CN205320789U

CN205320789U - Plant and plant water supply installation

Info

Publication number: CN205320789U
Application number: CN201521115626.3U
Authority: CN
Inventors: 徐志雄
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-12-29
Filing date: 2015-12-29
Publication date: 2016-06-22
Anticipated expiration: 2025-12-29

Abstract

The utility model provides a plant and plant water supply installation, it contains a container and a disk body. The container contains bottom, a rampart and a through -hole, and the bottom of container is connected with the rampart. The through -hole of container sets up in the rampart and is close to in the bottom, and the through -hole has an apical margin. The disk body contains a bottom surface and a perisporium, and the bottom surface of disk body is connected with the perisporium, and the bottom surface of disk body and the bottom of container are connected for the detachable is liftoff, and the height of perisporium is the distance of apical margin to this bottom of being not less than this through -hole. The utility model discloses a plant and plant water supply installation utilizes siphon principle, and the liquid in messenger's container can be adjusted the through -hole of just following the container heavily along with pressure and flow out, reaches the purpose that lasts water supply, and solution prior art's automatic watering device cultivated in a pot need use power supply unit, the problem of carbon dioxide's emission in leading to the fact the power waste and increasing the environment.

Description

Plant cultivation water supply installation

Technical field

This utility model is about a kind of water supply installation, espespecially a kind of for potted plant water supply installation。

Background technology

Put potted plant at home indoor or office, except can increase environment attractive in appearance except, also there is the effect purifying air and moulding a person's temperament。Therefore, increasing user can be potted plant at indoor placement, to reach aforesaid purpose。But, in busy life, user is often forgotten to pot water, or due to user go abroad a few days and cannot to pot water, and then cause potted plant on plant hydropenia and dead。

For solve potted plant on the dead problem of plant hydropenia, user often places a water dish in potted plant bottom, and in the built-in full water of water dish, in order to the plant absorption on potted plant。But, what be placed in water dish is potted plant, and the soil in potted plant easily runs off because being soaked in water；Additionally, the water capacity contained in water dish is easily caused multiplying of vector mosquito, cause the harm of environment。

Therefore, prior art develops potted plant automatic watering device, and it comprises an intervalometer and an aerosol apparatus, in order in the set time to pot water。But, the potted plant automatic watering device of prior art must connect power supply and can use, and so except increasing power supply waste, the discharge capacity also resulting in carbon dioxide in environment increases。

Utility model content

Because the disappearance of prior art, the purpose of this utility model be in that to provide a kind of do not need to use power supply plant cultivation water supply installation。

For reaching above-mentioned purpose, this utility model provides one kind and plants cultivation water supply installation, and it comprises a container and a disk body。This container can house liquid and comprise bottom one, a ring wall and a through hole, the bottom of container is connected with ring wall。The through hole of container is arranged at ring wall and is adjacent to bottom, and through hole has an apical margin。This disk body comprises a bottom surface and a perisporium, and the bottom surface of disk body is connected with perisporium, and the bottom surface of disk body is connected separably with the bottom of container, and the height of this perisporium is the apical margin being not less than this through hole to the distance bottom this。

It is also preferred that the left the bottom surface of described disk body also comprises a groove, the outer rim shape of this groove is corresponding with the outer rim shape of the bottom of container, and the bottom of container is located at the groove of bottom surface of disk body separably。

It is also preferred that the left the distance of the through hole of described container and container bottom is higher than the degree of depth of the groove of bottom surface。

It is also preferred that the left described disk body also comprises multiple protuberance, the plurality of protuberance is oppositely arranged, and each protuberance is connected with the bottom surface of disk body and perisporium respectively。

It is also preferred that the left described cultivation water supply installation of planting also comprises a dividing plate, the outer rim shape of this dividing plate is corresponding with the outer rim shape of the perisporium of disk body, and dividing plate is connected separably with each protuberance of disk body。Dividing plate also comprises a hole, and the outer rim shape of this hole is corresponding with the outer rim shape of the bottom of container, and the bottom of container may pass through the hole of dividing plate。

It is also preferred that the left described dividing plate also comprises multiple gap, each gap is arranged at dividing plate, and multiple gap is adjacent to this hole。

It is also preferred that the left each gap of described dividing plate is strip, and each gap is arranged at equal intervals。

It is also preferred that the left described disk body comprises eight protuberances。

