43results about How to "Easy to return the car" patented technology

The invention discloses an electric vehicle lease management system on the basis of charging piles. The electric vehicle lease management system comprises a system remote management control center, electric vehicles, the charging piles and intelligent terminals. A vehicle battery data acquisition module, a wireless communication module and an intelligent control module are mounted on each electric vehicle; an intelligent control unit and a communication module are mounted on each charging pile, each intelligent terminal is wirelessly communicated with the system remote management control center, and the wireless communication module of each electric vehicle is wirelessly communicated with the system remote management control center. The electric vehicle lease management system has the advantages that lease systems which are used by vehicle lease users and management staffs can be conveniently and quickly implemented by the aid of modern information network technologies, the users can order lease application and check relevant lease information via the intelligent terminals or directly via computers at any time in any places, and the management staffs can monitor various indexes such as electric vehicle location data and battery data in real time, and prompting effects can be timely realized.

The invention discloses a private car networked renting method and a private car networked renting system. The private car networked renting method mainly comprises the steps of: registering information of car owners, cars, lessees and drivers, carrying out car rental matching and determining the driver according to car idle time and car using time of the lessee, then verifying identities as well as handing over and taking over the car, and finally performing charging. The private car networked renting method supports the car owners, the lessees and the drivers to set time and offer independently so as to participate in the process of car rental matching and driver determination, supports various modes of calculating a car rental fee and a driver service fee, and supports the private car networked renting system to carry out supply and demand matching automatically. The private car networked renting system comprises a server, a car owner client, a lessee client and a driver client. The private car networked renting method and the private car networked renting system provided by the invention can solve the problem that the cars are idle when the private car owners cannot drive the cars, can improve the car sharing efficiency, facilitates the lessees and bringing significant economic benefits to the private car owners and the drivers.

The invention relates to an electric car time-sharing leasing APP car returning system and method using wireless induction. The electric car time-sharing leasing APP car returning system and method using wireless induction can solve the problem that in the current technical scheme, an automobile leasing system uses a book-entry scheme for car returning so that participation of manual work is required for each leasing order during the car returning process and self-service leasing car returning mode cannot be realized. The electric car time-sharing leasing APP car returning system includes a central server, a plurality of sub servers, a user hand-held terminal, a plurality of automobile charging piles, and a time-sharing leasing device, wherein each automobile charging pile includes a wireless induction receiving unit; and the time-sharing leasing device includes an information processing unit, a positioning unit and a wireless induction emission unit. The electric car time-sharing leasing APP car returning system and method using wireless induction have the advantages of being able to perform car returning operation through self-service, and being able to reserve a car returning charging pile so as to avoid the situation that a user has no charging piles to use when he/she arrives at the car returning point, thus being convenient for the user.

The invention discloses a renting system for traffic vehicles and a management method. The renting system is characterized by comprising a user mobile terminal, a vehicle-mounted integrated module and a background management center. The user mobile terminal comprises a user service module and a staff management module, the vehicle-mounted integrated module is arranged on a traffic vehicle, and comprises a vehicle-mounted collecting module, a vehicle-mounted sending module, a vehicle-mounted receiving module and a vehicle-mounted executing module, and the background management center comprises a background receiving module and a background treatment module. In the scheme, according to the electric renting system for the traffic vehicles and the management method, it is unnecessary to set vehicle returning stations, and in this way, space is saved; a renter scans a two-dimensional connecting network on the traffic vehicle through the user mobile terminal and pays through the network, and in this way, renting and returning of the vehicles are convenient; in the same way, the background management center monitors the traffic vehicles through the network, so that monitoring and managing are easier.

The invention provides a moped rental system and method with an intelligent helmet. The moped rental system comprises a moped and a remote server, wherein the moped comprises a moped lock, a helmet lock and a control module, the moped lock comprises a first communication module, the helmet lock comprises a second communication module, the first communication module sends an unlocked signal to thesecond communication module, the helmet lock receives helmet borrowing operation, the remote server sends a helmet borrowing instruction to the first communication module and then forwards the helmetborrowing instruction to the second communication module to verify the helmet borrowing instruction, after verification is passed, the helmet lock unlocks the intelligent helmet; the helmet lock receives a helmet returning instruction, after it is detected that the intelligent helmet is located at the returning position of the helmet lock, the helmet lock broadcasts a returned signal, and the bicycle lock agrees to return the bicycle. After the technical scheme is adopted, that the moped and the intelligent helmet are used at the same time during renting can be guaranteed, the moped can be returned only when the intelligent helmet is returned, and the intelligent helmet is prevented from being stolen.

