An intelligent energy-saving rain shelter for municipal engineering

Abstract

The invention discloses an intelligent energy-saving rain shed used for municipal engineering. The intelligent energy-saving rain shed comprises a shed top. Four corners of the shed top are respectively equipped with support rods. The support rods are provided with guide grooves. The inner side, close to the support rods, at the bottom of the rain shed is equipped with a controller. One side of the controller is provided with an electromotor. One end of the electromotor is equipped with a main transmission shaft. The main transmission shaft is provided with a driving straight gear. The drivingstraight gear is meshed with a driven straight gear. An air speed meter is arranged above the rain shed. Water drainage passages are arranged in the interiors of the support rods. Rain gauges are installed at the upper ends of the water drainage passages. Through the rain gauges, water volume of the water drainage passages is tested. The wind speed is tested by the air speed meter. Therefore, thecontroller can control the electromotor and drive a rain-shielding curtain to descend or ascend. Therefore, safety of construction staff is effectively ensured when rainfall is great and wind speed is high. The construction can be carried out on rainy days. Work efficiency of municipal engineering is greatly increased and the construction deadline is shortened.

Description

technical field [0001] The invention relates to the field of municipal construction, in particular to a rain shelter for municipal engineering. Background technique [0002] The canopy is a kind of building assembly installed above the entrance and exit of a building or above the top balcony or on the construction site to keep out rain, wind, and damage from falling objects. At present, most of the canopies used in municipal engineering have very high roofs, and there are no shelters around the canopy, which is not conducive to sheltering from wind and rain. Even if there are shelters around, the shelters are prone to be blown by strong winds The phenomenon of scraping has a certain impact on municipal construction, and the roof of some rain shelters is low, which is not conducive to the construction, which seriously reduces the construction efficiency and prolongs the construction period. In addition, the existing rain shelters Both need manual rain-shielding operation, ca...

AI Technical Summary

Problems solved by technology

At present, most of the canopies used in municipal engineering have very high roofs, and there are no shelters around the canopy, which is not conducive to sheltering from wind and rain. Even if there are shelters around, the shelters are prone to be blown by strong winds The phenomenon of scraping has a certain impact on municipal construction, and the roof of some rain shelters is low, which is not conducive to the construction, which seriously reduces the construction efficiency and prolongs the construction period. In addition, the existing rain shelters Both require manual rain-shielding operation, unable to realize automatic control, troublesome operation, unable to be used in remote places without power facilities, and unable to realize the automatic collection function of rainwater, resulting in waste of water resources

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