A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Compression energy storage type bottom-hung outward tilt window hinge mechanism and bottom-hung outward tilt window
The invention relates to the technical field of bottom-hung window accessories and bottom-hung windows, and discloses a compression energy storage type bottom-hung outward tilt window hinge mechanism and a bottom-hung outward tilt window. The hinge mechanism applied to the bottom-hung outward tilt window comprises a multi-connecting-rod mechanism and a compression energy storage mechanism, and the first connecting end of the multi-connecting-rod mechanism is fixedly hinged to a window frame; the second connecting end of the multi-connecting-rod mechanism is hinged to the window frame in a sliding mode in the window height direction of the bottom-hung outward tilt-turn window, and the third connecting end of the multi-connecting-rod mechanism is hinged to the window sash. The compression energy storage mechanism is pressed to store energy when the window sash is closed and releases elastic potential energy to drive the second connecting end of the multi-connecting-rod mechanism to slide towards the first connecting end of the multi-connecting-rod mechanism when the window sash is opened. The energy storage characteristic of the compression energy storage mechanism and the elastic driving force optimization provided when the stored energy is released are utilized to improve the force transmission path of the multiple rod pieces/supporting arms in the multi-connecting-rod mechanism, so that the multi-connecting-rod mechanism can overcome the inflection point limitation of the opening angle of the window sash to smoothly open the downward-hanging outward-tilting window.
本申请涉及下悬窗配件及下悬窗的技术领域，公开了压缩储能式下悬外倒窗铰链机构及下悬外倒窗，应用于下悬外倒窗的铰链机构包括有多连杆机构和压缩储能机构，多连杆机构的第一连接端与窗框固定铰接，多连杆机构的第二连接端沿下悬外倒窗窗高方向滑移铰接于窗框，多连杆机构的第三连接端与窗扇铰接，压缩储能机构在窗扇关闭时受压储能并在窗扇开启时释放弹性势能驱动多连杆机构的第二连接端朝向多连杆机构的第一连接端滑移运动。利用压缩储能机构的储能特性以及储能释放时提供的弹性驱动力优化、改善多连杆机构中多杆件/支臂的传力路径，使得多连杆机构可以克服窗扇开启角度的拐点限制而顺利开启下悬外倒窗。
Compression energy storage type bottom-hung outward tilt window hinge mechanism and bottom-hung outward tilt window
The invention relates to the technical field of bottom-hung window accessories and bottom-hung windows, and discloses a compression energy storage type bottom-hung outward tilt window hinge mechanism and a bottom-hung outward tilt window. The hinge mechanism applied to the bottom-hung outward tilt window comprises a multi-connecting-rod mechanism and a compression energy storage mechanism, and the first connecting end of the multi-connecting-rod mechanism is fixedly hinged to a window frame; the second connecting end of the multi-connecting-rod mechanism is hinged to the window frame in a sliding mode in the window height direction of the bottom-hung outward tilt-turn window, and the third connecting end of the multi-connecting-rod mechanism is hinged to the window sash. The compression energy storage mechanism is pressed to store energy when the window sash is closed and releases elastic potential energy to drive the second connecting end of the multi-connecting-rod mechanism to slide towards the first connecting end of the multi-connecting-rod mechanism when the window sash is opened. The energy storage characteristic of the compression energy storage mechanism and the elastic driving force optimization provided when the stored energy is released are utilized to improve the force transmission path of the multiple rod pieces/supporting arms in the multi-connecting-rod mechanism, so that the multi-connecting-rod mechanism can overcome the inflection point limitation of the opening angle of the window sash to smoothly open the downward-hanging outward-tilting window.
本申请涉及下悬窗配件及下悬窗的技术领域，公开了压缩储能式下悬外倒窗铰链机构及下悬外倒窗，应用于下悬外倒窗的铰链机构包括有多连杆机构和压缩储能机构，多连杆机构的第一连接端与窗框固定铰接，多连杆机构的第二连接端沿下悬外倒窗窗高方向滑移铰接于窗框，多连杆机构的第三连接端与窗扇铰接，压缩储能机构在窗扇关闭时受压储能并在窗扇开启时释放弹性势能驱动多连杆机构的第二连接端朝向多连杆机构的第一连接端滑移运动。利用压缩储能机构的储能特性以及储能释放时提供的弹性驱动力优化、改善多连杆机构中多杆件/支臂的传力路径，使得多连杆机构可以克服窗扇开启角度的拐点限制而顺利开启下悬外倒窗。
Compression energy storage type bottom-hung outward tilt window hinge mechanism and bottom-hung outward tilt window
压缩储能式下悬外倒窗铰链机构及下悬外倒窗
DONG PEIWEN (author)
2024-11-05
Patent
Electronic Resource
Chinese
IPC:
E05D
Scharniere oder andere Aufhängevorrichtungen für Türen, Fenster oder Flügel
,
HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS, OR WINGS
/
E05F
DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION
,
Vorrichtungen zum Bewegen der Flügel in die Offen- oder Schließstellung
/
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES