57results about How to "Various charging methods" patented technology

A charging pile expense settlement method based on a cloud platform comprises the following steps: a QR code of charging pile is scanned through a user terminal, and the user terminal accesses an operation page of a charging system cloud server through the internet and establishes network connection with a cloud; account information is input into the operation page to finish user authentication; a charging mode and charging start time are selected in the operation page; a payment mode is selected, and a corresponding amount of money is prepaid; charging operation is executed according to input charging data; final settlement is selected in the operation page after charging is finished; various status information and charging data of the charging pipe are uploaded to the cloud server; retrieval of the various data is finished at the cloud. According to the method, accessing to the operation page of the charging system is realized by scanning the QR code, and diverse charging modes are provided; diverse payment modes are provided, and various historical data of the charging pile can be uploaded to the cloud, so that the operation condition of the charging pile is monitored conveniently.

The invention discloses an ecological simulation-based electric car battery charging and replacing service network simulation system and a method. According to the method, an electric car user system model, a battery charging and replacing service network system model and a power grid system model are processed into a simulated ecosystem, the electric car user model is regarded as a biological population of the ecosystem, the motion and the battery charging and replacing actions of the electric car population in one region are simulated by virtue of an ecological simulation method, a large quantity of individuals complying with simple rules present a swarm intelligent optimization algorithm without central control, an optimal matching scheme is generated, and various index parameters are output, so that the service ability of battery charging and replacing facilities is judged. Therefore, the battery charging and replacing facilities can be guided to be planned and constructed, and the electric car development is promoted.

The invention discloses an automatic photovoltaic charging post control system. The system consists of a solar cell panel, a Boost type direct current (DC)/DC circuit, a Buck type alternating current (AC)/DC circuit, a digital signal processor (DSP) control system, an intelligent control switch, a change-over switch and a detection circuit. The direct current transmitted by a photovoltaic cell array is subjected to maximum power point tracking through the Boost circuit; and meanwhile, the charging current of the storage battery is intelligently adjusted by adjusting the operating current of the DC/DC circuit, and according to the system, the AC and DC charging of an electric automobile can be realized through on-off control. When a photovoltaic power generation system does not work or the charging current is insufficient, the AC can be automatically switched to charge the storage battery through the intelligent switch, and the good operating state of the storage battery is guaranteed at any time. When the photovoltaic charging post is in grid-connected use on the household photovoltaic roof, the off-peak adjusting function of the power grid can be realized through the storage battery of the electric automobile; and when the photovoltaic charging post is in off-grid independent use, the capacity of the storage battery is configured according to actual conditions.

The invention relates to a solar energy and temperature difference power generation intelligent mobile phone shell. The solar energy and temperature difference power generation intelligent mobile phone shell comprises a flip type shell, a solar panel, a solar charging circuit, a solar film, a storage battery, a discharging circuit, an external power supply charging circuit and temperature difference power generation sheets which are fixed in the flip type shell, and a temperature difference charging circuit which is electrically connected with the temperature difference power generation sheets, wherein the solar film is connected in parallel with the solar panel; the charging end of the storage battery is connected the solar charging circuit, the temperature difference charging circuit and the external power supply charging circuit respectively through leads; the discharging end of the storage battery is connected with the discharging circuit through a lead; a microprogrammed control unit (MCU), switch modules and an electric quantity detection module are arranged on the flip type shell; the MCU is connected with the storage battery through the electric quantity detection module; and the MCU is electrically connected with the solar charging circuit and the temperature difference charging circuit through the switch modules. Through adoption of the mobile phone shell, solar energy generation and temperature difference power generation are integrated; the storage and display of electric quantity can be realized; and the energy utilization ratio is high.

The invention discloses a management and operation system of a self-service car washing machine. The management and operation system comprises a control unit of the car washing machine and further comprises an internet communication module and a central processing system in a background, and the internet communication module is arranged on the car washing machine and connected with the control unit, and is in a network communication connection with the central processing system. The management and operation system of the self-service car washing machine remotely controls the car washing machine to run, and can learn about the running condition of each self-service car washing machine in real time and remotely change running parameters; workers do not need to arrive at each throwing site of the car washing machine for checking and operation, and therefore running cost is substantially lowered; people can make payment through a swiping card or a mobile phone, payment is achieved in diversified forms, and therefore convenience is achieved.

