A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Transmission device and window body
The invention provides a transmission device and a window body, the transmission device comprises a hinge transmission mechanism and a locking transmission mechanism, one end of the hinge transmission mechanism is fixed at an angular position between the side edge of a fan body and the bottom edge of the fan body, and the other end of the hinge transmission mechanism is slidably connected to a bottom edge guide rail of a frame body; the locking transmission mechanism is arranged at the bottom edge of the fan body; the locking transmission mechanism comprises a translation assembly and a locking assembly, one end of the translation assembly is used for being connected with the hinge transmission mechanism, the hinge transmission mechanism is used for applying acting force to the translation assembly to enable the translation assembly to slide in a bottom edge sash groove of the sash body, and the other end of the translation assembly is connected with the locking assembly; the locking assembly is provided with a locking limiting part capable of extending into the frame guide rail. The locking limiting part is matched with the guide rail on the bottom edge of the frame body, locking and positioning of the fan body are achieved directly through the guide rail arranged on the frame body, other lock seat structures do not need to be additionally arranged for cooperation, the locking structure can be simplified, and meanwhile the occupied area of the locking transmission mechanism on the frame body is reduced.
本发明提供了一种传动装置及窗体，该传动装置包括铰链传动机构以及锁定传动机构，铰链传动机构的一端固定于扇体的侧边与扇体的底边之间的角位处，铰链传动机构的另一端滑动连接于框体的底边导轨，锁定传动机构设于扇体的底边；锁定传动机构包括平移组件以及锁闭组件，平移组件的一端用于连接铰链传动机构，铰链传动机构用于向平移组件施加使平移组件滑动于扇体的底边扇槽内的作用力，平移组件的另一端连接锁闭组件；锁闭组件上设有可伸入框体导轨内的锁闭限位部。锁闭限位部与框体的底边导轨配合，直接利用框体自设的导轨实现对扇体的锁闭定位，无需增设其他锁座结构配合，可简化锁定结构，同时减少锁定传动机构在框体上的占用面积。
Transmission device and window body
The invention provides a transmission device and a window body, the transmission device comprises a hinge transmission mechanism and a locking transmission mechanism, one end of the hinge transmission mechanism is fixed at an angular position between the side edge of a fan body and the bottom edge of the fan body, and the other end of the hinge transmission mechanism is slidably connected to a bottom edge guide rail of a frame body; the locking transmission mechanism is arranged at the bottom edge of the fan body; the locking transmission mechanism comprises a translation assembly and a locking assembly, one end of the translation assembly is used for being connected with the hinge transmission mechanism, the hinge transmission mechanism is used for applying acting force to the translation assembly to enable the translation assembly to slide in a bottom edge sash groove of the sash body, and the other end of the translation assembly is connected with the locking assembly; the locking assembly is provided with a locking limiting part capable of extending into the frame guide rail. The locking limiting part is matched with the guide rail on the bottom edge of the frame body, locking and positioning of the fan body are achieved directly through the guide rail arranged on the frame body, other lock seat structures do not need to be additionally arranged for cooperation, the locking structure can be simplified, and meanwhile the occupied area of the locking transmission mechanism on the frame body is reduced.
本发明提供了一种传动装置及窗体，该传动装置包括铰链传动机构以及锁定传动机构，铰链传动机构的一端固定于扇体的侧边与扇体的底边之间的角位处，铰链传动机构的另一端滑动连接于框体的底边导轨，锁定传动机构设于扇体的底边；锁定传动机构包括平移组件以及锁闭组件，平移组件的一端用于连接铰链传动机构，铰链传动机构用于向平移组件施加使平移组件滑动于扇体的底边扇槽内的作用力，平移组件的另一端连接锁闭组件；锁闭组件上设有可伸入框体导轨内的锁闭限位部。锁闭限位部与框体的底边导轨配合，直接利用框体自设的导轨实现对扇体的锁闭定位，无需增设其他锁座结构配合，可简化锁定结构，同时减少锁定传动机构在框体上的占用面积。
Transmission device and window body
传动装置及窗体
LI SHUPENG (author) / DAI KUNMING (author) / WANG YIMING (author)
2024-01-16
Patent
Electronic Resource
Chinese
Fan body bottom bearing transmission device and door and window
| European Patent Office | 2024