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Novel turnover skylight and micro-module data center
The invention relates to a novel turnover skylight and a micro-module data center. The novel turnover skylight comprises a skylight supporting plate, wherein the top of the skylight supporting plate is connected with a skylight outer frame, a turnover shaft is installed on one side of the skylight outer frame, the turnover shaft is connected with a glass plate frame, the glass plate frame is matched with the skylight outer frame in size, a glass plate is installed in the glass plate frame, a motor supporting frame is fixedly installed on the skylight outer frame and located on the side opposite to the overturning shaft, a stepping motor is installed on the motor supporting frame, the stepping motor pulls a glass plate frame through a steel wire rope, the steel wire rope is unwound, the glass plate frame is opened downwards, the steel wire rope is wound, the glass plate frame is closed upwards, and the steel wire rope is longer than the glass plate frame which is completely opened. The novel turnover skylight does not occupy the upper space after being opened, the application range of the micro-module data center can be further enlarged, and workers in the micro-module data center can be prevented from being hit by the turnover skylight after the turnover skylight is turned over.
本发明涉及一种新型翻转天窗及微模块数据中心,该新型翻转天窗包括天窗支撑板,天窗支撑板的顶部连接天窗外架,天窗外架的一侧安装有翻转轴,翻转轴连接玻璃板框,玻璃板框大小与天窗外架相匹配,玻璃板框内安装玻璃板;天窗外架上固定安装电机支撑架,电机支撑架位于翻转轴相对的一侧,电机支撑架上安装步进电机,步进电机通过钢丝绳牵引玻璃板框,钢丝绳放线,玻璃板框向下打开,钢丝绳收线,玻璃板框向上关闭,钢丝绳的长度长于玻璃板框完全打开所需的长度。新型翻转天窗打开之后不占用上部空间,可以进一步增大微模块数据中心的应用范围,还可以防止翻转后砸到微模块数据中心内的工作人员。
Novel turnover skylight and micro-module data center
The invention relates to a novel turnover skylight and a micro-module data center. The novel turnover skylight comprises a skylight supporting plate, wherein the top of the skylight supporting plate is connected with a skylight outer frame, a turnover shaft is installed on one side of the skylight outer frame, the turnover shaft is connected with a glass plate frame, the glass plate frame is matched with the skylight outer frame in size, a glass plate is installed in the glass plate frame, a motor supporting frame is fixedly installed on the skylight outer frame and located on the side opposite to the overturning shaft, a stepping motor is installed on the motor supporting frame, the stepping motor pulls a glass plate frame through a steel wire rope, the steel wire rope is unwound, the glass plate frame is opened downwards, the steel wire rope is wound, the glass plate frame is closed upwards, and the steel wire rope is longer than the glass plate frame which is completely opened. The novel turnover skylight does not occupy the upper space after being opened, the application range of the micro-module data center can be further enlarged, and workers in the micro-module data center can be prevented from being hit by the turnover skylight after the turnover skylight is turned over.
本发明涉及一种新型翻转天窗及微模块数据中心,该新型翻转天窗包括天窗支撑板,天窗支撑板的顶部连接天窗外架,天窗外架的一侧安装有翻转轴,翻转轴连接玻璃板框,玻璃板框大小与天窗外架相匹配,玻璃板框内安装玻璃板;天窗外架上固定安装电机支撑架,电机支撑架位于翻转轴相对的一侧,电机支撑架上安装步进电机,步进电机通过钢丝绳牵引玻璃板框,钢丝绳放线,玻璃板框向下打开,钢丝绳收线,玻璃板框向上关闭,钢丝绳的长度长于玻璃板框完全打开所需的长度。新型翻转天窗打开之后不占用上部空间,可以进一步增大微模块数据中心的应用范围,还可以防止翻转后砸到微模块数据中心内的工作人员。
Novel turnover skylight and micro-module data center
一种新型翻转天窗及微模块数据中心
XI NINGNING (author) / SHAN CUIYUN (author)
2021-08-24
Patent
Electronic Resource
Chinese
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