Energy-saving star-shaped distributed underground three-dimensional garage

Abstract

The invention discloses an energy-saving starlike distribution type underground stereo garage, wherein a car storing pavilion is arranged aboveground and multilayer parking positions, a working platform and a lifting platform are concealed underground, and mechanical hands are used for conveying. The aboveground car storing pavilion is provided with a prestoring region, a working region and a region for cars to be picked up. A car is driven into the prestoring region with front wheels in contact with car stoppers and is parked randomly, and a driver can leave, a righting mechanism can be used for righting the car to a set position, the mechanical hands stretch into the a place below a car chassis so as to carry the car onto the working platform, the lifting platform is lifted up and down by carrying the working platform, and the working platform is rotated to arrive at a target layer and a target parking position by a shortest path. When the car is picked up, a reverse program is applied to taking out the car at the parking position, the lifting platform is lifted upwards, the working platform is rotated to deliver the car to the region for cars to be picked up, and the driver is waited for picking up the car. The prestoring region, the working region and the region for cars to be picked up work independently, the processes of storing the car and picking up the car are not interfered with each other, and the 30-second card storing and picking-up operation is realized. The energy-saving starlike distribution type underground stereo garage is mostly characterized in that the a pneumatic-hydraulic kinetic energy power system is adopted as a lifting system, which can be used for saving energy by high up to above 80% compared with a traditional drag type power system.

Description

technical field [0001] The invention belongs to the field of automobile parking equipment, and in particular relates to an energy-saving star-shaped distributed underground three-dimensional garage with parking booths on the ground, multi-storey parking spaces, workbenches, and lifting platforms hidden underground and carried by manipulators. Background technique [0002] At present, the traditional mechanical multi-storey three-dimensional garages all use one car-carrying board for each car. On the board, the car board carries the car to the parking space. When picking up the car, the car-carrying board (the car parked on the car-carrying board) is taken out from the parking space and sent to the ground, and the next procedure can only be entered after waiting for the person who takes the car to take the car from the car-carrying board. Here it is that there is a structural defect in the traditional mechanical multi-storey garage, which not only wastes resources but also w...

AI Technical Summary

Problems solved by technology

This is the structural defect of the traditional mechanical multi-storey garage, which is a waste of resources and time

Because, when people store their cars, they have to wait for the car-loading board to be transferred from the parking space before they can park their cars. Car pick-up time is long, people are reluctant to enter the garage

Images