CN107571760A - A kind of self-service charging station waterborne - Google Patents
A kind of self-service charging station waterborne Download PDFInfo
- Publication number
- CN107571760A CN107571760A CN201710884567.3A CN201710884567A CN107571760A CN 107571760 A CN107571760 A CN 107571760A CN 201710884567 A CN201710884567 A CN 201710884567A CN 107571760 A CN107571760 A CN 107571760A
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- China
- Prior art keywords
- charging
- waterborne
- controller
- power supply
- drum
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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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
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
Abstract
The present invention relates to a kind of self-service charging station waterborne, the charging operations software waterborne that crewman is opened on mobile phone carries out user's login, after charge controller waterborne is verified to log-on message, the data information of berth information in charging zone waterborne and user's electric ship in database matches suitable berth, crewman's driving electric ship is driven on the berth of instruction by the course line of setting in the area of station and berthed, simultaneously, the message handler of charge controller waterborne to the power supply rail car that can carry out charging operation waterborne at the berth sends the berth information of the electric ship, traveling controller control running gear is driven on the position specified；Then, charging gun of the crewman on the charging operations software waterborne on mobile phone below operation power railcar declines and charging gun is inserted into the charge port of electric ship, then the information started to charge up is inputted on the charging operations software waterborne on mobile phone, charging gun carries out charging operation waterborne by the charge port of electric ship to boat-carrying energy-storage battery.
Description
Technical field
The present invention relates to a kind of self-service charging station waterborne, belong to charging applied technical field waterborne.
Background technology
Due to lacking the electrically-charging equipment waterborne of electric ship, electric ship promotes the use of always individual problem, fuel-engined vehicle
The timetable arranged is exited, electric automobile is received by increasing people, is to be laid in each local charging because having
Stake, electric automobile can in time charge, come into operation, and electric ship lacks electrically-charging equipment waterborne, it is impossible to carry out waterborne fill in time
Electricity, it cannot be travelled at a distance；At present, or fuel oil ship traveling is in river course, lake, and fuel oil ship is under steam
Waste gas, the waste water of discharge are also polluting our sky and water source, and environmentally friendly electric ship is but because without corresponding charging waterborne
Facility and be difficult to promote the use of.
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 self-service charging station waterborne.One kind is certainly
Help and charging zone waterborne is provided with the station area of formula charging station waterborne, power supply rail car is installed on guide rail, can be to be docked in water
Electric ship in upper charging zone carries out charging operation waterborne, using lowering charging gun by the way of, height can occur in water level
Also can be that electric ship carries out charging operation waterborne in the case of change；Meanwhile a kind of self-service charging station waterborne employs intelligence
The self-service mode of operation changed carries out charging operation waterborne for electric ship, it is possible to reduce the operation cost of charging station waterborne, favorably
In the popularization of charging station waterborne.So, environmentally friendly electric ship just has corresponding electrically-charging equipment waterborne, is advantageous to pushing away for electric ship
It is wide to use, be advantageous to protect our living environment.
What the main technical schemes of the present invention were realized in：
Collectively constituted, powered by pillar 3, guide rail 4, power supply rail car 5, charge controller waterborne 6, antenna first 7 and service cable 8
Railcar 5 is by vehicle body 9, message handler 10, antenna second 11, traveling controller 12, running gear 13, roller 14, charging circuit
15th, drum controller 16, terminal box 17, drum 18, charging cable 19 and charging gun 20 collectively constitute, and power supply rail car is by vehicle body
9th, message handler 10, antenna second 11, traveling controller 12, running gear 13, roller 14, charging circuit 15, drum controller
16th, terminal box 17, drum 18, charging cable 19 and charging gun 20 collectively constitute；The both sides of charging zone waterborne 2 in the area of station are built
Charging zone bank protection 1 waterborne is found, charge controller 6 waterborne is installed on the water, antenna first 7 is arranged on above charging zone bank protection 1
Above charge controller 6 waterborne, in two pillars corresponding to the difference installation site of the corresponding position of charging zone bank protection 1 waterborne of both sides
3, guide rail 4 is installed at the top of two pillars 3, power supply rail car 5 is installed above guide rail 4, in the car of power supply rail car 5
Message handler 10, traveling controller 12 and charging circuit 15 are installed, antenna second 11 is arranged on message handler 10 in body 9
Above, running gear 13 being installed at the top of vehicle body 9 of power supply rail car 5, roller 14 is arranged on above running gear 13,
The bottom of vehicle body 9 of power supply rail car 5 is provided with drum controller 16, and terminal box 17 and drum 18 are arranged on drum controller 16
Above；The access information processor 10 of service cable 8, message handler 10 pass through conductor wire and traveling controller 12, charging circuit
15 and drum controller 16 connect, traveling controller 12 is connected by conductor wire with running gear 13, and charging circuit 15 is by leading
Electric wire is connected with terminal box 17, and disk is placed on one end thereto 17 of the charging cable 19 in drum 18, charging cable 19
The other end is provided with charging gun 20.
