The invention discloses an airport luggage rotating disc with an anti-collision structure. The airport luggage rotating disc comprises a walking bracket, which comprises a scale plate and a scale plate supporting plate, wherein the scale plate is arranged on the scale plate supporting plate, an electromagnetic driving device and walking wheels are arranged on the lower bottom surface of the scaleplate supporting plate, the scale plate supporting plate walks on a rack through the electromagnetic driving device and the walking wheels, the plate surface of the scale plate supporting plate comprises an inclined surface section, a transition section and a bottom section from inside to outside of the rotating disc, the transition section is connected with the inclined plane section and the bottom section, the transition section is an inclined surface or a downwards-concave arc surface, the bottom section is an inclined plane or a horizontal plane, when the bottom section is the inclined plane, the inclined plane of the bottom section is opposite to the inclined direction of the inclined plane section, and the scale plate is matched with the scale plate supporting plate in shape. According to the invention, luggage is effectively buffered in a gliding process, so that collision between the luggage and the turntable rack can be effectively avoided, noise is reduced, the height of rotating disc equipment is effectively reduced, and passengers can find and take the luggage more conveniently.
本发明公开了一种有防撞击结构的机场行李转盘,包括走行支架,走行支架包括鳞板和鳞板支撑板,鳞板设置于鳞板支撑板之上,鳞板支撑板下底面设置有电磁驱动装置和走行轮,鳞板支撑板通过电磁驱动装置和走行轮在机架上行走;其中,鳞板支撑板的板面从转盘的内部到外部包括:斜面段、过渡段和底部段;过渡段连接斜面段和底部段,过渡段为斜面或向下凹的弧面,底部段为倾斜平面或水平面,当底部段为倾斜平面时,底部段的倾斜平面与斜面段的倾斜方向相反;鳞板与鳞板支撑板的形状相适配。本发明使行李在下滑过程中有效实现缓冲,能够有效避免行李与转盘机架的撞击,减小了噪音的产生,并有效降低了转盘设备的高度,更方便乘客寻找、提取行李。
Airport luggage rotating disc with anti-collision structure
一种有防撞击结构的机场行李转盘
2021-03-05
Patent
Electronic Resource
Chinese
IPC: | B64F GROUND OR AIRCRAFT-CARRIER-DECK INSTALLATIONS SPECIALLY ADAPTED FOR USE IN CONNECTION WITH AIRCRAFT , Boden- oder Flugzeugträgerdeckeinrichtungen besonders ausgebildet für die Verwendung in Verbindung mit Luftfahrzeugen |