CN207531444U - Cylindricality modular multilevel plantation frame equipment - Google Patents
Cylindricality modular multilevel plantation frame equipment Download PDFInfo
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- CN207531444U CN207531444U CN201721651137.9U CN201721651137U CN207531444U CN 207531444 U CN207531444 U CN 207531444U CN 201721651137 U CN201721651137 U CN 201721651137U CN 207531444 U CN207531444 U CN 207531444U
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- frame body
- water
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- water inlet
- retaining ring
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Abstract
A kind of cylindricality modular multilevel plantation frame equipment,Including frame body,Hook,Culture pan,Purification tank,Annular water inlet pipe,Water pump,Four water-through valves,Frame body shares multilayer,There are four semicircle skewed slots for the surrounding of frame body,There are four square grooves on the top of frame body,There are four rectangular fixinig plates for the lower part surrounding of frame body,There is round scupper in the interior middle part lower end of frame body,Link up with mounting hole,Annular retaining ring,Outer shroud retaining ring,First osculum,Leakage hole,Line position draining sheets,It is each in every line position draining sheets that there are two limiting osculums,Four culture pan inclinations are placed in four semicircle skewed slots of a frame body surrounding,Hook links together multilayer frame body,Hook top is hung in greenhouse on the supporting rod of lateral arrangement,Annular water inlet pipe is mounted on the top of top layer's frame body,Annular water inlet pipe,Four water-through valves,Water pump is connected by metal tube and pipe joint,Purification tank is located at the lower end of multilayer frame body.The utility model saves manpower, water source and nutriment.The application prospect having had.
Description
Technical field
The utility model is related to agricultural equipment field, particularly a kind of cylindricality modular multilevel plantation frame equipment.
Background technology
The plantation frame of multi-layer planting plant be widely used in greenhouse rare planting (such as dendrobium candidum,
Roxburgh anoectochilus terminal bud etc.).Existing plantation frame planting plants mode, be the planting pot of planting plants or culture pan are lain in respectively it is more
In layer plantation frame, in management usually, need for plant watering and when applying nutriment, because being grasped by artificial mode
Make, be to apply fertilizer per basin, per alms bowl plant watering, cause staff time-consuming and laborious；Also have in existing technology in every basin or per alms bowl
The purpose that a pipeline carries out fertilizing, watering by pipeline is connect on plant, during watering, opening conduits main valve is mixed with the water of nutriment
Or only single water is flowed into basin or alms bowl, is supplied nutrients for plant and water source, although manually being grasped this solves worker
The shortcomings of work, but there is waste water source and the shortcomings that nutriment, it is excessive after watering, after water is overflowed out of basin or alms bowl,
Or after water is leaked out from basin bottom, alms bowl bottom, extra water direct emission not only causes plantation frame ambient contamination, can also cause external environment
Pollution, and it is extra outflow not the water through utilizing can cause the waste of water waste and nutriment, increase planting into
This.
Utility model content
In order to overcome the plantation frame that existing greenhouse uses use present in various drawbacks, the utility model provides
Multi-layer rack physical efficiency facilitates combination and separation, can be hung in use in greenhouse on horizontal hook, saves space in greenhouse, works as water
After source is flowed into out of top layer culture pan, water source can be successively flowed into lower floor's culture pan, and the water irrigated after plant can also be returned repeatedly
It receives and utilizes, so as to not only save manpower, moreover it is possible to save a kind of cylindricality modular multilevel plantation frame equipment of water source and nutriment.
