Automobile tail-lifting parking system and method

Abstract

The invention relates to an automobile tail-lifting parking system and method. The tail-lifting parking device comprises a left parking lane, a right parking lane, a lifting parking lane connecting plate, a parking frame base, transverse walking wheels, an inclined hydraulic oil cylinder and a vertical hydraulic oil cylinder, and the middle of the left parking lane and the middle of the right parking lane are connected with the two ends of the lifting parking lane connecting plate correspondingly; the front end of the left parking lane and the front end of the right parking lane are installed on the left side and the right side of the front end of the parking frame base respectively, the transverse walking wheels are installed on the parking frame base, a cylinder barrel of the inclined hydraulic oil cylinder is connected with the parking frame base, and a piston rod of the inclined hydraulic oil cylinder is connected with the lifting parking lane connecting plate. A cylinder barrel of the vertical hydraulic oil cylinder is installed on the parking frame base, a piston rod of the vertical hydraulic oil cylinder is matched with the lifting parking way connecting plate, the transverse walking wheel is connected with a walking wheel transmission shaft, and the walking wheel transmission shaft is driven by a hydraulic motor.

Description

technical field [0001] The present invention relates to a system and method for parking a car with its tail tilted. Background technique [0002] With the development of society, more and more vehicles are used for people's transportation. In limited land space, especially in cities, it is more and more difficult to find a parking place, which affects people's travel. [0003] The method of tail-swing parking is to place the vehicle on the parking device and then raise the tail of the vehicle. This method will be used to solve the problem of difficult parking. The tail-swing parking method is used for parking. The device moves out and enters the parking position. At present, in most cases, the tail-swing parking device is directly moved out of the original position by the roller. There is a lack of a guide rail device that can control the tail-swing parking device to not deviate when entering and exiting. When entering and exiting, there will be positional deviation; in the...

AI Technical Summary

Problems solved by technology

[0003] The way of sway parking is to put the vehicle on the parking device and then lift the rear of the car. This method will solve the problem of parking difficulty. The sway parking method is used for parking. When picking up and placing the vehicle, it is necessary to stop the car The device moves out and enters the parking position. At present, in most cases, the sway parking device is directly moved out of the original position through the rollers. There is a lack of a guide rail device that can control the sway parking device to not deviate when it enters and exits. The lack of a guide rail device will cause the sway parking device. There will be position deviation when entering and exiting; most parking devices in the prior art use motor-driven steel wires to shrink the tail of the parking device, and the stability of the wire drive is poor, and the safety performance is low and the space is large

[0004] Due to the way of swaying the tail to park for parking, the parking position is relatively narrow. The parking position of the car is relatively narrow, and it is difficult for the driver to judge the position. Especially when parking in the forward direction, the driver cannot adjust the position of the rear wheels of the car. It will be in an off-position state, and it is difficult to park the vehicle on the parking space; to park the vehicle on the sway parking device, it is necessary to make the left front tire C7 and the left rear tire B10 of the vehicle and the right front tire C8 and the right rear tire B11 respectively park at On the left parking lane A1 and the right parking lane A2, in the prior art, the driver needs to use the left parking lane A1 and the right parking lane A2 as reference objects when parking, and park the vehicle on the tail-swing parking device based on experience. Convenient parking, time-consuming parking

[0005] Due to the heavy weight of the vehicle, it is necessary to lift the rear of the vehicle when parking in the way of swaying. Most swaying parking devices lack corresponding safety devices. When there is a mechanical failure or oil circuit damage, the vehicle is easy to fall, and the safety performance is relatively low. Low; the car is parked in the way of stilt parking. Since the front wheels of the vehicle are blocked, the driver needs to reverse the vehicle out of the stilt parking device when picking up the car, which is inconvenient to pick up the car.

[0006] In view of this, a new type of inclined parking space device is disclosed in the patent document with application number 201921062770.3. The new type of inclined parking space device in the reference document lacks a corresponding safety device, and the vehicle is easy to fall

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