CN206851478U

CN206851478U - Indoor micro- coexisting with nature system

Info

Publication number: CN206851478U
Application number: CN201720769503.4U
Authority: CN
Inventors: 易立军
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-06-28
Filing date: 2017-06-28
Publication date: 2018-01-09
Anticipated expiration: 2027-06-28

Abstract

It the utility model is related to indoor micro- coexisting with nature system, belong to indoor flowerpot manufacturing technology field, including flowerpot, circulating pump, conduit and fish jar, the flowerpot is located at the top of the fish jar, the flowerpot is divided into exocoel and inner chamber, the exocoel and the inner chamber plug, and turning head, conduit and circulating pump by right angle between the exocoel of the flowerpot and the fish jar is connected, and the exocoel is provided with lower water connector.The consumer of the micro- coexisting with nature system in interior of the present utility model can be moulded according to itself hobby DIY, the flowing of current automatic cycle, can both keep the oxygen content in the humidity and can holding water of flowerpot, avoids the long period of soaking of plant root.

Description

Indoor micro- coexisting with nature system

Technical field

A kind of self-watering flowerpot is the utility model is related to, more particularly to a kind of indoor micro- coexisting with nature system, belongs to room Interior flowerpot manufacturing technology field.

Background technology

With the raising of Modern consumer person life taste, potted plant begins to appear in increasing family, not only may be used To beautify home environment, moreover it is possible to purify air, show taste and the style of owner, but the continuous quickening of rhythm of life allows flowers Arranging becomes a great problem, and consumer has no time to flowers fertilising, watering, and being as a result originally used for decorateeing the green scape in room but becomes Extinguish cheerfulness and enthusiasm, be then based on these problem markets and start the flowerpot that can realize self-watering occur, only one need to will be injected in flowerpot Quantitative water can keeps the flowerpot humidity in a period of time, but plant root long period of soaking can be caused to trigger plant in water Rotten of thing, and the appearance and modeling of existing flowerpot is unfavorable for putting for small space family, it is also difficult to meet the aesthetic need of consumer Ask.

The operation principle of existing self-watering flowerpot is：Flowerpot is itself divided into exocoel and inner chamber two large divisions, by plant species Plant in the lumen, in the perforate of inner chamber lower end, water is placed in exocoel, water is gradually sucked into soil in the presence of capillary principle In, but the organic matter in soil gradually can be also melted into water, reduce the fertility of soil, influence the growth of plant, and plant roots Minister's time is steeped in water, and rotten of plant can be caused even dead.Though existing flowerpot solves consumer can not be in time to basin The problem of planting watering, but still suffer from defect in scene is actually used.

It is therefore proposed that can self-watering wall-mounted DIY flowerpots, consumer can according to itself hobby DIY it is moulded, water Automatic cycle flowing is flowed, the oxygen content in the humidity and can holding water of flowerpot can be both kept, avoid the long-term leaching of plant root Bubble；When meeting the needs of technology and usage scenario at the same time, moreover it is possible to ensure the aesthetic and life style of consumer it is indoor it is micro- from Right cogeneration system just turns into the technical barrier that the technical field is badly in need of solving.

Utility model content

The purpose of this utility model is to provide a kind of humidity and can that can both keep flowerpot and keeps oxygen content in water, keeps away Exempt from the long period of soaking of plant root；When meeting the needs of technology and usage scenario at the same time, moreover it is possible to ensure the aesthetic of consumer and Indoor micro- coexisting with nature system of life style.

To achieve the above object, the utility model takes following design:

Indoor micro- coexisting with nature system, it is characterised in that：Including flowerpot, circulating pump, conduit and fish jar, the flowerpot is located at The top of the fish jar, the flowerpot are divided into exocoel and inner chamber, and the exocoel and the inner chamber plug, the exocoel of the flowerpot Head, conduit and circulating pump are turned between the fish jar by right angle to be connected, the exocoel is provided with lower water connector.

Preferably, the exocoel includes：Conduit neck, cucurbit mouth hanging and reinforcement, conduit neck are located at exocoel back, to Interior recessed, for the screens of conduit, cucurbit mouth hanging is located among the back of exocoel, for the suspension of flowerpot, the interior edge of exocoel and The madial wall on two sides edge is equipped with several reinforcements, and the reinforcing for support inner chamber is reinforced, and the bottom opening of exocoel is used for Water level spool is installed.

Preferably, the right angle turns first end and is connected with conduit, and the other end is stuck in the conduit neck of exocoel and turns head card At mouthful.

Preferably, the conduit neck is three.