The invention discloses an automatic mechanism used in charging of an electric car. The automatic mechanism can automatically complete charging on the electric car, and manual operation is not needed.The automatic mechanism used in the charging of the electric car comprises a mobile platform, a motor, an electric push rod and a clamping charging mechanism, wherein the electric push rod pushes theclamping charging mechanism to move toward a direction of an electrode of the electric car, a charging electrode is contacted with the electrode of the electric car, a main spring is compressed, andthe electric push rod continuously pushes the clamping charging mechanism to move; meanwhile, the charging electrode drives a connecting rod to move, the connecting rod drives two insulation fingers to be folded and clamp the electrode of the electric car; and after a controller detects that charging of a car battery is completed, a first motor, a second motor and the electric push rod are controlled to respectively drive a second mobile platform, a third mobile platform and the clamping charging mechanism to reset.

The invention relates to the technical field of vehicle-mounted air conditioners, in particular to a vehicle-mounted air conditioner control device. The vehicle-mounted air conditioner control device comprises an engine, a vehicle-mounted accumulator, a vehicle-mounted compressor, a vehicle-mounted air conditioner auxiliary system, vehicle-mounted electronic equipment, a power cell, a DC compressor, an intelligent switch, a vehicle-mounted information center and an intelligent terminal, wherein the vehicle-mounted accumulator is connected with the vehicle-mounted air conditioner auxiliary system and the vehicle-mounted electronic equipment, and the engine is connected with the vehicle-mounted accumulator and the vehicle-mounted compressor; the power cell is connected with the DC compressor, the vehicle-mounted electronic equipment and the vehicle-mounted air conditioner auxiliary system through the intelligent switch; the vehicle-mounted information center is connected with the intelligent switch in a wireless manner, and the intelligent terminal is connected with the vehicle-mounted information center and the intelligent switch in a wireless manner. The vehicle-mounted air conditioner control device disclosed by the invention controls a vehicle-mounted air conditioner, so that a DC air conditioner can be powered on remotely or locally, monitors the performance of the power cell in a real time manner, sets the operating mode of vehicle-mounted equipment, and monitors the state of the intelligent switch. The power cell can realize charging in diversified manners, so that the power cell can be convenient to disassemble and replace.

The invention provides an urban public roadside parking space intelligent management system provided with a rainshed. The urban public roadside parking space intelligent management system comprises aparking space, a parking space lock, a control frame, a multifunctional advertising board system, a waste can, a control system and a mobile phone client terminal. The parking space is sequentially provided with a parking space line, a first grading ring and a second grading ring from outside to inside. The parking space lock is arranged in the middle of the parking space, the control frame is arranged roadside the parking space, the waste can and the control frame are located at the same straight line, and the multifunctional advertising board system, a solar cell panel, a storage battery, ahigh-definition camera and a lighting lamp are arranged on the control frame. The multifunctional advertising board is provided with a foldable rainshed device. The control system integrates a 4G network module, a Beidou navigation positioning module, a charging module, an image processing operation module, a parking grading module and a self-inspection module. The mobile phone client terminal isbuilt up based on a mobile phone APP. The urban public roadside parking space intelligent management system provided with the rainshed achieves that the parking space along a road does not need to bemonitored by working personnel, using is convenient, management is in order, and the building requirement of an intelligent city is met.

The invention discloses a wireless charging watch mobile phone control system based on an RFID, and relates to the technical field of a watch mobile phone. The wireless charging watch mobile phone control system comprises a mobile power end control system and a watch mobile phone end control system; the mobile power end control system comprises a first microprocessor, an energy storage module, a wireless charging emitting module, a first power module, a laser emitting module and a reader; the watch mobile phone control system comprises a second microprocessor, a second power module, an electric quantity detecting module, a wireless charging receiving module, an RFID electronic label, a laser receiving module and a display module. Through arranging the RFID electronic label on the watch mobile phone, the wireless communication identification can be carried out with the reader on the mobile power source; the watch mobile phone is charged through the wireless power transmission technology, thus the charging method of the watch mobile phone is enriched, and the mobility and the using value of the watch mobile phone are improved.

