CN114075887A - Vertical lifting multistory parking garage - Google Patents
Vertical lifting multistory parking garage Download PDFInfo
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- CN114075887A CN114075887A CN202010853609.9A CN202010853609A CN114075887A CN 114075887 A CN114075887 A CN 114075887A CN 202010853609 A CN202010853609 A CN 202010853609A CN 114075887 A CN114075887 A CN 114075887A
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/08—Garages for many vehicles
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/08—Garages for many vehicles
- E04H6/12—Garages for many vehicles with mechanical means for shifting or lifting vehicles
- E04H6/18—Garages for many vehicles with mechanical means for shifting or lifting vehicles with means for transport in vertical direction only or independently in vertical and horizontal directions
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/42—Devices or arrangements peculiar to garages, not covered elsewhere, e.g. securing devices, safety devices, monitoring and operating schemes; centering devices
- E04H6/422—Automatically operated car-parks
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Abstract
A vertical lift stereo car park includes A, B types: the A type consists of a vertical car group, a car group driving system, a guide rail and a bracket, a well and a pit, a landing, a lane, an outer layer, an automatic door and a peripheral area, and whether an intelligent conveying plate or an intelligent carrier is matched or not, a parking waiting area and a car waiting and taking area, a parking lot computer management system and a user APP can be selected; the type B consists of a car, a car driving system, a vertical garage group, a guide rail, a support, a well, a pit, a landing, a lane, an outer layer, an automatic door, a peripheral area, an intelligent conveying board or an intelligent carrier, a parking lot computer management system, and whether a parking area, a waiting area and a waiting and taking area are matched or not can be selected, and a user APP is provided. The parking lot has the following advantages: 1. parking is carried out in a stacking mode, so that the number of parked vehicles is increased to the maximum extent; 2. the occupied area is small, and the planning is convenient; 3. the construction period on site is short during construction; 4. the driver can realize 0 waiting for parking and taking the vehicle; 5. the use is convenient; 6. the automation degree is high, and the vehicles are managed in a centralized and safe manner.
Description
Technical Field
The invention relates to parking equipment and a method, in particular to a vertical lifting three-dimensional parking lot.
Background
On one hand, along with the improvement of the living standard of people in economic development, the number of automobiles is increased explosively, on the other hand, the automobiles are limited by conditions such as land and town planning, resources of newly-built ground parking lots are less and less, and parking in public places such as commercial centers, theaters, hotels, parks, government offices, schools, airports, railway stations, residential districts and the like becomes a big problem, so that the parking in the public places not only affects traffic, business, order and vehicle safety, but also affects city appearance and municipal management. The existing parking lot has the defects that only the ground area is utilized, the three-dimensional space is not effectively utilized, or the space is utilized, the occupied area is large, the construction period is long, the planning is not facilitated, and the parking is troublesome after the construction is finished.
Disclosure of Invention
In order to solve the problems of difficult parking and troublesome parking, the invention provides equipment called a vertical lifting three-dimensional parking lot and simultaneously provides corresponding parking and vehicle taking methods.
The newly-built parking lot, especially need establish the parking lot in central zone, firstly require to take up an area of not big, just so be convenient for plan, secondly require construction cycle short, thirdly maximize increase the parking quantity.
After the parking lot is built, the parking lot is convenient to use, a vehicle owner can preferably directly drive a vehicle into the garage on a lane without backing up the vehicle, the parking lot can preferably wait for parking and taking the vehicle, and the parking lot can be centrally and safely managed. The vehicle owner is willing to purchase or rent the garage.
The technical scheme adopted by the invention is as follows: a vertical lift sky parking, includes two kinds of models of A type and B type, wherein: a type vertical lift sky parking is organized by perpendicular car, car group actuating system, guide rail and support, well and pit, landing, lane, skin, automatically-controlled door, peripheral district and constitutes, whether optional is equipped with intelligent transport board or intelligent carrier, whether optional sets up and waits to park the district and wait to get the car district, whether optional installation parking area computer management system and user APP, B type vertical lift sky parking is organized by car, car actuating system, perpendicular garage, guide rail and support, well and pit, landing, lane, skin, automatically-controlled door, peripheral district, intelligent transport board or intelligent carrier, parking area computer management system and constitutes, whether optional sets up and waits to park the district and wait to get the car district, whether optional installation user APP.
