CN108556659B - Dynamic radio automatic charging new-energy automobile system - Google Patents
Dynamic radio automatic charging new-energy automobile system Download PDFInfo
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- CN108556659B CN108556659B CN201810329581.1A CN201810329581A CN108556659B CN 108556659 B CN108556659 B CN 108556659B CN 201810329581 A CN201810329581 A CN 201810329581A CN 108556659 B CN108556659 B CN 108556659B
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- battery plate
- power supply
- coil
- supply board
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
- B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
- B60L53/30—Constructional details of charging stations
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
- B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
- B60L53/10—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles characterised by the energy transfer between the charging station and the vehicle
- B60L53/12—Inductive energy transfer
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
- B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
- B60L53/30—Constructional details of charging stations
- B60L53/35—Means for automatic or assisted adjustment of the relative position of charging devices and vehicles
- B60L53/37—Means for automatic or assisted adjustment of the relative position of charging devices and vehicles using optical position determination, e.g. using cameras
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
- B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
- B60L53/30—Constructional details of charging stations
- B60L53/35—Means for automatic or assisted adjustment of the relative position of charging devices and vehicles
- B60L53/38—Means for automatic or assisted adjustment of the relative position of charging devices and vehicles specially adapted for charging by inductive energy transfer
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
- B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
- B60L53/60—Monitoring or controlling charging stations
- B60L53/66—Data transfer between charging stations and vehicles
- B60L53/665—Methods related to measuring, billing or payment
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/12—Electric charging stations
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/14—Plug-in electric vehicles
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/16—Information or communication technologies improving the operation of electric vehicles
Landscapes
- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Transportation (AREA)
- Mechanical Engineering (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
- Electric Propulsion And Braking For Vehicles (AREA)
Abstract
A kind of dynamic radio automatic charging new-energy automobile system, long range magnetic field slot is formed by left primary side power supply board, right primary side power supply board, the upper end of magnetic field slot is consistent with road surface, slot parallel width in magnetic field is less than 20mm, it is sewer below the slot of magnetic field, the new-energy automobile setting chassis is by motor and secondary side by battery plate, secondary side is coupled between left primary side power supply board, right primary side power supply board by battery plate, and secondary side is carried out intermediate frequency radio transmission in the electromagnetic induction under continuous dynamic closure magnetic flux state by battery plate；Under intelligent control module control, secondary side is carried out notch by battery plate and cuts automatically, couples automatic positioning, electricity consumption automatic identification and charging, left and right over range and recycle automatically, travel the full automatic working recycled automatically magnetic field slot end, secondary side automatic adjustable level angle and left-right position in cabinet by battery plate, by battery plate, the resistance of taxing in the slot of long range magnetic field is small on secondary side, it wears small, filling 6 long range magnetic field slots of urban road becomes super charging field, carries out identification power supply, reasonable charging to each car automatically.
Description
Technical field
The present invention relates to a kind of new-energy automobiles, are a kind of dynamic radio automatic charging new-energy automobile systems specifically
System.
Background technique
The new-energy automobile in China is mainly hybrid vehicle and pure electric automobile, the charging problems of these two types of automobiles
It always is the main obstruction of new-energy automobile development.At present, the charging modes of new-energy automobile are mainly and rely on to be arranged extensively
Charging pile, however charging pile cannot store a large amount of electric energy to battery in a short time, and need manual operation by charger
It is connect with automobile batteries, the result is that automobile charging does not only take up domain, it has not been convenient to, also waste time.Dynamic radio charging is benefit
Primary side transmitting coil, i.e., be placed in inside road surface by a kind of technology that energy transmission is carried out with electromagnetic field or electromagnetic wave, and secondary side receives
Coil is placed in automotive interior, carries out electric energy transmission by the effect that high frequency magnetic field couples, carries out new-energy automobile under steam
Charging, due to it is completely insulated can be hermetically sealed to be suitable for more to avoid short circuit and danger of hazardous electrical discharges to avoid high pressure Danger Electric shock risk
Kind of adverse circumstances and weather, it is non-maintaining without mechanical wear, is convenient for automatic operation, but existing new-energy automobile dynamic nothing
The problems such as energy conversion efficiency of line charge electric system is low, and structure is complicated, at high cost, injures human body there are also the electromagnetic radiation of leakage.
Summary of the invention
In order to overcome the shortcomings of that existing new-energy automobile dynamic radio charging system technology, the present invention disclose a kind of dynamic nothing
Line automatic charging new-energy automobile system.
The technical solution of the dynamic radio automatic charging new-energy automobile system is by dynamic radio automatic charging new energy
Automobile, over long distances slot type electrical supply rail, left primary side power supply board, right primary side power supply board, chassis are by motor, secondary side by battery plate and confession
Power station composition, design feature are: the dynamic radio automatic charging new-energy automobile selects any pure electric automobile, dynamic
Intelligent control box is arranged in setting battery group, front bridge instrumentation platform below in wireless automatic charging new-energy automobile, described
The output end of setting intelligent control module and intelligent charging module in intelligent control box, the intelligent charging module connects battery
Group, intelligent control box the right are arranged Ic card reader, are inserted into Ic card, dynamic radio automatic charging new energy vapour on Ic card reader
Rectangle installing port is set in the middle part of the chassis of vehicle, and installation chassis is by motor in rectangle installing port；The dynamic radio automatic charging is new
Supply station is arranged in energy automobile system, presses AC power source and control computer, the dynamic nothing in the supply station in setting intermediate frequency
Slot type electrical supply rail, the electrical supply rail of slot type over long distances are arranged the setting of line automatic charging new-energy automobile system over long distances
On one section of road of urban transportation, urban road is two-way lane, and two-way lane is equipped with Through Lane, left turn lane, right-hand rotation
Lane, urban road share 6 lanes, and setting draining geosyncline over long distances, drains geosyncline over long distances among the road surface in every lane
Left primary side power supply board and right primary side is arranged in slot type electrical supply rail, the electrical supply rail of slot type over long distances over long distances for upper end installation
Power supply board, the supply station to pressing AC power source in left primary side power supply board and right primary side power supply board input intermediate frequency, the chassis by
Secondary side is arranged by battery plate in motor, and the pair side is usually hidden in chassis by battery plate by motor, and the pair side is known by battery plate setting
Other video camera one, new-energy automobile under steam, identify that the notch of one Automatic-searching ground trough type electrical supply rail of video camera, notch arrive
When position, the chassis is declined by motor driven pair side by battery plate, and secondary side is made to be coupled in left primary side power supply board and left primary side by battery plate
Between power supply board, secondary side is by battery plate by inductively, exporting in intermediate frequency and pressing alternating voltage to intelligent charging module, intelligent charge
Module exports DC voltage to the Ic card reader, and intelligent kilowatt-hour meter module, intelligent kilowatt-hour meter module is arranged in Ic card reader
To battery charging.
