阅读说明：本技术 一种动态无线充电的智慧型交通路口 (Intelligent traffic intersection capable of dynamically and wirelessly charging ) 是由 李�杰 于 2018-06-10 设计创作，主要内容包括：本发明涉及的是新能源汽车领域,具体为一种动态无线充电的智慧型交通路口。接触式充电模式需要建设大量的充电停车位,以及占用大量土地资源而只是用于车辆通行的车道,都是一种社会资源的浪费,能否把车道变为一个充电的车道,关系着新能源车的续航是个亟待解决的技术难题。本发明提供一种智慧型交通道路的解决方案,在交通路口的车道内采用充电底座和移动智能充电机器人的无线充电模式,以不同的方式分别为行驶于车道上的新能源汽车进行充电,这种新型充电模式比目前接触式充电模式更加高效、灵活,由此新能源车实现了动态的无线充电,这不仅解决了新能源车续航、无法动态充电、电池容量大、成本高的问题也节省了大量的社会资源。(The invention relates to the field of new energy automobiles, in particular to an intelligent traffic intersection capable of being charged dynamically and wirelessly. The contact charging mode needs to build a large number of charging parking spaces and occupies a large amount of land resources and is only used for a traffic lane of a vehicle, so that the waste of social resources is caused, whether the lane is changed into a charging lane or not is realized, and the technical problem to be solved urgently is related to the continuation of the journey of the new energy vehicle. The invention provides a solution for an intelligent traffic road, wherein a charging base and a wireless charging mode of a mobile intelligent charging robot are adopted in a lane of a traffic intersection, and new energy vehicles running on the lane are respectively charged in different modes.)

1. An intelligent traffic intersection capable of dynamic wireless charging comprises a charging base or a mobile intelligent charging robot, a license plate number payment system, a power supply cable, an intelligent voice control system, a license plate automatic identification system and a geomagnetic sensor, wherein the charging base is of a flat box structure and is in a circular, rectangular or square geometric shape, the area of the charging base is less than 2 square meters, the top surface of the charging base is a high-strength, impact-resistant, corrosion-resistant and easily-conductive panel, the shell is made of stainless steel or aluminum alloy, an energy transmitting device in a wireless charging device is arranged in the charging base, the wireless charging device adopts a device for charging by using a wireless charging technology, the wireless charging technology refers to a device with a battery by using an electromagnetic wave induction principle or other alternating current induction technologies without using an electric lead, the mobile intelligent charger robot belongs to one type of AGV and automatic guiding transport vehicle, is provided with an automatic guiding device such as electromagnetic or optical device, is controlled by the AGV system, can automatically run along a specified guiding path, and has a safety protection function and a load, wherein the mobile intelligent charger robot mainly comprises a charging base, an electric moving platform, a motor, a lithium battery, an intelligent ammeter, an electric lifting support or lifting platform, wheels and an aluminum alloy plate, the motor is equipment for converting electric energy into mechanical energy, and the type of the motor comprises a direct current motor and an alternating current motor which are divided according to the type of a working power supply, the charging base of the mobile intelligent charging robot is placed on an electric mobile platform, the electric mobile platform is made of stainless steel or aluminum alloy materials and driven by a motor, the motor is powered by a lithium battery on the platform, the electric mobile platform adopts an electromagnetic rail or wheel moving mode, an electric lifting support or lifting platform is fixedly arranged on the mobile electric platform, the top end of the electric lifting support is welded or bolted with an aluminum alloy plate, the bottom of the charging base is welded or bolted on the aluminum alloy plate or the lifting platform, and the bottom of the electric mobile platform is provided with rolling wheels, so that an A-type mobile intelligent charging robot is formed, and a mining pole is additionally arranged on the basis of the A-type mobile intelligent charging robot according to different power supply modes of the mobile intelligent charging robot and is called as a B-type mobile intelligent charging robot, the charging base or each type of mobile intelligent charging robot respectively controls the starting or the closing of all switches in the mobile intelligent charging robot or the charging base by adopting an intelligent remote control switch of an infrared data transmission or radio frequency identification control (RFID) technology; the charging base or each type of mobile intelligent charging robot is provided with an interface adopting CAN communication, a controller and a concentrator carry out data interaction by utilizing a CAN bus, and the concentrator and a server platform carry out data interaction by utilizing the Internet of things or a wired Internet or a 4G and 5G wireless network; the energy sending device in the charging base or each type of mobile intelligent charging robot is connected with a power transmission assembly, the power transmission assembly is provided with a plurality of transmission side coils for transmitting power and a switch for switching on or off the operation of the transmission side coils, and the charging base or each type of mobile intelligent charging robot is also provided with a judgment function for screening and realizing the highest power transmission efficiency combination, and the judgment function is used for executing and controlling the power transmission side coils and the receiving side coils to form an optimal pairing so as to achieve the high efficiency of the charging efficiency and shorten the charging time; the charging base or each type of mobile intelligent charging robot carries out automatic adaptive charging according to the charging requirement sent by a Battery Management System (BMS) of the new energy automobile; BMS and the base that charges or carry out real-time communication through the CAN bus between each type mobile intelligent charging robot, its characterized in that: the invention adopts a wireless charging mode of a charging base or a mobile intelligent charging robot to dynamically charge new energy automobiles running on a lane in different modes; the charging base is fixedly arranged on a lane and is parallel to the ground, and the mobile intelligent charging robot is placed in a tunnel below the lane and moves back and forth; the power supply modes for supplying power to the mobile intelligent charging robot are two different types of direct power supply and indirect power supply.

