Storage and permeation device suitable for fruit tree root water and fertilizer application
An infiltration device and root technology, applied in the field of fruit tree planting, can solve problems such as unreasonable and unscientific fertilization methods, and achieve the effects of strong adaptability, improved infiltration balance, and improved structural shape
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Embodiment 1
[0039] The invention provides a storage osmosis device suitable for applying water and fertilizer to the roots of fruit trees, which includes a liquid collection diversion cover 1 , a storage diversion tube 2 and a permeation block 3 . The liquid collection deflector 1 is used to introduce the rainwater collected on the plate surface or the applied water and fertilizer into the storage deflector 2. Its overall structure is in the shape of a bamboo hat, including a collection cover 11 and an introduction groove 12. The center of the introduction groove 12 is provided with a Import port 121 . The introduction groove 12 is a groove structure, and the shape of the groove can be a semicircular, rectangular, trapezoidal or truncated cone structure. The collection cover 11 is closed and arranged along the opening edge of the introduction groove 12 in the circumferential direction, and the two form a bamboo hat-shaped structure. The collection cover 11 can be selected as a board with ...
Embodiment 2
[0051] This embodiment 2 is formed on the basis of embodiment 1. By controlling the change of the porosity of the storage guide tube along the axial direction, the water and fertilizer penetration effect at the bottom and the middle part tends to be balanced, thereby improving the absorption effect of the roots of fruit trees and developmental quality. specifically:
[0052] The storage guide tube 2 is designed as a clay-based microporous ceramic tube with variable porosity, specifically a three-stage structure that changes from top to bottom along the axial direction of the storage guide tube 2, including the first guide section 21, the second guide section The guide section 22 and the third guide section 23 . Wherein, the porosity of the first diversion section 21 is 35%-40%, the porosity of the second diversion section 22 is 40%-45%, and the porosity of the third diversion section 21 is 35%-40%. Preferably, the heights of the first diversion section 21 , the second divers...
Embodiment 3
[0055] This embodiment 3 is formed on the basis of embodiment 1 or embodiment 2. By designing the shape of the matching accommodation hole in the storage guide tube and the permeation block, the infiltration effect of water and fertilizer in the middle and bottom is controlled to further improve Absorption balance in the mid-section and bottom section. specifically:
[0056] The structural shape of the storage guide tube 2 is designed as a trapezoidal structure, and adaptively, the shape of the accommodating hole 31 opened in the middle of the permeable block 3 is an inverted trapezoidal structure. When the two are combined, the storage guide tube 2 is placed in the accommodating hole 31 in an inverted trapezoidal manner, where the trapezoidal inversion means that the shorter upper base of the trapezoid is located below. The trapezoidal structure of the storage guide tube 2 can expand the surface area of the middle and upper parts. When the porosity of the storage guide tub...
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