The U-type groove of the electrical supply rail of the slot type over long distances setting stainless steel, connects into long range U by several single u-shaped slots
Type groove, long range U-type groove are mounted on the notch of draining geosyncline over long distances, the left primary side power supply board of setting and the right side in the U-type groove
Primary side power supply board, left primary side power supply board bosom are arranged left front ferrite core and left back ferrite core, left front ferrite core around
Painting envelope curve becomes left front coil, and left back ferrite core coiling enameled wire becomes left back coil, right primary side power supply board bosom
Before setting is right ferrite core and it is right after ferrite core, it is right before ferrite core coiling enameled wire become right before coil, it is right after ferrite
Coil after core coiling enameled wire becomes right, left front coil, left back coil are left primary coil, and coil is the right side behind coil, the right side before the right side
Primary coil, left front coil, it is right before coil be preceding primary coil, left back coil, it is right after coil be rear primary coil, 4 primary sides
The enameled wire coiling direction of coil is all the same, and the shape of 4 ferrite cores is [shape, left front ferrite core and left back iron
Oxysome core be it is left [shape ferrite core, it is right before ferrite core and it is right after ferrite core be right [shape ferrite core, left [shape ferrite core
[shape ferrite core open end is corresponding, symmetrical with the right side for open end；Positioned at left primary side power supply board front end setting attaching plug, after
End setting power outlet, is connected to power lead between attaching plug and power outlet, is arranged positioned at the front end of left primary coil
Left cross-line socket is arranged in infrared emission head, rear end setting identification control module, left end, and left front spiral shell is arranged inside left primary side power supply board
Silk cap, left back cap nut, the left front coil and left back coil are to be connected in parallel, the power lead and left front coil and left back
The first line of coil connects, and left front coil connects left cross-line socket with the buttock line of left back coil, identifies that the output end of control module connects
Infrared emission head is connect, identifies that the switch terminals of control module connect left cross-line socket with input one, two ends of input, identifies control module
Ground terminal connect left back cap nut, identify the power end connection power lead of control module, the attaching plug, power supply are inserted
Seat, power lead, left front coil, left back coil, identification control module, preceding cap nut, rear cap nut, left cross-line socket and red
Outer emitting head is by injection molding, and positioning package is inside left primary side power supply board, left primary side power supply board highstrenghtpiston's injection molding；
Front end setting signal plug, rear end setting signal socket positioned at right primary side power supply board, are used between signal plug and Signal plug
Right cross-line socket, the left cross-line is arranged positioned at the front end of right primary coil setting infrared receiving terminal, right end in signal conductor connection
Left cross-line plug is arranged in socket lower end, right cross-line plug, left cross-line plug and right cross-line plug is arranged in right multispan line socket lower end
Between multiply U-shaped cross-line is set, cap nut before setting is right inside right primary side power supply board, it is right after cap nut, it is described it is right before coil and
Coil is to be connected in parallel behind the right side, and the buttock line of cap nut after coil connects the right side with the first line of coil behind the right side before the right side, right primary coil is logical
The buttock line that the multiply U-shaped cross-line connects left primary coil is crossed, left primary coil and right primary coil and identification control module are made
Switch terminals be series in electric power loop, the current direction of the current direction of left primary coil and right primary coil each other on the contrary,
The signal conductor identifies input one end of control module by the connection of multiply U-shaped cross-line, and the infrared receiving terminal passes through multiply U
The connection of shape cross-line identifies two end of input of control module, before the Signal plug, signal plug, signal conductor, the right side behind coil, the right side
Cap nut, right cross-line socket and infrared receiving terminal are by injection molding behind cap nut, the right side before coil, the right side, and positioning package is in right primary side
Inside power supply board, right primary side power supply board highstrenghtpiston's injection molding；The infrared emission head is corresponding with infrared receiving terminal,
The left primary side power supply board is fixed on left end in U-type groove by left front screw, left back screw, and the right primary side power supply board is by the right side
Screw is fixed on right end in U-type groove behind preceding screw, the right side, and all screws and cap nut are connect with U-type groove, U-type groove warp
It crosses conducting wire and connects the ground wire for pressing AC power source in the supply station intermediate frequency, by attaching plug, the power supply of multiple left primary side power supply boards
Socket is forward and backward to inserting, and close-packed arrays composition primary side power supply board left over long distances is fixed on left end in long range U-type groove, left over long distances
The power supply line that primary side power supply board is drawn, which connects, presses AC power source firewire in the supply station intermediate frequency；By multiple right primary side power supply boards
Signal plug, signal plug are forward and backward to inserting, and close-packed arrays composition primary side power supply board right over long distances is fixed in long range U-type groove
Right end, the signal wire that primary side power supply board right over long distances is drawn connect the communication terminal of the supply station control computer；Original left over long distances
Side power supply board and primary side power supply board right over long distances are symmetrically and in long range U-type groove, primary side power supply board left over long distances and the over long distances right side
Space between primary side power supply board is long range magnetic field slot, and the parallel width of long range magnetic field slot is less than 20mm, thus group growth
Apart from ground trough type electrical supply rail, become dynamic radio certainly by 6 city charging roads that slot type electrical supply rail forms over long distances
The charging big unit of the large area of dynamic charging new-energy automobile, in order to meet the charge requirement of new-energy automobile, urban road is handed over
It is logical that several charging big units are set on the net；The left primary side power supply board and the right primary side power supply board symmetrically form charge independence
Junior unit, multiple charge independence junior units form the charging big unit, the infrared emission head alignment of left primary side power supply board setting
The infrared receiving terminal of right primary side power supply board setting, the identification control module give infrared emission head output signal, infrared hair always
It penetrates head and gives infrared receiving terminal infrared signal always, infrared receiving terminal control identification control module switching circuit is in closing always
State, the pair side by battery plate with slot type electrical supply rail over long distances under non-coupled state, slot type electrical supply rail over long distances
On all primary coils be in off-position, the pair side is by battery plate with slot type electrical supply rail over long distances in couple state
Under, charge independence is opened by the infrared receiving terminal of the infrared signal emitting head irradiation charge independence junior unit of battery plate in the pair side
Junior unit, charge independence junior unit charge to new-energy automobile, and under steam, secondary side is left by battery plate independently to be filled new-energy automobile
The infrared emission head of the infrared receiving terminal of electrical small cell, charge independence junior unit irradiates infrared receiving terminal, charge independence junior unit
Automatic shutdown；Rainwater is put aside in slot type electrical supply rail slot over long distances in order to prevent, before the electrical supply rail of slot type over long distances
Sewer after sewer, rear end setting before end is arranged；The front end of slot type electrical supply rail is end over long distances, over long distances slot type
Red eye, when new-energy automobile drives to the end of slot type electrical supply rail over long distances, institute is arranged in the end of electrical supply rail
State after secondary side seen red eye by the identification video camera one of battery plate, chassis by motor driven pair side by battery plate rise with it is long away from
Liftoff slot type electrical supply rail automatically disengages.
Cabinet is arranged by motor in the chassis, and outer rim is arranged in cabinet surrounding, and outer rim is located at the rectangle peace of automobile chassis
Mouth upper end is filled, outer rim is fastened in the nut bore of rectangle installing port surrounding by several screws, inner edge is arranged in chassis bottom
Frame, the interior setting of casing pick up the secondary side of electric energy by battery plate, and pair side energy upper and lower, left and right movement in casing by battery plate is secondary
While set square is arranged by battery plate lower end, secondary side is by battery plate and set square highstrenghtpiston's integrated injection molding, secondary Bian Shou electricity
The thickness of plate is slightly less than the parallel width of long range magnetic field slot, secondary side by battery plate left and right end in long range magnetic field slot memory
In the gap of very little, I shape ferrite core is arranged by battery plate bosom in secondary side, and the I shape ferrite core is located at left [the shape iron
The open end of oxysome core and the right side [are couple state, the upper and lower end of I shape ferrite core and a left side between the open end of shape ferrite core
[the upper and lower end alignment of shape ferrite core, [upper and lower end of shape ferrite core is aligned, and is spliced into stud ferrite core, structure with the right side
It is closed flux circuit at stud, I shape ferrite core coiling enameled wire becomes unicoil, and the unicoil is coupled in the left original
In magnetic field slot between sideline circle and right primary coil, left primary coil and right primary coil are connected in intermediate frequency and press alternating current, institute
It states unicoil and induces and press alternating current in same intermediate frequency, principle is secondary such as the ferrite transformer in electric car charger
While 11 unicoils are arranged by battery plate bosom, 11 unicoil proper alignments at linear type, between each unicoil away from
From equal, 11 unicoil positioning packages on secondary side by battery plate bosom, the coiling direction of 11 unicoil enameled wires and circle
Number is all the same, and 11 unicoils connect into series circuit output, and 11 unicoils is made to connect into continuous secondary coil, secondary sideline
When circle is moved forward and backward in the magnetic field slot, each unicoil will be in order by the magnetic of preceding primary coil primary coil with after
, when due to primary coil and secondary coil relative movement, the coupling area of ferrite core closure flux circuit changes, and leads
Magnetic flux is caused to change therewith, it is fluctuation that alternating voltage is pressed in the intermediate frequency for causing unicoil to induce, in order to reduce voltage fluctuation,
The distance between preceding primary coil and rear primary coil are less than the distance between unicoil and unicoil of secondary coil, make secondary side
Coil and primary coil coupling frequency increase, induction is smooth, remaining not in the unicoil of magnetic field range in series loop due to
Inductance is small, impedance is small, voltage drop is small, when secondary coil output voltage to load when, there is only the line loss of D.C. resistance, new energy
Under steam, continuous secondary coil and continuous primary coil induce continuously source automobile in dynamically closure flux circuit
Intermediate frequency in pressure alternating voltage be output to the intelligent charging module；The set square both sides are equipped with blade, set among set square
There is identification video camera one, identification camera one is located at the point of a knife of set square lower end, identifies described in the output line connection of video camera one
The correlated inputs end of intelligent control module, secondary side are equipped with infrared signal emitting head by battery plate front end, are located at secondary side by battery plate
The left side, infrared signal emitting head rear end upper Hall sensor and lower Hall sensor, the infrared signal emitting head are set
Output line connect the output end of the Ic card reader, the upper Hall sensor is connected with the output line of lower Hall sensor
The correlated inputs end of the intelligent control module, the pair side are equipped with front slide by battery plate front end, in front slide and the cabinet
There is a gap in wall front end, and secondary side is equipped with tail skid by battery plate rear end, and tail skid and the cabinet rear inner wall have gap, make secondary side by
