Abstract: A docking and charging station reduces the inconvenience of waiting for charging by determining station usage authorization through a pre-authentication process before charging the electric mobility vehicle, allows easy access to the charging location, automatically aligns the charging position, eliminating the need for manually positioning the mobility vehicle, and ensures charging convenience by automating both power charging and fluid supply.

Abstract: In an elevating apparatus for a mobility vehicle and a building having the same, a vehicle washing function is provided in an elevator so that the mobility vehicle is washed for a time period for which the mobility vehicle is moved by the elevator and the time and costs required to wash the mobility vehicle are reduced, a foothold function is provided to a passenger who gets in or out of the mobility vehicle so that convenience related to a situation in which the passenger gets in or out of the mobility vehicle is ensured, a clean state in the elevator is maintained, a sense of luxury is provided to the passenger, who utilizes the elevator, by implementing various lighting functions in the elevator, and a boarding or alighting direction for the passenger or an exiting or entering direction for the mobility vehicle is guided by lighting.

Abstract: An interface system between a building and a transport mobility means includes a dome assembly disposed at the wall surface of the building to be positioned on a path of the guide rail, and including a plurality of dome portions that are joined together in an overlapping manner and rotate relatively, wherein the plurality of dome portions include respective opening portions, and when the opening portions of the plurality of dome portions are aligned according to a rotation position, the loading portion and the transport mobility means enter an internal space of the dome assembly through the aligned opening portions.

Abstract: An interface system between a building and a transportation mobility object is disclosed. In accordance with the interface system, it is possible to move the transportation mobility object along an external wall of the building so that the transportation mobility object is moved to a desired space portion and to receive the transportation mobility object in the building. In addition, it may be possible to freely adjust movement of the transportation mobility object in a circumferential direction of the building and a height direction of the building upon moving the transportation mobility object long the external wall of the building, and accordingly, to rapidly move the transportation mobility object to the target space portion.

Abstract: A vehicle moving system includes a guide rail provided on a wall surface; a docking unit slidably engaged to the guide rail and including a wheel coupling unit configured to be coupled with a wheel of a vehicle and receive a driving force from the wheel; and a driving unit disposed between the docking unit and the guide rail. The driving unit is configured to receive the driving force from the wheel coupling unit and enable the docking unit to slide along the guide rail.

Abstract: A module-detachable building is provided. A module that provides a parking space or a residential space to a building is selectively applied to the module-detachable building so that the parking space or the residential space that a user wants are changeable. Accordingly, the space utilization and freedom of the building are improved.

Abstract: In an interface system between a building and a transportation mobility object, the transportation mobility object may be moved to a desired accommodation portion by moving within the internal space of a building, the transportation mobility object may be accommodated in the building, and the transportation mobility object can freely move in horizontal and vertical directions within the internal space of the building. Thus, the transportation mobility object may be rapidly moved to a target accommodation portion.

Abstract: An interface system between a building and a transportation mobility object is disclosed. In in accordance with the interface system, it is possible to move the transportation mobility object along an external wall of the building so that the transportation mobility object is moved to a desired area. Furthermore, the transportation mobility object may enter the interior of the building and may subsequently exit the building to be transported to an area of another required building.