1529 results about "Bicycle sharing" patented technology

The invention provides a bicycle management method and system. The method includes receiving the vehicle use request information sent by the user terminal; allocating idle bicycles that meet the vehicle use request information according to the vehicle use request information; sending the idle bicycle information to the user terminal, and sending the user information to the idle bicycle; receiving the return bicycle sent by the bicycle information, obtain the parking information of the bicycle, and judge whether the bicycle is safely parked according to the parking information of the bicycle and the preset safety evaluation standard. Realize the real-time collection of bicycle operation information and monitoring information, automatically control and manage bicycles, improve the frequency of bicycle sharing and management efficiency, reduce bicycle management costs, and also manage the safety of users during driving; when users rent bicycles , can be rented through the network, and when returning the car, the user can set up a stop to place the bicycle, and pay the rental fee through various methods, which improves the ease of use of bicycle management.

The invention relates to a method and a system for managing parking of shared bikes. The method comprises steps as follows: proper positions are selected on two sides of a road to serve as shared bike parking spaces, and electronic parking piles are fixed nearby the shared bike parking spaces; the electronic parking piles transmit broadcast data packets around constantly in a wireless radio frequency manner; when users need to lock the bikes, intelligent locks of the shared bikes and the electronic parking piles conduct communication through the broadcast data packets; on the basis the fact whether the intelligent locks receive the broadcast data packets transmitted by the electronic parking piles, the response state of the intelligent locks is controlled when the user locks the bikes; after the users lock the bikes, the intelligent locks send locking information and received information from the electronic parking piles to a background cloud server; the background cloud server records bike parking information, analyzes the number of the shared bikes at the parking spaces in real time and conducts dispatching management on the shared bikes. The problem of disordered parking of the shared bikes can be solved, and besides, real-time monitoring of bike vacancy and rapid bike dispatching by workers are facilitated.

The invention discloses an automatic-driving transport vehicle on a structured road and a control method. According to the automatic-driving transport vehicle and the control method disclosed by the invention, an image is read through a camera and transmitted to neural networks with different functions for calculation; all the neural networks are subjected to grouping and work division, and automatic driving, sign understanding, risk warning, human-computer interaction and other functions are realized; and inspired by bicycle sharing, a model parameter sharing platform is created to solve the problem that people waste time and energy in training a parameter model for enabling an automatic-driving vehicle to run on a road which is difficult for the neural networks to understand, and the utilization of resources is increased.

A bike share system with the flexibility to anchor the rental bike anywhere at the end of the trip employs a remotely operable lockbox which incorporates a wireless communication card with a GPS receiver. The lock system includes a scissor clamp for grasping the bicycle seat support post and a pair of extended fingers of the scissor clamp which are retained by the clamshell halves of the lockbox. One arm of a U-shaped retainer can be extended into throughbores of first and second ears positioned on opposing sides of the bicycle wheel to lock the wheel against rotation. A mechanical locking device has teeth which engage with protrusions on the other arm of the U-shaped retainer to prevent its movement relative to the lockbox maintaining the other arm in wheel immobilizing position.

The embodiment of the invention discloses a shared bicycle parking standardability confirming method and device as well as a server and a storage medium. The method comprises the following steps: acquiring verification pictures, shot and uploaded by a user through a terminal, of shared bicycles parked in a current area; if verifying that the verification pictures include parking aligning marks of the shared bicycles and shared bicycle recognizing marks which are in one-to-one correspondence with the shared bicycles, taking the verification pictures as valid pictures, wherein the parking aligning marks are patterns drawn on the shared bicycles and are used for showing the parking directions of the shared bicycles; confirming whether the valid pictures contain preset placemarks; and then confirming the parking standardability of the shared bicycles in the current area according to the confirmation results and the parking aligning marks and based on the preset parking standard. According to the scheme, the method has the advantages that the random stopping and parking of the shared bicycles can be solved; the city appearance is improved; the convenience of urban traffic management is ensured; and in addition, mass development of the shared bicycles is promoted.

The invention discloses a shared bike scheduling method based on user participation. Shared bikes are provided with intelligent locks, the positioning information is sent after the intelligent locks are locked. The scheduling method comprises steps that the positioning information of each shared bike is acquired, and the position point of each shared bike on an electronic map is confirmed according to the positioning information; the electronic map is divided into multiple scheduling regions, and the bike parking quantity of each scheduling region is calculated according to the position points of all the shared bikes; whether the bike parking quantity of each scheduling region surpasses preset quantity is determined; if yes, charging strategies of the shared bikes in the scheduling regions with the quantities reaching the preset quantity are set to be preset charging strategies; if not, charging strategies of the shared bikes in the scheduling regions with the quantities not reaching the preset quantity are set to be excitation charging strategies different from the preset charging strategies. The method is advantaged in that manual handling input can be reduced, and scheduling cost is reduced.