It is horizontal in the guide rail 4 of two top of pillar 3 installations；The power supply rail car 5 installed on every guide rail 4
Quantity is one or two.
Compared with prior art, the beneficial effects of the invention are as follows：Water is provided with a kind of station area of self-service charging station waterborne
Upper charging zone, power supply rail car is installed on guide rail, can be that the electric ship being docked in charging zone waterborne carries out waterborne fill
Electric operation；Meanwhile employ intelligentized self-service mode of operation and carry out charging operation waterborne for electric ship, it is possible to reduce be waterborne
The operation cost of charging station, be advantageous to the popularization of charging station waterborne, be advantageous to promoting the use of for electric ship.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention.
Fig. 2 is the overlooking the structure diagram of the present invention.
Embodiment
The present invention is collectively constituted by pillar, guide rail, power supply rail car, charge controller waterborne, antenna first and service cable,
Power supply rail car is controlled by vehicle body, message handler, antenna second, traveling controller, running gear, roller, charging circuit, drum
Device, terminal box, drum, charging cable and charging gun collectively constitute, and power supply rail car is by vehicle body, message handler, antenna second, OK
Walk controller, running gear, roller, charging circuit, drum controller, terminal box, drum, charging cable and common group of charging gun
Into；Charging zone bank protection waterborne is established in the both sides of charging zone waterborne in the area of station, in the bank protection corresponding position in charging zone waterborne of both sides
Two pillars corresponding to installation site respectively, guide rail is installed at the top of two pillars, power rail is installed above guide rail
Road car；The crewman on electric ship for needing to charge opens the charging operations software waterborne on mobile phone, on the water charging operations software
On to charge controller waterborne send user login information, charge controller waterborne is verified to log-on message, is verified
The data information such as the berth information in the charging zone waterborne in database and the ship type of electric ship of the user matches afterwards
Berth information and the course line in the area of station are sent to the charging waterborne on crewman's mobile phone by suitable berth, charge controller waterborne
Software is operated, crewman's driving electric ship is driven on the berth of instruction by the course line of setting in the area of station and berthed, meanwhile, it is waterborne to fill
The message handler of electric controller to the power supply rail car that can carry out charging operation waterborne at the berth sends the pool of the electric ship
Position information, message handler send the command information of setting, walking control to traveling controller after the information received is handled
Device control running gear processed is driven on the position specified, and the charging waterborne that the berth where making the electric ship is in charging gun is made
Industry region；Then, prompting of the crewman according to the charging operations software waterborne on mobile phone and the message handler in power supply rail car
Establish and connect, the charging gun on the charging operations software waterborne on mobile phone below operation power railcar drops to and can carried out
On the position of charging operation waterborne, charging gun is inserted into the charge port of electric ship by crewman, then the charging waterborne on mobile phone
The information started to charge up is inputted on operation software, message handler is handled the command information started to charge up received,
According to the program of setting, electric current is conveyed to charging circuit by conductor wire, charging circuit is adjusted by the program of setting to electric current
It is whole, electric current is then transferred into charging cable by conductor wire through terminal box, the charging gun for alloing to be arranged on charging cable enters
Row charging operation, charging gun carry out charging operation waterborne by the charge port of electric ship to boat-carrying energy-storage battery.
