40results about How to "Reduce car search time" patented technology

The invention discloses an intelligent parking lot management method, and belongs to the technical field of parking lot management. The intelligent parking lot management method is characterized by comprising the following steps: dividing the physical space of a parking lot into a plurality of parking areas, and sequentially performing serial numbering on all the parking areas with Arabic numerals, and arranging a parking spot display screen; driving cars to enter the parking areas by drivers according to the green ray prompt of the parking spot display screen and a direction guide display screen, inputting license numbers on a reverse car searching terminal, performing information matching by a management server, feeding pictures of cars and the information of the parking areas where the cars are placed back to the reverse car searching terminal after the matching is completed, and generating the indicating diagrams of the routes from departure points to the packing areas. According to the invention, the systematic framework is greatly simplified, the system construction cost is reduced, the system stability is improved, the rapid parking and reverse car searching are realized, and the method has the characteristics of being high in reverse car searching accuracy, and rapid and convenient in parking.

The invention discloses a park management method, a server, a camera and a terminal device. The park management method comprises: acquiring a vehicle parking image acquired at a parking space of a park so as to recognize a license plate number and facial information, and saving the license plate number, the facial information and parking space information as a piece of vehicle-finding data correspondingly to a database; acquiring a vehicle-finding request, including facial information, from a client, searching the database for vehicle-finding data matched with the facial information in the vehicle-finding request, and transmitting the parking space information in the vehicle-finding data to the client. The park management method, the server, the camera and the terminal device have the advantages that steps of manually inputting a license plate number are simplified, operating is simple, vehicle-finding time is saved for users, vehicle-finding efficiency is improved, and park managementefficiency is further improved.

The invention belongs to the technical field of vehicle searching, and relates to a vehicle searching prompting method. The vehicle searching prompting method includes the steps: a terminal is associated with a vehicle machine; the vehicle machine performs prompting operation according to a vehicle searching prompting mode corresponding to the terminal movement information and / or the parking environment information, and the terminal movement information includes the relative distance change information, and the parking environment information includes parking illumination intensity and / or parking site information, and the vehicle searching prompting mode includes light prompting and / or sound prompting. Besides, the invention also relates to a vehicle searching prompting system. In the vehicle searching prompting method and system, after the terminal is associated with the vehicle machine, the vehicle machine enables the vehicle to perform light prompting and / or sound prompting operation according to the movement information of the user and / or the parking environment information of the vehicle so as to realize a convenient and intelligent vehicle searching prompting mode to make corresponding vehicle searching prompting for the user (or the vehicle owner) to enable the user to accurately search the vehicle quickly according to the prompt, thus saving the vehicle searching time.

The invention relates to a large parking lot parking management system and method. The system comprises a hand-held terminal, a vehicle-mounted positioning terminal, a differential broadcast base station and a server. The hand-held terminal is used to send binding information to the server, where the binding information carries a positioning terminal number and a vehicle number. The vehicle-mounted positioning terminal and the differential broadcast base station are used to carry out differential calculation according to original satellite positioning data to acquire vehicle coordinate information with higher accuracy, and send the information to the server. The server is used to determine the parking space number of a vehicle according to the vehicle coordinate information, and generate a corresponding relationship table between the vehicle number and the parking space number for real-time query. According to large parking lot parking management system and method, the time for a vehicle manufacturer to find the vehicle in a parking lot is reduced, and the real-time degree of vehicle inventory management is improved.

An intelligent vehicle locating service system based on a wechat public platform comprises a man-machine interaction interface and a background server. The intelligent vehicle locating service system based on the wechat public platform is characterized in that the man-machine interaction interface is a wechat user terminal and is used for conducting location information input and vehicle locating path data return, and the background server comprises a parking lot map database, a location information conversion module, a location coding database, a positioning and navigation engine and an information generation guiding module. The wechat user terminal is used as the man-machine interaction interface, a location coding mode is used as interaction content, a user can obtain parking lot map data, location information and vehicle locating guide information from the background server, so that the user obtains vehicle locating help in the mode of being convenient, fast and low in cost, and vehicle locating time is shortened. Cross-platform support is achieved, downloading is of no need, a generally-used downloading step is omitted, using is convenient and fast, the purpose of being used immediately after being mounted is achieved, and thus the owner user can be helped to find out the objective location quickly.

