878 results about "Smart parking" patented technology

Disclosed is an intelligent parking guiding system based on guidance of a quadrotor unmanned plane. The system includes a parking lot and is characterized in that the quadrotor unmanned plane is capable of detecting and recording parking-space parking state of the parking lot through an ultrasonic detector carried by the quadrotor unmanned plane; a vehicle sends a signal to the detector so that the detector is enabled to sense the position of the vehicle in the parking lot; and the quadrotor unmanned plane guides the vehicle to enter the parking lot in an optimal route after receiving the signal. The intelligent parking guiding system based on guidance of the quadrotor unmanned plane uses the quadrotor unmanned plane to detect the real-time vehicle state of the parking lot and then calculates an optimal route for parking so that the vehicle is guided to drive into or drive out of the parking lot in the optimal route and thus time consumed in parking of the vehicle is saved.

The invention makes a request of protecting an intelligent vehicle automatic driving system and method in cooperation with an intelligent parking lot. Intelligent vehicle-mounted equipment comprises a communication module, a vehicle positioning and path planning module, and a detection module. A background service center consists of a communication module and a data management module. The communication module includes a dispatcher part and a service Handler part. A user mobile terminal sends request information of driving into or driving out of a parking lot to the background service center; the background service center sends a parking lot map and a designated terminal position to the vehicle-mounted equipment; the vehicle-mounted equipment carries out global path planning, collects vehicle station and environment information for positioning, plans a local path to control an intelligent vehicle to drive to a terminal point automatically, and sends terminal point arrival information to the background service center; and the background service center sends the terminal point arrival information to the user mobile terminal.

A smart parking assistant system and a method of controlling parking alignment are provided. The smart parking assistant system includes a determination controller configured to confirm a driver intention of whether to perform an automatic parking alignment function. A parking alignment controller is configured to perform the automatic parking alignment function when the driver intention is confirmed.

The invention discloses a distributed vision-based parking lot-vehicle cooperative intelligent parking system and method. The system comprises a parking lot service center, a vehicle-mounted device of an intelligent vehicle and a user mobile terminal, wherein the parking lot service center comprises a vehicle tracking module, a path planning module, a data management module and a communication module. The vehicle tracking module detects a vehicle object in a parking lot, obtains the accurate position of the vehicle object, and comprises a visual sensor set, a local tracker corresponding to each visual sensor and a global tracker. The path planning module plans the driving path according to the current position and the terminal point of the intelligent vehicle. The vehicle-mounted device comprises a vehicle control module and a communication module, wherein the vehicle control module controls the intelligent vehicle to automatically drive to the terminal point according to the received path planned by the service center. The user mobile terminal is used for sending request information about driving in/out of the parking lot to the parking lot service center. Automatic and intelligent driving in/out of a parking lot is realized.

Disclosed herein is a smart parking assist system may include: a forward object sensing unit, a lateral object sensing unit, a rearward object sensing unit, an object distance calculation unit configured to calculate distance from a lateral object and a rearward object, a parking control unit, and a steering angle adjusting unit. The parking control unit recognizes left parallel exiting, right parallel exiting or perpendicular exiting based on a distance from a forward object sensed through the forward object sensing unit, a distance from a rearward object sensed through the rearward object sensing unit, and a distance from a lateral object sensed through the lateral object sensing unit, and controls steering angle adjustment such that the vehicle moves through the recognized left parallel exiting, right parallel exiting or perpendicular exiting. The steering angle adjusting unit adjusts a steering angle according to steering control signal of the parking control unit.

The invention discloses an intelligent parking lot system supporting parking guidance and reverse vehicle finding. The intelligent parking lot system comprises a vehicle entrance and exit module, a parking space detection module, a mobile phone APP module, a display module, a background management module and a communication network module. The vehicle entrance and exit module recognizes entering and leaving vehicles, binds vehicle information with parking cards and then transmits the information back to the background management module. The parking space detection module recognizes the parking cards, binds the parking cards with parking space information and then transmits the combined information back to the background management information. The mobile phone APP module recognizes the parking cards, binds mobile phones with the parking card information, then transmits the parking card information back to the background management module, and provides a parking guidance and reverse vehicle finding service for vehicle owners. The display module receives instructions of the background management module and guides parking/vehicle finding routes. The background management module conducts information transmission together with other modules through the communication network module. By means of the intelligent means, the vehicle owners, the vehicles, parking spaces and the routes are organically combined, and the parking experience of the vehicle owners and the management efficiency of parking lots are 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 relates to a parking-lot-vehicle cooperative intelligent parking system and method based on centralized vision. The system comprises a parking lot service center, an intelligent vehicle onboard device and a user mobile terminal. The parking lot service center includes a visual sensor group, a vehicle tracking module, a path planning module, a data management module and a communication module. The observation range of the visual sensor group covers all the traffic areas in a parking lot. The vehicle tracking module fuses the images collected by the visual sensor group and detects the position and the attitude of a vehicle target in the traffic area. The path planning module plans a driving route according to the current position and the attitude of the vehicle and parking stalls. The onboard device includes a communication module and a vehicle control module. The vehicle control module receives the path planned by the service center and controls the vehicle to automatically drive to the end along the path. The user mobile terminal is used to issue the request information for entering/leaving the parking lot to the parking lot service center. The parking-lot-vehicle cooperative intelligent parking system and method realize automation and intellectualization of going into or out of the parking lot.