The present invention will be further described with reference to the embodiment in accompanying drawing below：
Charging zone bank protection 1 waterborne, the charging waterborne of the both sides of charging zone 2 waterborne are established in the both sides of charging zone waterborne 2 in the area of station
Area's bank protection 1 is in arranged in parallel, distance of the charging zone bank protection 1 waterborne of the both sides of charging zone 2 waterborne with setting, in the waterborne of both sides
Two pillars 3 corresponding to the difference installation site of the corresponding position of charging zone bank protection 1, guide rail 4, guide rail 4 are installed at the top of two pillars 3
The top of the water surface 25 of charging zone 2 on the water is traversed, power supply rail car 5 is installed above guide rail 4；Guide rail 4 is horizontal
State, power supply rail car 5 can smoothly be moved by running gear 13 above guide rail 4.According to the size of station area's scale, peace
Mounted in the length of the guide rail 4 at two tops of pillar 3, the quantity for the power supply rail car 5 installed on a guide rail 4 is one or two
；When needing that two power supply rail cars 5 are being installed on a guide rail 4, a confession is respectively filled on the left side of guide rail 4 and the right
Electric rail car 5.Charge controller 6 waterborne is installed on the water, antenna first 7 is installed to charge on the water above charging zone bank protection 1
Above controller 6, charge controller 6 waterborne is received or sent command information by antenna first 7；The information of power supply rail car 5
Processor 10 is received or sent command information by antenna second 11, on the water under the scheduling controlling of charge controller 6, is led at one
Two power supply rail cars 5 on rail 4 will not collide.Be provided with the vehicle body 9 of power supply rail car 5 message handler 10,
Traveling controller 12 and charging circuit 15, drum controller 16 is installed in the bottom of vehicle body 9 of power supply rail car 5；Information processing
Device 10 is connected by conductor wire with traveling controller 12, charging circuit 15 and drum controller 16, and traveling controller 12 is by leading
Electric wire is connected with running gear 13, and antenna second 11 is arranged on above message handler 10；Message handler 10 is to receiving
Command information is handled, can be by conductor wire to traveling controller 12, charging circuit 15 and line by the requirement of command information
The electric current of the conveying setting of disk controller 16；Traveling controller 12 is under the control of message handler 10, by the programme-control of setting
Roller 14 rotates on guide rail 4, the movement that the can of power supply rail car 5 is advanced or retreated on guide rail 4；Charging circuit 15
Electric current is adjusted by the program of setting, electric current is then transferred into charging cable 19 through terminal box by conductor wire, makes installation
Charging gun 20 on charging cable 19 can carry out charging operation；Drum controller 16 is under the control of message handler, control
Drum 18 processed makes the charging cable 19 that disk is placed in drum 18 be given off downwards by being rotated clockwise or counterclockwise
The length of setting is put into drum 18 by upward disk；Charging gun 20 on charging cable 19 can be in the scope of setting
Interior movement, charging gun 20 can reach the scope for carrying out charging operation, be exactly the charging job area waterborne of charging gun 20, to station
Charging zone waterborne 2 in area is divided by the charging job area waterborne of charging gun 20, the pillar 3 of set-mounted quantity and is led
Rail 4, and one or two power supply rail cars 5 are installed on track 4, so that it may so that the charging job area waterborne of charging gun 20 is contained
Charging zone waterborne 2 in Gai Zhanqu；Wire fixer 21 is installed on the shaft of pillar 3, service cable 8 positions solid through wire fixer 21
It is installed to after fixed along shaft at the top of pillar 3 in band wire fixer 22, message handler is accessed after band wire fixer 22
10, the top of band wire fixer 22 is cavity ring, and cavity ring is enclosed on above guide rail 4, is solidus below band wire fixer 22
Device 21, cavity ring can successfully move above guide rail 4, and the service cable 8 in adjacent band wire fixer 22 has
The length of setting, when power supply rail car 5 moves above guide rail 4, the power supply being in adjacent band wire fixer 22 is electric
Cable 8 can followed by the movement of power supply rail car 5 and carry out extension elongation by band wire fixer 22 or be bent downwardly shortening, Bu Huiying
Sound is powered to for whole device.The charging operations waterborne that the crewman on electric ship 23 for needing to charge is opened on mobile phone are soft
Part, user login information is sent to charge controller 6 waterborne, charge controller 6 waterborne is verified to log-on message, and checking is logical