It being positioned before and after being kept when battery plate moves up and down in cabinet, secondary side is equipped with front motor frame by battery plate upper end, and front motor frame is n shape,
Secondary side is clipped in by the preceding upper end of battery plate, is fixed by preceding screw, front motor is welded in motor rack upper end, before installing in front motor drive shaft
Pulley, secondary side are equipped with rear motor rack by battery plate upper end, and rear motor rack is n shape, secondary side upper end after by battery plate are clipped in, by rear screw
It fixes, motor after the welding of motor rack upper end, rear wheel is installed on rear motor driving shaft, is connected after the output line of forward and backward motor is in parallel
The relevant output of the intelligent control module is connect, the output line of the secondary coil connects the input of the intelligent charging module
End, the fixed rope rolling motor of the cabinet inner wall left front end, the output line of rope rolling motor connect the correlation of the intelligent control module
Output end, rope rolling motor are equipped with long drive shaft, and bearing is arranged in long drive shaft rear end, and bearing is mounted on the left back end of casing, long driving
Preceding bull wheel, fixed preceding drawstring in preceding bull wheel are fixed on axis, preceding drawstring right end is equipped with preceding drawstring set, and preceding drawstring is arranged with center
Hole, preceding drawstring right end is clamping fixed by preceding drawstring after centre bore, and preceding drawstring set is mounted on the preceding mounting hole of casing inner wall right end
It is interior, it is fixed on long drive shaft after bull wheel, fix rear-pulling rope in rear bull wheel, rear-pulling rope right end is equipped with post-tensioning rope sling, rear-pulling rope
It is arranged with centre bore, rear-pulling rope right end is clamping fixed by rear-pulling rope after centre bore, and post-tensioning rope sling is mounted on cabinet inner wall right end
Rear mounting hole in, it is described pair side by battery plate upper end be equipped with preceding half bore, preceding drawstring pass through preceding half bore be supported on front wheel lower end, institute
It states secondary side and is equipped with rear half bore by battery plate upper end, rear-pulling rope passes through rear half bore and is supported on rear wheel lower end, and the left inside wall of cabinet is set
Switch infrared emission head, right inner wall setting switch infrared receiving terminal are set, infrared emission head is switched and switchs the defeated of infrared receiving terminal
Outlet is separately connected the correlated inputs end of the intelligent control module, and the rope rolling motor rotates counterclockwise, and forward and backward bull wheel will
Forward and backward drawstring tightening, the pair side are risen by battery plate, and rope rolling motor rotates clockwise, and forward and backward bull wheel puts forward and backward drawstring
Pine, the pair side are declined by battery plate, and the dynamic radio automatic charging new-energy automobile is in slot type electrical supply rail over long distances
On highway when driving, knowledge is worked as by slot type electrical supply rail over long distances described in battery plate identification one Automatic-searching of video camera in the secondary side
When other video camera one finds long range magnetic field slot, identification video camera one issues starting-up signal, intelligent control to intelligent control module
The forward and backward motor of module drive makes the forward and backward pulley while rotating forward or inverting, and forward and backward pulley rides over and drives on forward and backward drawstring
Dynamic pair side to the left or is moved right by battery plate, when the secondary side is directed at magnetic field slot by the point of a knife of battery plate lower end, and with identification
When the image coordinate alignment set in video camera one, identification video camera one is simultaneously emitted by shutdown and booting letter to intelligent control module
Number, stop forward and backward motor shutdown, rotate clockwise the booting of rope rolling motor, notch is cut by the point of a knife of battery plate in the pair side
Afterwards, drop in the slot of long range magnetic field, when the upper Hall sensor be located at the left primary side power supply board [shape ferrite core
Upper end, lower Hall sensor be located at the left primary side power supply board [when the lower end of shape ferrite core, upper and lower Hall sensor to
Intelligent control module is simultaneously emitted by off signal, make rope rolling motor shutdown stop, making the secondary coil be accurately positioned in
The position of the upper and lower end alignment of the left and right primary coil, when vehicle chassis changes with ground distance, upper and lower Hall
The upper and lower position of sensor changes, and upper and lower Hall sensor changes in the magnetic field that magnetic field slot inner sense is subject to,
Upper and lower Hall sensor issues corresponding starting-up signal to intelligent control module, and control rope rolling motor rotates forward or reversion, driving
Secondary side is risen or is declined by battery plate, is remained at secondary coil and is aligned with the upper and lower end of the left and right primary coil
Position；When new-energy automobile drives to the end of ground trough type electrical supply rail, the identification video camera one sees red eye
Afterwards, corresponding starting-up signal is issued to intelligent control module, controls rope rolling motor reversal, driven secondary side to be risen by battery plate, work as pair
While by battery plate rise to will switch infrared emission head issue switch infrared receiving terminal infrared photo-electric switch when, switch infrared receiving terminal
Corresponding off signal is issued to intelligent control module, control rope rolling motor stops, and the upper end in cabinet is recycled by battery plate in secondary side；
In the cabinet upper center setting identification video camera two, when new-energy automobile lane change when driving, identification video camera two see pair
While identifying video camera two to intelligent control module when being deviated to the left or be deviated to the right among cabinet by battery plate beyond a certain range
Corresponding starting-up signal is issued, rope rolling motor reversal is controlled, drives secondary side to be risen by battery plate, secondary side is recycled automatically by battery plate
Upper end in cabinet protects secondary side by battery plate；The output line of the secondary coil, the output line of video camera one, infrared signal hair
The output line of the output line, upper and lower Hall sensor of penetrating head accumulates a retractable cable, and upper center is arranged in the cabinet
Outlet hole, the retractable cable is pierced by from outlet hole is connected to the intelligent control box, and the identification video camera two, switch are infrared
The output line of emitting head and switch infrared receiving terminal, which accumulates a cable and is pierced by from outlet hole, is connected to the intelligent control box.
Intelligent kilowatt-hour meter module, setting information display screen, face on Ic card reader panel are set in the Ic card reader
Ic card plug, the Ic card for assigning the electricity charge to supplement with money in socket is arranged in plate rear end, and the information display screen, which is shown, to be bought electricity and remain
Remaining electricity, the pair side are issued infrared signal by battery plate infrared signal emitting head and are transmitted to setting inside the right primary side power supply board
Infrared receiving terminal, infrared receiving terminal received signal is transmitted to the control computer by signal wire, and control computer confirms user
After not arrearage, two end of input that signal is transmitted to the identification control module by signal wire is issued, identification control module is opened left
Primary side power supply board and right primary side power supply board power supply, execute the charging tasks of independent small power supply unit, and the pair side is passed through by battery plate
The head end of each independent small power supply unit is infrared it is necessary to block the infrared light for being irradiated to right primary side power supply board infrared receiving terminal
Receive head signal open identification control module once identified, charged, charging process, left original of the secondary side by battery plate rear end
The unobstructed infrared receiving terminal for being irradiated to right primary side power supply board of the infrared light of the infrared emission head of side power supply board, infrared receiving terminal letter
The power supply of independent small power supply unit below is automatically closed in number triggering identification control module, is exactly by the small power supply unit of multiple independences
Repeatedly charging is accumulative, each car respectively charging, and arrearage has a power failure.
The beneficial effect of the dynamic radio automatic charging new-energy automobile is: the new energy of dynamic radio automatic charging
Dynamic radio electrical transfer between source automobile and over long distances slot type electrical supply rail, always under the monitoring of identification video camera certainly
Dynamic to complete, without manual operation, vehicle under steam, identifies video camera Automatic-searching target, is driven by intelligent control module secondary
While by battery plate carry out notch cut automatically, couple automatic positioning, electricity consumption automatic identification and charging, left and right over range recycle automatically,
The comprehensive automation operation that traveling end trough bottom red light recycles automatically, the pair side are slightly less than the long range by the thickness of battery plate
The parallel width of magnetic field slot, in vehicle driving charging, to be moved in the slot of the long range magnetic field by battery plate be to slide on the pair side
State, left and right deviation center line of road a certain range in vehicle driving, secondary side are freely rotated and are moved left and right in cabinet by battery plate,
Level angle and left-right position of the adjust automatically in cabinet, to ensure that secondary side is slided in the slot of the long range magnetic field by battery plate
Resistance is small, and abrasion is small, and when the middle line of left and right deviation road in vehicle driving goes beyond the scope, secondary side is recycled automatically by battery plate；It is described
It is to be coupled in the continuous dynamic electromagnetic induction being closed under magnetic flux state between primary coil and secondary coil, is that intermediate frequency is wireless
The transmission of electricity, compared with the resonance coupled transfer of the high frequency radio under dynamic open state, be closed the intermediate frequency of magnetic flux without
The electromagenetic wave radiation of line electricity is minimum, highly-safe, transmission loss is small, high-efficient；6 long ranges are set on the road surface of urban road
Ground trough type electrical supply rail, the electrical supply rail of the slot type over long distances upper end is consistent with ground level, and long range magnetic field slot is put down
Line width is less than 20mm, thus 6 over long distances slot type electrical supply rail do not change the essential attribute of urban road, it is not take up
Road surface does not influence traffic, nor affects on the appearance of the city, its structure is simple, reliable performance, easy to manufacture, at low cost；6 over long distances
Slot type electrical supply rail makes full use of the space of urban road, is changed into super charging field, and several independences can be set
Super charging field, the crowded disadvantage of motor vehicle on urban road is become into advantageous precious resources, 6 over long distances slot type power
Guide rail carries out identification power supply, reasonable charging to each car automatically, during new-energy automobile drives through within the scope of super charging field
Automatic electric energy supplementing, than existing charging pile, work efficiency is high, charging effect is good.
Detailed description of the invention
Fig. 1 is the right view overall structure diagram of dynamic radio automatic charging new-energy automobile charged state.
Fig. 2 is slot type electrical supply rail top view cross section structural schematic diagram over long distances.
Fig. 3 is slot type electrical supply rail backsight structural representation over long distances.
Fig. 4 is slot type electrical supply rail right side structural representation over long distances.
Fig. 5 is for chassis by motor by electricity condition right side structural representation.
Fig. 6 is for chassis by motor by electricity condition backsight structural representation.
Fig. 7 is dynamic radio automatic charging new-energy automobile by the right view overall structure diagram of electric collecting state.
Fig. 8 is dynamic radio automatic charging new-energy automobile by electric collecting state backsight overall structure diagram.
Fig. 9 is dynamic radio automatic charging new-energy automobile charged state backsight overall structure diagram.
Figure 10 is state backsight overall structure diagram to the left when dynamic radio automatic charging new-energy automobile charges.
Figure 11 is state backsight overall structure diagram to the right when dynamic radio automatic charging new-energy automobile charges.
Specific embodiment
Zuo Jin mono- Walk explanation with reference to the accompanying drawing.
