CN205284498U

CN205284498U - Plant is irrigated and fertilizies and use container

Info

Publication number: CN205284498U
Application number: CN201521111296.0U
Authority: CN
Inventors: 蔡和城
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-12-29
Filing date: 2015-12-29
Publication date: 2016-06-08
Anticipated expiration: 2025-12-29

Abstract

The utility model relates to a plant is irrigated and fertilizies and use container is equipped with a conical container main part to locate the lid in this conical container main part upper end and be equipped with the lid, borrow this, when using implementation, will the utility model discloses bury underground in native rectangular pieces of land in a field, when irrigating and apply fertilizer, open the lid, inject the kenozooecium of container main part into such as water and fertilizer again in, utilize the well kenozooecium guide of container main part, can make water and fertilizer nutrient by the up square infiltration of soil below to fully offer plant in the utility model discloses the roots of plants on every side absorbs, in view of the above to reach to improve and irrigate and fertilizer application efficiency, in order to save the benefits such as man -hour and cost of irrigating and apply fertilizer.

Description

Plant irrigation and fertilising container

Technical field

This utility model relates to a kind of plant irrigation and fertilising container, and espespecially one can guide water and permeates from lower to upper with fertilizer nutrient, absorbs being fully supplied to plant root, is effectively improved and irrigates and the container of fertilising efficiency.

Background technology

Plant makes plant carry out photosynthesis etc. and continued propagation mainly through sunlight and moisture, and provides its fertilizer when plant growing in good time, plant growing can be made to obtain more healthy and strong. The mode of existing offer plant moisture and fertilizer is directly to spray moisture and fertilizer to discharge the soil surface in this plant growing, moisture and fertilizer is made to be infiltrated through in soil by soil surface gradually again, owing to process of osmosis is slow, therefore the water sprayed can major part be evaporated in air, it addition, discharge the fertilizer in soil surface, then can through exposure in sunshine or rain drop erosion etc., make major part nutrient loss, cause that the moisture penetrating in soil is fairly limited with fertilizer.

Therefore, plant is for obtaining moisture and nutrient, and its root can up grow by nature, to facilitate the moisture and nutrient absorbing soil surface, but, plant tree root so can be caused to go deep into inside soil, and affect the stability of plant growing, and plant root growth is to upper soll layer state, plant root can be made to be vulnerable to external force and to destroy damage, or it is cold is subject to cold injury etc., it addition, be more easy to generation when wind is big to be fallen situation by wind. in addition, work as moisture, fertilizer discharges when soil surface, first absorbed by weeds, cause that weeds but more grow the more, and the fertilizer being exposed to soil surface is more easy to and grows mosquito, the insects such as fly, therefore for suppressing the growth of weeds and insect, and spray when discharging herbicide and pesticide, weeds and insect is not only made to survive, related also have influence on the survival of beneficial microbe and Lumbricus etc. in soil, cause that soil with organic matter reduces and soil deterioration, even occur cultivating situation, especially it is after consumption plant absorption, this herbicide and pesticide can enter into the human body indirectly, and health is produced serious harm.

Then, the design people, because existing plant irrigation and fertilization mode cause above-mentioned many disappearances on implementing, by its assisting a ruler in governing a country in the manufacture of association area and design experiences and knowledge for many years, and through clever thought in many ways, grinds and creates this utility model.

Utility model content

This utility model relates to a kind of plant irrigation and fertilising container, its purpose is to provide one can guide water and permeates from lower to upper with fertilizer nutrient, to be fully supplied to plant root absorption, is effectively improved and irrigates and the container of fertilising efficiency.

In order to reach above-mentioned enforcement purpose, the design people grinds and creates following plant irrigation and fertilising container, wherein, this plant irrigation and fertilising container are provided with a container body, the formation open end, top and bottom of this container body, and this container body be internally formed hollow bulb, this plant irrigation and fertilising container are additionally provided with a lid, and this lid correspondence lid sets the upper end being incorporated into this container body.

Plant irrigation as above and fertilising container, wherein, this container body is a bullet from its lower end toward upper end tapered diameter, and the hollow bulb of this container body is arranged and tapered along the shape of this container body.

