533results about How to "Solve parking problem" patented technology

The invention relates to a dynamic parking navigation system used at the inner part of a parking lot. The dynamic parking navigation system is formed by the connection of an on-vehicle parking navigation terminal, a parking lot navigation server and a wireless parking space detecting network through wireless communication. The wireless parking space detecting network is formed by the connection of parking space detectors through wireless communication, and the parking space detectors are respectively arranged on parking spaces. The on-vehicle parking navigation terminal is arranged in a vehicle to be parked. By integrating the functions of detecting as well as collecting the parking spaces in the parking lot and positioning as well as navigating the vehicle to be parked, the dynamic parking navigation system thoroughly solves the problems of difficult parking space finding and difficult parking at the inner part of the parking lot, and meanwhile is convenient for a parking user to quickly as well as accurately find the target parking space. With full-automatic and intelligent navigation, the dynamic parking navigation system is of great significance in increasing the parking efficiency of the large-sized parking lot particularly the indoor parking lot, shortening the finding as well as waiting time of the user, and improving the utilizing rate of the parking spaces.

The invention provides a parking navigation method based on a block chain. The method comprises steps that positioning is carried out by a navigation terminal to acquire the present position information when a parking navigation instruction is received, and a parking lot information acquisition request is sent to a block chain platform; when the parking lot information acquisition request sent by the navigation terminal is received by the block chain platform, the parking lot information is acquired according to the parking lot information acquisition request, and the parking lot information is further returned to the navigation terminal; a navigation route is generated by the navigation terminal according to the parking lot position information contained in the parking lot information and the present position information. The invention further provides a readable storage medium. The method is advantaged in that the data information of various parking lots is integrated, so drivers have no need to drive vehicles to the parking lots for searching parking stalls, the parking stall information of the various parking lots can be directly queried through the navigation terminal in a remote mode, the drivers are facilitated to search the parking stalls, and a problem of difficulty in searching the parking stalls of the drivers is solved.

The invention relates to an ultra-thin device for parking and taking cars through full floating mechanical hands. Two sides of a longitudinal movement trolley are symmetrically provided with full floating mechanical hands, and the ultra-thin device consists of the longitudinal movement trolley and the full floating mechanical hands symmetrically arranged on the two sides, wherein the longitudinal movement trolley comprises an underframe, a running mechanism driving motor, a driving wheel, a driving wheel driving shaft, and a driving wheel driving gear; the full floating mechanical hand comprises a mechanical arm driving mechanism, a mechanical hand transition sliding plate, a mechanical arm, linear guide rails arranged on the inner and outer sides of a long beam on the underframe of the trolley respectively, and a swinging arm guide groove, wherein the mechanical hand transition sliding plate drives the mechanical arm to move. The device is ultra-thin, and two sets of independent full floating mechanical hands float freely in a set range, can be placed on a conveying trolley to form a horizontal movement type mechanical parking device, and can be placed on a stacker to form a laneway stacker type mechanical parking device without a carrying plate and a comb teeth rack; and the interbedded clear height is only 1.65 meters so that the construction investment is reduced, the structure is simple, the maintenance is convenient, and particularly the device is applicable to large mechanical garage.

The present invention is applicable to the technical field of parking lots and provides an intelligent parking system which comprises a mobile terminal, a server, an IPC and a garage controller in mutual communication connection. At least one garage controller is arranged in a stereoscopic garage. The IPC is arranged outside the stereoscopic garage or in the stereoscopic garage. The mobile terminal comprises a command sending module for sending an appointment parking command and/or appointment vehicle taking command comprising the specified vehicle information of a specified vehicle to the server. The server also comprises an appointment parking module and an appointment vehicle taking module. Thus, the system can help a user to use the mobile terminal to conveniently park a vehicle and take the vehicle, navigation is provided, thus a difficult parking problem is solved, and a user experience is improved.

The invention discloses a shared electric bicycle. The electric bicycle adopts a parking pile parking mode. A charger is integrated in the parking pile. Only a direct current anode and a direct current cathode are led out of the electric bicycle. The direct current anode, the direct current cathode and a locking plate form a direct inserting type structure together. The problems of charging and parking are solved. Safety is improved by adopting the modes of a high-strength vehicle body, speed limit, voice prompt and code scanning real name authentication (for preventing a child from riding the electric bicycle under the condition of no guardian). The anti-theft coefficient is increased by adopting the integrated totally-closed vehicle body, an electromagnetic lock, positioning, an adjustable and non-drawable vehicle seat and screw parts different from market normalization. The problem of temporary parking is solved by adopting a temporary two-dimensional code scheme. The riding feeling is improved by adopting rubber particle tires and a more intelligent logistic system.