It is also preferred that the left the bottom of described container is horizontal plane。

The beneficial effects of the utility model are: plant cultivation water supply installation in use, compost or letterwood are considered to be worth doing and are respectively placed on disk body or dividing plate, and consider upper planting plants to be worth doing in compost or letterwood, then add liquid to disk body；Separately liquid is added container from the through hole of container, and the bottom of container is connected with the bottom surface of disk body, make container stand in disk body。By siphon principle (siphonprinciple), when extraneous atmospheric pressure is equal to the summation of the air column pressure in container and water column pressure, namely the liquid in container can stop flowing out from the through hole of container；And after the liquid of compost or letterwood bits is absorbed by plants, the liquid in container can flow out to compost or letterwood bits from the through hole of container。Therefore, cultivation water supply installation of planting of the present utility model can provide liquid to consider to be worth doing to compost or letterwood with pressure adjustment and lentamente from the through hole of container, utilize for plant, the potted plant automatic watering device solving prior art need to use supply unit, causes power supply waste and increases the problem of the discharge capacity of carbon dioxide in environment。

Accompanying drawing explanation

Fig. 1 is the three-dimensional exploded view of the first embodiment planted and plant water supply installation of the present utility model。

Fig. 2 is the profile of the first embodiment planted and plant water supply installation of the present utility model。

Fig. 3 is the three-dimensional exploded view of the second embodiment planted and plant water supply installation of the present utility model。

Fig. 4 is the profile of the second embodiment planted and plant water supply installation of the present utility model。

Fig. 5 is the axonometric chart of the second embodiment planted and plant water supply installation of the present utility model。

[symbol description]

10,10A container 11 top

13 ring wall bottom 12,12A

14,14A through hole 141 apical margin

20,20A disk body 21,21A bottom surface

211 groove 22,22A perisporiums

23A protuberance 30 first accommodation space

40 second accommodation space 50A dividing plates

51A gap 52A hole

60A the 3rd accommodation space D1 distance

H1 height。

Detailed description of the invention

Referring to shown in Fig. 1 and Fig. 2, the first embodiment planting cultivation water supply installation of the present utility model, it comprises container 10 and a disk body 20。This container 10 is cylindrical and comprises 12, one ring wall 13 and a through hole 14 bottom a top 11, this top 11 with this bottom 12 be oppositely arranged, in the particular embodiment, bottom this, 12 is horizontal plane, and this top 11 is in arc surface。This ring wall 13 is connected with bottom this 12 with this top 11 respectively and forms one first accommodation space 30。This through hole 14 is arranged at ring wall 13 and is adjacent to the bottom 12 in horizontal plane, and through hole 14 has an apical margin 141, and the distance of the bottom 12 of apical margin 141 to the container 10 of through hole 14 is set to D1, can be placed in by liquid in the first accommodation space 30 by this through hole 14。The material of container 10 is glass。

This disk body 20 comprises bottom surface 21 and a perisporium 22, and this bottom surface 21 is connected with perisporium 22, and bottom surface 21 and perisporium 22 are around forming one second accommodation space 40；Bottom surface 21 comprises a groove 211, the outer rim shape of this groove 211 is corresponding with the outer rim shape of the bottom 12 of container 10, and the bottom 12 of container 10 is located in the groove 211 of bottom surface 21 separably, and the through hole 14 of container 10 is located at the position (i.e. the distance D1 of through hole 14 and bottom 12) of ring wall 13 higher than the degree of depth of the groove 211 of bottom surface 21, container 10 is made to stand in disk body 20。The height H1 of the perisporium 22 of disk body 20 is the distance D1 of the bottom 12 of through hole 14 to the container 10 being not less than container 10。

Of the present utility model plant plant water supply installation first embodiment in use, compost is placed in the second accommodation space 40, and on compost planting plants, and liquid is watered to plant；Container 10 is filled liquid such as water or growth-promoting media by the another through hole 14 via container 10, and is placed in the bottom 12 of container 10 in the groove 211 of bottom surface 21 of disk body 20, makes container 10 stand on the second accommodation space 40。According to siphon principle, when extraneous atmospheric pressure is equal to the summation of the air column pressure in container 10 and water column pressure, the through hole 14 that namely liquid in container 10 can stop from container 10 flows out；Namely when being placed in after the liquid of compost of the second accommodation space 40 is absorbed by plants, the liquid in container 10 can flow out to compost for needed for plant growing from the through hole 14 of container 10。