Plant irrigation as above and fertilising container, wherein, the stepped extension in upper end of this container body is connected to one group of vertical section, and this lid lid corresponding to the vertical section of the group of the upper end of this container body sets combination.

Plant irrigation as above and fertilising container, wherein, the outer wall of the vertical section of group of this container body forms external thread part, and the inwall of this lid forms internal thread part, and this internal thread part founds the external thread part bolt of section with this group.

Plant irrigation as above and fertilising container, wherein, the lower end peripheral region of this container body is equipped with reinforced ribs.

Plant irrigation as above and fertilising container, wherein, the perisporium of this container body is provided with at least one through hole, and this through hole communicates with the hollow bulb of this container body.

Plant irrigation as above and fertilising container, wherein, the upper surface of this lid is provided with a force section.

Plant irrigation as above and fertilising container, wherein, the force section of this lid recessed enter this lid upper surface.

Whereby, when using enforcement, this utility model is embedded in soil furrow, in time carrying out irrigating and applying fertilizer, can by water and fertilizer etc. by hydraulic pipeline or by the lid opened, inject in the hollow bulb of container body, utilize the hollow bulb of container body to guide, water and fertilizer nutrient can be made to permeate toward top below soil, to be fully supplied to the plant root absorption planting around this utility model, accordingly, irrigate and fertilising efficiency to reach to improve, to save irrigation and the fertilising benefit such as man-hour and cost.

Accompanying drawing explanation

The following drawings is only intended to, in this utility model being schematically illustrated and explaining, not limit scope of the present utility model. Wherein:

Fig. 1 is three-dimensional exploded view of the present utility model;

Fig. 2 is three-dimensional combination figure of the present utility model;

Fig. 3 is use state stereogram of the present utility model;

Fig. 4 is use state sectional view of the present utility model;

Fig. 5 is the three-dimensional exploded view of another embodiment of the present utility model;

Fig. 6 is the axonometric chart of another embodiment of the present utility model;

Fig. 7 is the use state stereogram of another embodiment of the present utility model;

Fig. 8 is the use state sectional view of another embodiment of the present utility model.

Drawing reference numeral illustrates:

1 container body

11 hollow bulbs

12 reinforced ribs

13 groups of vertical sections

131 external thread parts

14 through holes

2 lids

21 internal thread parts

22 force sections

3 aisle

4 soil furrow

5 hydraulic pipelines

Detailed description of the invention

For making technological means of the present utility model and the effect that can reach thereof, it is possible to have more completely and clearly disclose, existing detailed description is as follows, sees also accompanying drawing and the figure number of exposure:

First, refer to shown in Fig. 1 and Fig. 2, for plant irrigation of the present utility model and fertilising container, it is provided with a container body 1, and make the formation open end, top and bottom of this container body 1, and make this container body 1 be internally formed hollow bulb 11, additionally, make this container body 1 from its lower end toward upper end tapered diameter be a bullet, and make the hollow bulb 11 of this container body 1 arrange along this container body 1 shape, and it is tapered equally, it is equipped with reinforced ribs 12 in this container body 1 lower end peripheral region, additionally, it is connected to one group of vertical section 13 in this stepped extension in container body 1 upper end, and form external thread part 131 in vertical section 13 outer wall of this group, additionally, it is provided with a lid 2, lid 2 lid corresponding to the vertical section 13 of the group of this container body 1 upper end sets combination, and form internal thread part 21 in this lid 2 inwall, internal thread part 21 founds external thread part 131 bolt of section 13 with this group, additionally, in this force section 22 in yi word pattern, lid 2 upper surface recessed.

Accordingly, when using enforcement, see also shown in Fig. 3 and Fig. 4, multiple this utility model are positioned over farmland pre-position, then this farmland is made to dig two parallel aisle 3 in the both sides place that this utility model is placed, and the farmland that the soil raising dug out with this aisle, both sides 3 is between two aisle 3, and the farmland raising between this two aisle 3 is become soil furrow 4, and this utility model is embedded in these soil furrow 4, only expose upper end lid 2 part not bury underground, in this, when in serike, can by each plant growing in these soil furrow 4, and plant round this utility model surrounding. this utility model also provides for a plant cultivating scheme, namely plant in these soil furrow 4 simultaneously be implanted with long-term crop, mid-term crop and emergency crops, so that Agricultural Land Resources is made full use of.