The vertical car group of the A-type vertical lifting three-dimensional parking lot is composed of a plurality of vertical cars, the vertical cars are used as a garage and can accommodate one to a plurality of cars, a monitoring system is arranged in the vertical car group, the A-type vertical lifting three-dimensional parking lot can have one to a plurality of vertical car groups, the vertical car groups can be arranged according to straight lines, circular arcs or other shapes, the vertical garage group of the B-type vertical lifting three-dimensional parking lot is composed of multiple layers of vertical garages, the garage is a parking place, the B-type vertical lifting three-dimensional parking lot can have one to a plurality of vertical garage groups, the vertical garage groups can be arranged according to straight lines, circular arcs or other shapes, the cars are conveying tools and can convey vehicles at the landings to the garage or convey vehicles in the garage to the landings, and the garages and the cars are internally provided with the monitoring systems.
The guide rail and the lower end of the support of the A-type vertical lifting three-dimensional parking lot are installed in the shaft and the pit, the height of the guide rail and the lower end of the support of the A-type vertical lifting three-dimensional parking lot is more than 2 times of the height of the vertical car group, the heights of the ground part and the underground part are approximately equal, the depth of the shaft is more than 1 time of the height of the vertical car group, the heights of the guide rail and the support of the B-type vertical lifting three-dimensional parking lot are approximately equal to the height of the vertical garage group, the guide rail and the support of the B-type vertical lifting three-dimensional parking lot and the vertical garage group form a whole, and the lower ends of the guide rail and the support of the B-type vertical lifting three-dimensional parking lot are installed in the shaft and the pit.
The car group driving system is used for driving the vertical car group to vertically lift along the guide rail, the car driving system is used for driving the car to vertically lift along the guide rail, the driving modes of the car group driving system and the car driving system can be friction traction driving, hydraulic driving, screw driving, gear rack driving, chain sprocket driving and drum forced driving, each vertical car group can use one to a plurality of driving systems, different driving modes can be mixed when a plurality of driving systems are used, if the vertical car group consists of dozens of cars, the total mass can be large, and at the moment, for safety, a plurality of driving systems can be needed to serve the vertical car group.
The landings are platforms where the cars of the A-type vertical lifting three-dimensional parking lot or the B-type vertical lifting three-dimensional parking lot stop, and the lanes are channels where cars enter and leave.
The outer layer is an isolation layer which is arranged outside a guide rail and a support on a landing of the vertical lifting three-dimensional parking lot and mainly plays a role of safety protection, the automatic door is arranged on the outer layer and is a passage for vehicles and personnel to get in and out of a car, the peripheral area is an area outside the outer layer on the landing of the vertical lifting three-dimensional parking lot and is used for the vehicles to get in and out of the parking lot, and the arrangement equipment is used for detecting whether the vehicles are allowed to enter or not and establishing a customer waiting area, a parking lot management office and other places for other purposes.
Wherein, the parking waiting area is an appointed area for parking a driver, the parking waiting area is an appointed area for the driver to pick up the vehicle, the parking waiting area and the vehicle waiting area are built in a peripheral area, the intelligent conveying plate and the intelligent transport vehicle are intelligent automatic conveying tools of the vehicle and are controlled by the parking lot computer management system, the intelligent conveying plate belongs to a conveying tool in a short distance, if the A-type vertical lifting three-dimensional parking lot has the intelligent conveying plate, the A-type vertical lifting three-dimensional parking lot can be arranged in a driveway or a vertical lift car and is a tool for conveying the vehicle into and out of the vertical lift car, if the B-type vertical lifting three-dimensional parking lot uses the intelligent conveying plate, the B-type vertical lifting three-dimensional parking lot can be arranged in the lift car and mainly used for conveying the vehicle in the lift car into a garage or conveying the vehicle in the garage into the lift car, the function of conveying the vehicle from the lift car into the driveway or conveying the vehicle from the driveway into the lift car is also provided, and the intelligent transport vehicle can convey the vehicle in a long distance, the vehicle waiting and parking area and the vehicle waiting and taking area are used simultaneously, and the vehicle waiting and parking area is a carrying tool for conveying the vehicle into a car to be delivered into a garage or conveying the vehicle from the garage to the vehicle waiting and taking area from the car.
