A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of damping devices, in particular to a damping turnover system and an automatic door. The damping turnover system comprises a first damping assembly and a turnover driving piece. The first damping assembly comprises a first transmission shaft and a first damping elastic piece in acting connection with the first transmission shaft. The overturning driving part is in transmission connection with the first damping elastic part and can drive the first damping elastic part to elastically deform, and when the first damping elastic part elastically deforms, the first transmission shaft is driven to rotate and transmit in a damping mode. According to the damping turnover system, active damping rotation torque output of the transmission shaft can be achieved, and active damping rotation transmission is achieved. The automatic door comprises the damping turnover system and a door body in transmission connection with the damping turnover system. According to the automatic door, the damping turnover system is adopted to drive the door body to be automatically opened and closed, and active slow-stop opening and slow-stop closing of the door body can be achieved.
本发明涉及阻尼装置技术领域，具体涉及一种阻尼翻转系统与自动门。本发明的阻尼翻转系统包括第一阻尼总成以及翻转驱动件，所述第一阻尼总成包括第一传动轴以及与所述第一传动轴作用连接的第一阻尼弹性件；所述翻转驱动件与所述第一阻尼弹性件传动连接，并能够驱动所述第一阻尼弹性件弹性形变，所述第一阻尼弹性件弹性形变时阻尼带动所述第一传动轴旋转传动。本发明的阻尼翻转系统能实现传动轴主动的阻尼旋转扭矩的输出，达到主动的阻尼旋转传动。本发明的自动门包括所述的阻尼翻转系统和与所述阻尼翻转系统传动连接的门体。本发明的自动门采用所述的阻尼翻转系统驱动门体自动开闭，可实现门体的主动缓停开启和缓停关闭。
The invention relates to the technical field of damping devices, in particular to a damping turnover system and an automatic door. The damping turnover system comprises a first damping assembly and a turnover driving piece. The first damping assembly comprises a first transmission shaft and a first damping elastic piece in acting connection with the first transmission shaft. The overturning driving part is in transmission connection with the first damping elastic part and can drive the first damping elastic part to elastically deform, and when the first damping elastic part elastically deforms, the first transmission shaft is driven to rotate and transmit in a damping mode. According to the damping turnover system, active damping rotation torque output of the transmission shaft can be achieved, and active damping rotation transmission is achieved. The automatic door comprises the damping turnover system and a door body in transmission connection with the damping turnover system. According to the automatic door, the damping turnover system is adopted to drive the door body to be automatically opened and closed, and active slow-stop opening and slow-stop closing of the door body can be achieved.
本发明涉及阻尼装置技术领域，具体涉及一种阻尼翻转系统与自动门。本发明的阻尼翻转系统包括第一阻尼总成以及翻转驱动件，所述第一阻尼总成包括第一传动轴以及与所述第一传动轴作用连接的第一阻尼弹性件；所述翻转驱动件与所述第一阻尼弹性件传动连接，并能够驱动所述第一阻尼弹性件弹性形变，所述第一阻尼弹性件弹性形变时阻尼带动所述第一传动轴旋转传动。本发明的阻尼翻转系统能实现传动轴主动的阻尼旋转扭矩的输出，达到主动的阻尼旋转传动。本发明的自动门包括所述的阻尼翻转系统和与所述阻尼翻转系统传动连接的门体。本发明的自动门采用所述的阻尼翻转系统驱动门体自动开闭，可实现门体的主动缓停开启和缓停关闭。
Damping turnover system and automatic door
一种阻尼翻转系统与自动门
CHEN BAOHUA (author)
2023-09-22
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