130 results about "Parking guidance and information" patented technology

A method for detecting information on occupied parking space in a traffic network, in particular a town, uses a parking space detection control center. Parking space information relating to a stationary phase of a vehicle and the vehicle location is transmitted to the control center from a navigation system at the vehicle. Information relating to empty parking space is generated by the control center and information relating to empty parking space is transmitted from the control center to a navigation system at the vehicle end.

The invention discloses a car parking place management method based on a mobile phone APP and a system thereof. Through the mobile phone APP, available parking places for rent can be subjected to management such as query, reservation, renting, recovery and the like, and the parking places are locked and unlocked through remote control. The system comprises a server and a parking place ground lock. The server is connected with the parking place ground lock through a site controller. The parking place ground lock is provided with a two-dimensional code for scanning. The system also comprises a mobile phone which is provided with a positioner. The server is provided with an APP service platform. The mobile phone is in wireless connection with the server. The car parking place management method and system have the advantages of simple use process, high use safety, the query of parking place information at any time and the elimination of a parking fee collection link loophole.

The invention provides a vehicle autonomous parking path programming method used for multiple parking scenes. The method is used for automatically parking a vehicle in a parking space through an autonomous parking system when the autonomous parking system detects the available parking space. The method includes the steps that target parking space information is detected, and a parking scene is determined; the initial state and target state of the to-be-parked vehicle are determined; a vehicle kinematics differential equation is established; state variables and control variables of the vehicle are segmented, equidistance sampling is performed on each segment according to certain time step, and to-be-optimized variables are obtained; an equality constraint, boundary constraints and inequality constraints of the to-be-optimized variables are formed; motion range constraints of the to-be-parked vehicle are formed according to the motion range limit in the parking process of the vehicle; an optimization objective is determined, and an objective function is established; and by means of a nonlinear programming solver, an optimal solution of a parking path is obtained. The vehicle autonomous parking path programming method is suitable for the multiple parking scenes, the design is reasonable, abundant information can be provided so as to control autonomous parking of the vehicle, and the security coefficient is high.

The invention discloses a parking lot parking space remote reservation system and a parking lot parking space remote reservation method. The parking lot parking space remote reservation system is composed of a cloud center server, a mobile phone client, a system remote management terminal and a parking lot management terminal, wherein the mobile phone client, the system remote management terminal and the parking lot management terminal are connected with the cloud center server. A user searches nearby empty parking space information in real time through the mobile internet by using the mobile phone client, and an empty parking space of any nearby parking lots can be reserved through a parking space remote reservation function, thereby ensuring the effectiveness of vehicle owners in parking space searching. According to the invention, parking lot parking space information and mobile phone users are effectively connected, thereby being capable of effectively improving the utilization rate of parking lot parking spaces, and increasing income of parking lots.

The invention relates to the technical field of the parking space monitoring, in particular to a parking space monitoring system, a parking space monitoring sensor and a parking space monitoring method. The parking space monitoring system comprises the parking space monitoring sensor, a parking space information collector and a background monitoring system. The parking space monitoring sensor is used for collecting parking space information and adopting the ZigBee technology to send the parking space information to the parking space information collector; the parking space information collector is used for adopting the ZigBee technology to receive the parking space information, and sending the parking space information to the background monitoring system by a wireless communication network; the background monitoring system is used for receiving and processing the parking space information. In the technical proposal, the parking space monitoring sensor and the parking space information collector carry out information transmission by adopting the ZigBee technology, and the parking space information collector and the background monitoring system carry out information transmission by the wireless communication network, so as to monitor parking spaces by adopting wireless networks without routes laid on parking lots. The system can be managed and maintained conveniently.

A parking assistance system for outputting parking instructions to the driver of a vehicle has a sensor device which is designed for performing a parking space measurement on the basis of parking space limits and generating parking space information on the basis of the parking space measurement; a program-controlled device which calculates the driving trajectory to be traveled on the basis of the parking space information generated and calculates a time to collision and/or a distance to collision, within which the vehicle will presumably collide with one of the parking space limits, from the parking space information generated and the calculated driving trajectory; and a warning signal transducer which generates a warning signal if the calculated period of time is less than a first limit value and/or the calculated distance to collision is less than a second limit value.

