328 results about "Shared parking" patented technology

The invention discloses a parking system based on an internet terminal, and an operating method of the parking system. The parking system comprises a plurality of lessor client platforms, a cloud server and a plurality of lessee client platforms, wherein the lessor client platforms are suitable for publishing information of parking spaces for rent by lessors; the cloud server positions the parking spaces for rent, and publishing the information of the parking spaces to lessees; and the lessee client platforms are suitable for accessing the cloud server by the lessees to select corresponding parking spaces. According to the parking system and the operating method thereof, non-occupied parking spaces of the clients are shared for rent through the lessor client platforms, the shared parking space information is published on the cloud server, the lessees access the cloud server through the lessee client platforms, can choose expected parking spaces and form contracts of lease through preservation or prepayment, and the corresponding money deduction is completed when the lessee drives away after parking.

The invention relates to the field of parking place management, and provides a parking place management system. The system comprises two or more than two parking place management subsystems, a cloud end server and a user terminal. The cloud end server is respectively in communication connection with each parking place management subsystem and the user terminal through a common communication network. Besides, the invention also provides a parking place reservation method. The system provided by the invention can share parking place information of a parking lot all on the cloud end server, and a user can query or reserve a parking place in any a parking lot through the user terminal, such that accurate parking place information can be provided for the user, the user has less trouble in finding the parking place, and time is saved; and the parking place in the parking lot can be effectively utilized, and at the time when the total visit volume of the parking place is improved, and the utilization rate of the parking place is also improved.

The invention discloses an operation method of a sharing parking space integration system based on mobile Internet. The operation method includes four modes of public parking spaces, operational parking lots, enterprise and public institution parking lots and private parking spaces in communities. The sharing parking space integration system includes parking lot management systems, server sides, intelligent parking locks and mobile clients; the parking lot management systems are arranged in the operational parking lots, the enterprise and public institution parking lots and the communities where private parking spaces are; the intelligent parking locks are arranged on public parking spaces and private parking spaces in the community, and each includes a main control board and a motor power mechanism which are electrically connected; and parking lot communication servers, the main control boards and the mobile clients are in communication connection with the server side through the Internet, and the mobile clients and the main control boards are in wireless communication connection. The operation method of the sharing parking space integration system based on mobile Internet realizes resource sharing of various parking spaces, provides query and reservation approaches for users, and promotes realization of intelligent parking functions of parking space openness for operation, real-time automatic fee deduction, checkable parking space use, checkable charging records and the like.

The invention provides an intelligent shared parking space parking system and method. The intelligent shared parking space parking system comprises a management server, mobile terminals and intelligent parking space locks, and is characterized in that the management server is used for parking space sharing management and control, the mobile terminals are carried by shared parking space owners andparking space tenants and internally provided with a shared parking APP, and the intelligent parking space locks are fixedly arranged at each leasable parking space; the management server is providedwith a communication unit, a parking space lock management unit, an order management unit, a map service calling unit, a settlement unit, a storage unit and a main control unit; the mobile terminal isused for performing information interaction with the management server through the APP; and the intelligent parking space lock is used for unlocking according to an instruction of the management server during a leasable period of the belonging parking space. The intelligent shared parking space parking method comprises the steps of first-time uploading of parking space leasing information, parking space leasing time period and price information uploading, parking space renting information uploading, order generation, order confirmation, driving and parking guidance, departure settlement and the like. According to the invention, large-area coverage and parking space time-phased precise sharing can be achieved, the tenant finds the rented parking space conveniently and efficiently, and thetransaction settlement is safe and reliable.

The invention provides a parking space sharing system, which comprises a parking space information system, a cloud platform parking space sharing management system and a parking space sharing system user, wherein the information of the parking space information system is transmitted to the cloud platform parking space sharing management system to be processed and is provided for the parking space sharing system user to be used; the information of the parking space information system is uploaded into the cloud platform parking space sharing management system to be classified, matched and issued; the parking space information system comprises parking space sharing information and parking space demand information; the cloud platform parking space sharing management system comprises a parking space matching module; the sharing parking space and a parking space demander can be timely matched; the requirements of vacant parking space sharing and car owner parking can be met; the vacant parking space can be sufficiently utilized; the economic benefits are obtained; the problem of parking difficulty is also solved.