Wherein, parking area computer management system be used for managing the automatic operation of the perpendicular car group of A type vertical lift sky parking area or the car of B type vertical lift sky parking area for managing the automatic operation of intelligent transport board or intelligent carrier, let the vehicle that will park get into predetermined garage safely, let the vehicle that will take out rise to the landing or appear in the lane, wait for the district of getting the car, be used for managing customer's resource, be used for monitoring the safety in whole parking area, be used for in charge management system and other management, user APP installs on user's smart machine, has navigation positioning system.
The vertical lifting multistory parking garage can be independently built, can also be co-built with a building or other buildings, can be a private parking garage with a small number of garages, and can also be a commercial parking garage with a large number of garages.
The vertical lifting three-dimensional parking lot is suitable for being used as a parking lot for various civil vehicles, from a trolley, a truck, a motorcycle, an electric vehicle to a bicycle, and certainly, for a specific parking lot, various vehicles are not required to be parked in a mixed mode as far as possible.
Drawings
The invention is further explained below with reference to the drawings and the examples.
Fig. 1 is a sectional view of a type a vertical elevating sky parking lot of a single vertical car group and a sectional view of a type B vertical elevating sky parking lot of a single vertical garage group, in which the left side is the sectional view of the type a vertical elevating sky parking lot of the single vertical car group and the right side is the sectional view of the type B vertical elevating sky parking lot of the single vertical garage group.
Fig. 2 is a top view of an a-type vertically ascending and descending multistory parking facility with a vertical car group arranged in a lateral straight line and a top view of a B-type vertically ascending and descending multistory parking facility with a vertical garage group arranged in a lateral straight line, wherein the upper view is a top view of the a-type vertically ascending and descending multistory parking facility with a vertical car group arranged in a lateral straight line, and the lower view is a top view of the B-type vertically ascending and descending multistory parking facility with a vertical garage group arranged in a lateral straight line.
Fig. 3 is a top view of a type a vertically ascending and descending multistory parking facility in which vertical car groups are vertically aligned, and a top view of a type B vertically ascending and descending multistory parking facility in which vertical garage groups are vertically aligned, wherein the left side is a top view of the type a vertically ascending and descending multistory parking facility in which vertical car groups are vertically aligned, and the right side is a top view of the type B vertically ascending and descending multistory parking facility in which vertical garage groups are vertically aligned.
Fig. 4 is a top view of a type a vertical lift multistory parking facility in which vertical car groups are circularly arranged.
Fig. 5 is a top view of a type B vertical lifting multistory parking garage with circular arrangement of vertical garage groups.
In the figure, 1 is a vertical car group, 2 is a car group driving system, 3 is a car, 4 is a car driving system, 5 is a vertical garage group, 6 is a guide rail and a support, 7 is a shaft and a pit, 8 is a landing, 9 is a lane, 10 is an outer layer, 11 is an automatic door, 12 is an intelligent conveying plate, 13 is an intelligent truck, 14 is a parking lot computer management system, 15 is a user APP, 16 is a peripheral area, 17 is a waiting parking area, and 18 is a waiting parking area.
Detailed Description
Fig. 1 is a sectional view of a type a vertical lift multistory parking facility of a single vertical car group and a sectional view of a type B vertical lift multistory parking facility of a single vertical garage group.