The invention relates to a power-driven vehicle charging pile with a solar power generation device. The charging pile is composed of a solar cell panel, a Boost type DC/DC circuit, a Buck type AC/DC circuit, a DSP control system, an intelligent control switch, a change-over switch, and a detection circuit. A direct current outputted by a photovoltaic cell array is processed by the Boost type DC/DC circuit to realize maximum power point tracing; and the working state of the DC/DC circuit is adjusted to adjust a charging current of a storage battery intelligently. On the basis of switch controlling, an electric vehicle can be charged by alternating currents or direct currents. When a photovoltaic generation system does not work or charging currents are not sufficient, alternating-current switching is carried out to charge the storage battery by the intelligent switch, so that the storage battery can work in a good state all the time. When the photovoltaic charging pile is used in a grid-connected state at a household photovoltaic roof, the peak staggering adjusting function of the grid can be realized by the electric vehicle storage battery. When the photovoltaic charging pile is used separately in an off-line state, the capacity of the storage battery can be configured based on practical situations.

The invention provides an intelligent management system for an urban public roadside parking space. The intelligent management system for the urban public roadside parking space comprises a parking space, a parking space lock, a control frame, a multi-functional advertisement board system, a garbage bin, a control system and a mobile phone client. The parking space is provided with a parking spaceline, a scoring circle 1 and a scoring ring 2 from outside to inside. The parking space lock is arranged in the middle of the parking space, and the control frame is arranged at the side of the roadbeside the parking space. The garbage bin and the control frame are located in a straight line. The multi-functional advertisement board system, a solar panel, a storage battery, a high-definition camera and a lighting lamp are arranged on the control frame. The control system is arranged inside the control frame. The control system integrates a 4G network module, a Beidou navigation and positioning module, a charging module, an image processing operation module, a parking score module and a self-checking module. The mobile phone client is established based on a mobile phone APP. The intelligent management system for the urban public roadside parking space realizes the unattended management of the roadside parking space, and is convenient to use and orderly managed, thereby meeting the establishment requirements for intelligent cities in the new era.

The invention provides an urban public roadside parking space intelligent management system with a charging pile, which comprises a parking space, a parking space lock, a control frame, a multifunctional advertising board system, a dustbin, a control system and a client; the parking space is orderly provided with a space line, a first scoring ring and a second scoring ring; the parking lock is arranged in the middle of the parking space, the control frame is arranged at the roadside closing to the parking space; the dustbin and the control frame are located on one straight line; the multifunctional advertising board system, a folding charging pile system, a solar battery panel, a storage battery, a high definition camera and a floodlight are arranged on the control frame; the control system is arranged in the control frame and integrated with a 4G network module, a Beidou navigation satellite system positioning module, a charging module, an image processing operation module, a parkingscore module and a self-inspection module; the mobile client is built on the basis of the mobile phone APP. The urban public roadside parking space intelligent management system has the shielding andcharging functions of the parking space, and is convenient to use, order in management, and meets the building requirement of a smart city.

The invention provides a gradient complementation type electric-thermal balance power storage and charging system and method. The system comprises a renewable energy inlet side, a flow battery stack,a power grid inlet side, a current conversion device, an electric power outlet side, a storage battery stack, a flow battery liquid storage tank, and the like. In a working process, the system performs gradient complementation of electric power to achieve stable and continuous output, and internal and external thermal balance is achieved, thereby being energy-saving and efficient. By means of thecooperative operation of a flow battery and a storage battery, when the storage battery is deactivated, resulting in poor charge state or even halt, the flow battery is used as a controllable supplementary power storage unit to discharge the system to perform the gradient complementation so as to maintain the continuous and stable supply of the electric power of a power supply side. Meanwhile, thesystem uses an electrolyte circulating pipeline of the flow battery as a thermal balance pipeline, the internal thermal balance of the system is achieved by the flow of the electrolyte among the storage battery stack, the current conversion device, the flow battery stack and the liquid storage tank, and the thermal adjustment between the internal temperature difference of the system and the external environment temperature difference is achieved by the deployment of the electrolyte between a heat preservation tank of the liquid storage tank and a cooling tank.

The invention discloses a self-service dust absorption and disinfection integrated machine. The self-service dust absorption and disinfection integrated machine comprises a box body as well as a control unit and an Internet of Things module which are connected in the box body, wherein a dust absorption device, an ozone generator and a coin collector are arranged on the box body, and the dust absorption device, the ozone generator and the coin collector are respectively connected with the control unit. The self-service dust absorption and disinfection integrated machine is reasonable in structural design, running condition of each integrated machine can be fed back in time through the Internet of Things, a worker does not need to arrive at each release point to examine, and operation cost is greatly reduced.

