting coil and nothing in wireless charging emitter
Receiving coil in line charging receiver is on optimal wireless charging position, and staff presses power switch, transmitting
Control circuit by conductor wire transfers to transmitting coil after being adjusted by the program of setting to electric current, makes reception by electromagnetic induction
Coil is powered, and electric current caused by receiving coil inputs to receive control circuit and be adjusted through conductor wire followed by passes through power transmission cable
Input boat-carrying energy storage；The electric ship of sufficient electrical energy can be waterborne wireless from rotary island shape under the traction of staff
Charging station is moored to the dock area of electronic boat landing, comes into operation.A kind of rotary island shape wireless charging power station waterborne passes through connecting bridge
Linked together with electronic boat landing, electronic boat landing is had the special operation region for carrying out charging waterborne for electric ship,
Charging operation waterborne easily can be carried out to electric ship, solve the problems, such as that current electric ship can not be charged on the water；
Also make the management of electronic boat landing more orderly, the electric ship that the electric ship and needs that can be come into operation charge realizes
Clear and definite subregion berths, and is docked in electric ship that the needs in rotary island shape wireless charging power station waterborne charge can while berthing
Carry out charging operation waterborne；Meanwhile the technical scheme of wireless charging is employed, the wireless charging emitter and nothing of closed structure
Line charging receiver can more safely carry out charging waterborne.
The present invention will be further described with reference to the embodiment in accompanying drawing below：
Deck 1 is installed above pile 2, checking bollard 3, wire fixer 4, power distribution cabinet 5, strand oscillator are installed above deck 1
10th, locating dowel 12 and locating rod first 13；As shown in Fig. 2 power supply unit waterborne is often covered by wireless charging emitter 14, a cable
Stake 3, wire fixer 4, charging cable 8, strand oscillator 10, terminal box 11, locating dowel 12 and locating rod first 13 are formed, in strand oscillator 10
It is installed above to have terminal box 11, it is placed with charging cable 8, one end access wiring of charging cable 8 in the drum inner disc of strand oscillator 10
Box 11, the other end of charging cable 8 are connected with countdown circuit 16, and checking bollard 3 is arranged on the edge on deck 1, is easy to electronic
Hawser 32 on ship 34 enables the mooring of electric ship 34 in the water of the outer of deck 1 by being bound in above bollard 31 and checking bollard 3
On face, locating dowel 12 is adjacent on the deck 1 at the rear of checking bollard 3, and locating rod first 13 is arranged on above locating dowel 12, fixed
The shaft of position bar first 13 is provided with lockhole 29, and wireless charging emitter 14 passes through installed in wireless charging emitter housing 15
On abutment sleeve 19 be locked in above locating rod first 13, strand oscillator 10 is adjacent on the deck 1 at the rear of locating dowel 12,
Wire fixer 4 is arranged on the deck 1 of the lower section of terminal box 11, and power transmission cable 7 is through the thereto 11 of wire fixer 4；According to being pacified
The quantity of the power supply unit waterborne of dress, the deck 1 for needing size is installed above pile 2, as shown in figure 1, deck 1 passes through company
Connect bridge 36 to be connected with electronic boat landing 35, deck 1 is hollow annular construction, and power distribution cabinet 5 is arranged on the central hollow ring side on deck 1
Edge, through the hollow position access power distribution cabinet 5 on deck 1, what is picked out from power distribution cabinet 5 is defeated for external lower section of the service cable 6 through deck 1
Hollow position of the electrical cables 7 equally on deck 1 stretches into the lower section on deck 1, is worn upwards at the wire fixer 4 above deck 1
The terminal box 11 that deck 1 is accessed on strand oscillator 10 after the fixation of wire fixer 4 is crossed, according to the power supply list waterborne installed on deck 1
The quantity of position, the power transmission cable 7 for the respective numbers that can be picked out from power distribution cabinet 5 are powered, and deck 1 uses hollow circular knot
