A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an automobile intelligent window system which comprises an intelligent window controller and a remote control key. The intelligent window controller is connected with the remote control key through signals, the intelligent window controller is connected with HUT multimedia, a TBOX vehicle networking terminal and an ESP vehicle speed system through a gateway, and the intelligent window controller is electrically connected with a rainfall sensor, a sunlight sensor and a main driving window switch through an LIN bus 1 and an LIN bus 2. The LIN bus 1 is connected with a skylight switch in series, the intelligent window controller comprises four groups of relays, and the four groups of relays correspond to four groups of window lifting switches of an automobile respectively. When automobile window or skylight is not closed after a client locks the automobile, the intelligent window controller can detect a rainfall signal in real time through the rainfall sensor, theautomobile window and the skylight can be closed in time during raining to prevent the interior of the automobile from being wetted, the automobile window and the skylight can be closed intelligentlywhen the automobile speed is greater than 100 Km/h during high-speed driving, and oil consumption and driving noise are reduced.
本发明公开了一种汽车智能车窗系统，包括智能车窗控制器和遥控钥匙，所述智能车窗控制器和遥控钥匙之间通过信号连接，所述智能车窗控制器通过网关连接有HUT多媒体、TBOX车联网终端和ESP车速系统，所述智能车窗控制器通过LIN总线1和LIN总线2电性连接有雨量传感器、阳光传感器和主驾车窗开关，所述LIN总线1上串联有天窗开关，所述智能车窗控制器包括四组继电器，四组所述继电器分别对应汽车的四组车窗升降开关。客户在锁车后车窗或天窗未关，智能车窗控制器可实时通过雨量传感器检测雨量信号，在下雨时及时关闭车窗和天窗，避免车内被淋湿，在高速行驶时车速大于100Km/h时，智能关闭车窗和天窗，降低油耗和行驶噪音。
The invention discloses an automobile intelligent window system which comprises an intelligent window controller and a remote control key. The intelligent window controller is connected with the remote control key through signals, the intelligent window controller is connected with HUT multimedia, a TBOX vehicle networking terminal and an ESP vehicle speed system through a gateway, and the intelligent window controller is electrically connected with a rainfall sensor, a sunlight sensor and a main driving window switch through an LIN bus 1 and an LIN bus 2. The LIN bus 1 is connected with a skylight switch in series, the intelligent window controller comprises four groups of relays, and the four groups of relays correspond to four groups of window lifting switches of an automobile respectively. When automobile window or skylight is not closed after a client locks the automobile, the intelligent window controller can detect a rainfall signal in real time through the rainfall sensor, theautomobile window and the skylight can be closed in time during raining to prevent the interior of the automobile from being wetted, the automobile window and the skylight can be closed intelligentlywhen the automobile speed is greater than 100 Km/h during high-speed driving, and oil consumption and driving noise are reduced.
本发明公开了一种汽车智能车窗系统，包括智能车窗控制器和遥控钥匙，所述智能车窗控制器和遥控钥匙之间通过信号连接，所述智能车窗控制器通过网关连接有HUT多媒体、TBOX车联网终端和ESP车速系统，所述智能车窗控制器通过LIN总线1和LIN总线2电性连接有雨量传感器、阳光传感器和主驾车窗开关，所述LIN总线1上串联有天窗开关，所述智能车窗控制器包括四组继电器，四组所述继电器分别对应汽车的四组车窗升降开关。客户在锁车后车窗或天窗未关，智能车窗控制器可实时通过雨量传感器检测雨量信号，在下雨时及时关闭车窗和天窗，避免车内被淋湿，在高速行驶时车速大于100Km/h时，智能关闭车窗和天窗，降低油耗和行驶噪音。
Automobile intelligent window system
一种汽车智能车窗系统
WU BIN (author)
2020-10-27
Patent
Electronic Resource
Chinese
IPC:
E05F
DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION
,
Vorrichtungen zum Bewegen der Flügel in die Offen- oder Schließstellung
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