64results about How to "Reduce parking costs" patented technology

The present invention relates to a private parking space big sharing parking service system and a service method thereof. The system comprises a parking lot, a parking lot private parking space owner identity recognition device, a background server, big sharing parking spaces in the parking lot, a parking space lock and a vehicle owner mobile terminal. The method performs reservation of entering the parking lot aiming at vehicle owners who rent the big sharing parking spaces, and the vehicle owners select concrete parking space numbers facilitate parking for themselves from a plurality of the big sharing empty parking spaces in the parking lot; and the method performs authority authentication aiming at the vehicle owners who join in a big sharing activity, and then the vehicle owners enter the parking lot to search corresponding parking spaces. The private parking space big sharing parking service system and the service method thereof realize a function of sharing, exchange and rental when private parking spaces are empty to reduce the parking cost, improve the utilization rate of private parking spaces and realize high-efficiency distribution of limited resources so as to play a role in improvement of the society and individual benefit promotion.

The invention discloses an intelligent interconnected parking system based on image recognition and indoor positioning. The system comprises a user terminal, a parking lot terminal, a cloud terminal and the parking space information. The user terminal, the parking lot terminal, the cloud terminal and the parking space information jointly establish an indoor positioning system. By means of a mobileclient-side APP, the communication among the vehicle information, the user mobile terminal and a vehicle-mounted intelligent terminal is realized. The selection of a parking lot and a parking space is realized by the mobile user terminal. The parking of a vehicle is realized based on image recognition and indoor positioning. According to the intelligent interconnected parking system of the invention, the visual parking space management, inquiry and reservation, and the separable recording type parking payment can be realized. The management efficiency and the circulation efficiency of the parking lot are improved. The fund circulation speed of the parking lot is increased. Meanwhile, the invalid time of a user in the parking lot is reduced, and a brand-new travel experience is brought tothe user. Not only common users are facilitated, but also the congestion probability is reduced potentially. Meanwhile, the utilization rate of the parking lot is increased, and the upgrading of related equipment is realized.

The invention discloses a method for recording a parking position and navigating to return to a parking spot and a mobile terminal. The method comprises the following steps that the mobile terminal receives an operation command of a user to start a parking function, obtain the current parking position of a car and store the current parking position when the car is parked; when the user returns to find the car, the mobile terminal receives the operation command of the user to start the returning parking spot function and display the current parking position of the car; and the route from the current position to the parking position is automatically planned through obtaining the current position of the user by the mobile terminal. According to the method and the mobile terminal provided by the invention, new functions are added for the mobile terminal; the function of navigating route is provided when returning to the parking spot; and meanwhile, the parking time can be recorded, thus, the user can perform mastering in real time, parking cost can be saved and greatly convenience is brought for the user.

The invention provides a cloud parking service method and a corresponding device. The method includes the steps: A, regularly acquiring the current position of a vehicle; B, judging whether the vehicle is positioned in a fee parking lot according to the current position of the vehicle or not, returning to the A if not, determining the current time as parking start time and judging whether parking confirmation is received or not if the vehicle is positioned in the fee parking lot, determining a current parking check point according to the parking start time and parking timing steps if the parking confirmation is received, and returning C; C, regularly acquiring the current position of a user; D, judging remaining time from the current parking check point, and computing leaving time according to the user and the current position of the vehicle; E, judging whether a difference value between the remaining time and the leaving time is larger than a reminding threshold or not, returning to the C if the difference value is larger than the reminding threshold, and sending a leaving and reminding message to the user if not. Reminding services can be provided for the user by intelligently computing and analyzing could data, the user does not need to excessively and manually intervene, and unnecessary parking fees are saved for the user.

The invention relates to a parking paying method based on a client terminal and relates to a parking charging and paying technology, in particular to a real-time charging and paying technology based on the mobile Internet. A car owner can see the parking time which is synchronous with a parking field system on the client terminal and control the parking time period. The car owner can drives the car out of the parking field before the whole parking time period (one hour or two hours) ends so as to save extra parking fees due to exceeding of the time period. The car owner can see the parking time which is synchronous with the parking field system so that that cheating on timing possibly caused by unilateral timing of the parking field can be avoided and timing of the parking field is more transparent and fairer. More importantly, the car owner can pay or pre-pay parking fees in real time so as to solve the problem that the exit of the parking field can be jammed due to excessively long network connecting time.

