CN205993288U

CN205993288U - Plant growing disk

Info

Publication number: CN205993288U
Application number: CN201620805886.1U
Authority: CN
Inventors: 不公告发明人
Original assignee: Huaxing Global (shenzhen) Agricultural Co Ltd
Current assignee: Huaxing Global (shenzhen) Agricultural Co Ltd
Priority date: 2016-07-28
Filing date: 2016-07-28
Publication date: 2017-03-08
Anticipated expiration: 2026-07-28

Abstract

This utility model is related to the technical field of plant culture, provide a plant growth disk, including disk framework and multiple growth cup, described disk framework has multiple inserts hole position for what described growth cup was inserted, multiple described hole positions of inserting are corresponded with multiple described growth cups, it is provided with connection journal stirrup, described disk framework is provided with for being abutted with described connection journal stirrup so that described growth cup is bearing in the corresponding supporting catch inserting hole position on the inwall inserting hole position described in each outside the top ends of each described growth cup.It is compared with the prior art, the plant growing disk that this utility model provides, the growth cup matching can be selected, thus being conducive to the growth of plant according to the length of plant root and size, in addition, it is only necessary to replace this growth cup it is not necessary to replace whole plant growing disk when certain growth cup damages, avoid waste, save production cost.

Description

Plant growing disk

Technical field

This utility model is related to the technical field of plant culture, especially relates to a plant growth disk.

Background technology

With industrialized development, great majority build the factory in farmland periphery, due to the imperfection of environmental management, and straight Dirt of running in leads to air and soil pollution, therefore, the vegetable of outdoor cultivation often with heavy metal or other contain poisonous chemistry Material；Further, since planting inadequate science, pesticide spraying is excessive, and the pesticide residues also resulting in vegetable are exceeded, and impact people's is strong Health.In this regard, using indoor room planting technology, by the green planting mode of science, health, it has also become the sending out of current agricultural production Exhibition direction.

At present, in the plantation of indoor room, the dish Seedling of vegetable adopts different types of disk, after dish Seedling is placed in disk, by right Injection liquid in disk, so that plant growing.However, in common disk, not having independent growing element, each strain plant is both placed in Together, the phenomenons such as root winding easily occur between plant, is unfavorable for the growth of plant.

Utility model content

Technical problem to be solved in the utility model is to provide a plant growth disk it is intended to solve prior art In, there is the plant diversified in specifications for root, be both placed in same disk, being unfavorable for the defect of the growth of plant.

This utility model provides a plant growth disk, and including disk framework and multiple growth cup, described disk framework has confession Described growth cup insert multiple insert hole position, multiple described insert hole positions with multiple described growth cups correspond, each institute It is provided with connection journal stirrup, described disk framework is all provided with the inwall inserting hole position described in each outside the top ends stating growth cup It is equipped with for abutting with described connection journal stirrup so that described growth cup is bearing in the corresponding supporting catch inserting hole position.

Further, each described growth cup all includes multiple side of sidewall portion, is connected between adjacent described side of sidewall portion Corner and connect described side of sidewall portion and the bottom of described corner bottom respectively, described bottom offers and described growth cup The first through hole of internal connection.

Further, the outside of described side of sidewall portion is provided with flow passage structure.

Further, described flow passage structure includes the fin group being separately positioned on each described side of sidewall portion, and each is described convex Rib group is included respectively by multiple fins of described side of sidewall portion surface outwardly convex.

Further, multiple fins interval setting in the longitudinal direction of this side of sidewall portion on each described side of sidewall portion, adjacent fin Between formed liquid flow path.

Further, each described fin is along perpendicular to described bottom bottom surface direction, the projection on the bottom surface of described bottom is The low arc in middle high both sides or triangle.

Further, each described fin is integrally formed with described side of sidewall portion respectively.

Further, each described growth cup is taper wide at the top and narrow at the bottom.

Further, described side of sidewall portion offers and the second through hole connecting inside described growth cup.

Further, described second through hole is not higher than the half of described side of sidewall portion height.

It is compared with the prior art, the plant growing disk that this utility model provides, connect including disk framework and removably It is connected to multiple growth cups of disk framework, as such, it is possible to according to the length of plant root and size, select the growth cup matching, Thus being conducive to the growth of plant, in addition, it is only necessary to replace this growth cup it is not necessary to will be whole when certain growth cup damages Plant growing disk is replaced, it is to avoid wastes, has saved production cost.

Brief description

Fig. 1 is the plant growing disk of this utility model embodiment offer and the schematic perspective view of feed flow disk；

Fig. 2 is the schematic front view of the plant growing disk that this utility model embodiment provides；

Fig. 3 is the partial schematic sectional view of the plant growing disk that this utility model embodiment provides；

Fig. 4 is the schematic perspective view of the growth cup that this utility model embodiment provides.