2. The intelligent traffic intersection capable of dynamic wireless charging as claimed in claim 1, wherein: the charging mode that the charging bases are fixedly arranged at the parking places has two different types, the first type is that an independent charging base is arranged on the ground of each lane of N lanes at intervals of L, S positions for arranging the charging bases are reserved on each lane, the number of the charging bases is N × S, the interval of L is the linear distance between the central points of the two charging bases, and L is less than 10 m; the second type is that each independent charging base is arranged on each lane of the N lanes in an end-to-end connection mode to form a line, each lane comprises W independent charging bases, the total number of the charging bases is N x W, each independent charging base is placed in a box body to be integrated with the box body and is embedded in the lane, the top surface of each independent charging base is parallel to the ground of the lane, the bottom or the side of each charging base is connected with a power supply cable, the intelligent switches of the power supply cables of each charging base are centralized in a switch control cabinet, the intelligent switch is automatically opened and closed by an intelligent switch control system, the intelligent electric meter is arranged in a box body below the charging base or in a switch control cabinet, the electric quantity consumed by the charging base of the parking space is measured, the box body is made of reinforced concrete or aluminum alloy or stainless steel, the shape of the box body is the same as that of the charging base, and N, S, W is a multiple number value of a singular number or an even number.

3. The intelligent traffic intersection for dynamic wireless charging according to claim 1, wherein the charging mode using the mobile intelligent charging robot is a mode for charging new energy vehicles through the mobile intelligent charging robot placed in a tunnel under N lanes, the tunnel is a box structure constructed under the lanes and constructed by reinforced concrete, a charging window parallel to the ground of the lanes is installed at a predetermined charging position of each lane at the top of the tunnel, the area of the window is 1.0 ~ 2.0.0 times the area of the charging base, a block shielding plate is installed on the tunnel, a bolt is used for fixing the shielding plate for maintenance and overhaul of the mobile intelligent charging robot, the shielding plate is made of the same material as the top panel of the charging base, a positioning device or a guiding device is embedded right below each window, the guiding device comprises an electromagnetic guide or a tape guide or an electric pulse signal or a laser transmitter, the mobile intelligent charging robot is connected with a power supply system in two different ways of direct power supply and indirect power supply, the tunnel using the direct power supply mode is placed in a direction perpendicular to the lanes, the first type of the tunnel is placed at a distance from the lane, the second type of the charging window, the first type of the tunnel is placed at a distance F from the lane, the second type of the lane, the first type of the second type of the charging window, the second type of the charging mode is placed perpendicular to the lane, the second type of the lane, the first type of the second type of the lane, the lane is placed on the lane, the first lane, the second lane is placed at a distance from the.