The invention discloses a parking lot parking space wireless guidance self-service management system, and aims to provide a parking lot parking space wireless guidance self-service management system capable of providing convenience for a vehicle owner to be automatically guided into unoccupied parking space and improving the management level of a parking lot. According to the technical scheme, thesystem comprises wireless terrestrial magnetism sensors arranged on the parking space, a parking information management platform and a parking information publish platform, and is characterized in that the wireless terrestrial magnetism sensor arranged on each parking space is wirelessly connected with the parking information management platform by utilizing the NB-IoT, the parking information management platform acquires wireless terrestrial magnetism sensor information of each parking space through the NB-IoT, information of the parking space is collected in real time to provide parking space recommendation for a user through the parking information publish platform, position information of the parking space is transmitted to a mobile phone or a car navigation system, and the navigationsystem guides the vehicle owner to quickly drive a vehicle to the parking space according to the position information of the parking space.

The embodiment of the invention discloses a vehicle finding method, a mobile terminal and a storage medium. The method provided by the embodiment of the invention comprises the following steps: when acondition is met, the mobile terminal binds a wireless vehicle-mounted charger by starting a Bluetooth connection, after the flameout of a vehicle, the wireless vehicle-mounted charger is in a power-off state, the Bluetooth connection between the mobile terminal and the wireless vehicle-mounted charger is disconnected, and the mobile terminal records the current first location information; when auser needs to find the vehicle, a vehicle finding instruction of the user is obtained, the current second location information of the mobile terminal is determined, a preset map module is started, and the user is navigated from a location corresponding to the second location information to the location corresponding to the first location information. In the embodiment of the invention, after theflameout of the vehicle, the wireless vehicle-mounted charger is powered off and is disconnected from the Bluetooth of the mobile terminal, at this time, the mobile terminal can record the location information, and successively can navigate to the recorded location information through the vehicle finding instruction to realize vehicle finding, so that the vehicle finding time length of the user can be shortened, and the vehicle finding efficiency of the user can be improved.

The invention relates to the technical field of automobile positioning, and particularly relates to a method for positioning and navigating an automobile in a parking lot through a camera. The methodcomprises the steps of firstly, constructing a parking lot into a navigation map mode; defining the coordinates of each parking space and each line; inputting the map into a host, moving the vehicle to different points from an entrance, using the camera to calculate the XYR data of the vehicle according to the size of the image and the feature points, using the cloud server host to upload the parking data to a cloud server, so that after a mobile terminal receives the information, the mobile terminal can use the parking space of the parking lot as a target for navigation. According to the invention, the license plate information and the vehicle size data are obtained through the camera at the entrance and then are sent to a system for virtually constructing a shape image, a minimum numberof cameras are used to track and attach, and the position data of the movement and parking after the vehicle enters the parking lot is obtained, so that the related information required by the vehicleparking can be obtained with the extremely low equipment investment cost.

The invention discloses a dual-way vehicle-seeking device and method based on an internet of vehicles. The device comprises a terminal device, a remote control module T-Box arranged on a vehicle body, a vehicle body control module BCM, a vehicle lamp, a horn, a vehicle-mounted navigation module, a panorama looking-around control module AVM, a front camera, a back camera, a left camera and a right camera. The terminal device is connected with the remote control module T-Box through a communication network; the remote control module T-Box is connected to the vehicle body control module BCM through a CAN network; the vehicle lamp and the horn are connected with the vehicle body control module BCM; the remote control module T-Box is connected with the vehicle-mounted navigation module through a USB transmission line; the vehicle-mounted navigation module is connected to the panorama looking-around control module AVM through the CAN network and a LVDS transmission line; and the front camera, the back camera, the left camera and the right camera are connected to the panorama looking-around control module. The dual-way vehicle-seeking device and method provide dual-way vehicle-seeking clues, thereby reducing vehicle-seeking time and improving vehicle-seeking efficiency.

