CN219478626U

CN219478626U - Tree cultivation irrigator

Info

Publication number: CN219478626U
Application number: CN202320060156.3U
Authority: CN
Inventors: 何国庆
Original assignee: Hangzhou Juyang Network Technology Co ltd
Current assignee: Hangzhou Juyang Network Technology Co ltd
Priority date: 2023-01-06
Filing date: 2023-01-06
Publication date: 2023-08-08
Anticipated expiration: 2033-01-06

Abstract

The tree cultivation irrigator comprises a spiral dropper A, a gauze B, a check valve C and a choke plug D; the irrigation device is characterized in that innumerable pores are distributed on the inner side wall of the spiral dropper A, the initial end of the spiral dropper A is connected with an external water source through a check valve C, and the final end of the spiral dropper A is connected with a choke plug D, so that irrigation water can be temporarily accumulated in the spiral dropper A; the gauze B is tightly attached to the inner side of the spiral dropper A to isolate the soil bag in the gauze B from the spiral dropper A, so that fine particles of the soil bag are prevented from leaking into the spiral dropper A; the check valve C can control the water flow direction, only allows an external water source to flow into the spiral dropper A, but cannot flow out reversely. A plurality of tree cultivation irrigators can be connected in series through a water source main pipe, and are suitable for tree irrigation in places such as street trees, orchards, seedling bases, gardens and the like.

Description

Tree cultivation irrigator

Technical Field

The utility model relates to the agricultural field, such as cultivation and irrigation of street trees, nursery, orchards, garden trees.

Background

China is a traditional agricultural large country, and has a long history of irrigation of fruit trees and nurseries. The traditional tree irrigation technology adopts two modes of manual spraying (a leather hose or a watering cart) and drip irrigation;

1. the former has high labor intensity, high working frequency and serious water resource waste (water evaporation on the soil surface).

2. The latter can lighten the labor intensity and save water resources, but has only drip irrigation function, can not be cultivated, and has no water storage function.

The utility model comprises the following steps:

the utility model provides a tree cultivation irrigator which integrates cultivation irrigation and water storage irrigation on the basis of the traditional drip irrigation technology.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the tree cultivation irrigator comprises a spiral dropper A, a gauze B, a check valve C and a choke plug D; the irrigation device is characterized in that innumerable pores are distributed on the inner side wall of the spiral dropper A, the initial end of the spiral dropper A is connected with an external water source through a check valve C, and the final end of the spiral dropper A is connected with a choke plug D, so that irrigation water can be temporarily accumulated in the spiral dropper A; the gauze B is tightly attached to the inner side of the spiral dropper A to isolate soil in the gauze B from the spiral dropper A, so that soil particles are prevented from leaking into the spiral dropper A; the check valve C can control the water flow direction, only allows an external water source to flow into the spiral dropper A, but cannot flow out reversely.

The utility model has two advantages;

1. the utility model adopts the spiral dropper A, so that the fertilizing and irrigating water can be temporarily stored in the spiral dropper A and slowly infiltrates into the soil at 360 degrees in all directions.

2. The utility model combines the cultivation and irrigation of trees into a whole, is convenient for the movement and irrigation of trees, and is particularly suitable for seedling bases and gardens.

The patent structure of the utility model

1. The utility model relates to a tree cultivation irrigator which is divided into four parts; screw dropper A (FIG. 1), gauze B (FIG. 3), check valve C, and bulkhead D.

2. The spiral dropper A is provided with numerous pores distributed on the inner side wall, the initial end is connected with an external water source through a check valve C, the final end is connected with a choke plug D, irrigation water introduced from an external water source main pipe sequentially flows through the check valve C and the spiral dropper A to reach the choke plug D; one end of the check valve C is connected with an external water source main pipe, and the other end is connected with a spiral dropper A, and water flow in the check valve C flows from the external water source main pipe to the spiral dropper A; the gauze B is tightly attached to the inner side wall of the spiral dropper A by 360 degrees, has the same shape as the spiral dropper A, has a slightly smaller inner diameter and has the same height as the bottom of the spiral dropper A; the choke plug D is connected with the tail end of the spiral dropper A to stop water.

Drawings

FIG. 1 is a side view of a screw dropper A

FIG. 2 is a perspective view of the screw dropper A

Fig. 3 perspective view of a screen B

FIG. 4 is a view showing the position of the gauze B

FIG. 5 is a schematic illustration of the connection between multiple tree planting irrigators

The specific embodiment is as follows:

1. installation implementation

Firstly, the tail end of a check valve C on a tree cultivation irrigator is connected to a water source main pipe by a three-way joint, a water source is introduced into a screw dropper A, and then the tree is planted in soil covered in a gauze B which is tightly attached to the inner side of the screw dropper A.

2. Multiple serial connection

When the tree planting irrigator is used in places such as street trees, seedling bases, orchards and the like, a plurality of tree planting irrigators are connected in series on a water source main pipe one by one (as shown in fig. 5).

Claims

1. The tree cultivation irrigator comprises a spiral dropper A, a gauze B, a check valve C and a choke plug D; the device is characterized in that a spiral dropper A is provided with numerous fine holes distributed on the inner side wall of the spiral dropper A, the initial end of the spiral dropper A is connected with an external water source through a check valve C, and the final end of the spiral dropper A is connected with a choke plug D to form a leakage type container; it is also characterized by surrounding the root of the cultivated tree in 360 degrees all-round.

2. The tree planting irrigator of claim 1 wherein the gauze B is disposed against the inside of the screw dropper a to isolate soil therein from the screw dropper a and prevent soil fines from leaking into it through the pores of the screw dropper a.

3. The tree planting irrigator of claim 1 wherein the check valve C controls the direction of water flow and water flow within the check valve C is directed to the screw dropper a.