The invention provides an automatic parking system which comprises an acquisition unit, a central processing unit and a vehicle control unit, wherein the data acquisition unit and the central processing unit are arranged in a parking lot; the vehicle control unit is arranged on a vehicle; the central processing unit is connected with the data acquisition unit in a wired communication manner; the central processing unit is connected with the vehicle control unit in a wireless communication manner. According to the automatic parking system provided by the invention, each vehicle can realize automatic parking by only being equipped with the vehicle control unit, so that the parking cost of a vehicle user is reduced; furthermore, due to the arrangement of the data acquisition unit and the central processing unit in the parking lot, several or dozens of parking spaces can be managed intensively without arranging a plurality of the data acquisition units and the central processing units, so that the parking cost of the vehicle user and a parking lot operator is also reduced.

The invention discloses a parking place sharing system comprising an intelligent parking place lock, a parking place sharing cloud platform and a mobile terminal APP. The intelligent parking place lock communicates with the mobile terminal APP through bluetooth and communicates with the parking place sharing cloud platform through the internet of things. The mobile terminal APP is connected with the parking place sharing cloud platform through the mobile internet. The parking plate owner and the driver are enabled to communicate, communication between the intelligent parking place lock and thecloud platform can be increased, the idle parking place information of the parking lot is acquired to be transmitted to the mobile phone APP and the consumer can reserve and accurately find the parking place according to the APP so that the urban parking difficulty can be alleviated, the parking cost can be reduced, the parking place sharing efficiency can be enhanced and efficient allocation ofthe limited resource can be realized. According to the system, intelligent managing can be realized, supervision can be facilitated for the government, labor workload can be reduced and the work efficiency can be enhanced.

The disclosed technology relates generally to methods and systems for sharing vehicles between fleets. Vehicle sharing services typically experience the most use during the weekend. Thus, many vehicles used by vehicle sharing services sit idle during the week. Meanwhile, vehicle rental companies experience the most demand during the week and their vehicles are underutilized during the week. The disclosed technology, in certain embodiments, provides systems and methods for sharing vehicles between a vehicle sharing entity and a vehicle renting entity. This allows the entities to lower fleet costs and obtain better fleet utilization by moving vehicles between fleets when one entity anticipates a spike in demand. For example, the ability for the vehicle sharing service to utilize a rental vehicle agency's excess weekend inventory will allow them to meet its strong weekend demand without the need for purchasing and maintaining additional vehicles.

The invention discloses an automatic parking and vehicle taking method and system based on big data and artificial intelligence, and for automatic parking, the method comprises the steps of obtainingthe public parking position information near a destination and traffic jam condition information in a big data environment; selecting the optimal parking space meeting the user specified condition comprehensively under the big data condition; and after the parking position is determined, using the unmanned driving technology and the automatic parking technology for safely driving the vehicle to the specified parking space and parking the vehicle in the specified parking space. When the vehicle is reserved to be taken, the method includes sending a riding destination position, selecting a feasible driving route with the assistance of big data, and calculating the expected consumed time for the vehicle to automatically drive to the riding place of the user; and planning the automatic drivingdeparture time reasonably to enable the vehicle to arrive at a specified position within preset time or as soon as possible. According to the invention, the navigation unmanned automatic driving technology is used to comprehensively solve the problem that parking spaces in an urban CBD area are difficult to find or are far and expensive; and meanwhile, the convenient functions that the vehicle owner gets off immediately when arriving at the destination, the vehicle waits in advance for the owner to get on immediately when arriving at the destination and the like are achieved.

The invention discloses an intelligent parking system. The system includes a parking space publishing sub-system module, a parking space searching sub-system module, a parking space reservation management sub-system module, a parking space guiding sub-system module, a parking lot full-automatic recognition sub-system module, a parking space sharing management sub-system module, a parking lot management sub-system module, a reverse car searching sub-system module, an intelligent payment management system module, a handheld inspection and data collecting terminal module, a mobile phone APP client-side module, a smart parking management database module, a parking space information collecting system module, a public parking information comprehensive management and service sub-system module, atraffic analysis and decision sub-system module, an intersecting parking management sub-system module and a parking space detection and recognition device. By utilizing a big data platform of an internet of things to carry out integration and allocation of resource information, the parking efficiency is greatly improved, the problem that it is difficult to park a car can be effectively solved, andtraffic offence behaviors such as disorderly parking can be punished severely.