The invention relates to a roadside parking device without road occupancy, which is characterized in that a lifting parking platform is movably arranged on a single column provided with a vertical guide rail face and driven by a screw rod/nut combined or gear/rack combined lifting device and does a vertical lifting motion along the guide rail face of the column. By adopting the basic structures of single column support and vertical lifting of the parking platform, parking positions can be increased by smartly utilizing greenbelt spaces at roadsides of narrow streets and residential areas and around houses and the like, therefore, the parking without road occupancy is realized, the contradictions of roadside parking and road smoothness as well as the struggle for land with parking and greening are resolved, the dew absorption of plants at night can not be influenced, the adverse influence on the normal greening growth can not be brought, the high-suspension parking security is good, and scratching and stolen damages can be greatly reduced. The threaded-fit screw rod/nut lifting device not only has simple lifting structure and low cost, but also has good parking safety supportability. The parking device has simple structure, low cost and convenient setting.

An ecological city system is prepared as setting motor vehicle road to be highway road for eliminating off traffic block-up, building all weather road system to separate man from motor vehicle and man from bicycle lane, setting sound proof shed above and along motor vehicle road to completely isolate noise of motor vehicle, setting zero transfer station structure between top layer and bottom layer of overpass to build up zero transit system of city public transit.

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

The invention relates to a parking space sharing management system which comprises a parking space leasing party mobile terminal, a parking space renting party mobile terminal, a gateway controller and a gateway.The gateway is electrically connected with the gateway controller and a vehicle detector.The gateway controller is connected with the parking space renting party mobile terminal.The parking space leasing party mobile terminal and the parking space renting party mobile terminal are both connected with a cloud platform server.The parking space sharing management system can further directly perform safe communication with the gateway controller by installing the gateway controller on the gateway through the mobile terminals, accordingly control opening and closing of the gateway and greatly improve the parking space utilization rate.

The invention discloses a stereo garage with an intelligent charging function. The stereo garage comprises a garage body, an illumination system, a garage intelligent control system and a touch screen, wherein a plurality of car carrying plates, a car carrying plate guide rail device, a car carrying plate driving device, a charging connector and a storage battery are arranged on the garage body; the car carrying plate driving device is used for controlling the car carrying plates to move on the car carrying plate guide rail device; a solar panel is arranged on the top end of the garage body; and the garage intelligent control system comprises a main control unit, a parking control unit, a car charging control unit and a solar control unit. The parking control unit comprises a car carrying plate control module and a charging module; and the automobile charging control unit comprises a charging time control module and a charging connector control module. The stereo garage with the intelligent charging function has the advantages that more parking spaces can be provided under the condition of the specific area, so that the problem of parking difficulty is solved; meanwhile, the charging can be performed, so that the problem of charging difficulty can also be solved during parking; and the charging can be performed in the low tide period of electricity consumption so as to reduce the charging cost, and the like.

The invention discloses an automatic parking locus optimization method based on a full-simultaneous dynamic optimization framework, and brings forward a vehicle-environment integrated modeling dynamic optimization framework based on full-simultaneous solution strategy, for the purposes of solving the problem of safe parking at a narrow parking space within shortest time due to fast rhythm of cities, effectively eliminating influences exerted by different parking space shapes on locus planning strategies and optimizing a safe bump-free locus which has nonholonomic constraints and satisfies low-speed parking of vehicles within the shortest time. The method provided by the invention is crucially characterized in that vehicle-parking space obstacle avoidance integrated modeling is realized by use of an MPCC mathematic optimization technology, and at the same time, can optimize correlation indexes of vehicle kinetics and dynamics. According to the method, control information such as the speed, the front-wheel corner, the accelerated speed, the front-wheel angular velocity and the like of a vehicle tracking optimization locus can be directly obtained, and actual parking assistance is facilitated.

The invention provides an all-terrain automatic parking system, which comprises a data acquisition module, a vehicular display module, a strategy control module, a steering module and a power module. The data acquisition module and the vehicular display module are respectively connected with the strategy control module via data buses, and the strategy control module is respectively connected with the steering module and the power module via data busses. The data acquisition module detects parking lots and barriers in a surrounding environment, real-time vehicle speed is observed, a driver selects different parking modes according to road conditions (including whether conditions, terrain conditions and normal road conditions), the system formulates a suitable parking strategy according to the selected parking mode, the parking angle and the parking speed are controlled, and the driver can assuredly park a vehicle into an accurate parking lot safely and fast under various road conditions. Parking efficiency of the driver is improved, parking safety is guaranteed, and particularly, the all-terrain automatic parking system plays an important role in safely parking under the conditions of severe weathers, saving oil and gas resources and the like.

