1207results about How to "Convenient parking" patented technology

The invention discloses an intelligent guiding and car locating system for a parking lot. The intelligent guiding and car locating system comprises a vehicle detecting coil, an automatic card sender, a license plate identifying camera, position identifiers, a vehicle guide display screen, an application server, a database server, an intelligent searching terminal, and a parking lot visible management system. The devices are communicated with one another by accessing a router through a wired network. When a car owner drives a car into the parking lot, the intelligent guiding and car locating system guides and indicates the car owner to find a parking space conveniently and rapidly. Meanwhile, parking cards are bound with license plates, so that a vehicle parking position is recorded by the position identifier mounted above each parking space. When the car owner finds the car, the parking space can be found by inputting a license plate number through the intelligent searching terminal or slotting the parking card, and an optical car taking route is obtained simultaneously.

A dual-posture Electric Assist Bicycle (EAB) permits a rider to assume a rider-upright position while peddling or a rider-recumbent position while coasting with the electric assist propulsion system engaged. The rider can alternate between positions safely and while in motion. The dual-posture EAB comprises: a seat assembly, a footrest assembly and an extended handlebar assembly. The EAB's seat assembly includes an inclined backrest that is typically affixed to the EAB's seat post. Left and right footrests are affixed near the EAB's headtube. The extended handlebar typically includes means for quickly repositioning the controls while under way to optimize ergonomics for whichever seating posture is being used. In another example of the invention the frame of the bicycle is foldable into a dolly configuration for easy moving and storage. In yet another example of the invention the seat assembly, extended handlebar assembly, footrest assembly and an electric assist propulsion system are provided in kit form for converting a standard peddle bicycle into a dual-posture EAB. In still another example of the invention a trailer is provided with the EAB for towing additional batteries.

The invention provides a parking space reservation management system of an intelligent parking lot. The system comprises a server, a client, a public wireless communication module, a GSM short message module, a parking space communication control module which is arranged in each parking space and an active RFID card which is arranged on each registered client vehicle and is one-to-one bound with a client GSM number. The parking space communication control module reads the information of the active RFID card and carries out information exchange with the public wireless communication module through a ZigBee network. The server carries out information exchange with the public wireless communication module through a public communication network and carries out information exchange with a client through the GSM short message module. According to the invention, detailed parking space information can be offered for the registered client and a parking space reservation function is realized; the blindness of parking of the registered client is completely eliminated; the client can successfully find a parking space; going out and parking of the client are convenient; and the system has strong anti-interference capacity, and is especially suitable for parking lots of a supermarket, an airport, a hospital and other public places.

The embodiment of the invention discloses a parking space inquiry method, a network terminal and a parking space inquiry system, which are applied to the field of traffics. The parking space inquiry method comprises the following steps of: receiving a parking space inquiry request sent from an automobile terminal by the network terminal, wherein the parking space inquiry request comprises a destination position; inquiring a parking lot meeting a preset condition that a distance between the parking lot and the destination position is in a range of L which is a preset distance value; sending the inquiry request to the parking lot meeting the preset condition; receiving parking space information returned from a parking lot system, wherein the parking space information comprises residual parking spaces of the parking lot; and returning an inquiry result of the automobile terminal, wherein the inquiry result comprises the position of the parking lot and the corresponding parking space information. According to the embodiment, a user can conveniently find the parking space.

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.

A three-section foldable loading ramp extends a pick-up truck's cargo area to accommodate heavy and lengthy items. The first or frame section of the present loading ramp installs onto the existing tailgate slip hinges in place of the tailgate without tools or modification of the vehicle. Upper and lower ramp sections are pivotally connected to each other and to the frame section in a similar manner. An arm carried by the first frame section pivots down onto the vehicle's hitch for additional support for the ramp; two legs pivot down from the upper ramp to engage the ground provide further support. The surface of ramp is covered with expanded metal or metal mesh to provide traction in the loading configuration and rearward visibility for the drive in the loaded configuration, with reinforcing added where the load will engage the ramp surface.

