CN107705449A - A kind of shared charging leasing system of parallel net type - Google Patents
A kind of shared charging leasing system of parallel net type Download PDFInfo
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- CN107705449A CN107705449A CN201710911076.3A CN201710911076A CN107705449A CN 107705449 A CN107705449 A CN 107705449A CN 201710911076 A CN201710911076 A CN 201710911076A CN 107705449 A CN107705449 A CN 107705449A
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- power source
- portable power
- charging
- storage
- contact pin
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Classifications
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0645—Rental transactions; Leasing transactions
-
- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00182—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated with unidirectional data transmission between data carrier and locks
-
- H02J3/383—
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/34—Parallel operation in networks using both storage and other dc sources, e.g. providing buffering
- H02J7/35—Parallel operation in networks using both storage and other dc sources, e.g. providing buffering with light sensitive cells
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J9/00—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting
- H02J9/04—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source
- H02J9/06—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source with automatic change-over, e.g. UPS systems
- H02J9/061—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source with automatic change-over, e.g. UPS systems for DC powered loads
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
- H02S20/00—Supporting structures for PV modules
- H02S20/20—Supporting structures directly fixed to an immovable object
- H02S20/22—Supporting structures directly fixed to an immovable object specially adapted for buildings
- H02S20/23—Supporting structures directly fixed to an immovable object specially adapted for buildings specially adapted for roof structures
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J9/00—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting
- H02J9/04—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source
- H02J9/06—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source with automatic change-over, e.g. UPS systems
- H02J9/068—Electronic means for switching from one power supply to another power supply, e.g. to avoid parallel connection
-
- 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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
-
- 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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/70—Hybrid systems, e.g. uninterruptible or back-up power supplies integrating renewable energies
-
- 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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
- Y02E10/56—Power conversion systems, e.g. maximum power point trackers
-
- 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
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S50/00—Market activities related to the operation of systems integrating technologies related to power network operation or related to communication or information technologies
- Y04S50/10—Energy trading, including energy flowing from end-user application to grid
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- Engineering & Computer Science (AREA)
- Business, Economics & Management (AREA)
- General Physics & Mathematics (AREA)
- Physics & Mathematics (AREA)
- Accounting & Taxation (AREA)
- Finance (AREA)
- Civil Engineering (AREA)
- Power Engineering (AREA)
- Architecture (AREA)
- Structural Engineering (AREA)
- Development Economics (AREA)
- Computer Networks & Wireless Communication (AREA)
- Emergency Management (AREA)
- Economics (AREA)
- Marketing (AREA)
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- General Business, Economics & Management (AREA)
- Theoretical Computer Science (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The present invention provides a kind of parallel net type shared charging leasing system, including photovoltaic canopy formula structure, lease terminal；Solar panel is installed on the ceiling of photovoltaic canopy formula structure；Terminal is leased to be used to lease portable power source for users to use；Portable power source storage charging device is used for holding movable power supply or charged to portable power source, and solar panel is connected with photovoltaic and off-network device；The generating of solar panel is simultaneously delivered to public electric wire net by photovoltaic and off-network device access solar panel.The present invention use clean energy resource solar energy to meet that people go out charge requirement as the charge power supply for sharing portable power source；On the other hand unnecessary solar power generation amount is delivered to by public electric wire net using grid-connected form, redefines the business model of leasing system, increase leasing system income while solar energy is made full use of.For the present invention fully from user perspective, user is convenient to use simultaneously, and the present invention is ingenious in design, is easy to outdoor and outdoor application to promote.
Description
Technical field
The present invention relates to a kind of portable power source to lease terminal, more particularly to a kind of shared charging leasing system of parallel net type.
Background technology
With the development of science and technology, mobile device such as mobile phone, flat board incorporate popular life, but as people are to mobile device
The increase of frequency of use, very high requirement is proposed to mobile device endurance, and one side mobile device power supply capacity is more next
Bigger, another aspect portable power source such as charger baby becomes that people are outgoing or the retinue equipment of outdoor charging；Pushed away in shared economic
Under dynamic, shared charging project produces therewith, and shared charging lease terminal on the market is broadly divided into two classes, and one kind is based on sending a telegram here
Large-scale outdoor leased equipment, this kind equipment is mainly using a number of charger baby is placed in Cabinet, by accessing city
Electricity completes the charging to charger baby, and this kind equipment is completely dependent on civil power；The another kind of small indoor lease terminal based on the electricity of street
Or the medium-sized indoor lease terminal that cloud fills, this kind equipment, which needs also exist for relying on external civil power, to be placed charger baby to inside and fills
Electricity.Above-mentioned two classes lease terminal highly relies on civil power, can not meet the application of following scene：
1st, for civil power power-off or line maintenance, lease terminal can not normal work；
2nd, for outdoor or field scene, civil power in a short time can not normal laying, lease terminal can not in this scene setting,
Such as tourist attraction, mountain top etc., a large amount of visitors be present, the traditional lease terminal of the demand for being badly in need of charging can not meet；
3rd, due to being electrically accessed using city, it is necessary to which alternating current is changed to direct current for charger baby, it is necessary to extra conversion circuit, city
Electric that lease terminal is powered for a long time, electric power consumption is big, is unfavorable for the efficient utilization of the energy.
The content of the invention
For overcome the deficiencies in the prior art, it is an object of the invention to provide a kind of shared charging lease dress of parallel net type
Put, the charge power supply using clean energy resource solar energy as shared portable power source, meet that people go out charge requirement；On the other hand
Unnecessary solar power generation amount is delivered to by public electric wire net using grid-connected form, has redefined the business model of leasing system,
Increase leasing system income while making full use of solar energy.
The present invention provides a kind of parallel net type shared charging leasing system, including photovoltaic canopy formula structure, lease terminal；The light
Lie prostrate and solar panel is installed on the ceiling of canopy formula structure；The lease terminal is used to lease mobile electricity for users to use
Source；Include portable power source storage charging device, stand-by power supply, control terminal, photovoltaic and off-network device in the lease terminal；Institute
State portable power source storage charging device be used for holding movable power supply or give portable power source charging, the solar panel with it is described
Photovoltaic and the connection of off-network device；The photovoltaic and off-network device access the solar panel and by the solar panels
Generating deliver to public electric wire net；Simultaneously off-network device is connected the photovoltaic with the stand-by power supply；The stand-by power supply and the shifting
Dynamic power supply storage charging device connection；The control terminal deposits charging device, the standby electricity with the portable power source respectively
Source, the photovoltaic and the connection of off-network device.
Further, the lease terminal also includes DC/DC conversion equipments, city's arrangements of electric connection；The DC/DC converting means
Put DC charging current dc source is converted to for portable power source；The current input terminal difference of the DC/DC conversion equipments
It is connected with the photovoltaic and off-network device, the stand-by power supply；The current output terminal of the DC/DC conversion equipments and the movement
Power supply storage charging device connection；The control terminal of the DC/DC conversion equipments is connected with the control terminal；The photovoltaic and from
Net device also with the DC/DC conversion equipments；City's arrangements of electric connection connects the photovoltaic and off-network device；The city is electrically connected
Exchange is converted to direct current by connection device；City's arrangements of electric connection electrically connects with portable power source storage charging device；It is described
City's arrangements of electric connection also electrically connects with the stand-by power supply；The photovoltaic and off-network device include inverter, and the inverter converges
Collect the DC current that the solar panel is sent and be converted into alternating current.
Further, the lease terminal also includes housing, pedestal；The portable power source storage charging device is installed on institute
State pedestal；The housing wraps up the pedestal；The stand-by power supply is installed on the enclosure interior；The portable power source storage is filled
Some storage charhing units are provided with electric installation；The storage charhing unit is used to place and locks portable power source or give movement electricity
Charge in source；The control terminal carries out radio communication with background terminal, and the control terminal is electrically connected with the storage charhing unit
Connect, the control terminal is used to send charging instruction, unlock instruction, lock instruction；The charging instruction is used to control described deposit
Charhing unit is put to charge to portable power source；The unlock instruction is to be lent for controlling the storage charhing unit to unlock
Portable power source；The lock instruction is used to control the storage charhing unit to lock the portable power source given back.
