A vehicle access method for a comb-tooth three-dimensional garage

Abstract

The invention discloses a vehicle accessing method of a comb-finger type stereo garage and belongs to the technical field of stereo garages. A steel structure framework is internally provided with a first lifting channel and a second lifting channel respectively; an entrance and an exit of the stereo garage are located on the same side of the stereo garage; the first lifting channel corresponds to the entrance and the second lifting channel corresponds to the exit; a transverse movement and rotation transporting device is transversely and movably mounted in a transporting channel; an exchange comb-finger frame is mounted on the transverse movement and rotation transporting device; a stopping mechanism is only arranged at one end of the exchange comb-finger frame; parking directions of all vehicles in parking places on the two sides of the second lifting channel are that car heads are parked backward; the parking directions of vehicles in the other parking places are that the card heads are parked frontward. The vehicle accessing method is safe and reliable and the vehicles are convenient to access; and the utilization performance of the stereo garage is improved and the vehicle accessing method is widely applied to the comb-finger type stereo garage.

Description

technical field [0001] The invention relates to the technical field of three-dimensional garages, in particular to a vehicle access method for comb-toothed three-dimensional garages. Background technique [0002] Comb-tooth exchange type stereoscopic garage is a new type of stereoscopic parking equipment. It is the core of fully automatic stereoscopic garage with platen exchange technology. The comb-tooth exchange type three-dimensional garage is popular for its simple structure, low energy consumption through the comb-tooth structure in the process of vehicle exchange, short travel and short time in the process of car access, which greatly improves the efficiency of car access. [0003] However, if figure 1 As shown, in the traditional comb-tooth exchange three-dimensional garage, the steel structure frame 1 of the three-dimensional garage is often built near the edge area, that is to say, when the car is stored, the vehicle can only enter from one side of the steel struct...

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Problems solved by technology

[0003] However, if figure 1 As shown, in the traditional comb-tooth exchange three-dimensional garage, the steel structure frame 1 of the three-dimensional garage is often built near the edge area, that is to say, when the car is stored, the vehicle can only enter from one side of the steel structure frame 1, and the car can only be taken out from one side of the steel structure frame 1. At this time, the vehicle can only exit from this side, and the entrance 101 and exit 102 of the three-dimensional garage are usually distributed on both sides of the steel structure frame 1 of the three-dimensional garage. When the car is being picked up, after the vehicle is dropped onto the exchange comb frame, because the length of the exchange comb frame is much larger than its width, the rotation of the exchange comb frame cannot be realized at the edge position, so the lateral movement of the rotary carrier needs to return for a certain distance. It can be rotated, and then moved horizontally to the exit position before the vehicle can be driven out. This process is cumbersome and takes a long time to pick up the vehicle

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