Preferably, the exocoel is from the side to be one trapezoidal, and upper end is plantation space, and lower end is water storage space, up and down it Than being about 2.3:1, the outer for planting space is arc.

Preferably, the reinforcement of exocoel outer madial wall is 2 to 10, and the reinforcement on two sides edge is 1-2.

Preferably, the inner chamber includes turning a bayonet socket and the groove that caves in, wherein, the bottom of inner chamber carries mesh, is covered with thereon There is a projection non-woven fabrics, the bottom of inner chamber in the opening position positioned at waterline pipe, and the side of inner chamber is provided with along platform turns head card Mouthful.

Preferably, the side of the inner chamber is additionally provided with water detection mouth and/or lower water connector, lower water connection along platform Mouthful, when being put for flowerpot upper-lower position, water connector realizes the importing of current under water level spool is inserted.

Preferably, along protruding 2.5mm, the outer of inner chamber is identical with the interior edge size of exocoel, embedding for the side of the inner chamber Supported in exocoel interior edge by reinforcement.

Preferably, the flowerpot for it is single put or it is multiple combination put, pass through water level spool or conduit phase between flowerpot Connection.

Preferably, can be by user's DIY arrangement modes between the flowerpot.

Preferably, in the flowerpot, it is connected between position highest flowerpot and fish jar by conduit and circulating pump.

The utility model has the advantages that：

The micro- coexisting with nature system in interior of the present utility model, the water and soil of flowerpot is separated, by by the non-woven fabrics in inner chamber Be immersed in water, water be adsorbed onto in soil fertilizer matter to keep the humidity of soil, at the same avoid plant root bubble in water can Can property；Closed loop coexisting with nature system is formed in conjunction with circulating pump and fish jar, the water in fish jar is extracted into highest flowerpot by circulating pump Exocoel, when moisture storage capacity reaches exocoel waterline, water can flow to subordinate's flowerpot exocoel automatically, to the last flow back to fish jar again, whole Individual process water and soil does not contact, therefore can keep the cleaning of water quality, and constantly circulation is also beneficial to maintain the oxygen in water to contain Amount；Consumer can be according to the moulded of the actual conditions DIY flowerpots of itself, to meet the aesthetic and life style of oneself.

The utility model is described further below by the drawings and specific embodiments, but is not meant to this reality With the limitation of novel protected scope.

Brief description of the drawings

Fig. 1 is the attachment structure schematic diagram of flowerpot exocoel and fish jar in micro- coexisting with nature system in the utility model room.

Fig. 2 is the structural representation of flowerpot inner chamber in micro- coexisting with nature system in the utility model room.

Main Reference Numerals：

The conduit neck of 1 exocoel 2

Turn head in the right angle of 3 cucurbit mouth hanging 4

The water level spool of 5 reinforcement 6

The circulating pump of 7 conduit 8

The inner chamber of 9 fish jar 10

The 11 water connectors of water detection mouth 12 times

13, which turn a bayonet socket 14, caves in groove

15 non-woven fabrics

Embodiment

Embodiment 1

As shown in figure 1, show for the attachment structure of flowerpot exocoel and fish jar in micro- coexisting with nature system in the utility model room It is intended to, as shown in Fig. 2 the structural representation for flowerpot inner chamber in micro- coexisting with nature system in the utility model room；Wherein, 1 is Exocoel, 2 be conduit neck, and 3 be cucurbit mouth hanging, and 4 be that right angle turns head, and 5 be reinforcement, and 6 be water level spool, and 7 be conduit, and 8 be to follow Ring pump, 9 be fish jar, and 10 be inner chamber, and 11 be water detection mouth, and 12 be lower water connector, and 13 is turn a bayonet socket, and 14 be the groove that caves in, 15 be non-woven fabrics.

The micro- coexisting with nature system in interior of the present utility model, including flowerpot, circulating pump, conduit and fish jar, flowerpot are located at fish The top of cylinder 9, flowerpot are divided into exocoel 1 and inner chamber 10, and exocoel 1 and inner chamber 2 plug, and pass through between the exocoel 2 and fish jar 9 of flowerpot Turn first 4, conduit 7 and be connected with circulating pump 8 in right angle.

