Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Door lock handle structure capable of being flexibly switched leftwards and rightwards
A door lock handle structure capable of being flexibly switched leftwards and rightwards comprises a door lock shell panel and a handle, one end of the handle is a rotating end, the other end of the handle is a wrenching end, the rotating end of the handle is rotationally connected to the door lock shell panel, and the rotating end of the handle is in elastic reset connection with the door lock shell panel on the inner side of the door lock shell panel. The rotating end of the lever handle is rotationally connected with a first telescopic piece, the inner side of the door lock shell panel is rotationally connected with a second telescopic piece, and the first telescopic piece and the second telescopic piece are in axial reset telescopic connection to form an elastic reset connecting structure enabling the lever handle pulling end to reset after the lever handle pulling end is rotated. The lever handle is reasonable and compact in structure, the reset function of the lever handle is achieved through an external reset structure, namely, an elastic reset telescopic connection structure between the first telescopic part and the second telescopic part, 180-degree orientation adjustment can be achieved in the left-right direction according to needs, and flexible switching of the left-right direction is achieved; the external reset structure can simplify tedious steps of internal installation, installation is simpler, and the structure cost is further reduced.
一种左右灵活切换的门锁执手结构，包括门锁外壳面板和执手，执手一端为转动端另一端扳动端，执手的转动端转动连接在门锁外壳面板上，执手的转动端在门锁外壳面板内侧与门锁外壳面板之间弹性复位连接，执手的转动端转动连接有第一伸缩件，门锁外壳面板内侧转动连接有第二伸缩件，第一伸缩件与第二伸缩件之间轴向复位伸缩连接形成执手扳动端转动后使其复位的弹性复位连接结构。本发明的结构合理、紧凑，通过外置复位结构，即第一伸缩件和第二伸缩件之间弹性复位伸缩连接的结构使得执手复位功能，左右可以根据需要180°朝向调整，做到左右朝向灵活切换；外置复位结构还可以简化内部安装的繁琐步骤，安装起来更简单，进一步降低结构成本。
Door lock handle structure capable of being flexibly switched leftwards and rightwards
A door lock handle structure capable of being flexibly switched leftwards and rightwards comprises a door lock shell panel and a handle, one end of the handle is a rotating end, the other end of the handle is a wrenching end, the rotating end of the handle is rotationally connected to the door lock shell panel, and the rotating end of the handle is in elastic reset connection with the door lock shell panel on the inner side of the door lock shell panel. The rotating end of the lever handle is rotationally connected with a first telescopic piece, the inner side of the door lock shell panel is rotationally connected with a second telescopic piece, and the first telescopic piece and the second telescopic piece are in axial reset telescopic connection to form an elastic reset connecting structure enabling the lever handle pulling end to reset after the lever handle pulling end is rotated. The lever handle is reasonable and compact in structure, the reset function of the lever handle is achieved through an external reset structure, namely, an elastic reset telescopic connection structure between the first telescopic part and the second telescopic part, 180-degree orientation adjustment can be achieved in the left-right direction according to needs, and flexible switching of the left-right direction is achieved; the external reset structure can simplify tedious steps of internal installation, installation is simpler, and the structure cost is further reduced.
一种左右灵活切换的门锁执手结构，包括门锁外壳面板和执手，执手一端为转动端另一端扳动端，执手的转动端转动连接在门锁外壳面板上，执手的转动端在门锁外壳面板内侧与门锁外壳面板之间弹性复位连接，执手的转动端转动连接有第一伸缩件，门锁外壳面板内侧转动连接有第二伸缩件，第一伸缩件与第二伸缩件之间轴向复位伸缩连接形成执手扳动端转动后使其复位的弹性复位连接结构。本发明的结构合理、紧凑，通过外置复位结构，即第一伸缩件和第二伸缩件之间弹性复位伸缩连接的结构使得执手复位功能，左右可以根据需要180°朝向调整，做到左右朝向灵活切换；外置复位结构还可以简化内部安装的繁琐步骤，安装起来更简单，进一步降低结构成本。
Door lock handle structure capable of being flexibly switched leftwards and rightwards
左右灵活切换的门锁执手结构
CHEN GUANGHUI (Autor:in)
08.10.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E05B
LOCKS
,
Schlösser
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