CN207388933U - A kind of self-service charging station waterborne - Google Patents
A kind of self-service charging station waterborne Download PDFInfo
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- CN207388933U CN207388933U CN201721244254.3U CN201721244254U CN207388933U CN 207388933 U CN207388933 U CN 207388933U CN 201721244254 U CN201721244254 U CN 201721244254U CN 207388933 U CN207388933 U CN 207388933U
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- charging
- waterborne
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- drum
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Abstract
The utility model is related to a kind of self-service charging station waterborne, by pillar（3）, guide rail（4）, power supply rail vehicle（5）, charge controller waterborne（6）, antenna first（7）And service cable（8）It collectively constitutes, power supply rail vehicle（5）By vehicle body（9）, message handler（10）, antenna second（11）, traveling controller（12）, running gear（13）, idler wheel（14）, charging circuit（15）, drum controller（16）, terminal box（17）, drum（18）, charging cable（19）And charging gun（20）It collectively constitutes, power supply rail vehicle（5）By vehicle body（9）, message handler（10）, antenna second（11）, traveling controller（12）, running gear（13）, idler wheel（14）, charging circuit（15）, drum controller（16）, terminal box（17）, drum（18）, charging cable（19）And charging gun（20）It collectively constitutes.Electric environment protecting ship electrically-charging equipment can charge on the water, be conducive to promoting the use of for electric ship.
Description
Technical field
The utility model is related to a kind of self-service charging stations 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 a problem, fuel-engined vehicle
The timetable arranged is exited, electric vehicle is more and more people to accept, and is because there is the charging for being laid in each place
Stake, electric vehicle can charge, come into operation in time, and electric ship lacks electrically-charging equipment waterborne, it is impossible to carry out waterborne fill in time
Electricity cannot be travelled at a distance；At present or fuel oil ship traveling is in river, lake, and fuel oil ship is under steam
Exhaust 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.
Utility model content
The purpose of the utility model is to overcome deficiencies of the prior art, provide a kind of self-service charging station waterborne.One
Charging zone waterborne is equipped in the station area of the self-service charging station waterborne of kind, power supply rail vehicle on guide rail is installed, can be to berth
Electric ship in charging zone carries out charging operation waterborne on the water, using lowering charging gun by the way of, can occur in water level
Also can be that electric ship carries out charging operation waterborne in the case that height changes；Meanwhile a kind of self-service charging station waterborne employs
Intelligentized self-service mode of operation carries out charging operation waterborne for electric ship, it is possible to reduce the operation cost of charging station waterborne,
Be conducive to the popularization of charging station waterborne.In this way, the electric ship of environmental protection just has corresponding electrically-charging equipment waterborne, be conducive to electric ship
Promote the use of, be conducive to protect our living environment.
What the main technical schemes of the utility model were realized in：
It is collectively constituted by pillar 3, guide rail 4, power supply rail vehicle 5, charge controller waterborne 6, antenna first 7 and service cable 8,
Power supply rail vehicle is by vehicle body 9, message handler 10, antenna second 11, traveling controller 12, running gear 13, idler wheel 14, charging electricity
Road 15, drum controller 16, terminal box 17, drum 18, charging cable 19 and charging gun 20 collectively constitute；It is waterborne in the area of station
Charging zone bank protection 1 waterborne is established in the both sides of charging zone 2, and charging zone bank protection 1 the upper surface of is equipped with charge controller waterborne on the water
6, antenna first 7 installs charge controller 6 the upper surface of on the water, distinguishes installation position in bank protection 1 corresponding position in charging zone waterborne of both sides
Corresponding two pillars 3 are put, guide rail 4 is installed at the top of two pillars 3, power supply rail vehicle 5 is installed above guide rail 4,
Message handler 10, traveling controller 12 and charging circuit 15 are installed in the vehicle body 9 of power supply rail vehicle 5, antenna second 11 is pacified
Mounted in message handler 10 the upper surface of, running gear 13 is installed at 9 top of vehicle body of power supply rail vehicle 5, idler wheel 14 is mounted on
Running gear 13 the upper surface of, drum controller 16, terminal box 17 and drum 18 are equipped in 9 bottom of vehicle body of power supply rail vehicle 5
Mounted on drum controller 16 the upper surface of；8 access information processor 10 of service cable, message handler 10 pass through conductor wire and row
It walks controller 12, charging circuit 15 and drum controller 16 to connect, traveling controller 12 is connected by conductor wire and running gear 13
It connects, charging circuit 15 is connected by conductor wire with terminal box 17, and the one end for the charging cable 19 that disk is placed in drum 18 connects
Wire box 17, the other end of charging cable 19 are equipped with charging gun 20.