Further, the portable power source storage charging device also includes storage rack；The storage rack is fixed on the base
On frame；Some storage charhing units are installed on the storage rack；The storage charhing unit includes charging panel, side plate, charging
Roller bearing, connecting rod；Two side plates are fixedly connected by least two connecting rods；The charging roller bearing is installed on two side plates
Between；The charging panel is installed on two side sheet rooms；The charging panel is provided with charging contact pin；The charging contact pin is used for shifting
Dynamic power supply DC charging；Soft set is arranged with the charging roller bearing；The two charging roller bearings are arranged on two side plate interior sides；Two
The normal direction that the feed roller axis center axis forms plane is consistent with portable power source vibration-direction；The two charging roller bearings lead to
The elongated hole installation crossed on the side plate；The first elastic component is additionally provided between the two charging roller bearings；First elastic component drives
The charging roller bearing moves back and forth in the elongated hole.
Further, the storage charhing unit also includes inlet baffle, indicator lamp control panel；The inlet baffle rotation
It is installed on the storage charhing unit porch；The indicator lamp control panel is provided with touch switch；Portable power source is deposited described in entering
When putting inside charhing unit, the touch switch is touched in the inlet baffle rotation；The touch switch controls the indicator lamp
Light on and off；The storage charhing unit also includes ejector pin；The ejector pin is installed on the side plate interior sides；Portable power source side is provided with pin
Groove；The ejector pin coordinates with cotter way.
Further, the storage charhing unit also includes clamping lock；The clamping lock, which runs through, is installed on the side plate interior sides；Move
Dynamic power supply side is additionally provided with locked groove；The lock core of the clamping lock stretches into locked groove locking portable power source；The storage charhing unit also wraps
Include motor, pushing block, the second elastic component, flexible block；The flexible block coats the clamping lock and is fixed on the outside of the side plate；
The motor is linear electric motors；The motor is fixedly connected with the pushing block；The pushing block inclined-plane and the clamping lock contact of incline plane；
Second elastic component is contradicted on the outside of the clamping lock；The second elastic component other end is contradicted on the inside of the flexible block；It is described
Motor drives the pushing block to be acted on along the motor axially reciprocating, the clamping lock in the pushing block and second elastic component
Lower locking or unblock portable power source.
Further, position detection probe is additionally provided with the charging panel；It is described when portable power source is moved to latched position
Position detection probe contradicts the portable power source；Signal probe is additionally provided with the charging panel；The charging contact pin quantity is even
Number；The charging contact pin is symmetrically distributed in the signal probe both sides；It is described charging contact pin include the first contact pin, the second contact pin,
4th contact pin, the 5th contact pin；First contact pin and the 5th contact pin are symmetrical on the signal probe；Second contact pin
It is symmetrical on the signal probe with the 4th contact pin；First contact pin and the 5th contact pin access identical polar electricity
Source；Second contact pin and the 4th contact pin access and first contact pin access opposite polarity power supply.
Further, the lease terminal also includes data wire storing unit；The data wire storing unit is installed on institute
State on pedestal；Data wire is bundled into data thread ball；The data wire storing unit includes some data wire storage units；It is mutually of the same race
Data thread ball described in class is deposited in the data wire storage unit；The data wire storage unit includes thread ball entrance, deposits line
Pipe, data wire drawing mechanism, receiving hopper；Described spool one end of depositing is connected with the thread ball entrance, it is described deposit the spool other end with
The data wire drawing mechanism connection；The receiving hopper is installed immediately below the discharging opening of the data wire drawing mechanism；It is described
The front side cap of housing is provided with line taking mouth；Receiving hopper described in the line taking mouth face exports.
Further, it is described to deposit spool quantity two or more；The data wire storage unit also includes feeding-distribution device；It is described
Feeding-distribution device is installed on the thread ball entrance and deposits spool junction with described；The thread ball, which enters, intraoral is provided with counter；The meter
The quantity for the data thread ball that number device record passes through the thread ball entrance；The data wire drawing mechanism include top discharge plate,
Material discharging wheel, bottom discharge plate；The material discharging wheel is installed between the top discharge plate and the bottom discharge plate；The top discharge plate and institute
State to be provided with material discharging wheel and deposit spool quantity identical perforate with described；Unique discharge opening is provided with institute's bottom discharge plate；The discharging
The data thread ball is transported to the discharge opening by wheel rotation；Receiving hopper described in the discharge opening face；The data wire discharging
Device also includes rotary drive；The material discharging wheel engages connection with the rotary drive by gear；The rotation driving
Part drives the material discharging wheel to rotate；The data wire drawing mechanism also includes guide fixed plate；The rotary drive with it is described
Material discharging wheel is fixed in the guide fixed plate；The guide fixed plate is provided with the material guide hole of discharge opening described in face；It is described
Data thread ball is successively by the discharge opening, the material guide hole to the receiving hopper.
Further, the lease terminal also includes cooling device, and the cooling device is installed on the pedestal；It is described
Cooling device is used to reduce the shell body temperature；The cooling device is specially cooling fan；The cooling fan is pacified respectively
The pedestal back loaded on portable power source storage charging device described in the pedestal bottom and face；Covered after the housing
Provided with air exhaust slot；The air exhaust slot face is installed on the cooling fan at the pedestal back.
Compared with prior art, the beneficial effects of the present invention are：
The present invention provides a kind of parallel net type shared charging leasing system, including photovoltaic canopy formula structure, lease terminal；Photovoltaic canopy
Solar panel is installed on the ceiling of formula structure；Terminal is leased to be used to lease portable power source for users to use；Lease is eventually
Include portable power source storage charging device, stand-by power supply, control terminal, photovoltaic and off-network device in end；Portable power source storage is filled
Electric installation is used for holding movable power supply or charged to portable power source, and solar panel is connected with photovoltaic and off-network device；Photovoltaic
And off-network device accesses solar panel and the generating of solar panel is delivered into public electric wire net；Photovoltaic and off-network device with
Stand-by power supply connects；Stand-by power supply is connected with portable power source storage charging device；Control terminal is filled with portable power source storage respectively
Electric installation, stand-by power supply, photovoltaic and the connection of off-network device.The present invention uses clean energy resource solar energy as shared portable power source
Charge power supply, meet that people go out charge requirement；On the other hand unnecessary solar power generation amount is delivered to by public affairs using grid-connected form
Common-battery net, the business model of leasing system is redefined, increased leasing system income while solar energy is made full use of.Together
When the present invention fully from user perspective, user is convenient to use, and the present invention is ingenious in design, is easy to outdoor and outdoor application
Promote.
Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention,
And can be practiced according to the content of specification, below with presently preferred embodiments of the present invention and coordinate accompanying drawing describe in detail as after.
The embodiment of the present invention is shown in detail by following examples and its accompanying drawing.
Brief description of the drawings
Accompanying drawing described herein is used for providing a further understanding of the present invention, forms the part of the application, this hair
Bright schematic description and description is used to explain the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings：
Fig. 1 is a kind of shared charging leasing system overall structure diagram 1 of parallel net type of the present invention；
Fig. 2 is a kind of shared charging leasing system overall structure diagram 2 of parallel net type of the present invention；
Fig. 3 is the lease terminal decomposition texture schematic diagram of the present invention；
Fig. 4 is the housing and pedestal decomposition texture schematic diagram of present invention lease terminal；
Fig. 5 is the lease terminal partial structural diagram of the present invention；
Fig. 6 is that the portable power source of the lease terminal of the present invention deposits charging device structural representation；
Fig. 7 is storage charhing unit structural representation Fig. 1 of the lease terminal of the present invention；
Fig. 8 is storage charhing unit structural representation Fig. 2 of the lease terminal of the present invention；
Fig. 9 is storage charhing unit structural representation Fig. 3 of the lease terminal of the present invention；
Figure 10 is the storage charhing unit partial structural diagram of the lease terminal of the present invention；
Figure 11 is the data wire storing unit structural representation of the lease terminal of the present invention；
Figure 12 is the data wire storing unit decomposition texture schematic diagram of the lease terminal of the present invention；
Figure 13 is the data wire storing unit partial structural diagram 1 of the lease terminal of the present invention；
Figure 14 is the data wire storing unit partial structural diagram 2 of the lease terminal of the present invention；
Figure 15 is the portable power source decomposition texture schematic diagram 1 of the present invention；
Figure 16 is the charging plate structure schematic diagram of the lease terminal of the present invention；
Figure 17 is the portable power source decomposition texture schematic diagram 2 of the present invention；
The portable power source that Figure 18 is the present invention leases schematic flow sheet；
The data wire that Figure 19 is the present invention sells schematic flow sheet；
Figure 20 is the power supply circuit and control circuit frame diagram of the present invention.
