| 摘要 |
Utility model relates to an automated system for renting bicycles for rent, which is used in the field of public services. The automated system satisfies more fully the needs of its users and has enhanced functionality. Automated delivery system of bike rental with a plurality bike stations (A1, A2 .. Ai ... An) and a central server (B). Each bike station (Ai) contains column control (3i), which is connected by two-way cable connection with the columns of parking bicycles (21, 22, ..., 2i ... 2n). The central server (B) is connected via a fibber optic link, directional antennas or stable GRRS / 3G connection to the filling station management (3i) of each bike station a (Ai). Column management (3i) is a metal casing, which houses the main computer (3i.1), two-way connected touchscreen monitor (3i.2) with video frame (3i.3), a button to push to talk connection with operator (3i. 13), the main controller for distribution (3i.4), secondary controller (3i.5), Communicator virtual POS (3i.6), communications controller service POS (3i.7), controller of all links ( 3i.8), module for internet connection (3i.9) and the module for communication with GSM network operator (3i.10). The communicator virtual POS (3i.6), module for internet connection (3i.9) and module for communication to GSM network operator (3i.10) are linked to two-way and GRRS / 3G network. The sub-controller (3i.5) is two-way connected to the controller of all links (3i.8), which in turn is connected to the host bi-directional distribution controller (3i.4) and video frame (3i.3). The communicator of the virtual POS terminal (3i.6) is connected with a bidirectional communication controller for servicing POS (3i.7) and a module for communicating with the GSM network operator (3i.10), which in turn is connected to the module Internet Connection (3i.9). Each column for bicycle parking (2i) is a metal housing, a built-in electric control device (2i.1), reader for contactless cards (2i.2), located at the top of the column parking (2i) and receiver information about the state of the bicycle (1i) (not shown). Each bike rental (1i) is equipped with a wireless device to transmit information about its current state "parked / hired" and with a locking mechanism (1i.1). The locking mechanism (1i.1) is connected to the bidirectional electric control device (2i.1), through which the column bicycle parking (2i) is connected to the secondary controller (3i.5). Reader for contactless cards (2i.2) is connected to the main controller bi-directional distribution (3i.4). |