The invention provides a parking reminding method, a server, and a terminal. The method includes: if parking information including a parking location sent by a terminal is received, querying whether the fining probability of the parking location within a preset time period is zero; if not, obtaining the penalty fine information of the parking location, and the parking fee of a target parking lot,wherein the distance between the target parking lot and the parking location is less than a preset value; according to the fining probability and the penalty fine information, calculating an expectedpenalty of the parking location within the preset time period; sending a parking reminder message to the terminal, the parking reminder message including the expected penalty and the parking fee of the target parking lot. The invention can reduce the parking cost of the user and improve user experience.

The present invention discloses a big data-based parking management system and belongs to the intelligent parking field. The big data-based parking management system includes a data acquisition module, a data analysis module, a data push module and a client; the data acquisition module is used for acquiring the data information of current parking spaces in a parking system in real time; the data analysis module is used for analyzing current unoccupied parking space information; the data push response module is used for initiatively sending the current unoccupied parking space information of the parking system to the client and is also used for responding to the client which applies for a parking space; the client is used for sending a parking application to the data push module; and the client includes a comparison unit used for calculating the cost x of current parking, calculating actual distances of all parking lots within 1 to 3 km from the vehicle of a user, calculating time t for the vehicle of the user to arrive at each parking lot according to real-time traffic and calculating distances k from the parking lots to the target location of the user according to a formula that y=at+bk+cx. With the big data-based parking management system of the invention adopted, the utilization rate of parking spaces can be improved, and the parking costs of customers can be reduced.

The invention discloses a private vehicle rental system based on parking lot management, and belongs to the transportation planning and management technology field, and is mainly used for a large parking lot (building) provided with vehicle identification devices and parking stall monitoring radars. The private vehicle rental system is used to invoke parking stall information recorded by the parking stall monitoring radars of the parking lot management system, and a vehicle owner can search an idle parking stall by using the rental system to park the vehicle. A user checks the vehicle information by using the private vehicle rental system, and an order and a vehicle picking-up private key are generated, and the vehicle can be found. From a technological level, the time sharing renting of the sharing private vehicles parking in the parking lot is carried out, and then high efficiency utilization of parking stall resources is realized, and at the same time, a conflict between parking stall shortage and a great number of motor vehicles is relieved.

The embodiment of the invention provides a parking lot recommendation method, device and equipment. The method comprises the steps: determining candidate parking lots within the range of a destination; calculating the parking cost corresponding to each candidate parking lot, wherein the parking cost comprises cost and / or time consumption; generating and pushing recommendation information for the parking lot based on the calculated parking cost. Visibly, according to the scheme, the recommendation information for the parking lot is pushed to the user based on the parking cost, so that the usercan select the parking lot with relatively low parking cost to park according to the recommendation information, and the parking cost is reduced.

A three-dimensional garage, of which each layer can be independently lifted, is composed of multistory frames. The area of vertical projection of the garage is that of a single vehicle garage. No floor is arranged on each layer and at least one side is open; the open side is set as the front of the multistory frame; a gantry is arranged in the front, with an area substantially the same as or slightly more than that of the multistory frame and with width slightly more than that of the multistory frame; wheels are arranged at the lower end of the gantry and are arranged on two tracks outside the multistory frame; the gantry is provided with a drive mechanism and can be superposed with the multistory frame by folding, or erect together with the multistory frame in parallel by pulling out and coupling; no floor is arranged on each layer of the gantry; own vehicle lifting mechanism is respectively arranged on the layers above the second layer of the gantry and is provided with a supporting mechanism; the supporting mechanism is provided with a lifting board. The garage is suitable for being arranged near residential buildings or in residential quarters and has the characteristic that one parking stall can be used for parking two to four vehicles. Both the construction cost and the parking fees are low.