The invention discloses a smart parking lot management system having a charging pile management function. The system is characterized in that the system includes a central processing system, a parkinglot management system and a charging pile management system. The central processing system is in communicational connection with the parking lot management system and the charging pile management system. Through the central processing system, the parking lot management system and the charging pile management system, information of the parking lot and information of charging piles in the parking lot can be mastered comprehensively and monitoring and management of the parking lot and the charging piles in the parking lot can be realized. Also, through smart data treatment, vehicles can be guided to parking spaces accurately and quickly and guided out of the parking lot, so that work load of workers is reduced and the parking spaces are utilized fully. The system provided by the invention isreasonable in structure, comprehensive in functions and convenient to use.

The invention discloses an intelligent park guiding method comprising the following steps that: a user gets a wireless radio frequency card at the entrance of a park and enters the park; when the user drives a car to the entrance of any one area in the park, a sensor unit at the entrance of the area sends an inquiry message to the wireless radio frequency card; after receiving the inquiry message by the wireless radio frequency card, the identification number of the wireless radio frequency card is taken as an answer information and returned back to the sensor unit; after receiving the answer information, the sensor unit sends a message of changing an area parking state to an information collection unit; and the information collection unit calculates the total number of remained parking spots and sends the total number of the remained parking spots to a liquid crystal screen. The invention also discloses an intelligent park guiding system for implementing the method. According to the guiding method and guiding system, the use efficiency of the park is improved, and more convenient service is provided for car owners.

The invention discloses a cloud-based unattended parking lot automatic parking management system, which comprises a parking application server, a vehicle-end cloud server, an environment perception device, a parking client and a parking lot management and monitoring client. In the system, a vehicle can realize low-cost vehicle positioning by utilizing a detachable radar; a cloud system is utilized to control the intelligent vehicle to drive and realize automatic parking; the parking application server is utilized to carry out vehicle and parking space programming to realize dense parking, thereby increasing capacity of a parking lot; and meanwhile, the parking application in the system provides related services of parking space reservation, lease and rent and the like, thereby solving the problems that the parking space is uncertain and the parking space is idle and wasted, and the parking application client provides convenient management of the intelligent parking lot and the parking spaces.

The invention discloses an internet-based smart parking system and an internet-based smart parking method. The method includes displaying an entrance identification code by an outdoor display device, scanning the entrance identification code during vehicle entrance and sending the entrance identification code to a control host by a smart mobile device, and controlling vehicle parking by the control host after receiving vehicle information; displaying a departure identification code by the outdoor display device, scanning the departure identification code during vehicle departure and sending the departure identification code to the control host by the smart mobile device, and receiving the vehicle information and performing departure parking control by the control host after parking payment is made via the smart mobile device. The internet-based smart parking system and the internet-based smart parking method have the advantages that through interactive communication between the smart mobile device and the control host, full-automatic parking can be achieved, stopping for card taking or payment is not needed, and possible loss of parking cards is avoided; moreover, payment can be achieved by directly accessing the smart mobile device such as a cellphone to the internet, so that parking time is saved and efficiency is high. The internet-based smart parking system and the internet-based smart parking method can be widely applied to the field of smart parking.

The invention discloses a city intelligent parking system based on an indoor parking lot management robot. The city intelligent parking system based on the indoor parking lot management robot comprises the indoor parking lot management robot, a parking lot control system, a city parking lot cloud server and a mobile terminal APP (Application). According to the city intelligent parking system based on the indoor parking lot management robot, disclosed by the invention, parking place information and license plate information can be collected through patrol of the robot, and information bidirectional flow can be carried out through the mobile terminal APP, so that the functions of efficiently managing a parking lot, rapidly parking by a car owner and rapidly finding a car by the car owner are realized.