It is horizontal in the guide rail 4 of two 3 top installations of pillar；The power supply rail vehicle 5 installed on every guide rail 4
Quantity is one or two.
Compared with prior art, the beneficial effects of the utility model are：A kind of station Qu Zhongshe of self-service charging station waterborne
There is charging zone waterborne, power supply rail vehicle is installed on guide rail, can be that the electric ship being docked in charging zone waterborne carries out water
Upper charging operation；Meanwhile it employs intelligentized self-service mode of operation and carries out charging operation waterborne for electric ship, it is possible to reduce
The operation cost of charging station waterborne is conducive to the popularization of charging station waterborne, is conducive to promoting the use of for electric ship.
Description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the overlooking the structure diagram of the utility model.
Specific embodiment
The utility model is common by pillar, guide rail, power supply rail vehicle, charge controller waterborne, antenna first and service cable
Composition, power supply rail vehicle is by vehicle body, message handler, antenna second, traveling controller, running gear, idler wheel, charging circuit, line
Disk controller, terminal box, drum, charging cable and charging gun collectively constitute, and power supply rail vehicle is by vehicle body, message handler, day
Line second, traveling controller, running gear, idler wheel, charging circuit, drum controller, terminal box, drum, charging cable and charging
Rifle collectively constitutes；Charging zone bank protection waterborne is established in the both sides of charging zone waterborne in the area of station, is protected in the charging zone waterborne of both sides
Corresponding two pillars of dike corresponding position difference installation site, install guide rail at the top of two pillars, are installed above guide rail
There is power supply rail vehicle；The crewman on the electric ship to charge is needed to open the charging operations software waterborne on mobile phone, is charged on the water
It operating and sends user login information to charge controller waterborne on software, charge controller waterborne verifies log-on message,
The data such as the ship type of electric ship of berth information in charging zone waterborne and the user after being verified in database letter
Breath matches suitable berth, and berth information and the course line in the area of station are sent on crewman's mobile phone by charge controller waterborne
Charging operations software waterborne, crewman's driving electric ship 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 of charge controller waterborne to the power supply rail vehicle that can carry out charging operation waterborne at the berth sends the electricity
The berth information of dynamic ship, message handler sends setting to traveling controller instruction after the information received is handled are believed
Breath, traveling controller control running gear are driven on the position specified, and the berth where making the electric ship is in charging gun
Charging operating area waterborne；Then, crewman is according in the prompting of the charging operations software waterborne on mobile phone and power supply rail vehicle
Message handler, which is established, to be connected, and the charging gun on the charging operations software waterborne on mobile phone below operation power railcar declines
On to the position that can carry out charging operation waterborne, charging gun is inserted into the charge port of electric ship by crewman, then on mobile phone
Charging operations software waterborne on input the information started to charge up, message handler is to the command information started to charge up that receives
It is handled, according to the program of setting, electric current is conveyed to charging circuit by conductor wire, charging circuit is by the program of setting to electricity
Stream is adjusted, and electric current then is transferred to charging cable through terminal box by conductor wire, makes the charging being mounted on charging cable
Rifle can carry out charging operation, and charging gun carries out charging operation waterborne by the charge port of electric ship to boat-carrying energy-storage battery.