Referring to shown in Fig. 3 and Fig. 4, the second embodiment planting water supply installation of planting of the present utility model is generally same as first embodiment, and difference is in that the second embodiment also comprises a dividing plate 50A, and disk body 20A also comprises multiple protuberance 23A, but does not comprise groove。Multiple protuberance 23A of disk body 20A are oppositely arranged, and each protuberance 23A is connected with the bottom surface 21A and perisporium 22A of disk body 20A respectively。In the particular embodiment, protuberance 23A is 8。

This dividing plate 50A comprises a multiple gap 51A and hole 52A, and each gap 51A is strip and is arranged at dividing plate 50A at equal intervals；Hole 52A is arranged adjacent to gap 51A, and the outer rim shape of hole 52A is corresponding with the outer rim shape of the bottom 12A of container 10A, makes the bottom 12A of container 10A may pass through the hole 52A of dividing plate 50A。The outer rim shape of dividing plate 50A is corresponding with the perisporium 22A of disk body 20A, and each protuberance 23A of dividing plate 50A and disk body 20A is connected separably, makes to surround between bottom surface 21A and perisporium 22A and the dividing plate 50A of disk body 20A to form one the 3rd accommodation space 60A。

Refer to shown in Fig. 3 to Fig. 5, of the present utility model plant plant water supply installation the second embodiment in use, each protuberance 23A of dividing plate 50A and disk body 20A is connected, and puts letterwood bits in the dividing plate 50A one side relative to the 3rd accommodation space 60A, and in the upper planting plants of letterwood bits；Liquid such as water or growth-promoting media are filled the 3rd accommodation space 60A from the hole 52A of dividing plate 50A。Container 10A is filled liquid by the another through hole 14A via container 10A, and by the bottom 12A of the container 10A hole 52A through dividing plate 50A, makes the bottom surface 21A of the bottom 12A and disk body 20A of container 10A contact, and container 10A stands in disk body 20A。

Claims

1. plant cultivation water supply installation for one kind, it is characterised in that described device comprises:

One container, it can house liquid, and comprises

Bottom one；

One ring wall, it is connected with bottom this；And,

One through hole, it is arranged at this ring wall and is adjacent to bottom this, and this through hole has an apical margin；And,

One disk body, it comprises

One bottom surface, it can be connected discretely with the bottom of this container；And,

One perisporium, it is connected with this bottom surface, and the height of this perisporium is the apical margin being not less than this through hole to the distance bottom this。

2. plant cultivation water supply installation as claimed in claim 1, it is characterized in that, the bottom surface of this disk body also comprises a groove, and the outer rim shape of this groove is corresponding with the outer rim shape of the bottom of this container, and the bottom of this container can be separately disposed at the groove of bottom surface of this disk body。

3. plant cultivation water supply installation as claimed in claim 2, it is characterised in that the through hole of container and the distance of the container bottom degree of depth higher than the groove of bottom surface。

4. plant cultivation water supply installation as claimed in claim 1, it is characterised in that this disk body also comprises multiple protuberance, and the plurality of protuberance is oppositely arranged, and each protuberance is connected with the bottom surface of this disk body and perisporium respectively。

5. plant cultivation water supply installation as claimed in claim 4, it is characterised in that this is planted cultivation water supply installation and also comprises a dividing plate, and the outer rim shape of this dividing plate is corresponding with the outer rim shape of the perisporium of this disk body, and this dividing plate can be connected discretely with each protuberance of this disk body；This dividing plate also comprises a hole, and the outer rim shape of this hole is corresponding with the outer rim shape of the bottom of container, and the hole of this dividing plate of bottom traverse of this container。

6. planting cultivation water supply installation as claimed in claim 5, it is characterised in that dividing plate also comprises multiple gap, each gap is arranged at this dividing plate, and the plurality of gap is adjacent to this hole。

7. plant cultivation water supply installation as claimed in claim 6, it is characterised in that each gap of this dividing plate is strip, and each gap is arranged at equal intervals。

8. as according to any one of claim 4 to 7, plant cultivation water supply installation, it is characterised in that this disk body comprises eight protuberances。

9. as according to any one of claim 1 to 7, plant cultivation water supply installation, it is characterised in that the bottom of this container is horizontal plane。