The invention relates to a private sharing technology, in particular to a private car sharing method, a private car sharing device and a computer readable medium. The private car sharing method provided by the invention comprises the following steps: acquiring account information of a user to provide information of shareable cars in a service range; verifying the account permission of the user according to the account information, wherein the account permission indicates the owner identity of the user in the service range; in response to the fact that the user has the account permission, allowing the user to rent the shareable vehicle; and providing a key for the shareable vehicle in response to the user successfully renting the shareable vehicle. According to the invention, the tedious vehicle sharing process can be simplified, and more convenience is provided for the user to take and return the vehicle.

The invention discloses a control method of a shared moped and the shared moped. The method comprises the steps of receiving an unlocking instruction; detecting whether the moped meets a set unlockingcondition or not; under the condition that the detection result accords with the unlocking condition, setting the state of the moped to be an unlocking state; arranging a moped power supply to allowto supply power to a motor; and sending the unlocking state to a server. According to the present invention, the unlocking and locking can be directly achieved without waiting, a user can use and return a bicycle conveniently, the time consumed by the user for waiting for unlocking or locking failure of the bicycle lock is saved, and the charging loss caused by the bicycle return process and bicycle return failure of the user is reduced.

The invention discloses an intelligent electric vehicle returning system, and relates to the technical field of electric vehicle returning processing. The system facilitates vehicle returning usage, and is high in vehicle returning safety and reliability and intelligent degree. The system comprises an electric vehicle leasing platform and a charging pile for charging an electric vehicle, and a vehicle returning end access device is arranged inside a charging jack on the electric vehicle body; an abnormal vehicle returning pile end access device and a normal vehicle returning pile end access device are arranged on a charging gun of the charging pile; the control end of the normal vehicle returning pile end access device and the control end of the abnormal vehicle returning pile end access device are in communication connection with the leasing platform separately; when the charging gun is inserted into the charging jack, if the vehicle is returned normally, the leasing platform can be in communication connection with the vehicle returning end access device through the normal vehicle returning pile end access device, and if the vehicle is returned abnormally, the leasing platform canbe in communication connection with the vehicle returning end access device through the abnormal vehicle returning pile end access device.

The invention relates to an induction type abnormal-condition vehicle returning system and method in automatic vehicle leasing, and solves the problems that vehicle returning abnormity of a vehicle leasing system in the prior art needs to be handled manually, and causes long vehicle returning time, low efficiency and inconvenience for users in the prior art. The system comprises a client, a serverend, a vehicle end and charging piles for leasing buffering, and the client, a charging pile communication unit and a vehicle-end communication unit are connected with a server end communication unit. The vehicle returning method comprises that the vehicle end detects whether a vehicle can be returned normally; when vehicle returning abnormity is detected, a user determines whether to enter an abnormal-condition vehicle returning step; and in the abnormal-condition vehicle returning step, the server end analyzes the states of the returned vehicle and the charging pile, and an abnormal-condition vehicle returning operation is implemented according to the states of the returned vehicle and the charging pile. The system and method have the advantages that the vehicle can be returned in the abnormal condition, the problem that the user cannot return the vehicle in the abnormal vehicle returning condition is solved, vehicle returning is more convenient, the working efficiency is higher, and time is saved.

The invention discloses a time-sharing leasing system realizing one-point taking and multi-point returning. The time-sharing leasing system realizing one-point taking and multi-point returning comprises a user management module used for a system background to authenticate a user, a vehicle management module used for setting up vehicle information and planning lease, a lease management module usedfor setting up longitudes and latitudes of lease/return places, a map navigation function module used for GPS navigation, a vehicle monitoring management module used for monitoring the vehicles and abilling management module used for calculating the lease expense. The user management module sends the vehicle selected by an authenticated user opening an app to the lease management module; the vehicle management module plans parking areas and cooperates with the app for the user to pick and select the vehicle; and the map navigation function module is used to determine whether the vehicle is returned in the planned parking areas or not; so that the users complete the process of picking up the vehicle and returning the vehicle to a fixed point by themselves; therefore, the problems of less parking spots and difficult parking are solved, the manpower and operating costs of an enterprise are effectively saved, and the operational efficiency of the enterprise is improved.

The invention relates to the technical field of traffic management, and discloses a shared bicycle renting and returning mode mixing and matching method and system. Docking and compatibility of two renting modes are achieved. The method comprises the steps that shared bicycle renting and returning modes are classified, and bicycle renting and returning mode mixing and matching rules are set; bicycle renting and returning data processing is conducted according to the mixing and matching rules.