The invention discloses a parking space management system which includes an intelligent terminal device, a cloud management and information release platform, a parking lot management system, a wireless repeater, and a parking space lock. The intelligent terminal device includes a microcomputer module, a positioning module, a network access module, a reservation module, a shared parking space module, and a payment module. After connected to the Internet, the intelligent terminal device can lock, unlock, reserve and share a parking space through intelligent parking space management software installed in a mobile terminal. The parking space lock is connected with the wireless repeater and the intelligent terminal device through a wireless short-distance module. Through cooperation of the parking space lock, the wireless repeater, the parking lot management and charging system, the cloud management and information release platform and the intelligent terminal device, such functions as remote parking lot unoccupied parking space real-time information query, parking space reserving and locking, parking-free driving-in/out, electronic payment, parking space navigation, parking space sharing, and reverse car tracking are achieved.

Provided in the invention is a smart parking and parking space sharing system based on the blockchain technology. The system is composed of a parking space reservation subsystem, a parking space guidance subsystem, a reverse vehicle searching subsystem, a self-service payment subsystem, and a vehicle searching and tracking subsystem. The parking space reservation subsystem is used for reserving parking space to a parking space owner by a parking person to complete parking space reservation. The parking space guidance subsystem is used for guiding a vehicle to target parking space. The reversevehicle searching subsystem is used for locating a vehicle position and guiding a vehicle owner to the parking space. The self-service payment subsystem is used for realizing whole process managementof parking billing and supports a mobile payment way. The vehicle searching and tracking subsystem is used for tracking an automobile position in real time and uploading the position to a database; and an upper computer analyzes obtained positioning data to obtain vehicle information. According to the system provided by the invention, a difficult parking problem is solved by starting with a parking chain; the parking space transfer efficiency is improved; each parking space is used as a blockchain node; and parking space sharing is realized based on a timetable, a geographical section and a traffic flow and the like.

The invention discloses a multi-type land use accessory parking space shared resource matching method based on spatio-temporal capacity. The multi-type land use accessory parking space shared resourcematching method comprises the steps of: 1) collecting basic spatio-temporal data of various combined parking lots, including basic parking space supply data of the parking lots, parking space occupancy data, vehicle entering and exiting dynamic variation data of the parking lots, and duration data of parked vehicles; 2) calculating an overflow demand of combined parking facilities at a moment i (shared-parking beginning moment), and acquiring data such as parking duration distribution of parking demands; 3) calculating shared parking spaces available for each parking duration in a combined land use unsaturated parking lot; 4) and utilizing a ''user equilibrium'' theory to allocate the shared parking spaces in each parking duration, and calculating to obtain a spatio-temporal resource equilibrium allocation result of the overflow demand and the shared parking spaces.

The invention provides a system and a method for parking stall sharing. An information sharing unit shares parking stall leasing information or demanding information. The system processes the information and establishes relation between a user and a demander, so the user and the demander interacts and negotiates with each other about parking stall transaction through an information pushing unit and an information receiving unit. According to the invention, by leasing the private parking stalls, reduction of parking cost is facilitated and highly efficient utilization of the parking stalls is achieved.

The invention discloses an intelligent parking lock control method and system. The system includes at least one intelligent parking lock, a terminal device, and a server, the server stores the information of at least one intelligent parking lock, and manages the at least one intelligent parking lock, the terminal device is used for receiving a user instruction and controlling the elevating of the intelligent parking lock according to the user's instruction; and the intelligent parking lock is used for receiving the control instruction of the terminal device to evaluate the parking lock. The intelligent parking lock control method and system realize the parking lock intelligent elevating, shared parking space resource, and integrated intelligent parking lock maintenance and management, solve the problem of difficult ordered parking in cities, and allow a vehicle owner to rapidly find the needed parking space via the terminal device.

The invention provides a shared parking unmanned intelligent operation management platform based on the Internet of spaces, and the platform comprises a cloud server, a mobile terminal APP module, a background database management module, a parking lot vehicle entering and leaving automatic recognition gate machine module, a property external administrator entering and leaving access automatic authorization module and an intelligent networking parking space control key module, wherein the mobile terminal APP module, the background database management module, the parking lot vehicle entering andleaving automatic recognition gate machine module, the property external administrator entering and leaving access automatic authorization module and the intelligent networking parking space controlkey module are in wireless connection with the cloud server. A vehicle owner reserves a parking space through visiting the mobile terminal APP module, and the intelligent networking parking space control key module receives the reservation after receiving the parking space reserving information is received. The background database management module generates order information, and transmits a secret key code according to the order information. When the parking lot vehicle entering and leaving automatic recognition gate machine module detects that a vehicle corresponding to the order information enters a parking lot, the parking lot vehicle entering and leaving automatic recognition gate machine module automatically allows a reserving vehicle to pass. The property external administrator entering and leaving access automatic authorization module recognizes the secret key code, and then allows the vehicle owner to freely enter a community. The platform can achieve the reserving and authorization of a vehicle and the networking sharing and application of each parking space.

