99results about How to "Easy access to the car" patented technology

The invention relates to an intelligent guiding parking device for a three-dimensional garage and a garage in-out method thereof. The intelligent guiding parking device for the three-dimensional garage comprises a central processing unit, a parking-place information reminding screen connected with the central processing unit and used for displaying the number of current parked parking places and the number of surplus spare parking places, a wireless communication module connected with the central processing unit, a vehicle-shape detection module connected with the central processing unit and used for detecting the shapes and the sizes of vehicles and sending signals of the shapes and the sizes of the vehicles to the central processing unit and a parking-place optimization distributing and reminding module connected with the central processing unit. The central processing unit analyzes the shapes and the sizes of the vehicles, a suggestion of the position and the number of the three-dimensional garage of vehicle carrying plates suitable for the shapes and the sizes of the vehicles is provided in cooperation with the positions and the numbers of the current spare parking places, and then is displayed on the parking-place information reminding screen. By means of the intelligent guiding parking device for the three-dimensional garage and the garage in-out method thereof, the reasonable parking-position guiding suggestion can be provided for users according to the shapes and the sizes of the vehicles, and the users conveniently take the vehicles.

A stereoscopic storage garage for bicycles comprises a garage body and at least one lifting platform, wherein a plurality of parking benches are vertically arranged in the garage body in a separated way; each parking bench has an annular external rail, an annular internal rail, and a plurality of carriers matched with the external rails and the internal rails; the size of the external rail is greater than the size of the internal rail; the front end the back end of the carrier are respectively provided with guide wheels matched with the external rail and the internal rail; a guide slot is formed in the upper surface of each carrier; the guide slot passes through the front end of the carrier; the guide slot is movably matched with a parking rack; each carrier on each parking bench is matched with a driving device driving the carrier to rotate surrounding a garage body middle shaft; the lifting platforms are arranged on the periphery of the garage body; and each lifting platform is provided with a storage mechanism capable of movably grasping the parking rack. The stereoscopic storage garage for bicycles enables bicycles to be stored in a stereoscopic way, and is advantaged by effective spatial resource utilization, great capacity for the storage of bicycles and convenient bicycle parking and fetching.

The invention relates to the field of automation stereo garages, in particular to an opposite wing type non-avoiding stereo garage, which comprises a support fixed on the ground, a support column fixed in the support, automobile loading boards hung on two sides of the support column and an opposite wing type automobile loading layer formed by the two automobile loading boards. The number of the opposite wing type automobile loading layer is at least one. A non-avoiding parking and picking mechanism formed by a clamping mechanism, a horizontal rotary mechanism, a longitudinal moving mechanism and a lifting mechanism is arranged on the support column between the two automobile loading boards on each opposite wing type automobile loading layer. The non-avoiding parking and picking mechanism is connected with a power line and a signal line of a control cabinet and a hydraulic oil pipe. By means of the structure, the opposite wing type non-avoiding stereo garage has the advantages of being arranged movably, quick and convenient to park and pick up, high in land utilizing rate and low in construction cost.

The invention discloses an underground garage for reasonably controlling parking space allocation and parking space occupied spaces. The underground garage comprises a main building basement and an external underground garage area located on the outer side of the main building basement, the external underground garage area is provided with a first traffic lane area, a second traffic lane area, a miniature vehicle parking area, a medium-sized vehicle parking area and a large vehicle parking area, and the medium-sized vehicle parking area and the large vehicle parking area are arranged between the first traffic lane area and the second traffic lane area; the main building basement is provided with an upper layer space and a lower layer space, the upper layer space is provided with a storeroom, the lower layer space is provided with a main parking area or an equipment area, the joint position of the main building basement and the external underground garage area is provided with a self-walking parking area, and parking space dynamically allocating and computing systems are arranged on the external underground garage area and the lower layer space. According to the underground garage, the underground garage is reasonably partitioned, the area occupied by vehicles is reduced, the size of garage column grids is effectively controlled, and the problem that an existing three-dimensional garage cannot achieve dynamic distribution of unoccupied parking spaces is solved.

