Ecological corridor vegetation wall with automatic irrigation function

Abstract

The invention discloses an ecological corridor vegetation wall with an automatic irrigation function. The vegetation wall comprises a wall body fixedly connected on the upper end of a ground. A plurality of planting slots are provided on the sidewall of the wall body. A water collection tank is provided on the upper end of the water body. A water storage cavity is provided in the wall body. The lower end of the water collection tank communicates with the inner wall of the water storage cavity through a one-way water inlet hole. According to the invention, when pedestrians continuously step onan elastic board, rainwater in the water collection tank can be pumped into the water storage cavity, and then presses a magnetic sliding plate to slide downward. Also, when high-speed gas flow is ina one-way gas inlet pipe, induced current is generated on a spiral coil, such that power is supplied for a conductive block. When a conductive column contacts the conductive block, a circuit on an electromagnetic board is closed, such that the magnetic sliding plate slides upwards rapidly, and further the water in the water storage cavity is pressed out through a water outlet pipe for irrigating plants in the planting slots. With the vegetation wall provided by the invention, manual water spraying with equipment is avoided, such that time and effort are greatly saved, and electric energy consumption is saved.

Description

technical field [0001] The invention relates to the technical field of ecological corridors, in particular to an ecological corridor vegetation wall with an automatic watering function. Background technique [0002] Ecological corridors refer to the types of urban green landscape spaces with ecological functions based on natural corridors or artificial corridors in the urban ecological environment. In order to beautify the environment, vegetation walls will be built on both sides of the road during the construction of ecological corridors. , so that people can have a better mood when walking on the ecological corridor. [0003] The existing vegetation wall is not equipped with a device that can automatically water the plants in the vegetation wall during production. Usually, it is necessary to manually sprinkle the plants from time to time, but manual watering requires the use of equipment such as water pumps and water pipes. Not only wasting a lot of time and energy of the...

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Problems solved by technology

[0003] The existing vegetation wall is not equipped with a device that can automatically water the plants in the vegetation wall during production. Usually, it is necessary to manually sprinkle the plants from time to time, but manual watering requires the use of equipment such as water pumps and water pipes. It not only wastes a lot of time and energy of workers, but also wastes electricity, and such sprinkling will make water spray to the space outside the vegetation wall, resulting in a waste of water resources

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