Traditional Bike Rack is mostly fixed structure, which is difficult to adapt to different scenarios. Modular design realizes rapid assembly and functional expansion through standardized components. The Lego-style parking rack developed by an enterprise has a single-layer 2-parking bracket as the basic unit, which can be spliced into a single-layer, double-layer or three-layer structure through snap connection; At the same time, an interface is reserved at the top of the bracket, and accessories such as sunshade, charging module and guide sign can be installed. For example, during the weekend activities of a commercial complex, the basic units were spliced into a three-storey 12-parking rack, and a sunshade and charging module were added to meet the temporary high-flow demand; After the activity, it can be disassembled into a single-layer structure within 5 minutes to release space.[align=center” target=_blank>[img” target=_blank>https://i.postimg.cc/G2gJmZ8K/3-2.jpg” align=”center” />”
Modular design also supports function customization. For parent-child tourists in a scenic spot, a “children’s bicycle auxiliary bracket” is installed on the basic unit, and the front wheel of the children’s car is fixed through a height-adjustable slot, which is convenient for parents to operate with one hand; At the same time, the surface of the bracket is treated with anti-slip to prevent children from slipping. This kind of design makes the parking rack change from “universal” to “scene”, which improves the user experience.
In addition, the modular design reduces the maintenance cost. When the parking frame of a subway station is damaged, only the damaged foundation unit needs to be replaced, and the maintenance time is shortened from 2 hours to 20 minutes, and the annual maintenance cost is reduced by 60%.