When user is intended to carry out irrigation operation, then can open lid 2 of the present utility model, the hollow bulb 11 making container body 1 appears, this utility model is provided with the force section 22 in yi word pattern in lid 2 upper surface, the instrument auxiliary of this yi word pattern force section 22 shape relatively is utilized for user, by convenient for lid 2 Unscrew, after lid 2 is opened, water can be poured into the hollow bulb 11 of this container body 1 by user, owing to this utility model is embedded in soil furrow 4, therefore, pour into the water of the hollow bulb 11 of this utility model container body 1, namely can directly irrigate in soil furrow 4 internal, and utilize container body 1 of the present utility model and hollow bulb 11 thereof in tool conical design, so that after water fills the hollow bulb 11 of container body 1, by hydraulic pressure in hollow bulb 11, water is made to spread along tapered hollow 11 bottom side toward surrounding, and utilize soil capillarity to make water from humidity place, lower section toward the infiltration flowing of the top place of drying, according to this, plantation long-term crop around this utility model can be made, mid-term crop and emergency crops in deep, the root of shallow-layer distribution all can fully absorb moisture, another this utility model is in time irrigating, more can add liquid fertilizer in water, so that after liquid fertilizer is dissolved in the water, uniformly diffuse to each plant place, make each plant average absorption to fertilizer nutrient, so, can avoid discharging in soil surface by water and fertilizer spray, plant is for obtaining moisture and nutrient, root growth is to upper soll layer, and affect plant growing steadiness, and prevent the plant root being positioned at upper soll layer to be subject to external force destruction damage, it cold cold injury or by wind fall etc. situation.

Furthermore, when user be intended to carry out solid fertilizer discharge time, open lid 2 of the present utility model too, after lid 2 is opened, solid fertilizer just can be poured into the hollow bulb 11 of container body 1 by user, so that solid fertilizer drops down onto on the soil of hollow bulb 11 bottom side, then lid 2 is covered container body 1, owing to container body 1 of the present utility model is embedded in soil furrow 4, therefore, the solid fertilizer dropping down onto the hollow bulb 11 bottom side soil of container body 1 can be positioned at soil furrow 4 inside, and by soil capillarity, after making solid fertilizer nutrient be spread from this utility model toward surrounding equally, permeate from lower to upper again, the plant root being positioned at around this utility model is made to fully absorb solid fertilizer nutrient, and after pouring the hollow bulb 11 of container body 1 of the present utility model into due to this solid fertilizer, namely it is closed in container body 1 with lid 2, therefore, fertilizer can be avoided to be subject to the loss situation such as exposure in sunshine or rain drop erosion, more can prevent mosquito, the pest infestation situations such as fly, additionally, water can be guided due to this utility model and fertilizer nutrient permeates from lower to upper, to be uniformly supplied to the absorption of each plant root, therefore, water and fertilizer can be avoided directly to discharge in soil surface, first absorbed by weeds, cause that weeds undue growth must use herbicide to suppress situation, so, utilize auxiliary of the present utility model, weeds and insect can be made all effectively to reduce, omit herbicide further to use with pesticide etc., in this, not only can save the costs such as herbicide and pesticide, more can make the effectively survival such as beneficial microbe and Lumbricus in soil, and then reach to improve soil with organic matter content, forever continuous usability with growth quality and farmland, and after preventing consumption plant absorption herbicide and pesticide, indirectly enter into the human body, to benefits such as health work the mischief.