In figure：Lease terminal 100, housing 1, bonnet 11, front side cap 12, emergent charging mouth 121, line taking mouth 122, base
13rd, marking plate 14, window cover 15, upper capping 16, pedestal 2, photovoltaic canopy formula structure 3, solar panel 31, bench 32, movement
Power supply storage charging device 4, storage rack 40, storage charhing unit 41, charging panel 410, the first contact pin 4101, the second contact pin
4102nd, signal probe 4103, the 4th contact pin 4104, the 5th contact pin 4105, position detection probe 4106, indicator lamp control panel 411,
Light cover plate 412, side plate 413, charging roller bearing 414, the first elastic component 415, ejector pin 416, inlet baffle 417, motor 418, rear bottom
Plate 419, clamping lock 420, connecting rod 421, motor shield 422, flexible block 423, pushing block 424, the second elastic component 425, shaft end
Screw 426, elongated hole 427, data wire storing unit 5, thread ball entrance 51, feeding-distribution device 52, deposit spool 53, data wire drawing mechanism
54th, top discharge plate 541, material discharging wheel 542, guide fixed plate 543, bottom discharge plate 544, rotary drive 545, receiving hopper 55, fixed
Position plate 56, stand-by power supply 6, cooling device 7, portable power source 8, cotter way 81, locked groove 82, lid 83 on power supply, portable power source bottom 84,
Rechargeable battery 85, control board 86, shared charging port 87, user's power input interface 88, output interface 89, data wire
Ball 9.
Embodiment
Below, with reference to accompanying drawing and embodiment, the present invention is described further, it is necessary to which explanation is, not
Under the premise of afoul, new implementation can be formed between various embodiments described below or between each technical characteristic in any combination
Example.
A kind of shared charging leasing system of parallel net type, as Figure 1-Figure 2, including photovoltaic canopy formula structure 3, lease terminal
100；Solar panel 31 is installed on the ceiling of photovoltaic canopy formula structure 3；Terminal 100 is leased to be used to lease for users to use
Portable power source 8；Lease terminal 100 in include portable power source storage charging device 4, stand-by power supply 6, control terminal, photovoltaic and from
Net device；Portable power source storage charging device 4 is used for holding movable power supply 8 or charged to portable power source 8, solar panel 31
It is connected with photovoltaic and off-network device；Photovoltaic and off-network device access solar panel 31 and by the generating of solar panel 31
Deliver to public electric wire net (civil power side)；Simultaneously off-network device is connected photovoltaic with stand-by power supply 6；Stand-by power supply 6 fills with portable power source storage
Electric installation 4 connects；Control terminal is connected with portable power source storage charging device 4, stand-by power supply 6, photovoltaic and off-network device respectively.
In one embodiment, as shown in figure 3, lease terminal 100 includes housing 1, pedestal 2, portable power source storage charging dress
Put 4, stand-by power supply 6, control terminal；Portable power source storage charging device 4 is installed on pedestal 2；Housing 1 wraps up pedestal 2；Standby electricity
Source 6 is installed on inside housing 1；As shown in figure 8, some storage charhing units 41 are provided with portable power source storage charging device 4；Deposit
Charhing unit 41 is put to be used to place and lock portable power source or charge to portable power source 8；Control terminal is used to enter with background terminal
Row radio communication, control terminal with storage charhing unit 41 electrically connect, control terminal for send charging instruction, unlock instruction,
Lock instruction；Charging instruction is used to control storage charhing unit 41 to charge portable power source 8；Unlock instruction is deposited for control
Put charhing unit 41 and unlock portable power source 8 to be lent；Lock instruction is used to control storage charhing unit 41 to lock the shifting given back
Dynamic power supply 8.
As shown in Fig. 2 in one embodiment, photovoltaic canopy formula structure is layed in using two panels 250W solar panel 31
On 3 ceiling, the cabling of the photovoltaic output line of solar panel 31 introduces underground cement base from the column of photovoltaic canopy formula structure 3
Plinth, last photovoltaic output line enter in lease terminal 100 together with the inlet wire of public electric wire net (civil power side) from base 13, wherein light
Volt output line is connected photovoltaic and off-network device jointly with the inlet wire of public electric wire net (civil power side)；It is provided with and converges in photovoltaic and off-network device
Current circuit and mu balanced circuit, the output current of two panels solar panel 31 is confluxed and voltage stabilizing, as shown in figure 20, photovoltaic is simultaneously
Off-network device also includes city's arrangements of electric connection, is provided with ac-dc converter circuit and mu balanced circuit in city's arrangements of electric connection, it is ensured that defeated
Enter the direct current stabilization into portable power source storing unit.Photovoltaic canopy formula structure 3 uses canopy formula structure, can shelter from heat or light in canopy and keep off the rain,
Photovoltaic canopy formula structure 3 is rested temporarily provided with the common user of bench 32 simultaneously.
In one embodiment, as shown in figure 20, lease terminal 100 also includes DC/DC conversion equipments；DC/DC conversion equipments
Dc source is converted into the DC charging current for portable power source 8；The current input terminal of DC/DC conversion equipments respectively with photovoltaic
And off-network device, stand-by power supply 6 connect；The current output terminal of DC/DC conversion equipments connects with portable power source storage charging device 4
Connect；The control terminal of DC/DC conversion equipments is connected with control terminal.Specifically, the working output voltage of solar panel 31 is general
Higher than the charging voltage of portable power source 8, the charging voltage of in general portable power source 8 is 12V, and solar panel 31 exports straight
Stream electric current is down to 12V by DC/DC conversion equipments and charged to portable power source 8, on the other hand, the output voltage of solar panel 31
Fluctuated with output current by illumination effect, DC/DC conversion equipments also have the function of voltage stabilizing and current limliting, it is ensured that storage charging is single
The constant charge of member 41.In one implements, photovoltaic power supply includes two-way, one be feeder circuit be photovoltaic simultaneously off-network device to standby
In portable power source 8 with power supply 6 to DC/DC conversion equipments to portable power source storage charging device 4, secondly being photovoltaic and off-network dress
Put in the portable power source 8 directly into DC/DC conversion equipments to portable power source storage charging device 4；In addition, city's arrangements of electric connection is also
Power supply is connected with stand-by power supply 8, it is ensured that the charge capacity of stand-by power supply 8.