The invention provides a solar charging pile for a gas station. The charging pile comprises a gas station ceiling, a roof, a wall surface, a solar cell panel, a Boost-type DC/DC circuit, a Buck-type AC/DC circuit, a DSP control system, an intelligent control switch, a change-over switch and a detection circuit, wherein the solar cell panel, the Boost-type DC/DC circuit, the Buck-type AC/DC circuit, the DSP control system, the intelligent control switch, the change-over switch and the detection circuit are suitable for an open space; a DC emitted from a photovoltaic cell array achieves the maximum power point tracking through a Boost circuit; meanwhile, a charging current of a storage battery is intelligently adjusted by adjusting the working state of the DC/DC circuit; the system can achieve AC and DC charging for an electric vehicle through switch control; and when a photovoltaic power generation system does not work or the charging current is not enough, the AC is automatically switched to charge the storage battery through an intelligent switch, and the condition that the storage battery is in a good working condition at any time is ensured. When a photovoltaic charging pile is connected to a grid for use on the photovoltaic roof of the gas station, the peak shifting regulation function of the power grid can be achieved through the storage battery of the electric vehicle; when the photovoltaic charging pile is in off-grid separate application, the capacity of the storage battery can be configured according to the actual condition.

The present invention provides an external charging mobile terminal, and a mobile terminal charging system and method, and relates to the field of the mobile terminal. The external charging mobile terminal comprises an external charging switch, and the external charging switch is configured to control the connection of the positive electrode and the negative electrode of a battery with the first electrode and the second electrode of the data interface of the external charging mobile terminal. The external charging mobile terminal capable of external charging is able to charge other mobile devices through outputting the battery voltage to two electrodes of the data interface so as to solve the problem that a mobile phone cannot directly charge another mobile phone; and moreover, when a user has a plurality of mobile phones and one of the mobile phone is low in power and another one of the mobile phones are high in power, the mobile phone with high power is able to charge the mobile phone with low power, the charging modes are various for unexpected needs, and the charging modes are more flexible.

The invention discloses a constructional engineering environment monitoring device. The device comprises a monitoring box, a stand column, a solar cell panel and an environment monitoring mechanism. The monitoring box is arranged at the upper end of the stand column which is fixedly installed. The solar cell panel is of a herringbone structure, is arranged at the top of the monitoring box and covers the monitoring box. The environment monitoring mechanism comprises a control panel, a wind speed and direction sensor, a temperature and humidity sensor, a dust sensor and a noise sensor, the windspeed and direction sensor, the temperature and humidity sensor, the dust sensor and the noise sensor are electrically connected with the control panel, and the temperature and humidity sensor, the dust sensor and the noise sensor are installed on the monitoring box. The solar cell panel is electrically connected with the control panel. According to the invention, the monitoring environment rangeis wide, the monitoring items are many, the monitoring result is convenient to check, the monitoring value of the environment of a nearby worker can be timely reminded, and the height is convenient toadjust, so that the requirement of environment monitoring in the construction process of constructional engineering can be met.

The invention discloses a solar charging head lamp which comprises a charging lithium battery and a head lamp holder with a bulb. The charging lithium battery is installed in a battery box. The battery box is provided with a solar battery panel connected with the charging lithium battery. The charging lithium battery is connected with the bulb in the head lamp holder through a circuit board, a wire and a switch button. A head belt is installed between the battery box and the head lamp holder. A dimming ring is installed on the head lamp holder. The battery box is provided with a signal lamp connected with the circuit board and the charging lithium battery. The charging lithium battery is a flexible package battery. The solar charging head lamp has the advantages of being practical, low in production cost, capable of being charged in multiple ways, convenient to use and carry, and safe to use.

The invention relates to a vehicle-mounted distributed power generation and supply and energy storage system and a using method thereof. The system includes a generator, a first hydraulic pump, a second hydraulic pump, an electrical box, a battery pack and an inverter. A rotating shaft on the first hydraulic pump is connected with a train wheel axle. A return oil pipeline on the first hydraulic pump is connected with an oil inlet of the second hydraulic pump. A rotating shaft on the second hydraulic pump is connected with the generator. The invention further provides a using method of the vehicle-mounted distributed power generation and supply and energy storage system, including the following steps: S1, connecting the rotating shaft of the first hydraulic pump with the wheel axle, and connecting the second hydraulic pump with the first hydraulic pump and the generator; and S2, connecting the generator with the battery pack through a rectifier, and connecting the battery pack with a load through the inverter. The system adopts hydraulic transmission. The equipment is small and convenient to install. The installation space can be saved, and the transmission risk can be reduced. Theflexibility of train formation is improved.