Bletilla striata planting shed

Abstract

The invention discloses a bletilla striata planting shed. The shed comprises a left ceiling and a right ceiling which are arranged to be adjacent to each other, the sides, adjacent to each other, of the left ceiling and the right ceiling are arranged to be inclined downwards, the inclination angles are the same, the angle range of the inclination angles ranges from 5 degrees to 30 degrees, a raincollecting channel is arranged between shed edges, adjacent to each other, of the left ceiling and the right ceiling, a rain collecting groove is formed in the lower portion of the rain collecting channel, the bottom of one end of the rain collecting groove is connected with a rain collecting pipe, and a pool is arranged on the lower portion of the rain collecting pipe; a group of main irrigationpipes are connected to the bottom of the pool, an irrigation water valve is arranged on each main irrigation pipe, and branched irrigation pipe components are connected to the main irrigation pipes respectively; the end of a first drain pipe is connected to the upper portion of the pool, a first valve is arranged on the first drain pipe, and a water outlet pipe is connected with the tail end of the first drain pipe. The shed has the advantages of being capable of controlling watering quantity easily, energy is saved, rain collecting groove materials can be saved, and the cost is low.

Description

technical field [0001] The invention relates to the field of bletilla striata planting, in particular to a bletilla striata planting shed. Background technique [0002] Bletilla striata (scientific name: Bletilla striata), belongs to Chinese herbal medicine, and its plant height is 30-50 cm. Leaves are leathery, entire, light green, broad-banded and acute, 30-40 cm long and 3-7 cm wide, with only 3-4 leaves per plant, long sheaths, and alternate parallel veins. The current artificially planted Bletilla striata seedlings are generally planted in the open air or in awnings. In Guizhou, due to the uneven distribution of rainwater, it has a greater impact on the cultivation of Bletilla striata. Now there are some problems. Adopt open-air planting, there will be the problem that the watering amount of bletilla striata can not be effectively controlled; and bletilla striata is planted in the awning, and when it is watered, water is pumped into the pipeline for watering, although ...

AI Technical Summary

Problems solved by technology

The current artificially planted Bletilla striata seedlings are generally planted in the open air or in awnings. In Guizhou, due to the uneven distribution of rainwater, it has a greater impact on the cultivation of Bletilla striata. Now there are some problems.

Adopt open-air planting, there will be the problem that the watering amount of bletilla striata can not be effectively controlled; and bletilla striata is planted in the awning, and when it is watered, water is pumped into the pipeline for watering, although this can effectively control the watering On the other hand, many existing planting sheds are designed with rain-collecting troughs at the edge of the shed to collect rainwater, but the roofs of the planting sheds are almost all in the shape of a "herringbone", which is high in the middle. , Low design on both sides, so that when using the roof to collect rainwater in the pool, it is necessary to set up two rain-collecting troughs with the length of the shed to collect rainwater from the sides of the shed, but this will actually waste the material of the rain-collecting trough. incur higher costs

[0003] To sum up: the prior art has the disadvantages that the amount of watering is not easy to control, wastes electric energy, wastes rain-collecting trough materials, and is expensive

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