CN209619968U - Plant pit pipeline and plant pit pipe-line system - Google Patents

Abstract

The utility model provides a kind of plant pit pipeline and plant pit pipe-line system.Wherein, plant pit pipeline includes: communicating pipe and filter mechanism；Connection tube portion is inserted in the soil body of plant pit, is placed in soil intracorporal tube wall communicating pipe and is offered multiple apertures, each aperture is used to make the ponding in the soil body to penetrate into communicating pipe；Filter mechanism, which is set to, is placed in soil intracorporal part communicating pipe, for filtering the ponding in the soil body.In the utility model; opening up aperture by the tube wall of communicating pipe enables the soil body of plant pit to be connected with the external world; play ventilative effect; it and penetrate into the intracorporal ponding of soil can by aperture to communicating pipe; convenient for ponding is taken away; filter mechanism can be filtered the intracorporal ponding of soil; the mud formed after stopping ponding and the soil body to impregnate entered in communicating pipe; and then it avoids and takes mud away; to protect the soil body of plant pit; so that trees effectively contact with the soil body, it is ensured that trees absorb the nutrition in the soil body, guarantee the normal growth of trees.

Description

Plant pit pipeline and plant pit pipe-line system

Technical field

The utility model relates to landscape engineering technical fields, in particular to a kind of plant pit pipeline and plant pit pipe Road system.

Background technique

In general, after planting tree, for the survival rate for guaranteeing trees, more communicating pipes is often buried under plant pit, are made With: first is that can breathe freely；Second is that ponding under plant pit can be monitored in real time, once it rains, it can be in time by the product in plant pit Water is taken away, and ponding is avoided to cause rotten of trees and dead.However, will form mud after plant pit ponding and soil immersion in practice of construction Slurry, can take together mud away when drawing water, so that forming cavity in plant pit, tree root fully effective cannot be contacted with soil, occur Nutrient absorption is unbalanced, and bad and rotten of trees long-term nutrition is caused to die.

Utility model content

In consideration of it, the utility model proposes a kind of plant pit pipelines, it is intended to solve to extract plant pit internal water accumulation in the prior art Shi Yi, which together takes mud away, leads to the problem of forming cavity in plant pit and then influencing the growth of trees.It is also mentioned in the utility model A kind of plant pit pipe-line system with the plant pit pipeline is gone out.

On one side, the utility model proposes a kind of plant pit pipelines, which includes: communicating pipe and filter Structure；Wherein, connection tube portion is inserted in the soil body of plant pit, is placed in soil intracorporal tube wall communicating pipe and is offered multiple apertures, respectively Aperture is used to make the ponding in the soil body to penetrate into communicating pipe；Filter mechanism, which is set to, is placed in soil intracorporal part communicating pipe, For filtering the ponding in the soil body.

Further, in above-mentioned plant pit pipeline, filter mechanism includes: filter screen；Wherein, filter screen, which is set to, sets communicating pipe In the intracorporal tube wall of soil, to cover each aperture and be placed in soil intracorporal end communicating pipe.

Further, in above-mentioned plant pit pipeline, filter screen is anti-filter geotextiles.

Further, in above-mentioned plant pit pipeline, filter screen is in pocketed, and filtering screen is set to the outside of communicating pipe, also, mistake The open end of strainer is connected by connector with communicating pipe.

Further, in above-mentioned plant pit pipeline, connector is clip, and clip mutually locks the open end of filter screen with communicating pipe Tightly.

Further, in above-mentioned plant pit pipeline, filter mechanism includes: the first filter and multiple second filters；Wherein, First filter, which is set to, is placed in soil intracorporal one end communicating pipe；Each second filter is all connected to the tube wall of communicating pipe and one by one Accordingly it is placed in each tapping.

Further, in above-mentioned plant pit pipeline, each aperture is uniformly distributed on the tube wall of communicating pipe.

Further, it in above-mentioned plant pit pipeline, is placed in soil intracorporal one end communicating pipe and is closed end and offers multiple open Hole.

Further, in above-mentioned plant pit pipeline, communicating pipe is pvc pipe.

