40 results about "Bike share" patented technology

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 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.

System, device and method for providing public, high-density bicycle storage and protection from elements and theft. System includes overhead conveyors from which bicycles are hung in a near side/far side arrangement where handlebars of only every other bicycle are aligned. Bicycles are rolled into a loading station on their back wheels by user and secured, from the front wheel, to a hook that is removably coupled to a load hoist. Access to loading station is controlled by an access control panel. Load hoist lifts the hook to place the bicycle in a hanging position. Robotic arm of a robotic elevator grasps, retracts and lowers (or raises) the bicycle into a multilevel storage area and onto overhead conveyors. Users may be bike-share users or storage users who store the particular bicycle they own.

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 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 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 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 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.

The invention discloses a universal manual shared bicycle handling device, which comprises an arc-shaped frame, the arc-shaped frame is provided with a groove matching the hub of the shared bicycle, and the two ends of the arc-shaped frame are respectively provided with a first fixing seat and a second Fixed seat, the bottom of the first fixed seat is fixedly connected with the upper end surface of the first universal wheel frame, the bottom of the first universal wheel frame is provided with a first fixed shaft, and the middle part of the first fixed shaft is provided with a first wheel hub; the second fixed seat The bottom is fixedly connected with the upper end surface of the second universal wheel frame, the bottom of the second universal wheel frame is provided with a second fixed shaft, and the middle part of the second fixed shaft is provided with a second wheel hub. A universal manual shared bicycle handling device for carrying shared bicycles of the present invention, when in use, only needs to place the rear wheel of the shared bicycle on the arc-shaped frame of the device, and then straighten the handle of the bicycle to push the bicycle to a designated location That is, the structure of the device is simple and reliable, and it is especially suitable for the situation where the locks of shared bicycles cannot be opened and a large number of accident-sharing bicycles need to be transported.

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 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 transportation facilities, and relates to shared parking piles for urban bicycles, including a two-dimensional code display, a two-dimensional code generator, a voice prompter, a total vehicle pile management system, a base, a limit plate, a lock, and a parking groove and infrared sensor. The present invention is mainly used in the central section of the urban area, the relatively prosperous road along the road, and the area where the flow of people is large but bicycles are allowed to enter, or the shared bicycles in this area are parked messily. Through the two-dimensional code, the vehicle pile is closely connected with the user and each charging platform, and the entire structure design is more reasonable, which greatly saves the user's time, improves convenience, and makes the city more harmonious and beautiful. It is suitable for installation in a variety of scenarios, especially for the bustling urban roads that allow bicycles to enter, near shopping malls, and parks. The product has low technical requirements and low cost, and can satisfy users with all needs while solving various problems.