The invention discloses a smart parking fee charging system and method, which belong to the technical field of smart communications. According to the system and the method, the computer and telecommunication technologies are used. Based on the OBU (on-board unit) of a vehicle and through the terminal smart management fee charging sub-systems mounted at the entrance and the exit of a parking lot, the RSUs (road side unit) of the sub-systems read the OBU system information and the vehicle information contained in the ETC card. A backstage server then verifies the vehicle and determines whether the vehicle information is consistent with what has been bonded, whether the license plate placed on the vehicle is consistent with the license plate registered on the driving certificate and whether the OBU has been detached or not. When the legal vehicles are identified, online consumption and parking fee deduction can be directly performed through the credit card that has been bonded with the OBU or the ETC card without the intervention of people. With the system and the method, the parking fee charging efficiency in a parking lot can be increased while human resources are saved.

The present invention relates to an intelligent parking system, which includes: a first 3D distance sensing module, used to obtain vehicle size information; a second 3D distance sensing module, used to collect the overall spatial information of the parking lot; spatial calculation The module is used to receive the data information sent by the 3D distance sensing module, analyze and process the parking space information, and then send the obtained parking space information to the vehicle grid marking module and the path planning module; the vehicle grid marking module The group is used to receive the parking space information sent by the space calculation module and display the coordinate position of the parking space according to the parking space information; the path planning module is used to receive the parking space information sent by the space calculation module, analyze and process it to obtain The navigation planning path is sent to the vehicle guidance module; the vehicle guidance module is used to receive the navigation planning path sent by the path planning module and to guide the vehicle. The invention also relates to an intelligent parking method.

The invention discloses an intelligent parking control system for a parking place. The system comprises a cloud control server, an intelligent parking server and an intelligent terminal, wherein the intelligent parking server comprises a plurality of detectors, a path guiding unit, a reservation unit, an access control unit, an exit unit, an entrance unit, a central controller and a security early warning unit; the plurality of detectors, the path guiding unit, the reservation unit, the access control unit, the exit unit, the entrance unit and the security early warning unit are connected by a real-time bus; and the exit unit is in communication connection with the entrance unit via the central controller. The intelligent parking control system realizes all-directional parking control, and has positive advantages.

The invention discloses an intelligent parking system suitable for a large-scale parking lot, comprising a vehicle classification navigation module, a parking space state determine module, a parking irregularity identification module, a parking space reservation module, a parking charging module, etc. The inlet of a parking lot and the inlet of each parking space are all provided with wireless sensor nodes. The system has small nodes, is very convenient to deploy and maintain, and can be directly installed at a current parking lot. The intelligent parking system allows drivers to obtain the parking states of a parking lot in advance so as to facilitate route planning, and mitigate traffic pressure, and meanwhile provides convenience for a parking lot attendant to get the picture of the parking lot states so as to reduce management manpower costs, and improve parking lot competitiveness.

The invention discloses an intelligent parking management system based on bluetooth parking locks. The system comprises at least one bluetooth parking lock used for locking a parking space, a concentrator, a remote server, a charging system and a mobile intelligent terminal; the concentrator is used for realizing communication between the bluetooth parking locks and the remote server; the charging system is used for realizing charging management of a parking lot; the mobile intelligent terminal is used for realizing parking space inquiry, parking space reservation, parking space navigation, and locking-unlocking control of the bluetooth parking locks corresponding to the parking spaces; and the remote server is used for realizing account management, bluetooth parking lock state monitoring, parking space reservation and management, charging management and electronic map navigation. The beneficial effects of the system are that the usage state of each parking space can be checked in a remote manner, the parking spaces can be reserved in a remote manner through the mobile intelligent terminal, intelligent unlocking is realized through bluetooth connection between the mobile intelligent terminal and the bluetooth parking locks, scientific and reasonable charging management can be realized through the binding of the charging management system of a garage, and the utilization rate of the parking spaces is effectively increased.

A roadside intelligent parking charge system based on an ETC (electronic toll collection) technique belongs to the field of smart parking systems and comprises a parking information management platform, a roadside unit, a user service terminal APP and a toll collection inspection module. The parking information management platform collects, processes and feeds back user information, toll collection information and parking space information; the roadside unit recognizes and transmits ETC vehicle information; the user service terminal APP provides users with parking space query, parking recognition, parking area locating, parking charge, record query and user offense-reporting services; the toll collection inspection module combines manual inspection and mobile terminal inspection to inspectvehicles having violations. The roadside intelligent parking charge system based on the ETC technique provides intensive organization for parking spaces in 'group management' manner, designs a vehicle parking-driving state judging process to avoid mistaken charging and provide intelligent charging and management for roadside parking, and has the advantages of high charging precision, low cost input and high trafficability.