The invention provides a stereoscopic bicycle garage, and belongs to the field of a garage. The stereoscopic bicycle garage comprises a chassis, a first lifting mechanism, a second lifting mechanism,a first passage, a second passage and a second conveying device, wherein the first lifting mechanism is used for carrying out lifting on the chassis inside a first lifting space; a platform accommodating space for accommodating a bus platform is formed between the second lifting mechanism and the first lifting mechanism; the second lifting mechanism is used for carrying out lifting on the chassisinside a second lifting space; the second conveying device is used for conveying the chassis to one end of the second passage, which is close to the first lifting space, from one end of the second passage, which is close to the second lifting space; moreover, the first passage and the second passage can be formed above the bus platform so as not to influence urban roads and influence attraction ofa city.

The invention provides a different-place automobile lease service platform, which is capable of reserving the fuel amount and planning the schedule in advance and is convenient for returning an automobile in a difference place. The technical solution adopted by the invention is that the different-place automobile lease service platform comprises a client, a switch and a server, and is characterized in that the server comprises a user login unit, a user registration unit, an automobile picking fuel amount reservation unit, an automobile returning fuel amount statistical unit, a site map navigation unit, an automobile selection unit, a payment unit, a travel planning unit and a travel guide display unit.

The invention relates to the technical field of shared electric bicycles, in particular to a method for automatically creating a station, and the method comprises the following steps: obtaining a parking area; setting at least one parking block in the parking area; historical events in the parking blocks are obtained, and the parking blocks are scored according to the historical events; when the score of the parking block reaches a preset threshold value, creating a station in the parking block; the historical events comprise a bicycle taking event, a bicycle returning event and a bicycle finding event, the step enables scoring to be performed based on the condition that the user uses the shared electric bicycle in the historical events, and when the score reaches a preset threshold value, a station can be created, so that the user can conveniently ride and return the bicycle, and meanwhile, the workload of shared electric bicycle operation and maintenance personnel is reduced; the problem that the sharing technology is difficult to reasonably construct the station is solved.

The invention discloses an independent travel self-driving system, and relates to the field of automobile renting, and the system specifically comprises an automobile renting process unit, a lease renewal judgment unit, a lease renewal process unit and an automobile returning process unit, after an automobile is rented, a user determines whether lease renewal is carried out through the lease renewal judgment unit, if the automobile needs to be used continuously, Y is selected, the automobile is returned to the lease renewal process, and if the automobile does not need to be used, N is selected to enter an automobile returning process. In the implementation process, car renting requirements of different crowds are met, online renting and online payment are achieved, customers can rent and return cars conveniently, the cars can be returned conveniently based on geographic positions, borrowing can be conducted on the first place, returning can be conducted on the second place, designated driving fees can be added, and green and environment-friendly traveling can be enjoyed.

The invention discloses an electric automobile high-reliability return control system, and relates to the technical field of electric vehicle return processing. The system is convenient to use, and has the advantages of high safety and reliability, and high degree of intelligence. The electric automobile high-reliability return control system includes an electric vehicle rental platform and a charging pile for charging the electric vehicle, and a return vehicle end access device arranged in the charging jack on the electric vehicle body; and the charging gun of the charging pile is respectively provided with an abnormal return pile end access device and a normal return pile end access device; the control end of the normal return pile end access device and the control end of the abnormal return pile end access device are respectively connected with the rental platform; and when the charging gun is inserted in the charging jack, if the vehicle is returned normally, the rental platform can communicate with the return vehicle end access device through the normal return pile end access device, if the vehicle is returned abnormally, the rental platform can be in communication connectionwith the return vehicle end access device through the abnormal return pile access device.

The invention discloses an electric automobile returning processing system and relates to the technical field of electric automobile returning processing. The electric automobile returning processingsystem has the advantages of convenient returning use, high returning safety, high returning reliability and high intelligence level. The electric automobile returning processing system comprises an electric automobile renting platform and a charging pile which is used for charging an electric automobile; a returning automobile terminal access device is arranged in a charging jack in an electric automobile body; an abnormal returning pile end access device and a normal returning pile end access device are respectively arranged on a charging gun of the charging pile; and a control end of the normal returning pile end access device and a control end of the abnormal returning pile end access device are respectively connected with the renting platform via communication. And moreover, when thecharging gun is plugged into the charging jack, the renting platform can be connected with the returning automobile end access device via communication by using the normal returning pile end access device if the automobile is normally returned; and if the automobile is abnormally returned, the renting platform can be connected with the returning automobile end access device via communication by using the abnormal returning pile end access device.