In the utility model, aperture is opened up by the tube wall of communicating pipe, the soil body of plant pit is connected with the external world, Ventilative effect is played, and penetrate into the intracorporal ponding of soil can by aperture to communicating pipe, convenient for ponding is taken away, filtering The setting of mechanism can be filtered the intracorporal ponding of soil, and the mud formed after stopping ponding to impregnate with the soil body, which enters to, to be connected to It in pipe, and then avoids and takes mud away, so that the soil body of plant pit is protected, so that trees effectively contact with the soil body, it is ensured that Trees absorb the nutrition in the soil body, ensure that the normal growth of trees, solve when extracting plant pit internal water accumulation in the prior art Easily mud is taken away together leads to the problem of forming cavity in plant pit and then influencing the growth of trees.

On the other hand, the utility model also proposed a kind of plant pit pipe-line system, which includes: at least two above-mentioned A kind of plant pit pipeline；Wherein, each plant pit pipeline is uniformly distributed circumferentially in plant pit.

Since plant pit pipeline has said effect, so the plant pit pipe-line system with the plant pit pipeline also has accordingly Technical effect.

Detailed description of the invention

By reading the following detailed description of the preferred embodiment, various other advantages and benefits are common for this field Technical staff will become clear.The drawings are only for the purpose of illustrating a preferred embodiment, and is not considered as practical to this Novel limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings:

Fig. 1 is the structural schematic diagram of plant pit pipeline provided by the embodiment of the utility model；

Fig. 2 is the another structural schematic diagram of plant pit pipeline provided by the embodiment of the utility model；

Fig. 3 is the another structural schematic diagram of plant pit pipeline provided by the embodiment of the utility model；

Fig. 4 is plant pit Pipe installing provided by the embodiment of the utility model in the structural schematic diagram of plant pit.

Specific embodiment

Exemplary embodiments of the present disclosure are described in more detail below with reference to accompanying drawings.Although showing the disclosure in attached drawing Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here It is limited.On the contrary, these embodiments are provided to facilitate a more thoroughly understanding of the present invention, and can be by the scope of the present disclosure It is fully disclosed to those skilled in the art.It should be noted that in the absence of conflict, the implementation in the utility model Feature in example and embodiment can be combined with each other.It is below with reference to the accompanying drawings and in conjunction with the embodiments practical new this is described in detail Type.

Plant pit pipeline embodiment:

Referring to Fig. 1 to Fig. 4, the preferred structure of the plant pit pipeline in the present embodiment is shown in figure.As shown, plant pit pipe Road includes: communicating pipe 1 and filter mechanism 2.Wherein, the both ends of communicating pipe 1 are open end, and communicating pipe, 1 part was inserted in plant pit The soil body 3 in, then the first end 12 (left end shown in FIG. 1) of communicating pipe 1 is placed in the soil body 3 of plant pit, the second end of communicating pipe 1 13 (right ends shown in FIG. 1) are placed on ground, and effect was ventilative and monitored under plant pit for being connected with ground communicating pipe 1 Ponding.The part in the plant pit soil body 3 is placed in communicating pipe 1 with preset length, so that communicating pipe 1 preferably delivers the air to In the soil body 3 of plant pit, and it can preferably monitor the technical situation under plant pit.Preferably, communicating pipe 1 is pvc pipe.

When it is implemented, preset length can determine that the present embodiment is not intended to be limited in any this according to the depth of plant pit. In the present embodiment, preset length is 3/4ths of 1 length of communicating pipe.

The tube wall that communicating pipe 1 is placed in the soil body 3 offers multiple apertures 11, and each aperture 11 is used to make the soil body 3 of plant pit Interior ponding was penetrated into communicating pipe 1.Specifically, each aperture 11 is used to so that the soil body 3 of plant pit and the inside of communicating pipe 1 It is connected, when having ponding in the soil body 3 of plant pit, ponding can be penetrated by each aperture 11 to communicating pipe 1.

Preferably, each aperture 11 is uniformly distributed on the tube wall of communicating pipe 1, and specifically, each aperture 11 is placed in communicating pipe 1 It is uniformly distributed circumferentially on tube wall in the soil body 3, also, each aperture 11 is from the first end 12 of communicating pipe 1 to second end 13 Length direction of the place along communicating pipe 1 is uniformly distributed.

When it is implemented, the aperture of each aperture 11 may be the same or different, the present embodiment does not do this any Limitation.The aperture of each aperture 11 can determine that the present embodiment does not do any restrictions to this according to the actual situation.In this reality It applies in example, the aperture of each aperture 11 is all the same, and the aperture of each aperture 11 is 5~10mm.