4. The intelligent traffic intersection capable of being charged dynamically and wirelessly as claimed in claim 1 or 3, wherein: the tunnel of the direct power supply mode is excavated along the vertical direction of the lanes, N lanes are transversely communicated together, X tunnels are excavated, and N X charging windows are total; the second is a mode of mounting on a power supply upright post, wherein the power supply upright post is mounted below N lanes or at the central position of a tunnel; the third mode is that the two are used together, the socket is installed on two sides of the power supply stand column, the electric reel is installed at the socket, the cable is coiled on the electric reel, one end of the cable is connected with a charging base in the A-type mobile intelligent charging robot, a plug at the other end of the cable is inserted into the socket, the A-type mobile intelligent charging robot moves back and forth along the longitudinal axis of the tunnel when charging the vehicle through electromagnetic guidance or tape guidance, M A-type mobile intelligent charging robots are arranged in each tunnel, and X, M is a numerical value which is a multiple of a singular number or an even number.

5. The intelligent traffic intersection capable of being charged dynamically and wirelessly as claimed in claim 1 or 3, wherein: the tunnel of the indirect power supply mode is characterized in that the tunnel is longitudinally excavated along each lane of N lanes and is parallel to the lanes, N tunnels are totally arranged, each lane is provided with K charging windows, the total number of the charging windows is N x K, the indirect power supply mode is to supply power to the B-type mobile intelligent charging robot, a charging base on the B-type mobile intelligent charging robot directly supplies power not through a cable connected with a power supply system, but indirectly supplies power to the B-type mobile intelligent charging robot through a power acquisition rod on the B-type mobile intelligent charging robot, a power supply cable is erected on a longitudinal axis of the tunnel or a side wall of the tunnel, the section of the power supply cable is in a Greece-mother omega shape or a circular or polygonal geometric shape, a Y-shaped support of an insulator is supported on a ground base or a wall of the tunnel, and the top of the power acquisition rod, which is in contact with the power supply cable, is in a U-shaped groove or a closed annular structure, the intelligent charging robot comprises a U-shaped groove, a power supply cable, a spring support, a spring support, a power acquisition rod, a power supply cable, a power transmission cable and a power transmission cable, wherein the graphite slide block is arranged in the U-shaped groove, the power supply cable and the graphite slide block rub in the U-shaped groove to obtain electric power, the power acquisition rod is arranged on the spring support of an electric moving platform of the intelligent charging robot B-type mobile robot, the spring support and the power acquisition rod are pulled through the spring, the head of the U-shaped groove of the power acquisition rod and the power supply cable are tightly lapped together under the spring force action of the spring, the spring support is; the second mode is that the power supply cable is arranged on the upper part of the platform, and the power supply cable is used for collecting power from the power supply cable arranged on the side wall of the tunnel; the utility model discloses a solar energy mining robot, including mining pole, conductor wire, control system, B type removal intelligent charging robot, the U type head and the mining pole of mining pole are insulating, and the conductor wire is fixed on U type head, and through leading-in B type removal intelligent charging robot in the mining pole control system of charging base, B type removal intelligent charging robot charges for stopping the car that needs to charge above the tunnel along sharp round trip movement in the central authorities in tunnel, the total Q platform of B type removal intelligent charging robot of indirect power supply mode, Q, K is the multiple numerical value of odd number or even number.

6. The intelligent traffic intersection capable of dynamic wireless charging as claimed in claim 1, wherein: the license plate number payment refers to the fact that relevant information of license plate numbers, mobile phone numbers and names is bound with a mobile payment account number or a credit card, the license plate numbers become payment codes of mobile payment, the license plate number is recognized by the license plate automatic recognition system, after charging is completed, the central control system can directly deduct money from the mobile payment account number, and a contactless payment mode that a vehicle owner carries out manual operation payment is not needed.

7. The intelligent traffic intersection capable of dynamic wireless charging as claimed in claim 1, wherein: the power supply system is of three types, one is that the commercial power which is generated by coal is completely adopted for power supply; secondly, new energy is completely adopted for power supply; and thirdly, a new energy power supply and a commercial power dual power supply for coal-fired power generation are adopted, wherein the dual power supply is a power supply system which is provided with a photovoltaic or wind-solar complementary power generation device of new energy in the periphery of a charging lane, the new energy is connected to the grid for power generation, the new energy is preferentially used for power generation during charging, and the commercial power is reused due to insufficient power generation of the new energy.