The utility model will be further described with reference to the embodiment in attached drawing below：
Charging zone bank protection 1 waterborne is established in the both sides of charging zone waterborne 2 in the area of station, 2 both sides of charging zone waterborne it is waterborne
Charging zone bank protection 1 is in arranged in parallel, distance of the charging zone bank protection 1 waterborne of 2 both sides of charging zone waterborne with setting, in both sides
Corresponding two pillars 3 of installation site are distinguished in bank protection 1 corresponding position in charging zone waterborne, and guide rail 4 is installed at the top of two pillars 3,
Guide rail 4 traverses the top of the water surface 25 of charging zone 2 on the water, and power supply rail vehicle 5 is equipped with above guide rail 4；Guide rail 4 is in water
Level state, power supply rail vehicle 5 can smoothly be moved by running gear 13 above guide rail 4.According to the big of station area's scale
The length of guide rail 4 small, mounted on two 3 tops of pillar, the quantity for the power supply rail vehicle 5 installed on a guide rail 4 is one
Or two；When needing in two power supply rail vehicles 5 of installation on a guide rail 4, respectively filled on the left side of guide rail 4 and the right
One power supply rail vehicle 5.Charging zone bank protection 1 the upper surface of is equipped with charge controller 6 waterborne on the water, and antenna first 7 is mounted on water
Upper charge controller 6 the upper surface of, charge controller 6 waterborne is received or is sent command information by antenna first 7；Power supply rail vehicle 5
Message handler 10 receive or send command information by antenna second 11, on the water under the scheduling controlling of charge controller 6,
Two power supply rail vehicles 5 on a piece guide rail 4 will not collide.Information processing is installed in the vehicle body 9 of power supply rail vehicle 5
Device 10, traveling controller 12 and charging circuit 15 are equipped with drum controller 16 in 9 bottom of vehicle body of power supply rail vehicle 5；Information
Processor 10 is connected by conductor wire with traveling controller 12, charging circuit 15 and drum controller 16, and traveling controller 12 is logical
It crosses conductor wire to be connected with running gear 13, antenna second 11 is mounted on message handler 10 the upper surface of；Message handler 10 is to receiving
To command information handled, can be by conductor wire to traveling controller 12, charging circuit 15 by the requirement of command information
With the electric current of the conveying setting of drum controller 16；Traveling controller 12 is under the control of message handler 10, by the program of setting
Control idler wheel 14 rotates on guide rail 4, the movement that power supply rail vehicle 5 can be advanced or be retreated on guide rail 4；Charge electricity
Road 15 is adjusted electric current by the program of setting, and electric current then is transferred to charging cable 19 through terminal box by conductor wire, is made
Charging gun 20 on charging cable 19 can carry out charging operation；Drum controller 16 is in the control of message handler
Under, control drum 18 makes the charging cable 19 that disk is placed in drum 18 downward by being rotated clockwise or counterclockwise
It gives off the length of setting or is put by upward disk in drum 18；Charging gun 20 on charging cable 19 can set
In the range of move, charging gun 20 can reach the scope for carrying out charging operation, be exactly the charging operation model waterborne of charging gun 20
It encloses, the charging zone waterborne 2 in the area of station is divided by the charging job area waterborne of charging gun 20, the branch of set-mounted quantity
Column 3 and guide rail 4, and one or two power supply rail vehicles 5 are installed on track 4, so that it may so that the charging waterborne of charging gun 20 is made
Industry scope covers the charging zone waterborne 2 in the area of station；Wire fixer 21 is installed on the shaft of pillar 3, service cable 8 is through wire fixer
It is installed to after 21 positioning are fixed along shaft at the top of pillar 3 in band wire fixer 22, letter is accessed after band wire fixer 22
Processor 10 is ceased, the top of band wire fixer 22 is cavity ring, and cavity ring is sleeved on guide rail 4 the upper surface of, under band wire fixer 22
Face is wire fixer 21, and cavity ring can successfully move above guide rail 4, the power supply electricity in adjacent band wire fixer 22
Cable 8 has the length of setting, when power supply rail vehicle 5 moves above guide rail 4, is in adjacent band wire fixer 22
Service cable 8 can be followed by the movement of power supply rail vehicle 5 and carry out extension elongation by band wire fixer 22 or be bent downwardly shortening,
It does not interfere with and is powered for whole device.The crewman on the electric ship to charge 23 is needed to open the charging waterborne behaviour on mobile phone
Make software, send user login information to charge controller 6 waterborne, charge controller 6 waterborne verifies log-on message, tests
Demonstrate,prove the data letter such as the berth information in the charging zone waterborne 2 after passing through in database and the ship type of electric ship 23 of the user
Breath matches suitable berth, and berth information and the course line in the area of station are sent on crewman's mobile phone by charge controller 6 waterborne
Charging operations software waterborne, crewman drives electric ship 23 and drives on the berth of instruction and stops by the course line of setting in the area of station
Pool, meanwhile, charge controller 6 waterborne is to the message handler for the power supply rail vehicle 5 that charging operation waterborne can be carried out at the berth