The invention discloses an intelligent parking space finding and vehicle finding system and method for a parking lot. The method includes the steps that whether a vehicle is parked in a parking space or not is judged through the distance which is from a vehicle to an ultrasonic distance measurement unit and is detected through ultrasonic distance measurement; data are transmitted to a control terminal in a short-distance wireless transmission mode through Bluetooth; the control terminal processes the transmitted data and issues information of the parking lot on the Internet in real time; a vehicle owner can view the parking space information of the parking lot through a cell phone APP; after a vehicle is parked, the vehicle owner scans two-dimension codes to obtain position information of the parking space, the cell phone can read the position information stored in the two-dimension codes, and the position of a corresponding parking space can be displayed on a map. When the vehicle owner needs to fetch the vehicle, the current position can be positioned and a navigation route from the place where the cell phone is located to the parking space is displayed through a GPS positioning unit, and therefore the owner can find the position where the vehicle is parked through the cell phone. According to the intelligent parking space finding and vehicle finding system and method for the parking lot, the utilization efficiency of the parking lot is improved, and the intelligent parking space finding and vehicle finding system is convenient to use and has good application prospects.

The invention provides a parking space management system based on a position, which comprises an information sending unit, an information acquisition unit, an information pushing unit and an information display unit, wherein the information sending unit is used for controlling a terminal to send parking space information request based on an appointed geographic position to a server; the information acquisition unit is used for acquiring the parking space information corresponding to the appointed geographic position according to the received parking space information request; the information pushing unit is used for controlling the server to transmit the parking space information to the terminal, and the information display unit is used for controlling the terminal to receive and display the parking space information. Correspondingly, the invention further provides a parking space management method based on the position. Due to the technical scheme of the parking space management method, the problem that a user can not master the parking space information, so that vehicles line up to be parked at certain parking lots can be solved, and parking spaces of adjacent parking lots are empty. According to the parking space management method, the user can be guided to reasonably choose stalls, and the distribution of the parking space resource is optimized.

The invention discloses an indoor parking space positioning method based on an APP and GPS inertial guidance. The APP is associated with a parking space management system, and users can check parking space information of a garage, locate a parking space and carry out route guidance through the APP. The method comprises the following steps: a garage information management system is built; the APP is started, the current location of a user is positioned by GPS, and eligible garages are queried; after the user chooses a desired garage, the APP automatically books an optimal parking space of the garage and starts route guidance; a first sub step of route guidance is performed, namely, outdoor navigation; and a second sub step of route guidance is performed, namely, the APP carries out indoor route guidance by using an indoor positioning approach based on inertial navigation and a coordinate WIFI base station and according to the planar graph of the garage. By using the method, parking space information of a garage can be queried in real time and parking route guidance can be carried out through the APP. The method is convenient to use, simple, reliable, and easy to implement and promote.

The invention relates to a dynamic parking lot parking space management system. The dynamic parking lot parking space management system comprises a server-side for receiving real-time information sent from a parking lot, sending information that vehicles go in or out of the parking lot to the parking lot and sending usable parking space information to the server-side in real time, a client-side for receiving the information sent by the server-side, meanwhile cooperating with a positioning system to receive a its position, obtain suitable usable parking space information through calculation of the server-side, performing navigation guide for vehicles and guiding the vehicles to go towards arranged parking spaces, a positioning system for obtaining the information of the positions where the vehicles are located in real time, sending the information to the server-side and the client-side in real time to facilitate screening calculation performed by the server-side and cooperating with the real-time information of the positions where the vehicles are located and current selected parking space information to conduct navigation operation on the client-side. The dynamic parking lot parking space management system is suitable for intelligentized parking management.

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.

A road side parking management method comprises the following steps: installing a camera device on touring equipment, taking road side parking images according to regulated time intervals and routes,and transmitting real time touring time information, geological position information and parking image information to an intelligent processing terminal; enabling the intelligent processing terminal to receive information and send reasonable parking information to a parking charging server, and the parking charging server starts parking timing and charges according to the parking location and parking period. The method uses a movable camera device to take roadside parking images according to regulated time intervals and routes, inspects roadside parking stalls, intelligently obtains the license plate number information and parking time of the parking car in the parking stall, replaces artificial timing and charging, and preventing collectors from making profits in private; the method doesnot need to install equipment on road, thus preventing influences on traffic by occupying road construction, and reducing construction cost and maintenance cost; the method is easy to implement, greenand environmental protection, and complies with national energy saving environmental protection policies.