The A-type vertical lifting three-dimensional parking lot is characterized in that the left side is a cross sectional view of an A-type vertical lifting three-dimensional parking lot of a single vertical car group, only the structural part with the vertical car group is shown in the drawing, the height of a guide rail and a support of the real A-type vertical lifting three-dimensional parking lot is more than 2 times of the height of the vertical car group, and the depth of a hoistway is more than 1 time of the height of the vertical car group. The A-type vertical lifting three-dimensional parking lot is composed of a vertical car group, a car group driving system, guide rails, supports, a well, a pit, a landing, a lane, an outer layer, an automatic door and a peripheral area, and can select whether to be provided with an intelligent conveying plate or an intelligent carrier, whether to set a parking area and a car waiting area, and whether to install a parking lot computer management system and a user APP. It can be seen from the figure that the vertical car group is composed of a plurality of vertical cars, the cars are used as garages, the lower ends of the guide rails and the supports are installed in the shaft and the pit, the vertical car group is installed in the guide rails and controlled by buttons or a parking lot computer management system, and the vertical car group is driven by a car group driving system to vertically lift along the guide rails. The A-type vertical lifting three-dimensional parking lot can be provided with or without an intelligent conveying board or an intelligent carrier, and when the intelligent conveying board or the intelligent carrier is not provided, a driver needs to drive a car into a car or drive the car out of the car by himself. The A-type vertical lifting three-dimensional parking lot in the drawing is provided with an intelligent conveying plate which is arranged on a lane, a driver only needs to drive a car on the intelligent conveying plate, the intelligent conveying plate can automatically convey the car into a car from the lane through an automatic door, when the car is taken, after a vertical car group is stopped stably, one end of the intelligent conveying plate on the lane can stretch into the car, the car is conveyed to the lane from the car, and the driver can wait on the edge of the lane. The parking waiting area and the vehicle waiting and taking area are matched with the intelligent carrier for use, and if the vertical lifting three-dimensional parking lot does not adopt the intelligent carrier to automatically carry the vehicle, the parking waiting area and the vehicle waiting and taking area do not need to be arranged. The simple A-type vertical lifting three-dimensional parking lot without the intelligent conveying plate or the intelligent carrier can be free of a parking lot computer management system, and the lifting of the vertical car group can be controlled through a button. User APP can provide better parking, car service of getting for the customer, but it does not belong to the essential spare part in vertical lift sky parking area.
And the right side is a sectional view of the B-type vertical lifting three-dimensional parking lot of a single vertical garage group. The B-type vertical lifting three-dimensional parking lot consists of a car, a car driving system, a vertical garage group, guide rails, supports, a well, a pit, a landing, a lane, an outer layer, an automatic door, a peripheral area, an intelligent conveying plate or an intelligent carrier and a parking lot computer management system, and can select whether to set a parking waiting area and a car waiting area and whether to install a user APP. It can be seen from the figure that the vertical garage group is composed of a plurality of layers of vertical garages, the guide rails and the brackets are arranged in the middle of the symmetrical vertical garage groups, the heights of the guide rails and the brackets are approximately equal to the height of the vertical garage group, the guide rails and the brackets form a whole, the lower ends of the vertical garage group, the guide rails and the brackets are installed in a shaft and a pit, and the lift car is installed in the guide rails and vertically ascends and descends along the guide rails under the driving of the lift car driving system. The B-type vertical lifting three-dimensional parking lot is provided with an intelligent conveying plate or an intelligent carrier, the B-type vertical lifting three-dimensional parking lot in the drawing uses the intelligent conveying plate, the intelligent conveying plate is arranged in a car and mainly used for conveying vehicles in the car into a garage or conveying the vehicles in the garage into the car, and the B-type vertical lifting three-dimensional parking lot also has the function of conveying the vehicles from the car to a lane or conveying the vehicles from the lane into the car. The parking waiting area and the vehicle waiting and taking area are matched with the intelligent carrier for use, and if the vertical lifting three-dimensional parking lot does not adopt the intelligent carrier to automatically carry the vehicle, the parking waiting area and the vehicle waiting and taking area do not need to be arranged. The intelligent conveying board or the intelligent carrier automatically conveys vehicles to enter and exit the garage under the control of the parking lot computer management system, so that the B-type vertical lifting three-dimensional parking lot needs the parking lot computer management system, and the user APP does not belong to necessary parts of the vertical lifting three-dimensional parking lot.