Structure, be advantageous to the power distribution cabinet 5 installed in central hollow ring edge and access service cable 6 and power transmission cable 7 from the lower section on deck 1,
Make the charging scope of operation of the top of deck 1 will not be influenceed by cable is socketed, staff more pacifies when operating charging waterborne
Entirely；Wireless charging receiver 24 is arranged in the charging cabin 22 of electric ship 34, and hatch door is provided with the hatch in charging cabin 22
23, wireless charging receiver 24 is by wireless charging receiver housing 25, reception control circuit 26, receiving coil 27, positioning
Bar second 28 collectively constitutes.Locating rod second 28 on the rear shell wall of wireless charging receiver housing 25 and installed in positioning
The size shape of locating rod first 13 on post 12 is consistent, and with the rear shell wall of wireless charging emitter housing 15
Abutment sleeve 19 is mutually matched, and lockhole 29 is provided with the shaft of locating rod first 13 and locating rod second 28, in abutment sleeve 19
Provided with dead bolt, dead bolt is controlled by controlling switch 20, and wireless charging emitter 14 can successfully be locked by abutment sleeve 19
It is scheduled on above locating rod first 13 and locating rod second 28；Back-moving spring is installed in the bottom of dead bolt, back-moving spring, which opens, to be withstood
Dead bolt, make the inwall of dead bolt protrusion abutment sleeve 19, needing wireless charging emitter 14 being locked in locating rod first 13
When, staff presses the controlling switch 20 on abutment sleeve 19, and controlling switch 20 compresses back-moving spring, dead bolt retraction positioning
The inwall of sleeve 19, the opening position that staff's can sets the ring set of abutment sleeve 19 on the shaft of locating rod first 13, this
When staff unclamp controlling switch 20, back-moving spring open withstands dead bolt, the dead bolt stretched out from the inwall of abutment sleeve 19
Into in the lockhole 29 on the shaft of locating rod first 13, so that it may so that wireless charging emitter 14 is locked in the shaft of locating rod first 13
The opening position of upper setting；When carrying out charging operation waterborne, staff opens the hatch door 23 at the charging hatch of cabin 22, work
Personnel press controlling switch 20 and wireless charging emitter 14 are removed above locating rod first 13, and the ring set of abutment sleeve 19 is existed
Setting position on the shaft of locating rod second 28, controlling switch 20 is unclamped, back-moving spring, which opens, withstands dead bolt, sends out wireless charging
Injection device 14 can be locked in the opening position set on the shaft of locating rod second 28；As shown in figure 3, wireless charging emitter housing
15 and wireless charging receiver housing 25 have setting seal, the infiltration of steam can be prevented, meanwhile, wireless charging hair
The bottom of injection device housing 15, which is provided with, tilts vizard 21, and the top of wireless charging receiver housing 25 is provided with inclined plane second 30,
The inclination vizard 21 of setting and inclined plane second 30 be in order in condensation vapor when on shell, condensation vapor into the globule can be along
Tilt vizard 21 and inclined plane second 30 slides downwards, the bottom for the wireless charging emitter housing 15 being in outdoor environment
Larger debris will not also be adhered to by tilting on vizard 21, it is waterborne in progress that inclined case surface also easily facilitates staff
Cleaned before charging operation to tilting vizard 21 and inclined plane second 30；Tilt vizard 21 and the angle of inclination of inclined plane second 30
Unanimously, when wireless charging emitter 14 is by being locked on the position set on the shaft of locating rod second 28, vizard 21 is tilted
It is arranged above and below with inclined plane second 30 in parallel, there is the distance of setting between the two, make the transmitting coil of the top of inclination vizard 21
18 are on optimal wireless charging position with the receiving coil 27 below inclined plane second 30, according to inclination vizard 21 and inclined plane
The angle of inclination of second 30, transmitting coil 18 and the receiving coil 27 of installation also have identical angle of inclination, and according to residing
Deviation carries out arranged in dislocation, transmitting coil 18 is in exactly on the position to match with receiving coil 27.Service cable 6
Power distribution cabinet 5 is accessed, power distribution cabinet 5, the other end of power transmission cable 7 are accessed through the thereto of wire fixer 4 in one end of power transmission cable 7