The invention provides a comb tooth-type automobile rotary disk. The comb tooth-type automobile rotary disk comprises a side raceway, a middle raceway, a lifting floating type platform, a transverse moving frame and a fixed platform, wherein the transverse moving frame can move horizontally and transversely on the side raceway and the middle raceway. The comb tooth-type automobile rotary disk provided by the invention can move horizontally along with the transverse moving frame, therefore, when a lifting carrier moves vertically in a wellhole so as to pass through an inlet and outlet layer, as the comb tooth-type automobile rotary disk can avoid the lifting carrier horizontally, the vertical movement of the carrier is not affected, and when being at a middle position, the comb tooth-type automobile rotary disk aslo can move rotatably, so that an automobile can enters or exit from a garage in an advancing manner and does not need to reversely exit from the garage; and the comb tooth-type automobile rotary disk is convenient for placing-in and taking-out of automobiles and high in degree of automation and can be used for effectively improving the smoothness of parking equipment.

Provided are a parking and picking control system and method for parks.The parking and picking control method comprises the steps that numbers and marks for each parking lot or parking area and entries of the parking lots or parking areas are set; each park corresponds to a car searching website, and information of the car searching website is stored in a website server; in addition, a tow-dimensional code is pasted in each parking lot or parking area and its entry, wherein the tow-dimensional code contains website information of the car searching website of the parks; intelligent terminals (such as smart phones and tablet personal computers) carried by users are used; the website server includes a database with information of the parks.The parking and picking control system and method for the parks overcomes the defect of the prior art of searching cars by memory and failure in searching cars conveniently at any position of the parks.

The invention discloses a car parking and taking method of a sliding contact line charging type stereo garage unit. The method comprises the steps of reverse parking, wherein if an idle lower-layer car carrying plate exists, a car is driven to the lower-layer car carrying plate along car driving oblique blocks, sliding rods trigger pressing switches when rear wheels of the car cross positioning protrusions, charging piles are connected with a charging circuit to charge the car, reverse parking is finished, and if no idle lower-layer car carrying plate exists, an idle upper-layer car carrying plate is put down to carry the car; car driving, wherein car driving achieved through the lower-layer car carrying plate and car driving achieved through the upper-layer car carrying plate are conducted, and car driving achieved through the lower-layer car carrying plate is conducted through the steps that the car is started and made to drive forwards, and the car passes through the car driving oblique blocks, leaves the lower-layer car carrying plate and then drives away from the garage unit. By means of the car parking and taking method, the parking capacity of the garage unit can be fully utilized, the car storing and taking process is optimized, the efficiency is improved, and the advantages that falling is prevented, and the charging piles are automatically energized are achieved.

The invention discloses a slide wire charging type stereo garage unit. The slide wire charging type stereo garage unit comprises double-layer stall subunits, wherein supporting stand columns are arranged at four corners of each double-layer stall subunit; front cross beams are connected between the tops of the front stand columns; rear cross beams are connected between the tops of the rear stand columns; longitudinal beams are connected between the front stand columns and the rear stand columns; vehicle entrances are arranged on the front sides of the double-layer stall subunits; upper slide wires, lower slide wires, upper vehicle carrying boards and lower vehicle carrying boards are arranged inside the double-layer stall subunits; the upper vehicle carrying boards and the lower vehicle carrying boards are provided with automatic power on-off mechanism, adjustable suspension mechanism, anti-falling boxes and charging piles; the charging piles are connected with electric brushes; and the electric brushes are in sliding connection with the slide wires. Double-layer parking can be achieved, and the space utilization rate is high; the appointed upper vehicle carrying boards can be lifted conveniently through change of positions, so that vehicle parking and taking are convenient; and the upper vehicle carrying boards can be conveniently leveled, automatic power on-off of the charging piles are achieved, the upper vehicle carrying boards are prevented from falling down, and the slide wire charging type stereo garage unit has good application and popularization value.