In general, as shown in Fig. 2 the top droop of photovoltaic canopy formula structure 3 arrange, inclination angle be with horizontal plane angle 15 °-
Between 30 °, set with specific reference to local direct sunlight angle, it is ensured that solar panel 31 can utilize solar energy to greatest extent.Such as
Shown in Figure 20, in the case where daylight condition is good, solar panel 31 generates electricity sufficient and stably, and control terminal is sent
Instruction, solar panel is selected individually to power, now city's arrangements of electric connection cut-out and the connection of public electric wire net (civil power side), too
Positive energy cell panel 31 sends electric current and deposited through photovoltaic and off-network device through confluxing and being inputted by DC/DC conversion equipments to portable power source
Put in charging device 4 and charged for portable power source 8, while supply the power supply of whole lease terminal 100, when solar panel 31 is sent out
When going out electric current and also having more than needed, have more electric current and be stored in stand-by power supply 8, rent is fully met when solar panel 31 sends electricity
When the electricity consumption of terminal of renting 100 is with 8 electricity abundance of stand-by power supply, when control terminal detects this situation, control terminal sends grid-connected finger
Order, after unnecessary electricity converts direct current into exchange by the inverter in photovoltaic and off-network device, then by once boosting or two
Secondary boosting access public electric wire net (civil power side).Considering actual grid-connected situation, connect-in strategy there are two kinds, and the first is full online
Formula, i.e. 31 generated energy of solar panel completely it is grid-connected not directly for lease terminal 100 uses, lease terminal 100 power according to
Rely public electric wire net (civil power side) power transmission, the clearing that generate electricity are using 31 generated energy of solar panel and the lease power consumption of terminal 100
Difference is settled accounts；Second is part network surfing type, i.e. 31 generated energy priority of supply lease terminals 100 of solar panel, unnecessary
Generated energy is grid-connected by being boosted after the inverter conversion in photovoltaic and off-network device, and the clearing that generate electricity are real using solar panel 31
The border amount of generating electricity by way of merging two or more grid systems clearing.
In view of the uncertainty of weather conditions, lease terminal 100 need to introduce civil power as supplement, when night is without sunshine
According to or in the case that illumination rainy days is not strong, detect that solar panel sends curtage and is not enough to supply portable power source
When charging is with lease 100 normal operation of terminal, simultaneously off-network device only charges control terminal control photovoltaic to stand-by power supply 8, controls
Terminal simultaneously controls city's arrangements of electric connection access public electric wire net (civil power side), and public electric wire net (civil power side) is to portable power source 8 and lease
Terminal 100 is powered, it is ensured that the normal operation of equipment.Specifically, stand-by power supply 6 starts under civil power open circuit conditions, for renting
The control terminal of terminal of renting 100 uses, in the case where solar panel 31 and civil power are not providing power supply, stand-by power supply 6
Preferential to supply to control terminal to be communicated with background terminal, next is for storage charhing unit 41 locking portable power source 8 and electric with movement
Communication is established in source 8.
In one embodiment, as shown in figure 4, housing 1 includes bonnet 11, front side cap 12, base 13, marking plate 14, form
Lid 15, upper capping 16；Bonnet 11 coats the side of pedestal 2 with front side cap 12；Marking plate 14 is installed on 16 upper surfaces of capping；Form
Lid 15 is rotationally connected with front side cap 12；The side of front side cap 12 is provided with emergent charging mouth 121；Emergent charging Kou121Yu cities are electrically connected
Connection device or the electrical connection of the output end of solar panel 31.It should be noted that upper capping 16 is only functionally with marking plate 14
Divide, can be integrally manufactured in structure.In general, use brief description, the advertisements of lease terminal 100 are posted on marking plate 14
Know, shared lease APP two-dimension code labels；As shown in Figure 1, shown in Figure 5, window cover 15 is made of transparent material, and window cover 15 covers
Portable power source deposits charging device 4, wherein, 4 groups of portable power source storage charging devices 4 are covered by 4 separate window covers 15
Lid, the bottom of window cover 15 are provided with handle, are convenient for people to grasp when opening.
In one embodiment, as shown in fig. 6, portable power source storage charging device 4 also includes storage rack 40；Storage rack 40 is solid
Due on pedestal 2；Some storage charhing units 41 are installed on storage rack 40；Such as Fig. 7-Figure 10, storage charhing unit 41 includes
Charging panel 410, side plate 413, charging roller bearing 414, connecting rod 421；At least biside plate 413 is fixedly connected by two connecting rods 421；Enter
Material roller bearing 414 is installed between biside plate 413；Charging panel 410 is installed between biside plate 413；Charging panel 410 is provided with charging and inserted
Pin；Charging contact pin is used to give the DC charging of portable power source 8.Specifically, the plugged and fixed of charging panel 410 is on rear bottom plate 419, rear bottom
Plate 419 is fixed between biside plate 413, completes the quick fixed installation of charging panel 410.
The feel for portable power source 8 of being taken when also is borrowed for enhancing user, feeds and soft set is arranged with roller bearing 414, soft set is by rubber
Glue material matter is made, and the one side of portable power source 8 is protected by soft set, charging roller bearing 414 is improved movement when rotating
The pressing sense of power supply 8；Two charging roller bearings 414 are arranged on the inner side of biside plate 413；Two charging roller bearing 414 central axis form plane
Normal direction it is consistent with the vibration-direction of portable power source 8；Two charging roller bearings 414 are installed by the elongated hole 427 on side plate 413；Two
The first elastic component 415 is additionally provided between charging roller bearing 414；First elastic component 415 drives charging roller bearing 414 past in elongated hole 427
Multiple motion.As shown in Figure 10, the first elastic component 415 is specially spring, and spring one end is fixed on feed roller by shaft end screw 426
The one end of axle 414, its length matches the distance between axles and pressure sensitivity of two charging roller bearings 414 with modulus of elasticity, because Action of Gravity Field two enters
Material roller bearing 414 be in elongated hole bottom when without portable power source 8, and when portable power source 8 enters fashionable, two charging roller bearings 414 are by mobile electric
The extruding of source 8 makes distance between axles become big, while two charging roller bearings 414 press portable power source 8 under spring tension effect, until mobile electricity
Source 8, which moves to, gives back charge position；Due to being designed using elongated hole, portable power source 8 gives back position and certain adjustment space be present, i.e.,
It is not that portable power source 8 also can be easily sent into when being aligned completely when user gives back, largely reduces using difficulty, improve
Consumer's Experience.
In one embodiment, as shown in figure 9, storage charhing unit 41 also includes inlet baffle 417, indicator lamp control panel
411；The rotation of inlet baffle 417 is installed on storage charhing unit 41 porch；Indicator lamp control panel 411 is provided with touch switch；Move
When dynamic power supply 8 enters storage 41 inside of charhing unit, the rotation touching touch switch of inlet baffle 417；Touch switch control instruction
Lamp on/off.Specifically, indicator lamp control panel 411 is covered to storage charhing unit 41 by light cover plate 412, light cover plate
412 are provided with light-guiding pillar, light-guiding pillar face indicator lamp, enable users to be clearly seen indicator lamp change, when portable power source 8 is lent
When, indicator lamp Chang Liang, when portable power source 8 is removed, inlet baffle 417 is back to state as shown in Figure 9, and storage charhing unit 41 enters
Mouth closing, inlet baffle 417 depart from touch switch, and indicator lamp goes out；When portable power source 8 is given back, portable power source 8 is pushed into storage and filled
The entrance of electric unit 41, inlet baffle 417 overturn substantially 90 ° under the conflict of portable power source 8, and the now contact of inlet baffle 417 touches
Switch, indicator lamp light.
In one embodiment, storage charhing unit 41 also includes ejector pin 416；Portable power source 8 positions, fixed by ejector pin 416
Position.As shown in Figs. 7-8, ejector pin 416 is installed on the inner side of side plate 413；The side of portable power source 8 is provided with cotter way 81；Ejector pin 416 and pin
Groove 81 coordinates.Specifically, ejector pin 416 is located at the inner side of biside plate 413, it is contemplated that portable power source 8 is not noticed that when user gives back
Directions question, portable power source 8 are designed to symmetrical structure, i.e. both sides are designed with cotter way 81, and similarly biside plate 413 sets cotter way respectively
81 coordinate with ejector pin 416.
In one embodiment, storage charhing unit 41 also includes clamping lock 420；The locking of portable power source 8 passes through clamping lock 420.