The invention belongs the virtual simulation technical field, in particular to a macroscopic, mid-scope and microscopic multilevel urban parking demand prediction model integrated system, which comprises a system data module, an urban overall parking demand macroscopic prediction module, a comprehensive development sharing parking demand mid-scope prediction module and a parking garage entrance service level microscopic analysis module, wherein the system data module is used for importing and storing parking demand prediction data; the urban overall parking demand macroscopic prediction module is used for predicting the overall parking demand; the comprehensive development sharing parking demand mid-scope prediction module is used for predicting the largest parking demand of each block and is connected with the urban overall parking demand macroscopic prediction module; the parking garage entrance service level microscopic analysis module is used for predicting a parking garage entrance service situation; and the three prediction modules are respectively connected with the system data module. The macroscopic prediction module not only considers the parking demand of traveling vehicles, but also considers the parking demand of the vehicles which are not on trip, the mid-scope prediction module considers the shared parking demand of multi-nature buildings under the reachability situation of buses, bi-directional correction of the prediction results of the macroscopic, mid-scope and the microscopic modules can be realized, the system quantitatively predict the parking demand of different cities of different levels so as to provide important support for different parking researches.

The invention provides a shared parking space unmanned management system and method of time-of-use and space-of-use pricing. The system includes a vehicle identification module, an ultrasonic detector, a high-speed barrier gate, a smart parking space lock, a smart device, and a cloud server. The vehicle identification module is used for reading vehicle information. The ultrasonic detector is usedfor detecting whether a parking space is vacant. The high-speed barrier gate controls a vehicle to enter and exit a parking lot. The smart parking space lock allows the successfully matched vehicle topark in the parking space. The smart device provides a user with a human-computer interaction device for querying and booking a parking space. The cloud server achieves user management, parking spacequery and booking, high-speed barrier gate control, switch control of the smart parking space lock, parking lot and parking space location management, automatic time-of-use and space-of-use charging,and payment and settlement functions. The system and method of the invention realize the effective sharing of the parking space information and also the time-of-use and space-of-use pricing and unmanned management of the parking lot, reduce the operating cost of the parking lot, and can also increase the income of the parking lot.

The invention discloses a wireless transmitting device, a wireless shared parking management system and a control method, and belongs to the technical field of public bicycle management. The wireless shared parking management system disclosed by the invention comprises the wireless transmitting device, a user terminal, a shared server and shared bicycles, the wireless transmitting device comprises a wireless transmitting controller module, a wireless transmitting module and a power supply module; the user terminal comprises a bicycle return request module and a first information receiving module; the shared server comprises a bicycle return request receiving module, a position legitimacy determining request sending module, a second information receiving module, a first information sending module and a bicycle locking instruction sending module; and the shared bicycle comprises a position legitimacy determining request receiving module, a wireless transmitting signal receiving module, a second information sending module and a bicycle locking instruction receiving module. The wireless shared parking management system disclosed by the invention realizes non-pile shared parking of the shared bicycles in a wireless manner and solves the random parking problem.

The invention discloses an intelligent screening algorithm realization method of a shared parking stall system, and can solve the problems in the prior art that the parking stall resource utilizationrate is low; the method comprises the following steps: classifying car models in the market according to size specifications, wherein each type vehicle is matched with a parking stall of a specific size; reading a car model so as to classify the vehicle, and searching parking stalls and belonging parking lots meeting the requirements according to the classification result; intersecting sections soas to obtain an overlapping time between a vehicle owner parking time and a parking stall idle time, returning to the corresponding parking stall and the belonging parking lot, intersecting the result with the result obtained by the classification operation so as to obtain the final target parking stalls, and ranking the parking stalls according to user requirements. The method uses the staggeredtime and zone algorithm to solve the difficult parking problems, thus alleviating the road traffic pressure; by using said method, the parking can be more convenient and intelligent.

The invention discloses a parking space sharing system based on Internet-of-things and cloud computing. The parking space sharing system comprises a control center system, a parking lot information acquisition system, an Internet cloud server system, a communication system, a mobile client system, a payment system, a positioning system and a scoring system. The mobile client system and the parkinglot information acquisition system upload parking space information to the Internet cloud server system. The control center acquires the parking space information from the Internet cloud server system and updates parking space occupation or idle information in time. A user can utilize the mobile client system for realizing reserving, renting, paid use or exchange of the shared parking space, anda route for arriving at the parking space is obtained. The scoring system performs scoring on the user according to historical record of the user and generates a credit grade. When a plurality of users reserves the same parking space, a parking space owner can check the user credit grade and performs selection for realizing no supplying of the parking space to the reserving user with relatively low credit grade.