The invention relates to a fork-comb bearing small three-dimensional intelligent parking garage comprising a frame, a lifting device, a transverse moving device and an intelligent detection control device. The lifting device comprises a motor, worm gear reducers, a lifting platform and lifting guide rails; the lifting platform comprises two independent fork comb arms which are driven by the motor to move in the lifting guide rail by means of the worm gear reducer. The transverse moving device comprises a motor, fork comb vehicle carrying plates, gear racks, gears, chains and chain wheels; each parking space is provided with a fork comb vehicle carrying plate; the fork comb vehicle carrying plate is provided with the gear racks which are matched with the gears and transverse movement is realized through chain drive. A comb tooth type structure is adopted by the fork comb arms and the fork comb vehicle carrying plates, wherein the comb tooth of the vehicle carrying plates and the comb tooth of the left and the right comb arms are staggered and matched. The parking garage of the invention has small land occupation and reasonable structure; the comb tooth type vehicle carrying plates and the lifting platform make it easy and convenient to take cars; and PLC is used as the control core, which has high automation degree and is safe and reliable.

The invention relates to a rotary stereo garage of a ring arched split cabin, which is a semi-underground garage, comprising an internal ring and an external ring. The internal ring is composed of a sliding bearing, a flange I, an internal ring strut, an internal ring frame and a cabin. The external ring is composed of a sleeve, a flange II, an external ring strut, an external ring frame and the cabin. Each cabin is an independent unit and is connected with the strut respectively, and the cabins are connected pairwise to form ring arched shapes. A main shaft is fixed on a bearing which is arranged in a bearing support on the ground. A section of arc plate is welded at the outer margin of each cabin respectively. A plurality of arc racks are welded on the arc plate and the arc rack is combined with the chain respectively to form a chain drive. The invention has an advantage of the internal and external rings rotating independently relatively due to a double drive mode.

The invention relates to a stereo garage bidirectional vehicle storing and taking device which comprises a vehicle carrying plate. The stereo garage bidirectional vehicle storing and taking device further comprises carrying frames distributed on the two sides of the vehicle carrying plate and used for carrying vehicles, the carrying frames comprise rollers with chain wheels, bearings and bearing seats, the rollers with the chain wheels are transversely and evenly installed on the bearing seats, the bearing seats are installed on the vehicle carrying plate, the chain wheels on the rollers, on the same side, of the corresponding carrying frame are connected through a chain, the movement between the rollers is free of interference, conveying belts capable of moving along with the rollers are installed above the carrying frames, a power device driving the carrying frames to move in a bidirectional mode is arranged on the vehicle carrying plate, and clutch movable disc moving mechanisms are further arranged on the other two sides of the vehicle carrying plate. The stereo garage bidirectional vehicle storing and taking device has the advantages that multilayer double-station bidirectional vehicle storing and taking are achieved through one power device, the structure is simple and compact, the layout is scientific and reasonable, operation is synchronous, stable and reliable, the vehicle storing and taking process is easy and convenient, consumed time is short, efficiency is high, the floor height of parking spaces can be effectively reduced, and the space utilization rate of a garage can be increased.

The invention provides a stereo garage which comprises a garage frame, a vehicle hoisting mechanism, an underlying vehicle moving device, a vehicle lifting system and an intelligent control system, wherein the vehicle hoisting mechanism is arranged on the garage frame and can move vertically and horizontally; the underlying vehicle moving device is arranged on the vehicle hoisting mechanism and can slide between the vehicle hoisting mechanism and the garage frame; the vehicle lifting system is arranged in the garage frame; and the vehicle hoisting mechanism comprises two first vertical tracks, a fixing strip connected with the lower end of each first vertical track, a vehicle hoisting platform arranged on the outer side of the lower part of each first vertical track and a top frame at the upper end, a second vertical track fixedly connected with the other end of the top frame, and a pulley component, a first power device and a fourth power device arranged on the top frame. The stereo garage provided by the invention has low floor height and high space utilization rate; a vehicle can be stored or taken without moving other vehicles, so that the vehicle storing/taking efficiency is high, the energy consumption is low, and the cost of single parking spot is greatly reduced; and the stereo garage has a wide application prospect.