The invention discloses an urban roadside public parking space management system which comprises a mobile phone parking space search function module, a mobile phone parking space reservation functionmodule, a parking space recognition function module, an automatic timing function module, an offside recognition function module, an automatic charge accounting function module, a statistical statement function module, a remote fault supervision function module and an electric parking lock. The electric parking lock is mounted on a parking space and controlled by the mobile phone parking space reservation function module, the parking space is monitored by a camera, and monitoring information is transmitted to a management system through data and processed. The urban roadside public parking space management system has the advantages that unattended management is realized, and power pulling connection, road breaking construction and vehicle mounting equipment are omitted.

The invention discloses a private parking spot idle time sharing service method. The method comprises the following steps: S1, parking spot owners release parking spot supply information on a sharing platform of mobile terminals; S2, a vehicle owner inputs parking demand information on the sharing platform, the sharing platform screens the parking spot supply information and matches the parking demand information with one of the parking spot supply information; S3, the vehicle owner scans a code through a mobile terminal so that an electronic lock is open, and a vehicle enters a parking spot; S4, whether the vehicle is parked at a correct position is determined; and S5, when a front-end pressure sensing board senses the fact that the vehicle leaves, after vehicle wheel pressures continuously occur a few seconds for two times, the electronic lock is closed, and charging is stopped. The vehicle owner needing to park the vehicle and the parking spot owners are communicated through establishment of the sharing platform, and then idle parking spots are effectively used; and the vehicle owner parks the vehicle smoothly through adoption of the mobile terminals, the electronic lock and the pressure sensing board, and rental incomes of the parking spot owners are guaranteed at the same time, so parking cost is lowered, and the problem of difficult parking is alleviated.

The invention relates to a parking space allocation method based on a distribution technology. The method comprises steps of constructing a database, collecting user demands, preprocessing data, operating an online algorithm, sending an allocation result and navigating a terminal. In the step of constructing a database, user data is stored by using table structures based on Mysql and HBase databases and databases thereof; in the step of collecting user demands, parking requests of users in a normalized timeslot are collected, and the user uses an intelligent terminal to select a destination through searching and clicking manners; and in the step of preprocessing data, in the stage at when a server receives user demands, all data information about user demands is collected in the normalizedtimeslot and users and related parking spaces are numbered. The parking space allocation method has the beneficial effects that an available parking space close to the destination can be provided fora car owner, the time for searching the parking space by the car owner is reduced greatly, the cost for searching the parking space is reduced, and the method has benefits in optimization of urban traffic environment and parking benefits.

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 vehicle searching method based on a parking space number, and the method comprises the steps: S1) collection equipment collects an image, carries out the recognition and analysis of the image, determines the parking space number, and the parking space number is transmitted to a mobile terminal; S2) the mobile terminal calls a parking lot map, and determines the position information of the parking space number according to the received parking space number; and S3) the mobile terminal determines a vehicle searching path according to the current position information ofthe mobile terminal and the position information of the parking space number. Thus, the user is accurately helped to find the vehicle, the problem that it is difficult for the user to find the vehiclein the parking lot is solved, the time for the user to find the vehicle is shortened, and the vehicle finding efficiency of the user is improved.

The invention discloses an overhead type parking lot beside an urban road. The overhead type parking lot comprises an overhead building and a management facility, and is characterized by being erected on a non-motorized vehicle lane of a surface road; the net height of the overhead type parking lot is not less than a national standard permissive passage height of a non-motorized vehicle; the two ends of the overhead type parking lot are communicated with the surface road through an entrance slope bridge and an exit slope bridge; parking spaces are formed beside a passage of the overhead type parking lot side by side; pedestrian passages are formed beside the parking spaces and are communicated with surface sidewalks through stairs at certain intervals; curtain walls are arranged beside the lanes of the overhead type parking lot, the entrance slope bridge and the exit slope bridge; guardrails are arranged beside the pedestrian passages and the stairs; an entrance magnetic card scanner, a door control device and a parking space allowance indicator are arranged at the entrance of the overhead type parking lot; an exit magnetic card scanner and a door control device are arranged at the exit of the overhead type parking lot; and a speed reduction and skid resistance device is arranged on the lanes of the entrance slope bridge and the exit slope bridge.