In dynamic radio automatic charging new-energy automobile charged state entirety right side structural representation shown in Fig. 1, institute
It states dynamic radio automatic charging new-energy automobile and selects any pure electric automobile 1, the dynamic radio automatic charging new energy vapour
Intelligent control box 3 is arranged in the interior battery group 2 of setting below, front bridge instrumentation platform, and intelligence is arranged in the intelligent control box
Energy control module and intelligent charging module, the output end of the intelligent charging module connect battery group, intelligent control box the right
Ic card reader 4 is set, Ic card 5 is inserted on Ic card reader, is set in the middle part of the chassis of dynamic radio automatic charging new-energy automobile
Rectangle installing port is set, installation chassis is by motor 6 in rectangle installing port；The dynamic radio automatic charging new-energy automobile system is set
Supply station is set, presses AC power source and control computer, the new energy of dynamic radio automatic charging in the supply station in setting intermediate frequency
Urban transportation is arranged in slot type electrical supply rail 7, the electrical supply rail of slot type over long distances to the setting of source automotive system over long distances
On one section of road, urban road is two-way lane, and two-way lane is equipped with Through Lane, left turn lane, right-turn lane, urban road
Share 6 lanes, setting draining geosyncline 9 over long distances among the road surface 8 in every lane, drain over long distances the installation of geosyncline upper end it is long away from
Liftoff slot type electrical supply rail, left primary side power supply board and right primary side power supply board is arranged in the electrical supply rail of slot type over long distances, described
For supply station to AC power source is pressed in left primary side power supply board and right primary side power supply board input intermediate frequency, secondary side is arranged by motor in the chassis
By battery plate 10, the pair side is usually hidden in chassis by battery plate by motor, and identification video camera one is arranged by battery plate in the pair side
11, new-energy automobile under steam, identify one Automatic-searching ground trough type electrical supply rail of video camera notch, notch in place when, institute
State chassis and declined by motor driven pair side by battery plate, make secondary side by battery plate be coupled in left primary side power supply board and left primary side power supply board it
Between, secondary side is pressed alternating voltage to intelligent charging module, intelligent charging module output by battery plate by inductively, exporting in intermediate frequency
DC voltage is to the Ic card reader, and Ic card reader setting intelligent kilowatt-hour meter module, intelligent kilowatt-hour meter module is to battery
Group charging.
In Fig. 2, Fig. 3, Fig. 4, the U-type groove 12 of the electrical supply rail of the slot type over long distances setting stainless steel, by several U
Type groove connects into long range U-type groove, and long range U-type groove is mounted on the notch of draining geosyncline over long distances, setting in the U-type groove
Left front ferrite core 15 and left back iron is arranged in left primary side power supply board 13 and right primary side power supply board 14, left primary side power supply board bosom
Oxysome core 16, left front ferrite core coiling enameled wire become left front coil 17, and left back ferrite core coiling enameled wire becomes left back
Coil 18, before the setting of right primary side power supply board bosom is right ferrite core 19 and it is right after ferrite core 20, it is right before ferrite core around
Painting envelope curve becomes coil 21 before the right side, coil 22 after ferrite core coiling enameled wire becomes right behind the right side, left front coil, left back coil
For left primary coil, it is right before coil, it is right after coil be right primary coil, left front coil, it is right before coil be preceding primary coil, it is left back
Coil is rear primary coil behind coil, the right side, and the enameled wire coiling direction of 4 primary coils is all the same, 4 ferrite cores
Shape be [shape, left front ferrite core and left back ferrite core for it is left [shape ferrite core, it is right before ferrite core and it is right after iron oxygen
Body core is that [shape ferrite core, left [[shape ferrite core open end is corresponding, symmetrical with the right side for shape ferrite core open end on the right side；It is located at
Power outlet 24 is arranged in the front end setting attaching plug 23 of left primary side power supply board, rear end, uses between attaching plug and power outlet
Power lead connection, positioned at the front end of left primary coil setting infrared emission head 25, rear end setting identification control module 26, left end
Left cross-line socket 27 is set, left front cap nut 28, left back cap nut 29 be set inside left primary side power supply board, the left front coil and
Left back coil is to be connected in parallel, and the power lead is connect with the first line of left front coil and left back coil, left front coil and left back
The buttock line of coil connects left cross-line socket, identifies the output end connection infrared emission head of control module, identifies opening for control module
Guan Duan connects left cross-line socket with input one, two ends of input, identifies that the ground terminal of control module connects left back cap nut, identification control
The power end of molding block connects power lead, the attaching plug, power outlet, power lead, left front coil, left back coil,
Control module, preceding cap nut, rear cap nut, left cross-line socket and infrared emission head are identified by injection molding, positioning package is on a left side
Inside primary side power supply board, left primary side power supply board highstrenghtpiston's injection molding；Positioned at the front end of right primary side power supply board, letter is set
Number plug 30, rear end setting signal socket 31, are connected between signal plug and Signal plug with signal conductor, are located at right primary side line
Right cross-line socket 33 is arranged in front end setting infrared receiving terminal 32, the right end of circle, and the left cross-line socket lower end is arranged left cross-line and inserts
First 34, right cross-line plug 35 is arranged in right multispan line socket lower end, be arranged between left cross-line plug and right cross-line plug multiply U-shaped across
Line 36, cap nut 37 before setting is right inside right primary side power supply board, it is right after cap nut 38, it is described it is right before coil and it is right after coil be simultaneously
Connection connects, and cap nut after coil connects the right side with the first line of coil behind the right side before the right side, the buttock line of right primary coil passes through the multiply U-shaped
Cross-line connects the buttock line of left primary coil, is series at left primary coil and right primary coil with the switch terminals for identifying control module
In electric power loop, the current direction of the current direction of left primary coil and right primary coil is each other on the contrary, the signal conductor is logical
Input one end of multiply U-shaped cross-line connection identification control module is crossed, the infrared receiving terminal passes through the connection identification of multiply U-shaped cross-line
Two end of input of control module, the Signal plug, signal plug, signal conductor, it is right before coil, it is right after coil, it is right before screw
By injection molding, positioning package is right inside right primary side power supply board for cap nut, right cross-line socket and infrared receiving terminal behind cap, the right side
The highstrenghtpiston's injection molding of primary side power supply board；The infrared emission head is corresponding with infrared receiving terminal, and the left primary side supplies
Battery plate is fixed on left end in U-type groove by left front screw 39, left back screw 40, and the right primary side power supply board is by screw before the right side
41, screw 42 is fixed on right end in U-type groove behind the right side, and all screws and cap nut are connect with U-type groove, and U-type groove is by leading
Line connects the ground wire that AC power source is pressed in the supply station intermediate frequency, by the attaching plug of countless left primary side power supply boards, power outlet
Forward and backward to inserting, close-packed arrays form primary side power supply board left over long distances, are fixed on left end in long range U-type groove, primary side left over long distances
The power supply line that power supply board is drawn, which connects, presses AC power source firewire in the supply station intermediate frequency；By the signal of multiple right primary side power supply boards
Plug, signal plug are forward and backward to inserting, and close-packed arrays composition primary side power supply board right over long distances is fixed in long range U-type groove right
End, the signal wire that primary side power supply board right over long distances is drawn connect the communication terminal of the supply station control computer；Primary side left over long distances
Power supply board and primary side power supply board right over long distances are symmetrically and in long range U-type groove, primary side power supply board left over long distances and original right over long distances
Space between the power supply board of side is long range magnetic field slot 43, and the parallel width of long range magnetic field slot is less than 20mm, thus group growth
Apart from ground trough type electrical supply rail, become new-energy automobile by 6 city charging roads that slot type electrical supply rail forms over long distances
The charging big unit of the large area of dynamic radio automatic charging, in order to meet the charge requirement of new-energy automobile, urban road is handed over
It is logical that several charging big units are set on the net；The left primary side power supply board and the right primary side power supply board symmetrically form charge independence
Junior unit, multiple charge independence junior units form the charging big unit, the infrared emission head alignment of left primary side power supply board setting
The infrared receiving terminal of right primary side power supply board setting, the identification control module give infrared emission head output signal, infrared hair always
It penetrates head and gives infrared receiving terminal infrared signal always, infrared receiving terminal control identification control module switching circuit is in closing always
State, the pair side by battery plate with slot type electrical supply rail over long distances under non-coupled state, slot type electrical supply rail over long distances
On all primary coils be in off-position, the pair side is by battery plate with slot type electrical supply rail over long distances in couple state
Under, charge independence is opened by the infrared receiving terminal of the infrared signal emitting head irradiation charge independence junior unit of battery plate in the pair side
Junior unit, charge independence junior unit charge to new-energy automobile, and under steam, secondary side is left by battery plate independently to be filled new-energy automobile
The infrared emission head of the infrared receiving terminal of electrical small cell, charge independence junior unit irradiates infrared receiving terminal, charge independence junior unit
Automatic shutdown；Put aside rainwater in slot type electrical supply rail slot over long distances in order to prevent, the setting of long range U-type groove bottom is several
Leakage hole 44；The front end of slot type electrical supply rail is end over long distances, and the end setting slot bottom of long range U-type groove bottom is red
Lamp 45, when new-energy automobile drives to the end of slot type electrical supply rail over long distances, identification video camera of the pair side by battery plate
After one sees slot bottom red light, chassis is risen by motor driven pair side by battery plate to be automatically disengaged with slot type electrical supply rail over long distances.