Exocoel 1 is trapezoidal for one from the side, and upper end is plantation space, and lower end is water storage space, and the ratio between upper and lower about 2.3: 1, the outer for planting space is arc.Exocoel 1 includes：Conduit neck 2, cucurbit mouth hanging 3 and reinforcement 5, conduit neck 2 is positioned at outer The back of chamber 1 (is provided with three：Both ends respectively have one, and bottom has one, are the U-shaped of a disconnection), it is inwardly recessed, for leading The screens of pipe 7, cucurbit mouth hanging 3 are located among the back of exocoel 1, for the suspension of flowerpot, the outer of exocoel 1 and two sides edge Madial wall is equipped with several reinforcements 5, and (for outer madial wall from 2 to 10, preferably 5, two sides edge is provided with 1-2 It is individual), the reinforcing for support inner chamber 10 is reinforced, and the bottom of exocoel 1 is provided with water level spool 6, the holding for water level in exocoel 1 (the water level spool 6 flows into lower water connector 12 through conduit or flows directly into fish jar 9), right angle turns first 4 one end and is connected with conduit 7 Connect, the other end is stuck in the conduit neck 2 of exocoel and turned at a bayonet socket 13.

The protruding 2.5mm in edge of inner chamber 10, the outer of inner chamber 10 is identical with the interior edge size of exocoel 1, embedded in exocoel 1 Interior edge supported by reinforcement, inner chamber 10 and exocoel 1 are all ABS plastic material, the wall thickness 2mm of exocoel 1, the wall thickness of inner chamber 10 1.5mm。

Inner chamber 10 includes：Lower water connector 12, water detection mouth 11, turn a bayonet socket 13, cave in groove 14 and non-woven fabrics 15, its In, non-woven fabrics 15 is located at the bottom of inner chamber 10, and for isolating soil and water, the bottom of inner chamber 10 carries mesh, and non-woven fabrics 15 is spread Above, there is a projection bottom of inner chamber 10 in the opening position positioned at waterline pipe 6, and whole inner chamber 10 is integral, is all Plastics ABS material, the platform on the left side edge of inner chamber 10 is provided with lower water connector 12, turning a bayonet socket 13, (the two are in order to just Can be put to the left or to the right according to oneself demand when user is putting) and water detection mouth 11 (this part can also should not), Wherein, (detection needs external detection means to the water level that water detection mouth 11 is used to detect in exocoel 1, and flowerpot simply leaves one Interface), lower water connector 12, pile up for flowerpot and insert water level spool 6 when putting (when two flowerpot upper-lower positions are put) Lower water connector 12 realizes the importing of current, turns a bayonet socket 13 and turns first 4 for clamping right angle to ensure that current flow directly into exocoel； Turn a bayonet socket 13 fix right angle turn first 4, right angle turns first 4 and is connected with conduit 7, and water is introduced directly into exocoel 1, the groove 14 that caves in be in order to Be easy to when mounted nail can easily slide into the top of cucurbit mouth hanging 3, the platform on the right side edge of inner chamber 10 connects provided with water Mouthful and turn a bayonet socket.Right angle is turned first 4 fixation by conduit neck 2 with a bayonet socket 13 is turned, and turning first 4 by right angle directly injects water into outside Chamber.

Exocoel 1 in flowerpot turns first 4, conduit 7 by right angle and circulating pump 8 is connected with fish jar 9, the volume of fish jar 9 with The volume of exocoel 10 matches：The reservoir storage of one flowerpot is about 200ml, and the reservoir storage of fish jar is about 6L, thus it is guaranteed that fish jar On the premise of biology, a fish jar can about ensure the water supply of 4~6 flowerpots, and fish jar 9 can be cabinet shape, square or other Arbitrary shape.Position between flowerpot and fish jar 9, flowerpot are higher than fish jar 9, vertical relation or dislocation can set up and down Put；Lean on is gravity to last the flowing back to of water, so fish jar 9 must be positioned at the bottom of flowerpot, vertical up and down or dislocation can be with.

It is determined that after putting moulding, conduit 7 is arranged in conduit neck 2, nail is fixed on wall, by flowerpot exocoel 1 Cucurbit mouth hanging 3 slide into nail and be fixed on wall, open circulating pump 8, water flows through conduit 7, right angle turns first 4 and (turns a bayonet socket 13 After right angle is turned into first 4 fixation, water just directly turns head by right angle and injects exocoel) flowerpot exocoel 1 is flowed into afterwards, non-woven fabrics 15 passes through The water imbibition of itself introduces the water into inner chamber 10, to ensure the humidity of soil, when the moisture storage capacity of exocoel 1 exceedes water level spool 6, and stream Go out exocoel, flow into lower water connector into the flowerpot under it through conduit or flow directly into fish jar 9, form the circulatory system.

In the micro- coexisting with nature system in interior of the present utility model, first 4, conduit 7, circulating pump 8, the and of non-woven fabrics 15 are turned by right angle Fish jar 9 constitutes the circulatory system of system.

