The invention belongs to the field of automobile skylights, and especially relates to an automobile anti-smashing and anti-leakage skylight safety blocking net mechanism. The mechanism comprises a winding drum, a blocking net, a sliding strip A, a spring A, an electric driving module, a sliding strip B, a sliding strip C, a spring B, sliding blocks, volute spiral springs, a wedge block B, a springC and the like, wherein the winding drum is installed below a skylight module in the top of a carriage through a shaft B with the two ends symmetrically and rotationally matched with the two slidingblocks. Two modes of automatic closing and manual opening and closing of the blocking net can be realized; when the automobile door is closed, a control system in the automobile controls the electricdriving module to operate and drives the blocking net to block the skylight opening through the sliding strip A; skylight glass in the skylight module is prevented from falling into the automobile after being broken by objects falling from high altitudes or people after the automobile owner leaves the skylight module, secondary damage to the interior of the automobile due to the fact that dregs generated after the skylight glass is broken fall into the automobile is avoided, and meanwhile the automobile owner is prevented from cumbersome cleaning of glass fragments falling into the automobile.
本发明属于汽车天窗领域,尤其涉及一种汽车防砸防漏的天窗安全挡网机构,它包括卷筒、挡网、滑条A、弹簧A、电驱模块、滑条B、滑条C、弹簧B、滑块、涡卷弹簧、楔形块B和弹簧C等,其中卷筒通过两端对称旋转配合有两个滑块的轴B安装在车厢顶部内天窗模块的下方;本发明可以实现挡网的自动关闭和手动开合两种模式;当车门关闭时,车内的控制系统控制电驱模块运行并通过滑条A带动挡网对天窗口进行遮挡;防止车主离开后天窗模块中的天窗玻璃被高空坠物或人为砸碎损坏后掉入车内,避免天窗玻璃碎裂后的渣滓落入车内后对车辆内部形成二次损坏,同时也避免了车主对落入车内的玻璃碎片进行繁琐的清理。
Automobile anti-smashing and anti-leakage skylight safety blocking net mechanism and anti-smashing and anti-leakage method
一种汽车防砸防漏的天窗安全挡网机构及防砸防漏方法
2020-04-10
Patent
Electronic Resource
Chinese
IPC: | B60J WINDOWS, WINDSCREENS, NON-FIXED ROOFS, DOORS, OR SIMILAR DEVICES FOR VEHICLES , Fenster, Windschutzscheiben und bewegbare Dächer, Türen oder Ähnliches für Fahrzeuge |
European Patent Office | 2021
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