10 send the berth information of the electric ship 23, and the information received is carried out handling backward traveling controller 12 and sent out by message handler 10
The command information of setting is sent, traveling controller 12 controls running gear 13 to drive on the position specified, makes 23 institute of electric ship
Berth at charging gun 20 charging job area waterborne；Then, crewman is according to the charging operations software waterborne on mobile phone
Prompting and power supply rail vehicle 5 in message handler 10 establish and connect, operated on the charging operations software waterborne on mobile phone
The charging gun 20 of 5 lower section of power supply rail vehicle drops on the position that can carry out charging operation waterborne, and crewman inserts charging gun 20
Enter the charge port 24 to electric ship 23, then input the information started to charge up on the charging operations software waterborne on mobile phone, believe
Breath processor 10 handles the command information started to charge up received, according to the program of setting, by conductor wire to filling
Circuit 15 conveys electric current, and charging circuit 15 is adjusted electric current by the program of setting, then passes through electric current by conductor wire
Terminal box 17 transfers to charging cable 19, and the charging gun 20 being mounted on charging cable 19 is allow to carry out charging operation, charging gun
20 carry out charging operation waterborne by the charge port 24 of electric ship 23 to boat-carrying energy-storage battery.In 23 charging operation waterborne of electric ship
After finishing, charging gun 20 is extracted the charge port 24 of electric ship 23 by crewman, and then waterborne charging operations of the crewman on mobile phone are soft
The information that input charging finishes on part, the command information that message handler 10 finishes the charging received are handled, according to
The program of setting conveys job instruction to drum controller 16, and drum controller 16 returns charging gun 20 according to the program of setting
It answers onto position to be charged, and the information that charging is finished is sent to charge controller 6 waterborne, charge controller 6 waterborne
According to database Zhong Zhan areas information, the charging operations software waterborne on crewman's mobile phone sends course line leaving from station, and crewman is according to leaving from station
The information in course line drives electric ship 23 and sails out of station area along course line leaving from station；Charge controller 6 waterborne is to message handler 10 simultaneously
The information command resetted is sent, control power supply rail vehicle 5 is 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, on the charging zone bank protection waterborne of both sides
Corresponding two pillars of installation site install guide rail at the top of two pillars, a power rail are equipped with above guide rail
Road vehicle；The charging operations software waterborne that crewman is opened on mobile phone carries out user's login, and charge controller waterborne is according in database
Charging zone waterborne in berth information and the data information of the user's electric ship match suitable berth, crewman drives electronic
It drives on the berth of instruction and berths by the course line of setting in Chuan Zhan areas, meanwhile, charge controller waterborne is to energy at the berth
The message handler for carrying out the power supply rail vehicle of charging operation waterborne sends the berth information of the electric ship, traveling controller control
Running gear is driven on the position specified；Then, operation power track on charging operations software waterborne of the crewman on mobile phone
Charging gun below vehicle declines and charging gun is inserted into the charge port of electric ship, and then the charging operations waterborne on mobile phone are soft
The information started to charge up is inputted on part, charging gun carries out charging work waterborne by the charge port of electric ship to boat-carrying energy-storage battery
Industry.
Embodiment two：
Charging zone bank protection waterborne is established in the both sides of charging zone waterborne in the area of station, on the charging zone bank protection waterborne of both sides
Corresponding two pillars of installation site install guide rail at the top of two pillars, two power rails are equipped with above guide rail
Road vehicle；The charging operations software waterborne that crewman is opened on mobile phone carries out user's login, and charge controller waterborne is according in database
Charging zone waterborne in berth information and the data information of the user's electric ship match suitable berth, crewman drives electronic
It drives on the berth of instruction and berths by the course line of setting in Chuan Zhan areas, meanwhile, charge controller waterborne is to energy at the berth
The message handler for carrying out the power supply rail vehicle of charging operation waterborne sends the berth information of the electric ship, traveling controller control
Running gear is driven on the position specified；Then, operation power track on charging operations software waterborne of the crewman on mobile phone
Charging gun below vehicle declines and charging gun is inserted into the charge port of electric ship, and then the charging operations waterborne on mobile phone are soft
The information started to charge up is inputted on part, charging gun carries out charging work waterborne by the charge port of electric ship to boat-carrying energy-storage battery
Industry.
