CN204796285U

CN204796285U - Novel ventilative flowerpot

Info

Publication number: CN204796285U
Application number: CN201520313232.2U
Authority: CN
Inventors: 孙钰鹏
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-05-14
Filing date: 2015-05-14
Publication date: 2015-11-25
Anticipated expiration: 2025-05-14

Abstract

The utility model discloses a novel ventilative flowerpot belongs to the flowerpot, the peviform body has accommodation space and pelvic floor portion, has at least the permeability cell of a dress grit to be arranged in the accommodation space, the one end detachably of permeability cell joins pelvic floor portion, has the cotton layer parcel on the surface of permeability cell, pelvic floor portion has at least one wash port, the permeability cell corresponds respectively and joins the wash port, wash port department upwards extends there is the binding pedestal, there is binding portion the lower part of permeability cell, binding portion corresponds and joins join the pedestal, the utility model discloses the effect that can promote the interior circulation of air of soil also can strengthen the water -absorbing capacity with the help of the cotton layer, accelerates the efficiency of permeability cell drainage, on the other hand, the one end of permeability cell is established on the wash port, and consequently, the moisture in soil collects when the wash port is waited to discharge, and the adsorbable partial moisture of permeability cell reaches soil with it.

Description

A kind of novel ventilated flowerpot

Technical field

The utility model belongs to flowerpot.

Background technology

Generally common flowerpot, except having accommodation space to place except soil, often also arranges multiple hole to facilitate draining bottom flowerpot.Existing flowerpot structure, directly can contact the soil surface being only limitted to contiguous flowerpot opening part of outside air, and be positioned at the part soil of hole bottom flowerpot; Therefore, the obtainable air of the potted plant institute of natural whole strain is very limited, especially buried plant root in soil, so the entirety that probably can have influence on plant is grown up.

On the other hand, water, for being also one of important element plant, for making whole strain plant be drawn to moisture, must being poured into a mould many water once, but likely make soil water-containing too much, and cause plant to be drowned; And the water major part be cast in soil is by because the effect of gravity, cannot stop too of a specified duration, just can be discharged by the hole at the bottom of basin, cannot achieve the desired result in soil.

Utility model content

In order to overcome the deficiency that existing flowerpot is breathed freely and water seepage function is not good, the utility model provides a kind of novel ventilated flowerpot, and this kind of novel ventilated flowerpot is not only convenient to breathe freely, and can keep ground moistening by Automatic-seepage water.

The utility model solves the technical scheme that its technical problem adopts: a kind of novel ventilated flowerpot, permeable flower pot comprises peviform body, permeability cell, it is characterized in that: described peviform body has accommodation space and basin bottom part, the permeability cell of a sand loading stone is had at least to be arranged in accommodation space, one end of described permeability cell removably links basin bottom part, cotton layer is had to be wrapped in the surface of permeability cell, described basin bottom part has at least one osculum, described permeability cell is corresponding respectively links described osculum, described osculum place is upwards extended with link pedestal, linking part is arranged at the bottom of described permeability cell, described linking part correspondence links described link pedestal.

The novel ventilated flowerpot of above-mentioned one, is characterized in that: described linking part has the first helicitic texture, and corresponding described first helicitic texture of described link pedestal has the second helicitic texture, and described first helicitic texture links corresponding described second helicitic texture.

The beneficial effects of the utility model are the one end making air can be revealed in soil surface by permeability cell, or the one end linking osculum enters in soil, to reach the effect of promoting soil inner air flow; Further, water absorbing capacity can be strengthened by cotton layer, accelerate the efficiency of permeability cell draining; On the other hand, one end of permeability cell can be located on osculum, therefore, when the moisture in soil come together in osculum to be discharged time, the adsorbable portion of water of permeability cell, is reached in soil.

Accompanying drawing explanation

Accompanying drawing 1 is STRUCTURE DECOMPOSITION schematic diagram of the present utility model,

Fig. 2 is enforcement illustration of the present utility model,

In figure, 1. permeable flower pot, 11. peviform bodies, 111. accommodation spaces, 112. basin bottom parts, 113. link pedestal, 114. osculums, 12. permeability cells, 121. linking parts, 13. cotton layers, 21. first helicitic textures, 22. second helicitic textures.1st figure is the first schematic diagram of permeable flower pot of the present utility model.

Embodiment

Embodiment of the present utility model is, as shown in the figure:

Embodiment 1, permeable flower pot 1 of the present utility model contains peviform body 11, permeability cell 12 and cotton layer 13.Peviform body 11 has accommodation space 111 and basin bottom part 112, and accommodation space 111 can in order to accommodating soil and plant.Permeability cell 12 is arranged in accommodation space 111, and one end of permeability cell 12 removably links basin bottom part 112, wherein, has the surface of the coated permeability cell 12 of cotton layer 13.

Consider that permeability cell 12 can firmly be plugged is linked to basin bottom part 112; Therefore, basin bottom part 112 of the present utility model can extend to form towards the opening direction of peviform body 11 and link pedestal 113, plugs link for permeability cell 12.And further, the described end that permeability cell 12 links basin bottom part 112 may correspond to the above-mentioned link pedestal 113 mentioned and forms linking part 121.Wherein, the linking part 121 of permeability cell 12 can have the first helicitic texture 21, and link corresponding first helicitic texture 21 of pedestal 113 there is the second helicitic texture 22, can be locked by the first helicitic texture 21 mode of the second helicitic texture 22, permeability cell 12 firmly plugged be attached to link on pedestal 113.The first above-mentioned helicitic texture 21 is for external screw teeth, and the second helicitic texture 22 then correspondence first helicitic texture 21 is internal screw thread.

Further, above-mentioned linking part 121 is not limited with helicitic texture or snap-in structure, also can be other and linking part 121 can be made firmly to be linked to the structure linking pedestal 113.

From the above, for making permeable flower pot 1 of the present utility model, there is good draining water way, its basin bottom part 112 can have and have an osculum 114 at least, wherein, permeability cell 12 may correspond to and links osculum 114, permeability cell 12 can plug and be linked in osculum 114, or correspondence is arranged at the top of osculum 114, to obtain preferably drainage effect.

Basin bottom part 112 of the present utility model can have link pedestal 113, plugs link for permeability cell 12; Link pedestal 113 can be arranged in pairs or groups mutually with osculum 114, osculum 114 extends to form link pedestal 113 towards the opening direction of peviform body 11, then permeability cell 12 is linked on link pedestal 113.

Claims

1. a novel ventilated flowerpot, comprise peviform body, permeability cell, it is characterized in that: described peviform body has accommodation space and basin bottom part, the permeability cell of a sand loading stone is had at least to be arranged in accommodation space, one end of described permeability cell removably links basin bottom part, cotton layer is had to be wrapped in the surface of permeability cell, described basin bottom part has at least one osculum, described permeability cell is corresponding respectively links described osculum, described osculum is upwards extended with link pedestal, linking part is arranged at the bottom of described permeability cell, and described linking part correspondence links described link pedestal.

2. the novel ventilated flowerpot of one according to claim 1, it is characterized in that: described linking part has the first helicitic texture, and corresponding described first helicitic texture of described link pedestal has the second helicitic texture, described first helicitic texture links corresponding described second helicitic texture.