Technical solution is used by the utility model solves its technical problem：
A kind of cylindricality modular multilevel plantation frame equipment, it is characterised in that including frame body, hook, culture pan, purification tank, ring
Shape water inlet pipe, water pump, four water-through valves, frame body share multilayer, and multilayer scaffold structure is consistent, and there are four semicircle for the surrounding of ring stand body
Skewed slot, there are four square groove, the lower part surrounding outside spacers of frame body are certain for the top surrounding outside spacers certain distance of frame body
Distance is there are four rectangular fixinig plate, and the shape of four rectangular fixinig plates and the slot inner shape of four square grooves coincide, frame body
Interior middle part lower end there are one round scupper, there are one hook mounting holes, the outboard end of scupper among round scupper to have
Annular retaining ring together, the outer shroud of annular retaining ring has one of outer shroud retaining ring, four between annular retaining ring and outer shroud retaining ring
The first osculum of Zhou Yousi groups, there are four leakage hole, frame body inside outer shrouds for surrounding between annular retaining ring and outer shroud retaining ring
The outside of retaining ring is there are four the line position draining sheets of indent, and each in every line position draining sheets there are two limiting osculum, annular gears
Hydrosphere top and outer shroud retaining ring top, line position osculum are highly consistent, and every frame body is mating, and there are four culture pan, every four kinds
Alms bowl inclination is planted to be placed in four semicircle skewed slots of a frame body surrounding, after every culture pan is put well, the upper end of four culture pans
Respectively under the first osculum of one of which of the one frame body lower part in upper end, hook lower part from top to bottom sequentially passes through multi-layer rack
Hook mounting hole among body circle scupper links up with one nut of screw-in on the external screw thread of lower part, links up with the external screw thread of upper end
A nut is screwed in, so as to which multilayer frame body is linked together, hook top hangs over the supporting rod of lateral arrangement in greenhouse
On, annular water inlet pipe is mounted on the top of top layer's frame body, and four outlet conduits of annular water inlet pipe are located at top layer's frame respectively
The upper end of culture pan in the semicircle skewed slot of body four, the inlet channel of annular water inlet pipe and four water-through valve water outlets pass through a gold
Belong to pipe and pipe joint connects, the water outlet of the defeated nutriment device of water delivery leads in the one of water inlet end of four water-through valves and greenhouse big basin
A metal tube and pipe joint connection are crossed, another water inlet end of four water-through valves and water pump water outlet end pass through a metal tube and pipe
Road connector connection, purification tank are located at the lower end of multilayer frame body, and the water inlet end of water pump and the right-hand end pipeline of purification tank pass through pipeline
Connector connects.
The lower end of the culture pan has multiple trepannings as osculum, and the preceding upper end of culture pan is planted there are one linking up with
When alms bowl inclination is placed in the semicircle skewed slot of frame body surrounding, it is hooked in the front end of semicircle skewed slot.
The purification tank includes housing, the filtering material of upper opening, the left and right sides end lower part of housing respectively have one and
The pipeline communicated in housing, filtering material include carbon-point, limestone particle and silicate granules, carbon-point, limestone particle and silicon
Hydrochlorate particle is placed in housing.
The upper rear end of the annular water inlet pipe is there are one trepanning, there are four the lower end of annular water inlet pipe is spaced apart
Trepanning, a metal tube are welded on outside in the upper rear end trepanning of annular water inlet pipe and are used as inlet channel, in addition four metals
Pipeline is welded on outside under four trepannings of annular water inlet pipe lower end and is used as four outlet conduits.
Four water-through valve to side open when, in greenhouse big basin the water of the water outlet outflow of the defeated nutriment pipe device of water delivery into
Enter the inlet channel of annular water inlet pipe, and four through annular water inlet pipe outlet conduits separately flow into four semicircles of top layer's frame body
In shape skewed slot in culture pan, the trepanning of water from four culture pan lower parts of top layer's frame body is expelled to lower part in top layer's frame body, and
Four group of first osculum in upper bed rack body between lower annular retaining ring and outer shroud retaining ring leaks into second layer frame body respectively
In four semicircle skewed slots in culture pan, while water is from four Thursdays between the annular retaining ring of top layer's frame body and outer shroud retaining ring
A leakage hole is leak between the annular retaining ring of second layer frame body and outer shroud retaining ring, and excessive water is more than top layer's frame body
Annular retaining ring and outer shroud retaining ring, line position osculum height when, water can be from the interior middle part lower end circle leakage of top layer's frame body
The mouth of a river is escaped in purification tank, and warp position osculum again flows into the culture pan of the semicircle skewed slot of second layer frame body body four
In, and so on, the plant in the culture pan of each semicircle skewed slot of layer frame body four can obtain the supply of water and nutriment.
Four water-through valve is closed to side, opposite side is opened, and during water pump work once electrified, the water in purification tank can be through housing
Right-hand end lower pipeline flows into water pump inlet and enters the water inlet of annular water inlet pipe through water pump water outlet end, four water-through valve opposite sides
Pipeline.