The invention is applicable to the technical field of software application, and provides a vehicle searching method and device and a terminal device, and the method comprises the steps: sending a parking positioning instruction to a vehicle-mounted terminal, the parking positioning instruction being used for controlling the vehicle-mounted terminal to feed back parking position information when avehicle is in a parking state; receiving parking position information sent by the vehicle-mounted terminal when the vehicle is in a parking state; when a vehicle searching instruction is received, obtaining user position information, performing route planning according to the user position information and the parking position information, and obtaining and displaying a vehicle searching route; when a vehicle response instruction is received, sending the vehicle response instruction to the vehicle-mounted terminal, and the vehicle response instruction being used for controlling the vehicle-mounted terminal to execute preset response operation. The method can solve the problems that in the prior art, when a user searches for a vehicle, the vehicle searching difficulty is high, and consumed time is long.

The invention provides a self-service reverse car seeking system for a parking lot. The system comprises a server, N sets of image acquisition equipment and an inquiry machine, wherein the N sets of image acquisition equipment are connected with the server, are arranged in the parking lot and are used for acquiring the location information and licence plate information of cars coming into the parking lot and transmitting the location information and licence plate information to the server; the inquiry machine is connected with the server and is arranged in the parking lot; an input module is arranged on the inquiry machine. When the system is in use, clients can inquire the location information of the cars by inputting the licence plate numbers of own cars via the input module on the inquiry machine and then can find cars in a short time, thus saving a lot of car seeking time; the system is convenient to use, is low in cost and has high efficiency.

The invention discloses a method, server, vehicle, client and system for vehicle management. The vehicle management method comprises the following steps of providing a vehicle management interface foruser to configure vehicle management parameters, in response to the configuration operation performed by the user in the vehicle management interface, acquiring a corresponding vehicle management parameter to determine a target vehicle corresponding to the vehicle management parameter and configuring, and the corresponding target vehicle is triggered to send a corresponding position indicating signal according to the position indicating mode, so that the user identifies the target vehicle to carry out corresponding vehicle management. According to the vehicle management method, server, vehicle, client and system the vehicle searching time can be shortened, the time cost required for vehicle management is reduced, and the vehicle management efficiency is improved, and is especially suitable for the application scene of dense distribution of vehicles.

The invention discloses a parking lot management system and a parking lot management method. The system comprises a database, a vehicle license plate recognition device, a system center server and a user terminal, wherein the database is used for storing information of parking space; the vehicle license plate recognition device is used for recognizing the license plate of a vehicle when the vehicle arrives at the entrance of the parking lot; the system center server is used for navigating the user terminal to the parking space and generating a parking map for the parking lot according to request selection information and the parking space information; and the user terminal is used for following the vehicle and selecting the position of the parking space in the parking lot. The system and the method of the invention have the beneficial effects that positioning of the vehicle in the parking lot is realized, the vehicle is guided to the corresponding parking space, the parking time of the vehicle owner is reduced, and the vehicle searching time in the parking lot is reduced; and in addition, in combination with the electronic map, the vehicle positioning accuracy in the parking lot is improved, accurate navigation is provided for the vehicle in the parking lot, and the vehicle user experience is also improved.

The invention discloses a vehicle managing method and device, a storage medium and a terminal. The method comprises the following steps: scanning an identification code on a parking space based on anAPP operation interface or small application operation interface on a mobile terminal to generate parking space information, wherein the identification code is associated with parking space geographicposition information, and user information and license plate information are bound through an APP or a small application; transmitting the parking space information to a cloud server, and requestingmarking of information of the parking space occupied by a vehicle corresponding to the license plate information on a parking space management map; and receiving the mark of the parking space corresponding to the license plate information fed back by the cloud server based on the parking space information on the parking space management map. In the embodiment of the invention, the parking space occupied by the vehicle can be identified, and a user is rapidly navigated to the parking space according to the mark in order to shorten the vehicle finding time.