The invention relates to a three-dimensional suspended parking device and method. A base plate, a bearing column and a top beam are sequentially welded end to end and form an integrated type frame in a semi-square shape. A longitudinal slide groove is formed in the bearing column, and one side of a wheel grabbing arm is embedded into the longitudinal slide groove of the bearing column. The wheel grabbing arm is connected with an electric motor located on the top beam through a steel cable and makes vertical movement in a tight and perpendicular mode in the longitudinal slide groove of the bearing column under the motor, the steel cable and the wheel grabbing arm self-weight effect. A bicycle is embedded into a groove of the other side of the wheel grabbing arm and linked with the wheel grabbing arm. The device is simple in structure, stable, novel, low in cost and convenient to install, maintain and use, the scheme that the upper portion of the device is used for parking and the portion below the device is used for bicycle and people travelling is unique, the parking spaces can have the probability of exponential order amplification to cope with the parking requirement that due to shared bicycles, the number of the bicycles is increased sharply, installation of the device has nearly zero influence on transportation, and on the contrary, the enormous environment-friendly and economic benefits can be brought to the society.

The invention discloses an intelligent intensive stereo garage and a vehicle parking and picking-up method. The intelligent intensive stereo garage comprises a stereo parking garage, a carrying robotand a vehicle-mounted plate. The stereo parking garage comprises a supporting frame, a bottom parking layer, a top parking layer and a plurality of parking entrances and exits, a conveying channel isarranged in the bottom parking layer, bottom parking areas are arranged on one side or two sides of the conveying channel, a bottom parking frame is arranged in the bottom parking areas, and operationspaces are formed in bottom parking spaces and communicate with the conveying channel; a first top layer parking area and a channel top layer parking area are arranged in the top layer parking layer,a top layer parking frame is arranged in the first top layer parking area, the top layer parking frame is arranged in the channel top layer parking area, the vehicle-mounted plate is matched with a carrying robot, the vehicle-mounted plate is matched with a bottom layer loading structure, and the vehicle-mounted plate is matched with a top layer loading structure. According to the intelligent intensive stereo garage and the vehicle parking and picking-up method, the space can be efficiently utilized, and vehicle parking and picking-up are convenient.

The invention discloses a car storing and taking method applicable to a stereo garage. The method comprises the following steps that: a, a driver drives a car to be parked to run onto a rotating carrying plate arranged in a movable ascending and descending rotating device, and an ascending and descending mechanism arranged in the movable ascending and descending rotating device is controlled to drive the rotating carrying plate to ascend, so that the height of the rotating carrying plate is higher than the height of a platform for parking a car; b, firstly, a telescopic bridging carrying plate arranged in the movable ascending and descending rotating device is controlled to extend out and to realize the lap joint in a position of an entrance of the platform for parking the car, and then, the rotating carrying plate is controlled to rotate onto the telescopic bridging carrying plate; and c, the car runs onto a parking platform; after the car stably stops, the driver goes onto the rotating carrying plate from the parking platform; then, the rotating carrying plate and the telescopic bridging carrying plate are sequentially withdrawn; next, the ascending and descending mechanism is controlled to drive the rotating carrying plate to descend; the driver leaves away from the rotating carrying plate; the car storing process is completed; and the steps are converse in the car taking process. The car storing and taking method has the advantages that the full-process support on the rotating carrying plate can be formed in the car storing and taking processes, and the car storing and taking processes are fast and stably completed.

The invention provides a stereo garage turn-around rotary disc based on driving of a swinging cylinder, and is used for parking in a stereo garage. The stereo garage turn-around rotary disc comprises a vehicle carrying plate, an elevator, a rotary disc and a rotation driving device, wherein the vehicle carrying plate is used for parking a vehicle; the rotary disc and the vehicle carrying plate are of a separated structure; castors are arranged at the edge of the rotary disc; a rotary roller way is arranged under the castors; the rotation driving device comprises a swinging cylinder support frame, a gear and rack swinging cylinder and a hydraulic power pack, and the hydraulic power pack is used for driving the gear and rack swinging cylinder; and the gear and rack swinging cylinder is arranged at the bottom of the rotary disc and is connected with a rotating shaft of the rotary disc through double keys for driving the rotating shaft of the rotary disc to rotate. The stereo garage turn-around rotary disc has the advantages that the structure is simple; the equipment is stable and reliable; the vehicle parking and leaving is convenient and fast; and in addition, the control precision is high.