Because both sides ejector pin 416 plays positioning action, now fixed force is limited, it is necessary to locked to the portable power source 8 do not lent, and prevents
Only it by mispick or is easily removed；Such as Fig. 9-such as Figure 10, clamping lock 420, which runs through, is installed on the inner side of side plate 413；The side of portable power source 8
It is additionally provided with locked groove 82；The lock core of clamping lock 420 stretches into locked groove 82 and locks portable power source 8；Storage charhing unit 41 also includes motor
418th, pushing block 424, the second elastic component 425, flexible block 423；Flexible block 423 coats clamping lock 420 and is fixed on outside side plate 413
Side；Motor 418 is linear electric motors；Motor 418 is fixedly connected with pushing block 424；The inclined-plane of pushing block 424 and the contact of incline plane of clamping lock 420；The
Two elastic components 425 contradict the outside of clamping lock 420；The other end of second elastic component 425 contradicts the inner side of flexible block 423；Motor 418 drives
Pushing block 424 is along the axially reciprocating of motor 418, and clamping lock 420 is locked under the effect of the elastic component 425 of pushing block 424 and second or unblock
Portable power source 8.In general, to be protected to motor 418, motor shield 422 is set to play the opposing seal of motor 418
The dust-proof effect with reducing operating noise；The directions question of portable power source 8 is not noticed that when being given back in view of user, locked groove 82 is set
Have in the both sides of portable power source 8；Particularly, cotter way 81 is closer to the end of portable power source 8 compared to locked groove 82, that is, passes through ejector pin
Clamping lock 420 works after 416 positioning, portable power source 8 is locked, preventing from first locking causes position deviation, and portable power source 8 positions not
Standard, it can not be charged.
In one embodiment, whether given back in place when giving back portable power source 8 for detection, as shown in figure 16, on charging panel 410
It is additionally provided with position detection probe 4106；When portable power source 8 is moved to latched position, position detection probe 4106 contradicts portable power source
8；After position detection probe 4106, which is pressurized, shrinks, position detection probe 4106, which is sent, is returned to bit instruction to terminal is controlled, and controls
Terminal processed, which receives to be returned to after bit instruction, to be assert in this storage charhing unit 41 and has given back portable power source 8；Preferably, charging panel
Signal probe 4103 is additionally provided with 410；After control terminal, which receives, is returned to bit instruction, control terminal sends detection instruction,
Detection instruction obtains the ID number of portable power source 8 by signal probe 4103, for the shifting that will be given back in this storage charhing unit 41
The ID number of dynamic power supply 8 feeds back to control terminal, special, unique ID numberings is designed with inside each portable power source 8, by only
The one ID numbering identification identity of portable power source 8, the ID of portable power source 8 is numbered during lending and bound temporarily with user account, and record
The time is lent, record gives back the time when giving back, and calculates using duration to calculate lease expenses, and user account is deducted fees,
After lease terminates, the ID numberings of portable power source 8 are unbinded with user account, single lease transaction is completed after being settled accounts.
In one embodiment, the directions question that portable power source 8 is not noticed that when user gives back is fully taken into account, such as Figure 16 institutes
Show, charging contact pin quantity is even number；Charging contact pin is symmetrically distributed in the both sides of signal probe 4103；Charging contact pin includes the first contact pin
4101st, the second contact pin 4102, the 4th contact pin 4104, the 5th contact pin 4105；First contact pin 4101 and the 5th contact pin 4105 are on letter
Number probe 4103 is symmetrical；Second contact pin 4102 and the 4th contact pin 4104 are symmetrical on signal probe 4103；First contact pin 4101 with
5th contact pin 4105 accesses identical polar power supply；Second contact pin 4102 is accessed with the 4th contact pin 4104 and accessed with the first contact pin 4101
Opposite polarity power supply.In this way, no matter face-up using which, portable power source 8 can smoothly realize charging, in the present embodiment,
First contact pin 4101 and the 5th contact pin 4105 are positive source, and the second contact pin 4102 and the 4th contact pin 4104 are power cathode；It is special
Different, form two-way power supply and portable power source 8 is charged, charging current is shunted, the electric current for reducing charging contact pin is born
Carry, improve the service life of charging contact pin, on the other hand, when contact pin all the way breaks down, it is complete to be unlikely to portable power source 8
It can not charge, reduce the storage overall failure rate of charhing unit 41；On the other hand, because duplex feeding divides source current
Stream, electric current is the half of script, proportional with electric current according to caloric value, caloric value in charging process is effectively reduced, in phase
To in closing space, effectively reducing charging component heating, from another angle extension device service life.
In one embodiment, as shown in figure 3, also including data wire storing unit 5；Data wire storing unit 5 is installed on base
It is front with window cover 15 from structure, the overall structure of data wire storing unit 5 is fixed on portable power source storage charging on frame 2
The rear portion of device 4；Data wire is bundled into data thread ball 9；Data wire storing unit 5 includes some data wire storage units；It is mutually of the same race
Class data thread ball 9 is deposited in data wire storage unit；In the present embodiment, as shown in figure 11, the number of data wire storage unit
Measure as three, three groups of data wire storage units deposit three kinds of data thread balls 9 respectively；The data wire type difference of three kinds of data thread balls 9
For micro USB data lines, lighting data wires, Type C data lines.
As shown in Figure 11, Figure 12, data wire storage unit includes thread ball entrance 51, deposits spool 53, data wire drawing mechanism
54th, receiving hopper 55；Deposit the one end of spool 53 to be connected with thread ball entrance 51, deposit the other end of spool 53 and connect with data wire drawing mechanism 54
Connect；Receiving hopper 55 is installed immediately below the discharging opening of data wire drawing mechanism 54；The front side cap 12 of housing 1 is provided with line taking mouth
122；The face receiving hopper 55 of line taking mouth 122 exports.It should be noted that being clear signal, two groups of data are hidden in Fig. 3, Figure 12
Line storage unit deposits spool 53.
In one embodiment, the quantity two or more of spool 53 is deposited；Data wire storage unit also includes feeding-distribution device 52；Sub-material
Device 52 is installed on thread ball entrance 51 and deposits the junction of spool 53.Specifically, as shown in figure 12, the quantity of spool 53 is deposited as four, four
Root deposits spool 53 and stores same class data wire jointly, because single tube stored number is limited, is stored using multitube, entered in thread ball jointly
Mouth 51 installs feeding-distribution devices 52, and feeding-distribution device 52 is specially one or four orifice plates, and data thread ball 9 passes through thread ball entrance 51 and feeding-distribution device
52 enter and respectively deposit in spool 53, and when wherein depositing in the pipe of spool 53 full, data thread ball 9 is natural to be fallen to other and unfilled deposit
In spool 53, until four are deposited and are all filled up in spool 53.To deposit the lower end position accurate positioning of spool 53 by four, four are deposited spool
53 lower ends are provided with location-plate 56 at data wire drawing mechanism 54；Particularly, it is provided with counter in thread ball entrance 51；Count
The quantity for the data thread ball 9 that device record passes through thread ball entrance 51.Counter feeds back quantity to controlling terminal；Control terminal record every
The total amount of kind data wire type, and feed back to background system.
In one embodiment, as shown in Figure 13, Figure 14, data wire drawing mechanism 54 includes top discharge plate 541, material discharging wheel
542nd, bottom discharge plate 544；Material discharging wheel 542 is installed between top discharge plate 541 and bottom discharge plate 544；Top discharge plate 541 and material discharging wheel
The quantity identical perforate of spool 53 is provided with and deposited on 542；Unique discharge opening is provided with institute's bottom discharge plate 544；Material discharging wheel 542 rotates
Data thread ball 9 is transported to discharge opening；Discharge opening face receiving hopper 55；Data wire drawing mechanism 54 also includes rotary drive
545；Material discharging wheel 542 engages connection with rotary drive 545 by gear；Rotary drive 545 drives material discharging wheel 542 to rotate；
Data wire drawing mechanism 54 also includes guide fixed plate 543；Rotary drive 545 is fixed on guide fixed plate with material discharging wheel 542
On 543；Guide fixed plate 543 is provided with the material guide hole of face discharge opening；Data thread ball 9 passes through discharge opening, material guide hole extremely successively
In receiving hopper 55.When background terminal receives when selling instruction of specified data wire type, instruction extremely control terminal is sold in transmission,
Instruction is sold in control terminal parsing, and data wire type is sold in acquisition, and control terminal sends motor driving instruction to corresponding data
Rotary drive 545 in line storage unit；In one embodiment, it is four and by 90 ° of distributions, rotation driving to deposit the quantity of spool 53
Part 545 is rotated by 90 °, during this, data thread ball 9 successively by discharge opening, material guide hole to receiving hopper 55, it is necessary to explanation,
Material guide hole for prevent data thread ball 9 in rotary course due to rotation initial velocity cause whereabouts angle is uncontrollable to fall to splicing
Outside bucket 55；After rotary drive 545 rotates, the counter number in respective data lines storage unit subtracts one, feeds back to control eventually
End, it is ensured that the accuracy of the quantity of data thread ball 9 in data wire storage unit.
