METHOD FOR PRESERVATION OF CARS FOR MECHANICAL MODULAR GARAGE Russian patent published in 2015 - IPC E04H6/12 

FIELD: construction.

SUBSTANCE: invention relates to the field of construction, namely, to storage methods of cars for the mechanised modular garages. Technical result: reduction of energy consumption. Method to store vehicles for the mechanized modular garage, made in the form of individual interconnected modules with bases and rail track, equipped with carriages with loading platforms, is implemented by placing each vehicle on the loading platform of each carriage, and all bases of individual modules are arranged in one row and interconnected, in this case the lateral panels and roofs of adjacent bases of individual modules are respectively interconnected; at that, the last base in this row of individual module with side panels and roof is connected respectively to the side panels, roof and base of the first individual module of this row, forming a series and closed circuit of individual interconnected modules, and rails of adjacent bases of the individual modules of the formed closed circuit of this row of individual and interconnected modules are interconnected respectively, at that all carriages, equipped with cargo platform and individual drive of carriage, are disengaged and positioned with the interval between each other, and the required displacement of all carriages in the mechanised modular garage during storage or takeout of vehicles from the mechanised modular garage is performed by the joint sequential stepped cyclical displacements of the carriage, at that the mentioned each stepped cycle of displacement is implemented by supplying power only into the individual drive of one carriage to be displaced and stop supplying power to individual drive of this carriage during the interaction of this carriage to be displaced with the other, adjacent carriage of the other individual interconnected module and then the same stepped cycle of displacement is performed successively, but with adjacent carriage and power supply to the individual displacement drive of the carriage is performed in order to move this adjacent carriage of another individual interconnected module and power supply to individual drive of this carriage is stopped at its interaction with the other, following carriage of the next individual interconnected modules, then a series of stepping movements for the next trolley separate interconnected module. Subsequently, such stepped displacement cycle is repeated for the next carriage of individual interconnected module, besides the successive stepped cycles of displacement of carriages, one for each carriage of the mechanized modular garage, are repeated and stopped when the desired carriage reaches the selected special aperture for the takein or takeout of the vehicle in the process of the vehicle storage or takeout from the mechanized modular garage.

EFFECT: significant reduction of consumed electric powers and significant reduction of starting currents.

2 cl, 3 dwg