The invention discloses a parking location guide and management system based on a CAN bus, which comprises an entrance control module, a parking location detection module, a parking location guide and counting module, an exit control module and an upper computer; the entrance control module controls an entrance road blocking machine, recognizes and receives car license plate information and drives a parking location information display screen; the parking location detection module detects the use and distribution condition of parking locations in a real-time manner; the parking location counting and guide module is used for the parking location counting and parking location guide, and a parking location is determined by the instruction of a guide board; the exit control module controls the exit road blocking machine, and recognizes the car license plate information and starts a charging system; and the upper computer manages and monitors the operation of the whole system. The parking location guide and management system realizes the functions of the real-time parking locations counting, the automatic parking location guide and accurate charging of a parking space, etc., which greatly reduces the manpower cost and guarantees the parking convenience and charging reliability; and the functions of the CAN parking location guide and management system can be customized according to the needs of customers and have strong expandability.

The invention relates to the technical field of information processing, and particularly relates to a parking space guiding method. The parking space guiding method comprises the steps of receiving image information, which is sent by a camera shooting device deployed in a parking lot, of a target vehicle entering the parking lot, and obtaining vehicle information of the target vehicle based on theimage information; determining an idle parking space matched with the vehicle information according to the vehicle information, current idle parking space information and a parking space matching model trained by machine learning in advance; and providing a matched parking space guiding route for the target vehicle according to the idle parking space matched with the vehicle information. The parking space guiding scheme provided by the embodiment of the invention can provide a parking space and a parking space guiding route for the target vehicle by combining the target vehicle and the actualcondition of parking spaces of the parking lot. The embodiment of the invention further provides a parking space guiding device and system and electronic equipment.

The method includes steps: (1) accept customer's request for booking a parking space; (2) searching parking space of meeting customer's booking condition; (3) assigning parking space of according with strategy as booking parking space for the customer; (4) replying treating result of booking parking space back to the customer; (5) sending information of booking parking space and information of the customer to relevant parking lot; (6) reserving retained parking space till appointed hour; (7) adjusting quantity of unoccupied parking spaces; (8) identification before the customer uses the retained parking space. The system is composed of calling canter of booking parking space, computer system, parking space database, related scheduling, assigning, charging and managing programs etc.

A remote control system for remotely driving a passenger vehicle, comprising a key controller configured to receive a signal sent by a vehicle intelligent key device and to generate a remote signal according to the received signal, a body control module configured to control the passenger vehicle to enter into a remote control mode according to the remote signal, and an automatic transmission configured to control a gear of a gearbox of the passenger vehicle to switch according to the remote signal.

The present invention relates to an intelligent type stereo parking garage with parking zone, working zone and car-taking zone. It includes the following several portions: intelligent control system, intelligent robot, mechanical grip, centering guide and remote controller. Said invention also provides its concrete operation method and steps.

The invention relates to a bicycle stander and discloses a vertical-lifting-type bicycle stander. The stander comprises a stand column (1) and a lifting bicycle frame (2), wherein the upper portion of the stand column (1) is connected with a pulley (12), the stand column (1) is provided with a sliding groove (11) in the vertical direction, a connection piece (31) is embedded in the sliding groove (11) in a clamped mode, the top of the connection piece (31) is connected with a connection cable (32), the connection cable (32) is wound around the pulley (12) and is connected with the bottom of the stand column (1) through a tension spring (33), the front end of the lifting bicycle frame (2) is fixedly connected with the top of the connection piece (31), the bottom of the lifting bicycle frame (2) is provided with a first pull rod (21), the front end of the first pull rod (21) is connected with a first movable block (22), a first fixed block (13) is connected to the inside of the sliding groove (11), and the first movable block (22) is matched with the first fixed block (13). When the vertical-lifting-type bicycle stander is used, a bicycle can be parked conveniently and safely, the space utilization rate is high, and bicycles can be parked in order.

The invention relates to a planar movement class mechanical type three-dimensional parking garage. The parking garage comprises an elevator (100), a multi-layer garage (200), an in-and-out-of-garage room (300) and an automatic control system (400), and is characterized in that: the middle part or one side of the multi-layer multi-row garage (200) is provided with a rotary type transverse mover (500). The three-dimensional parking garage has more parking lots and really realizes unmanned operation in the garage; and automobiles are fully automatically moved, a driver can quickly and effectively park or fetch the automobile just by swiping an IC card outside the in-and-out-of-garage room, so that the operational efficiency and the economic benefit of the mechanical type three-dimensional parking garage are both improved.