The present invention provides a shared bicycle scheduling method and system. The method comprises a step 1, a server end defines a non-parking area, and a remaining area is a non-prohibited parking area; a step 2, the server end synchronously displays the illegal parking bicycle and the non-illegal parking bicycle to the client, and the special position is displayed at the position of the illegal parking bicycle; and a step 3, the server end continuously scans and receives the unlock request signal and the end-and-lock notification of the same bicycle, and in response to the user action, users are divided into the scheduling user, the normal riding user and the illegal parking user. The present invention proposes the shared bicycle scheduling method and system, which uses partition of the non-parking area and the award and incentive modes to guide the user to spontaneously ride out the illegal parking bicycle from the non-parking area and park the bicycle in the non-prohibited parking area, so that the scheduling management cost of the shared bicycle operator is reduced, the utilization rate of the shared bicycle is increased, the scheduling user enjoys the riding discount and the cost of riding is reduced.

The invention discloses a bicycle sharing system and a bicycle borrowing and returning method thereof. The bicycle sharing system comprises a central server, a plurality of bicycles, a plurality of hand-held smart terminals for users and a plurality of wireless access equipment. The hand-held smart terminals are connected to the smart locks of the bicycles, user keys and bicycle borrowing and returning requests are transmitted through special APP, and bicycle borrowing and returning data and current GPS coordinate data are transmitted to the wireless access equipment and uploaded to the central server. The bicycle sharing system has the advantages that lock cylinders and bicycle borrowing cards are not needed, ground construction is avoided, an optional bicycle with the smart lock can be borrowed by the user through the and-held smart terminal, and the bicycles can only be returned to appointed areas due to the fact that locations of the bicycles are reported during bicycle borrowing and returning; the problems that a large amount of private bicycles cannot be added to a public bicycle system, a lot of system equipment is needed, construction amount is large, cost is high, and intercommunication of bicycles and equipment of different operators is unavailable are solved.

The invention discloses an electric booster bike and electric bike sharing and leasing system, comprising an operating service management platform, user terminals, operation and maintenance staff terminals, site control terminals, a plurality of charging cabinets provided with wireless communication terminals, and a plurality of electric bikes or electric booster bikes provided with bike-mounted terminals. On the basis of the existing sharing bike rental system, the electric booster bike and electric bike sharing and leasing system is additionally provided with the charging cabinets aiming at the characteristics of the electric booster bikes and the electric bikes. When using the electric booster bikes and the electric bikes, users can share rental battery packs by means of authorized unlocking, so that the riding distance of the electric bikes are guaranteed, and the problem of battery endurance of the sharing electric booster bikes and the electric bikes is solved. By adding the site control terminals, the large number of electric booster bikes, electric bikes, charging cabinets, operation and maintenance terminals and the like can be controlled and managed in a regional way, so that operation management efficiency and operation management level are improved.

The invention discloses a shared bicycle operation method and system. The shared bicycle operation method includes the steps: setting or obtaining the location and the range of at least one fixed operation area, and the location and the range of at least one virtual electronic fence parking point corresponding to the fixed operation area in each fixed operation area; receiving a bicycle borrowing request from a bicycle user, and according to the bicycle borrowing request, unlocking the requested bicycle; during the renting period, continuously obtaining the location information and the operation state information of the requested bicycle, according to the location information, determining whether the requested bicycle is in the fixed operation area, and at the same time, according to the operation state information, determining whether the bicycle user parks the bicycle temporarily; and receiving the bicycle returning request information of the bicycle user, and according to the bicycle returning request information, locking the requested bicycle. The shared bicycle operation method and system are convenient for managing concentrated parking of non-pile shared bicycles for the bicycle users to avoid theft and malicious destruction of the shared bicycles.

The invention provides a sharing bicycle, an unlocking method, a lockset, a terminal and a system thereof and relates to the technical field of sharing vehicles. The unlocking method for the sharing bicycle comprises the following steps: collecting biological recognition information of an object through a biological recognition structure on the sharing bicycle; judging if the biological recognition information is corresponding to an unlocking authority of the sharing bicycle; if yes, unlocking the sharing bicycle. The unlocking method can be utilized to realize the automatic intelligent unlocking operation for the sharing bicycle; the operation is quick, convenient and safe; the user experience can be effectively promoted.