The invention discloses a parking data processing method and system and a parking lot. The method is executed by a robot, and comprises the following steps: when a vehicle runs in a parking lot according to a cruise route, collecting license plate information of the vehicle, and determining identification information of a parking space where the vehicle is located; and sending the association relationship between the license plate information of the vehicle and the identification information of the parking space where the vehicle is located to a server, so that the server provides the information of the parking space where the vehicle is located for the to-be-queried vehicle according to the association relationship. According to the embodiment, the parking space information and the license plate are recognized in a robot intelligent cruise mode, the cost is saved, the parking space where the license plate is located can be quickly located, and the vehicle searching time of a user is shortened.

The invention discloses a remote vehicle finding method. the method comprises the following specific steps: starting a vehicle finding function of a mobile phone APP; through a vehicle-mounted intelligent terminal, receiving a signal sent by the mobile phone APP in the step 1 and carrying out processing and analysis, sending a signal to control a vehicle dipped headlight to be turned on and meanwhile, controlling a vehicle signal light to flash and carrying out whistling; carrying out automobile GPS-based positioning and sending the position information to a mobile phone; and carrying out navigation through the mobile phone APP. The method is characterized in that the intelligent terminal in the vehicle receives the signal sent by the mobile phone based on an internet of vehicles, sends the location information to the mobile phone through GPS positioning and controls the signal light to flash and whistle, and then, automatic intelligent navigation is carried out through the mobile phone, so that a car owner can find an approximate range of the vehicle based on the navigation route; the car owner can find his / her vehicle quickly by controlling the signal light to flash and whistlingand by turning on the dipped headlight, thereby saving vehicle finding time of the car owner; and the mobile phone APP has no distance limit, so that the car owner can find his / her vehicle based on navigation on entering a parking lot, and the vehicle finding effect is good.

The embodiment of the invention discloses a parking lot vehicle searching method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining vehicle information of a vehicle and the parking space position of a parking space when the vehicle is detected to enter the parking space, and binding and storing the vehicle information and the parking space position, receiving a target vehicle information vehicle searching request which is sent by a mobile terminal and comprises a target vehicle, searching a parking space position matched with the target vehicleinformation in a database as a target parking space position, obtaining a terminal position of the mobile terminal, and generating a vehicle searching path based on an electronic map of a parking lotby taking the terminal position as a starting point and the target parking space position as an end point, sending the vehicle searching path to the mobile terminal, so that the mobile terminal can display the vehicle searching path on the electronic map, a user searches for the parked vehicle according to the vehicle searching path displayed on the electronic map, the user does not need to search for the vehicle through a vehicle key in the parking lot, the vehicle searching time is shortened, the vehicle taking speed is increased, the turnover rate of parking spaces is increased, and parking space resources are effectively utilized.

The invention discloses a route inquiring elevator car applied to an intelligent garage navigation system and a method thereof. The route querying elevator car comprises a car body, wherein a garage route inquiring box is arranged in the car body; a touch screen is arranged on the garage route inquiring box and is connected with a route inquiring controller; the route inquiring controller is connected with a server; the server is used for storing license plate information, identity information corresponding to the license plate information, vehicle parking positions and a garage route map. Theroute inquiring elevator car is capable of rapidly obtaining the garage route map; the garage route map can be printed, so that people can see the garage route map after leaving the car; meanwhile, the route inquiring controller is connected with an elevator controller; when the garage parking floor information is inquired, the elevator controller is capable of controlling the car to reach the floor, so that people can reach the parking floor after walking out of the car; the vehicle finding time is saved, and the route inquiring elevator car is convenient and quick.

The invention discloses an intelligent parking lot charging management system. The intelligent parking lot charging management system comprises license plate recognition devices arranged at an entrance and an exit of a parking lot, a parking lot server in communication connection with the license plate recognition devices, and a guiding device in communication connection with the parking lot server. The guiding device comprises a display, a second camera acquisition module, a second license plate identification module in communication connection with the second camera acquisition module and a second wireless communication module in communication connection with the second license plate identification module, the display and the parking lot server; and the display displays indication information according to the control instruction of the parking lot server. The intelligent parking lot charging management system can automatically charge, and saves manpower; and moreover, the time for finding the empty parking space and the vehicle can be saved, and the parking lot is more convenient and humanized.