The invention brings forward a method, apparatus and system for providing parking place information. The system comprises a cloud-end management center, a user terminal and a communication network. The cloud-end management center positions the position of a vehicle in a parking lot, performs calculation in a vehicle driving process through received empty parking place position information and vehicle position information and feeds empty parking place information nearby by vehicle to the user terminal through the communication network. According to the technical scheme provided by the invention, a proper parking place can be conveniently and timely found, and waste of parking places is avoided.

The invention provides an outdoor smart parking system based on V2X (Vehicle-to-Everything) communication. The system mainly consists of a vehicle terminal, parking lot V2X roadside equipment and a parking lot cloud platform, wherein the vehicle terminal is used for establishing communication with the parking lot V2X roadside equipment and the parking lot cloud platform, and realizing a function of acquiring local map and parking space information of the parking lot, applying for the parking space, parkbud and the like; the parking lot V2X roadside equipment is used for realizing the monitoring on the parking space state and management of the parking spaces in the parking lot based on the vehicle high-accuracy positioning and V2X communication manner; the parking lot cloud platform is usedfor acquiring and publishing the parking space state information in the parking lot, managing the local map of the parking lot, managing the parking charge payment and the like, and supplying the parking space state and map to the smart parking application of the vehicle terminal. By adopting the outdoor smart parking system based on the V2X communication, low-cost and efficient information service is provided for the parking space management, and more convenient service is brought to the parking and driving of the vehicles.

The invention provides a system and a method for displaying information of a parking lot. A vehicle exit-entrance information collection module is arranged in a passageway of the parking lot and used for colleting information of vehicles which enter / exit the parking lot and outputting the collected information of the vehicles which enter/exit the parking lot. A parking space information collecting module is arranged in each parking space in the parking lot and used for collecting whether a vehicle is parked in the parking spaces and outputting the collected information of the parking space. Information collected by the two collecting modules is sent to a processing unit so that the quantity of spare parking spaces in the parking lot is determined according to the collected information of the vehicles which enter/exit the parking lot. The quantity of available parking spaces in each parking area in the parking lot is determined based on collected information of the parking spaces. Due to the fact that the quantity of the available parking spaces of the parking lot and each parking area in the parking lot can be shown by a display unit, the system and the method for displaying the information of the parking lot can help and guide drivers to park the vehicles in the nearest parking area, close to the destination.

The invention discloses a temporary parking method, device and electronic equipment. The method comprises the steps of receiving a temporary parking request sent by a temporary parking vehicle owner through a client, wherein the temporary parking request carries the temporary parking time and the destination address; determining a target area with the distance to the destination address in a preset distance range; determining the parking space information conforming to the temporary parking time from the stored free parking space list of the target area, according to the temporary parking timeand generating a recommendation list; and sending the recommendation list to the client, so that the temporary parking vehicle owner can select a parking space for temporary parking from the recommendation list. According to the method provided by the invention, under the condition that the parking time of the vehicle of the parking space owner is not influenced, the temporary parking vehicle owner can temporarily park the vehicle on the fixed parking space of the parking space owner, so that temporary parking is achieved, and the problem that temporary parking is difficult is effectively solved.

An urban intelligent taxi parking place finding system based on the mobile Internet short link communication technology comprises a parking place announcing module, a parking place management module, a GPS (Global Position System) positioning module, a parking place searching module, a parking place reserving module, a paying module, a parking place sharing module, a driver social module, a driver businesses service module, a parking place automatic identification module and the like. A parking place owner independently controls to rent a parking place or not through the parking place announcing module. A driver finds the position of the driver through GPS, looks up garage data within 300 meters to 800 meters by comparing surrounding data, searches a needed parking place through the parking place searching module, releases social activities through a driver social platform and shares empty parking places of the drivers and surrounding goods and services to mobilize other drivers to consume. The urban intelligent taxi parking place finding system based on the mobile Internet short link communication technology is used for finding empty parking place information in real time, facilitating empty parking place finding for the drivers, guiding parking for the drivers and enabling the drivers to find automobile service through the platform.

