Electric louver pavilion is a pavilion structure that can provide shade and rain protection as needed. It can adjust the opening and closing℃of the louver according to the intensity of sunlight and weather changes, thereby providing people with a comfortable rest and activity space. Its design principles mainly include three aspects: structural design, electric control system and sensor control system.
The first is structural design. The structural design of the electric louver pavilion should consider the overall stability and bearing capacity of the pavilion. It is usually composed of a support frame, louver blades and a drive mechanism. The support frame generally uses lightweight metal materials such as aluminum alloy or stainless steel to ensure the strength and durability of the structure. The design of the louver blades should consider the control of light and the effect of rain protection, and usually adopts a design that can adjust the opening and closing angle to meet different usage requirements. The drive mechanism usually uses an electric device to realize the opening and closing movement of the louver blades through a motor and a transmission device.
Otrais ir elektriskā vadības sistēma . Elektriskā tīkla paviljona atvēršanas un aizvēršanas vadība parasti tiek realizēta ar elektriskās vadības sistēmu {{}}} Elektriskās vadības sistēmā ietilpst komponenti, piemēram, motori, slēdži, kontrolieri un barošanas avi Kontrolieris . Kontrolierim parasti ir divi režīmi: manuālā un automātiskā {. manuālā režīmā. Lūvera atveres un aizvēršanas pakāpi var kontrolēt ar slēdzi . automātiskajā režīmā, atveres un aizvēršanas leņķis, kas ir automātiski pielāgots atbilstoši iepriekšējiem parametriem un atverei, kas ir paredzēts.
Visbeidzot, ir sensoru vadības sistēma ., sensoru vadības sistēma var realizēt automātisko rokasgrāmatas un aizvēršanas leņķa pielāgošanu, izpratnē vides parametru {. Parastie sensori ietver gaismas sensorus un lietus sensorus .. sunshade and rain protection. The rain sensor can sense the falling of rain and adjust the opening and closing of the louver as needed to prevent rain from entering the pavilion. The output signal of the sensor is usually processed by the controller, and the opening and closing movement of the louver is realized by controlling the motor.