The invention provides a shared bicycle control system and control method. The shared bicycle control system includes a virtual parking pile, a back-end server and a user terminal, the virtual parking pile collects information of at least one geographic location set by the staff and sends the information of the at least one geographic location to the back-end server; the back-end server determines the information of the virtual parking area based on the information of the at least one geographic location; the information of the virtual parking area matching the geographic location of the user terminal is transmitted to the user terminal after it is determined that the user terminal needs to use the vehicle or stop the use of the vehicle; and the user terminal guides the user to the virtual parking area based on the received information of the virtual parking area and the geographic location of the user terminal. According to the invention, the virtual parking piles do not occupy the use area of urban roads, and the demanding on the road conditions of the parking area is low, and parking spaces can be provided for many shared bicycles.

The invention discloses a driving area alarm method and device for a shared bicycle. The method includes the steps of selecting a preset area on an electronic map as an administrative operation area, and in accordance with preconditions, designating a plurality of administrative control areas in the administrative operation area; and obtaining GPS information of a user, determining whether a shared bicycle is located outside the administrative operation area according to the GPS information, if so, reminding the user of failure to lock, otherwise, further determining whether the shared bicycle is located in one of the administrative control areas, if so, reminding the user of locking, and otherwise, reminding the user of failure to lock. According to the invention, it is possible to better guide the user to park the shared bicycle in the legal position by designating the driving areas of the shared bicycle and by setting the legal parking areas of the shared bicycle in the legal driving areas and positioning the shared bicycle.

The present invention claims to protect a shared bicycle management and decision-making method. The method comprises: determining a delivery area, collecting parameter data, using a fuzzy comprehensive evaluation model of DEA to construct a membership matrix to determine an indicator level of the delivery area, and supplemented by multi-objective planning, determining the delivery number of bicycles in the delivery area and the delivery number of bicycles in different delivery areas; and using SVM regression and using the collected parameters to determine the function relationship of the delivery number of shared bicycles over time through the mapping of the Gaussian kernel function in the high-dimensional space, and to determine the delivery number of bicycles at different times in the same area. According to the method provided by the present invention, a quantitative decision-making management method is proposed, a FICO based personal credit evaluation system is established, bicycleuse by users is standardized, and through multi-objective planning, an optimal dispatching and repair center is set according to the different delivery points in the region, so that the operation andmaintenance costs can be reduced.

The invention discloses a parking monitoring method and system based on shared bicycles. The method comprises steps of: S100, receiving locking request information transmitted by a shared bicycle; S200, analyzing the locking request information to obtain the current position information of the shared bicycle; S300, determining whether the shared bicycle is located within a parking-allowable range based on the current position information, and executing the next step if so; and S500, transmitting a locking-allowing instruction to the shared bicycle. The method and system determine whether or not the shared bicycle is located within a parking-allowable range according to the current position information of the shared bicycle, thereby reducing random parking phenomena and improving user experience and social public order.

The invention belongs to the technical field of distributed storage, specifically a shared bicycle supervision method based on blockchain. The basic contents of the invention are that the method comprises the steps: enabling an operator side to construct a blockchain platform which is used for generating a blockchain; setting one private key for each bicycle, and forming an account; pasting a public key generated by the HASH of each private key on a shared bicycle, and combining the public key with a QR code of current payment; forming a special transaction for each code-scanning bicycle renting behavior, and storing the transaction in the blockchain; enabling a bicycle borrower to find the bicycle renting record through his own private key; and finding the renting history of each bicycle through the private key corresponding to the bicycle. The method can achieve the better tracking and disclosing of the whole use process of the bicycle, guarantees that the shared bicycle is parked at a proper position, and achieves the supervision and management of malicious users.

The invention relates to the technical field of internet-of-things application and discloses a sharing bicycle ordered parking internet-of-things management system and method thereof. The method comprises the following steps: the condition that whether a user parks a bicycle on the ground paved with induction coils according to a norm or not is judged; if so, the following steps are executed, otherwise, the bicycle cannot be locked; a vehicle-mounted electronic identifier is triggered to transmit identifier information to a parking point monitor; the monitor transmits a parking request to a monitoring platform; the monitoring platform transmits a signal of allowing to lock the bicycle to a bicycle platform after judging the parking request is reasonable; the bicycle platform transmits a bicycle locking instruction to a mobile phone of the user or an intelligent lock; and the user manually locks the bicycle to return the bicycle. Through the system and the method, management of the sharing bicycles is normalized and ordered parking of the sharing bicycles is realized; the precision of identifying the pointed parking area by the electronic identifier on the sharing bicycle can reach 10 to 30 cm, and the bicycle can be locked only when the bicycle is parked in the pointed area, so that the problem of disordered parking and placing in the prior art is solved; and every bicycle of every sharing bicycle brand is supervised and managed through the monitoring platform, so the technical problem that the existing sharing bicycles are difficult to supervise and manage is solved, and uniform and effective supervision and management are realized.