When it is implemented, since the tube wall of communicating pipe 1 offers aperture 11, so when having ponding in the soil body 3 of plant pit, Ponding can be penetrated by the open end of aperture 11 and the first end of communicating pipe 1 12 to the inside of communicating pipe 1, then can monitor connection Whether there is ponding in pipe 1.When having ponding in communicating pipe 1, ponding can be taken away out of communicating pipe 1 by extraction tool, with Eliminate 3 internal water accumulation of the soil body, it is ensured that the water balance in the plant pit soil body 3 guarantees the normal growth of trees.

When having ponding in the soil body 3 of plant pit, ponding can be impregnated with the soil body 3 forms mud, and at this moment extraction tool is from even Mud can also enter with the first end 12 of communicating pipe 1 with aperture 11 under the action of extraction tool and be connected to when siphunculus 1 takes ponding away It in pipe 1, and is extracted tool and takes away, be easy in this way so that the soil of plant pit is reduced, to form cavity.In order to avoid occurring Filter mechanism 2 is then set to the part being placed in the soil body 3 communicating pipe 1 by the situation, and filter mechanism 2 is for filtering the plant pit soil body 3 Interior water.Since the first end 12 of communicating pipe 1 is open end, then filter mechanism 2 is not only to each aperture 11 on 1 tube wall of communicating pipe Place is filtered, also to being filtered at the first end 12 of communicating pipe 1, to stop the mud formed after ponding and the immersion of the soil body 3, Mud is avoided to enter in communicating pipe 1 by aperture 11 and the first end of communicating pipe 1 12, to guarantee filter mechanism 2 by mud It is blocked in outside communicating pipe 1.

In use, 1 part of communicating pipe is inserted in the soil body 3 of plant pit, so that the first end 12 of communicating pipe 1 is placed in the soil body In 3, second end 13 is placed on ground.Whether there is ponding in monitoring communicating pipe 1, if having ponding in communicating pipe 1, using extraction tool Extract the ponding in communicating pipe 1.Ponding and the soil body 3 form mud after impregnating, but filter mechanism 2 hinders mud in mud Gear, while other sundries in the soil body 3 are also blocked, only ponding is allowed to penetrate by aperture 11 and the first end of communicating pipe 1 12 It is exported by the second end 13 of communicating pipe 1 to ground to communicating pipe 1, and under the action of extraction tool, until will be in the soil body 3 Ponding remove clean, stop extracting.

As can be seen that the present embodiment in, aperture 11 is opened up by the tube wall of communicating pipe 1, enable the soil body 3 of plant pit with The external world is connected, and plays ventilative effect, and penetrate into the ponding in the soil body 3 can by aperture 11 to communicating pipe 1, is convenient for Ponding is taken away, the setting of filter mechanism 2 can be filtered the ponding in the soil body 3, shape after stopping ponding and the soil body 3 to impregnate At mud enter in communicating pipe 1, and then avoid and take mud away, to protect the soil body 3 of plant pit so that trees with The soil body 3 effectively contacts, it is ensured that trees absorb the nutrition in the soil body 3, ensure that the normal growth of trees, solve existing skill Easily mud is taken away together when extracting plant pit internal water accumulation in art causes to form asking for growth that is empty and then influencing trees in plant pit Topic.

With continued reference to Fig. 2, a kind of preferred structure of filter mechanism is shown in figure.In above-described embodiment, filter mechanism 2 can To include: filter screen 21.Wherein, filter screen 21 is set to the tube wall being placed in the soil body 3 communicating pipe 1, and the covering of filter screen 21 is respectively opened Hole 11 and communicating pipe 1 are placed in the end in the soil body 3, then filter screen 21 pass through the ponding in the soil body 3 can, and by ponding and soil Mud after body 3 impregnates was blocked in outside communicating pipe 1, other sundries in mud and the soil body 3 is avoided to pass through aperture 11 and communicating pipe 1 First end 12 enter in communicating pipe 1, this ensure that only the ponding in the soil body 3 can be extracted tool extraction, eliminate Ponding in the soil body 3, avoids trees from being immersed in ponding, also protects the soil body 3 of plant pit, it is ensured that trees have with the soil body 3 Effect contact, to ensure that trees absorb the nutrition in the soil body 3.

Preferably, filter screen 21 is anti-filter geotextiles.

