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A platform for research: civil engineering, architecture and urbanism
Rooftop solar energy equipment capable of opening and closing automatically
The invention discloses rooftop solar energy equipment capable of opening and closing automatically, and solves the problems that existing solar panels are typically fixed to a roof and cannot be adjusted, and the solar panels shade the roof all the time, which is not conductive to use or maintenance. The rooftop solar energy equipment capable of opening and closing automatically comprises a house; vertical brackets are symmetrically fixed to the tops of the two ends of the two sides of the house; a servo motor is mounted on the inner side of each vertical bracket; a bayonet is welded on one side, close to an eave, of each vertical bracket; an inclined bracket is welded below the bayonet on each vertical bracket; a first wire outlet is formed in one side of each inclined bracket; a first inner cavity is formed in each vertical bracket; a driving roller is mounted at the bottom of each first inner cavity; a rotating shaft of each driving roller penetrates through the corresponding vertical bracket to connect an output shaft of the corresponding servo motor; and a second inner cavity is formed in each inclined bracket. The rooftop solar energy equipment capable of opening and closingautomatically is novel in structure; a solar panel can be arranged on the roof in an inclined manner when the sun is shining; and the solar panel can be retracted vertically on cloudy and rainy daysso as not to shade the roof.
一种可自动开合的屋顶太阳能设备，解决了现有的太阳能板一般是固定安装在屋顶上的，无法进行调节，太阳能板始终遮挡屋顶，不利于进行使用或维修的问题，其包括房屋，所述房屋两侧两端的顶部对称固定有竖支架，竖支架的内侧安装有伺服电机，竖支架靠近屋檐的一侧焊接有卡口，竖支架上卡口的下方焊接有倾斜支架，倾斜支架的一端开设有第一出线口，竖支架的内部开设有第一内腔，第一内腔的底部安装有主动转轮，主动转轮的转动轴贯穿竖支架与伺服电机输出轴连接，倾斜支架的内部开设有第二内腔，本发明结构新颖，在有太阳时太阳能板可倾斜在屋顶上，对屋顶进行遮挡，当没有太阳时，太阳能板可竖直收起，不会对屋顶进行遮挡。
Rooftop solar energy equipment capable of opening and closing automatically
The invention discloses rooftop solar energy equipment capable of opening and closing automatically, and solves the problems that existing solar panels are typically fixed to a roof and cannot be adjusted, and the solar panels shade the roof all the time, which is not conductive to use or maintenance. The rooftop solar energy equipment capable of opening and closing automatically comprises a house; vertical brackets are symmetrically fixed to the tops of the two ends of the two sides of the house; a servo motor is mounted on the inner side of each vertical bracket; a bayonet is welded on one side, close to an eave, of each vertical bracket; an inclined bracket is welded below the bayonet on each vertical bracket; a first wire outlet is formed in one side of each inclined bracket; a first inner cavity is formed in each vertical bracket; a driving roller is mounted at the bottom of each first inner cavity; a rotating shaft of each driving roller penetrates through the corresponding vertical bracket to connect an output shaft of the corresponding servo motor; and a second inner cavity is formed in each inclined bracket. The rooftop solar energy equipment capable of opening and closingautomatically is novel in structure; a solar panel can be arranged on the roof in an inclined manner when the sun is shining; and the solar panel can be retracted vertically on cloudy and rainy daysso as not to shade the roof.
一种可自动开合的屋顶太阳能设备，解决了现有的太阳能板一般是固定安装在屋顶上的，无法进行调节，太阳能板始终遮挡屋顶，不利于进行使用或维修的问题，其包括房屋，所述房屋两侧两端的顶部对称固定有竖支架，竖支架的内侧安装有伺服电机，竖支架靠近屋檐的一侧焊接有卡口，竖支架上卡口的下方焊接有倾斜支架，倾斜支架的一端开设有第一出线口，竖支架的内部开设有第一内腔，第一内腔的底部安装有主动转轮，主动转轮的转动轴贯穿竖支架与伺服电机输出轴连接，倾斜支架的内部开设有第二内腔，本发明结构新颖，在有太阳时太阳能板可倾斜在屋顶上，对屋顶进行遮挡，当没有太阳时，太阳能板可竖直收起，不会对屋顶进行遮挡。
Rooftop solar energy equipment capable of opening and closing automatically
一种可自动开合的屋顶太阳能设备
WANG HAIHANG (author)
2020-05-19
Patent
Electronic Resource
Chinese
IPC:
F24S
Sonnenkollektoren
,
SOLAR HEAT COLLECTORS
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
H02S
GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRA-RED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, E.G. USING PHOTOVOLTAIC [PV] MODULES
,
Erzeugung elektrischer Energie durch Umwandlung von Infrarot-Strahlung, sichtbarem Licht oder ultraviolettem Licht, z.B. unter Verwendung von Photovoltaik [PV]-Modulen
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