A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Overturning skylight system and data center
The invention provides a turnover skylight system and a data center, and belongs to the technical field of data centers, the turnover skylight system comprises two driving assemblies and a plurality of turnover skylight assemblies, and the plurality of turnover skylight assemblies are arranged between the two driving assemblies side by side along a preset path; each turnover skylight assembly comprises a window frame, a skylight, a reset follower and a reset driving mechanism, the skylight is rotationally connected to the window frame, and the reset follower is arranged on the skylight; the reset driving mechanism is slidably connected to the window frame along a preset path, can abut against the reset driven part and pushes the skylight to be closed by moving on the reset driven part; the reset driving mechanisms in every two adjacent turnover skylight assemblies are fixedly connected through a linkage mechanism, the two reset driving mechanisms located at the two ends are in transmission connection with the driving assemblies at the corresponding ends correspondingly, and the two reset driving mechanisms provide driving force in the same direction correspondingly. According to the invention, the problem of reset failure caused by insufficient power provided by the driving assembly can be effectively avoided, and the consistency of driving pace is ensured.
本发明提供了一种翻转天窗系统及数据中心，属于数据中心技术领域，包括两个驱动总成和多个翻转天窗总成，多个翻转天窗总成沿预设路径并排设于两个驱动总成之间；每个翻转天窗总成均包括窗框、天窗、复位从动件和复位驱动机构，天窗转动连接于窗框，复位从动件设于天窗；复位驱动机构沿预设路径滑动连接于窗框，复位驱动机构能抵接于复位从动件，并通过在复位从动件上的移动推动天窗闭合；相邻两个翻转天窗总成中的复位驱动机构通过联动机构固定连接，位于两端的两个复位驱动机构分别与对应端的驱动总成传动连接，且两个复位驱动机构分别提供同向的驱动力。本发明能有效避免因驱动总成提供的动力不足造成复位失败的问题，保证驱动步调的一致性。
Overturning skylight system and data center
The invention provides a turnover skylight system and a data center, and belongs to the technical field of data centers, the turnover skylight system comprises two driving assemblies and a plurality of turnover skylight assemblies, and the plurality of turnover skylight assemblies are arranged between the two driving assemblies side by side along a preset path; each turnover skylight assembly comprises a window frame, a skylight, a reset follower and a reset driving mechanism, the skylight is rotationally connected to the window frame, and the reset follower is arranged on the skylight; the reset driving mechanism is slidably connected to the window frame along a preset path, can abut against the reset driven part and pushes the skylight to be closed by moving on the reset driven part; the reset driving mechanisms in every two adjacent turnover skylight assemblies are fixedly connected through a linkage mechanism, the two reset driving mechanisms located at the two ends are in transmission connection with the driving assemblies at the corresponding ends correspondingly, and the two reset driving mechanisms provide driving force in the same direction correspondingly. According to the invention, the problem of reset failure caused by insufficient power provided by the driving assembly can be effectively avoided, and the consistency of driving pace is ensured.
本发明提供了一种翻转天窗系统及数据中心，属于数据中心技术领域，包括两个驱动总成和多个翻转天窗总成，多个翻转天窗总成沿预设路径并排设于两个驱动总成之间；每个翻转天窗总成均包括窗框、天窗、复位从动件和复位驱动机构，天窗转动连接于窗框，复位从动件设于天窗；复位驱动机构沿预设路径滑动连接于窗框，复位驱动机构能抵接于复位从动件，并通过在复位从动件上的移动推动天窗闭合；相邻两个翻转天窗总成中的复位驱动机构通过联动机构固定连接，位于两端的两个复位驱动机构分别与对应端的驱动总成传动连接，且两个复位驱动机构分别提供同向的驱动力。本发明能有效避免因驱动总成提供的动力不足造成复位失败的问题，保证驱动步调的一致性。
Overturning skylight system and data center
翻转天窗系统及数据中心
JIANG BINGHUI (author) / LIN WEIYI (author) / LIAO YIWEI (author) / CHEN QIANG (author) / SHANGGUAN ZHIYUAN (author) / NI GEYANG (author)
2024-05-24
Patent
Electronic Resource
Chinese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04H
Gebäude oder ähnliche Bauwerke für besondere Zwecke
,
BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES
/
E05F
DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION
,
Vorrichtungen zum Bewegen der Flügel in die Offen- oder Schließstellung
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