In Fig. 5, Fig. 6, Fig. 7, cabinet 46 is arranged by motor in the chassis, and outer rim 47, outer rim is arranged in cabinet surrounding
Positioned at the rectangle installing port upper end of automobile chassis, outer rim is fastened on to the nut of rectangle installing port surrounding by several screws 48
In hole, interior frame 49 is arranged in chassis bottom, and the secondary side of setting pickup electric energy is by battery plate 10 in casing, and the pair side is by battery plate in machine
In shell can upper and lower, left and right it is mobile, secondary side is set square by battery plate lower end, and secondary side is by battery plate and set square with highstrenghtpiston one
Bodyization injection molding is integral, and secondary side is slightly less than the parallel width of long range magnetic field slot by the thickness of battery plate, and secondary side is by battery plate
There are the gaps of very little in the slot of long range magnetic field at left and right end, and I shape ferrite core 50 is arranged by battery plate bosom in secondary side, described
I shape ferrite core is located at the left side, and [open end of shape ferrite core [couples shape between the open end of shape ferrite core with right
State, [upper and lower end of shape ferrite core is aligned and the right [upper and lower end of shape ferrite core with a left side for the upper and lower end of I shape ferrite core
Alignment is spliced into stud ferrite core, constitutes stud and is closed flux circuit, I shape ferrite core coiling enameled wire becomes single
Coil 51, the unicoil are coupled in the magnetic field slot between the left primary coil and right primary coil, left primary coil with
Right primary coil is connected in intermediate frequency and presses alternating current, and the unicoil induces and presses alternating current in same intermediate frequency, principle as
11 unicoils are arranged by battery plate bosom in ferrite transformer in electric car charger, secondary side, and 11 unicoils are neat
Be arranged in linear type, the distance between each unicoil is equal, 11 unicoil positioning packages on secondary side by battery plate bosom,
The coiling direction of 11 unicoil enameled wires and the number of turns are all the same, and 11 unicoils connect into series circuit output, make 11 lists
Coil connects into continuous secondary coil 52, and when secondary coil is moved forward and backward in the magnetic field slot, each unicoil will be by
Sequence is by the magnetic field of preceding primary coil primary coil with after, when due to primary coil and secondary coil relative movement, ferrite
The coupling area of core closure flux circuit changes, and causes magnetic flux to change therewith, in the intermediate frequency for causing unicoil to induce
Pressure alternating voltage is fluctuation, and in order to reduce voltage fluctuation, the distance between preceding primary coil and rear primary coil are less than secondary side
The distance between unicoil and unicoil of coil make secondary coil and primary coil coupling frequency increase, incude smoothly, remaining
Not in the unicoil of magnetic field range since inductance is small, impedance is small, voltage drop is small in series loop, when secondary coil exports electricity
When being pressed onto load, there is only the line loss of D.C. resistance, new-energy automobile under steam, continuous secondary coil and continuous primary side
Coil induces in continuous intermediate frequency in dynamically closure flux circuit presses alternating voltage to be output to the intelligent charging module；
The set square both sides are equipped with blade 53, and identification video camera one is equipped among set square, and identification camera one is located under set square
The output line of the point of a knife at end, identification video camera one connects the correlated inputs end of the intelligent control module, and secondary side is by battery plate front end
Equipped with infrared signal emitting head 54 is equipped with, upper Hall is set by the left side of battery plate, the rear end of infrared signal emitting head positioned at secondary side
Sensor 55 and lower Hall sensor 56, the output line of the infrared signal emitting head connect the output of the Ic card reader
End, the upper Hall sensor connect the correlated inputs end of the intelligent control module, institute with the output line of lower Hall sensor
It states secondary side and is equipped with front slide 57 by battery plate front end, there are gap in front slide and cabinet inner wall front end, and secondary side is set by battery plate rear end
There is tail skid 58, tail skid and the cabinet rear inner wall have gap, holding when moving up and down secondary side in cabinet by battery plate
Front and back positioning, secondary side are equipped with front motor frame 59 by battery plate upper end, and front motor frame is n shape, are clipped in secondary side by the preceding upper end of battery plate, by preceding
Screw 60 is fixed, and front motor 61 is welded in motor rack upper end, installs front wheel 62 in front motor drive shaft, secondary side is by battery plate upper end
Equipped with rear motor rack 63, rear motor rack is n shape, is clipped in secondary side upper end, motor rack upper end fixed by rear screw 64 after by battery plate
Motor 65 after welding install rear wheel 66 on rear motor driving shaft, and the intelligence control is connected after the output line of forward and backward motor is in parallel
The relevant output of molding block, the output line of the secondary coil connect the input terminal of the intelligent charging module, the cabinet
Inner wall left front end fixes rope rolling motor 67, and the output line of rope rolling motor connects the relevant output of the intelligent control module, rolls up
Motor of restricting is equipped with long drive shaft 68, and bearing 69 is arranged in long drive shaft rear end, and bearing is mounted on the left back end of casing, consolidates on long drive shaft
Determine preceding bull wheel 70, fixed preceding drawstring 71 in preceding bull wheel, preceding drawstring right end is equipped with preceding drawstring set, and preceding drawstring is arranged with center
Hole, preceding drawstring right end is clamping fixed by preceding drawstring after centre bore, and preceding drawstring set is mounted on the preceding mounting hole of casing inner wall right end
It is interior, it is fixed on long drive shaft after bull wheel 72, fix rear-pulling rope 73 in rear bull wheel, rear-pulling rope right end is equipped with post-tensioning rope sling 74,
Rear-pulling rope is arranged with centre bore, and rear-pulling rope right end is fixed after passing through centre bore by post-tensioning rope clamp 75, and post-tensioning rope sling is mounted on cabinet
In the rear mounting hole of inner wall right end, the pair side is equipped with preceding half bore 76 by battery plate upper end, and preceding drawstring passes through before preceding half bore is supported on
Pulley lower end, the pair side are equipped with rear half bore 77 by battery plate upper end, and rear-pulling rope passes through rear half bore and is supported on rear wheel lower end, described
The left inside wall setting switch infrared emission head 78 of cabinet, right inner wall setting switch infrared receiving terminal 79, switch infrared emission head and open
The output line for closing infrared receiving terminal is separately connected the correlated inputs end of the intelligent control module, and the rope rolling motor revolves counterclockwise
Turn, forward and backward bull wheel tightens forward and backward drawstring, and the pair side is risen by battery plate, and rope rolling motor rotates clockwise, forward and backward rope rolling
Wheel loosens forward and backward drawstring, and the pair side is declined by battery plate, and the dynamic radio automatic charging new-energy automobile is over long distances
On the highway of slot type electrical supply rail when driving, the secondary side is by slot type over long distances described in battery plate identification one Automatic-searching of video camera
Electrical supply rail, when identifying that video camera one finds long range magnetic field slot, identification video camera one is issued to intelligent control module and is switched on
Signal, intelligent control module drive forward and backward motor, make the forward and backward pulley while rotating forward or inverting, forward and backward pulley rides over
Secondary side is driven to the left or to be moved right on forward and backward drawstring by battery plate, when the secondary side is targeted by magnetic by the point of a knife of battery plate lower end
Slot, and when be directed at the image coordinate set in identification video camera one, identification video camera one to intelligent control module simultaneously
Shutdown and starting-up signal are issued, stops forward and backward motor shutdown, rotates clockwise the booting of rope rolling motor, the secondary Bian Shou electricity
After the point of a knife incision notch of plate, drop in the slot of long range magnetic field, when the upper Hall sensor is located at the left primary side power supply
Plate [upper end of shape ferrite core, lower Hall sensor be located at the left primary side power supply board [when the lower end of shape ferrite core,
Upper and lower Hall sensor is simultaneously emitted by off signal to intelligent control module, stops the shutdown of rope rolling motor, makes the secondary side
Coil is accurately positioned in the position being aligned with the upper and lower end of the left and right primary coil, when vehicle chassis and ground distance occur
When variation, the upper and lower position of upper and lower Hall sensor changes, upper and lower Hall sensor the magnetic field slot really feel by
Magnetic field change, upper and lower Hall sensor issues corresponding starting-up signal to intelligent control module, and control rope rolling motor is just
Turning perhaps reversion drives secondary side to be risen or declined by battery plate, remains at secondary coil and the left and right primary coil
Upper and lower end alignment position；When new-energy automobile drives to the end of ground trough type electrical supply rail, the identification video camera one
After seeing red eye, issue corresponding starting-up signal to intelligent control module, control rope rolling motor reversal, drive secondary side by
Battery plate rise, when secondary side by battery plate rise to will switch infrared emission head issue switch infrared receiving terminal infrared photo-electric switch when,
It switchs infrared receiving terminal and issues corresponding off signal to intelligent control module, control rope rolling motor stops, and secondary side is returned by battery plate
It is received in upper end in cabinet；In the cabinet upper center setting identification video camera 2 80, when new-energy automobile lane change when driving, know
When other video camera two sees that secondary side is deviated to the left or is deviated to the right among cabinet by battery plate beyond a certain range, video camera is identified
Two issue corresponding starting-up signal to intelligent control module, control rope rolling motor reversal, drive secondary side to be risen by battery plate, by secondary side
It is recycled the upper end in cabinet automatically by battery plate, protects secondary side by battery plate；The output line of the secondary coil, video camera one it is defeated
Outlet, the output line of infrared signal emitting head, upper and lower Hall sensor output line accumulate a retractable cable 81, it is described
Outlet hole 82 is arranged in upper center in cabinet, and the retractable cable is pierced by from outlet hole is connected to the intelligent control box, described
The output line of identification video camera two, switch infrared emission head and switch infrared receiving terminal accumulates a cable and is pierced by from outlet hole
It is connected to the intelligent control box.