In one embodiment, as shown in figure 4, lease terminal 100 also includes cooling device 7, cooling device 7 is installed on pedestal
On 2；Cooling device 7 is used to reduce temperature in housing 1.Specifically, cooling device 7 is specially cooling fan；Cooling fan is distinguished
It is installed on the bottom of pedestal 2 and the back of pedestal 2 of face portable power source storage charging device 4；Bonnet 11 is provided with air exhaust slot；Air draft
Groove face is installed on the cooling fan at the back of pedestal 2；Wind is cooled down from the bottom blow-through each group portable power source storage charging device of pedestal 2
4, and exported by the cooling fan at the back of pedestal 2 to air exhaust slot, evacuated by air exhaust slot into extraneous air.
In one embodiment, as seen in figs. 15-17, it is the structure of a portable power source 8, portable power source 8 includes shell, control
Circuit board 86, shared charging port 87, output interface 89, rechargeable battery 85；As shown in Figure 7, Figure 8, shell both sides are equipped with
Cotter way 81, locked groove 82；Cotter way 81 is used to position when giving back portable power source 8；Locking bit when locked groove 82 is used to give back portable power source 8
Put；Shared charging port 87, output interface 89 are placed in outer side end face；Shared charging port 87, output interface 89 respectively at
Control board 86 electrically connects；Control board 86 electrically connects with rechargeable battery 85；The shared access of charging port 87 is shared to fill
Power supply and control signal；Shared charge power supply is charged by control board 86 to rechargeable battery 85；Rechargeable battery 85
Powered by control board 86 to output interface 89；Shared charging port 87 is arranged among shell；Shared charging port 87
Including signalling contact and power contact；Power contact is used to transmit power supply；Signalling contact is used to transmit signal of communication；Signalling contact
Among shared charging port 87；Power contact is symmetrically distributed in signalling contact both sides.
In one embodiment, the quantity of power contact is four, and four power contacts are respectively two cathode contacts, two negative poles
Contact；Two cathode contacts are symmetrical on signalling contact；Two cathode contacts are symmetrical on signalling contact.As shown in figure 17, share and fill
Electric port 87 amounts to five contacts, wherein middle is signalling contact, both sides are power contact, and in the present embodiment, five are touched
Point is followed successively by cathode contact, cathode contact, signalling contact, cathode contact, cathode contact；Wherein, stored in control board 86
There is the power supply number information of unique mark portable power source 8；Power supply number information is transmitted by signalling contact.
In one embodiment, as shown in Figure 15, Figure 17, shell includes lid 83, portable power source bottom 84 on portable power source；Move
Lid 83 coordinates with portable power source bottom 84 on dynamic power supply is packaged in inside by rechargeable battery 85 and control board 86.Especially
, as shown in Figure 7, Figure 8, cotter way 81 is closer to outer side end face compared to locked groove 82.
In one embodiment, as shown in figure 17, portable power source 8 also includes user's power input interface 88；User's power supply is defeated
Incoming interface 88 is connected with control board 86；User's power input interface 88 is placed in outer side end face；User utilizes user's electricity
Source input interface 88 charges external power source by control board 86 to rechargeable battery 85.Specifically, user's power input
Interface 88 is specially micro USB interfaces, lighting interfaces, Type C interface.
In one embodiment, to meet user radio online demand, portable power source 8 also includes wireless module；Wireless module
Powered by control board 86；Wireless module create for connect common network region in wireless network.It is specifically, wireless
Module includes communication card, common network dual-mode antenna；Wireless sharing submodule, wireless receiving and dispatching antenna；Communication card is received and dispatched with public network
Antenna electrically connects；Connection communication is established by communication card and common network；Wireless sharing submodule is used to share common network simultaneously
Establish wireless network in region；Customer mobile terminal searches wireless network and establishes connection；Customer mobile terminal passes through wireless
Dual-mode antenna carries out data transmission with wireless module.While user leases portable power source 8, portable power source 8 is that user creates one
Available wireless network, at present, using the method for plug sim card (i.e. communication card), the connection with public network base station is realized, is created simultaneously
Wireless network is shared in one region, connects and uses for user, in use, Internet utilization fee is total to the lease expenses of portable power source 8
It is disposable to solve the problems, such as that the electricity consumption of user's mobile device is netted with using with clearing.
As shown in figure 18, flow is leased for portable power source 8, user is small by being opened in public number in wechat or cell phone application
Portable power source is leased in program, click, now background terminal association user account, and whether check has that is leasing to order in account
Single, if existing lease order, push user checks details；Pushed if nothing leases order and lease guide, guided
Mode be to be inputted in program by positioning or user, push inputs leasing of matching with customer location or user and set
Standby, recommended user goes to and shown in map；Before user reaches leased equipment (lease terminal 100 as shown in Figure 1), sweep
The Quick Response Code posted in equipment is retouched, background terminal auto-associating leased equipment, leased equipment working condition is inquired about, as equipment can not
Lease failure is pushed to users' mobile end with then background terminal, if equipment is working properly and has tenantable portable power source,
Background terminal push cash pledge judges that as shown in figure 18, cash pledge judges that user obtains whether user hands over cash pledge to users' mobile end, and
Inquire about user account remaining sum, it is ensured that user account can normally be paid, and pushed if Sorry, your ticket has not enough value and supplemented the page with money to user's movement
End；When user meets that cash pledge is judged with remaining sum abundance, then user is allowed to lease portable power source, now background terminal sends unblock
Instruction to storage charhing unit 41, storage charhing unit 41 records lease time after successfully unlocking, and this is leased successfully；If unblock
Failure, then deposit charhing unit 41 and return to unblock failure to background terminal, this lease failure.
In one embodiment, as shown in figure 19, in the present embodiment, user is by clicking on purchase data in wechat public number
Line, data wire type is selected, scanning is attached to the Quick Response Code in equipment (lease terminal 100 as shown in Figure 1), with regard to that can pass through backstage
Whether terminal differentiates in stock in the equipment, need to first judge whether equipment (can use) in normal operating conditions certainly, when setting
The standby middle data wire existed selected by user, i.e., into payment process, after the completion of user pays, background terminal sends release data wire
Go out line, deposit data wire equipment (data wire storing unit 5 as shown in figure 11) receive after make outlet action, such as go out
Line failure then sends purchase failure to users' mobile end, and background terminal does reimbursement operation；Such as complete, then buy successfully, it is complete
Into this purchase, deposit corresponding data wire quantity in the equipment of data wire and reduce, and line number is updated the data in background terminal
Amount.
In one embodiment, control terminal obtains the position of the portable power source 8 in charged state under current state in real time,
Wherein, the position of portable power source 8 is obtained by coordinating with signal probe 4103, and every signal probe 4103 has independent signal
Address number, for obtaining the position of current portable power source 8.Special, portable power source storage charging device 4 is organized into groups,
As shown in Figure 1, shown in Figure 5, can compile as four groups, at the same to portable power source storage charging device 4 in storage charhing unit 41 by row with
Row are numbered, and distribute line space and column pitch respectively to row and column, two portable power sources 8 for diverse location in calculating group
Distance interval.
