A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Temperature sensing type self-control ventilation clerestory
The invention discloses a temperature sensing type self-control ventilation clerestory, and belongs to the field of building parts, the temperature sensing type self-control ventilation clerestory comprises a ventilation clerestory body, the left end and the right end of the ventilation clerestory body are each provided with a side heat dissipation opening, and the lower inner wall of each side heat dissipation opening is fixedly connected with a flexible overturning base; according to the ventilation clerestory, the side heat dissipation openings used for exchanging heat are formed in the two sides of the ventilation clerestory body, in the normal state, interaction between the interior of the ventilation clerestory body and the outside air is met, and therefore heat dissipation is achieved; and after the thermal inductance and magnetic variation mechanism senses that the heat is increased, the internal shielding action is triggered to weaken the magnetic field, and the magnetic attraction type pendant is difficult to effectively attract, so that the magnetic attraction type pendant drives the outward turning type heat dissipation plate to turn outwards, the space for exchanging the ventilation clerestory body with the outside air is enlarged, and the heat dissipation efficiency of the ventilation clerestory body is further improved.
本发明公开了一种感温式自控制通风气楼，属于建筑物件领域，一种感温式自控制通风气楼，包括通风气楼本体，通风气楼本体的左右两端均开设有侧散热口，侧散热口的下内壁固定连接有柔性翻转底座，柔性翻转底座的上端固定连接有多个外翻式散热板，侧散热口的上内壁固定连接有控制箱，它通过在通风气楼本体两侧开设用于交换热量的侧散热口，正常状态下满足通风气楼本体内部与外界的空气交互从而实现散热，在热感磁变机构感知到热量增多后，触发内部屏蔽动作使得磁场减弱，难以对磁吸式吊坠进行有效的吸附，使得磁吸式吊坠带动外翻式散热板向外翻转，扩大了通风气楼本体与外部空气交换的空间，进而提高了通风气楼本体的散热效率。
Temperature sensing type self-control ventilation clerestory
The invention discloses a temperature sensing type self-control ventilation clerestory, and belongs to the field of building parts, the temperature sensing type self-control ventilation clerestory comprises a ventilation clerestory body, the left end and the right end of the ventilation clerestory body are each provided with a side heat dissipation opening, and the lower inner wall of each side heat dissipation opening is fixedly connected with a flexible overturning base; according to the ventilation clerestory, the side heat dissipation openings used for exchanging heat are formed in the two sides of the ventilation clerestory body, in the normal state, interaction between the interior of the ventilation clerestory body and the outside air is met, and therefore heat dissipation is achieved; and after the thermal inductance and magnetic variation mechanism senses that the heat is increased, the internal shielding action is triggered to weaken the magnetic field, and the magnetic attraction type pendant is difficult to effectively attract, so that the magnetic attraction type pendant drives the outward turning type heat dissipation plate to turn outwards, the space for exchanging the ventilation clerestory body with the outside air is enlarged, and the heat dissipation efficiency of the ventilation clerestory body is further improved.
本发明公开了一种感温式自控制通风气楼，属于建筑物件领域，一种感温式自控制通风气楼，包括通风气楼本体，通风气楼本体的左右两端均开设有侧散热口，侧散热口的下内壁固定连接有柔性翻转底座，柔性翻转底座的上端固定连接有多个外翻式散热板，侧散热口的上内壁固定连接有控制箱，它通过在通风气楼本体两侧开设用于交换热量的侧散热口，正常状态下满足通风气楼本体内部与外界的空气交互从而实现散热，在热感磁变机构感知到热量增多后，触发内部屏蔽动作使得磁场减弱，难以对磁吸式吊坠进行有效的吸附，使得磁吸式吊坠带动外翻式散热板向外翻转，扩大了通风气楼本体与外部空气交换的空间，进而提高了通风气楼本体的散热效率。
Temperature sensing type self-control ventilation clerestory
一种感温式自控制通风气楼
WU GUODONG (author)
2022-06-17
Patent
Electronic Resource
Chinese
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