Refer to again shown in Fig. 5 and Fig. 6, for another embodiment of the present utility model, this utility model can be further provided with at least one through hole 14 in container body 1 perisporium, and make this through hole 14 communicate with the hollow bulb 11 of this container body 1, in this, see also shown in Fig. 7 and Fig. 8, when farmland terrace is vast, and when must be provided with multiple this utility model on this vast farmland, can before construction arranges soil furrow 4, first it is about to after the water side of hydraulic pipeline 5 wears respectively and be connected on each container body of the present utility model 1 set through hole 14, again this utility model is embedded in soil furrow 4 together with this hydraulic pipeline 5, accordingly, when carrying out irrigation operation, can by the water inlet end water filling of the hydraulic pipeline 5 connecting water source, so that water is delivered to each this utility model place via hydraulic pipeline 5, then water is made to be injected in the hollow bulb 11 of container body 1 by hydraulic pipeline 5 water side, according to this, utilize hydraulic pipeline 5 to be connected with this utility model and build the water-carriage system arranged, just can at the vast farmland of terrace, reach the effect of easy irrigation.

Additionally, it is worth mentioning that, water and fertilizer nutrient can be guided by setting of the present utility model to permeate toward top below soil, to be uniformly supplied to plant root absorption, in this, can avoid water and fertilizer are discharged in soil surface by prior art, moisture and fertilizer nutrient easily evaporate, run off, the moisture that plant root absorbs is limited with fertilizer, obtain and frequently carry out irrigating and apply fertilizer situation, therefore under auxiliary of the present utility model, on irrigating and applying fertilizer more efficiently, therefore, can at set intervals after carry out fertigation again, reach to save and irrigate and fertilising man-hour and cost effectiveness, in addition, this utility model borrows its container body 1 and the tapered design of hollow bulb 11, can make multiple this utility model mutually to folded setting, occupy volume of timber space reducing this utility model, further up to saving this utility model in costs such as transport and storages.

Aforesaid embodiment or accompanying drawing non-limiting plant irrigation of the present utility model and fertilising container embodiment; the force section 22 of lid 2 upper surface of the present utility model is not limited to yi word pattern; also the shapes such as cross can be formed; and this force section 22 be more not limited to recessed enter lid 2 upper surface form; it also can be the setting protruding lid 2 upper surface; what all those of ordinary skill in the art made suitably changes or modifies, and is regarded as the protection domain without departing from plant irrigation of the present utility model and fertilising container.

Claims

1. a plant irrigation and fertilising container, it is characterized in that, described plant irrigation and fertilising container are provided with a container body, the formation open end, top and bottom of described container body, and described container body be internally formed hollow bulb, described plant irrigation and fertilising container are additionally provided with a lid, and described lid correspondence lid sets the upper end being incorporated into described container body.

2. plant irrigation according to claim 1 and fertilising container, it is characterised in that described container body is a bullet from its lower end toward upper end tapered diameter, and the described hollow bulb of described container body is arranged and tapered along the shape of described container body.

3. plant irrigation according to claim 2 and fertilising container, it is characterized in that, the stepped extension in upper end of described container body is connected to one group of vertical section, and described lid lid corresponding to described group of the upper end of described container body vertical section sets, and the outer wall of described group of vertical section forms external thread part, the inwall of described lid forms internal thread part, and the described external thread part of described internal thread part and described group of vertical section is spirally connected combination.

4. plant irrigation according to claim 2 and fertilising container, it is characterised in that the perisporium of described container body is provided with at least one through hole, and described through hole communicates with the described hollow bulb of described container body.

5. plant irrigation according to claim 1 and fertilising container, it is characterised in that the stepped extension in upper end of described container body is connected to one group of vertical section, and described lid founds the corresponding lid of section and sets combination with described group of the upper end of described container body.

6. plant irrigation according to claim 5 and fertilising container, it is characterized in that, the outer wall of the vertical section of described group of described container body forms external thread part, and the inwall of described lid forms internal thread part, the described external thread part bolt of described internal thread part and described group of vertical section.

7. plant irrigation according to claim 1 and fertilising container, it is characterised in that the lower end peripheral region of described container body is equipped with reinforced ribs.

8. plant irrigation according to claim 1 and fertilising container, it is characterised in that the perisporium of described container body is provided with at least one through hole, and described through hole communicates with the described hollow bulb of described container body.

9. plant irrigation according to claim 1 and fertilising container, it is characterised in that the upper surface of described lid is provided with a force section.

10. plant irrigation according to claim 9 and fertilising container, it is characterised in that the described force section of described lid recessed enter described lid upper surface.