Lateral three-dimensional parking device

Abstract

The invention discloses a lateral three-dimensional parking device. The lateral three-dimensional parking device comprises a first parking plate, a second parking plate and a third parking plate. Thefirst parking plate is original lateral parking spot ground, and the first parking plate, the second parking plate and the third parking plate are sequentially arranged at certain heights from bottomto top and are used for parking vehicles. The second parking plate and the third parking plate are located at a second preset position and a third preset position over the first parking plate correspondingly in a parking state. The outer ground, in the parking entering direction, of the first parking plate serves as a ground temporary parking area of the second parking plate and the third paring plate. A planar four-rod mechanism is used for driving the second parking plate to do back and forth movement between the second preset position and the ground temporary parking area under the cooperation action of a lifting oil cylinder. The third parkin plate is driven to do back and forth movement between the third preset position and the ground temporary parking area under the cooperation action of a driving mechanism and a sliding rail support. According to the lateral three-dimensional parking device, the space utilization rate of a parking lot can be increased, and the problem that parkin in a city is hard is effectively solved.

Description

technical field [0001] The invention relates to the technical field of parking, in particular to a lateral three-dimensional parking device. Background technique [0002] The existing three-dimensional parking garage has a certain representativeness and roughly has two categories: large-scale parking lot and three-dimensional parking. For vertical circulation large-scale parking equipment, the equipment adopts PLC control, hydraulic drive, and the distribution of parking plates on both sides, using circular rotation Vertical parking to pick up the car; the working process is that the vehicle drives into the designated vacant parking plate, the parking switch is activated, the vehicle rises from one side, and the parking action is completed; Pick-up action; the disadvantage of this device is that the parking area on both sides is large, and it is not suitable for a single parking space or side orientation; the overall design of the device is slightly complicated, there are ma...

AI Technical Summary

Problems solved by technology

[0002] The existing three-dimensional parking garage has a certain representativeness and roughly has two categories: large-scale parking lot and three-dimensional parking. For vertical circulation large-scale parking equipment, the equipment adopts PLC control, hydraulic drive, and the distribution of parking plates on both sides, using circular rotation Vertical parking to pick up the car; the working process is that the vehicle drives into the designated vacant parking plate, the parking switch is activated, the vehicle rises from one side, and the parking action is completed; Pick-up action; the disadvantage of this device is that the parking area on both sides is large, and it is not suitable for a single parking space or side orientation; the overall design of the device is slightly complicated, there are many large parts, and the installation of the device is inconvenient; The steel frame is used as the support, and multiple motors are used to drag the steel cable to store the parking plate to the designated space. The parking plate can slide on the guide rail, and the car can be parked and picked up by sliding; the disadvantage of this device is that the system occupies a large area, which is different from the design. The miniaturization theme required by the requirements does not match, and it is not suitable for the installation of a single parking space or garage; the system consumes a lot of energy in operation; the above two parking devices are comprehensively considered in terms of installation angle, floor area, convenience of use, safety and cost, etc. , there are many shortcomings of large-scale equipment

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