Intelligent kilowatt-hour meter module, setting information display screen, face on Ic card reader panel are set in the Ic card reader
Ic card plug, the Ic card for assigning the electricity charge to supplement with money in socket is arranged in plate rear end, and the information display screen, which is shown, to be bought electricity and remain
Remaining electricity, the pair side are issued infrared signal by battery plate infrared signal emitting head and are transmitted to setting inside the right primary side power supply board
Infrared receiving terminal, infrared receiving terminal received signal is transmitted to the control computer by signal wire, and control computer confirms user
After not arrearage, two end of input that signal is transmitted to the identification control module by signal wire is issued, identification control module is opened left
Primary side power supply board and right primary side power supply board power supply, execute the charging tasks of independent small power supply unit, and the pair side is passed through by battery plate
The head end of each independent small power supply unit is infrared it is necessary to block the infrared light for being irradiated to right primary side power supply board infrared receiving terminal
Receive head signal open identification control module once identified, charged, charging process, left original of the secondary side by battery plate rear end
The unobstructed infrared receiving terminal for being irradiated to right primary side power supply board of the infrared light of the infrared emission head of side power supply board, infrared receiving terminal letter
The power supply of independent small power supply unit below is automatically closed in number triggering identification control module, is exactly by the small power supply unit of multiple independences
Repeatedly charging is accumulative, each car respectively charging, and arrearage has a power failure.
In Fig. 8, Fig. 9, Figure 10, Tu11Zhong, the dynamic radio automatic charging new-energy automobile is supplied with slot type over long distances
Dynamic radio electrical transfer between conductance rail is automatically performed, without manual operation, vehicle always under the monitoring of identification video camera
Under steam, it identifies video camera Automatic-searching target, drives secondary side to be carried out notch by battery plate by intelligent control module and cut automatically
Enter, couple automatic positioning, electricity consumption automatic identification and charging, left and right over range recycles automatically, travels end trough bottom red light returns automatically
The comprehensive automation of receipts operates, and the pair side is slightly less than the parallel width of long range magnetic field slot, vehicle by the thickness of battery plate
In traveling charging, it is sliding state that the pair side is moved in the slot of the long range magnetic field by battery plate, and left and right is inclined in vehicle driving
From center line of road a certain range, secondary side is freely rotated and is moved left and right in cabinet by battery plate, water of the adjust automatically in cabinet
Straight angle degree and left-right position, to ensure that the resistance of taxing in the slot of the long range magnetic field is small by battery plate on secondary side, abrasion is small, works as vehicle
The middle line of left and right deviation road goes beyond the scope in traveling, and secondary side is recycled automatically by battery plate；The primary coil and secondary coil it
Between be the electromagnetic induction coupling under continuous dynamic closure magnetic flux state, be the transmission of intermediate frequency radio, and dynamically open
The resonance coupled transfer for putting the high frequency radio under state compares, and is closed the electromagenetic wave radiation pole of the intermediate frequency radio of magnetic flux
It is small, highly-safe, transmission loss is small, high-efficient；6 slot type electrical supply rails over long distances, institute are set on the road surface of urban road
State that slot type electrical supply rail upper end over long distances is consistent with ground level, the parallel width of long range magnetic field slot is less than 20mm, because
This 6 over long distances slot type electrical supply rail do not change the essential attribute of urban road, it is not take up road surface, does not influence traffic,
The appearance of the city is nor affected on, its structure is simple, reliable performance, easy to manufacture, at low cost；6 over long distances slot type electrical supply rail it is abundant
Using the space of urban road, it is changed into super charging field, and several independent super charging fields can be set, by city
Road automobile crowded disadvantage in city's becomes advantageous precious resources, 6 over long distances slot type electrical supply rail it is automatic to each car
Carry out identification power supply, reasonable charging, new-energy automobile driven through within the scope of super charging field in automatic electric energy supplementing, than existing
Work efficiency is high for some charging piles, charging effect is good.
Claims (1)
1. a kind of dynamic radio automatic charging new-energy automobile system, by dynamic radio automatic charging new-energy automobile, long range
Ground trough type electrical supply rail, left primary side power supply board, right primary side power supply board, chassis are formed by motor, secondary side by battery plate and supply station,
Be characterized in that: the dynamic radio automatic charging new-energy automobile selects any pure electric automobile (1), dynamic radio automatic charging
Setting battery group (2) below, front bridge instrumentation platform setting intelligent control box (3) in new-energy automobile, the intelligence control
The output end of setting intelligent control module and intelligent charging module in box processed, the intelligent charging module connects battery group, intelligence
It can control and Ic card reader (4) are set on the right of box, be inserted into Ic card (5) on Ic card reader, dynamic radio automatic charging new energy
Rectangle installing port is set in the middle part of the chassis of automobile, and installation chassis is by motor (6) in rectangle installing port；The dynamic radio fills automatically
Supply station is arranged in electric new-energy automobile system, presses AC power source and control computer in the supply station in setting intermediate frequency, described dynamic
Slot type electrical supply rail (7), the slot type over long distances are powered over long distances for automatic charging new-energy automobile system that state is wireless setting
Guide rail is arranged on one section of road of urban transportation, and urban road is two-way lane, and two-way lane is equipped with Through Lane, left-hand rotation vehicle
Road, right-turn lane, urban road share 6 lanes, and setting draining geosyncline (9) over long distances, long among the road surface (8) in every lane
Slot type electrical supply rail, the electrical supply rail of slot type over long distances are arranged left primary side and supply over long distances for distance draining geosyncline upper end installation
Battery plate and right primary side power supply board, the supply station input in intermediate frequency to left primary side power supply board and right primary side power supply board and press alternating current
By motor secondary side is arranged by battery plate (10) in source, the chassis, and the pair side is usually hidden in chassis by battery plate by motor, described
Identification video camera one (11) is arranged by battery plate in secondary side, and the dynamic radio automatic charging new-energy automobile under steam, take the photograph by identification
The notch of one Automatic-searching ground trough type electrical supply rail of camera, notch in place when, the chassis is by motor driven pair side under by battery plate
Drop, is coupled in secondary side between left primary side power supply board and left primary side power supply board by battery plate, and secondary side is passed through inductively by battery plate, defeated
Press alternating voltage to intelligent charging module, intelligent charging module output DC voltage to the Ic card reader, Ic in intermediate frequency out
Intelligent kilowatt-hour meter module is arranged in card reader, and intelligent kilowatt-hour meter module is to battery charging；The power supply of slot type over long distances
The U-type groove (12) of stainless steel is arranged in guide rail, connects into long range U-type groove by several single u-shaped slots, long range U-type groove is mounted on length
On the notch of distance draining geosyncline, the left primary side power supply board (13) of setting and right primary side power supply board (14), left primary side in the U-type groove
Power supply board bosom is arranged left front ferrite core (15) and left back ferrite core (16), left front ferrite core coiling enameled wire at
For left front coil (17), left back ferrite core coiling enameled wire becomes left back coil (18), and right primary side power supply board bosom is set
Set ferrite core (19) He Youhou ferrite core (20) before the right side, it is right before ferrite core coiling enameled wire become right before coil (21),
Coil (22) after ferrite core coiling enameled wire becomes right behind the right side, left front coil, left back coil are left primary coil, right front
Coil is right primary coil after enclosing, being right, and coil is preceding primary coil before left front coil, the right side, and coil is rear original behind left back coil, the right side
Sideline circle, the enameled wire coiling direction of 4 primary coils is all the same, and the shape of 4 ferrite cores is [shape, left front iron
Oxysome core and left back ferrite core be it is left [shape ferrite core, it is right before ferrite core and it is right after ferrite core be right [shape ferrite
Core, left [[shape ferrite core open end is corresponding, symmetrical with the right side for shape ferrite core open end；Positioned at the front end of left primary side power supply board
Attaching plug (23), rear end setting power outlet (24) are set, are connected between attaching plug and power outlet with power lead, position
In the front end of left primary coil setting infrared emission head (25), rear end setting identification control module (26), left end, left cross-line is set
Socket (27), is arranged left front cap nut (28), left back cap nut (29) inside left primary side power supply board, the left front coil and left back
Coil is to be connected in parallel, and the power lead is connect with the first line of left front coil and left back coil, left front coil and left back coil
Buttock line connect left cross-line socket, identify the output end connection infrared emission head of control module, identify the switch terminals of control module
Left cross-line socket is connected with input one, two ends of input, identifies that the ground terminal of control module connects left back cap nut, identification control mould
The power end of block connects power lead, the attaching plug, power outlet, power lead, left front coil, left back coil, identification
Control module, preceding cap nut, rear cap nut, left cross-line socket and infrared emission head are by injection molding, and positioning package is in left primary side
Inside power supply board, left primary side power supply board highstrenghtpiston's injection molding；Front end setting signal positioned at right primary side power supply board is inserted
Head (30), rear end setting signal socket (31), are connected between signal plug and Signal plug with signal conductor, are located at right primary side line
Front end setting infrared receiving terminal (32) of circle, right end are arranged right cross-line socket (33), the left cross-line socket lower end setting it is left across
Right cross-line plug (35) is arranged in line plug (34), right multispan line socket lower end, is arranged between left cross-line plug and right cross-line plug
Multiply U-shaped cross-line (36), cap nut (37) before setting is right inside right primary side power supply board, it is right after cap nut (38), the right front