The invention discloses an outer hanging type novel intelligent and energy-saving efficient three-dimensional parking garage. The outer hanging type novel intelligent and energy-saving efficient three-dimensional parking garage comprises a parking frame, a lifting frame, a horizontal frame, an AGV trolley carrying vehicles, a solar power generation system supplying power to the parking garage anda control system, wherein the parking frame is formed by assembling a plurality of parking chambers serving as units, the lifting frame and the horizontal frame move in the vertical direction and thehorizontal direction. The outer hanging type horizontal frame and the AGV trolley carrying manner are adopted, the space occupied by a traditional stereo garage carrying device is saved, and passing pedestrians and vehicles are not influenced to the maximum degree during vehicle storing and taking; the intelligent running manner is adopted, and vehicle storing and taking are more efficient; and through the self-adaption adjusting solar power generation system, energy consumption is reduced. The outer hanging type novel intelligent and energy-saving efficient three-dimensional parking garage solves the problems that a traditional stereo garage is low in efficiency, does not save energy and is not intelligent enough, large in occupied space and not prone to rotating or installing.

The invention relates to a lifting and transferring stereo garage for achieving automatic placing-in and taking-out operation outside. The stereo garage comprises two multi-layer lifting and transferring stereo garage bodies which are oppositely arranged in the longitudinal direction in a spaced mode. An optical fiber positioning sensor is arranged on one side of the inner end of a car carrying plate on the ground layer and can sense the position of a car driving into the car carrying plate on the ground layer. The stereo garage further comprises a placing-in platform, a parking limiter, a clamping type robot, a taking-out platform and a guide rail. According to the lifting and transferring stereo garage, the placing-in and taking-out occupation space is reduced, the equipment investment cost is reduced, human-car separation in the garage is achieved, the placing-in and taking-out difficulty is lowered, the placing-in and taking-out time is saved, and the placing-in and taking-out experience of a user is improved; when the placing-in platform or the taking-out platform breaks down, the taking-out platform can be used as the placing-in platform, the placing-in platform can be used as the taking-out platform, and safe and stable operation of the multi-layer lifting and transferring stereo garage bodies is ensured.

The invention discloses a novel lifting translation three-dimensional garage. The three-dimensional garage comprises a vehicle storage frame. A middle column of the vehicle storage frame is used for increasing vehicle space, vehicle storage spaces are located in each layer of cavities of two side columns of the vehicle storage frame, the centers of the top ends of the two side columns of the vehicle storage frame are each provided with a translation motor, each vehicle storage space is provided with an automatic reversing stretcher, input shafts in the same column are connected in series through a transmission shaft and a coupler and connected with the translation motor at the top end, each output nut is fixed to the lower surface of the portion, close to the outer side, of the translationplatform on each vehicle storage space and rolls along a track beam through a first roller, lateral movement of the translation platform is achieved, a steel wire rope of a lifting structure of a vehicle withdrawing device is connected with the four corners of a surrounding lifting basket, the surrounding lifting basket withdraws or stores vehicles through two sets of horizontal clamping mechanisms. The garage is provided with few driving devices, the vehicle withdrawal and storage speed is high, the garage utilization efficiency is high, automatic control is easily achieved.

The invention discloses an oblique angle column lifting transverse moving three-dimensional garage. The oblique angle column lifting transverse moving three-dimensional garage structurally comprises a garage body, a transverse moving framework, a lifting mechanism, a garage body beam, a roller mechanism, a vehicle carrying board, a vehicle and a lifting steel rope. The transverse moving framework is movably connected with the garage body beam, the lifting mechanism is installed on the transverse moving framework in an oblique-angle mode, and the garage body beam is connected with the garage body; and the roller mechanism is connected with the garage body beam, the vehicle is located on the vehicle board, and the vehicle board is connected with the lifting mechanism through the lifting steel rope. The oblique angle column lifting transverse moving three-dimensional garage has the beneficial effects that the provided vehicle carrying board and the vehicle driving direction form a certain oblique angle, vehicle parking and picking are convenient as curb parking and both completed outside the garage, and therefore no replacing empty parking space needs to be left; each two adjacent parking spaces of a front parking space and a corresponding rear parking space are not interfered during vehicle parking and picking, and therefore, vehicle parking and picking efficiency can be greatly improved; and vehicle self parking and picking are conducted on the ground layer of the garage, vehicle transverse moving of an existing lifting transverse moving garage ground layer is omitted, and manufacturing cost is reduced.