CN2631206Y - A new type of plant infusion device - Google Patents

Abstract

The utility model relates to the technical field of garden instruments, in particular to a novel plant infusion apparatus with a porous infusion head, high infusion efficiency and backflow prevention. It comprises the following components: the infusion bottle comprises an infusion bottle, an infusion tube and an infusion head, wherein an air inlet nut is arranged on an air inlet at the upper part of the infusion bottle, a filter screen is arranged at the lower end of a liquid outlet, the infusion tube is connected between a movable bottle cap and the infusion head, and a plurality of hollow meshes are arranged at the front part of the infusion head. After adopting above-mentioned structure, utilize the action of gravity to make and want the infusion body and plant pipe fully to contact, through the transpiration pulling force of living body plant make want infusion body continuously input plant internal, and have porous infusion head, infusion efficient, can prevent novel plant transfusion system of refluence.

Description

A new type of plant infusion device

Technical field:

The utility model relates to the technical field of garden instruments, in particular to a novel plant infusion set with a porous infusion head, high infusion efficiency and backflow prevention.

technical background:

Today, the most important thing in urban construction is environmental protection and greening. The green area of a city has become one of the criteria for evaluating the city's civilization. Usually, in order to make the plant grow better, a plant infusion set is tied on it, so that the direct infusion to the plant ensures the survival rate and growth rate of the plant, which has the advantages of being economical, practical, convenient and quick. However, in the process of using the known plant infusion set for infusion, there are still the following deficiencies: one, the infusion head is a single-hole type, the infusion efficiency is low and it is easy to block; The hole can only be used for one-time infusion, which is time-consuming and labor-intensive; third, there is no anti-backflow device, and the backflow of plant body fluids is prone to occur.

Technical content:

The purpose of this utility model is to provide a method for using gravity to make the liquid to be infused fully contact with the plant conduit, and to continuously input the energy of the liquid to be infused into the plant through the transpiration pulling force of the living plant. And it is a new plant infusion set with porous infusion head, high infusion efficiency and anti-backflow.

In order to achieve the above object, the utility model includes: an infusion bottle, an infusion tube and an infusion head, the air inlet on the upper part of the infusion bottle is provided with an air intake nut, the filter screen is installed at the lower end of the liquid outlet, and the infusion tube is connected to the movable Between the bottle cap and the infusion head, several hollow mesh holes are opened on the front of the infusion head. The infusion head is equipped with an anti-backflow device, which includes a barrier, a small ball and a funnel-shaped tube wall, and the small ball is installed between the barrier and the funnel-shaped tube wall.

The tail end of the infusion head is also provided with an anti-drop groove.

The several sockets mentioned above can be two sockets located at both ends of the sides.

After adopting the above-mentioned structure, the utility model has the following advantages: first, the automatic infusion is realized by gravity; second, the infusion head has a hollow mesh structure, which not only greatly improves the infusion efficiency, but also prevents clogging; third, the infusion The head has an anti-backflow device, which can effectively prevent the backflow of plant body fluids; Fourth, one-time drilling can be used for long-term infusion.

Description of drawings:

Fig. 1 is the three-dimensional structural diagram of the present utility model;

Fig. 2 is a schematic sectional view of the utility model;

Fig. 3 is the front view of the barrier of the present utility model;

Fig. 4 is a diagram of the use state of the utility model.

Detailed ways:

As shown in accompanying drawing 1～4: the utility model comprises: infusion bottle 1, infusion tube 2 and infusion head 3, the air inlet 11 on the upper part of infusion bottle 1 is provided with air intake nut 4, and filter screen 5 installs At the lower end of the liquid outlet, the infusion tube 2 is connected between the movable bottle cap 6 and the infusion head 3 , and the front part of the infusion head 3 is provided with several hollow meshes 31 . The infusion head 3 is equipped with an anti-backflow device, including a barrier 32 , a small ball 33 and a funnel-shaped tube wall 34 , and the small ball 33 is installed between the barrier 32 and the funnel-shaped tube wall 34 . The tail end of the infusion head 3 is also provided with an anti-drop groove 35 .

During use, the air inlet nut 4 is tightened earlier, the movable bottle cap 6 is opened, the liquid to be infused is injected into the infusion bottle 1 through the filter screen 5, the movable bottle cap 6 is screwed on, and then horizontally drilled on the plant stem, the aperture is Slightly larger than the mesh 31 of the infusion head and smaller than the pipe wall, the depth is 1/3 to 2/3 of the dry diameter of the plant. Remove debris in the hole, and gently tap the infusion head 3 into the hole with a small hammer. It is advisable to leak liquid, put on the infusion tube 2, fix the infusion bottle 1 at a place higher than the infusion head, unscrew the air intake nut 4 after the air in the infusion head 3 and the infusion tube 2 is emptied, and then perform the infusion; When the roots are soaked in water or under heavy rain, the pressure of the plant body fluid is greater than the pressure of the liquid in the infusion head. When the plant body fluid wants to flow back, the liquid passing through the hollow mesh 31 of the infusion head 3 will push the small ball 33 to move to the backseat and block the funnel-shaped tube wall. 34 infusion channel, thereby preventing the backflow of plant body fluid; when the plant body fluid pressure is less than the liquid pressure of the infusion head 3, the liquid in the infusion tube promptly pushes the ball 33 to move towards the barrier 32, and the infusion channel is opened to continue the infusion.

The utility model is suitable for urban landscaping, fruit trees and plants requiring infusion. One infusion bottle can be used for a single plant, or one infusion bottle can be used for multiple plants by connecting infusion tubes at the same time. In large-scale production, manual or intelligent unified control can also be realized through the connection of infusion tubes.

Claims (3)

1. A new type of plant infusion device, comprising: an infusion bottle (1), an infusion tube (2) and an infusion head (3), the air inlet (11) on the upper part of the infusion bottle (1) is provided with an air inlet nut ( 4), the filter screen (5) is installed at the lower end of the liquid outlet, and the infusion tube (2) is connected between the movable bottle cap (6) and the infusion head (3), and it is characterized in that: the front of the infusion head (3) There are several hollow meshes (31) in the part. 2. A new type of plant infusion device according to claim 1, characterized in that: said infusion head (3) is equipped with an anti-backflow device, including a fence (32), a small ball (33) and a funnel Shape tube wall (34), bead (33) is installed between barrier (32) and funnel shape tube wall (34). 3. A new type of plant infusion device according to claim 1, characterized in that: the tail end of the infusion head (3) is also provided with an anti-drop groove (35).

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