The utility model advantageous effect is：In the utility model actual use, the utility models that cover are used cooperatively more；Before use,
The pipeline of a set of the utility model purification tank lower-left side of right end and the pipeline of the purification tank bottom right side of a set of the utility model of its left part,
It is linked together by pipe joint, after more set the utility models link together, the purification tank lower left side of a set of the utility model in the leftmost side
The pipeline at end is sealed by screw plug；The inlet channel of a set of the utility model annular water inlet pipe of right end and a set of the utility model ring of its left part
The inlet channel of shape water inlet pipe is linked together by pipe joint, after more set the utility models link together, a set of of left end
The inlet channel left side of novel annular water inlet pipe is sealed with screw plug.The utility model in use, four water-through valves to side open when,
The water of the water outlet outflow of the defeated nutriment device of water delivery enters the inlet channel of annular water inlet pipe in greenhouse big basin, and intakes through annular
Four outlet conduits of pipe are separately flowed into the semicircle skewed slots of top layer's frame body four in culture pan, and water is from top layer's frame body four
The trepanning of culture pan lower part is expelled to lower part in top layer's frame body, and lower annular retaining ring and outer shroud water blocking in upper bed rack body
Four group of first osculum between circle is leak into respectively in the semicircle skewed slots of second layer frame body four in culture pan, while water is from most upper
Four Thursday leakage holes between the annular retaining ring of layer frame body and outer shroud retaining ring are leak into the annular retaining ring of second layer frame body
Between outer shroud retaining ring, excessive water is more than top layer's frame body annular retaining ring and outer shroud retaining ring, the height of line position osculum
When spending, water can be escaped in purification tank, and warp position osculum is again from the interior middle part lower end circle scupper of top layer's frame body
It flows into the culture pan of the semicircle skewed slot of second layer frame body four, and so on, each semicircle skewed slot plantation of layer frame body four
Plant in alms bowl can obtain the supply of water and nutriment；The water extra from multilayer frame body lower part enters the inside of purification tank, through net
Change slot in filtering material filtering absorption after, four water-through valves to side close, opposite side open, water pump work once electrified when, purification tank
Interior water can flow into water pump inlet through housing right-hand end lower pipeline and enter ring through water pump water outlet end, four water-through valve opposite sides
The inlet channel of shape water inlet pipe provides water source for plant on frame body again.The utility model multi-layer rack physical efficiency facilitates combination and divides
From top is linked up in use can hang in greenhouse on the supporting rod of lateral arrangement, saved space in greenhouse, worked as water
After source is flowed into out of top layer culture pan, water source can be successively flowed into lower floor's culture pan, and the water irrigated after plant can also be returned repeatedly
It receives and utilizes, so as to not only save manpower, moreover it is possible to save water source and nutriment.Based on above-mentioned, so the application that the utility model has had
Prospect.
Description of the drawings
The utility model is described further with reference to the accompanying drawings and examples.
Fig. 1 is the utility model structure diagram.
Fig. 2 is the structure diagram of the one of frame body lower part of the utility model.
Fig. 3 is the utility model culture pan structure diagram.
