CN206565008U - A kind of water saving fixtures that plant root can be directly poured - Google Patents

Abstract

A water-saving device capable of directly watering plant roots belongs to the technical field of plant watering equipment and is used for watering plant roots such as vegetables and fruit trees. Its technical scheme is: it includes a watering head and a water supply device, the watering head is a tapered tube, and there are multiple water outlet holes on the pipe wall on one side or opposite sides of the tapered pipe of the watering head, and the multiple water outlet holes are along the The length direction of the watering head is evenly distributed, the small diameter end of the watering head is closed, the large diameter end of the watering head is a threaded interface, the threaded interface is threaded with the water supply device, and the water supply device is a water supply container or a water delivery pipe. The utility model has the advantages of simple structure and convenient use, and can selectively select the watering head according to the size and water preference of different kinds of plants, so as to well control the watering amount of various plants, and can also mix the fertilizer liquid into the irrigation water and enter the root zone of the crops In the soil, it has removability, reusability, flexibility and strong practicability, which greatly improves the utilization rate of water and has a significant water saving effect.

Description

A water-saving device capable of directly watering plant roots

technical field

The utility model relates to a device for irrigating plant roots such as vegetables and fruit trees, and belongs to the technical field of plant watering equipment.

Background technique

In agricultural production, the traditional irrigation methods are flood irrigation, border irrigation, furrow irrigation, etc. These irrigation methods need to wet a large area of land, which is an extreme waste of water resources. With the shortage of water resources and the development of modern agricultural irrigation technology, new irrigation methods such as micro-sprinkler irrigation, drip irrigation, and infiltration irrigation have been widely used. Among these new irrigation methods, drip irrigation is by far one of the most water-saving irrigation technologies for farmland irrigation. The drip tube can effectively improve the water utilization rate, and the irrigation water can moisten part of the soil surface, which can effectively reduce the ineffective evaporation of soil moisture, while Since the soil moisture content in other areas is lower, the growth of weeds is prevented. At the same time, drip irrigation is also easy to control the depth of water application, and timely and appropriate water supply and fertilizer supply. However, in actual production, it is found that new irrigation methods such as micro-sprinkler irrigation, drip irrigation, and infiltration irrigation have common defects. These methods start from moistening the surface land, so that water can infiltrate from the surface to the roots of underground plants, and cannot be directly watered. plant roots. In the process of wetting the surface and infiltrating into the ground from the surface, a large amount of water only plays the role of moistening the soil and then evaporates, but does not play the role of irrigating plants, which greatly reduces the effect of water saving.

Utility model content

The technical problem to be solved by the utility model is to provide a water-saving device that can directly water the roots of plants. Water saving effect.

The technical scheme that solves the above-mentioned technical problem is:

A water-saving device capable of directly watering plant roots, which includes a watering head and a water supply device, the watering head is a conical tube, and there are multiple Water outlet holes, a plurality of water outlet holes are evenly distributed along the length direction of the watering head, the small diameter end of the watering head is closed, the large diameter end of the watering head is a threaded interface, and the threaded interface is threaded with the water supply device.

The above-mentioned water-saving device capable of directly watering the roots of plants, the water supply device is a water supply container, the upper end of the water supply container is open, the lower end of the water supply container has a screw port, and the screw port at the lower end of the water supply container is connected to the threaded interface of the large diameter end of the watering head Matching, the threaded interface at the large-diameter end of the watering head is spirally connected with the screw port at the lower end of the water supply container, and a cover plate is provided at the upper end opening of the water supply container.

The above-mentioned water-saving device capable of directly watering the roots of plants, the water supply device is a water delivery pipe, the water delivery pipe is a long pipe, and a plurality of water delivery holes are arranged in sequence on the water delivery pipe, and there are screw holes on the water delivery holes. The screw port of the hole matches the threaded interface of the large diameter end of the watering head, the threaded interface of the large diameter end of the watering head is screwed with the screw port of the water delivery hole of the water delivery pipe, and the water delivery pipe is not connected to the water delivery hole of the water delivery head. With screw plug.

The beneficial effects of the utility model are:

The watering head of the utility model can be inserted into the soil next to the plant root system, and the water outlet holes of the watering head can be oriented to provide water for the plant root system. By selecting different lengths of the watering head, it can be applied to plant roots of different depths, and by selecting different hole diameters to discharge water The watering head of the hole can control the water output to adapt to the different needs of different plants and different periods of time.

The utility model is simple in structure and easy to use, and can select the watering head according to the size and water preference of different kinds of plants, and can well control the watering amount of various plants, and can also mix the fertilizer liquid into the irrigation water and enter the root zone of the crops In the soil, it has removability, reusability, flexibility and strong practicability, which greatly improves the utilization rate of water and has a significant water saving effect.

Description of drawings

Fig. 1 is the structural representation of the pouring head of the present utility model;

Fig. 2 is the structural representation of the water supply container of the present utility model;

Fig. 3 is the structural representation of the water delivery pipe of the present utility model;

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

The markings in the figure are as follows: watering head 1, water outlet hole 2, threaded interface 3, water supply container 4, water delivery pipe 5, water delivery hole 6, screw opening 7, cover plate 8, plant root 9.

detailed description

The utility model is composed of a watering head 1 and a water supply device, and the water supply device is a water supply container 4 or a water delivery pipe 5 .