The product appearance of the micro- coexisting with nature system in interior of the present utility model can use symmetric design, and user can basis Own situation arranges flowerpot, and buyable water level detector is placed in water detection mouth 11, and the water for being generally available suspension is floated to detect water Position, also can by water detection mouth 11 and without using lower water connector block, lower water connector respectively has one in exocoel or so, two Individual can use simultaneously also individually only uses one.

Embodiment 2

Other same as Example 1, difference is：Flowerpot is two, directly passes through water level spool phase between flowerpot Connection, is connected between highest flowerpot and fish jar 9 by conduit and circulating pump 8, if flowerpot quantity is more to increase circulating pump.

Embodiment 3

Other same as Example 1, difference is：Flowerpot is three, is connected between flowerpot by conduit, highest Flowerpot and fish jar 9 between be connected by conduit and circulating pump 8.

Embodiment 4

Other same as Example 1, difference is：Flowerpot is 5, passes through water between flowerpot by conduit or directly Bit line pipe is connected, and user can be according to the arrangement mode of self-demand DIY flowerpots, but allows for ensuring that all flowerpots can have Current flow through, and are connected between highest flowerpot and fish jar 9 by conduit and circulating pump 8, and circulating pump 8 increases to two.

Consumer of the present utility model can be moulded according to itself hobby DIY, the flowing of current automatic cycle, can both protect The oxygen content in the humidity and can holding water of flowerpot is held, avoids the long period of soaking of plant root.

Although listing in detail here and illustrating to be preferable to carry out case, those skilled in the art, can not take off Various structural adjustments are carried out in the case of from the utility model marrow and device is changed, these contents are considered to be within right will Ask within limited the scope of the utility model.

Claims

1. micro- coexisting with nature system in Room, it is characterised in that：Including flowerpot, circulating pump, conduit and fish jar, the flowerpot is located at institute State the top of fish jar, the flowerpot is divided into exocoel and inner chamber, and the exocoel and the inner chamber plug, the exocoel of the flowerpot with Head is turned by right angle between the fish jar, conduit is connected with circulating pump, the exocoel is provided with lower water connector.

2. the micro- coexisting with nature system in interior according to claim 1, it is characterised in that：The exocoel includes：Conduit neck, Cucurbit mouth hanging and reinforcement, conduit neck are located at exocoel back, are inwardly recessed, and for the screens of conduit, cucurbit mouth hanging is positioned at outer Among the back of chamber, for the suspension of flowerpot, the madial wall on the interior edge of exocoel and two sides edge is equipped with several reinforcements, uses Reinforced in the reinforcing of support inner chamber, the bottom of exocoel is provided with opening, for installing water level spool.

3. the micro- coexisting with nature system in interior according to claim 2, it is characterised in that：The exocoel is from the side a ladder Shape, upper end are plantation space, and lower end is water storage space, and the ratio between upper and lower is 2.3:1, the outer for planting space is arc.

4. the micro- coexisting with nature system in interior according to claim 3, it is characterised in that：Turn first end and conduit in the right angle It is connected, the other end is stuck in the conduit neck of exocoel and turned at a bayonet socket；The conduit neck is three.

5. the micro- coexisting with nature system in interior according to claim 4, it is characterised in that：Exocoel outer madial wall adds Strengthening tendons is 2 to 10, and the reinforcement on two sides edge is 1-2.

6. the micro- coexisting with nature system in interior according to claim 5, it is characterised in that：The inner chamber include turn a bayonet socket and Cave in groove, wherein, the bottom of inner chamber carries mesh, is covered with non-woven fabrics thereon, the bottom of inner chamber is positioned at the position of waterline pipe There is a projection at place, and the side of inner chamber is provided with along platform turns a bayonet socket.

7. the micro- coexisting with nature system in interior according to claim 6, it is characterised in that：The side of the inner chamber is gone back along platform Provided with water detection mouth and/or lower water connector, lower water connector, when being put for flowerpot upper-lower position, water level spool is inserted Enter lower water connector, realize the importing of current.

8. the micro- coexisting with nature system in interior according to claim 1, it is characterised in that：The side of the inner chamber is along protruding 2.5mm, the outer of inner chamber is identical with the interior edge size of exocoel, is supported embedded in exocoel interior edge by reinforcement.

9. the micro- coexisting with nature system in interior according to claim 1, it is characterised in that：The flowerpot is put or more to be single Individual combination is put, and is connected between flowerpot by water level spool or conduit.

10. the micro- coexisting with nature system in interior according to claim 1, it is characterised in that：In the flowerpot, position highest It is connected between flowerpot and fish jar by conduit and circulating pump.