The invention provides a turret type three-dimensional goods storage rack and an automatic goods storing and taking method. The method includes the following steps that initialization is conducted firstly, a lifting platform moves and stops on a storing layer, and a tractor is started to work until traction frames are put on all transfer goods allocations; the lifting platform moves vertically and stops on an entering and exiting layer, and the tractor pushes all the traction frames to the transition goods allocations; goods to be stored are put on the transition goods allocations, and the tractor drags the traction frames to the transfer goods allocations at this moment; the lifting platform moves and stops on the storing layer, and the tractor pushes the traction frames and goods to a storage bin together; during goods taking, the tractor pulls the traction frames and drags the traction frames and the goods to the transfer goods allocations together; and the lifting platform moves to the entering and exiting layer, the tractor pushes all the traction frames to the transition goods allocations, and goods taking is completed. According to the automatic goods storing and taking method, automatic goods storing and taking can be achieved, no operation needs to be conducted by a goods owner in the process, efficiency of storing and taking goods is high, and the goods storing amount is large.

The invention discloses a parking system and a vertical parking method thereof. The system is composed of ranging sensor, vehicle speed sensor, central processing module and voice prompt module. In the process of searching for a parking lot, the distance between the two sides of the car and the obstacle is measured in real time by the distance measuring sensor, and the free parking space that meets the requirements is judged based on the vehicle speed information; the "four-step method" is used to complete the vertical parking: S1, return the steering wheel to the vehicle Adjust until the center of the right rear wheel is at point P1, prompting to stop and shift to forward gear; S2, turn the steering wheel to the full left, drive forward until the center of the right rear wheel is at point M, prompt to stop and change to reverse gear; S3, turn the steering wheel to the full right, reverse Drive until the center of the right rear wheel is at point O, prompting the steering wheel to return to the center; S4, return the steering wheel and drive backwards until the distance from the rear obstacle is 30 cm or the front edge of the vehicle is flush with the front edge of the side vehicle to complete vertical parking. The invention can accurately and effectively park the car into the vertical parking space through the designed parking algorithm.

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.

The present invention discloses a composite-image parking-assistant system, which is installed in a vehicle. When a driver drives his vehicle to passes at least one parking space, the system of the present invention uses camera devices to capture images involving the parking space. A processing unit converts the images into bird's eye view images and integrates the bird's eye view images into a composite bird's eye view surrounding map via the common characteristics thereof. A display device presents the surrounding map to the driver. The processing unit adjusts the coverage the vision field of the surrounding map according the relative position of the vehicle and the parking space to make the magnification of the vision field inverse proportional to the relative position. Thereby, the driver can park his vehicle efficiently and avoid collision.

The invention provides a private parking space sharing method and system. The method comprises the steps that parking space need information is issued by a parking space demander through an APP in anintelligent mobile terminal; after a server receives the parking space need information, an available parking space is pushed to the parking space demander; after the parking space demander receives the available parking space pushed by the server, the parking space is reserved for use; the server sends the parking space need information to a parking space lock controller; a camera identificationmodule on a parking space lock device identifies the license plate number of a vehicle which is going to enter the parking space, and determines whether the license plate number is consistent with a license plate number in the parking space need information sent by the parking space demander; if the numbers are the same, the parking space lock device is opened, the vehicle enters the parking space, and timing charging is started; if the numbers are not the same, the parking space lock device is not opened; when the vehicle is ready to leave, the server sends a message to leave the parking space to the parking space lock controller; the parking space lock device identifies that the vehicle leaves the parking space, and the parking space lock controller stops timing and counts the parking fee; the parking space demander pays the parking fee; and the parking space lock device is closed.