Main element symbol description

100：Feed flow disk 200：Plant growing disk

210：Disk framework 211：Base portion

212：Circumference 213：Insert hole position

220：Growth cup 221：Side of sidewall portion

222：Corner 223：Bottom

224：First through hole 225：Second through hole

230：Flow passage structure 231：Fin group

232：Fin 233：Liquid flow path

214：Supporting catch 226：Connect journal stirrup

Specific embodiment

In order that technical problem to be solved in the utility model, technical scheme and beneficial effect become more apparent, with Lower combination drawings and Examples, are further elaborated to this utility model.It should be appreciated that concrete reality described herein Apply example only in order to explain this utility model, be not used to limit this utility model.

Below in conjunction with concrete accompanying drawing, realization of the present utility model is described in detail.

The citing embodiment of plant growing disk to be explained by this technology now.Embodiment is related to the application of this technology, mainly Be related to the breeding of plant in crops nursery.However, this technology is comparably suitable for the application of other plant, and fit Together in other kinds of feed flow disk.Therefore, it is emphasized that diagram is only the purpose for description preferred embodiment, and simultaneously It is not intended to limit this utility model to details or limit any specific field applied to it.Diagram is only used for describing this technology Preferred embodiment purpose, and be not intended to by this technical limitations to details or limit to application any specific field. It will be appreciated that, present disclosure covers and is incorporated to appointing of the feature related to other application and feature disclosed herein What combines.

As shown in Figures 1 to 4, the preferred embodiment providing for this utility model.

The plant growing disk 200 that the present embodiment provides, it includes disk framework 210 and multiple growth cup 220, disk framework 210 Have for growth cup 220 insert multiple insert hole position 213, multiple hole positions 213 of inserting are corresponded with multiple cups 220 that grow, It is provided with connection journal stirrup 226, disk framework 210 inserts the inwall of hole position 213 in each outside the top ends of each growth cup 220 On be provided with for connect journal stirrup 226 abut with by growth cup 220 be bearing in the corresponding supporting catch inserting hole position 213 214.

Above-mentioned plant growing disk 200, including disk framework 210 be removably attached to the multiple of disk framework 210 Growth cup 220, as such, it is possible to according to the length of plant root and size, select the growth cup 220 matching, thus being conducive to The growth of plant, in addition, it is only necessary to replace this growth cup 220 it is not necessary to by whole plant when certain growth cup 220 damages Growth disk is replaced, it is to avoid wastes, has saved production cost.

For sake of convenience, hereinafter alleged " left " " right " " on " the left and right, upper and lower of D score and accompanying drawing itself is to one Cause, but restriction effect is not played to structure of the present utility model.

Referring to Fig. 1 to 4, in the present embodiment, plant growing disk 200 is used for being placed on use in feed flow disk 100, to feed flow In disk 100, injection contains the liquid such as nutritional solution, to provide nutrition to plants such as the dish Seedlings being placed in plant growing disk 200.Plant Growth disk 200 includes disk framework 210 and multiple growth cup 220.

Disk framework 210, substantially square, it includes a base portion 211 and the circumference being connected to this base portion 211 periphery 212, base portion 211 be can be the same or different with the thickness of circumference 212.In the present embodiment, base portion 211 has for growth Cup insert multiple insert hole position 213, multiple insert the setting of hole position 213 rectangular array.

Referring to Fig. 2 to 4, multiple growth cups 220, correspond respectively to respectively insert hole position 213.Each growth cup 220 is all in pipe Shape, and upper end open, the plants such as dish Seedling can be included in the inside of growth cup 220.Specifically, growth cup 220 include side of sidewall portion 221, The bottom being connected to the corner 222 between adjacent side of sidewall portion 221 and connecting side of sidewall portion 221 and corner 222 bottom respectively Portion 223, the quantity of side of sidewall portion 221 is but is not limited to four, and bottom 223 offers and grows first connecting inside cup 220 Through hole 224.It is understood that liquid pass through first through hole 224 enter growth cup 220 inside (or the root of plant by First through hole 224 is at least partly stretched out) so that the root of plant is at least partly immersed in liquid, by plant root to liquid The absorption of body, promotes growth and the breeding of plant.It is provided with connection journal stirrup 226, disk outside the top ends of each side of sidewall portion 221 Framework in each insert be provided with the inwall of hole position 213 for be connected journal stirrup 226 abut with by growth cup be bearing in right The supporting catch 214 inserting hole position 213 answered.