Later the data information such as the berth information in the charging zone waterborne 2 in database and the ship type of electric ship 23 of the user
Suitable berth is allotted, berth information and the course line in the area of station are sent to the water on crewman's mobile phone by charge controller 6 waterborne
Upper charging operations software, crewman's driving electric ship 23 are driven on the berth of instruction by the course line of setting in the area of station and berthed, together
When, the message handler 10 of charge controller 6 waterborne to the power supply rail car 5 that can carry out charging operation waterborne at the berth is sent
The berth information of the electric ship 23, message handler 10 to traveling controller 12 send setting after the information received is handled
Command information, traveling controller 12 controls running gear 13 to drive on the position specified, makes the pool where the electric ship 23
Position is in the charging job area waterborne of charging gun 20；Then, crewman is according to the prompting of the charging operations software waterborne on mobile phone
Establish and connect with the message handler 10 in power supply rail car 5, operation power rail on the charging operations software waterborne on mobile phone
The charging gun 20 of the lower section of road car 5 drops on the position that can carry out charging operation waterborne, and charging gun 20 is inserted into electricity by crewman
The charge port 24 of dynamic ship 23, then inputs the information started to charge up, information processing on the charging operations software waterborne on mobile phone
Device 10 is handled the command information started to charge up received, according to the program of setting, by conductor wire to charging circuit
15 conveying electric currents, charging circuit 15 is adjusted by the program of setting to electric current, then by electric current by conductor wire through terminal box
17 transfer to charging cable 19, and the charging gun 20 for alloing to be arranged on charging cable 19 carries out charging operation, and charging gun 20 passes through
The charge port 24 of electric ship 23 carries out charging operation waterborne to boat-carrying energy-storage battery.Completed in the charging operation waterborne of electric ship 23
Afterwards, crewman extracts charging gun 20 charge port 24 of electric ship 23, then on charging operations software waterborne of the crewman on mobile phone
The information that input charging finishes, the command information that message handler 10 finishes to the charging received is handled, according to setting
Program, convey job instruction to drum controller 16, charging gun 20 is returned to by drum controller 16 according to the program of setting
On position to be charged, and the information that charging is finished is sent to charge controller 6 waterborne, and charge controller 6 waterborne is according to number
According to Ku Zhongzhan areas information, course line leaving from station is sent to the charging operations software waterborne on crewman's mobile phone, crewman is according to course line leaving from station
Information, drive electric ship 23 along course line leaving from station sail out of station area；Charge controller 6 waterborne is sent to message handler 10 simultaneously
The information command of reset, control power supply rail car 5 are returned on the position for treating operation.
It is as follows now to enumerate embodiment：
Embodiment one：
Charging zone bank protection waterborne is established in the both sides of charging zone waterborne in the area of station, is installed on the charging zone bank protection waterborne of both sides
Two pillars of position correspondence, guide rail is installed at the top of two pillars, a power supply rail car is installed above guide rail；
The charging operations software waterborne that crewman is opened on mobile phone carries out user's login, and charge controller waterborne is waterborne in database
The data information of berth information and user's electric ship in charging zone matches suitable berth, and crewman drives electric ship and stood
Drive on the berth of instruction and berth by the course line of setting in area, meanwhile, charge controller waterborne is to can enter water-filling at the berth
The message handler of the power supply rail car of upper charging operation sends the berth information of the electric ship, traveling controller control walking dress
Put and drive on the position specified；Then, on charging operations software waterborne of the crewman on mobile phone below operation power railcar
Charging gun decline and charging gun is inserted into the charge port of electric ship, it is then defeated on the charging operations software waterborne on mobile phone
Enter the information started to charge up, charging gun carries out charging operation waterborne by the charge port of electric ship to boat-carrying energy-storage battery.