8. The intelligent traffic intersection capable of dynamic wireless charging as claimed in claim 1, wherein: the AGV control system comprises a ground control system, a superior control system, a vehicle-mounted and single-machine control system and a navigation and guidance control system, wherein the ground control system refers to fixed equipment of the AGV system and is mainly responsible for task allocation, scheduling of the mobile intelligent charging robot, managing paths and routes, managing traffic and the like; after receiving the instruction of the upper system, the vehicle-mounted control system is responsible for navigation calculation of the mobile intelligent charging robot, guiding and realizing the functions of walking of the mobile intelligent charging robot and the like; and the navigation and guidance control system provides system absolute or relative position and course for the mobile intelligent charging robot.

9. The intelligent traffic intersection capable of dynamic wireless charging as claimed in claim 1, wherein: the automatic license plate recognition system is a system which is used for triggering a ground induction coil or a virtual coil when a vehicle enters a license plate camera recognition area, automatically acquiring an image of the vehicle by the license plate recognition system, recognizing a license plate number and then obtaining a vehicle category by searching a database.

10. The intelligent traffic intersection capable of dynamic wireless charging as claimed in claim 1, wherein: the geomagnetic sensor is an apparatus for measuring the change of a magnetic field by using the principle that the resistance characteristic of a current-carrying magnetic material will change in the presence of an external magnetic field, and comprises a geomagnetic sensor and a geomagnetic detector.

Technical Field

The invention relates to the field of new energy automobiles, in particular to an intelligent traffic intersection capable of being charged dynamically and wirelessly.

Background

Along with the rapid development of urbanization, the popularization of fuel automobiles facilitates people to go out, and the emission of a large amount of automobile exhaust brings serious air pollution and haze weather, the new energy automobile can reduce the emission of a large amount of harmful gases of automobiles in cities, therefore, many countries in the west have established a schedule for fuel automobiles to exit the market, and have changed into the way of vigorously popularizing the wide use of new energy automobiles, wherein the new energy automobile is developed particularly rapidly, and with the gradual improvement of the new energy automobile performance and the improvement of the environmental protection consciousness of people, the new energy automobile will become the mainstream vehicle for people to go out in the future, but the shortage of the charging facility becomes an obstacle for restricting the popularization and development of new energy automobiles, how to solve the problem of difficult charging of the new energy automobile becomes the last hard kilometer on the new energy automobile development road. Although some charging piles for new energy vehicles are built at home and abroad at present, the number of the charging piles for contact charging is limited, the parking spaces or parking lots of the charging piles need to be built again, limited land resources in cities and towns need to be occupied, the cost is high, the charging piles can only be used for charging and can not be used for public parking, the waste of the land resources and social resources is caused, and the greatest defect of the contact charging mode is that the dynamic charging of the new energy vehicles in a running state can not be solved, so that the mode is difficult to popularize and apply in a large area. On the other hand, the urban road occupying a large amount of land resources is only used for the passing of vehicles, which is a waste of social resources, and the congestion of urban road traffic causes that some road sections become a temporary parking lot in a short time.

Disclosure of Invention

Aiming at the defects, the invention provides a good solution, and the intelligent traffic intersection capable of dynamically and wirelessly charging is characterized in that a wireless charging device is additionally arranged on a road of the traffic intersection, so that the problem that a new energy automobile is difficult to charge can be well solved.

In order to achieve the purpose, the technical scheme of the invention is as follows:

the intelligent wireless charging system comprises a charging base or a mobile intelligent charging machine, a charging system, a vehicle charging system, a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and a system, and transportation system, and a vehicle charging system, and a vehicle charging system, and a vehicle charging system, and a vehicle charging system, and a system, and transportation system, and a vehicle charging system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and a vehicle charging system, and a vehicle, and transportation system, and a vehicle charging system, and transportation system, and a vehicle charging system, and a vehicle charging system, and a system, and transportation system, and a system, and transportation system, and a vehicle charging system, and transportation system, and a system, and transportation system, and a vehicle charging system, and a system, and transportation system, and a vehicle charging system, and a vehicle charging system, and transportation system, and a vehicle charging system, and transportation and a vehicle charging system, and a vehicle charging system, and a system, and transportation and a vehicle charging system, and a vehicle charging system, and transportation and a vehicle charging system, and a vehicle charging system, and a vehicle charging system, and transportation system, and a vehicle charging system, and a vehicle charging system, and transportation and a system, and transportation system, and a vehicle charging system, and a system, and transportation and a vehicle charging system, and transportation and a vehicle charging system, and a vehicle charging system, and a system, and transportation system, and a vehicle charging system, and a vehicle charging system, and transportation system, and a vehicle charging system.