Fig. 2 is a top view of an a-type vertically ascending and descending multistory parking facility with a vertical car group arranged in a lateral straight line and a top view of a B-type vertically ascending and descending multistory parking facility with a vertical garage group arranged in a lateral straight line.
The upper drawing is a top view of an A-type vertical lifting three-dimensional parking lot with vertical car groups arranged in a horizontal straight line, and the A-type vertical lifting three-dimensional parking lot is formed by arranging 5 vertical car groups in a horizontal straight line and is not provided with an intelligent conveying plate or an intelligent carrier, a driver needs to drive a car into a car by himself when parking, and needs to drive the car out by himself when getting out of the car, and due to the fact that the intelligent carrier is not arranged, the automatic door does not need to be provided with a waiting area and a waiting area, the automatic door is automatically opened when the person or the car enters, and the automatic door is automatically closed after the person or the car leaves. One of the functions of the parking lot computer management system is to control the intelligent conveying board or the intelligent carrier to automatically convey vehicles, and because the A-type vertical lifting three-dimensional parking lot does not have the intelligent conveying board or the intelligent carrier, the vertical car group can be controlled to lift through the button, therefore, the parking lot computer management system can be omitted, and the parking lot computer management system can also have no user APP according to actual conditions. The lower drawing is a top view of a B-type vertical lifting three-dimensional parking lot with vertical garage groups arranged in a transverse straight line mode, as can be seen from the drawing, the B-type vertical lifting three-dimensional parking lot is formed by arranging 5 vertical garage groups in a transverse straight line mode, an intelligent conveying plate is installed in a car, when the car is parked, the car stops at a landing, one end of the intelligent conveying plate extends out of the car, a driver only needs to drive the car to the intelligent conveying plate, the intelligent conveying plate can convey the car into the car, then the car automatically lifts to a preset garage position, the car is conveyed into the garage through the intelligent conveying plate, when the car is taken, the car automatically lifts to the garage position where the car is located, the intelligent conveying plate automatically conveys the car into the car from the garage, then the car automatically lifts to the landing, and the intelligent conveying plate automatically conveys the car onto a lane from the car. The automatic lifting of the car and the automatic vehicle handling of the intelligent conveying plate are all completed under the control of a parking lot computer control system.
Fig. 3 is a top view of a type a vertically ascending and descending multistory parking facility with a vertical car group arranged in a straight line in the longitudinal direction and a top view of a type B vertically ascending and descending multistory parking facility with a vertical garage group arranged in a straight line in the longitudinal direction.
The left side of the parking lot is a top view of an A-type vertical lifting three-dimensional parking lot with vertical car groups arranged in a straight line in the longitudinal direction, and as can be seen from the top view, the A-type vertical lifting three-dimensional parking lot is formed by arranging 5 vertical car groups in a straight line in the longitudinal direction and is provided with an intelligent conveying plate, the intelligent conveying plate is arranged on a lane, a driver only needs to stop or pick up the car on the intelligent conveying plate of the lane, the vertical car groups are lifted automatically, and the intelligent conveying plate automatically conveys the car under the control of a parking lot computer control system.
The right side is a top view of the B-type vertical lifting three-dimensional parking lot with the vertical garage groups arranged in a straight line in the longitudinal direction, and as can be seen from the figure, the B-type vertical lifting three-dimensional parking lot is formed by arranging 5 vertical garage groups in a straight line in the longitudinal direction. The B-type vertical lifting three-dimensional parking lot is provided with an intelligent conveying plate or an intelligent conveying vehicle, and the B-type vertical lifting three-dimensional parking lot is provided with the intelligent conveying vehicle and is also provided with a waiting area and a waiting area. When parking, a driver drives a vehicle to a parking waiting area, the intelligent transport vehicle can automatically load the vehicle to the parking waiting area, then the vehicle enters the car along a set route and stops in the car, the car automatically ascends to a preset garage position, and the intelligent transport vehicle transports the vehicle into the garage; when the vehicle is taken, the intelligent carrier can automatically send the vehicle in the garage into the car, then the car automatically lifts to a landing, the intelligent carrier carries the vehicle to a vehicle waiting and taking area, and a driver can take the vehicle from the vehicle waiting and taking area. The automatic lifting of the car and the automatic carrying of the intelligent carrier are all completed under the control of the parking lot computer control system.