The invention relates to an intelligent folding scooter which comprises a front scooter body and a rear scooter body. The front scooter body and the rear scooter body are connected in a foldable mode through a front scooter body and rear scooter body connecting piece. The front scooter body comprises handlebars, a handlebar lifting rod and a driving wheel, wherein the handlebars are connected to the two sides of the top end of the handlebar lifting rod through threads, a front wheel fork piece is fixedly arranged at the bottom of the handlebar lifting rod, and the driving wheel is rotationally installed on the front wheel fork piece. The rear scooter body comprises a pedal, a folding device and a rear wheel, wherein the folding device is fixedly installed at the front end of the pedal and provided with a folding footstep, the front scooter body and rear scooter body connecting piece is movably connected to the folding device, a rear wheel installation base is arranged at the rear end of the pedal, the rear wheel is rotationally installed on the rear wheel installation base, a battery locking device and a controller are arranged on the handlebar lifting rod, a detachable and replaceable battery pack is installed on the battery locking device, and the controller is electrically connected with the detachable and replaceable battery pack. The intelligent folding scooter is light and flexible, easy to fold and store, complete in function and good in man-machine interaction performance.

The invention provides an electromechanical brake control system, which includes a brake signal input unit, a wheel speed acquisition unit, a microcontroller, and a plurality of electromechanical brakes corresponding to a plurality of wheels respectively, wherein the brake signal input unit is used for generating brake signals and outputting the brake signals; the wheel speed acquisition unit is used for acquiring wheel speeds in real time and outputting the acquired wheel speed signals; the microcontroller is used for receiving the brake signals and the wheel speed signals in real time and outputting a plurality of paths of control signals according to the brake signals and the wheel speed signals, so as to control and drive the electromechanical brakes in real time; and the electromechanical brakes are used for braking the corresponding wheels respectively according to the plurality of paths of control signals outputted by the microcontroller. The electromechanical brake control system has the advantages of simple structure, small volume, rapid brake response and good brake effect.

The invention discloses a whole-section quick-drilling drill carriage specially used for parallel cut blasting of large empty holes in a roadway. The drill carriage is composed of a walking mechanism, a carriage frame, a hydraulic system, an electrical system and two drilling devices, wherein the first drilling device is used for drilling common blasting holes, and the second drilling device is used for drilling cut holes with the diameter of 100 mm or more. In the operating process of the drill carriage, a hydraulic motor drives a main chain wheel of a crawler-type walking chassis to rotate through a speed reducer; after a carriage body is stabilized, the first drilling device and the second drilling device are manipulated to select hole locations respectively; after the first drilling device and the second drilling device are located, the common blasting holes and the empty holes with the diameter of 100 mm or more can be drilled in rock simultaneously. The drill carriage is suitable for the roadway with the minimum section of 8 square meters and the maximum section of 23 square meters; by the adoption of a building block structural design, the drill carriage is convenient and fast to disassemble and assemble and convenient to transport; as a result, the drill carriage can be used when the length of the roadway under tunneling construction is seven meters or more, and accelerates tunneling mechanization and quick and efficient tunneling modernization.

The invention provides a stereo parking garage which comprises a garage frame, a parking space selecting mechanism, a vehicle carrier tray and a telescopic mechanism. The garage frame comprises stand columns, transverse beams connected with the stand columns and at least one layer of comb-tooth type parking spaces which are arranged on the stand columns and are higher than the ground, each layer of the comb-tooth type parking spaces at least comprise a set of static comb tooth racks used for enabling vehicles to be parked, and the static comb tooth racks are provided with a plurality of static comb teeth distributed at intervals. The parking space selecting mechanism comprises transverse moving guide rails, lifting guide rails, an L-shaped support, a first driving device and a second driving device. The vehicle carrier tray is arranged on the L-shaped support, the telescopic mechanism is arranged on the vehicle carrier tray, the telescopic mechanism is provided with a movable comb tooth rack which conveys vehicles from the vehicle carrier tray to the comb-tooth type parking spaces, and the movable comb-tooth type rack is provided with a plurality of movable comb teeth, wherein the movable comb teeth and the static comb teeth are arranged at intervals in a staggered mode, and the movable comb teeth can move up and down and penetrate through the static comb teeth. Compared with the prior art, the stereo parking garage is simple in structure, relatively low in manufacturing cost and low in maintenance cost, and saves spaces for enabling the vehicles to back in the garage.