Specific embodiment
Shown in Fig. 1,2,3, a kind of cylindricality modular multilevel plantation frame equipment including frame body 1, links up with 2, culture pan 3, net
Change slot 4, annular water inlet pipe 5, water pump 6, four water-through valves 7, frame body 1 shares multilayer, and multilayer frame body 1 constructs unanimously, and the four of ring stand body 1
Week, there are four semicircle skewed slot 1-1, and there are four square groove 1-2, frame bodies 1 for the top surrounding outside spacers certain distance of frame body 1
Lower part surrounding outside spacers certain distance there are four rectangular fixinig plate 1-3, the shape of four rectangular fixinig plate 1-3 and four sides
The slot inner shape of connected in star 1-2 coincide, and there are one round scupper 1-4, round scupper 1-4 for the interior middle part lower end of frame body 1
The intermediate outboard end there are one hook mounting hole 1-5, scupper 1-4 has one of annular retaining ring 1-6, annular retaining ring 1-6's
Outer shroud has one of outer shroud retaining ring 1-7, and surrounding has four group of first osculum between annular retaining ring 1-6 and outer shroud retaining ring 1-7
1-8, there are four leakage hole 1-9,1 inside outer shroud retaining rings of frame body for surrounding between annular retaining ring 1-6 and outer shroud retaining ring 1-7
It is each on the line position draining sheets 1-10 for indent that there are four the outsides of 1-7, every limiting draining sheets 1-10 that there are two limiting osculum 1-
11, annular retaining ring 1-6 tops and outer shroud retaining ring 1-7 tops, line position osculum 1-11 are highly consistent, and every frame body 1 is mating
There are four culture pan 3, every four culture pans 3 inclination is placed in four semicircle skewed slot 1-1 of a frame body surrounding, every plantation
After alms bowl 3 is put well, the upper end of four culture pans 3 is located under the first osculum of one of which 1-8 of the one frame body lower part in upper end respectively,
Link up with 2 lower parts and from top to bottom sequentially pass through hook mounting hole 1-5 among the round scupper of multilayer frame body 1,2 lower parts of hook it is outer
A nut is screwed on screw thread, 2 upper ends of hook screw into a nut, so as to which multilayer frame body 1 is linked together, hang
2 top of hook is hung in greenhouse on the supporting rod of lateral arrangement, and annular water inlet pipe 5 is mounted on the top of top layer's frame body 1, ring
Four outlet conduit 5-1 of shape water inlet pipe 5 are located at the upper end of culture pan 3 in the semicircle skewed slot of top layer's frame body four, ring respectively
The inlet channel 5-2 of shape water inlet pipe and four water flowings, 7 valve water outlet are connected by a metal tube and pipe joint, four water-through valves 7
One of water inlet end is connected with the water outlet of the defeated nutriment device of water delivery in greenhouse big basin by a metal tube and pipe joint,
Four another water inlet end of water-through valve 7 are connected with 6 water outlet of water pump by a metal tube and pipe joint, and purification tank 4 is located at more
The lower end of layer frame body 1, the water inlet end of water pump 6 are connected with the right-hand end 4-2 pipelines of purification tank 4 by pipe joint.
Shown in Fig. 1,2,3, the lower end of culture pan 3 has multiple trepannings as osculum 3-1, the preceding upper end of culture pan 3
There are one hook 3-2, when the inclination of culture pan 3 is placed in the semicircle skewed slot 1-1 of 1 surrounding of frame body, hook 3-2 is hooked in semicircle tiltedly
The front end of slot 1-1.Purification tank includes housing 4-4, the filtering material 4-3 of upper opening, and the left and right sides end lower part of housing 4-4 is each
There are the pipeline 4-1 and 4-2 communicated in one and housing, filtering material 4-3 to include carbon-point, limestone particle and silicate granules,
Carbon-point, limestone particle and silicate granules are placed in housing 4-4.There are one trepanning, annulars for the upper rear end of annular water inlet pipe 5
The lower end of water inlet pipe 5 is spaced apart there are four trepanning, and a metal tube is welded on the upper rear end trepanning of annular water inlet pipe
Upper outside is welded on outside under four trepannings of annular water inlet pipe lower end and makees as inlet channel 5-2, in addition four metallic conduits
For four outlet conduit 5-1.Four water-through valves 7 to side open when, the water outlet outflow of the defeated nutriment device of water delivery in greenhouse big basin
Water enter the inlet channel 5-2 of annular water inlet pipe, and four through annular water inlet pipe outlet conduit 5-1 separately flow into top layer
1 four semicircle skewed slot 1-1 culture pans of frame body, 3 lining, water are discharged from the trepanning 3-1 of four 3 lower parts of culture pan of top layer's frame body
To lower part in top layer's frame body 1, and four groups in upper strata frame body 1 between lower annular retaining ring 1-6 and outer shroud retaining ring 1-7
First osculum 1-8 is leak into respectively in the semicircle skewed slots of second layer frame body 1 four in culture pan 3, while water is from top layer's frame body 1
Annular retaining ring 1-6 and outer shroud retaining ring 1-7 between four Thursday leakage hole 1-9, leak into second layer frame body 1 annular gear
Between hydrosphere 1-6 and outer shroud retaining ring 1-7, excessive water is more than top layer frame body annular retaining ring 1-6 and outer shroud retaining ring 1-
7th, during the height of line position osculum 1-11, water can escape to purification from the interior middle part lower end circle scupper 1-4 of top layer's frame body
In slot 4, and warp position osculum 1-11 is again flowed into the culture pan 3 of the semicircle skewed slot 1-1 of second layer frame body four, with such
It pushes away, the plant in each semicircle skewed slot culture pan 3 of layer frame body 1 four can obtain the supply of water and nutriment.Four water-through valves 7 one
Side is closed, opposite side is opened, and during 6 work once electrified of water pump, the water in purification tank 4 can be flowed through housing 4-4 right-hand end lower pipelines 4-2
Enter 6 water inlet end of water pump and enter the inlet channel 5-2 of annular water inlet pipe through 6 water outlet of water pump, four water-through valves, 7 opposite side.