Coil is to be connected in parallel after enclosing and being right, cap nut after coil connects the right side with the first line of coil behind the right side before the right side, the tail of right primary coil
Line connects the buttock line of left primary coil by the multiply U-shaped cross-line, controls left primary coil and right primary coil and identification
The switch terminals of module are series in electric power loop, the current direction of the current direction of left primary coil and right primary coil phase each other
Instead, by input one end of multiply U-shaped cross-line connection identification control module, the infrared receiving terminal passes through more the signal conductor
Two end of input of stock U-shaped cross-line connection identification control module, the Signal plug, signal plug, signal conductor, it is right before coil,
Cap nut, right cross-line socket and infrared receiving terminal are by injection molding behind cap nut, the right side before coil, the right side behind the right side, and positioning package is on the right side
Inside primary side power supply board, right primary side power supply board highstrenghtpiston's injection molding；The infrared emission head and infrared receiving terminal phase
Corresponding, the left primary side power supply board is fixed on left end in U-type groove, the right side by left front screw (39), left back screw (40)
Primary side power supply board is fixed on right end in U-type groove, all screws and cap nut by screw (42) behind screw before the right side (41), the right side
It is connect with U-type groove, U-type groove connects the ground wire that AC power source is pressed in the supply station intermediate frequency by conducting wire, by multiple left primary sides
The attaching plug of power supply board, power outlet are forward and backward to inserting, close-packed arrays composition primary side power supply board left over long distances, be fixed on it is long away from
From left end in U-type groove, the power supply line that primary side power supply board left over long distances is drawn connects pressure AC power source fire in the supply station intermediate frequency
Line；Signal plug, the signal plug of multiple right primary side power supply boards is forward and backward to inserting, and close-packed arrays composition primary side right over long distances supplies
Battery plate, is fixed on right end in long range U-type groove, and the signal wire that primary side power supply board right over long distances is drawn connects the supply station control
The communication terminal of computer；Primary side power supply board left over long distances and primary side power supply board right over long distances are symmetrical in long range U-type groove, over long distances
Space between left primary side power supply board and primary side power supply board right over long distances is long range magnetic field slot (43), and long range magnetic field slot is put down
Line width is less than 20mm, slot type electrical supply rail over long distances is thus formed, by 6 cities that slot type electrical supply rail forms over long distances
City's charging road becomes the charging big unit of the large area of dynamic radio automatic charging new-energy automobile, in order to meet dynamic radio
Several charging big units are arranged in the charge requirement of automatic charging new-energy automobile, urban highway traffic on the net；The left primary side
Power supply board and the right primary side power supply board symmetrically form charge independence junior unit, and multiple charge independence junior units form the charging
Big unit, the infrared emission head of left primary side power supply board setting are directed at the infrared receiving terminal of right primary side power supply board setting, the identification
Control module gives infrared emission head output signal always, and infrared emission head gives infrared receiving terminal infrared signal always, infrared to connect
It receives head control identification control module switching circuit to be in close state always, the pair side is powered by battery plate and slot type over long distances
Guide rail is under non-coupled state, and all primary coils on slot type electrical supply rail are in off-position, the pair over long distances
While by battery plate with slot type electrical supply rail over long distances under couple state, the pair side is irradiated by the infrared signal emitting head of battery plate
The infrared receiving terminal of charge independence junior unit, opens charge independence junior unit, and charge independence junior unit fills automatically to dynamic radio
Electric new-energy automobile charging, the new-energy automobile under steam, left the infrared of charge independence junior unit by battery plate and connect by secondary side
Head is received, the infrared emission head of charge independence junior unit irradiates infrared receiving terminal, charge independence junior unit automatic shutdown；In order to prevent
Rainwater is put aside in slot type electrical supply rail slot over long distances, several leakage holes (44) are arranged in long range U-type groove bottom；Over long distances
The front end of ground trough type electrical supply rail is end, and slot bottom red light (45) are arranged in the end of long range U-type groove bottom, new energy vapour
When garage sails to the end of slot type electrical supply rail over long distances, slot bottom red light is seen by the identification video camera one of battery plate in the pair side
Afterwards, chassis is risen by battery plate by motor driven pair side and is automatically disengaged with slot type electrical supply rail over long distances；The chassis is by motor
It is arranged cabinet (46), outer rim (47) are arranged in cabinet surrounding, and outer rim is located at the rectangle installing port upper end of automobile chassis, by several
Outer rim is fastened in the nut bore of rectangle installing port surrounding by screw (48), and interior frame (49) are arranged in chassis bottom, casing
Interior setting picks up the secondary side of electric energy by battery plate (10), the pair side by battery plate in casing can upper and lower, left and right it is mobile, secondary side by
Battery plate lower end is set square, and secondary side is integral with highstrenghtpiston's integrated injection moulding by battery plate and set square, and secondary side is by battery plate
Thickness is slightly less than the parallel width of long range magnetic field slot, and secondary side is existed very in the slot of long range magnetic field by the left and right end of battery plate
I shape ferrite core (50) are arranged by battery plate bosom in small gap, secondary side, and the I shape ferrite core is located at left [the shape iron
The open end of oxysome core and the right side [are couple state, the upper and lower end of I shape ferrite core and a left side between the open end of shape ferrite core
[the upper and lower end alignment of shape ferrite core, [upper and lower end of shape ferrite core is aligned, and is spliced into stud ferrite core, structure with the right side
It is closed flux circuit at stud, I shape ferrite core coiling enameled wire becomes unicoil (51), and the unicoil is coupled in described
In magnetic field slot between left primary coil and right primary coil, left primary coil is connected in intermediate frequency to press and be exchanged with right primary coil
Electricity, the unicoil induce and press alternating current in same intermediate frequency, and principle is such as the ferrite transformation in electric car charger
11 unicoils are arranged by battery plate bosom in device, secondary side, and 11 unicoil proper alignments are at linear type, between each unicoil
Be equidistant, 11 unicoil positioning packages are on secondary side by battery plate bosom, the coiling direction of 11 unicoil enameled wires
All the same with the number of turns, 11 unicoils connect into series circuit output, and 11 unicoils is made to connect into continuous secondary coil
(52), when secondary coil is moved forward and backward in the magnetic field slot, each unicoil will be in order by preceding primary coil with after
The magnetic field of primary coil, when due to primary coil and secondary coil relative movement, ferrite core is closed the coupling surface of flux circuit
Product changes, and magnetic flux is caused to change therewith, and it is fluctuation that alternating voltage is pressed in the intermediate frequency for causing unicoil to induce, in order to
Voltage fluctuation is reduced, the distance between preceding primary coil and rear primary coil are less than between the unicoil and unicoil of secondary coil
Distance, increase secondary coil and primary coil coupling frequency, induction it is smooth, remaining is not going here and there in the unicoil of magnetic field range
Join in circuit since inductance is small, impedance is small, voltage drop is small, when secondary coil output voltage is to when load, there is only direct currents
The line loss of resistance, under steam, continuous secondary coil and continuous primary coil return new-energy automobile in dynamically closure magnetic flux
Being induced in continuous intermediate frequency in road presses alternating voltage to be output to the intelligent charging module；The set square both sides are equipped with blade
(53), identification video camera one is equipped among set square, identification camera one is located at the point of a knife of set square lower end, identifies video camera one
Output line connect the correlated inputs end of the intelligent control module, secondary side is equipped with infrared signal emitting head by battery plate front end
(54), upper Hall sensor (55) are set by the left side of battery plate, the rear end of infrared signal emitting head positioned at secondary side and lower Hall passes
Sensor (56), the output line of the infrared signal emitting head connect the output end of the Ic card reader, the upper hall sensing
Device connects the correlated inputs end of the intelligent control module with the output line of lower Hall sensor, and the pair side is set by battery plate front end
Have front slide (57), there are gap in front slide and cabinet inner wall front end, and secondary side is equipped with tail skid (58) by battery plate rear end, rear sliding
Plate and the cabinet rear inner wall have gap, position before and after keeping when moving up and down secondary side in cabinet by battery plate, secondary side by
Battery plate upper end is equipped with front motor frame (59), and front motor frame is n shape, is clipped in secondary side by the preceding upper end of battery plate, admittedly by preceding screw (60)
Fixed, front motor (61) are welded in front motor frame upper end, install front wheel (62) in front motor drive shaft, secondary side is equipped with by battery plate upper end
Motor rack (63) afterwards, rear motor rack are n shape, are clipped in secondary side upper end after by battery plate, fixed by rear screw (64), on rear motor rack
Motor (65) after welding is held, rear wheel (66) are installed on rear motor driving shaft, after the output line of forward and backward motor is in parallel described in connection
The relevant output of intelligent control module, the output line of the secondary coil connect the input terminal of the intelligent charging module, institute
It states cabinet inner wall left front end and fixes rope rolling motor (67), the correlation that the output line of rope rolling motor connects the intelligent control module is defeated
Outlet, rope rolling motor are equipped with long drive shaft (68), and bearing (69) are arranged in long drive shaft rear end, and bearing is mounted on the left back end of casing,
Preceding bull wheel (70) is fixed on long drive shaft, fixed preceding drawstring (71) in preceding bull wheel, preceding drawstring right end is equipped with preceding drawstring set, preceding
Drawstring is arranged with centre bore, and preceding drawstring right end is clamping fixed by preceding drawstring after centre bore, and preceding drawstring set is mounted on casing inner wall
In the preceding mounting hole of right end, it is fixed on long drive shaft after bull wheel (72), fix rear-pulling rope (73) in rear bull wheel, rear-pulling rope is right