Embodiment two：
Charging zone bank protection waterborne is established in the both sides of charging zone waterborne in the area of station, is installed on the charging zone bank protection waterborne of both sides
Two pillars of position correspondence, guide rail is installed at the top of two pillars, two power supply rail cars are installed above guide rail；
The charging operations software waterborne that crewman is opened on mobile phone carries out user's login, and charge controller waterborne is waterborne in database
The data information of berth information and user's electric ship in charging zone matches suitable berth, and crewman drives electric ship and stood
Drive on the berth of instruction and berth by the course line of setting in area, meanwhile, charge controller waterborne is to can enter water-filling at the berth
The message handler of the power supply rail car of upper charging operation sends the berth information of the electric ship, traveling controller control walking dress
Put and drive on the position specified；Then, on charging operations software waterborne of the crewman on mobile phone below operation power railcar
Charging gun decline and charging gun is inserted into the charge port of electric ship, it is then defeated on the charging operations software waterborne on mobile phone
Enter the information started to charge up, charging gun carries out charging operation waterborne by the charge port of electric ship to boat-carrying energy-storage battery.
Claims (2)
1. a kind of self-service charging station waterborne, it is characterized in that, by pillar（3）, guide rail（4）, power supply rail car（5）, charging waterborne
Controller（6）, antenna first（7）And service cable（8）Collectively constitute, power supply rail car（5）By vehicle body（9）, message handler
（10）, antenna second（11）, traveling controller（12）, running gear（13）, roller（14）, charging circuit（15）, drum controller
（16）, terminal box（17）, drum（18）, charging cable（19）And charging gun（20）Collectively constitute, power supply rail car（5）By vehicle body
（9）, message handler（10）, antenna second（11）, traveling controller（12）, running gear（13）, roller（14）, charging circuit
（15）, drum controller（16）, terminal box（17）, drum（18）, charging cable（19）And charging gun（20）Collectively constitute；Standing
Charging zone waterborne in area（2）Both sides establish charging zone bank protection waterborne（1）, charging zone bank protection on the water（1）Above install
There is charge controller waterborne（6）, antenna first（7）Charge controller on the water is installed（6）Above, in the charging zone waterborne of both sides
Bank protection（1）Two pillars corresponding to the difference installation site of corresponding position（3）, in two pillars（3）Top installation guide rail（4）,
Guide rail（4）Above power supply rail car is installed（5）, in power supply rail car（5）Vehicle body（9）In message handler is installed
（10）, traveling controller（12）And charging circuit（15）, antenna second（11）Installed in message handler（10）Above, powering
Railcar（5）Vehicle body（9）Top is provided with running gear（13）, roller（14）Installed in running gear（13）Above,
Power supply rail car（5）Vehicle body（9）Bottom is provided with drum controller（16）, terminal box（17）And drum（18）Installed in drum
Controller（16）Above；Service cable（8）Access information processor（10）, message handler（10）Pass through conductor wire and walking
Controller（12）, charging circuit（15）With drum controller（16）Connection, traveling controller（12）Filled by conductor wire and walking
Put（13）Connection, charging circuit（15）Pass through conductor wire and terminal box（17）Connection, disk are placed on drum（18）In charging cable
（19）One end thereto（17）, charging cable（19）The other end charging gun is installed（20）, it is described in two branch
Post（3）The guide rail of top installation（4）It is horizontal.
2. the self-service charging station waterborne of one kind according to claim 1, it is characterized in that, it is described in every guide rail（4）On
The power supply rail car of installation（5）Quantity be one or two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710884567.3A CN107571760A (en) | 2017-09-26 | 2017-09-26 | A kind of self-service charging station waterborne |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710884567.3A CN107571760A (en) | 2017-09-26 | 2017-09-26 | A kind of self-service charging station waterborne |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107571760A true CN107571760A (en) | 2018-01-12 |
Family
ID=61038596
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710884567.3A Withdrawn CN107571760A (en) | 2017-09-26 | 2017-09-26 | A kind of self-service charging station waterborne |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107571760A (en) |
-
2017
- 2017-09-26 CN CN201710884567.3A patent/CN107571760A/en not_active Withdrawn
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180112 |
|
| WW01 | Invention patent application withdrawn after publication |