Fig. 4 is a top view of a type a vertical lift multistory parking facility in which vertical car groups are circularly arranged.
As can be seen, the a-type vertical lift multistory parking garage is formed by 8 vertical car groups which are arranged in a circle and are not equipped with intelligent conveying plates or intelligent transporting vehicles.
Besides linear and circular arrangement, the vertical car groups can be arranged in other shapes, and more vertical car groups can be accommodated according to the actual site condition, and the design principle of safety, convenience, attractiveness and the like is adopted.
Fig. 5 is a top view of a type B vertical lifting multistory parking garage with circular arrangement of vertical garage groups.
As can be seen from the figure, the B-type vertical lifting three-dimensional parking lot is formed by 8 vertical garage groups which are arranged in a circle, and the arrangement of an intelligent conveying plate instead of an intelligent carrier is omitted, so that a parking waiting area and a vehicle waiting and taking area are not required.
Except for linear and circular arrangement, the vertical garage groups can also be arranged in other shapes, and more vertical garage groups can be accommodated according to the actual field condition, and the design principle of safety, convenience, attractiveness and the like is adopted.
The vertical lifting multistory parking lot can be independently built, can also be co-built with buildings or other buildings, can be a private parking lot with a small number of garages, and can also be a commercial parking lot with a large number of garages. For example, the three-dimensional parking lot can be built together with commercial houses of private buildings and residential quarters, can be built together with other buildings in a commercial center, can be built independently along a longitudinal straight line beside a highway, and can also be designed to be a vertical lifting three-dimensional parking lot fused with the surrounding environment in planned ways in residential quarters, parks, scenic spots and the like.
The vertical lifting multistory parking garage is suitable for various civil vehicles, such as trolleys, trucks, motorcycles, electric vehicles and bicycles, and certainly, various vehicles are not required to be parked in a mixed manner as far as possible in the specific vertical lifting multistory parking garage. According to actual needs, vertical lifting three-dimensional parking lots suitable for parking different types of vehicles are respectively established.
The advantages of the present invention are described below. 1. The vertical lifting three-dimensional parking lot adopts a stacking mode to park, and the space is utilized to the maximum extent, so that the parking number can be increased to the maximum extent, and the parking capacity of the parking lot which only utilizes the ground to park is easily several times to dozens of times. 2. The occupied area is small, and the planning is convenient. A car parking lot with small capacity can be planned by 100 to 200 square meters, and the car parking lot can be conveniently built by finding the blocks on both sides of a street and in a central zone of a city. 3. The construction period on site is short when the building is carried out. Most of the work can be finished in a factory, and when various parts are designed and produced quickly in the factory, the shaft and pit are dug on site, and then installation and debugging are carried out. 4. The driver can realize 0 waiting for parking and taking the vehicle. When parking is needed, a driver makes an appointment in advance through a user APP, a computer management system of a parking lot can track the position of the driver in real time through positioning of the user APP, and when the driver drives to arrive at the parking lot, a car is prepared for the driver; likewise, the driver is ready to pick up the vehicle, only requiring confirmation on the user APP that the parking lot is ready for the vehicle when the driver arrives at the parking lot. 5. The parking and taking device is convenient to use, and a driver does not need to back basically when parking and taking the car in the vertical lifting three-dimensional parking lot. 6. The vehicle can be managed safely in a centralized manner, the automation degree of the operation of the parking lot is high, and most of works do not need manual intervention.
