41 results about "Bike share" patented technology

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 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 provides a bike sharing method and system. The method includes the steps that bike use passwords input by a user are received; whether the bike use passwords are consistent with unlocking passwords issued by a server or not is verified; when the bike use passwords are consistent with unlocking passwords, a bike lock is unlocked, and the corresponding time when the user starts to use the bike is recorded; when it is detected that a bike locking poking piece triggers a bike locking instruction, the bike lock is closed, and the corresponding time when the user finishes bike usage is recorded; user order information composed of the time of starting to use the bike, the time of finishing using the bike, the bike use passwords and a bike lock series number is sent to the server. The server issues the unlocking passwords to the bike, and the a user terminal issues the bike use passwords to achieve bike lending; the bike is locked through the bike locking poking piece on the bike, the user order information is uploaded from the bike, bike lending and returning are achieved without a fixed pile, the limit to the travel range of the user by the fixed pile is avoided, the convenient degree of using the public bike by the user is improved, and the usage rate of the bike sharing system is increased.

The invention discloses an end-to-end bike sharing system and method based on blockchain. The system comprises a system administrator, a cloud server, bike owners, bike users and a blockchain network;the blockchain network contains accounts, bike smart contracts and nodes; there is no need for the bike users to download multiple different applications any more, after registration, deposits are paid to the bike smart contracts, the blockchain network does not contain third parties, and the users only need to apply to the bike smart contracts when the deposits need to be returned, so that the phenomenon of difficult deposit returning is effectively avoided; the payment process does not rely on third-party payment software, so that needed commission charge is effectively reduced. Transactioninformation is stored by the nodes in the blockchain network together, each node stores all transaction data in the network totally redundantly, and once the data in one node is tampered with, othernodes raise objections, so that a whole database is high in safety, and private security of the bike users and the bike owners can be protected.

The invention belongs to the field of three-dimensional parking devices and particularly relates to an intelligent three-dimensional parking device used for a shared bicycle. The intelligent three-dimensional parking device used for the shared bicycle comprises a garage main frame, a circulation transmission system and a bicycle carrying mechanism provided with a bicycle clamping mechanism. The circulation transmission system comprises long pitch chain wheels, long pitch chains with accessories, a circulation transmission frame mechanism and a motor transmission system. The motor transmission system drives the long pitch chains to rotate through the long pitch chain wheels. The bicycle carrying mechanism is fixed to the long pitch chains through the accessories. By adoption of the intelligent three-dimensional parking device used for the shared bicycle, people can freely store and pick bicycles nearby, storage and picking of the shared bicycles are rapid and convenient, the intelligent three-dimensional parking device has the advantages of being small in occupied area, and meanwhile, the shared bicycle parking problem of subway stations, bus stations and public places is solved.

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 discloses a rain-gear-sharing system for bicycles, comprising a shared umbrella storing and taking-out cabinet, shared umbrellas capable of being detachably mounted on a bicycle, the bicycle or a shared bicycle, a connecting assembly for connecting the bicycle with one of the shared umbrellas, wherein the shared umbrellas are stored in the shared umbrella storing and taking-out cabinet. The rain-gear-sharing system for the bicycles has the advantages of being simple in structure, reasonable in design and convenient and timely for renting and returning the shared umbrellas; the rain-gear-sharing system for the bicycles can solve the problems of being caught in the rain caused by not preparing an umbrella on a rainy day and wasting space resources caused by carrying the umbrella on a rainless day; and a cyclist or a consumer of the shared bicycle can rent the shared umbrella through the shared umbrella storing and taking-out cabinet when needing to use the shared umbrella on a rainy day or in the sun, and fix the shared umbrella to the bicycle or the shared bicycle through the connecting assembly.

The invention discloses an intelligent shared knee. Through the intelligent shared knee, ID bike information acquisition and automatic locking can be carried out on bikes (comprising shared bikes and electric bikes) at preset positions; the bike ID information and knee ID information are bound and the uploaded to a sharing control server; and unlocking instructions sent by the sharing control server on the basis of the bound data of the bike ID information and the knee ID information can be received to unlock the bikes at the preset positions. The intelligent shared knee has the technical benefit that the intelligent shared knee can be arranged at any suitable place, and the arrangement place and quantity are controllable, so that the bikes of different bike operators can be uniformly, intensively and freely arranged, and then a series of problems such as disorderly bike arrangement, manmade damage and the like can be effectively avoided. The invention furthermore discloses a bike sharing management system and method and the sharing control server.