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 vehicle（5）, charging waterborne
Controller（6）, antenna first（7）And service cable（8）It collectively constitutes, power supply rail vehicle（5）By vehicle body（9）, message handler
（10）, antenna second（11）, traveling controller（12）, running gear（13）, idler wheel（14）, charging circuit（15）, drum controller
（16）, terminal box（17）, drum（18）, charging cable（19）And charging gun（20）It collectively constitutes；Charging waterborne in the area of station
Area（2）Both sides establish charging zone bank protection waterborne（1）, charging zone bank protection on the water（1）The upper surface of charge control waterborne is installed
Device（6）, antenna first（7）Charge controller on the water is installed（6）The upper surface of, the charging zone bank protection waterborne in both sides（1）Corresponding position
Corresponding two pillars of installation site respectively（3）, in two pillars（3）Top installation guide rail（4）, in guide rail（4）The upper surface of
Power supply rail vehicle is installed（5）, in power supply rail vehicle（5）Vehicle body（9）In message handler is installed（10）, traveling controller
（12）And charging circuit（15）, antenna second（11）Mounted on message handler（10）The upper surface of, in power supply rail vehicle（5）Vehicle body
（9）Top is equipped with running gear（13）, idler wheel（14）Mounted on running gear（13）The upper surface of, in power supply rail vehicle（5）'s
Vehicle body（9）Bottom is equipped with drum controller（16）, terminal box（17）And drum（18）Mounted on drum controller（16）It is upper
Face；Service cable（8）Access information processor（10）, message handler（10）Pass through conductor wire and traveling controller（12）, fill
Circuit（15）With drum controller（16）Connection, traveling controller（12）Pass through conductor wire and running gear（13）Connection, fills
Circuit（15）Pass through conductor wire and terminal box（17）Connection, disk are placed on drum（18）In charging cable（19）One end access
Terminal box（17）, charging cable（19）The other end charging gun is installed（20）, it is described in two pillars（3）Top installation
Guide rail（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 vehicle of installation（5）Quantity be one or two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721244254.3U CN207388933U (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 |
|---|---|---|---|
| CN201721244254.3U CN207388933U (en) | 2017-09-26 | 2017-09-26 | A kind of self-service charging station waterborne |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207388933U true CN207388933U (en) | 2018-05-22 |
Family
ID=62405197
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721244254.3U Active CN207388933U (en) | 2017-09-26 | 2017-09-26 | A kind of self-service charging station waterborne |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207388933U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110171541A (en) * | 2019-05-08 | 2019-08-27 | 重庆懿熙品牌策划有限公司 | A kind of charging port and its displaying ship with automatic charging function |
| CN110775197A (en) * | 2019-11-19 | 2020-02-11 | 深圳市人工智能与机器人研究院 | Limiting device and ship mooring system |
| CN113335099A (en) * | 2021-06-15 | 2021-09-03 | 五邑大学 | Electric ship charging station and charging method |
-
2017
- 2017-09-26 CN CN201721244254.3U patent/CN207388933U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110171541A (en) * | 2019-05-08 | 2019-08-27 | 重庆懿熙品牌策划有限公司 | A kind of charging port and its displaying ship with automatic charging function |
| CN110171541B (en) * | 2019-05-08 | 2021-03-16 | 重庆懿熙品牌策划有限公司 | Charging port and display ship with automatic charging function |
| CN110775197A (en) * | 2019-11-19 | 2020-02-11 | 深圳市人工智能与机器人研究院 | Limiting device and ship mooring system |
| CN113335099A (en) * | 2021-06-15 | 2021-09-03 | 五邑大学 | Electric ship charging station and charging method |
| CN113335099B (en) * | 2021-06-15 | 2022-09-30 | 五邑大学 | Electric ship charging station and charging method |
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