The figure shows that the watering head 1 is a tapered tube, and the watering head 1 in the shape of a tapered tube is easier to insert into the depth of the soil. The length of the watering head 1 can be made according to the type of plant to be watered. Choose a longer waterhead 1.

As shown in the figure, there are a plurality of water outlet holes 2 on one side or opposite sides of the tapered tube of the watering head 1 , and the plurality of water outlet holes 2 are evenly distributed along the length direction of the watering head 1 . The opening position of the water outlet hole 2 can be determined according to the position and interval of the plants. If there is only one plant, then the opening can be made on the side of the pipe wall of the watering head 1, and the opening position is aligned with the direction of the plant root 9. If the planting distance of two plants is relatively close, holes can be opened on the opposite sides of the pipe wall of the watering head 1, and the roots 9 of the two plants can be watered at the same time. The size of water outlet hole 2 can be made according to the water-loving property of plant, and water-loving plant can adopt big water outlet hole 2, and water-hating plant adopts the watering head 1 of little water outlet hole 2.

The figure shows that the small-diameter end of the watering head 1 is closed, the large-diameter end of the watering head 1 is a threaded interface 3, and the threaded interface 3 and the water supply device are threaded. The threaded interface 3 can be easily disassembled and directly connected to the water supply container 4 or the water delivery pipe 5 equipped with the screw port 7 .

As shown in the figure, the upper end of the water supply container 4 is open, the lower end of the water supply container 4 has a screw port 7, the screw port 7 at the lower end of the water supply container 4 matches the threaded interface 3 at the large diameter end of the watering head 1, and the threaded interface at the large diameter end of the watering head 1 3 is screw-connected with the screw port 7 at the lower end of the water supply container 4 . Water supply container 4 can adopt various materials to make, and as iron sheet, plastics etc., shape also can be selected arbitrarily, as long as connect screw port 7 at the lower end and get final product, the simplest method can adopt the large drink bottle of upside down. In addition, there is a cover plate 8 at the opening of the upper end of the water supply container 4 to prevent the moisture in the water supply container from evaporating. If a large beverage bottle is used, the bottom of the bottle can be cut off for watering. .

As shown in the figure, the water delivery pipe 5 is a long pipe, and a plurality of water delivery holes 6 are arranged in sequence on the water delivery pipe 5. There are screw holes 7 on the water delivery holes 6, and the screw holes 7 of the water delivery holes 6 are connected with the large diameter end of the watering head 1 The threaded interface 3 is matched, the threaded interface 3 at the large diameter end of the watering head 1 is spirally connected with the screw port 7 of the water delivery hole 6 of the water delivery pipe 5, and the water delivery pipe 5 is not connected to the screw mouth 7 of the water delivery hole 6 of the water delivery head 1 Fitted with screw plug for closure.

The using method of the present utility model is as follows:

Select the watering head 1 suitable for the plant, connect the water supply container 4 with the watering head 1, insert the conical watering head 1 into the depth of the soil near the root of the plant, and the direction of the water outlet hole 2 of the watering head 1 is in line with the plant root 9 relatively. Add water to the water supply container 4, and the water can directly soak the soil around the plant root 9 through the water outlet hole 2 on the watering head 1. The watering head 1 can also be changed to be connected with the water delivery pipe 5, and the roots of large plants can be irrigated by the water delivery pipe 5.

The utility model does not need people to take care of it when irrigating. As the water supply container 4 is adopted, water can be added regularly.

When the utility model is in use, the watering heads should be selected according to the size and water-loving properties of different types of plants, so as to well control the watering amount of various plants, and the fertilizer liquid can also be mixed into the irrigation water to enter the soil in the root zone of the crops. , has portability, reusability, flexibility and strong practicability, greatly improves the utilization rate of water, and has a significant water-saving effect.

Claims (3)

1. a kind of water saving fixtures that plant root can be directly poured, it is characterised in that：It includes water head（1）And confession Water installations, water head（1）For conical pipe, water head（1）The side of conical pipe or the tube wall of relative both sides on have it is multiple go out Water hole（2）, multiple apopores（2）Along water head（1）Length direction it is uniform, water head（1）Smaller diameter end closing, pour Head（1）Larger diameter end be hickey（3）, hickey（3）It is to be threadedly coupled with water supply installation.

2. the water saving fixtures according to claim 1 that plant root can be directly poured, it is characterised in that：It is described Water supply installation is water supply container（4）, water supply container（4）Upper end open, water supply container（4）Lower end have screw socket（7）, supply water and hold Device（4）The screw socket of lower end（7）With water head（1）The hickey of larger diameter end（3）Match, water head（1）Larger diameter end Hickey（3）With water supply container（4）The screw socket of lower end（7）Spiral is connected, water supply container（4）Upper end open at have cover plate （8）.

3. the water saving fixtures according to claim 1 that plant root can be directly poured, it is characterised in that：It is described Water supply installation is water-supply-pipe（5）, water-supply-pipe（5）For long tube, water-supply-pipe（5）Upper order is arranged with multiple water holes（6）, water hole （6）On have screw socket（7）, water hole（6）Screw socket（7）With water head（1）The hickey of larger diameter end（3）Match, pour Head（1）The hickey of larger diameter end（3）With water-supply-pipe（5）Water hole（6）Screw socket（7）Spiral is connected, water-supply-pipe（5）'s Do not connect water head（1）Water hole（6）Screw socket（7）On vice is installed.