Claims (10)
1. The vertical lifting three-dimensional parking lot comprises an A type and a B type, and is characterized in that: a type vertical lift sky parking is organized by perpendicular car, car group actuating system, guide rail and support, well and pit, landing, lane, skin, automatically-controlled door, peripheral district and constitutes, whether optional is equipped with intelligent transport board or intelligent carrier, whether optional sets up and waits to park the district and wait to get the car district, whether optional installation parking area computer management system and user APP, B type vertical lift sky parking is organized by car, car actuating system, perpendicular garage, guide rail and support, well and pit, landing, lane, skin, automatically-controlled door, peripheral district, intelligent transport board or intelligent carrier, parking area computer management system and constitutes, whether optional sets up and waits to park the district and wait to get the car district, whether optional installation user APP.
2. The vertical lift multistory parking garage of claim 1 wherein: the vertical car group of the A-type vertical lifting three-dimensional parking lot is composed of a plurality of vertical cars, the vertical cars are used as garages and can accommodate one to a plurality of cars, a monitoring system is arranged in the vertical car group, the A-type vertical lifting three-dimensional parking lot can have one to a plurality of vertical car groups, the vertical car groups can be arranged according to straight lines, circular arcs or other shapes, the vertical garage group of the B-type vertical lifting three-dimensional parking lot is composed of multiple layers of vertical garages, the garages are parking places, the B-type vertical lifting three-dimensional parking lot can have one to a plurality of vertical garage groups, the vertical garage groups can be arranged according to straight lines, circular arcs or other shapes, the cars are conveying tools and can convey vehicles at the landings to the garages or convey vehicles in the garages to the landings, and the garages and the cars are internally provided with the monitoring systems.
3. The vertical lift multistory parking garage of claim 1 wherein: the lower extreme of A type vertical lift sky parking field's guide rail and support is installed well and pit in, its height is more than 2 times of vertical car group height, the ground part is high roughly equal with underground part, the degree of depth of well is 1 times many of vertical car group height, the height of B type vertical lift sky parking field's guide rail and support is roughly equal with the height of vertical garage group, it constitutes a whole with vertical garage group, the lower extreme is installed well and pit in.
4. The vertical lift multistory parking garage of claim 1 wherein: the car group actuating system be used for driving vertical car group along guide rail vertical lift, car actuating system be used for driving the car along guide rail vertical lift, car group actuating system and car actuating system's drive mode can be friction and drag drive, hydraulic drive, screw drive, rack and pinion drive, chain sprocket drive, reel force drive, every vertical car group can use one to a plurality of actuating system, can mix different drive modes when using a plurality of actuating system, vertical car group if constitute by tens of cars, including the vehicle, the gross mass can be very big, at this moment for safe thinking, just probably need a plurality of actuating system to serve vertical car group.
5. The vertical lift multistory parking garage of claim 1 wherein: the landing is a vertical car group of an A-type vertical lifting three-dimensional parking lot or a platform where a car of a B-type vertical lifting three-dimensional parking lot stops, and the lane is a passage for vehicles to enter and leave.
6. The vertical lift multistory parking garage of claim 1 wherein: the outer layer is an isolation layer which is arranged outside a guide rail and a support on a landing of the vertical lifting three-dimensional parking lot and mainly plays a role of safety protection, the automatic door is arranged on the outer layer and is a passage for vehicles and personnel to get in and out of a car, the peripheral area is an area outside the outer layer on the landing of the vertical lifting three-dimensional parking lot and is used for the vehicles to get in and out of the parking lot, and the arrangement equipment is used for detecting whether the vehicles are allowed to enter or not and establishing a customer waiting area, a parking lot management office and other places for other purposes.