The present invention discloses an intelligent energy-saving electricity system of light navigation in a large-scale underground garage of a residence community, and a method thereof. The system comprises an access management subsystem, a license plate recognition subsystem and a light navigation subsystem. The license plate recognition subsystem is used for real-time monitoring and recording of information of a vehicle entering or going out of the garage, and is used for positioning and recognition of the license plate; if the vehicle enters the garage, in the license plate recognition subsystem, it is determined whether the information of the vehicle is pre-stored information in a database after recognition, if the information of the vehicle is stored in a database, a command permitting access is sent to the access management subsystem, and then a navigation command is sent to the light navigation subsystem; and if the vehicle goes out of the garage, it is determined whether the information of the vehicle is pre-stored information in the database after recognition so as to determine whether permitting to go through or not. The light navigation subsystem is used for light navigation to vehicles which enter or go out of the garage, and only floodlights within the setting distance of a vehicle are turned on, regardless of whether a vehicle drives along the planned routes in the access management subsystem, thereby power supply is saved.

The invention discloses a method and system improving mechanical type stereo garage stock handling capacity; the system comprises a center data server and at least one mechanical type stereo garage; the mechanical type stereo garage is connected with the center data server through the internet so as to real time exchange parking stall occupation related information in the mechanical type stereo garage; the center data server allows pre-engaged terminals to visit, so users (normally drivers) can carry out pre-engaged parking and taking operations through the pre-engaged terminals on a network end; the pre-engaged terminals and the center data server exchange information so as to realize the following functions: obtaining parking stall numbers and usage conditions of all mechanical type stereo garages; pre-engaging for parking cars; pre-engaging for taking cars. The pre-engaged terminal has a payment function; the method and system improving mechanical type stereo garage stock handling capacity are easy to implement, and can obviously improve the mechanical type stereo garage stock handling capacity.

The present invention relates to a parking management method and system, and relates to the technical field of parking management. The parking management method and system mainly solve the technical problem that existing parking spaces are less adaptable to vehicles of multiple sizes. The main technical scheme of the parking management method and system is that the parking management method includes the steps: identifying vehicle type information of a vehicle to be parked; allocating planned parking space information matching the vehicle type information and size of the vehicle to be parked from the to-be-allocated parking space; and assigning the parking space to be divided according to the planned parking space information, generating the parking space for the vehicle to be parked. Compared with the prior art, the parking management method and system can be applied to a parking lot of the automatic identification and distribution demand of vehicles of various types, and are convenient for the owner to park.

The invention relates to a parking navigation method based on inertial navigation. The method comprises the following steps: before a vehicle enters a parking lot, a parking lot service end identifies a vehicle client; after identification is successful, the vehicle client of the vehicle obtains parking information of the parking lot from the parking lot service end; the vehicle client calculates an optimal parking stall and an optimal navigation path according to the parking information of the parking lot; and the vehicle client starts inertial navigation, and guides the vehicle to the optimal parking stall on the basis of the speed, acceleration and navigation path of the vehicle. According to the parking navigation method, the vehicle client achieves parking navigation of the vehicle in the parking lot, and an inertial navigation mode enables accurate, quick and convenient parking to be achieved in an underground parking lot or an indoor parking lot with weak GPS signals or with no GPS signals.

The invention discloses an automatic parking route planning method based on an EPS. The method includes the steps: S1 detecting a parking space to obtain effective parking space information; S2 selecting a target parking strategy for a vehicle according to the effective parking space information, and guiding the vehicle to automatically enter an effective parking space to park according to the target parking strategy; S3 recording torque intervention intensity and torque intervention time on a steering wheel in automatic parking process of the vehicle, comparing the torque intervention intensity with a preset torque threshold value, comparing the torque intervention time and a preset time threshold value, and entering an assistant mode of the EPS when the torque intervention intensity exceeds the preset torque threshold value and the torque intervention time exceeds the preset time threshold value. The invention discloses an automatic parking system based on the EPS. A parking guide module selects target parking strategies according to results of a parking space detection module, and a mode switching module switches parking modes according to torque intervention intensity and torque intervention time on a steering wheel in the automatic parking process.