Shown in Fig. 1,2,3, in the utility model actual use, the utility models that cover are used cooperatively more；Before use, right end one
The pipeline 4-1 of the utility model purification tank lower-left side and the pipeline 4-2 of a set of the utility model purification tank bottom right side of its left part are covered, is passed through
Pipe joint links together, after more set the utility models link together, the purification tank lower-left side of a set of the utility model of left end
Pipeline 4-1 is sealed by screw plug.The inlet channel 5-2 of a set of the utility model annular water inlet pipe of right end and a set of the utility model of its left part
The inlet channel 5-2 of annular water inlet pipe is linked together by pipe joint, after more set the utility models link together, the leftmost side one
The inlet channel 5-2 left sides of set the utility model annular water inlet pipe are sealed with screw plug.The utility model in use, four water-through valves 7 to side
During opening, the water of the water outlet outflow of the defeated nutriment device of water delivery enters the inlet channel 5-2 of annular water inlet pipe in greenhouse big basin, and
Four outlet conduit 5-1 through annular water inlet pipe are separately flowed into the semicircle skewed slot 1-1 of top layer's frame body four in culture pan 3,
The trepanning 3-1 of water from 1 four 3 lower parts of culture pan of top layer's frame body is expelled to lower part in top layer's frame body 1, and through upper strata frame body 1
Four group of first osculum 1-8 between interior lower annular retaining ring 1-6 and outer shroud retaining ring 1-7 leaks into second layer frame body 1 respectively
In four semicircle skewed slots in culture pan 3, at the same water from the annular retaining ring 1-6 and outer shroud retaining ring 1-7 of top layer's frame body it
Between four Thursday leakage hole 1-9, leak between the annular retaining ring 1-6 of second layer frame body and outer shroud retaining ring 1-7, water mistake
When being greatly more than the height of top layer frame body annular retaining ring 1-6 and outer shroud retaining ring 1-7, line position osculum 1-11, water can be from most
The interior middle part lower end circle scupper 1-4 of upper strata frame body 1 is escaped in purification tank 4, and warp position osculum 1-11 is again flowed into
In the culture pan 3 of the semicircle skewed slot of second layer frame body body 1 four, and so on, each semicircle skewed slot 1-1 kinds of layer frame body four
The supply of water and nutriment can be obtained by planting the plant in alms bowl 3；Extra water, which is leaked out, from 1 lower part of multilayer frame body enters purification tank 4
Inside, in purified slot 4 after filtering material filtering absorption, four water-through valves 7 are closed to side, opposite side is opened, water pump 6 electrician
When making, water in purification tank 4 can be flowed into through housing 4-4 right-hand end lower pipelines 4-2 6 water inlet end of water pump and through 6 water outlet of water pump,
Four water-through valves, 7 opposite side enters the inlet channel 5-2 of annular water inlet pipe, again to providing water source for plant on frame body 1.This practicality
Novel multi-layer frame body 1 can facilitate combination and separation, and top is linked up in use can hang over the supporting rod of lateral arrangement in greenhouse
On, space in greenhouse is saved, after water source is flowed into out of top layer culture pan 3, water source can flow into lower floor's culture pan 3 successively
Interior, the water irrigated after plant can also be recycled repeatedly, so as to not only save manpower, moreover it is possible to save water source and nutriment.Base
In above-mentioned, so the application prospect that the utility model has had.