At present, a contact type charging device needs to reestablish a parking space or a parking lot, occupies limited land resources in an urban area, is high in cost, and has the biggest defect that the problem of dynamic charging of a new energy vehicle cannot be solved. Compared with the current contact type charging mode, the invention is more convenient, efficient, flexible, safe and reliable, and the wireless charging device is arranged on the lane of the urban road traffic by adopting the charging base or the mobile intelligent charging robot, so that the new energy automobile can realize dynamic charging in a driving state, and idle social resources in the urban road traffic are activated, therefore, the cruising ability of the new energy automobile is no longer a problem, the obstacle is cleared away for the comprehensive popularization and promotion of the new energy automobile, and positive beneficial ecological benefit, social benefit and economic benefit are brought to the society.

Drawings

Fig. 1 is one of the plan views of the charging base built in the lane: symbol 1 is a pedestrian lane, symbol 2 is a reserved position of a charging base on the lane, and symbol 3 is the lane; fig. 2 is a second plan view of the charging base built in the lane; fig. 3 is a schematic view of a built-in charging base: symbol 4 is a charging base, and symbol 5 is a box body supporting frame of the charging base; fig. 4 is a plan view of a lane in which charging windows of the a-type mobile intelligent charging robot are arranged at intervals: symbol 6 is a shielding plate in a charging window, symbol 7 is a tunnel, symbol 8 is an A-type mobile intelligent charging robot, symbol 18 is an electric reel, and symbol 19 is a power supply upright post; fig. 5 is a plan top view of the type a mobile intelligent charging robot: symbol 9 is an electric lifting pillar or a lifting platform in the A-type mobile intelligent charger robot, and symbol 10 is a wheel in the A-type mobile intelligent charger robot; FIG. 6 is a front view of the type A mobile intelligent charging robot in a tunnel; FIG. 7 is a plan top view of a lane with charging windows arranged alternately for a B-type mobile intelligent charging robot; FIG. 8 is a top plan view of a lane in which charging windows of a B-type mobile intelligent charging robot are arranged end to end; fig. 9 is a plan view of the B-type mobile intelligent charging robot with the spring bracket installed at the bottom: the symbol 11 is a B-type mobile intelligent charging robot with a spring support arranged at the bottom, and the symbol 12 is a spring support. The symbol 13 is a collector bar, and the symbol 14 is the head part of a U-shaped groove of the collector bar; fig. 10 is a front view of a B-type mobile intelligent charging robot with a spring bracket installed at the bottom in a tunnel: symbol 15 is a power supply cable, and symbol 16 is a Y-shaped support frame of the power supply cable; fig. 11 is a plan view of the B-type mobile intelligent charging robot with the spring bracket mounted on the upper part: symbol 17 is a B-type mobile intelligent charging robot with a spring support installed at the upper part, and fig. 12 is a front view of the B-type mobile intelligent charging robot with the spring support installed at the upper part in a tunnel; fig. 13 is a schematic diagram of the U-shaped groove head of the trolley pole overlapping with the power supply cable: reference numeral 18 is a base of a Y-shaped support for the power supply cable.

Detailed description of the invention

For a better understanding of the present invention, the present invention will be further described with reference to the accompanying drawings, which are provided for illustration purposes only and are not intended to limit the scope of the present invention.