The invention provides a parking space management method, a parking space management device and a parking space sharing system based on a multi-mode entrance guard. The parking space management method allows door brake opening by the entrance guard by more than two modes. On the condition that original inner parking spaces/vehicles operate according to an original entrance guard card management facility, through introducing a mobile phone software mode for opening the door brake into external temporary vehicle management, external temporary vehicle management is isolated from an internal parking spaces/vehicle management system, thereby forming managements systems which well operate respectively. The parking space management method, the parking space management device and the parking space sharing system have advantages of settling a problem of contradiction between hybrid-right parking space management facility investment and society shared operation, and simplifying parking space management flow. Because mobile phone software can combine parking space remote management issuing, ordering, paying, self-service door brake opening, parking space guidance, credit and evaluation system establishing, automation degree in external temporary vehicle management is greatly improved, and parking space management load is reduced. Furthermore, because the shared parking space information is automatically issued through the network, convenient management on the private parking space is realized, thereby realizing time sharing of more private parking spaces and improving parking space utilization efficiency of the whole society.

The invention relates to a mobile phone APP payment facility for plane parking spots and a using method thereof. The mobile phone APP payment facility, which is applied to public parking spots or shared parking spots needing parking fee collection, comprises columns, vehicle detection units of which each is composed of a detection device and a single-chip microcomputer device, APP payment units of which each is composed of a parking spot identifier and a mobile phone APP, onsite terminals, and monitoring terminals. Each single-chip microcomputer device is in signal connection with the corresponding detection device and the corresponding monitoring terminal. Each onsite terminal is in signal connection with the corresponding monitoring terminal. The monitoring terminals are in signal connection with a mobile phone APP running system. The using method comprises the following steps: a user registers as a legitimate user; the user parks or picks a vehicle; the registered legitimate user runs the mobile phone APP on site; the field terminal performs operations; and the monitoring terminal carries out a control process. The control process carried out by the monitoring terminal includes processing a detection information subprogram, processing a user registration and change data subprogram, processing a user's onsite APP operation subprogram, processing an onsite terminal (8) information subprogram, and processing a subprogram of records of non-legitimate users indicating that the toll collection time is up but no image is taken.

The invention discloses an intelligent parking lock sharing parking place reservation parking method. The method includes following steps: S110, acquiring related information of a to-be-parked vehicleaccording to an information acquiring module; S120, according to the related information of the to-be-parked vehicle, judging whether the to-be-parked vehicle is a reservation vehicle or not, if yes,entering S130, and if not, returning to the S110; S130, closing a parking place safety mechanism; S140, enabling the information acquiring module to start working according to a preset interval; S150, judging whether there is a vehicle on a parking place or not according to information acquired by the information acquiring module, if yes, returning to the S140, and if not, entering S160; S160, opening the parking place safety mechanism, and returning to the S110. By the method, parking place reservation is managed by judging whether the to-be-parked vehicle is the reservation vehicle or not,so that the problem of the prior art can be solved.

The invention discloses a method for determining a sharing time window of an accessory parking space of a public building based on actual measurement data. The method comprises the steps: firstly collecting the actual measurement data, and carrying out the parking demand prediction through employing a time sequence method; secondly determining the maximum demand peak value according to a prediction result; thirdly determining the minimum number of parking spaces, so as to determine a nonenforceable sharing time period which does not meet the requirements of the minimum number of parking spaces; and finally determining the sharing time window of parking spaces according to the minimum sharing time duration. The method provided by the invention does not affect the parking demands of the public building on the basis of historical actual measurement data, and can provides references for the design of a public building parking space sharing scheme.

The invention discloses a method for distributing shared parking spaces in a residential area. The method comprises the following steps: proposing hypothesis for a shared parking space distribution model in the residential area, and establishing model parameters; screening shared berths through parking sharing period window matching, the shortest walking distance, the parking berth utilization rate and the external sharing rate of the residential area berth peak period to obtain alternative berths; taking the parking influence factors of a user as evaluation indexes according to the parking demand, and weighting the weights of the indexes by adopting subjective and objective combination; determining an optimal scheme according to the comprehensive closeness between the alternative scheme and the ideal solution, and deciding an optimal berth in combination with a grey-associated TOPSIS model; and according to the reservation starting point and the optimal shared berth, selecting a berthpath by using an improved ant colony algorithm and taking the travel time as a weight, and determining an optimal path from the travel starting point to the optimal berth. According to the invention,the idle parking space utilization rate of the residential area is improved, the invalid parking space searching time of the user is effectively saved, the local traffic jam is relieved, and the shared parking space income of the parking space provider is increased.