Referring to Fig. 3, in above-described embodiment, filter screen 21 is in pocketed, and filter screen 21 covers at the outside of communicating pipe 1, also, The open end of filter screen 21 is connected by connector 4 with communicating pipe 1.Specifically, communicating pipe 1 is placed in the part in the soil body 3 The outside of tube wall is provide with filter screen 21.Filter screen 21 is in pocketed, i.e., filter screen 21 is open at one end, and other end closing is then filtered The closed end of net 21 corresponds to the first end 12 of communicating pipe 1, the first end 12 of communicating pipe 1 is covered, the opening of filter screen 21 End is placed in the right end (for Fig. 3) of aperture 11 of the tube wall near second end 13, and each aperture 11 is covered, and And connector 4 locks the open end of filter screen 21 and 1 phase of communicating pipe.

Preferably, connector 4 is clip, and the open end of filter screen 21 is placed between clip and communicating pipe 1, then clip incited somebody to action It is locked with 1 phase of communicating pipe the open end of strainer 21.When it is implemented, clip is pvc pipe clip when communicating pipe 1 is pvc pipe.

When it is implemented, clip may include: two semicircular snap rings and two bolts.Wherein, two snap rings are opposite It fastens, also, two bolts are respectively arranged at the junction of two snap rings, so that two snap rings are connected.Filter screen 21 is opened Mouth end was placed in two snap rings and between communicating pipe 1, and the connection of two snap rings is prevented to lock to the open end of filter screen 21 Only falling off for filter screen 21 is slided along communicating pipe 1 and then caused in the open end of filter screen 21.

As can be seen that filter screen 21 is in pocketed in the present embodiment, it can be by each aperture 11 of communicating pipe 1 and communicating pipe 1 In first end 12 is covered on, the mud and other sundries formed after effectively stopping ponding and the soil body 3 to impregnate only allows ponding It penetrates into communicating pipe 1, is effectively protected the soil body 3 of plant pit, structure is simple, convenient to carry out.

Another preferred structure of filter mechanism is also shown in the present embodiment.Filter mechanism 2 may include: the first filtering Piece (not shown) and multiple second filter (not shown)s.Wherein, the first filter, which is set to, is placed in soil communicating pipe 1 One end in body 3, i.e. the first filter are set to the first end 12 of communicating pipe 1, for penetrating by the first end 12 of communicating pipe 1 Ponding be filtered.Specifically, the size of the first filter and the size of the first end 12 of communicating pipe 1 match.

The quantity of second filter is identical as the quantity of aperture 11, and each second filter is all connected to the tube wall of communicating pipe 1 And be placed at each aperture 11 correspondingly, specifically, each second filter and each aperture 11 correspond, i.e. second mistake Filter disc is corresponding with an aperture 11.The tube wall that each second filter is placed in the soil body 3 with communicating pipe 1 is connected, also, Each second filter is placed at corresponding aperture 11.

As can be seen that being carried out by the first filter to the ponding at the first end 12 of communicating pipe 1 in the present embodiment Filter, each second filter is filtered to the ponding at each aperture 11 on 1 tube wall of communicating pipe, can be effectively by ponding Mud after impregnating with the soil body 3 was blocked in outside communicating pipe 1, other sundries in mud and the soil body 3 is avoided to enter to communicating pipe 1 It is interior, the ponding in the soil body 3 is eliminated, avoids trees bubble in ponding, also protects the soil body 3 of plant pit, it is ensured that trees and the soil body 3 Effective contact, thus ensure that trees absorb the soil body 3 in nutrition.

Referring to Fig. 1 to Fig. 4, in the various embodiments described above, being placed in one end in the soil body 3 communicating pipe 1 can be closed end, and And the closed end being placed in the soil body 3 communicating pipe 1 offers multiple apertures 11.Specifically, the end of the first end 12 of communicating pipe 1 Face can be in closed state, also, the end face of the first end 12 of communicating pipe 1 offers multiple apertures 11, and each aperture 11 is used In penetrating into the ponding in the soil body 3 in communicating pipe 1, so that the ponding in the soil body 3 can be seeped by the end face of the first end 12 of communicating pipe 1 Enter to communicating pipe 1.Preferably, first end 12 of each aperture 11 in communicating pipe 1 is uniformly distributed.

Filter mechanism 2 is set to the first end 12 of communicating pipe 1, the ponding penetrated into the end face to 1 first end 12 of communicating pipe It is filtered, other sundries in mud and the soil body 3 after stopping ponding and the soil body 3 to impregnate.