The invention discloses a portable reverse vehicle-looking-for guide system based on the ZigBee. The system is characterized by being composed of a vehicle-mounted ZigBee communication terminal and a small portable mobile terminal, wherein the vehicle-mounted ZigBee communication terminal is communicated through the ZigBee; the vehicle-mounted ZigBee communication terminal comprises a first power module, a first radio frequency module and a first switch module which are connected with a first ZigBee chip which is further connected with a timing module and an indicator light module; the small portable mobile terminal comprises a second power module, a second radio frequency module and a second switch module which are connected with a second ZigBee chip which is further connected with a display module. The system can assist a driver in locating a vehicle of himself rapidly in a large public parking area or road vehicle dense area, the parked vehicle is found move easily and directly through the handheld micro terminal without additional equipment, a vehicle-looking-for process by the driver is simplified, and the vehicle-looking-for time is saved.

The present invention relates to a neural network-based sharing car intelligent optimization decision method and system. The neural network-based sharing car intelligent optimization decision method comprises the steps of firstly obtaining the set number of training sample pairs, wherein each training sample pair comprises an input training sample and a corresponding output desired value, then establishing a BP neural network, utilizing the training sample pairs to carry out the iterative training on the BP neural network, and finally inputting the to-be-detected input parameters in the trained BP neural network to obtain the corresponding nearest car taking position, a favorite car type, an optimal driving path, the cost-optimal consumption total price and a terminal point car returning position, help people to evaluate the travel parameters comprehensively, and decide the reasonable paths, thereby achieving the purposes of searching the optimal driving experiences and improving the vehicle selection modes, and effectively avoiding the vehicle selection and travel blindness and randomness.

The invention relates to an intelligent car-seeking system, a car-seeking method and an intelligent vehicle. The car-seeking system comprises a mobile terminal for sending a car-seeking instruction. The cloud server is connected with the mobile terminal through a wireless network, and is used for receiving and analyzing the car-seeking instruction to generate a response instruction; a vehicle-mounted controller is connected with a cloud server through a wireless network, and is used for receiving the response command and generating a projection control command; the projection module is connected with the on-board controller, and is used for realizing the setting projection effect according to the projection control command. Compared with the prior art, the invention has the advantages of effectively improving the car searching efficiency and the like.

The present invention discloses a parking lot reverse direction car finding system. The system comprises an entrance card obtaining device, a parking card, a parking stall detection device, a query client, an exit card receiving device and a control center, wherein the entrance card obtaining device, the parking stall detection device, the query client and the exit card receiving device are connected with the control center through a communication unit. According to the invention, the parking lot reverse direction car finding system can allow owners to rapidly find their owners' cars in a large-scale parking lot so as to save the car finding time and improve the usage efficiency of the parking lot.

A reverse vehicle searching system for a large and medium underground intelligent parking lot relates to the technical field of parking lot vehicle management, aims to solve the problem of lack of vehicle searching route planning in the prior art, and comprises a vehicle information acquisition module, a cloud server and a vehicle searching terminal, wherein the vehicle information acquisition module is used for collecting vehicle parking position information, and the cloud server is used for analyzing and storing the collected vehicle parking position information. The vehicle searching terminal is used for giving a navigation route map from the current position to the position of the target vehicle according to the vehicle parking position information. According to the reverse vehicle searching system, a user does not need to download an additional App by using a mobile phone or other mobile terminals, and does not need to log in an additional vehicle searching website, the vehicle information of the user can be displayed on the vehicle searching terminal, vehicle searching query and route guidance can be completed, signal loss of an underground parking lot is reduced, the vehicle searching time of the user is shortened, and the complexity of reverse vehicle searching of the user is reduced.

The invention provides a car finding method and device, and relates to the technical field of parking lots. The problem that cars are not easy to find in the parking lots is solved, the time of car finding is saved, and user experience is improved. The specific technical scheme includes the steps that car finding information sent by a guiding device is received; the car position of a target car isdetermined according to the car finding information and a pre-stored car position information list; and the car position of the target car is sent to the guiding device. The car finding method and device are used for finding the car reversely.

