Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Resistance-reducing, pressure-regulating and energy-saving self-regulating device for elevator shaft and regulating method thereof
The self-adjusting device comprises a left anti-drag pressure-adjusting energy-saving device body and a right anti-drag pressure-adjusting energy-saving device body which are installed on the two sides of the middle of the elevator shaft, and each anti-drag pressure-adjusting energy-saving device body further comprises a displacement sensor, a controller, a speed monitoring device, a wind shield, an adjusting plate and a power generation fan. The displacement sensor monitors the position of a lift car in real time and sends a displacement signal to the controller, the speed monitoring device monitors the wind speed in a shaft in real time and sends a wind speed signal to the controller, and the controller sends a control signal to the left/right resistance-reducing pressure-regulating energy-saving device. And the left/right resistance-reducing voltage-regulating energy-saving device controls the inclination angle of the regulating plate, the size of the ventilation area and the angle of the power generation fan. According to the resistance-reducing, pressure-regulating and energy-saving self-regulating device for the elevator shaft and the regulating method of the self-regulating device, the pneumatic resistance borne by the lift car can be effectively reduced, the air strength of the piston in the shaft is reduced, and the overall safety of an elevator is improved.
本发明涉及一种电梯井道减阻调压节能自调节装置及其调节方法，包括安装在所述电梯井道中部两侧的左/右减阻调压节能装置，所述的减阻调压节能装置还包括有位移传感器、控制器、速度监测设备、挡风板、调节板和发电风扇，所述的位移传感器实时监测轿厢位置将位移信号发送给所述的控制器，所述的速度监测设备实时监测井道内风速大小将风速信号发送给所述的控制器，所述的控制器发送控制信号至所述的左/右减阻调压节能装置，所述的左/右减阻调压节能装置控制调节板倾斜角度、通风面积大小和发电风扇的角度。本发明的电梯井道减阻调压节能自调节装置及其调节方法能有效地减小轿厢所受气动阻力，降低井道内活塞风强度，增加电梯的整体安全性。
Resistance-reducing, pressure-regulating and energy-saving self-regulating device for elevator shaft and regulating method thereof
The self-adjusting device comprises a left anti-drag pressure-adjusting energy-saving device body and a right anti-drag pressure-adjusting energy-saving device body which are installed on the two sides of the middle of the elevator shaft, and each anti-drag pressure-adjusting energy-saving device body further comprises a displacement sensor, a controller, a speed monitoring device, a wind shield, an adjusting plate and a power generation fan. The displacement sensor monitors the position of a lift car in real time and sends a displacement signal to the controller, the speed monitoring device monitors the wind speed in a shaft in real time and sends a wind speed signal to the controller, and the controller sends a control signal to the left/right resistance-reducing pressure-regulating energy-saving device. And the left/right resistance-reducing voltage-regulating energy-saving device controls the inclination angle of the regulating plate, the size of the ventilation area and the angle of the power generation fan. According to the resistance-reducing, pressure-regulating and energy-saving self-regulating device for the elevator shaft and the regulating method of the self-regulating device, the pneumatic resistance borne by the lift car can be effectively reduced, the air strength of the piston in the shaft is reduced, and the overall safety of an elevator is improved.
本发明涉及一种电梯井道减阻调压节能自调节装置及其调节方法，包括安装在所述电梯井道中部两侧的左/右减阻调压节能装置，所述的减阻调压节能装置还包括有位移传感器、控制器、速度监测设备、挡风板、调节板和发电风扇，所述的位移传感器实时监测轿厢位置将位移信号发送给所述的控制器，所述的速度监测设备实时监测井道内风速大小将风速信号发送给所述的控制器，所述的控制器发送控制信号至所述的左/右减阻调压节能装置，所述的左/右减阻调压节能装置控制调节板倾斜角度、通风面积大小和发电风扇的角度。本发明的电梯井道减阻调压节能自调节装置及其调节方法能有效地减小轿厢所受气动阻力，降低井道内活塞风强度，增加电梯的整体安全性。
Resistance-reducing, pressure-regulating and energy-saving self-regulating device for elevator shaft and regulating method thereof
一种电梯井道减阻调压节能自调节装置及其调节方法
LIU LIXIN (Autor:in) / JING HAO (Autor:in) / ZHANG QING (Autor:in) / ZHANG RUIJUN (Autor:in) / WANG YULEI (Autor:in) / CONG DONGSHENG (Autor:in) / WANG DIANQIANG (Autor:in) / HE QIN (Autor:in)
03.03.2023
Patent
Elektronische Ressource
Chinesisch
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