The invention provides an electronic fence fixed-point parking system for a shared bicycle. The electronic fence fixed-point parking system for a shared bicycle can accurately judge whether a shared bicycle enters an electronic fence, and can only lock after the shared bicycle enters the electronic fence, thereby effectively solving the problem of parking of the shared bicycle, applicability to parking places is good, and user experience is improved.

A system and method for bicycle sharing and rental with a rack and one or more bicycles. The rack has a base with one or more locking arm(s), wherein each locking arm has a first end secured to the base and a second end, further wherein the second end has a fixture attached. The rack does not have any closed loops, preventing unauthorized bicycles from being secured to it. The bicycles have a controllable portion of a locking mechanism and a control device, wherein the control device is configured to enable the fixture to be secured to the controllable portion of the locking mechanism and further secure the bicycle device(s) to the rack.

The invention belongs to the technical field of bicycle management and particularly relates to a shared bicycle returning method based on a wireless positioning base station. Moreover, the invention also provides a parking place base station positioning method and a shared bicycle returning system based on the wireless positioning base station. A server side determines whether a shared bicycle is in a returning area or not through an area comparison method according to the position of the shared bicycle, wherein the position of the shared bicycle is determined by the base station positioning method and the returning area is determined by the parking place base station positioning method; and if the shared bicycle is in the returning area, check success information is returned to a client side, otherwise, check failure information is returned to the client side. According to the method and the system, the problem that in the prior art, the shared bicycle is parked disorderly and is difficult to manage is solved. The method and the system have the beneficial effects that the positioning precision is high, the position precision of the returned bicycle is effectively improved, and the returning area of the shared bicycle is managed and controlled.

The invention provides a shared bicycle parking management method and system. The method comprises the following steps that S1: the current signal intensity of the Bluetooth signals transmitted by multiple Bluetooth beacons in a shared bicycle parking area is acquired; S2: the signal intensity offset is obtained according to the current signal intensity; S3: the corresponding signal intensity measurement value of each Bluetooth beacon detected by an electronic bicycle lock in case of locking the bicycle is acquired; S4: the signal intensity measurement value is compensated according to the signal intensity offset so as to obtain the signal intensity effective value; and S5: whether the shared bicycle is inside the electronic fence is judged according to the signal intensity effective value. The influence of the environmental factors on the signals of the Bluetooth beacons can be effectively compensated so that whether the shared bicycle is parked inside the parking area can be accurately judged and the parking management order of the shared bicycle can be effectively guaranteed.

The invention provides an intelligent unlocking method and an intelligent unlocking device. The method and the device avoid embarrassment that the existing sharing bicycle can be unlocked by scanninga code or inputting a bicycle code, and only one-to-one unlocking is available, and solve the problem of a poor user experience effect. The intelligent unlocking method comprises the steps of receiving an unlocking triggering signal for triggering an intelligent unlocking process, determining at least one intelligent equipment around according to the unlocking triggering signal, and sending an unlocking request message to a cloud server to accomplish the intelligent unlocking process, wherein each intelligent equipment in the at least one intelligent equipment is equipped with an intelligent lock; and the unlocking request message is used for requesting the cloud server to open the intelligent lock mounted on one intelligent equipment in the at least one intelligent equipment.

The present invention discloses a sharing bike attraction and generation prediction method based on an ARIMA (Autoregressive Integrated Moving Average Model). The method comprises the following stepsof: 1) collecting GPS positioning data of static parking positions of available bikes in an area, and continuously performing collection for assigned days; 2) obtaining geographic information data oftraffic zones in the area; 3) matching geographical location information of the sharing bikes to each traffic zone; 4) establishing a sharing bike trip total sample; 5) establishing a sharing bike available bike distribution spatial and temporal distribution thermodynamic chart, and a space thermodynamic chart of the number of times of attraction and generation of each zone; 6) establishing a timesequence of the number of travel times of each zone; 7) establishing an ARIMA prediction model after parameters are calibrated; and 8) predicting a sharing bike trip of each traffic zone in a next time aggregation interval. The demand prediction method employs position data of bikes to sense time-space features of the sharing bikes in a city and performs prediction of the time sequence so that adata support is provided for operation, management and scheduling of the sharing bikes.