The present invention discloses a private bicycle sharing system and method based on the Internet of Things. The system comprises a highly integrated vehicle intelligent lock, a mobile client APP matching the lock, a two-dimensional code of a vehicle unique identification, and a background data management system. The function of the highly integrated vehicle intelligent lock highly integrates an electronic car lock, GPS tracking and positioning, and mobile communication. A solar panel is installed in an integrated private bicycle intelligent device. A mobile client APP matching the intelligent lock is a management system developed for the smart phone based on eclipse programming software, and the user can implement functions of self-positioning, bicycle tracking navigation, bicycle borrowing and returning, mobile communication, record querying and time screening by using the APP. According to the system and method disclosed by the present invention, based on the GPS positioning and tracking system, not only the whole bicycle journey can be tracked, but also data connection with the vehicle intelligent lock can be established through the background data platform, so that remote control intelligent locking is realized, the risk of bicycle loss is reduced, and the operation cost is saved.

A system, method, and user interface for multi-modal travel wherein a server stores mode transition locations at which a user transfers between a first mode of transportation, such as a car, and a second mode of transportation, such as a bicycle or scooter, and wherein the user can rent parking spaces for vehicles and / or rent second mode of transportation vehicles such as bike share bicycles or scooters; and wherein the system may provide the user with a reservations systems and / or suggested routes and mode transition locations based in some cases on a user location or starting and destination addresses, and the system may provide navigation directions during travel.

The invention discloses a sharing method and system of a bicycle. The method comprises the steps that a server builds an owner account according to the owner 's identity; an intelligent bike lock corresponding to the owner 's identity is installed on the bicycle; a user scans an intelligent label on the intelligent bike lock and sends an unlocking request to the server; the server receives the unlocking request, sends an unlocking signal and starts counting of time and / or mileage; after the intelligent bike lock is locked, the counting of time and / or mileage is stopped, and the information of service time and / or mileage is obtained; the server charges by the service time and / or mileage, and records the service time and / or mileage and charge information into the owner account.

The invention relates to an integrated comprehensive guarantee vehicle for bicycle sharing, which includes a transport vehicle with a box body, and the box body of the transport vehicle has a three-dimensional storage system for three-dimensional storage of bicycles to expand the capacity of the bicycles in the box body and The single-vehicle loading and unloading system used for loading and unloading single-vehicles to the three-dimensional storage system can greatly improve the single-vehicle loading and unloading efficiency and reduce labor costs. The dispatching and maintenance of shared bicycles can be carried out through the integrated comprehensive support vehicle of the present invention, which can greatly improve the efficiency of operation and maintenance and reduce the cost of operation and maintenance.

The invention discloses a user terminal, system and method for avoiding bike aggregation and returning bikes. Compared with the conventional shared bike operation modes, the bike trip mode can help operators to normalize the number of bikes in each region, can maintain a basic stable input number of the bikes in each region, can be used in big cities and population-intensive areas, can improve thereturning rate of bike users, can adopt a manner of stimulating user bike sharing to normalize the bike use manner, and can improve the bike use pleasure of the users; the use rate of bikes in a sharing riding mode is higher, and the problem of malicious damage to the bikes can be greatly reduced in use of the bikes; the civilized travelling quality of urban residents can be improved, and the riding comfort level of the users can be improved; the use number and the promotion degree of the bikes can be improved by setting awards, and incomes of the operators can be increased; and the user terminal, the system and the method can be promoted.

The invention provides a sharing method of electric power-assisted bicycles, and belongs to the technical field of sharing equipment. The sharing method of the electric power-assisted bicycles solves the problem that in the prior art, the electric power-assisted bicycles do not have an effective and safe sharing method. The sharing method of the electric power-assisted bicycles comprises a server, APP software with a sharing function on a mobile device and a battery case used for storing a storage battery, wherein the server is internally provided with a billing unit. The method includes the steps of (1) conducting sharing setting independently on the bicycle body and the storage battery; (2) conducting sharing billing independently on the bicycle body and the storage battery; (3) shutting down the sharing service and conducting fee settlement independently on the bicycle body and the storage battery. The sharing method of the electric power-assisted bicycles can achieve sharing of the electric power-assisted bicycles safely and effectively.