The embodiment of the invention provides a configuration method of parking stall resources and a device. The method comprises steps of acquiring real-time parking data of N parking lots in a set region in a peak period of the set region, wherein N>=1; determining the parking stall occupation rate of each parking lot according to the real-time parking data of each parking lot; determining M parking lots whose parking lot occupation rates are smaller than the first threshold value in the N parking lots to be idle parking lots, wherein 1<=M<N; and finally recommending the M idle parking lots to users who are driving to the set region. In the embodiment, by acquiring the real-time parking data of each parking lot, analyzing the real-time parking stall occupation condition of each parking lot according to the real-time parking data, and carrying out flow dividing on vehicles in the set region according to the real-time parking stall occupation condition of each parking lot, so problems of parking jams and parking difficulties in the set region in the peak period are solved and the parking resource utilization rate in the set region is increased.

The invention discloses an intelligent parking system based on a shared charging station and a control method of the system. The system comprises the charging station, public parking stalls, a commercial parking lot, a parking lot of an enterprise or public institution and private parking stalls in a community; the system further comprises parking lot management systems of the commercial parking lot and the parking lot of the enterprise or public institution, intelligent ground locks arranged in the public and private parking stalls, a server and a mobile client; and the shared charging station, the parking lot management systems, the intelligent ground locks and the mobile client are connected with the server via a wireless communication module. Five modes of parking stalls are used in anintegrated manner, the utilization rate of the parking stalls is improved, the difficulty in parking is overcome, and extra economic benefit is provided; and parking stalls in the charging station are used by chargeable vehicles and vehicles with low electric quantity in priority, the utilization rate can be improved, and normal charging of the chargeable vehicles can be ensured.

The invention belongs to the technical field of parking stall renting and specifically relates to a WeChat public platform-based parking stall renting method and system. A technical problem which is solved is how to provide a low-cost and high-stability WeChat public platform-based parking stall renting method and system. A technical solution which is adopted comprises the following steps: in step S101, a suitable parking stall for rent is selected; in step S102, transaction request information is generated; in step S103, after the transaction information is received, two-dimensional code scanning operation is performed (or the two-dimensional code scanning operation is not required), a timer for parking stall renting is started, and a vehicle is let in; in step S104, a two-dimensional code scanning operation is performed again (or the two-dimensional code scanning operation is not required), the timer for parking stall renting is stopped; in step S105, a transaction order is generated and then settled; in step S106, the vehicle is let out. The WeChat public platform-based parking stall renting method and system are suitable for the field of parking stall renting.

The invention relates to parking equipment, in particular to solar driven double-layer self-propelled parking equipment, belonging to the technical field of the parking equipment. According to the technical scheme of the invention, the periphery of a steel frame is provided vertical columns; the steel frame is provided with cross beams; the vertical columns are connected with the cross beams; theuppermost cross beam is provided with a solar cell panel; the cross beams are also provided with movable vehicle-carrying boards; the vehicle-carrying boards are provided with lifting mechanisms whichcomprise winding drums and driving mechanisms for driving the lifting mechanisms; the driving mechanisms comprise storage cell for providing electric energy by the solar cell panel; and one side under the steel frame is provided with a propelling drive mechanism and the other side is provided with a propelling follow-up mechanism. The equipment can be used for solving the problem of difficult parking as families or residential quarters and the like can not build large-scale parking garages. The solar driven double-layer self-propelled parking equipment occupies half parts of the roads of theresidential quarters, and the other half parts of the roads are taken as temporary driveways. The parking equipment also can be put on small open spaces at the front and back of dwelling houses; therefore, an upper layer parking space is added based on the original ground parking space.

The invention discloses a parking space booking system capable of automatically recognizing vehicles. After receiving a parking space booking request, a control unit obtains target vehicle license plate information acquired by an operation module, analyzes detected results of a parking space detecting unit, distributes one parking space for a target vehicle as a specified parking space, and sends parking space information of the specified parking space to a display module; the control unit is used for bonding parking space information of the specified parking space with license plate information of the target vehicle, obtaining license plate information acquired by a recognizing module on the specified parking space, comparing the acquired license plate information with the license plate information of the target vehicle, and controlling a locking module on the specified parking space to unlock in an injunctive manner when the acquired license plate information is the same with license plate information of the target vehicle; and when the acquired license plate information is different from license plate information of the target vehicle, the control unit is used for controlling the locking module on the specified parking space to keep a locking state in the injunctive manner.