The invention provides a shared bicycle management method based on a precise location. The method comprises the following steps: a positioning module and a network module are arranged on a shared bicycle; when a user starts the shared bicycle, the positioning module acquires the location and uploads an account of the user, the location of the shared bicycle and a start state to a server through the network module; when the user turns off the shared bicycle, the positioning module also uploads the account of the user, the location of the shared bicycle and a turnoff state to the server; the server analyzes location data uploaded by the shared bicycle to obtain a use frequency of the shared bicycle; the server determines that the shared bicycle has a functional fault when analyzing that theshared bicycle does not upload the location for a long time or the locations uploaded by the shared bicycle each time are very close; and the server analyzes the average speed when multiple users usethe shared bicycle, and if the average speed that the multiple users use the shared bicycle is less than the average speed that the multiple users ride, the server determines that the shared bicycle has an experiential fault.

The invention provides a shared bicycle parking spot determining method and device. The method comprises the steps that walking trajectory data in a preset area are acquired; based on the position coordinate of trajectory points included in the walking trajectory, a preset clustering algorithm is used to cluster the walking trajectory; and according to the distribution of the real street path corresponding to the walking trajectory included in each category, a shared bicycle parking spot is determined. According to the invention, in the process of determining the shared bicycle parking spot, the walking trajectory data are used to reasonably determine which real street paths are passed by users with the riding demand, and a shared bicycle parking spot is set on the street path; the method and device are instructive for determining the shared bicycle parking spot, and can serve more users with the riding demand; and the distribution of shared bicycle resources is balanced.

The invention discloses a sharing bicycle unlocking method and system. The sharing bicycle unlocking method comprises the following steps of utilizing a mobile terminal for searching an electronic mapfor nearby sharing bicycles; finding a sharing bicycle needing to be used from the sharing bicycles displayed on the mobile terminal, and requesting a sharing bicycle service platform to open a bicycle lock of the sharing bicycle; after the sharing bicycle service platform receives the request, remotely controlling the designated sharing bicycle lock to be opened or sending operation informationthat the bicycle lock can be opened to the mobile terminal. The target sharing bicycle needing to be unlocked is selected on the mobile terminal, and then, the designated sharing bicycle lock is remotely controlled to be opened by the sharing bicycle service platform or the operation information that the bicycle lock can be opened is sent to the mobile terminal, so that unlocking is performed without depending on a quick response code or a bicycle number on the bicycle, and the unlocking operation is more convenient and safer.

The invention discloses a management method for fixed parking points of shared bicycles, which comprises a bicycle bodies, a bicycle power supply, a power supply detection module, a lock state detection module and a background pricing system, and is characterized in that each fixed pile and each bicycle are internally provided with a close-range communication module capable of performing close-range directional communication, a module capable of performing wireless communication between the fixed pile and the background pricing system and a module capable of performing wireless communication between the fixed pile and the bicycle, so that the fixed piles and the bicycles establish a close-range directional communication relation through the close-range communication modules, and whether the bicycle stays at a parking allowed condition or not according to whether the close-range directional communication relation exists or not. The management method enables parking points of the bicycles to be concentrated at a fixed region through adopting a close-range radio frequency technology, using the modes such as directional communication, relying on close-range characteristics of Internet of things communication and using technologies such as a directional antenna, so that centralized management for the bicycles is realized, and problems brought about by disorderly parking are avoided.

The invention discloses an automatic locking system and locking method for a shared bicycle, belongs to the field of shared bicycles and aims at safely solving the problem that a user forgets to lock the bicycle. The automatic locking system comprises a bicycle lock module, a processor module and a timing module, wherein the bicycle lock module is used for controlling opening and closing of a bicycle lock and detecting the state of the bicycle lock; the processor module is capable of obtaining state information of the bicycle lock and controlling opening and closing of the bicycle lock; the processor module is connected with the bicycle lock module; the timing module is used for timing the state information of the bicycle and transmitting the timing result to the processor module; and the timing module is connected with the processor module.

The invention discloses an urban shared bicycle intelligent management system and method based on the IoT technology, and the system achieves the indoor and outdoor precise positioning of a shared bicycle and the automatic supervision of a parking position at low cost without GPS through the bidirectional short-distance communication between a common smartphone and a new-generation active RFID terminal. The system achieves the information control of the unlocking and locking of the shared bicycle through a cellphone of a bicycle user, not through a mobile public network communication module installed in the shared bicycle, achieves the indoor and outdoor positioning of the shared bicycle through the low-power-consumption position tag technology, reduces the manufacturing cost of a conventional shared bicycle, greatly reduces the management cost for a shared bicycle operator, and more importantly, overcomes various types of conflicts caused by the parking mess of the conventional shared bicycles.