The invention provides a closed parking lot reverse car finding system and method based on NB geomagnetism, and relates to the field of closed parking lot car finding. The invention solves the problemthat parking and car finding are inconvenient in the existing closed parking lot. The method includes that when a user wants to park, the user is prompted to input the position codes of the to-be-parked space through the client, if the input is correct, the user can be reminded to park normally, and otherwise, the user can be reminded to stop parking; when the user wants to stop the parking, whenthe user looks for the car, the two-dimensional code is scanned through the client, the two-dimensional code sends the electronic map information of the closed parking lot and the position information of the two-dimensional code to the client, and the user looks for the parked car according to the electronic map information of the closed parking lot and the position information of the two-dimensional code, wherein the electronic map information of the parking lot comprises position numbers and corresponding position information of parking spaces in the closed parking lot.

The invention discloses a distinguishable large-scale stereo garage. The distinguishable large-scale stereo garage comprises a garage door device and a code scanning device and further comprises a vehicle information acquiring module, a database control module, a wireless transmission module, a main control room and a display module, wherein an output end of the garage door device is connected with an input end of the vehicle information acquiring module, an output end of the vehicle information acquiring module is connected with an input end of a database control system, the main control room is mutually connected with the database control system, and the database control system is connected with the display module. According to the system, traditional garage distances with identical sizes are divided and classified afresh, after integral analysis is carried out by acquiring data of weights, integral sizes and models of vehicles, the vehicles are classified to realize parking at designed positions, according to the classified vehicle information, vehicle owners are convenient to find the vehicles, and vehicle finding time is reduced.

The invention provides an intelligent shopping cart and a using method thereof. The using method comprises the following steps of a pre-selected shopping cart is determined; bar codes of to-be-purchased commodities are scanned one by one through a scanner of the shopping cart so as to generate bar code data, and the bar code data are sent to a controller; and the controller receives the bar code data, and then uploads commodity information corresponding to the bar code data to a mobile terminal for payment. The disclosed intelligent shopping cart comprises a cart body, a shopping basket, a base, the scanner and a control console, wherein the upper end of the cart body is provided with a connecting rod, the connecting rod is symmetrically provided with handles, and the middle of the symmetrically-arranged handles is provided with the control console. The shopping basket is arranged below the control console, wherein the base located at the bottom of the cart body is arranged below the shopping basket. One side of the shopping basket is fixedly connected with a clamping groove of the scanner, wherein the output end, placed at the clamping groove, of the scanner is electrically connected with the input end of the control console.

A reverse car-finding system for large and medium-sized underground intelligent parking lots, which relates to the technical field of parking lot vehicle management, and aims at the problem of lack of car-finding route planning in the prior art, including: a vehicle information collection module, a cloud server and a car-finding terminal, and a vehicle The information collection module is used to collect vehicle parking location information, the cloud server is used to analyze and store the collected vehicle parking location information, and the car search terminal is used to provide a navigation route map from the current location to the target vehicle location according to the vehicle parking location information. The reverse car-finding system of this application does not require users to use mobile phones or other mobile terminals to download additional apps, and does not need to log in to additional car-finding websites. The user's vehicle information can be displayed on the car-finding terminal to complete the car-finding query With route guidance, it reduces the lack of signals in underground parking lots for users to find cars, reduces the time for users to find cars, and reduces the complexity of users' reverse car search.

The invention discloses an intelligent parking lot vehicle seeking system based on a cloud platform. The system comprises a platform server, a parking place information recording system, a parking place information decoding unit, a parking place indicator and a checking terminal, wherein the parking place information recording system, the parking place information decoding unit and the checking terminal are all connected with the platform server; the parking lot indicator is connected with the parking place information decoding unit; the platform server is used for storing corresponding information of a parking lot and a vehicle registration number and used for controlling and feeding back a parking place number according to instructions of the checking terminal; the parking place information recording system is used for transmitting acquired image information to the platform server; the parking place information decoding unit is used for encoding parking place numbers into informationcontrol signals of the parking place indicator; the parking place indicator is used for indicating target parking places of vehicle owners; the checking terminal is used for checking parking place positions of parked vehicles. By adopting the system, the vehicle seeking time can be shortened for vehicle owners, the vehicle seeding efficiency can be improved, and the orders of parking places can be regulated.