Planing method is as follows：
When the 1st, giving back, the portable power source storage charging device 4 of preferably different groups puts back to portable power source 8；During charging, preferably not
The portable power source 8 placed with the portable power source storage charging device 4 of group charge simultaneously；
When the 2nd, giving back, mobile electricity is put back to the position that preferred distance interval is maximum in portable power source storage charging device 4 is organized
Source 8；During charging, preferably place the maximum portable power source 8 in distance interval with group portable power source storage charging device 4 and fill simultaneously
Electricity.
In one embodiment, to consider the heating problem and loading problem that are brought in charging process, to depositing portable power source
Equipment planned, wherein, when the equipment for depositing portable power source has some groups, the equipment of uniform each group storage portable power source
Amount of storage, while also to ensure that the equipment of each group storage portable power source and whole lease terminal internal memory are placed with to a certain extent
Sufficient loanable portable power source, certainly, the situation that whole portable power sources are all lent in lease terminal is not in the present embodiment
In limit of consideration.
In one embodiment, the control terminal leased in terminal obtains the movement that charged state is under current state in real time
The position of power supply, wherein, the position of portable power source is coordinated by the signal probe in the equipment with depositing portable power source to be obtained, often
Root signal probe has independent Signal Message Address numbering, for obtaining the position of current portable power source；Terminal is controlled to send detection
Instruction, detection instruction obtain the ID number of portable power source by signal probe, for the shifting that will be given back in this storage charhing unit 41
The ID number of dynamic power supply 8 feeds back to control terminal, special, unique ID numberings is designed with inside each portable power source 8, by only
The one ID numbering identification identity of portable power source 8, the ID of portable power source 8 is numbered during lending and bound temporarily with user account, and record
The time is lent, record gives back the time when giving back, and obtains using duration to calculate lease expenses, and user account is deducted fees,
After lease terminates, the ID numberings of portable power source 8 are unbinded with user account, single lease transaction is completed after being settled accounts.
In one embodiment, terminal-pair portable power source to be charged is controlled to carry out charging order planning；Planning mode has two
Kind, the first is planned for priori, i.e., obtains the position of the charging of current portable power source in real time, plans next portable power source given back
Give back position, and give back position to user and guide；Guided specifically, step is given back to obtain the equipment of storage portable power source
The portable power source deposit position that is inside charging and vacant deposit position, each vacant deposit position is calculated relative to charging
Portable power source deposit position relative distance, obtain the vacant deposit position that relative distance is more than minimum chargeable distance, mark
It is designated as preferably giving back position, and to preferably giving back position makes guide.Consider that user can not necessarily give back shifting fully according to guide
Dynamic power supply, then using second of rear complementary programming, i.e., the position of the charging of current portable power source is obtained in real time, plans charging simultaneously
The position of portable power source.Using above two planning mode, charging process is more optimized, avoid the portable power source of high concentration
Charge simultaneously, cause the apparatus of load of single group storage portable power source excessive, while high concentration causes to concentrate heat production, is unfavorable for heat
The Quick diffusing of amount, equipment fault even fire is caused, improves equipment dependability and service life.
The minimum guarantee by means of quantity and the guarantee of minimum chargeable distance are specifically carried out by step intelligent power distribution；Step
After rapid disbursement and sattlement, the portable power source quantity that state can be lent in the equipment of storage portable power source is obtained, when state can be lent
Portable power source quantity is less than minimum when borrowing quantity, then the portable power source just given back is charged；Wherein, it is minimum to borrow quantity
Including minimum in lease terminal quantity is borrowed by means of quantity with minimum in the equipment of single group storage portable power source；In general, each group
It is minimum in the equipment of storage portable power source to borrow quantity sum is minimum more than or equal in lease terminal to borrow quantity, i.e., preferential satisfaction
Demanding terminal is leased, then meets that the equipment of each group storage portable power source is interior and requires, it is ensured that is evenly distributed.
The guarantee of minimum chargeable distance：Minimum chargeable distance is the Charge Management to portable power source equipment, prevents list
In the equipment of group storage portable power source, a large amount of portable power sources to charge be present, cause caloric value concentration and caloric value is excessive,
The apparatus of load of the portable power source of single group storage simultaneously is excessive, is unfavorable for the longtime running of integral device；When the shifting that can lend state
Dynamic number of power sources is more than minimum when borrowing quantity, obtains the portable power source to be charged in the equipment of storage portable power source and deposits position
Put, calculate the relative distance of the portable power source that is charging relative to the portable power source just given back, relative distance is more than most I
Charging distance, then the portable power source just given back is charged；If relative distance is less than minimum chargeable distance, to just giving back
Portable power source carry out delay process, wait next intelligent power distribution.Wherein, relative distance calculation is two kinds, and the first is
Mean value method, calculate each portable power source being averaged relative to the relative distance sum for the portable power source just given back charged
Value, the comparative quantity using average value as minimum chargeable distance, such a method are preferably applied to the portable power source number to charge
Measure less situation；Second is minimum value method, calculates each portable power source to charge relative to the portable power source just given back
Relative distance in minimum value, the comparative quantity using minimum value as minimum chargeable distance, such a method is preferably applied to just
In a fairly large number of situation of the portable power source of charging.
The present invention provides a kind of parallel net type shared charging leasing system, including photovoltaic canopy formula structure, lease terminal；Photovoltaic canopy
Solar panel is installed on the ceiling of formula structure；Terminal is leased to be used to lease portable power source for users to use；Lease is eventually
Include portable power source storage charging device, stand-by power supply, control terminal, photovoltaic and off-network device in end；Portable power source storage is filled
Electric installation is used for holding movable power supply or charged to portable power source, and solar panel is connected with photovoltaic and off-network device；Photovoltaic
And off-network device accesses solar panel and the generating of solar panel is delivered into public electric wire net；Photovoltaic and off-network device with
Stand-by power supply connects；Stand-by power supply is connected with portable power source storage charging device；Control terminal is filled with portable power source storage respectively
Electric installation, stand-by power supply, photovoltaic and the connection of off-network device.The present invention uses clean energy resource solar energy as shared portable power source
Charge power supply, meet that people go out charge requirement；On the other hand unnecessary solar power generation amount is delivered to by public affairs using grid-connected form
Common-battery net, the business model of leasing system is redefined, increased leasing system income while solar energy is made full use of.Together
When the present invention fully from user perspective, user is convenient to use, and the present invention is ingenious in design, is easy to outdoor and outdoor application
Promote.
More than, only presently preferred embodiments of the present invention, any formal limitation not is made to the present invention；All one's own professions
The those of ordinary skill of industry can swimmingly implement the present invention shown in by specification accompanying drawing and above；But all to be familiar with sheet special
The technical staff of industry without departing from the scope of the present invention, is made a little using disclosed above technology contents
The equivalent variations of variation, modification and evolution, it is the equivalent embodiment of the present invention；Meanwhile all substantial technologicals according to the present invention
Variation, modification and evolution of any equivalent variations made to above example etc., still fall within technical scheme
Within protection domain.
Claims (10)
- A kind of 1. shared charging leasing system of parallel net type, it is characterised in that：Including photovoltaic canopy formula structure, lease terminal；The light Lie prostrate and solar panel is installed on the ceiling of canopy formula structure；The lease terminal is used to lease mobile electricity for users to use Source；Include portable power source storage charging device, stand-by power supply, control terminal, photovoltaic and off-network device in the lease terminal；Institute State portable power source storage charging device be used for holding movable power supply or give portable power source charging, the solar panel with it is described Photovoltaic and the connection of off-network device；The photovoltaic and off-network device access the solar panel and by the solar panels Generating deliver to public electric wire net；Simultaneously off-network device is connected the photovoltaic with the stand-by power supply；The stand-by power supply and the shifting Dynamic power supply storage charging device connection；The control terminal deposits charging device, the standby electricity with the portable power source respectively Source, the photovoltaic and the connection of off-network device.
