An intelligent double-deck rotary parking space

Abstract

The invention relates to an intelligent double-layer rotating-type parking place which comprises a base, a telescopic beam, a car supporting plate, a vertical lifting mechanism, a rotating lifting mechanism and a safe antiskid clamping mechanism. The telescopic beam is installed on the upper portion of the base in a guiding and sliding mode, and the vertical lifting mechanism is connected with the telescopic beam and drives the telescopic beam to vertically go up and down; the bottom of the rotating lifting mechanism is installed on the telescopic beam, the upper end of the rotating lifting mechanism is connected with the car supporting plate, and the safe antiskid clamping mechanism is installed on the car supporting plate. According to the intelligent double-layer rotating-type parking place, a spiral groove mechanism capable of rotatably lifting is adopted, a torsion spring, rotating and reversing of entering and existing the parking place of a car are achieved on the condition of being driven by no motor by skillfully utilizing the safe antiskid clamping mechanism and the spiral groove mechanism capable of rotatably lifting, troubles, backing the car to enter the parking place and turning around to take out the car, of a user are eliminated, the distance, driving to enter the parking place, of a driver is decreased, and car parking space and time are saved.

Description

technical field [0001] The invention relates to the application field of three-dimensional garage manufacturing technology, in particular to an intelligent double-deck rotary parking space. Background technique [0002] With the improvement of people's living standards and the acceleration of rural urbanization, more and more families have private garages and independent courtyards. While life is more convenient and happy, we are facing new problems: on the one hand, It is not uncommon for a family to have more than one car. The existing model of storing only one car in a garage will not be able to meet the needs of future families. Assuming that a couple owns a car, a garage must accommodate at least two parking spaces, so we need to design a double-layer parking system; bits cause difficulties. [0003] Nowadays, parking is divided into three ways: parallel, vertical and oblique, and 80% of private courtyard garages use vertical parking. This parking mode requires a lon...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of people's living standards and the acceleration of rural urbanization, more and more families have private garages and independent courtyards. While life is more convenient and happy, we are facing new problems: on the one hand, It is not uncommon for a family to have more than one car. The existing model of storing only one car in a garage will not be able to meet the needs of future families.

This parking method requires a long distance for reversing and entering the garage. When accessing the car, it is necessary to continuously turn the direction of the front of the car, which brings difficulties to the driver's operation.

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