11, disk is placed on the other end and hair of one end thereto 11 of the charging cable 8 in the drum of strand oscillator 10, charging cable 8
Penetrate control circuit 16 to connect, countdown circuit 16 is connected by conductor wire 9 with power switch 17, and countdown circuit 16 passes through
Conductor wire 9 is connected with transmitting coil 18, is received control circuit 26 and is connected by conductor wire 9 with receiving coil 27, control circuit 26
It is connected simultaneously by conductor wire 9 with boat-carrying energy-storage battery 33；The length for the charging cable 8 that the drum of strand oscillator 10 can give off
The region that wireless charging emitter 14 can reach is determined, this region is exactly often to cover power supply unit waterborne to enter water-filling
The operating area of upper charging；External power supply inputs power distribution cabinet 5 through service cable 6 and is scheduled, and power distribution cabinet 5 passes through power transmission cable 7
Electric current is transmitted to charging cable 8 through terminal box 11, charging cable 8 conveys electric current to countdown circuit 16；Carrying out waterborne fill
During electric operation, wireless charging emitter 14 is locked in the opening position set on the shaft of locating rod second 28 by staff, makes nothing
Micro USB electricity emitter 14 and wireless charging receiver 24 are locked together by abutment sleeve 19 and locating rod second 28, are connect
, staff presses the power switch 17 on wireless charging emitter 14, and at this moment, countdown circuit 16 is carried out to electric current
Transmitting coil 18 is transferred to by conductor wire 9 after adjustment, makes receiving coil 27 powered by electromagnetic induction, caused by receiving coil 27
Electric current inputs reception control circuit 26 through conductor wire 9 and is adjusted followed by by the input storage of power transmission cable 8 in electric ship 34
Energy battery 33 stores.
It is as follows now to enumerate embodiment：
Embodiment one：
Rotary island shape wireless charging power station waterborne is established on the left of electronic boat landing, rotary island shape wireless charging power station waterborne passes through connecting bridge
Linked together with the left side of electronic boat landing or right side, staff draws the electric ship for needing to charge, it would be desirable to charges
Electric ship mooring in the charging operating area waterborne of deck outer；Staff is first turned on the cabin in the charging cabin of electric ship
Door, the controlling switch on abutment sleeve is then pressed, locking of the unblock wireless charging emitter in locating rod first, then will
Abutment sleeve ring set unclamps controlling switch, wireless charging emitter is locked in locating rod second above locating rod second
Above, the receiving coil at this moment in the transmitting coil and wireless charging receiver in wireless charging emitter is in optimal
On wireless charging position, staff presses power switch, makes receiving coil powered by electromagnetic induction, caused by receiving coil
Electric current inputs reception control circuit through conductor wire and is adjusted followed by by power transmission cable input boat-carrying energy storage.
Embodiment two：
Rotary island shape wireless charging power station waterborne is established on the right side of electronic boat landing, rotary island shape wireless charging power station waterborne passes through connecting bridge
Linked together with the left side of electronic boat landing or right side, staff draws the electric ship for needing to charge, it would be desirable to charges
Electric ship mooring in the charging operating area waterborne of deck outer；Staff is first turned on the cabin in the charging cabin of electric ship
Door, the controlling switch on abutment sleeve is then pressed, locking of the unblock wireless charging emitter in locating rod first, then will
Abutment sleeve ring set unclamps controlling switch, wireless charging emitter is locked in locating rod second above locating rod second
Above, the receiving coil at this moment in the transmitting coil and wireless charging receiver in wireless charging emitter is in optimal
On wireless charging position, staff presses power switch, makes receiving coil powered by electromagnetic induction, caused by receiving coil
Electric current inputs reception control circuit through conductor wire and is adjusted followed by by power transmission cable input boat-carrying energy storage.