The present invention provides an intelligent parking lock-based shared parking space method and system and belongs to the resource sharing service field. The method comprises the following steps that: a parking space sharing platform receives a parking space reservation request submitted by the owner of a parking car and sends the parking space reservation request a car owner of a reserved parking space; when confirmation information of the car owner of the reserved parking space is received, parking car information and reservation time are set in the intelligent parking lock of the reserved parking space, a temporary unlocking code is sent to the owner of the parking car; the fixed locking code of the intelligent parking lock is updated to a corresponding temporary locking code; when receiving the temporary unlocking code provided by the owner of the parking car, the intelligent parking lock judges whether the temporary unlocking code is matched with the temporary locking code currently stored in the intelligent parking lock, and the intelligent parking lock is unlocked when verifying that the temporary unlocking code is matched with the temporary locking code currently stored in the intelligent parking lock; and when detecting that the parking car approaches the reserved parking space, the intelligent parking lock obtains the information of the parking car and judges whether the information of the parking car is consistent with the parking car information currently stored in the intelligent parking lock, and the intelligent parking lock maintains an unlocked state if the information of the parking car is consistent with the parking car information currently stored in the intelligent parking lock, and the method terminates; and the intelligent parking lock is automatically locked if the information of the parking car is inconsistent with the parking car information currently stored in the intelligent parking lock.

The invention relates to an Internet parking platform system supporting code sharing. The system comprises an Internet sharing parking service platform, a parking client application, a parking space unlocking device, and a parking space lock. A parking space sharing user transmits the code data of the parking space lock and the related information of a parking space through the parking client application, and stores the code data of the parking space lock and the related information of the parking space in the Internet sharing parking service platform. A user who needs parking obtains the related information of the parking space and the code data of the parking space lock from the Internet sharing parking service platform through the parking client application, transmits the code data through the parking client application and the parking space unlocking device, achieves the unlocking/locking of the parking space lock and completes the parking. The system facilitates the sharing of the parking space resources among parking space users, is not high in requirements for the parking space lock, reduces the cost of the parking space lock, and reduces the parking transaction cost and sharing cost. Meanwhile, the system provides a new and fashionable sharing mode for users, improves the efficiency of service sharing, prompts the popularization of parking space sharing, and reduces the management cost.

The invention discloses a parking space lock capable of navigating without network. The parking space lock comprises a mounting board, a GPS positioning module, a displacement sensor, a support boardand a controller. The GPS positioning module on the parking space lock and a GPS positioning module on a mobile phone and other mobile terminals are connected. A user simply needs to allow a shared parking space APP on the mobile phone and other mobile terminals to collect the information of the GPS positioning module on the mobile phone and other mobile terminals. The parking space lock is positioned in the absence of network. The displacement sensor senses and measures the height change of one side, which is not hinged with the mounting board, of the support board, and uploads the signal toa shared parking space server through a communication module. A user can conveniently grasp the state of the parking space lock through the shared parking space APP on the mobile phone and other mobile terminals. When the height of one side, which is not hinged with the mounting board, of the support board is lower than the height of the chassis of the vehicle of the user, the user can drive the vehicle into a shared parking space to park the vehicle, and the operation is simple.

The invention discloses an autonomous vehicle management method and system for sharing parking space. The method comprises the following steps: parking space sharing and visiting vehicle management, wherein the parking space sharing comprises: a first client receives parking space sharing information input by an authorized user having parking space use right; a second client receives parking space sharing query information input by a user of a visiting vehicle and transmits the information to a server to perform matching query and displaying a query result; the second client receives a specific shared parking space selected by a visiting user, and transmits parking space sharing request information input by the visiting user to the server; the first client receives the parking space sharing request information, displays the request information and receives parking space rental confirmation information input by the authorized user; an access control system identifies the plate number of the parking space rental vehicle and automatically releases the vehicle within a parking space sharing time period. By adoption of the autonomous vehicle management method and system, the tracing of the vehicle management can be guaranteed, the generation of randomness and contradict during the access control of the real estate, and the parking space sharing owner/tenant can be realized.