When a new energy automobile enters a road entrance provided with a charging device area in a driving lane, the new energy automobile passes through an area provided with an automatic license plate recognition system, a camera is arranged above each lane, when each automobile passes through the area, the license plate number is recognized by the system, and the processed data are transmitted to a background central control system. The license plate number payment registration needs to be recorded in advance before charging, license plate payment is that the vehicle owner binds the license plate number, mobile phone number, identity card number and other information related to the vehicle owner with the mobile payment account in advance, the license plate number becomes the payment code of mobile payment, the system directly deducts money from the mobile payment account when charging is completed, the vehicle owner is no longer required to carry out the contactless payment mode of manual operation payment, the charging fee is automatically deducted from the mobile payment account, and the amount of money deducted by APP or short message notice can be displayed or pushed on a vehicle-mounted terminal display screen or a mobile phone or wearable device. The car owner can receive a password that charges that facility management side provided after the filing, and the car owner charges the APP at the official authority that vehicle-mounted terminal or cell-phone or wearing equipment downloaded, can carry out the modification of password on the APP. After a vehicle owner parks at a signal lamp or in a traffic jam at a crossroad and the like, if the vehicle owner records license plate payment procedures and needs to charge, the charging APP is opened, the vehicle owner only needs to aim at a vehicle-mounted terminal or a mobile phone or wearable equipment to send a charging voice instruction, an official charging APP jumps out and needs to check a password, after the vehicle owner sends the charging password instruction, a background central control system searches a received password information database to inquire whether the vehicle finishes recording or not, and simultaneously the vehicle entering a charging area is quickly locked through the position positioning function of the APP and a license plate recognition system, and if the information is consistent, the central control system sends a vehicle charging instruction to a charging base below the vehicle or a mobile intelligent charger robot, and the charging starts; if the information is not recorded or inconsistent, the charging cannot be carried out, and information of 'information inconsistency and charging incapability' is displayed on the APP. After the charging starts, the residual capacity of the automobile storage battery, the charging required time and other information can be displayed on the APP, in the charging process, if the automobile owner drives away, the charging fee can be automatically deducted through mobile payment bound by the automobile owner and can be sent out the amount of the vehicle just charged and the voice prompt of the amount of the charged vehicle is given, as long as the charging APP is always in an open state, the system can automatically recognize that the vehicle continues to charge the vehicle at the next intersection with charging until the vehicle-mounted storage battery is fully charged. If the vehicle-mounted energy receiving device is not aligned with the charging window, the information that the energy receiving device is not detected and the characters such as charging cannot be carried out is displayed on the APP, the license plate number payment can prevent some car owners from maliciously escaping tickets, even if no deposit is made in the mobile payment account, the license plate number can be used as a violation record to carry out payment arrears, and the real-time charging of the new energy automobile in the driving process can be realized while the traffic is not influenced.

The non-contact wireless charging of the present invention is a charging system capable of supplying power from an energy transmission device to an energy reception device of a new energy automobile in an electrical non-contact manner, wherein a power transmission module having a plurality of transmission side coils for transmitting power and a switch for turning on or off the operation of the transmission side coils is connected to the charging base or the energy transmission device of each type of mobile intelligent charging robot, a power reception module having a plurality of reception side coils for receiving power and a plurality of switches for turning on or off the operation of the reception side coils is connected to the energy reception device of the new energy automobile, and further, the system has a determination function of screening a combination for achieving the highest power transmission efficiency for performing and controlling an optimal pairing of the power transmission side coils and the reception side coils, so as to achieve the high efficiency of the charging efficiency and shorten the charging time. Charging base or removal intelligence charging robot CAN carry out automatic adaptation according to the demand of charging that new energy automobile Battery Management System (BMS) sent and charge, carry out real-time communication through the CAN bus between BMS and charging base or the removal intelligence charging robot, the BMS is real-time monitoring battery voltage, the temperature, the charging current, the timely state information data of battery SOC (state of charge), and received other the control unit's command signal, carry out the comprehensive analysis and judge and summarize the mode of charging that self needs, then send condition signal for charging base or removal intelligence charging robot, make charging base or removal intelligence charging robot CAN carry out safe charging as required.

The wireless charging device of the invention adopts a charging mode that a charging base is arranged in a lane and a charging mode that a mobile intelligent charging robot is adopted, refer to an attached figure 1 ~ 3, the charging mode is arranged in the lane, and is a charging mode that the charging base is arranged on the ground of N lanes 3, a position 2 for installing the charging base is reserved on each lane, the charging base 4 is arranged in a box supporting frame 5 to be integrated with the charging base and is embedded in a reserved position of the lane to be parallel to the ground of the lane, the bottom or the side surface of the charging base 4 is connected with a power supply cable, an intelligent switch of the power supply cable of each charging base 4 is centralized in a switch control cabinet, the intelligent switch is automatically switched on and switched off by an intelligent switch control system, the charging is started when the switch of the charging base 4 is started, a wireless charging receiving board converts the received electric energy from alternating current into direct current and inputs the direct current into an automobile battery, and after the charging is finished, the intelligent electric meter uploads the charging data of the charging amount to a background server, and the.