7. The vertical lift multistory parking garage of claim 1 wherein: the parking waiting area is an appointed area for parking a driver, the vehicle waiting area is an appointed area for the driver to take a vehicle, the parking waiting area and the vehicle waiting area are built in a peripheral area, the intelligent conveying plate and the intelligent carrier are intelligent automatic conveying tools of the vehicle and are controlled by the parking lot computer management system, the intelligent conveying plate belongs to a short-distance conveying tool, if the intelligent conveying plate is arranged in the A-type vertical lifting three-dimensional parking lot, the A-type vertical lifting three-dimensional parking lot can be arranged in a driveway or a vertical lift car and is a tool for conveying the vehicle into and out of the vertical lift car, if the intelligent conveying plate is used in the B-type vertical lifting three-dimensional parking lot, the intelligent conveying plate can be arranged in the lift car, the main function is to convey the vehicle in the lift car into a garage or convey the vehicle in the garage into the lift car, the function of conveying the vehicle from the lift car to the driveway or convey the vehicle into the lift car from the driveway is also provided, and the intelligent conveying plate can convey the vehicle for a long distance, the vehicle waiting and parking area and the vehicle waiting and taking area are used simultaneously, and the vehicle waiting and parking area is a carrying tool for conveying the vehicle into a car to be delivered into a garage or conveying the vehicle from the garage to the vehicle waiting and taking area from the car.
8. The vertical lift multistory parking garage of claim 1 wherein: parking area computer management system be used for managing the automatic operation of the perpendicular car group of A type vertical lift sky parking area or the car of B type vertical lift sky parking area for managing the automatic operation of intelligent transport board or intelligent carrier, let the vehicle that will park get into predetermined garage safely, let the vehicle that will take out rise to the layer station or appear in the lane, the district of waiting for the car, be used for managing customer's resource, be used for monitoring the safety in whole parking area, be used for on charge management system and other management, user APP installs on user's smart machine, has navigation positioning system.
9. The vertical lift multistory parking garage of claim 1 wherein: the vertical lifting multistory parking lot can be independently built, can also be co-built with a building or other buildings, can be a private parking lot with a small number of garages, and can also be a commercial parking lot with a large number of garages.
10. The vertical lift multistory parking garage of claim 1 wherein: the vertical lifting three-dimensional parking lot is suitable for being used as a parking lot for various civil vehicles, from a trolley, a truck, a motorcycle, an electric vehicle to a bicycle, and certainly, various vehicles are not required to be parked in a mixed mode as far as possible in a specific parking lot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202010853609.9A CN114075887A (en) | 2020-08-17 | 2020-08-17 | Vertical lifting multistory parking garage |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010853609.9A CN114075887A (en) | 2020-08-17 | 2020-08-17 | Vertical lifting multistory parking garage |
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| CN114075887A true CN114075887A (en) | 2022-02-22 |
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| CN202010853609.9A Withdrawn CN114075887A (en) | 2020-08-17 | 2020-08-17 | Vertical lifting multistory parking garage |
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| US20080075566A1 (en) * | 2006-09-25 | 2008-03-27 | Benedict Charles E | Overhead vehicle storage system |
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| CN109881945A (en) * | 2019-02-14 | 2019-06-14 | 北京鑫华源机械制造有限责任公司 | A kind of vertical lifting parking equipment control system |
| CN110616922A (en) * | 2018-10-16 | 2019-12-27 | 山西东杰智能物流装备股份有限公司 | Annular tower type stereo garage |
| CN110821247A (en) * | 2019-11-19 | 2020-02-21 | 五邑大学 | Nine-grid rail type stereo garage |
| CN111335699A (en) * | 2020-03-11 | 2020-06-26 | 杭州大中泊奥科技股份有限公司 | Rechargeable vertical lifting parking garage |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20080075566A1 (en) * | 2006-09-25 | 2008-03-27 | Benedict Charles E | Overhead vehicle storage system |
| CN108661375A (en) * | 2018-06-07 | 2018-10-16 | 安徽华星智能停车设备有限公司 | A kind of Shuangzi vertical lift intelligent garage |
| CN110616922A (en) * | 2018-10-16 | 2019-12-27 | 山西东杰智能物流装备股份有限公司 | Annular tower type stereo garage |
| CN109881945A (en) * | 2019-02-14 | 2019-06-14 | 北京鑫华源机械制造有限责任公司 | A kind of vertical lifting parking equipment control system |
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