The invention discloses an optimization design method of the exit ramp of pedestrian-bicycle shared road at the crossings in cities with an aim to increase the probability of use of shared roads by non-motor vehicles, reduce the interference between pedestrians, bicycles, and non-motor vehicles at the crossings, and ensure the favorable traffic capacity and service level and conditions of the crossings. First of all, the linear density of different traveling modes is calculated according to the flow of pedestrians, non-motor vehicles and motor vehicles at the exit ramp of non-motor vehicles at the crossings as well as the width of shared roads, then the service perception grade of shared roads and the general number of obstacles are decided according to the state of leveling of shared roads, number of pedestrians staying at the exit, and number of obstacles including vehicles parking on the road side, and news stands on the road side, and finally the selection probability model of electric bicycles and bicycles is substituted in to determine the probability of use of shared roads by electric bicycles and bicycles. If the selection probability is smaller than the expected value, the form of exit ramp of the shared road shall be optimized.

The invention discloses a bicycle integrated service platform for college students. The bicycle integrated service platform comprises a smart mobile phone APP and a background data processing center; the smart mobile phone APP is an interface for a user to interact with a cloud platform and includes a private bicycle sharing module, an abandoned bicycle sharing module, a second-hand bicycle transaction module, a parking point and leasing point information query module and a lost bicycle retrieving module; and the background data processing center is the brain of the bicycle integrated service platform, is configured with a variety of built-in preset algorithms and is a place for storing, processing and transmitting data and can be developed by using current popular cloud servers such as a Bomb cloud platform. The bicycle integrated service platform of the present invention provides information services such as the sharing, parking, maintenance, storage and transfer of private bicycles, can greatly promote the development of the bicycle transportation systems in colleges and has a practical popularization value.

A portable, multi-platform friction drive system with a retractable motor drive assembly (12), containing all needed components of an electric friction drive system in a portable handheld case (10), including motor (18), batteries (34), and all associated electronics (36), as well as a mounting system (30) that enables use on popular bike share bicycles (20), personal bicycles, and kick scooters. Its mounting system (30) enables the friction drive system to be easily installed in seconds on many varieties of bicycles or kick scooters, and to be removed just as easily when no longer needed. And by means of its retractable motor assembly (12), the present invention enables the friction drive system to be as compact, clean, and safe as possible so as to be easily carried and stored when not in use.

The invention provides a matching system for ride-share vehicle booking and a matching method thereof. Start point and end point information of each ride-share request is analyzed, whether each obtained ride-share request meets the requirement of ride share is judged according to shortest running time required for passing by all start points / end points, and if the requirement is met, the ride-share requests are matched. In the matching mode, a specific ride route of a passenger is not necessary as a basis, and in a region with an unreasonable road layout and a complex road condition, matching of the ride-share requests in a broader range can be achieved. The matching method for ride-share vehicle booking can be implemented by a computer program stored in a computer readable storage medium, and via buildup of function modules and forming a function module framework by combination. A matching system for ride-share vehicle booking is also provided, and the matching system comprises a client, a vehicle mobile terminal, and a server. The server is provided with a function module framework, and a computer program for inputting and implementing the function module framework, and therefore, the matching method for ride-share vehicle booking is achieved.

A bicycle-sharing system includes bicycles having beacons mounted thereto. Sensors are distributed throughout an urban environment and detect the beacons. Stations report check-in and check-out of the bicycles. Using reported detections of the bicycles and the check-in and check-out locations, a trajectory of the bicycle is determined. Where multiple sensors detect the beacon at a time, triangulation may be performed to more accurately determine the bicycle location. Trajectories of bicycles may be used for planning purposes or to track stolen or mislaid bicycles.