Referring to fig. 4 ~ 11, the mobile intelligent charging robot is installed in a tunnel 7 below a lane 3 in a charging mode, the tunnel 7 is excavated in two different ways, the first way is that the tunnel 7 is excavated transversely along N lanes 3 and is perpendicular to the lane 3, and there are X tunnels 7, the second way is that the tunnel 7 is excavated longitudinally along N lanes 3 and is parallel to the lane 3, the tunnel 7 is constructed by reinforced concrete, a charging window parallel to the lane is installed on each lane 3 at the top of the tunnel 7, a block shield 6 is fixedly installed on the window by bolts, a positioning device or a guiding device is embedded right below each window, the top surface of a charging base 4 in the mobile intelligent charging robot is a common block such as a copper plate or an aluminum plate to facilitate rapid power transmission, the mobile intelligent charging robot provides power to a new energy vehicle by a power supply system, during the charging of the new energy vehicle, whether sufficient power can be provided to the mobile intelligent charging robot, the safe power supply of a storage battery and the service life of the vehicle are achieved, the mobile intelligent charging robot directly provides power supply in two different ways.

Referring to the attached drawing, 4 ~ 6, the first type of direct power supply mode is to provide power for the a-type mobile intelligent charging robot 8, the electric reels 18, cables, sockets, plugs or the power supply columns 19 are installed in each tunnel 7, the sockets are installed on two sides of each power supply column 19, the first type of sockets are installed on wall surfaces at two ends of each tunnel 7, the second type of sockets are installed on the power supply columns 19, the power supply columns 19 are installed below the N lanes 3 or at the center of each tunnel 7, the sockets are installed on two sides of each power supply column 19, the electric reels 18 are installed at the sockets, the cables are wound on the electric reels 18, one end of each cable is connected with the charging base 4 in the a-type mobile intelligent charging robot 8, the plug at the other end is inserted into the socket, when the a-type mobile intelligent charging robot 8 charges the vehicle through electromagnetic guidance or tape guidance, the a-type mobile intelligent charging robot 8 moves back and forth along the longitudinal axis of the tunnel 7, after a background control system sends a charging instruction, the a-type mobile intelligent charging robot 8 reaches a required charging window, when the intelligent charging window, the intelligent charging window starts, the intelligent charging robot starts to charge the intelligent charging switch, the intelligent charging switch starts, the intelligent charging switch receives the intelligent charging switch, the intelligent charging robot and returns the intelligent charging robot to the intelligent charging switch, the intelligent charging robot 8, the intelligent charging switch returns the intelligent charging switch, the intelligent charging switch starts the intelligent charging robot to the intelligent charging switch, the intelligent charging switch.

Referring to fig. 7 ~ 12, the indirect power supply mode refers to supplying power to the B-type mobile intelligent charging robot 11 or 18, the charging base 4 on the B-type mobile intelligent charging robot 11 or 18 does not directly supply power through a power supply cable connected to the power supply system, but indirectly supplies power to the B-type mobile intelligent charging robot 11 or 18 by acquiring power through a current collecting rod 13 on the B-type mobile intelligent charging robot 11 or 18, a power supply cable 15 is erected on the longitudinal axis of the tunnel 7 or the side surface of the tunnel 7, the power supply cable is supported on a ground base 17 or a wall surface of the tunnel 7 by an insulator support 16, the B-type mobile intelligent charging robot 11 is supplied with power through the ground power supply cable 15 on the wall surface of the tunnel 7, the B-type mobile intelligent charging robot 18 is provided with power through a power supply cable 15 on the power supply cable 15, the current collecting rod 13 is in contact with a groove 14 of a U-shaped structure or a closed ring-shaped structure, a graphite slider is installed in the U14, the power supply cable 15 is installed in the U-shaped slider 14, the smart charging cable is installed in a smart charging rack 14, and a smart charging rack 13, when the charging rack 11 or a mobile smart charging rack 13 is moved to and a mobile smart battery charger, the smart mobile platform, the mobile smart battery charger, the smart battery charger 11 or a mobile smart battery charger is moved, the smart battery charger is moved to and a mobile smart battery charger, the smart battery charger is moved along a mobile smart battery charger, the mobile smart battery charger is moved along a mobile smart battery charger, the mobile smart battery charger is moved along a mobile smart battery charger, the mobile smart battery charger 12, the smart battery charger is moved along a mobile smart battery charger 12, the smart battery charger 12 or a mobile smart battery charger 12, the smart battery charger is moved along a mobile smart battery charger 12, the smart battery charger 12.