End is equipped with post-tensioning rope sling (74), and rear-pulling rope is arranged with centre bore, and rear-pulling rope right end is solid by post-tensioning rope clamp (75) after centre bore
Fixed, post-tensioning rope sling is mounted in the rear mounting hole of cabinet inner wall right end, and the pair side is equipped with preceding half bore (76) by battery plate upper end, preceding
Drawstring passes through preceding half bore and is supported on front wheel lower end, and the pair side is equipped with rear half bore (77) by battery plate upper end, after rear-pulling rope passes through
Half bore is supported on rear wheel lower end, and it is infrared that switch infrared emission head (78), right inner wall setting switch is arranged in the left inside wall of cabinet
It receives head (79), the output line of switch infrared emission head and switch infrared receiving terminal is separately connected the phase of the intelligent control module
Input terminal is closed, the rope rolling motor rotates counterclockwise, and forward and backward bull wheel tightens forward and backward drawstring, and the pair side is by battery plate
It rises, rope rolling motor rotates clockwise, and forward and backward bull wheel loosens forward and backward drawstring, and the pair side is declined by battery plate, the dynamic
On the highway of slot type electrical supply rail over long distances when driving, the pair side is identified wireless automatic charging new-energy automobile by battery plate
Slot type electrical supply rail is known when identifying that video camera one finds long range magnetic field slot over long distances described in one Automatic-searching of video camera
Other video camera one issues starting-up signal to intelligent control module, and intelligent control module drives forward and backward motor, makes the forward and backward cunning
Wheel is rotated forward perhaps to invert forward and backward pulley and ride on forward and backward drawstring driving pair side simultaneously and to the left or be moved right by battery plate, when
The pair side is targeted by magnetic field slot by the point of a knife of battery plate lower end, and is aligned with the image coordinate set in identification video camera one
When, identification video camera one is simultaneously emitted by shutdown and starting-up signal to intelligent control module, stops forward and backward motor shutdown, makes to roll up
Rope motor booting rotates clockwise, and after notch is cut by the point of a knife of battery plate in the pair side, drops in the slot of long range magnetic field, works as institute
State Hall sensor be located at the left primary side power supply board [upper end of shape ferrite core, lower Hall sensor are located at the left side
Primary side power supply board [when the lower end of shape ferrite core, upper and lower Hall sensor to intelligent control module be simultaneously emitted by shutdown letter
Number, stop the shutdown of rope rolling motor, the secondary coil is made to be accurately positioned in the upper and lower end with the left and right primary coil
The position of alignment, when vehicle chassis changes with ground distance, the upper and lower position of upper and lower Hall sensor changes,
Upper and lower Hall sensor changes in the magnetic field that magnetic field slot inner sense is subject to, and upper and lower Hall sensor is to intelligent control mould
Block issues corresponding starting-up signal, and control rope rolling motor rotates forward perhaps reversion and secondary side is driven to be risen or declined by battery plate, makes pair
Sideline circle remains at the position being aligned with the upper and lower end of the left and right primary coil；When the new-energy automobile drives to
When the end of ground trough type electrical supply rail, after the identification video camera one sees red eye, phase is issued to intelligent control module
The starting-up signal answered controls rope rolling motor reversal, and secondary side is driven to be risen by battery plate, when secondary side risen to by battery plate will switch it is infrared
When emitting head issues the infrared photo-electric switch of switch infrared receiving terminal, switch infrared receiving terminal issues corresponding to intelligent control module
Off signal, control rope rolling motor stop, and the upper end in cabinet is recycled by battery plate in secondary side；Upper center setting is known in the cabinet
Other video camera two (80), when new-energy automobile lane change when driving, identification video camera two see secondary side be deviated to the left by battery plate or
When being deviated to the right among cabinet beyond a certain range, identification video camera two issues corresponding starting-up signal to intelligent control module,
Rope rolling motor reversal is controlled, drives secondary side to be risen by battery plate, the upper end in cabinet is recycled on secondary side by battery plate automatically, protects pair
While by battery plate；The output line of the secondary coil, the output line of video camera one, infrared signal emitting head output line, it is upper and lower suddenly
You accumulate a retractable cable (81) by the output line of sensor, and upper center setting outlet hole (82), described in the cabinet
Retractable cable is pierced by from outlet hole is connected to the intelligent control box, and the identification video camera two switchs infrared emission head and opens
The output line for closing infrared receiving terminal, which accumulates a cable and is pierced by from outlet hole, is connected to the intelligent control box；The Ic card is read
Intelligent kilowatt-hour meter module is set in card device, Ic card plug is arranged in setting information display screen, panel rear end on Ic card reader panel,
The Ic card for assigning the electricity charge to supplement with money in socket, the information display screen, which is shown, buys electricity and remaining capacity, the secondary Bian Shou electricity
Plate infrared signal emitting head issues infrared signal and is transmitted to the infrared receiving terminal being arranged inside the right primary side power supply board, infrared to connect
It receives head received signal and is transmitted to the control computer by signal wire, after control computer confirmation user's not arrearage, sending signal warp
Two end of input that signal wire is transmitted to the identification control module is crossed, identification control module opens left primary side power supply board and right primary side supplies
Battery plate power supply executes the charging tasks of independent small power supply unit, and the pair side is by battery plate by each independent small power supply unit
Head end it is necessary to block the infrared light for being irradiated to right primary side power supply board infrared receiving terminal, infrared receiving terminal signal opens identification control
Molding block once identified, charged, charging process, infrared emission head of the pair side by the left primary side power supply board of battery plate rear end
The unobstructed infrared receiving terminal for being irradiated to right primary side power supply board of infrared light, infrared receiving terminal signal triggering identification control module from
The dynamic power supply for closing independent small power supply unit below is exactly that multiple charging is accumulative by the small power supply unit of multiple independences, each car
Respective charging, arrearage have a power failure；Between the dynamic radio automatic charging new-energy automobile and over long distances slot type electrical supply rail
Dynamic radio electrical transfer is automatically performed under the monitoring of identification video camera always, without manual operation, vehicle under steam,
It identifies video camera Automatic-searching target, drives secondary side to be cut, coupled automatically automatically by battery plate progress notch by intelligent control module
Positioning, electricity consumption automatic identification and charging, left and right deviation lane over range recycle automatically, travel what end trough bottom red light recycled automatically
Comprehensive automation operation, the pair side are slightly less than the parallel width of long range magnetic field slot, the pair side by the thickness of battery plate
It is gliding motility state in the slot of the long range magnetic field by battery plate, left and right deviation lane middle line a certain range in vehicle driving,
Secondary side is freely rotated and is moved left and right in cabinet by battery plate, level angle and left-right position of the adjust automatically in cabinet, with
Ensure that the resistance of taxing in the slot of the long range magnetic field is small by battery plate on secondary side, abrasion is small, when left and right deviation lane in vehicle driving
Middle line go beyond the scope, secondary side is recycled automatically by battery plate；Biography is coupled with the resonance of the high frequency radio under dynamic open state
It is defeated to compare, it is the electromagnetic induction coupling under continuous dynamic closure magnetic flux state between the primary coil and secondary coil
It closes, is the transmission of intermediate frequency radio；6 slot type electrical supply rails over long distances, the long range are set on the road surface of urban road
Ground trough type electrical supply rail upper end is consistent with road plane, and the parallel width of long range magnetic field slot is less than 20mm, long range magnetic field
Sewer below slot, 6 over long distances slot type electrical supply rail do not change the essential attribute of urban road；6 over long distances
Slot type electrical supply rail makes full use of the space of urban road, is changed into super charging field, and several independences can be set
Super charging field, the crowded disadvantage of motor vehicle on urban road is become into advantageous resource, 6 slot type electrical supply rails over long distances
Automatically identification power supply, reasonable charging are carried out to each car.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810329581.1A CN108556659B (en) | 2018-04-13 | 2018-04-13 | Dynamic radio automatic charging new-energy automobile system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810329581.1A CN108556659B (en) | 2018-04-13 | 2018-04-13 | Dynamic radio automatic charging new-energy automobile system |
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| Publication Number | Publication Date |
|---|---|
| CN108556659A CN108556659A (en) | 2018-09-21 |
| CN108556659B true CN108556659B (en) | 2019-11-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810329581.1A Active CN108556659B (en) | 2018-04-13 | 2018-04-13 | Dynamic radio automatic charging new-energy automobile system |
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| CN113370809B (en) * | 2021-07-27 | 2022-10-25 | 长安大学 | Wireless charging device capable of identifying position of electric automobile |
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|---|---|---|---|---|
| KR20050036663A (en) * | 2003-10-16 | 2005-04-20 | 한국철도기술연구원 | The electric rolling stoke system using non contact supply electric power |
| CN202463612U (en) * | 2012-03-17 | 2012-10-03 | 许峰 | Non-contact excitation segment power supply system for mining underground electric locomotive |
| CN106469944A (en) * | 2015-08-20 | 2017-03-01 | 姚舜 | Electric automobile carriage way non-contact type method of supplying power to |
| CN107089146A (en) * | 2017-04-27 | 2017-08-25 | 朱幕松 | Cutter groove formula new-energy automobile |
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2018
- 2018-04-13 CN CN201810329581.1A patent/CN108556659B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20050036663A (en) * | 2003-10-16 | 2005-04-20 | 한국철도기술연구원 | The electric rolling stoke system using non contact supply electric power |
| CN202463612U (en) * | 2012-03-17 | 2012-10-03 | 许峰 | Non-contact excitation segment power supply system for mining underground electric locomotive |
| CN106469944A (en) * | 2015-08-20 | 2017-03-01 | 姚舜 | Electric automobile carriage way non-contact type method of supplying power to |
| CN107089146A (en) * | 2017-04-27 | 2017-08-25 | 朱幕松 | Cutter groove formula new-energy automobile |
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| CN108556659A (en) | 2018-09-21 |
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