The invention provides an up-down and translation stereoscopic mechanical garage. The up-down and translation stereoscopic mechanical garage comprises a frame, a top lifting vehicle carrying device, abottom translation vehicle carrying device, a high-rise translation vehicle carrying device and a control device. The frame comprises rectangular front and rear frame bodies and partition boards axially disposed along the front and rear frame bodies at intervals. The top lifting vehicle carrying device is disposed at the top of the frame. The bottom translation vehicle carrying device is disposedat the bottom of the frame. The high-rise translation vehicle carrying device is axially arranged along the frame at intervals. The control device automatically control parking and fetching of vehicles on all levels of the garage. Multi-layer parking is realized, the space utilization rate is improved, and the problem that the parking in a community is difficult is solved.

The invention provides an urban parking space sharing system and an implementation method thereof. The system is composed of a cloud server, a parking space terminal, a vehicle terminal and a driver terminal. The urban parking space sharing method comprises the steps that the parking space terminal identifies the parking space state through a sensor and uploads the parking space state to the cloudserver in real time, parking space information is stored, analyzed and published in real time by the cloud server, the vehicle terminal provides a nearby parking scheme to the driver in real time through a GPS positioning system, and the driver can also reserve a parking space in advance through a handheld terminal, namely, a smart phone APP. According to the system, real-time comparison can be carried out on parking space information and parking space occupied vehicle information, thereby timely driving away illegal parking vehicles, and achieving unattended supervision of parking spaces. The vehicles using the parking spaces are billed and charged by the cloud server, and the parking activities of drivers can be facilitated through a mobile payment platform such as Alipay and WeChat.

The invention relates to the parking lot management field, and provides a carport sharing method comprising the following steps: receiving carport sharing operation from a first user; forming a carport sharing request according to the carport sharing operation, and sending the request to a carport management server, wherein the carport sharing request carries carport information of a to-be-sharedcarport, the carport information at least comprises parking lot identification information, carport identification information, sharing time and price. The carport sharing method can form the carportsharing request according to the received carport sharing operation from the first user, and sends the request to the carport management server, thus allowing the carport management server to share the idle carport to other temporary vehicle owners when the first user carport is in an idle state, thus reducing the parking fee of the first user; in addition, the carport resources in the parking lotare fully utilized, thus saving parking lot resources.

The invention discloses a parking billing system and related products. The parking billing method is applied to electronic equipment and servers and comprises collecting information of a vehicle including one or more of license plate information, vehicle type information, vehicle brand information or vehicle color information; identifying the vehicle information to obtain the identity informationof the vehicle; acquiring billing standards, and billing the vehicle according to the billing standards and the identity information; transmitting the billing information of the vehicle to target electronic equipment. The parking billing system can improve parking billing convenience and reduce parking fee.

The embodiment of the invention discloses a parking control method and device, an electronic device and a storage medium. The method comprises the following steps: if the current vehicle at the current position of the current parking lot meets the autonomous parking condition, receiving the current parking instruction corresponding to the current position which is determined in advance and sent byservice end equipment corresponding to the current parking lot; controlling the current vehicle to run from the current position of the current parking lot to the next position of the current parkinglot according to the current parking instruction until the current vehicle is parked at a target position of the current parking lot. The method can effectively reduce the parking cost and simplify the parking complexity.

The invention provides a parking device and a parking garage and belongs to the field of vehicle engineering machinery. The parking device comprises a supporting mechanism, a control mechanism, a driving mechanism, a connecting mechanism and a vehicle lifting pushing vehicle. The vehicle lifting pushing vehicle comprises a lifting mechanism, a positioning plate and a translation track. The positioning plate is connected with the upper surface of the lifting mechanism. The bottom of the lifting mechanism is slidably connected with the translation track. The supporting mechanism comprises a first supporting assembly and a second supporting assembly. The connecting mechanism comprises four or more connecting arms. The two side ends of the translation track are fixedly connected with the first supporting assembly and the second supporting assembly through one ends of the connecting arms. The driving mechanism comprises four or more stretching mechanisms connected with the other ends of the connecting arms. The control mechanism is fixedly connected with the stretching mechanism. The tensioning mechanism drives the vehicle lifting pushing vehicle to rise or fall through the control mechanism. The parking garage is provided with the parking device, so that the problems of low parking efficiency and high cost in traditional parking are greatly solved.