Claims (1)
1. a kind of rotary island shape wireless charging power station waterborne, it is characterized in that, by deck（1）, pile（2）, checking bollard（3）, wire fixer（4）、
Power distribution cabinet（5）, service cable（6）, power transmission cable（7）, charging cable（8）, conductor wire（9）, strand oscillator（10）, terminal box
（11）, locating dowel（12）, locating rod first（13）, wireless charging emitter（14）, wireless charging receiver（24）And connection
Bridge（36）Collectively constitute, wireless charging emitter（14）By wireless charging emitter housing（15）, countdown circuit
（16）, power switch（17）, transmitting coil（18）, abutment sleeve（19）And controlling switch（20）Collectively constitute, wireless charging connects
Receiving apparatus（24）By wireless charging receiver housing（25）, receive control circuit（26）, receiving coil（27）, locating rod second
（28）Collectively constitute；In pile（2）Above deck is installed（1）, deck（1）Pass through connecting bridge（36）With electronic boat landing
（35）Connection, on deck（1）Above checking bollard is installed（3）, wire fixer（4）, power distribution cabinet（5）, strand oscillator（10）, locating dowel
（12）With locating rod first（13）, in strand oscillator（10）Above terminal box is installed（11）, locating rod first（13）Installed in positioning
Post（12）Above, in locating rod first（13）Shaft be provided with lockhole（29）, wireless charging emitter housing（15）It is interior
Portion is provided with countdown circuit（16）And transmitting coil（18）, wireless charging emitter housing（15）Top shell wall on pacify
Equipped with power switch（17）, wireless charging emitter housing（15）Rear shell wall on abutment sleeve is installed（19）, fixed
Position sleeve（19）Above controlling switch is installed（20）, wireless charging emitter housing（15）Bottom be provided with tilt vizard
（21）, wireless charging emitter（14）By installed in wireless charging emitter housing（15）On abutment sleeve（19）Lock
It is scheduled on locating rod first（13）Above, wireless charging receiver housing（25）Inside reception control circuit is installed（26）With
Receiving coil（27）, wireless charging receiver housing（25）Top be provided with inclined plane second（30）, locating rod second（28）Installation
In wireless charging receiver housing（25）Rear shell wall on, in locating rod second（28）Shaft be provided with lockhole（29）；For
Electrical cables（6）Access power distribution cabinet（5）, power transmission cable（7）One end access power distribution cabinet（5）, power transmission cable（7）The other end through solid
Line device（4）Thereto（11）, disk is placed on strand oscillator（10）Drum in charging cable（8）One end thereto
（11）, charging cable（8）The other end and countdown circuit（16）Connection, countdown circuit（16）Pass through conductor wire（9）
With power switch（17）Connection, countdown circuit（16）Pass through conductor wire（9）With transmitting coil（18）Connection, receive control electricity
Road（26）Pass through conductor wire（9）With receiving coil（27）Connection；Described wireless charging emitter housing（15）Incline bottom
Inclined-plane first（21）With wireless charging receiver housing（25）The inclined plane second at top（30）Angle of inclination it is consistent；Described first
Plate（1）For hollow annular construction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710884582.8A CN107539435A (en) | 2017-09-26 | 2017-09-26 | A kind of rotary island shape wireless charging power station waterborne |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710884582.8A CN107539435A (en) | 2017-09-26 | 2017-09-26 | A kind of rotary island shape wireless charging power station waterborne |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107539435A true CN107539435A (en) | 2018-01-05 |
Family
ID=60964375
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710884582.8A Withdrawn CN107539435A (en) | 2017-09-26 | 2017-09-26 | A kind of rotary island shape wireless charging power station waterborne |
Country Status (1)
| Country | Link |
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| CN (1) | CN107539435A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108820171A (en) * | 2018-05-23 | 2018-11-16 | 山东交通学院 | A kind of underwater networking using renewable energy continues observation system and its method |
| CN109736269A (en) * | 2019-03-12 | 2019-05-10 | 深圳基原中正工程建设有限公司 | The small-sized terminal base of submersible |
| CN112885042A (en) * | 2021-01-26 | 2021-06-01 | 自然资源部第二海洋研究所 | Water surface oil spill monitoring and early warning device and method |
-
2017
- 2017-09-26 CN CN201710884582.8A patent/CN107539435A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108820171A (en) * | 2018-05-23 | 2018-11-16 | 山东交通学院 | A kind of underwater networking using renewable energy continues observation system and its method |
| CN109736269A (en) * | 2019-03-12 | 2019-05-10 | 深圳基原中正工程建设有限公司 | The small-sized terminal base of submersible |
| CN112885042A (en) * | 2021-01-26 | 2021-06-01 | 自然资源部第二海洋研究所 | Water surface oil spill monitoring and early warning device and method |
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| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180105 |
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| WW01 | Invention patent application withdrawn after publication |