The invention discloses a user terminal and method for achieving real-time bike sharing and getting rewards. Compared with an existing bike sharing operation mode, in the bike sharing operation mode in the method, the mode that a user is stimulated to share a bike is adopted to standardize the bike using mode, and the bike using fun of the user is improved. In the riding sharing mode, the bike using efficiency in an area where the number of bikes is lacked can be well improved, nearby bikes and the bikes which are about to arrive and the arrive time information during riding can be well found through a mobile phone map in the user terminal, and the user can conveniently select whether or not to wait a bike to arrive according to the needs of the user; the usage rate of the bikes in the riding sharing mode is higher, and the problems about deliberate destruction of the bikes and the like are greatly reduced in the usage process of the bikes, the civilized travel quality of urban residents is improved, and the riding comfort degree of the users is improved. In the method, a bike travel reward mechanism is provided, the usage quality and the popularization degree of the bikes can be improved by setting the rewards, and then the earnings of an operator are improved.

The invention relates to a shared seat type intelligent scooter system in a boundary area. The shared seat type intelligent scooter system comprises a seat type scooter and an area monitoring server.A positioning module and a first wireless module are arranged on the scooter; and the server is provided with an electronic fence module, a second wireless module and a lease service module. Accordingto the invention, the seat type scooter is adopted for the first time; a sharing service is implemented in a defined area range; the seat type scooter has the advantages of being small in occupied space, low in speed, stable, safe, and convenient to manage in a specific area, is suitable for the disabled as well as the general public, and breaks through the regional limitations of traditional shared bicycles and shared cars, and the requirement of riding instead of walking in the outdoor and in scenic spots, commercial complex, communities, airports, hospitals and other places can be met.

The invention provides a three-dimensional electric motorcycle and bicycle sharing garage capable of charging, and relates to a three-dimensional parking device, in particular to a three-dimensional motorcycle or bicycle sharing garage capable of charging an electric motorcycle. The three-dimensional electric motorcycle and bicycle sharing garage capable of charging comprises a garage frame and multiple groups of upper vehicle carrying platform systems, lifting drive systems and lower vehicle carrying platform systems. The lower vehicle carrying platform systems are placed at the bottom of thegarage frame, and the garage frame is fixedly connected with the rear ends of the lower vehicle carrying platform systems. The upper vehicle carrying platform systems are arranged on the garage framein a lifting mode, and achieve the up and down movement by the lifting drive systems. The three-dimensional electric motorcycle and bicycle sharing garage capable of charging has the characteristicsof novel structure, simple and convenient processing, convenient installation, standard and order, beautiful and generous performance, safety and practicality, and a novel three-dimensional electric motorcycle and bicycle sharing garage capable of charging integrates economy and practicality.

The invention belongs to the technical field of traffic facilities, and relates to a city-bike shared parking pile. The city-bike shared parking pile comprises a two-dimensional code displayer, a two-dimensional code generator, a voice reminder, a total bike-pile management system, a base, limiting plates, a locking device, a parking groove and infrared sensors. The city-bike shared parking pile is mainly used for center road sections of a city area or areas which are bustling in road along routes, large in person flow and capable of permitting bikes to enter or areas in which shared bikes arepromiscuously parked. The bike pile, a user and all charging platforms are closely connected through a two-dimensional code, whole structural design is more reasonable, user time is greatly saved, and the city is more harmonious and beautiful while the convenience is improved; the city-bike shared parking pile is suitable for installation of multiple scenes, particularly, is suitable for bustlingcity road sections permitting bikes to enter, areas nearby malls, parks and the like. The technical requirements of the product are low, the cost is low, and user using with all requirements is achieved while various problems are solved.

The invention relates to the field of share economy, discloses a shared traffic tool parking management system, and provides an effective management method for standardizing the city management, avoiding the disordered parking of shared traffic tools and systematically recovering and putting the shared traffic tools. The system comprises parking spaces, parking piles and a monitoring system. A user parks a shared traffic tool at a parking space and sends a parking request; the monitoring system verifies the conditions of the user and the shared traffic tool, verifies the unoccupied parking space condition of a parking lot, verifies a vehicle parking position and receives the parking request; the user locks the safety lock; the monitoring system sends parking completion information to the user and a shared traffic tool operation unit; and the monitoring system updates the available traffic tool and unoccupied parking space information of the parking lot. The system is suitable for the parking management of shared traffic tools such as shared bikes, shared electric bikes, shared motorcycles and shared cars.