The present embodiment is the utility model preferred embodiments, is not intended to limit the utility model, all in the present embodiment principle
In the range of do any modification, equivalent substitution, improvement and etc., should be included within the scope of protection of this utility model.
Claims (4)
1. a kind of cylindricality modular multilevel plantation frame equipment, it is characterised in that including frame body, hook, culture pan, purification tank, annular
Water inlet pipe, water pump, four water-through valves, frame body share multilayer, and multilayer scaffold structure is consistent, and there are four semicircle oblique for the surrounding of ring stand body
Slot, there are four square groove, one spacings of lower part surrounding outside spacers of frame body for the top surrounding outside spacers certain distance of frame body
From there are four rectangular fixinig plates, there are one round scuppers for the interior middle part lower end of frame body, and there are one link up with for round scupper centre
Mounting hole, the outboard end of scupper have one of annular retaining ring, and the outer shroud of annular retaining ring has one of outer shroud retaining ring, annular gear
Surrounding has four group of first osculum between hydrosphere and outer shroud retaining ring, and surrounding also has four between annular retaining ring and outer shroud retaining ring
A leakage hole, the outside of outer shroud retaining ring has there are four the line position draining sheets of indent in every line position draining sheets inside frame body
Two limiting osculums, every frame body is mating there are four culture pan, and every four culture pans inclination is placed on the four of a frame body surrounding
In a semicircle skewed slot, the upper end of four culture pans is located at the first osculum of one of which of the one frame body lower part in upper end respectively
Under, it links up with and multilayer frame body is linked together, hook top is hung in greenhouse on the supporting rod of lateral arrangement, annular water inlet
Pipe is located at four semicircles of top layer's frame body respectively mounted on the top of top layer's frame body, four outlet conduits of annular water inlet pipe
The upper end of culture pan in skewed slot, the inlet channel of annular water inlet pipe and four water-through valve water outlets are connect by a metal tube and pipeline
Head connects, and the water outlet of the defeated nutriment device of water delivery passes through a metal tube in the one of water inlet end of four water-through valves and greenhouse big basin
And pipe joint connection, another water inlet end of four water-through valves are connected with water pump water outlet end by a metal tube and pipe joint,
Purification tank is located at the lower end of multilayer frame body, and the water inlet end of water pump is connected with the right-hand end pipeline of purification tank by pipe joint.
A kind of 2. cylindricality modular multilevel plantation frame equipment according to claim 1, it is characterised in that the lower end of culture pan
With multiple trepannings as osculum, there are one link up with for the preceding upper end of culture pan.
3. a kind of cylindricality modular multilevel plantation frame equipment according to claim 1, it is characterised in that purification tank includes upper
The pipeline communicated in one and housing, filtering material are respectively arranged at housing, the filtering material of portion's opening, the left and right sides end lower part of housing
Including carbon-point, limestone particle and silicate granules, carbon-point, limestone particle and silicate granules are placed in housing.
4. a kind of cylindricality modular multilevel plantation frame equipment according to claim 1, it is characterised in that annular water inlet pipe
There are one trepannings for upper rear end, and the lower end of annular water inlet pipe is spaced apart there are four trepanning, and a metal tube is welded on ring
Outside is welded on annular water inlet pipe lower end as inlet channel, in addition four metallic conduits in the upper rear end trepanning of shape water inlet pipe
Four trepannings under outside be used as four outlet conduits.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721651137.9U CN207531444U (en) | 2017-12-01 | 2017-12-01 | Cylindricality modular multilevel plantation frame equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721651137.9U CN207531444U (en) | 2017-12-01 | 2017-12-01 | Cylindricality modular multilevel plantation frame equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207531444U true CN207531444U (en) | 2018-06-26 |
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ID=62616379
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721651137.9U Active CN207531444U (en) | 2017-12-01 | 2017-12-01 | Cylindricality modular multilevel plantation frame equipment |
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| CN (1) | CN207531444U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109914670A (en) * | 2019-03-29 | 2019-06-21 | 五莲永信信息咨询有限公司 | A kind of suspension type green building furred ceiling |
-
2017
- 2017-12-01 CN CN201721651137.9U patent/CN207531444U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109914670A (en) * | 2019-03-29 | 2019-06-21 | 五莲永信信息咨询有限公司 | A kind of suspension type green building furred ceiling |
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