Abstract:
A stereo garage is provided. The stereo garage comprises a passage (1) for temporarily parking vehicle, the vehicle coming into or going out of the stereo garage via the passage (1); a garage unit (2) for depositing the vehicle; and a conveying device (30) for carrying the vehicle to the garage unit (2) from the passage, and carrying the vehicle to the passage (1) from the garage unit (2), the conveying device (30) comprising: a conveyer (4) for carrying the vehicle and a lifter (3).
Abstract:
A stereo garage and a charging connector device thereof are provided. The charging connector device comprises a plug (7) a mounting seat (18) and a charging socket (4). The plug (7) is mounted to the mounting seat (18). The mounting seat (18) has a guide column (6). The charging socket (4) has a guide sleeve (5) engageable with or disengageable from the guide column (6), the plug (7) is capable of inserting into or pulling out of the charging socket (4).
Abstract:
A sliding-contact power supply system (100) and a three-dimensional circulating garage having the same are provided. The sliding-contact power supply system (100) includes: a plurality of sub-sliding wires (510), each of the plurality of sub-sliding wires (510) being adapted to be a electrically connected to an outside power supply; a plurality of insulation segmentation elements (511), each of the plurality of insulation segmentation elements (511) being connected between two sub-sliding wires (510); and a plurality of current collectors (52), each of the plurality of current collectors (52) being electrically connected to the sub-sliding wires (510); wherein the plurality of sub-sliding wires (510) and the plurality of insulation segmentation elements (511) form a sliding wire guide rail (51) having a ring shape, and each current collector (52) is slidably disposed on the sliding wire guide rail (51).
Abstract:
Disclosed is a three-dimensional circulating garage (100). The three-dimensional circulating garage (100) includes: a transmission device comprising a plurality of tray supporting plates (25); a plurality of tray components (3), each tray component (3) comprising a tray shaft (32), the tray supporting plate (25) being fitted over each end of the tray shaft (32), and the tray shaft (32) being rotatable relative to the tray supporting plate (25); and a plurality of conductive slip rings (53) in one-to-one correspondence with the plurality of tray components (3), each conductive slip ring (53) comprising a stator (530) and a rotor (531), the rotor (531) being fitted over the tray shaft (32) and stationary relative to the tray shaft (32), the stator (530) being fitted over the tray shaft (32), connected to the tray supporting plate (25) and stationary relative to the tray supporting plate (25); a cable input terminal (534) disposed on an end surface of the stator (530) facing the tray supporting plate (25), and a cable output terminal (535) disposed on an end surface of the rotor (531) away from the stator (530). The three-dimensional circulation garage (100) has the advantages that system failures caused by cable winding are avoided, the installation of other components is free of being affected by the installation of the conductive slip rings (53), occasions with large current requirements can be met, and there is no need to route the electric cable inside the tray shaft (32) during cable installation.
Abstract:
A three-dimensional circulating garage (100) is provided. The three-dimensional circulating garage (100) includes: a fixing frame (1) including a first fixing support (10) and a second fixing support (11); a transmission system (2) including a transmission device disposed on the fixing frame (1), and a tray track (26) disposed on at least one of the first and second fixing supports (10, 11); a plurality of tray units (3) each including: a tray frame (34), a vehicle carrying plate (30), and a tray stabilizing beam (33); and a driving device (4) connected with the transmission device to drive the transmission device so as to drive the tray unit (3) to move up and down reciprocally in a cyclical manner along the tray track (26). When two adjacent tray units (3) move in a vertical direction, the lower surface of the vehicle carrying plate (30) of the upper tray unit is supported on the tray stabilizing beam (33) of the lower tray unit (3).