Referring to Fig. 3 and 4, as further optimizing, the outside of side of sidewall portion 221 is provided with flow passage structure 230.Specifically, Flow passage structure 230 includes four groups of fin groups 231, and four groups of fin groups 231 are corresponded with four side of sidewall portion 221, each side of sidewall portion It is provided with a fin group 231, each fin group 231 includes multiple by side of sidewall portion 221 surface outwardly convex respectively on 221 Fin 232, each fin 232 is integrally formed with side of sidewall portion 221 respectively.Multiple fins 232 on each side of sidewall portion 221 are in this side of sidewall portion (i.e. in the short transverse of side of sidewall portion 221) interval setting in 221 longitudinal direction, each fin 232 is all from adjacent with this side of sidewall portion 221 One of corner 222 to this side of sidewall portion 221 adjoin another corner 222 extend, phase on each side of sidewall portion 221 Form liquid flow path 233 between adjacent fin 232.Each fin 232 along perpendicular to bottom 223 bottom surface direction in bottom 223 Projection on bottom surface is the low arc in middle high both sides (it is of course also possible to being triangle).It is noted that using in side The outside setting flow passage structure 230 of wall portion 221, thus forming liquid flow path 233 in the outside of side of sidewall portion 221, so, To during the 100 internal fluid injection of feed flow disk, liquid flow path 233 can carry out drain to liquid, makes new liquid in feed flow disk 100 Preferably flow, so that each strain plant root of each plant growing disk 200 all can absorb new liquid, be conducive to plant roots The g and D in portion.

Certainly, flow passage structure can also be the bulge-structures such as projection, lug, or groove structure.

It is, of course, also possible to it is only each in setting fin group 231, and fin group 231 on one or more side of sidewall portion wherein Fin 232 can also be crisscross arranged.

Referring to Fig. 3 and 4, in the present embodiment, growth cup 220 is tapered towards narrow lower end from the open upper end of width, holds It is readily conceivable that, using the growth cup 220 of pyramidal structure, can be formed up-small and down-big between two adjacent growth cups 220 Spacing, is conducive to the diffusion of root and the flowing of liquid.

Referring to Fig. 4, as further optimizing, side of sidewall portion 221 offers with grow cup 220 internal connect second logical Hole 225.In the present embodiment, the second through hole 225 is opened up on a side of sidewall portion 221 (certainly, or in other side of sidewall portion wherein On 221 and open up the second through hole 225 on each side of sidewall portion 221), the quantity of the second through hole 225 is but is not limited to two, second Through hole 225 is located on the bottom surface of liquid flow path 233, and the half of the second through hole 225 not higher than side of sidewall portion 221 height.Can To be understood by, by the second through hole 225, in order to liquid, convection current can be carried out by the inside of side of sidewall portion 221 and growth cup 220, In order to the absorption to liquid for the plant root.

These are only preferred embodiment of the present utility model, not in order to limit this utility model, all in this practicality Any modification, equivalent or improvement made within new spirit and principle etc., should be included in guarantor of the present utility model Within the scope of shield.

Claims

1. it is characterised in that inclusion disk framework and multiple growth cup, described disk framework has for described life a plant growth disk Long cup insert multiple insert hole position, multiple described insert hole positions with multiple described growth cups correspond, each described growth It is provided with connection journal stirrup, described disk framework is provided with use on the inwall inserting hole position described in each outside the top ends of cup In with described connection journal stirrup abut with by described growth cup be bearing in the corresponding supporting catch inserting hole position.

2. plant growing disk according to claim 1 is it is characterised in that each described growth cup all includes multiple sides wall Portion, the corner being connected between adjacent described side of sidewall portion and connect described side of sidewall portion and described corner bottom respectively Bottom, described bottom offers and the first through hole connecting inside described growth cup.

3. plant growing disk according to claim 2 is it is characterised in that the outside of described side of sidewall portion is provided with runner knot Structure.

4. plant growing disk according to claim 3 is it is characterised in that described flow passage structure includes being separately positioned on each institute State the fin group on side of sidewall portion, each described fin group is included respectively by multiple fins of described side of sidewall portion surface outwardly convex.

5. plant growing disk according to claim 4 is it is characterised in that multiple fins are in this side wall on each described side of sidewall portion Interval setting in the longitudinal direction in portion, forms liquid flow path between adjacent fin.

6. plant growing disk according to claim 5 is it is characterised in that each described fin is along perpendicular to described bottom bottom surface Projection on the bottom surface of described bottom for the direction is the low arc in middle high both sides or triangle.

7. plant growing disk according to claim 4 it is characterised in that each described fin respectively with described side of sidewall portion one Molding.

8. plant growing disk according to any one of claim 1 to 7 is it is characterised in that each described growth cup is Narrow taper under width.

9. the plant growing disk according to any one of claim 2 to 7 is it is characterised in that offer on described side of sidewall portion The second through hole connecting with inside described growth cup.

10. plant growing disk according to claim 9 is it is characterised in that described second through hole is not higher than described side of sidewall portion The half of height.