The invention relates to an intelligent parking guiding system based on the cloud internet of things. According to the intelligent parking guiding system based on the cloud internet of things, the technology of cloud computing and the technology of the internet of things are combined. The intelligent parking guiding system comprises user terminals, a parking lot comprehensive control device, a communication access portion, a system monitoring interface and a cloud platform. The user terminals and the parking lot comprehensive device have access to the Internet through the communication access portion and send request information data and collected parking stall information to the cloud platform respectively through the Internet. The cloud platform conducts distributed storage and paralleling processing on the data, then sends command information back to the user terminals and provides intelligent parking guiding for the user terminals. The system monitoring interface has access to the Internet independently, and then overall monitoring and optimal extension are conducted on the system. According to the intelligent parking guiding system based on the cloud internet of things, independent parking lots are connected to the intelligent parking guiding system based on the cloud internet of things, parking lot resources are managed orderly, and valuable reference is provided for construction of traffic hardware facilities including the parking lots.

The invention relates to a system for realizing parking navigation through an RFID vehicular terminal. Intelligent parking navigation of users' cars is achieved by a service system combined by intelligent labels disposed on a parking lot, vehicular intelligent label reading terminals disposed on the cars, a background management sub-system encapsulated in a server, and clients loaded on the reading terminals. The system for realizing parking navigation has the advantages that the system starts from the field of parking navigation services, RFID multi-service comprehensive application based on vehicular intelligent terminals of Internet of Vehicles and user mobile terminals, and the intelligent informatization application difficulties of network blind areas and communication blind areas in the prior art are solved by building an RFID multi-service integrated Internet of Things application platform and fully utilizing the application advantages of sensing technology under environments without Internet and communication networks.

The invention provides an intelligent parking space management system and method capable of wireless charging. The intelligent parking space management system capable of wireless charging comprises intelligent parking spaces, a cloud server and a mobile terminal. Each intelligent parking space comprises a parking space lock, a geomagnetic sensor, a pressure sensitive sensor, a wireless charging transmitter and a controller; the geomagnetic sensor and the pressure sensitive sensor are used to monitor whether a vehicle on the parking space is properly parked, and when there is a random parking phenomenon, the random parking phenomenon can be timely detected and treated; when an electric vehicle is parked, the electric vehicle is wirelessly charged, and the electric vehicle's power is replenished in time; and the data of the smart parking space is uploaded to the cloud server in real time; parking space querying, reservation, and parking space resource sharing can be achieved through themobile terminal, and the parking time and the effort for finding the parking space can be saved; each parking space can achieve separate timing and charging, and the user can quickly play the charge through the mobile terminal; and real-time dynamic monitoring of the parking space is facilitated, the working efficiency of parking is improved, and the parking experience of the user is improved.

The invention relates to a management operation system and method of an intelligent parking lot, and belongs to the field of intelligent hardware of Internet of Things. Parking space ground locks forlicense plate recognition and barrier gates are installed on parking spaces to perform coordinated management, through orderly parking, the flow rate of the parking lot is improved, and the usage rateof parking space resources is improved. The management operation system of the intelligent parking lot is characterized in that the system includes a user terminal, a parking space ground lock terminal, an entrance and exit barrier gate terminal and an operation management platform, wherein the user terminal is a terminal device in which a user can install apps and is used for sending a service request to the operation platform and receiving a feedback result; the parking space ground lock terminal is used for positioning and control of a corresponding parking space, identification of vehicleinformation, and receiving and feeding back parking space information; the entrance and exit barrier gate terminal controls coming-in and going-out vehicles and communicates with the parking space ground lock and operation management platform to feed back information; and the operation service management platform is used for receiving and responding to a request of a user of using a parking space, optimizing allocation of parking space for use, performing charging settlement, detecting the parking space lock state and forming a lease management system with the other terminals.

An urban intelligent parking guidance system comprises an information collection system, an information processing system, an information transmission system, an information release system and an intelligent mobile terminal. The information processing system processes parking lot information collected by the information collection system according to a specific algorithm; the information transmission system releases the processed information with a website serving as a platform; a user searches for the parking lot information released by the system through the intelligent mobile terminal, and the functions of parking space reservation, route planning, intelligent voice navigation and the like can be achieved according to needs of the user. By means of the system, invalid traffic flow caused by searching for parking spaces blindly can be reduced, fuel consumption and tail gas emission can be reduced, the problem of traffic congestion is solved to a certain degree, and therefore the urban parking space resources can be utilized more effectively and more reasonably.