- A kind of 2. shared charging leasing system of parallel net type as claimed in claim 1, it is characterised in that：The lease terminal is also wrapped Include DC/DC conversion equipments, city's arrangements of electric connection；The DC/DC conversion equipments are converted to dc source for the straight of portable power source Current charge electric current；The current input terminal of the DC/DC conversion equipments respectively with the photovoltaic and off-network device, the stand-by power supply Connection；The current output terminal of the DC/DC conversion equipments is connected with portable power source storage charging device；The DC/DC turns The control terminal of changing device is connected with the control terminal；The photovoltaic and off-network device also with the DC/DC conversion equipments；It is described City's arrangements of electric connection connects the photovoltaic and off-network device；Exchange is converted to direct current by city's arrangements of electric connection；The civil power Attachment means electrically connect with portable power source storage charging device；City's arrangements of electric connection is also electrically connected with the stand-by power supply Connect；Simultaneously off-network device includes inverter to the photovoltaic, and the inverter collects the DC current that the solar panel is sent And it is converted into alternating current.
- A kind of 3. shared charging leasing system of parallel net type as claimed in claim 1, it is characterised in that：The lease terminal is also wrapped Include housing, pedestal；The portable power source storage charging device is installed on the pedestal；The housing wraps up the pedestal；It is described Stand-by power supply is installed on the enclosure interior；Some storage charhing units are provided with the portable power source storage charging device；Institute Storage charhing unit is stated to be used to place and lock portable power source or charge to portable power source；The control terminal is entered with background terminal Row radio communication, it is described control terminal with it is described storage charhing unit electrically connect, it is described control terminal for send charging instruction, Unlock instruction, lock instruction；The charging instruction is used to control the storage charhing unit to charge portable power source；It is described Unlock instruction is used to control the storage charhing unit to unlock portable power source to be lent；The lock instruction is described for controlling The portable power source that storage charhing unit locking is given back.
- A kind of 4. shared charging leasing system of parallel net type as claimed in claim 3, it is characterised in that：The portable power source storage Charging device also includes storage rack；The storage rack is fixed on the pedestal；Some storages are installed on the storage rack to fill Electric unit；The storage charhing unit includes charging panel, side plate, charging roller bearing, connecting rod；At least two connecting rods are by two institutes Side plate is stated to be fixedly connected；The charging roller bearing is installed on two side sheet rooms；The charging panel is installed on two side sheet rooms；Institute State charging panel and be provided with charging contact pin；The charging contact pin is used to give portable power source DC charging；It is arranged on the charging roller bearing There is soft set；The two charging roller bearings are arranged on two side plate interior sides；The two feed roller axis center axis form the method for plane To consistent with portable power source vibration-direction；The two charging roller bearings are installed by the elongated hole on the side plate；Enter described in two The first elastic component is additionally provided between material roller bearing；First elastic component drives the charging roller bearing back and forth to be transported in the elongated hole It is dynamic.
- A kind of 5. shared charging leasing system of parallel net type as claimed in claim 4, it is characterised in that：The storage charhing unit Also include inlet baffle, indicator lamp control panel；The inlet baffle rotation is installed on the storage charhing unit porch；It is described Indicator lamp control panel is provided with touch switch；When portable power source is entered inside the storage charhing unit, the inlet baffle rotation Touch the touch switch；The touch switch controls the instruction lamp on/off；The storage charhing unit also includes ejector pin；Institute State ejector pin and be installed on the side plate interior sides；Portable power source side is provided with cotter way；The ejector pin coordinates with cotter way.
- A kind of 6. shared charging leasing system of parallel net type as claimed in claim 4, it is characterised in that：The storage charhing unit Also include clamping lock；The clamping lock, which runs through, is installed on the side plate interior sides；Portable power source side is additionally provided with locked groove；The lock of the clamping lock Core stretches into locked groove locking portable power source；The storage charhing unit also includes motor, pushing block, the second elastic component, flexible block；Institute Flexible block is stated to coat the clamping lock and be fixed on the outside of the side plate；The motor is linear electric motors；The motor with it is described Pushing block is fixedly connected；The pushing block inclined-plane and the clamping lock contact of incline plane；Second elastic component is contradicted on the outside of the clamping lock；Institute The second elastic component other end is stated to contradict on the inside of the flexible block；The motor drives the pushing block along the motor axial reciprocating Motion, the clamping lock locking or unblock portable power source under the pushing block and second elastic component effect.
- A kind of 7. shared charging leasing system of parallel net type as claimed in claim 4, it is characterised in that：Also set on the charging panel There is position detection probe；When portable power source is moved to latched position, the position detection probe contradicts the portable power source；It is described Signal probe is additionally provided with charging panel；The charging contact pin quantity is even number；The charging contact pin is symmetrically distributed in the signal Probe both sides；The charging contact pin includes the first contact pin, the second contact pin, the 4th contact pin, the 5th contact pin；First contact pin and institute It is symmetrical on the signal probe to state the 5th contact pin；Second contact pin is with the 4th contact pin on the signal probe pair Claim；First contact pin and the 5th contact pin access identical polar power supply；Second contact pin accesses with the 4th contact pin Opposite polarity power supply is accessed with first contact pin.
- A kind of 8. shared charging leasing system of parallel net type as claimed in claim 3, it is characterised in that：The lease terminal is also wrapped Include data wire storing unit；The data wire storing unit is installed on the pedestal；Data wire is bundled into data thread ball；It is described Data wire storing unit includes some data wire storage units；Data thread ball described in identical type deposits in the data wire storage In unit；The data wire storage unit includes thread ball entrance, deposits spool, data wire drawing mechanism, receiving hopper；It is described to deposit spool One end is connected with the thread ball entrance, and the spool other end of depositing is connected with the data wire drawing mechanism；The data wire goes out Expect the receiving hopper is installed immediately below the discharging opening of device；The front side cap of the housing is provided with line taking mouth；The line taking mouth Receiving hopper described in face exports.
- A kind of 9. shared charging leasing system of parallel net type as claimed in claim 8, it is characterised in that：It is described to deposit spool quantity two More than individual；The data wire storage unit also includes feeding-distribution device；The feeding-distribution device be installed on the thread ball entrance with it is described Deposit spool junction；The thread ball, which enters, intraoral is provided with counter；The number that the counter records pass through the thread ball entrance According to the quantity of thread ball；The data wire drawing mechanism includes top discharge plate, material discharging wheel, bottom discharge plate；The material discharging wheel is installed on Between the top discharge plate and the bottom discharge plate；The top discharge plate deposits spool quantity phase with being provided with the material discharging wheel with described Same perforate；Unique discharge opening is provided with institute's bottom discharge plate；Material discharging wheel rotation by the data thread ball be transported to it is described go out Expect hole；Receiving hopper described in the discharge opening face；The data wire drawing mechanism also includes rotary drive；The material discharging wheel with The rotary drive is engaged by gear and connected；The rotary drive drives the material discharging wheel to rotate；The data wire goes out Material device also includes guide fixed plate；The rotary drive is fixed in the guide fixed plate with the material discharging wheel；It is described Guide fixed plate is provided with the material guide hole of discharge opening described in face；The data thread ball successively by the discharge opening, described lead Expect in hole to the receiving hopper.
- A kind of 10. shared charging leasing system of parallel net type as claimed in claim 3, it is characterised in that：The lease terminal is also Including cooling device, the cooling device is installed on the pedestal；The cooling device is used to reduce the shell body temperature； The cooling device is specially cooling fan；The cooling fan is respectively arranged in the pedestal bottom and mobile electricity described in face Deposit the pedestal back of charging device in source；Covered after the housing provided with air exhaust slot；The air exhaust slot face is installed on The cooling fan at the pedestal back.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201710911076.3A CN107705449A (en) | 2017-09-29 | 2017-09-29 | A kind of shared charging leasing system of parallel net type |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710911076.3A CN107705449A (en) | 2017-09-29 | 2017-09-29 | A kind of shared charging leasing system of parallel net type |
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| CN201710911076.3A Pending CN107705449A (en) | 2017-09-29 | 2017-09-29 | A kind of shared charging leasing system of parallel net type |
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