When it is implemented, filter screen 21 can be set in the end face of the first end 12 of communicating pipe 1, it can also be in communicating pipe 1 Each aperture 11 of first end 12 be respectively provided with filter.

As can be seen that structure is simple, convenient to carry out in the present embodiment.

In conclusion open up aperture 11 by the tube wall of communicating pipe 1 in the present embodiment, enable the soil body 3 of plant pit with The external world is connected, and plays ventilative effect, and penetrate into the ponding in the soil body 3 can by aperture 11 to communicating pipe 1, is convenient for Ponding is taken away, the setting of filter mechanism 2 can be filtered the ponding in the soil body 3, shape after stopping ponding and the soil body 3 to impregnate At mud enter in communicating pipe 1, and then avoid and take mud away, to protect the soil body 3 of plant pit so that trees with The soil body 3 effectively contacts, it is ensured that trees absorb the nutrition in the soil body 3, ensure that the normal growth of trees.

Plant pit pipe-line system embodiment:

The present embodiment also proposed a kind of plant pit pipe-line system, referring to fig. 4, as shown, the system includes: at least two Any of the above-described kind of plant pit pipeline；Wherein, each plant pit pipeline is uniformly distributed circumferentially in plant pit.Wherein, plant pit pipeline is specific Implementation process is referring to above description, and details are not described herein for the present embodiment.

When it is implemented, the quantity of plant pit pipeline can determine according to the actual situation, the present embodiment does not make this any Limitation.In the present embodiment, plant pit pipeline is four.

Since plant pit pipeline has said effect, so the plant pit pipe-line system with the plant pit pipeline also has accordingly Technical effect.

It should be noted that the principle of plant pit pipeline and plant pit pipe-line system in the utility model is identical, related place It can be cross-referenced.

Obviously, it is practical without departing from this can to carry out various modification and variations to the utility model by those skilled in the art Novel spirit and scope.If in this way, these modifications and variations of the present invention belong to the utility model claims and Within the scope of its equivalent technologies, then the utility model is also intended to include these modifications and variations.

Claims (10)

1. a kind of plant pit pipeline characterized by comprising communicating pipe (1) and filter mechanism (2)；Wherein,

The communicating pipe (1) is partially inserted in the soil body (3) of plant pit, and the communicating pipe (1) is placed in the pipe in the soil body (3) Wall offers multiple apertures (11), and each aperture (11) is used to make the ponding in the soil body (3) to penetrate into the connection It manages in (1)；

The filter mechanism (2) is set to the part being placed in the soil body (3) communicating pipe (1), for filtering the soil body (3) In ponding.

2. plant pit pipeline according to claim 1, which is characterized in that the filter mechanism (2) includes: filter screen (21)； Wherein,

The filter screen (21) is set to the tube wall being placed in the soil body (3) communicating pipe (1), to cover each aperture (11) Be placed in the soil intracorporal end communicating pipe (1).

3. plant pit pipeline according to claim 2, which is characterized in that the filter screen (21) is anti-filter geotextiles.

4. plant pit pipeline according to claim 2, which is characterized in that the filter screen (21) is in pocketed, the filter screen (21) cover at the outside of the communicating pipe (1), also, the open end of the filter screen (21) by connector (4) with it is described Communicating pipe (1) is connected.

5. plant pit pipeline according to claim 4, which is characterized in that the connector (4) is clip, and the clip is by institute The open end and the communicating pipe (1) for stating filter screen (21) are mutually locked.

6. plant pit pipeline according to claim 1, which is characterized in that the filter mechanism (2) include: the first filter and Multiple second filters；Wherein,

First filter, which is set to, is placed in described soil intracorporal one end the communicating pipe (1)；

Each second filter is all connected to the tube wall of the communicating pipe (1) and is placed in each aperture (11) correspondingly Place.

7. plant pit pipeline according to any one of claim 1 to 6, which is characterized in that each aperture (11) is described It is uniformly distributed on the tube wall of communicating pipe (1).

8. plant pit pipeline according to any one of claim 1 to 6, which is characterized in that the communicating pipe (1) is placed in described One end in the soil body (3) is closed end and offers multiple apertures (11).

9. plant pit pipeline according to any one of claim 1 to 6, which is characterized in that the communicating pipe (1) is pvc pipe.

10. a kind of plant pit pipe-line system characterized by comprising at least two set as described in any one of claims 1 to 9 Cave pipeline；Wherein,

Each plant pit pipeline is uniformly distributed circumferentially in the plant pit.