The invention belongs to the field of automatic driving vehicle control, and discloses a control method of a fully-automatic parking system for parallel spaces of an automatic driving vehicle, which utilizes a plurality of ultrasonic sensors to detect parking spaces information and distance information and angle information of a peripheral obstacle relative to the automatic driving vehicle. The FAPA controller collects sensor information, vehicle attitude and state information and actuator state information, and performs perceptual fusion, path planning and decision control. Finding parking spaces, planning lateral trajectories and longitudinal speeds, and controlling the longitudinal and transverse directions of vehicles. The invention can realize automatic steering, automatic braking, automatic throttle, automatic shift, automatic parking and related BCM actions (lights, horns, etc.), and finally complete the full automatic parking function of the vehicle. It can also be used in conjunction with an autopilot controller to achieve the unmanned driving and parallel parking of the vehicle in autopilot mode.

The invention relates to an intelligent remote control management system of private parking spaces. The intelligent remote control management system mainly consists of a control device and a parking space lock device, wherein the control device consists of a password press key, a remote controller, a mobile phone and a computer, the parking space lock device mainly consists of a liftable U-shaped rod , an outer box body, a mechanical driving module, a circuit control module and an information receiving module, and the ascending and descending of the U-shaped rod are controlled mainly through adopting four modes for reaching the functions of parking space unlocking and locking management, wherein any one control device can send signals to the system for controlling the ascending and descending of the U-shaped rod of a parking space lock, and an infrared receiving module arranged in the device receives remote controller signals; an MC55 communication module is utilized for receiving short message signals of the mobile phone; a single chip microcomputer is utilized for recognizing the password press key to give out signals; the remote computer can recognize whether the parking spaces are in an vacant state or not, and the parking space information is collected and synthetically analyzed, so the omnibearing intelligent management on the parking spaces is realized. The parking space device adopts the fully sealed design, and has the unique functions such as burglary prevention, anti-collision warning and falling through resistance. The performance of the whole system is stable, the operation is simple, the cost is low, the technological content is high, the compatibility is high, and the intelligent remote control management system is applicable to middle-low-end residential districts of ordinary users, and can meet requirements of large-scale parking lots and high-grade residential districts for realizing intelligent property management.

A smart city intelligent management system comprises a parking space reserving device, an information processor, a parking guide display screen, parking space facility and a reverse tracking device. The parking space reserving device comprises a parking space selection screen and a license plate recognition module. The information processor receives parking space information and license information sent from the parking space reserving device and processes the information to plan reasonable routes. The parking guide display screen provides navigation instruction for car owners. The parking space facility is mounted at different parking space of a parking lot. The reverse tracking device receives information sent by the information processor, the car owners input license number through the reverse tracking device, and thus the parking position can be found and the function of reverse tracking is realized.

The invention discloses a parking space information pushing method, a parking space information pushing device and electronic equipment. The method comprises the steps of: obtaining the driving information of a vehicle of a target person, wherein the driving information comprises the driving position information and the ignition and flameout information of the vehicle; according to the driving information, determining whether the vehicle is currently in a common parking space or not; if so, obtaining information of a parking space near the common parking space; and pushing the parking space information to the target person. According to the embodiment of the invention, a target crowd having potential driving requirements can be determined by utilization of the driving information; furthermore, the parking space information is pushed to the target crowd; and thus, pushing of the parking space information is relatively precise.

The invention relates to a guide system for parking and discloses an intelligent guide system for parking spaces and a use method and an installation method of the intelligent guide system. The intelligent guide system for the parking spaces comprises parking space detection modules, a micro-processing module, a wireless transmission module, a server and a parking space information unit, wherein the parking space detection modules are in one-to-one correspondence with the actual parking spaces and used for detecting and sending parking space information; the micro-processing module is used for receiving and processing all the parking space information and converting single parking space information into parking space occupation information or parking space non-occupation information; the wireless transmission module is used for receiving the parking space occupation information or the parking space non-occupation information corresponding to a single actual parking space and converting the parking space occupation information or the parking space non-occupation information into wireless signals; the server is used for receiving the wireless signals; the parking space information unit comprises simulated parking spaces in one-to-one correspondence with the actual parking spaces and numbered in sequence; the simulated parking spaces are controlled by the server to display the parking space information corresponding to the actual parking spaces as the parking space occupation information or the parking space non-occupation information. The intelligent guide system can better guide a user to find a proper parking space.